[RenderScript] Add CTS correctness test for IntrinsicBLAS - Cover all L2 & L3 BLAS API. - Reference results generated from python numpy. - L2 norm of the matrix/vector is used to help determine whether two matrixs are equivalent. - Data stored in assets/BLASData.txt and assessed from Java to avoid hardcoding data into java files. bug: 21028864 Change-Id: Ieb9d4f1e20c0c6f30c6aacf84d68ac1ef65c4090

commit: 2ec285868734e4cc2fb7622e8128429a1f1e1cdb [log] [tgz]
author: Miao Wang <miaowang@google.com> Thu Jun 18 15:12:40 2015 -0700
committer: Miao Wang <miaowang@google.com> Thu Jun 25 16:11:28 2015 -0700
tree: 57a1701228d7d57f83b06f07c6b5e281ba9f4ea9
parent: b947c325bbf0d5d04a4120b24c62fe7e558ec9b7 [diff]
diff --git a/tests/tests/renderscript/assets/BLASData.txt b/tests/tests/renderscript/assets/BLASData.txt
new file mode 100644
index 0000000..31c671f
--- /dev/null
+++ b/tests/tests/renderscript/assets/BLASData.txt

@@ -0,0 +1,1577 @@
+/* Don't edit this file!  It is auto-generated by blas_gen.py. */
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+
+L2_sGBMV_y_m1
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+
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+
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+
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+
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+
+L2_dGBMV_x_n1
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+
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+
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+
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+
+L2_dGBMV_o_N
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+
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+
+L2_dGBMV_o_T
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+
+L2_dGBMV_o_H
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+
+L2_cGBMV_A_mn
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+
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+
+L2_cGBMV_x_n2
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+
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+
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+
+L2_cGBMV_o_N
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+
+L2_cGBMV_o_N2
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+
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+
+L2_cGBMV_o_H
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+
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+
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+
+L3_zHEMM_A_mm
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+
+L3_zHEMM_B_mn
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+
+L3_zHEMM_C_mn
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+
+L3_zHEMM_o_L
+0.92, 4.79, 2.32, 4.34, 1.42, 4.38, 0.9, 4.48, 0.08, 6.43, 0.48, 4.32, 1.5, 4.35, 1.04, 5.28, 2.17, 5.66, 1.48, 5.6, 0.95, 6.44, -0.59, 5.93, 0.99, 5.61, 1.94, 5.02, 0.57, 6.32, 0.88, 5.95, 2.02, 5.58, -0.11, 5.33, 1.32, 4.84, 0.8, 5.06, 0.77, 4.25, -0.91, 6.55, 0.28, 4.44, 0.72, 4.63, 0.45, 6.06, 1.06, 4.84, 0.73, 5.27, 0.36, 5.46, -0.55, 5.47, -0.32, 6.05, 0.23, 6.31, 0.19, 5.89, 0.4, 6.76, 1.05, 4.58, 1.12, 4.73, 2.17, 4.35, 2.3, 4.62, 1.73, 3.85, 0.39, 6.09, 0.92, 4.1, 1.04, 4.11, 1.29, 5.67, 1.42, 4.7, 1.36, 4.42, 1.97, 5.42, 0.7, 5.47, 0.37, 4.5, 2.04, 5.38, 1.97, 5.64, 2.07, 5.92, 2.78, 4.53, 1.38, 4.88, 2.64, 3.2, 2.77, 3.42, 2.83, 2.76, 1.38, 4.68, 2.01, 3.82, 2.63, 4.18, 2.88, 3.67, 3.32, 4.0, 3.36, 2.24, 3.79, 4.52, 2.46, 3.91, 1.95, 3.18, 3.32, 4.08, 2.36, 4.3, 2.91, 5.6, 3.01, 4.07, 2.44, 4.97, 1.82, 4.01, 2.56, 4.04, 2.03, 3.66, 2.56, 4.81, 1.66, 3.45, 1.8, 4.39, 2.77, 4.77, 3.29, 4.86, 2.86, 2.81, 2.43, 4.84, 2.87, 4.51, 2.18, 3.9, 3.32, 5.33, 2.95, 5.18, 3.04, 6.08, 3.23, 3.7, 3.72, 4.43, 2.69, 2.15, 2.69, 2.33, 3.18, 2.53, 3.39, 4.27, 3.65, 3.16, 3.1, 3.87, 3.35, 3.84, 4.04, 1.72, 3.53, 2.08, 4.04, 3.59, 3.61, 3.76, 3.25, 2.77, 4.64, 2.96, 3.46, 4.27, 4.25, 4.71, 3.2, 1.8, 3.83, 2.47, 3.48, 2.25, 3.79, 2.28, 3.32, 1.95, 4.03, 3.55, 3.79, 2.81, 3.27, 2.95, 3.72, 3.0, 4.4, 1.96, 4.01, 1.09, 5.45, 3.08, 4.9, 3.5, 3.53, 2.26, 4.6, 2.38, 4.89, 2.96, 5.53, 3.03, 4.73, 1.63, 4.01, 3.69, 3.3, 1.7, 5.28, 2.39, 3.45, 2.28, 4.51, 3.23, 4.61, 2.82, 4.08, 2.31, 4.57, 2.7, 5.59, 1.05, 5.1, 1.16, 6.0, 1.86, 4.83, 2.3, 5.11, 1.27, 5.25, 3.91, 5.86, 3.7, 6.43, 3.12, 5.55, 0.27, 6.03, 4.31, 4.94, 0.96, 4.94, 2.34, 5.2, 1.54, 6.14, 4.05, 5.51, 2.78, 5.3, 3.25, 6.18, 2.82, 6.63, 2.24, 6.61, 1.25, 7.26, 2.73, 7.51, 3.59, 5.09, 1.49, 6.86, 1.9, 7.33, 2.37, 7.56, 3.03, 6.57, 1.05, 4.98, 1.72, 3.88, 0.26, 4.15, 1.0, 3.49, 0.46, 5.02, 2.34, 4.22, 1.84, 4.39, 0.52, 4.63, 1.11, 5.0, 0.72, 4.34, 0.16, 6.25, 1.0, 5.39, 1.77, 4.48, 0.65, 5.1, 1.17, 5.22, 0.45, 5.97, 1.41, 5.36, -0.59, 
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+L3_dTRSM_A_mm
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+L3_dTRSM_B_mn
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+L3_dTRSM_A_nn
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+L3_dTRSM_o_RLT
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-0.0238526179703, -1.31686270067, -0.300972950639, 0.814887835175, 1.04060724733, -1.00626442169, -0.502843676322, 0.00138141101527, -0.270867647939, 5.00518717734, -16.1468502699, 0.643427728952, 3.09479951647, -5.18511978123, 12.7925473525, 9.21147753243, 2.88082426014, -3.21234806046, 3.89942511486, -2.51974230756, 0.685276255354, 1.3928270861, -11.4078509372, -1.40871362384, -3.80464519077, -2.60694542596, -2.04083275412, 
+

diff --git a/tests/tests/renderscript/assets/blas_gen.py b/tests/tests/renderscript/assets/blas_gen.py
new file mode 100644
index 0000000..301b249
--- /dev/null
+++ b/tests/tests/renderscript/assets/blas_gen.py

@@ -0,0 +1,901 @@
+#
+# Copyright (C) 2015 The Android Open Source Project
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+#      http://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+#
+
+# This Python script is used to generate all input and output
+# reference data into BLASData.txt
+
+#!/usr/bin/python
+
+from numpy import *
+
+# functions used for generating input matrices.
+
+# Modify a regular matrix to a triangular matrix.
+def triangularMatrixGen(a, uplo):
+    if uplo == 'u': #upper = 1, lower = 2
+        for i in range(1, a.shape[0]):
+            for j in range(0, i):
+                a[i, j] = 0
+    elif uplo == 'l':
+        for i in range(0, a.shape[0]-1):
+            for j in range(i+1, a.shape[1]):
+                a[i, j] = 0
+
+# Modify a regular matrix to a symmetric matrix.
+def symm(a):
+    for i in range(1, a.shape[0]):
+        for j in range(0, i):
+            a[i, j] = a[j, i];
+
+# Modify a regular matrix to a hermitian matrix.
+def herm(a):
+    for i in range(0, a.shape[0]):
+        a[i,i] = complex(a[i,i].real, 0);
+    for i in range(1, a.shape[0]):
+        for j in range(0, i):
+            a[i, j] = complex(a[j, i].real, -a[j, i].imag);
+
+# Zero all elments in a matrix
+def zero(a):
+    for i in range(0, a.shape[0]):
+        for j in range(0, a.shape[1]):
+            a[i, j] = 0;
+
+# Generate a random float matrix given a scale.
+def sMatGen(m, n, scale):
+    a = mat(random.randint(1, 10, size=(m, n)).astype('f4')/scale)
+    return a;
+
+# Generate a random double matrix given a scale.
+def dMatGen(m, n, scale):
+    a = mat(random.randint(1, 10, size=(m, n)).astype('f8')/scale)
+    return a;
+
+# Generate a random float complex matrix given a scale.
+def cMatGen(m, n, scale):
+    a_real = mat(random.randint(1, 10, size=(m, n)).astype('f4')/scale)
+    a_img = mat(random.randint(1, 10, size=(m, n)).astype('f4')/scale)
+    a = a_real + 1j * a_img
+    return a;
+
+# Generate a random double complex matrix given a scale.
+def zMatGen(m, n, scale):
+    a_real = mat(random.randint(1, 10, size=(m, n)).astype('f8')/scale)
+    a_img = mat(random.randint(1, 10, size=(m, n)).astype('f8')/scale)
+    a = a_real + 1j * a_img
+    return a;
+
+# A wrapper to generated random matrices given a scale
+def matrixCreateScale(dt, m, n, scale):
+    if dt == 's':
+        return sMatGen(m, n, scale);
+    elif dt == 'd':
+        return dMatGen(m, n, scale);
+    elif dt == 'c':
+        return cMatGen(m, n, scale);
+    else:
+        return zMatGen(m, n, scale);
+
+# A wrapper to generated random matrices
+def matrixCreate(dt, m, n):
+    return matrixCreateScale(dt, m, n, 10);
+
+# Write a float matrix into a given file.
+# For each element, can pad arbitrary number of 0s after it.
+def writeFloatMatrix(a, name, skip, fo):
+    fo.write(name + '\n');
+    for i in range(0, a.shape[0]):
+        for j in range(0, a.shape[1]):
+            fo.write(str(a[i,j]) + ", ");
+            for hh in range(0, skip):
+                fo.write("0.0, ");
+    fo.write("\n\n");
+
+# Write a double matrix into a given file.
+# For each element, can pad arbitrary number of 0s after it.
+def writeDoubleMatrix(a, name, skip, fo):
+    writeFloatMatrix(a, name, skip, fo);
+
+# Write a float complex matrix into a given file.
+# For each element, can pad arbitrary number of 0s after it.
+def writeFloatComplexMatrix(a, name, skip, fo):
+    fo.write(name + '\n');
+    for i in range(0, a.shape[0]):
+        for j in range(0, a.shape[1]):
+            fo.write(str(real(a[i,j])) + ", ");
+            fo.write(str(imag(a[i,j])) + ", ");
+            for hh in range(0, skip):
+                fo.write("0.0, ");
+                fo.write("0.0, ");
+    fo.write("\n\n");
+
+# Write a double complex matrix into a given file.
+# For each element, can pad arbitrary number of 0s after it.
+def writeDoubleComplexMatrix(a, name, skip, fo):
+    writeFloatComplexMatrix(a, name, skip, fo);
+
+# Wrapper to write a matrix into a given file.
+# For each element, can pad arbitrary number of 0s after it.
+def writeMatrixWithIncrements(dt, a, name, skip, fo):
+    if dt == 's':
+        writeFloatMatrix(a, name, skip, fo);
+    elif dt == 'd':
+        writeDoubleMatrix(a, name, skip, fo);
+    elif dt == 'c':
+        writeFloatComplexMatrix(a, name, skip, fo);
+    else:
+        writeDoubleComplexMatrix(a, name, skip, fo);
+
+# Wrapper to write a matrix into a given file.
+def writeMatrix(dt, a, name, fo):
+    writeMatrixWithIncrements(dt, a, name, 0, fo);
+
+# Write a symmetric or hermitian float matrix into a given file, in a packed form.
+def writeFloatPackedMatrix(a, name, fo):
+    fo.write(name + '\n');
+    for i in range(0, a.shape[0]):
+        for j in range(i, a.shape[1]):
+            fo.write(str(a[i,j]) + ", ");
+    fo.write("\n\n");
+
+# Write a symmetric or hermitian double matrix into a given file, in a packed form.
+def writeDoublePackedMatrix(a, name, fo):
+    writeFloatPackedMatrix(a, name, fo);
+
+# Write a symmetric or hermitian float complex matrix into a given file, in a packed form.
+def writeFloatComplexPackedMatrix(a, name, fo):
+    fo.write(name + '\n');
+    for i in range(0, a.shape[0]):
+        for j in range(i, a.shape[1]):
+            fo.write(str(real(a[i,j])) + ", ");
+            fo.write(str(imag(a[i,j])) + ", ");
+    fo.write("\n\n");
+
+# Write a symmetric or hermitian double complex matrix into a given file, in a packed form.
+def writeDoubleComplexPackedMatrix(a, name, fo):
+    writeFloatComplexPackedMatrix(a, name, fo);
+
+# Wrapper to write a symmetric or hermitian matrix into a given file, in a packed form.
+def writePackedMatrix(dt, a, name, fo):
+    if dt == 's':
+        writeFloatPackedMatrix(a, name, fo);
+    elif dt == 'd':
+        writeDoublePackedMatrix(a, name, fo);
+    elif dt == 'c':
+        writeFloatComplexPackedMatrix(a, name, fo);
+    else:
+        writeDoubleComplexPackedMatrix(a, name, fo);
+
+# Write a float band matrix into a given file, in a banded-storage form.
+def writeGeneralFloatBandedMatrix(a, kl, ku, name, fo):
+    m = a.shape[0];
+    n = a.shape[1];
+    b = sMatGen(m, kl + ku + 1, 1);
+    zero(b);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            b[i, j-i+kl] = a[i, j]
+    writeFloatMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            a[i, j] = b[i, j-i+kl]
+
+# Write a double band matrix into a given file, in a banded-storage form.
+def writeGeneralDoubleBandedMatrix(a, kl, ku, name, fo):
+    m = a.shape[0];
+    n = a.shape[1];
+    b = dMatGen(m, kl + ku + 1, 1);
+    zero(b);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            b[i, j-i+kl] = a[i, j]
+    writeDoubleMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            a[i, j] = b[i, j-i+kl]
+
+# Write a float complex band matrix into a given file, in a banded-storage form.
+def writeGeneralFloatComplexBandedMatrix(a, kl, ku, name, fo):
+    m = a.shape[0];
+    n = a.shape[1];
+    b = cMatGen(m, kl + ku + 1, 1);
+    zero(b);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            b[i, j-i+kl] = a[i, j]
+    writeFloatComplexMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            a[i, j] = b[i, j-i+kl]
+
+# Write a double complex band matrix into a given file, in a banded-storage form.
+def writeGeneralDoubleComplexBandedMatrix(a, kl, ku, name, fo):
+    m = a.shape[0];
+    n = a.shape[1];
+    b = zMatGen(m, kl + ku + 1, 1);
+    zero(b);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            b[i, j-i+kl] = a[i, j]
+    writeDoubleComplexMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, m):
+        for j in range(max(0, i-kl), min(i+ku+1, n)):
+            a[i, j] = b[i, j-i+kl]
+
+# Wrapper to write a band matrix into a given file, in a banded-storage form.
+def writeGeneralBandedMatrix(dt, a, kl, ku, name, fo):
+    if dt == 's':
+        writeGeneralFloatBandedMatrix(a, kl, ku, name, fo);
+    elif dt == 'd':
+        writeGeneralDoubleBandedMatrix(a, kl, ku, name, fo);
+    elif dt == 'c':
+        writeGeneralFloatComplexBandedMatrix(a, kl, ku, name, fo);
+    else:
+        writeGeneralDoubleComplexBandedMatrix(a, kl, ku, name, fo);
+
+# Write a float symmetric or hermitian band matrix into a given file, in a banded-storage form.
+def writeFloatSymmBandedMatrix(a, k, name, fo):
+    n = a.shape[1];
+    b = sMatGen(n, k+1, 1);
+    zero(b);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            b[i, j-i] = a[i, j]
+    writeFloatMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            a[i, j] = b[i, j-i]
+
+# Write a double symmetric or hermitian band matrix into a given file, in a banded-storage form.
+def writeDoubleSymmBandedMatrix(a, k, name, fo):
+    n = a.shape[1];
+    b = dMatGen(n, k+1, 1);
+    zero(b);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            b[i, j-i] = a[i, j]
+    writeDoubleMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            a[i, j] = b[i, j-i]
+
+# Write a float complex symmetric or hermitian band matrix into a given file, in a banded-storage form.
+def writeFloatComplexSymmBandedMatrix(a, k, name, fo):
+    n = a.shape[1];
+    b = cMatGen(n, k+1, 1);
+    zero(b);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            b[i, j-i] = a[i, j]
+    writeFloatComplexMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            a[i, j] = b[i, j-i]
+
+# Write a double complex symmetric or hermitian band matrix into a given file, in a banded-storage form.
+def writeDoubleComplexSymmBandedMatrix(a, k, name, fo):
+    n = a.shape[1];
+    b = zMatGen(n, k+1, 1);
+    zero(b);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            b[i, j-i] = a[i, j]
+    writeDoubleComplexMatrix(b, name, 0, fo);
+    zero(a);
+    for i in range(0, n):
+        for j in range(i, min(i+k+1, n)):
+            a[i, j] = b[i, j-i]
+
+# Wrapper to write a symmetric or hermitian band matrix into a given file, in a banded-storage form.
+def writeSymmBandedMatrix(dt, a, k, name, fo):
+    if dt == 's':
+        writeFloatSymmBandedMatrix(a, k, name, fo);
+    elif dt == 'd':
+        writeDoubleSymmBandedMatrix(a, k, name, fo);
+    elif dt == 'c':
+        writeFloatComplexSymmBandedMatrix(a, k, name, fo);
+    else:
+        writeDoubleComplexSymmBandedMatrix(a, k, name, fo);
+
+
+
+#L3 Functions, generate input and output matrices to file.
+def L3_xGEMM(fo, alpha, beta, m, n, k):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, m, k);
+        b = matrixCreate(dt, k, n);
+        c = matrixCreate(dt, m, n);
+        writeMatrix(dt, a, "L3_" + dt + "GEMM_A_mk", fo);
+        writeMatrix(dt, b, "L3_" + dt + "GEMM_B_kn", fo);
+        writeMatrix(dt, c, "L3_" + dt + "GEMM_C_mn", fo);
+
+        d = alpha * a * b + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "GEMM_o_NN", fo);
+
+        a = matrixCreate(dt, k, m);
+        b = matrixCreate(dt, n, k);
+        writeMatrix(dt, a, "L3_" + dt + "GEMM_A_km", fo);
+        writeMatrix(dt, b, "L3_" + dt + "GEMM_B_nk", fo);
+
+        d = alpha * a.T * b.T + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "GEMM_o_TT", fo);
+        d = alpha * a.H * b.H + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "GEMM_o_HH", fo);
+
+def L3_xSYMM(fo, alpha, beta, m, n):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, m, m);
+        symm(a);
+        writeMatrix(dt, a, "L3_" + dt + "SYMM_A_mm", fo);
+
+        b = matrixCreate(dt, m, n);
+        c = matrixCreate(dt, m, n);
+        writeMatrix(dt, b, "L3_" + dt + "SYMM_B_mn", fo);
+        writeMatrix(dt, c, "L3_" + dt + "SYMM_C_mn", fo);
+
+        d = alpha * a * b + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYMM_o_L", fo);
+
+        a = matrixCreate(dt, n, n);
+        symm(a);
+        writeMatrix(dt, a, "L3_" + dt + "SYMM_A_nn", fo);
+        d = alpha * b * a + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYMM_o_R", fo);
+
+def L3_xHEMM(fo, alpha, beta, m, n):
+    dataType = ['c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, m, m);
+        herm(a);
+        writeMatrix(dt, a, "L3_" + dt + "HEMM_A_mm", fo);
+
+        b = matrixCreate(dt, m, n);
+        c = matrixCreate(dt, m, n);
+        writeMatrix(dt, b, "L3_" + dt + "HEMM_B_mn", fo);
+        writeMatrix(dt, c, "L3_" + dt + "HEMM_C_mn", fo);
+
+        d = alpha * a * b + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HEMM_o_L", fo);
+
+        a = matrixCreate(dt, n, n);
+        herm(a);
+        writeMatrix(dt, a, "L3_" + dt + "HEMM_A_nn", fo);
+        d = alpha * b * a + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HEMM_o_R", fo);
+
+def L3_xSYRK(fo, alpha, beta, n, k):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, n, k);
+        writeMatrix(dt, a, "L3_" + dt + "SYRK_A_nk", fo);
+        c = matrixCreate(dt, n, n);
+        symm(c);
+        writeMatrix(dt, c, "L3_" + dt + "SYRK_C_nn", fo);
+        d = alpha * a * a.T + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYRK_o_N", fo);
+
+        a = matrixCreate(dt, k, n);
+        writeMatrix(dt, a, "L3_" + dt + "SYRK_A_kn", fo);
+        d = alpha * a.T * a + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYRK_o_T", fo);
+
+def L3_xHERK(fo, alpha, beta, n, k):
+    dataType = ['c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, n, k);
+        writeMatrix(dt, a, "L3_" + dt + "HERK_A_nk", fo);
+        c = matrixCreate(dt, n, n);
+        herm(c);
+        writeMatrix(dt, c, "L3_" + dt + "HERK_C_nn", fo);
+        d = alpha * a * a.H + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HERK_o_N", fo);
+
+        a = matrixCreate(dt, k, n);
+        writeMatrix(dt, a, "L3_" + dt + "HERK_A_kn", fo);
+        d = alpha * a.H * a + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HERK_o_H", fo);
+
+def L3_xSYR2K(fo, alpha, beta, n, k):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, n, k);
+        b = matrixCreate(dt, n, k);
+        writeMatrix(dt, a, "L3_" + dt + "SYR2K_A_nk", fo);
+        writeMatrix(dt, b, "L3_" + dt + "SYR2K_B_nk", fo);
+        c = matrixCreate(dt, n, n);
+        symm(c);
+        writeMatrix(dt, c, "L3_" + dt + "SYR2K_C_nn", fo);
+        d = alpha * (a * b.T + b * a.T) + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYR2K_o_N", fo);
+
+        a = matrixCreate(dt, k, n);
+        b = matrixCreate(dt, k, n);
+        writeMatrix(dt, a, "L3_" + dt + "SYR2K_A_kn", fo);
+        writeMatrix(dt, b, "L3_" + dt + "SYR2K_B_kn", fo);
+        d = alpha * (a.T * b + b.T * a) + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "SYR2K_o_T", fo);
+
+def L3_xHER2K(fo, alpha, beta, n, k):
+    dataType = ['c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, n, k);
+        b = matrixCreate(dt, n, k);
+        writeMatrix(dt, a, "L3_" + dt + "HER2K_A_nk", fo);
+        writeMatrix(dt, b, "L3_" + dt + "HER2K_B_nk", fo);
+        c = matrixCreate(dt, n, n);
+        herm(c);
+        writeMatrix(dt, c, "L3_" + dt + "HER2K_C_nn", fo);
+        d = alpha * (a * b.H + b * a.H) + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HER2K_o_N", fo);
+
+        a = matrixCreate(dt, k, n);
+        b = matrixCreate(dt, k, n);
+        writeMatrix(dt, a, "L3_" + dt + "HER2K_A_kn", fo);
+        writeMatrix(dt, b, "L3_" + dt + "HER2K_B_kn", fo);
+        d = alpha * (a.H * b + b.H * a) + beta * c;
+        writeMatrix(dt, d, "L3_" + dt + "HER2K_o_H", fo);
+
+
+def L3_xTRMM(fo, alpha, m, n):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreate(dt, m, m);
+        triangularMatrixGen(a, 'u');
+        writeMatrix(dt, a, "L3_" + dt + "TRMM_A_mm", fo);
+        b = matrixCreate(dt, m, n);
+        writeMatrix(dt, b, "L3_" + dt + "TRMM_B_mn", fo);
+        d = alpha * a * b;
+        writeMatrix(dt, d, "L3_" + dt + "TRMM_o_LUN", fo);
+
+        a = matrixCreate(dt, n, n);
+        triangularMatrixGen(a, 'l');
+        writeMatrix(dt, a, "L3_" + dt + "TRMM_A_nn", fo);
+        d = alpha * b * a.T;
+        writeMatrix(dt, d, "L3_" + dt + "TRMM_o_RLT", fo);
+
+def L3_xTRSM(fo, alpha, m, n):
+    dataType = ['s', 'd', 'c', 'z'];
+
+    for dt in dataType:
+        a = matrixCreateScale(dt, m, m, 1);
+        triangularMatrixGen(a, 'u');
+        writeMatrix(dt, a, "L3_" + dt + "TRSM_A_mm", fo);
+        b = matrixCreate(dt, m, n);
+        writeMatrix(dt, b, "L3_" + dt + "TRSM_B_mn", fo);
+
+        d = alpha * (a.I * b);
+        writeMatrix(dt, d, "L3_" + dt + "TRSM_o_LUN", fo);
+
+        a = matrixCreate(dt, n, n);
+        triangularMatrixGen(a, 'l');
+        writeMatrix(dt, a, "L3_" + dt + "TRSM_A_nn", fo);
+
+        d = alpha * (b * a.I.T);
+        writeMatrix(dt, d, "L3_" + dt + "TRSM_o_RLT", fo);
+
+#L2 Functions, generate input and output matrices to file.
+def L2_xGEMV(fo, alpha, beta, m, n):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, m, n);
+        writeMatrix(dt, a, "L2_" + dt + "GEMV_A_mn", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "GEMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "GEMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, m, 1);
+        writeMatrix(dt, y, "L2_" + dt + "GEMV_y_m1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "GEMV_y_m2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "GEMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "GEMV_o_N2", 2, fo);
+
+        d = alpha * a.T * y + beta * x;
+        writeMatrix(dt, d, "L2_" + dt + "GEMV_o_T", fo);
+
+        d = alpha * a.H * y + beta * x;
+        writeMatrix(dt, d, "L2_" + dt + "GEMV_o_H", fo);
+
+def L2_xGBMV(fo, alpha, beta, m, n, kl, ku):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, m, n);
+        writeGeneralBandedMatrix(dt, a, kl, ku, "L2_" + dt + "GBMV_A_mn", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "GBMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "GBMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, m, 1);
+        writeMatrix(dt, y, "L2_" + dt + "GBMV_y_m1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "GBMV_y_m2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "GBMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "GBMV_o_N2", 2, fo);
+
+        d = alpha * a.T * y + beta * x;
+        writeMatrix(dt, d, "L2_" + dt + "GBMV_o_T", fo);
+
+        d = alpha * a.H * y + beta * x;
+        writeMatrix(dt, d, "L2_" + dt + "GBMV_o_H", fo);
+
+def L2_xHEMV(fo, alpha, beta, n):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        herm(a);
+        writeMatrix(dt, a, "L2_" + dt + "HEMV_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "HEMV_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "HEMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "HEMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "HEMV_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "HEMV_y_n2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "HEMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "HEMV_o_N2", 2, fo);
+
+def L2_xHBMV(fo, alpha, beta, n, k):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        herm(a);
+        writeSymmBandedMatrix(dt, a, k, "L2_" + dt + "HBMV_A_nn", fo);
+        herm(a);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "HBMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "HBMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "HBMV_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "HBMV_y_n2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "HBMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "HBMV_o_N2", 2, fo);
+
+
+def L2_xSYMV(fo, alpha, beta, n):
+    dataType = ['s', 'd'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        symm(a);
+        writeMatrix(dt, a, "L2_" + dt + "SYMV_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "SYMV_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "SYMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "SYMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "SYMV_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "SYMV_y_n2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "SYMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "SYMV_o_N2", 2, fo);
+
+def L2_xSBMV(fo, alpha, beta, n, k):
+    dataType = ['s', 'd'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        symm(a);
+        writeSymmBandedMatrix(dt, a, k, "L2_" + dt + "SBMV_A_nn", fo);
+        symm(a);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "SBMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "SBMV_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "SBMV_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "SBMV_y_n2", 2, fo);
+
+        d = alpha * a * x + beta * y;
+        writeMatrix(dt, d, "L2_" + dt + "SBMV_o_N", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "SBMV_o_N2", 2, fo);
+
+
+def L2_xTRMV(fo, n):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        triangularMatrixGen(a, 'u');
+        writeMatrix(dt, a, "L2_" + dt + "TRMV_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "TRMV_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "TRMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "TRMV_x_n2", 1, fo);
+
+        d = a * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRMV_o_UN", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "TRMV_o_UN2", 1, fo);
+
+        d = a.T * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRMV_o_UT", fo);
+
+        d = a.H * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRMV_o_UH", fo);
+
+def L2_xTBMV(fo, n, k):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        writeSymmBandedMatrix(dt, a, k, "L2_" + dt + "TBMV_A_nn", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "TBMV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "TBMV_x_n2", 1, fo);
+
+        d = a * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBMV_o_UN", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "TBMV_o_UN2", 1, fo);
+
+        d = a.T * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBMV_o_UT", fo);
+
+        d = a.H * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBMV_o_UH", fo);
+
+
+def L2_xTRSV(fo, n):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreateScale(dt, n, n, 0.25);
+        triangularMatrixGen(a, 'u');
+        writeMatrix(dt, a, "L2_" + dt + "TRSV_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "TRSV_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "TRSV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "TRSV_x_n2", 1, fo);
+
+        d = a.I * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRSV_o_UN", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "TRSV_o_UN2", 1, fo);
+
+        d = a.I.T * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRSV_o_UT", fo);
+
+        d = a.I.H * x;
+        writeMatrix(dt, d, "L2_" + dt + "TRSV_o_UH", fo);
+
+def L2_xTBSV(fo, n, k):
+    dataType = ['s', 'd', 'c', 'z'];
+    for dt in dataType:
+        a = matrixCreateScale(dt, n, n, 0.25);
+        writeSymmBandedMatrix(dt, a, k, "L2_" + dt + "TBSV_A_nn", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "TBSV_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "TBSV_x_n2", 1, fo);
+
+        d = a.I * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBSV_o_UN", fo);
+        writeMatrixWithIncrements(dt, d, "L2_" + dt + "TBSV_o_UN2", 1, fo);
+
+        d = a.I.T * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBSV_o_UT", fo);
+
+        d = a.I.H * x;
+        writeMatrix(dt, d, "L2_" + dt + "TBSV_o_UH", fo);
+
+
+def L2_xGER(fo, alpha, m, n):
+    dataType = ['s', 'd'];
+    for dt in dataType:
+        a = matrixCreate(dt, m, n);
+        writeMatrix(dt, a, "L2_" + dt + "GER_A_mn", fo);
+
+        x = matrixCreate(dt, m, 1);
+        writeMatrix(dt, x, "L2_" + dt + "GER_x_m1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "GER_x_m2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "GER_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "GER_y_n2", 2, fo);
+
+        d = alpha * x * y.T + a;
+        writeMatrix(dt, d, "L2_" + dt + "GER_o_N", fo);
+
+def L2_xGERU(fo, alpha, m, n):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, m, n);
+        writeMatrix(dt, a, "L2_" + dt + "GERU_A_mn", fo);
+
+        x = matrixCreate(dt, m, 1);
+        writeMatrix(dt, x, "L2_" + dt + "GERU_x_m1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "GERU_x_m2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "GERU_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "GERU_y_n2", 2, fo);
+
+        d = alpha * x * y.T + a;
+        writeMatrix(dt, d, "L2_" + dt + "GERU_o_N", fo);
+
+def L2_xGERC(fo, alpha, m, n):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, m, n);
+        writeMatrix(dt, a, "L2_" + dt + "GERC_A_mn", fo);
+
+        x = matrixCreate(dt, m, 1);
+        writeMatrix(dt, x, "L2_" + dt + "GERC_x_m1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "GERC_x_m2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "GERC_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "GERC_y_n2", 2, fo);
+
+        d = alpha * x * y.H + a;
+        writeMatrix(dt, d, "L2_" + dt + "GERC_o_N", fo);
+
+def L2_xHER(fo, alpha, n):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        herm(a);
+        writeMatrix(dt, a, "L2_" + dt + "HER_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "HER_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "HER_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "HER_x_n2", 1, fo);
+
+        d = alpha * x * x.H + a;
+        writeMatrix(dt, d, "L2_" + dt + "HER_o_N", fo);
+        writePackedMatrix(dt, d, "L2_" + dt + "HER_o_N_pu", fo);
+
+
+def L2_xHER2(fo, alpha, n):
+    dataType = ['c', 'z'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        herm(a);
+        writeMatrix(dt, a, "L2_" + dt + "HER2_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "HER2_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "HER2_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "HER2_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "HER2_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "HER2_y_n2", 2, fo);
+
+        d = alpha * x * y.H + y * (alpha * x.H) + a;
+        writeMatrix(dt, d, "L2_" + dt + "HER2_o_N", fo);
+        writePackedMatrix(dt, d, "L2_" + dt + "HER2_o_N_pu", fo);
+
+def L2_xSYR(fo, alpha, n):
+    dataType = ['s', 'd'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        writeMatrix(dt, a, "L2_" + dt + "SYR_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "SYR_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "SYR_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "SYR_x_n2", 1, fo);
+
+        d = alpha * x * x.T + a;
+        writeMatrix(dt, d, "L2_" + dt + "SYR_o_N", fo);
+        writePackedMatrix(dt, d, "L2_" + dt + "SYR_o_N_pu", fo);
+
+def L2_xSYR2(fo, alpha, n):
+    dataType = ['s', 'd'];
+    for dt in dataType:
+        a = matrixCreate(dt, n, n);
+        writeMatrix(dt, a, "L2_" + dt + "SYR2_A_nn", fo);
+        writePackedMatrix(dt, a, "L2_" + dt + "SYR2_A_nn_pu", fo);
+
+        x = matrixCreate(dt, n, 1);
+        writeMatrix(dt, x, "L2_" + dt + "SYR2_x_n1", fo);
+        writeMatrixWithIncrements(dt, x, "L2_" + dt + "SYR2_x_n2", 1, fo);
+
+        y = matrixCreate(dt, n, 1);
+        writeMatrix(dt, y, "L2_" + dt + "SYR2_y_n1", fo);
+        writeMatrixWithIncrements(dt, y, "L2_" + dt + "SYR2_y_n2", 2, fo);
+
+        d = alpha * x * y.T + y * (alpha * x.T) + a;
+        writeMatrix(dt, d, "L2_" + dt + "SYR2_o_N", fo);
+        writePackedMatrix(dt, d, "L2_" + dt + "SYR2_o_N_pu", fo);
+
+
+def testBLASL2L3(fo):
+    m = random.randint(10, 20);
+    n = random.randint(10, 20);
+    k = random.randint(10, 20);
+    kl = random.randint(1, 5);
+    ku = random.randint(1, 5);
+
+    alpha = 1.0;
+    beta = 1.0;
+
+    fo.write("M, N, K, KL, KU" + ';\n');
+    fo.write(str(m) + " " + str(n) + " " + str(k) + " " + str(kl) + " " + str(ku) + '\n');
+    fo.write('\n');
+
+    L2_xGEMV(fo, alpha, beta, m, n);
+    L2_xGBMV(fo, alpha, beta, m, n, kl, ku);
+    L2_xHEMV(fo, alpha, beta, n);
+    L2_xHBMV(fo, alpha, beta, n, kl);
+    L2_xSYMV(fo, alpha, beta, n);
+    L2_xSBMV(fo, alpha, beta, n, kl);
+    L2_xTRMV(fo, n);
+    L2_xTBMV(fo, n, kl);
+    L2_xTRSV(fo, n);
+    L2_xTBSV(fo, n, kl);
+    L2_xGER(fo, alpha, m, n);
+    L2_xGERU(fo, alpha, m, n);
+    L2_xGERC(fo, alpha, m, n);
+    L2_xHER(fo, alpha, n);
+    L2_xHER2(fo, alpha, n);
+    L2_xSYR(fo, alpha, n);
+    L2_xSYR2(fo, alpha, n);
+
+    L3_xGEMM(fo, alpha, beta, m, n, k);
+    L3_xSYMM(fo, alpha, beta, m, n);
+    L3_xHEMM(fo, alpha, beta, m, n);
+    L3_xSYRK(fo, alpha, beta, n, k);
+    L3_xHERK(fo, alpha, beta, n, k);
+    L3_xSYR2K(fo, alpha, beta, n, k);
+    L3_xHER2K(fo, alpha, beta, n, k);
+    L3_xTRMM(fo, alpha, m, n);
+    L3_xTRSM(fo, alpha, m, n);
+
+    return;
+
+def javaDataGen():
+    fo = open("BLASData.txt", "w+")
+    fo.write("/* Don't edit this file!  It is auto-generated by blas_gen.py. */\n");
+    fo.write("\n");
+
+    #data body
+    testBLASL2L3(fo);
+    fo.close()
+    return;
+
+javaDataGen();
+

diff --git a/tests/tests/renderscript/src/android/renderscript/cts/BLASData.java b/tests/tests/renderscript/src/android/renderscript/cts/BLASData.java
new file mode 100644
index 0000000..def0352
--- /dev/null
+++ b/tests/tests/renderscript/src/android/renderscript/cts/BLASData.java

@@ -0,0 +1,1382 @@
+/*
+ * Copyright (C) 2015 The Android Open Source Project
+ *
+ * Licensed under the Apache License, Version 2.0 (the "License");
+ * you may not use this file except in compliance with the License.
+ * You may obtain a copy of the License at
+ *
+ *      http://www.apache.org/licenses/LICENSE-2.0
+ *
+ * Unless required by applicable law or agreed to in writing, software
+ * distributed under the License is distributed on an "AS IS" BASIS,
+ * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+ * See the License for the specific language governing permissions and
+ * limitations under the License.
+ */
+
+/* Don't edit this file alone!
+ * The array names need to match the data generated by blas_gen.py. */
+
+package android.renderscript.cts;
+
+import android.content.res.AssetManager;
+import android.content.Context;
+import java.io.InputStream;
+import java.io.BufferedReader;
+import java.io.InputStreamReader;
+import java.io.IOException;
+
+import android.test.AndroidTestCase;
+
+public class BLASData extends AndroidTestCase {
+    private BufferedReader mBufReader;
+
+    int dM;
+    int dN;
+    int dK;
+
+    int KL;
+    int KU;
+
+    float[] L2_sGEMV_A_mn;
+    float[] L2_sGEMV_x_n1;
+    float[] L2_sGEMV_x_n2;
+    float[] L2_sGEMV_y_m1;
+    float[] L2_sGEMV_y_m2;
+    float[] L2_sGEMV_o_N;
+    float[] L2_sGEMV_o_N2;
+    float[] L2_sGEMV_o_T;
+    float[] L2_sGEMV_o_H;
+
+    double[] L2_dGEMV_A_mn;
+    double[] L2_dGEMV_x_n1;
+    double[] L2_dGEMV_x_n2;
+    double[] L2_dGEMV_y_m1;
+    double[] L2_dGEMV_y_m2;
+    double[] L2_dGEMV_o_N;
+    double[] L2_dGEMV_o_N2;
+    double[] L2_dGEMV_o_T;
+    double[] L2_dGEMV_o_H;
+
+    float[] L2_cGEMV_A_mn;
+    float[] L2_cGEMV_x_n1;
+    float[] L2_cGEMV_x_n2;
+    float[] L2_cGEMV_y_m1;
+    float[] L2_cGEMV_y_m2;
+    float[] L2_cGEMV_o_N;
+    float[] L2_cGEMV_o_N2;
+    float[] L2_cGEMV_o_T;
+    float[] L2_cGEMV_o_H;
+
+    double[] L2_zGEMV_A_mn;
+    double[] L2_zGEMV_x_n1;
+    double[] L2_zGEMV_x_n2;
+    double[] L2_zGEMV_y_m1;
+    double[] L2_zGEMV_y_m2;
+    double[] L2_zGEMV_o_N;
+    double[] L2_zGEMV_o_N2;
+    double[] L2_zGEMV_o_T;
+    double[] L2_zGEMV_o_H;
+
+    float[] L2_sGBMV_A_mn;
+    float[] L2_sGBMV_x_n1;
+    float[] L2_sGBMV_x_n2;
+    float[] L2_sGBMV_y_m1;
+    float[] L2_sGBMV_y_m2;
+    float[] L2_sGBMV_o_N;
+    float[] L2_sGBMV_o_N2;
+    float[] L2_sGBMV_o_T;
+    float[] L2_sGBMV_o_H;
+
+    double[] L2_dGBMV_A_mn;
+    double[] L2_dGBMV_x_n1;
+    double[] L2_dGBMV_x_n2;
+    double[] L2_dGBMV_y_m1;
+    double[] L2_dGBMV_y_m2;
+    double[] L2_dGBMV_o_N;
+    double[] L2_dGBMV_o_N2;
+    double[] L2_dGBMV_o_T;
+    double[] L2_dGBMV_o_H;
+
+    float[] L2_cGBMV_A_mn;
+    float[] L2_cGBMV_x_n1;
+    float[] L2_cGBMV_x_n2;
+    float[] L2_cGBMV_y_m1;
+    float[] L2_cGBMV_y_m2;
+    float[] L2_cGBMV_o_N;
+    float[] L2_cGBMV_o_N2;
+    float[] L2_cGBMV_o_T;
+    float[] L2_cGBMV_o_H;
+
+    double[] L2_zGBMV_A_mn;
+    double[] L2_zGBMV_x_n1;
+    double[] L2_zGBMV_x_n2;
+    double[] L2_zGBMV_y_m1;
+    double[] L2_zGBMV_y_m2;
+    double[] L2_zGBMV_o_N;
+    double[] L2_zGBMV_o_N2;
+    double[] L2_zGBMV_o_T;
+    double[] L2_zGBMV_o_H;
+
+    float[] L2_cHEMV_A_nn;
+    float[] L2_cHEMV_A_nn_pu;
+    float[] L2_cHEMV_x_n1;
+    float[] L2_cHEMV_x_n2;
+    float[] L2_cHEMV_y_n1;
+    float[] L2_cHEMV_y_n2;
+    float[] L2_cHEMV_o_N;
+    float[] L2_cHEMV_o_N2;
+
+    double[] L2_zHEMV_A_nn;
+    double[] L2_zHEMV_A_nn_pu;
+    double[] L2_zHEMV_x_n1;
+    double[] L2_zHEMV_x_n2;
+    double[] L2_zHEMV_y_n1;
+    double[] L2_zHEMV_y_n2;
+    double[] L2_zHEMV_o_N;
+    double[] L2_zHEMV_o_N2;
+
+    float[] L2_cHBMV_A_nn;
+    float[] L2_cHBMV_x_n1;
+    float[] L2_cHBMV_x_n2;
+    float[] L2_cHBMV_y_n1;
+    float[] L2_cHBMV_y_n2;
+    float[] L2_cHBMV_o_N;
+    float[] L2_cHBMV_o_N2;
+
+    double[] L2_zHBMV_A_nn;
+    double[] L2_zHBMV_x_n1;
+    double[] L2_zHBMV_x_n2;
+    double[] L2_zHBMV_y_n1;
+    double[] L2_zHBMV_y_n2;
+    double[] L2_zHBMV_o_N;
+    double[] L2_zHBMV_o_N2;
+
+    float[] L2_sSYMV_A_nn;
+    float[] L2_sSYMV_A_nn_pu;
+    float[] L2_sSYMV_x_n1;
+    float[] L2_sSYMV_x_n2;
+    float[] L2_sSYMV_y_n1;
+    float[] L2_sSYMV_y_n2;
+    float[] L2_sSYMV_o_N;
+    float[] L2_sSYMV_o_N2;
+
+    double[] L2_dSYMV_A_nn;
+    double[] L2_dSYMV_A_nn_pu;
+    double[] L2_dSYMV_x_n1;
+    double[] L2_dSYMV_x_n2;
+    double[] L2_dSYMV_y_n1;
+    double[] L2_dSYMV_y_n2;
+    double[] L2_dSYMV_o_N;
+    double[] L2_dSYMV_o_N2;
+
+    float[] L2_sSBMV_A_nn;
+    float[] L2_sSBMV_x_n1;
+    float[] L2_sSBMV_x_n2;
+    float[] L2_sSBMV_y_n1;
+    float[] L2_sSBMV_y_n2;
+    float[] L2_sSBMV_o_N;
+    float[] L2_sSBMV_o_N2;
+
+    double[] L2_dSBMV_A_nn;
+    double[] L2_dSBMV_x_n1;
+    double[] L2_dSBMV_x_n2;
+    double[] L2_dSBMV_y_n1;
+    double[] L2_dSBMV_y_n2;
+    double[] L2_dSBMV_o_N;
+    double[] L2_dSBMV_o_N2;
+
+    float[] L2_sTRMV_A_nn;
+    float[] L2_sTRMV_A_nn_pu;
+    float[] L2_sTRMV_x_n1;
+    float[] L2_sTRMV_x_n2;
+    float[] L2_sTRMV_o_UN;
+    float[] L2_sTRMV_o_UN2;
+    float[] L2_sTRMV_o_UT;
+    float[] L2_sTRMV_o_UH;
+
+    double[] L2_dTRMV_A_nn;
+    double[] L2_dTRMV_A_nn_pu;
+    double[] L2_dTRMV_x_n1;
+    double[] L2_dTRMV_x_n2;
+    double[] L2_dTRMV_o_UN;
+    double[] L2_dTRMV_o_UN2;
+    double[] L2_dTRMV_o_UT;
+    double[] L2_dTRMV_o_UH;
+
+    float[] L2_cTRMV_A_nn;
+    float[] L2_cTRMV_A_nn_pu;
+    float[] L2_cTRMV_x_n1;
+    float[] L2_cTRMV_x_n2;
+    float[] L2_cTRMV_o_UN;
+    float[] L2_cTRMV_o_UN2;
+    float[] L2_cTRMV_o_UT;
+    float[] L2_cTRMV_o_UH;
+
+    double[] L2_zTRMV_A_nn;
+    double[] L2_zTRMV_A_nn_pu;
+    double[] L2_zTRMV_x_n1;
+    double[] L2_zTRMV_x_n2;
+    double[] L2_zTRMV_o_UN;
+    double[] L2_zTRMV_o_UN2;
+    double[] L2_zTRMV_o_UT;
+    double[] L2_zTRMV_o_UH;
+
+    float[] L2_sTBMV_A_nn;
+    float[] L2_sTBMV_x_n1;
+    float[] L2_sTBMV_x_n2;
+    float[] L2_sTBMV_o_UN;
+    float[] L2_sTBMV_o_UN2;
+    float[] L2_sTBMV_o_UT;
+    float[] L2_sTBMV_o_UH;
+
+    double[] L2_dTBMV_A_nn;
+    double[] L2_dTBMV_x_n1;
+    double[] L2_dTBMV_x_n2;
+    double[] L2_dTBMV_o_UN;
+    double[] L2_dTBMV_o_UN2;
+    double[] L2_dTBMV_o_UT;
+    double[] L2_dTBMV_o_UH;
+
+    float[] L2_cTBMV_A_nn;
+    float[] L2_cTBMV_x_n1;
+    float[] L2_cTBMV_x_n2;
+    float[] L2_cTBMV_o_UN;
+    float[] L2_cTBMV_o_UN2;
+    float[] L2_cTBMV_o_UT;
+    float[] L2_cTBMV_o_UH;
+
+    double[] L2_zTBMV_A_nn;
+    double[] L2_zTBMV_x_n1;
+    double[] L2_zTBMV_x_n2;
+    double[] L2_zTBMV_o_UN;
+    double[] L2_zTBMV_o_UN2;
+    double[] L2_zTBMV_o_UT;
+    double[] L2_zTBMV_o_UH;
+
+    float[] L2_sTRSV_A_nn;
+    float[] L2_sTRSV_A_nn_pu;
+    float[] L2_sTRSV_x_n1;
+    float[] L2_sTRSV_x_n2;
+    float[] L2_sTRSV_o_UN;
+    float[] L2_sTRSV_o_UN2;
+    float[] L2_sTRSV_o_UT;
+    float[] L2_sTRSV_o_UH;
+
+    double[] L2_dTRSV_A_nn;
+    double[] L2_dTRSV_A_nn_pu;
+    double[] L2_dTRSV_x_n1;
+    double[] L2_dTRSV_x_n2;
+    double[] L2_dTRSV_o_UN;
+    double[] L2_dTRSV_o_UN2;
+    double[] L2_dTRSV_o_UT;
+    double[] L2_dTRSV_o_UH;
+
+    float[] L2_cTRSV_A_nn;
+    float[] L2_cTRSV_A_nn_pu;
+    float[] L2_cTRSV_x_n1;
+    float[] L2_cTRSV_x_n2;
+    float[] L2_cTRSV_o_UN;
+    float[] L2_cTRSV_o_UN2;
+    float[] L2_cTRSV_o_UT;
+    float[] L2_cTRSV_o_UH;
+
+    double[] L2_zTRSV_A_nn;
+    double[] L2_zTRSV_A_nn_pu;
+    double[] L2_zTRSV_x_n1;
+    double[] L2_zTRSV_x_n2;
+    double[] L2_zTRSV_o_UN;
+    double[] L2_zTRSV_o_UN2;
+    double[] L2_zTRSV_o_UT;
+    double[] L2_zTRSV_o_UH;
+
+    float[] L2_sTBSV_A_nn;
+    float[] L2_sTBSV_x_n1;
+    float[] L2_sTBSV_x_n2;
+    float[] L2_sTBSV_o_UN;
+    float[] L2_sTBSV_o_UN2;
+    float[] L2_sTBSV_o_UT;
+    float[] L2_sTBSV_o_UH;
+
+    double[] L2_dTBSV_A_nn;
+    double[] L2_dTBSV_x_n1;
+    double[] L2_dTBSV_x_n2;
+    double[] L2_dTBSV_o_UN;
+    double[] L2_dTBSV_o_UN2;
+    double[] L2_dTBSV_o_UT;
+    double[] L2_dTBSV_o_UH;
+
+    float[] L2_cTBSV_A_nn;
+    float[] L2_cTBSV_x_n1;
+    float[] L2_cTBSV_x_n2;
+    float[] L2_cTBSV_o_UN;
+    float[] L2_cTBSV_o_UN2;
+    float[] L2_cTBSV_o_UT;
+    float[] L2_cTBSV_o_UH;
+
+    double[] L2_zTBSV_A_nn;
+    double[] L2_zTBSV_x_n1;
+    double[] L2_zTBSV_x_n2;
+    double[] L2_zTBSV_o_UN;
+    double[] L2_zTBSV_o_UN2;
+    double[] L2_zTBSV_o_UT;
+    double[] L2_zTBSV_o_UH;
+
+    float[] L2_sGER_A_mn;
+    float[] L2_sGER_x_m1;
+    float[] L2_sGER_x_m2;
+    float[] L2_sGER_y_n1;
+    float[] L2_sGER_y_n2;
+    float[] L2_sGER_o_N;
+
+    double[] L2_dGER_A_mn;
+    double[] L2_dGER_x_m1;
+    double[] L2_dGER_x_m2;
+    double[] L2_dGER_y_n1;
+    double[] L2_dGER_y_n2;
+    double[] L2_dGER_o_N;
+
+    float[] L2_cGERU_A_mn;
+    float[] L2_cGERU_x_m1;
+    float[] L2_cGERU_x_m2;
+    float[] L2_cGERU_y_n1;
+    float[] L2_cGERU_y_n2;
+    float[] L2_cGERU_o_N;
+
+    double[] L2_zGERU_A_mn;
+    double[] L2_zGERU_x_m1;
+    double[] L2_zGERU_x_m2;
+    double[] L2_zGERU_y_n1;
+    double[] L2_zGERU_y_n2;
+    double[] L2_zGERU_o_N;
+
+    float[] L2_cGERC_A_mn;
+    float[] L2_cGERC_x_m1;
+    float[] L2_cGERC_x_m2;
+    float[] L2_cGERC_y_n1;
+    float[] L2_cGERC_y_n2;
+    float[] L2_cGERC_o_N;
+
+    double[] L2_zGERC_A_mn;
+    double[] L2_zGERC_x_m1;
+    double[] L2_zGERC_x_m2;
+    double[] L2_zGERC_y_n1;
+    double[] L2_zGERC_y_n2;
+    double[] L2_zGERC_o_N;
+
+    float[] L2_cHER_A_nn;
+    float[] L2_cHER_A_nn_pu;
+    float[] L2_cHER_x_n1;
+    float[] L2_cHER_x_n2;
+    float[] L2_cHER_o_N;
+    float[] L2_cHER_o_N_pu;
+
+    double[] L2_zHER_A_nn;
+    double[] L2_zHER_A_nn_pu;
+    double[] L2_zHER_x_n1;
+    double[] L2_zHER_x_n2;
+    double[] L2_zHER_o_N;
+    double[] L2_zHER_o_N_pu;
+
+    float[] L2_cHER2_A_nn;
+    float[] L2_cHER2_A_nn_pu;
+    float[] L2_cHER2_x_n1;
+    float[] L2_cHER2_x_n2;
+    float[] L2_cHER2_y_n1;
+    float[] L2_cHER2_y_n2;
+    float[] L2_cHER2_o_N;
+    float[] L2_cHER2_o_N_pu;
+
+    double[] L2_zHER2_A_nn;
+    double[] L2_zHER2_A_nn_pu;
+    double[] L2_zHER2_x_n1;
+    double[] L2_zHER2_x_n2;
+    double[] L2_zHER2_y_n1;
+    double[] L2_zHER2_y_n2;
+    double[] L2_zHER2_o_N;
+    double[] L2_zHER2_o_N_pu;
+
+    float[] L2_sSYR_A_nn;
+    float[] L2_sSYR_A_nn_pu;
+    float[] L2_sSYR_x_n1;
+    float[] L2_sSYR_x_n2;
+    float[] L2_sSYR_o_N;
+    float[] L2_sSYR_o_N_pu;
+
+    double[] L2_dSYR_A_nn;
+    double[] L2_dSYR_A_nn_pu;
+    double[] L2_dSYR_x_n1;
+    double[] L2_dSYR_x_n2;
+    double[] L2_dSYR_o_N;
+    double[] L2_dSYR_o_N_pu;
+
+    float[] L2_sSYR2_A_nn;
+    float[] L2_sSYR2_A_nn_pu;
+    float[] L2_sSYR2_x_n1;
+    float[] L2_sSYR2_x_n2;
+    float[] L2_sSYR2_y_n1;
+    float[] L2_sSYR2_y_n2;
+    float[] L2_sSYR2_o_N;
+    float[] L2_sSYR2_o_N_pu;
+
+    double[] L2_dSYR2_A_nn;
+    double[] L2_dSYR2_A_nn_pu;
+    double[] L2_dSYR2_x_n1;
+    double[] L2_dSYR2_x_n2;
+    double[] L2_dSYR2_y_n1;
+    double[] L2_dSYR2_y_n2;
+    double[] L2_dSYR2_o_N;
+    double[] L2_dSYR2_o_N_pu;
+
+    float[] L3_sGEMM_A_mk;
+    float[] L3_sGEMM_B_kn;
+    float[] L3_sGEMM_C_mn;
+    float[] L3_sGEMM_o_NN;
+    float[] L3_sGEMM_A_km;
+    float[] L3_sGEMM_B_nk;
+    float[] L3_sGEMM_o_TT;
+    float[] L3_sGEMM_o_HH;
+
+    double[] L3_dGEMM_A_mk;
+    double[] L3_dGEMM_B_kn;
+    double[] L3_dGEMM_C_mn;
+    double[] L3_dGEMM_o_NN;
+    double[] L3_dGEMM_A_km;
+    double[] L3_dGEMM_B_nk;
+    double[] L3_dGEMM_o_TT;
+    double[] L3_dGEMM_o_HH;
+    float[] L3_cGEMM_A_mk;
+    float[] L3_cGEMM_B_kn;
+    float[] L3_cGEMM_C_mn;
+    float[] L3_cGEMM_o_NN;
+    float[] L3_cGEMM_A_km;
+    float[] L3_cGEMM_B_nk;
+    float[] L3_cGEMM_o_TT;
+    float[] L3_cGEMM_o_HH;
+
+    double[] L3_zGEMM_A_mk;
+    double[] L3_zGEMM_B_kn;
+    double[] L3_zGEMM_C_mn;
+    double[] L3_zGEMM_o_NN;
+    double[] L3_zGEMM_A_km;
+    double[] L3_zGEMM_B_nk;
+    double[] L3_zGEMM_o_TT;
+    double[] L3_zGEMM_o_HH;
+
+    float[] L3_sSYMM_A_mm;
+    float[] L3_sSYMM_B_mn;
+    float[] L3_sSYMM_C_mn;
+    float[] L3_sSYMM_o_L;
+    float[] L3_sSYMM_A_nn;
+    float[] L3_sSYMM_o_R;
+
+    double[] L3_dSYMM_A_mm;
+    double[] L3_dSYMM_B_mn;
+    double[] L3_dSYMM_C_mn;
+    double[] L3_dSYMM_o_L;
+    double[] L3_dSYMM_A_nn;
+    double[] L3_dSYMM_o_R;
+
+    float[] L3_cSYMM_A_mm;
+    float[] L3_cSYMM_B_mn;
+    float[] L3_cSYMM_C_mn;
+    float[] L3_cSYMM_o_L;
+    float[] L3_cSYMM_A_nn;
+    float[] L3_cSYMM_o_R;
+
+    double[] L3_zSYMM_A_mm;
+    double[] L3_zSYMM_B_mn;
+    double[] L3_zSYMM_C_mn;
+    double[] L3_zSYMM_o_L;
+    double[] L3_zSYMM_A_nn;
+    double[] L3_zSYMM_o_R;
+
+    float[] L3_cHEMM_A_mm;
+    float[] L3_cHEMM_B_mn;
+    float[] L3_cHEMM_C_mn;
+    float[] L3_cHEMM_o_L;
+    float[] L3_cHEMM_A_nn;
+    float[] L3_cHEMM_o_R;
+
+    double[] L3_zHEMM_A_mm;
+    double[] L3_zHEMM_B_mn;
+    double[] L3_zHEMM_C_mn;
+    double[] L3_zHEMM_o_L;
+    double[] L3_zHEMM_A_nn;
+    double[] L3_zHEMM_o_R;
+
+    float[] L3_sSYRK_A_nk;
+    float[] L3_sSYRK_C_nn;
+    float[] L3_sSYRK_o_N;
+    float[] L3_sSYRK_A_kn;
+    float[] L3_sSYRK_o_T;
+
+    double[] L3_dSYRK_A_nk;
+    double[] L3_dSYRK_C_nn;
+    double[] L3_dSYRK_o_N;
+    double[] L3_dSYRK_A_kn;
+    double[] L3_dSYRK_o_T;
+
+    float[] L3_cSYRK_A_nk;
+    float[] L3_cSYRK_C_nn;
+    float[] L3_cSYRK_o_N;
+    float[] L3_cSYRK_A_kn;
+    float[] L3_cSYRK_o_T;
+
+    double[] L3_zSYRK_A_nk;
+    double[] L3_zSYRK_C_nn;
+    double[] L3_zSYRK_o_N;
+    double[] L3_zSYRK_A_kn;
+    double[] L3_zSYRK_o_T;
+
+    float[] L3_cHERK_A_nk;
+    float[] L3_cHERK_C_nn;
+    float[] L3_cHERK_o_N;
+    float[] L3_cHERK_A_kn;
+    float[] L3_cHERK_o_H;
+
+    double[] L3_zHERK_A_nk;
+    double[] L3_zHERK_C_nn;
+    double[] L3_zHERK_o_N;
+    double[] L3_zHERK_A_kn;
+    double[] L3_zHERK_o_H;
+
+    float[] L3_sSYR2K_A_nk;
+    float[] L3_sSYR2K_B_nk;
+    float[] L3_sSYR2K_C_nn;
+    float[] L3_sSYR2K_o_N;
+    float[] L3_sSYR2K_A_kn;
+    float[] L3_sSYR2K_B_kn;
+    float[] L3_sSYR2K_o_T;
+
+    double[] L3_dSYR2K_A_nk;
+    double[] L3_dSYR2K_B_nk;
+    double[] L3_dSYR2K_C_nn;
+    double[] L3_dSYR2K_o_N;
+    double[] L3_dSYR2K_A_kn;
+    double[] L3_dSYR2K_B_kn;
+    double[] L3_dSYR2K_o_T;
+
+    float[] L3_cSYR2K_A_nk;
+    float[] L3_cSYR2K_B_nk;
+    float[] L3_cSYR2K_C_nn;
+    float[] L3_cSYR2K_o_N;
+    float[] L3_cSYR2K_A_kn;
+    float[] L3_cSYR2K_B_kn;
+    float[] L3_cSYR2K_o_T;
+
+    double[] L3_zSYR2K_A_nk;
+    double[] L3_zSYR2K_B_nk;
+    double[] L3_zSYR2K_C_nn;
+    double[] L3_zSYR2K_o_N;
+    double[] L3_zSYR2K_A_kn;
+    double[] L3_zSYR2K_B_kn;
+    double[] L3_zSYR2K_o_T;
+
+    float[] L3_cHER2K_A_nk;
+    float[] L3_cHER2K_B_nk;
+    float[] L3_cHER2K_C_nn;
+    float[] L3_cHER2K_o_N;
+    float[] L3_cHER2K_A_kn;
+    float[] L3_cHER2K_B_kn;
+    float[] L3_cHER2K_o_H;
+
+    double[] L3_zHER2K_A_nk;
+    double[] L3_zHER2K_B_nk;
+    double[] L3_zHER2K_C_nn;
+    double[] L3_zHER2K_o_N;
+    double[] L3_zHER2K_A_kn;
+    double[] L3_zHER2K_B_kn;
+    double[] L3_zHER2K_o_H;
+
+    float[] L3_sTRMM_A_mm;
+    float[] L3_sTRMM_B_mn;
+    float[] L3_sTRMM_o_LUN;
+    float[] L3_sTRMM_A_nn;
+    float[] L3_sTRMM_o_RLT;
+
+    double[] L3_dTRMM_A_mm;
+    double[] L3_dTRMM_B_mn;
+    double[] L3_dTRMM_o_LUN;
+    double[] L3_dTRMM_A_nn;
+    double[] L3_dTRMM_o_RLT;
+
+    float[] L3_cTRMM_A_mm;
+    float[] L3_cTRMM_B_mn;
+    float[] L3_cTRMM_o_LUN;
+    float[] L3_cTRMM_A_nn;
+    float[] L3_cTRMM_o_RLT;
+
+    double[] L3_zTRMM_A_mm;
+    double[] L3_zTRMM_B_mn;
+    double[] L3_zTRMM_o_LUN;
+    double[] L3_zTRMM_A_nn;
+    double[] L3_zTRMM_o_RLT;
+
+    float[] L3_sTRSM_A_mm;
+    float[] L3_sTRSM_B_mn;
+    float[] L3_sTRSM_o_LUN;
+    float[] L3_sTRSM_A_nn;
+    float[] L3_sTRSM_o_RLT;
+
+    double[] L3_dTRSM_A_mm;
+    double[] L3_dTRSM_B_mn;
+    double[] L3_dTRSM_o_LUN;
+    double[] L3_dTRSM_A_nn;
+    double[] L3_dTRSM_o_RLT;
+
+    float[] L3_cTRSM_A_mm;
+    float[] L3_cTRSM_B_mn;
+    float[] L3_cTRSM_o_LUN;
+    float[] L3_cTRSM_A_nn;
+    float[] L3_cTRSM_o_RLT;
+
+    double[] L3_zTRSM_A_mm;
+    double[] L3_zTRSM_B_mn;
+    double[] L3_zTRSM_o_LUN;
+    double[] L3_zTRSM_A_nn;
+    double[] L3_zTRSM_o_RLT;
+
+    //load dimensions of matrixes
+    private void loadMNK() throws Exception {
+        String data = "";
+        int skipLine = 3;
+
+        for (int i = 0; i < skipLine; i++) {
+            data = mBufReader.readLine();
+        }
+        data = mBufReader.readLine();
+
+        String[] results = data.split(" ");
+        dM = Integer.parseInt(results[0]);
+        dN = Integer.parseInt(results[1]);
+        dK = Integer.parseInt(results[2]);
+        KL = Integer.parseInt(results[3]);
+        KU = Integer.parseInt(results[4]);
+    }
+
+    private float[] loadFloatArray() throws Exception {
+        String data = "";
+        int skipLine = 2;
+
+        for (int i = 0; i < skipLine; i++) {
+            data = mBufReader.readLine();
+        }
+        data = mBufReader.readLine();
+        String[] results = data.split(", ");
+
+        float[] floatArr = new float[results.length];
+        for (int i = 0; i < floatArr.length; i++) {
+            floatArr[i] = Float.parseFloat(results[i]);
+        }
+
+        return floatArr;
+    }
+
+    private double[] loadDoubleArray() throws Exception {
+        String data = "";
+        int skipLine = 2;
+
+        for (int i = 0; i < skipLine; i++) {
+            data = mBufReader.readLine();
+        }
+        data = mBufReader.readLine();
+        String[] results = data.split(", ");
+
+        double[] doubleArr = new double[results.length];
+        for (int i = 0; i < doubleArr.length; i++) {
+            doubleArr[i] = Double.parseDouble(results[i]);
+        }
+        return doubleArr;
+    }
+
+    //load data for L2 BLAS
+    private void loadGEMVData() throws Exception {
+        L2_sGEMV_A_mn = loadFloatArray();
+        L2_sGEMV_x_n1 = loadFloatArray();
+        L2_sGEMV_x_n2 = loadFloatArray();
+        L2_sGEMV_y_m1 = loadFloatArray();
+        L2_sGEMV_y_m2 = loadFloatArray();
+        L2_sGEMV_o_N = loadFloatArray();
+        L2_sGEMV_o_N2 = loadFloatArray();
+        L2_sGEMV_o_T = loadFloatArray();
+        L2_sGEMV_o_H = loadFloatArray();
+
+        L2_dGEMV_A_mn = loadDoubleArray();
+        L2_dGEMV_x_n1 = loadDoubleArray();
+        L2_dGEMV_x_n2 = loadDoubleArray();
+        L2_dGEMV_y_m1 = loadDoubleArray();
+        L2_dGEMV_y_m2 = loadDoubleArray();
+        L2_dGEMV_o_N = loadDoubleArray();
+        L2_dGEMV_o_N2 = loadDoubleArray();
+        L2_dGEMV_o_T = loadDoubleArray();
+        L2_dGEMV_o_H = loadDoubleArray();
+
+        L2_cGEMV_A_mn = loadFloatArray();
+        L2_cGEMV_x_n1 = loadFloatArray();
+        L2_cGEMV_x_n2 = loadFloatArray();
+        L2_cGEMV_y_m1 = loadFloatArray();
+        L2_cGEMV_y_m2 = loadFloatArray();
+        L2_cGEMV_o_N = loadFloatArray();
+        L2_cGEMV_o_N2 = loadFloatArray();
+        L2_cGEMV_o_T = loadFloatArray();
+        L2_cGEMV_o_H = loadFloatArray();
+
+        L2_zGEMV_A_mn = loadDoubleArray();
+        L2_zGEMV_x_n1 = loadDoubleArray();
+        L2_zGEMV_x_n2 = loadDoubleArray();
+        L2_zGEMV_y_m1 = loadDoubleArray();
+        L2_zGEMV_y_m2 = loadDoubleArray();
+        L2_zGEMV_o_N = loadDoubleArray();
+        L2_zGEMV_o_N2 = loadDoubleArray();
+        L2_zGEMV_o_T = loadDoubleArray();
+        L2_zGEMV_o_H = loadDoubleArray();
+
+    }
+
+    private void loadGBMVData() throws Exception {
+        L2_sGBMV_A_mn = loadFloatArray();
+        L2_sGBMV_x_n1 = loadFloatArray();
+        L2_sGBMV_x_n2 = loadFloatArray();
+        L2_sGBMV_y_m1 = loadFloatArray();
+        L2_sGBMV_y_m2 = loadFloatArray();
+        L2_sGBMV_o_N = loadFloatArray();
+        L2_sGBMV_o_N2 = loadFloatArray();
+        L2_sGBMV_o_T = loadFloatArray();
+        L2_sGBMV_o_H = loadFloatArray();
+
+        L2_dGBMV_A_mn = loadDoubleArray();
+        L2_dGBMV_x_n1 = loadDoubleArray();
+        L2_dGBMV_x_n2 = loadDoubleArray();
+        L2_dGBMV_y_m1 = loadDoubleArray();
+        L2_dGBMV_y_m2 = loadDoubleArray();
+        L2_dGBMV_o_N = loadDoubleArray();
+        L2_dGBMV_o_N2 = loadDoubleArray();
+        L2_dGBMV_o_T = loadDoubleArray();
+        L2_dGBMV_o_H = loadDoubleArray();
+
+        L2_cGBMV_A_mn = loadFloatArray();
+        L2_cGBMV_x_n1 = loadFloatArray();
+        L2_cGBMV_x_n2 = loadFloatArray();
+        L2_cGBMV_y_m1 = loadFloatArray();
+        L2_cGBMV_y_m2 = loadFloatArray();
+        L2_cGBMV_o_N = loadFloatArray();
+        L2_cGBMV_o_N2 = loadFloatArray();
+        L2_cGBMV_o_T = loadFloatArray();
+        L2_cGBMV_o_H = loadFloatArray();
+
+        L2_zGBMV_A_mn = loadDoubleArray();
+        L2_zGBMV_x_n1 = loadDoubleArray();
+        L2_zGBMV_x_n2 = loadDoubleArray();
+        L2_zGBMV_y_m1 = loadDoubleArray();
+        L2_zGBMV_y_m2 = loadDoubleArray();
+        L2_zGBMV_o_N = loadDoubleArray();
+        L2_zGBMV_o_N2 = loadDoubleArray();
+        L2_zGBMV_o_T = loadDoubleArray();
+        L2_zGBMV_o_H = loadDoubleArray();
+    }
+
+    private void loadHEMVData() throws Exception {
+        L2_cHEMV_A_nn = loadFloatArray();
+        L2_cHEMV_A_nn_pu = loadFloatArray();
+        L2_cHEMV_x_n1 = loadFloatArray();
+        L2_cHEMV_x_n2 = loadFloatArray();
+        L2_cHEMV_y_n1 = loadFloatArray();
+        L2_cHEMV_y_n2 = loadFloatArray();
+        L2_cHEMV_o_N = loadFloatArray();
+        L2_cHEMV_o_N2 = loadFloatArray();
+
+        L2_zHEMV_A_nn = loadDoubleArray();
+        L2_zHEMV_A_nn_pu = loadDoubleArray();
+        L2_zHEMV_x_n1 = loadDoubleArray();
+        L2_zHEMV_x_n2 = loadDoubleArray();
+        L2_zHEMV_y_n1 = loadDoubleArray();
+        L2_zHEMV_y_n2 = loadDoubleArray();
+        L2_zHEMV_o_N = loadDoubleArray();
+        L2_zHEMV_o_N2 = loadDoubleArray();
+    }
+
+    private void loadHBMVData() throws Exception {
+        L2_cHBMV_A_nn = loadFloatArray();
+        L2_cHBMV_x_n1 = loadFloatArray();
+        L2_cHBMV_x_n2 = loadFloatArray();
+        L2_cHBMV_y_n1 = loadFloatArray();
+        L2_cHBMV_y_n2 = loadFloatArray();
+        L2_cHBMV_o_N = loadFloatArray();
+        L2_cHBMV_o_N2 = loadFloatArray();
+
+        L2_zHBMV_A_nn = loadDoubleArray();
+        L2_zHBMV_x_n1 = loadDoubleArray();
+        L2_zHBMV_x_n2 = loadDoubleArray();
+        L2_zHBMV_y_n1 = loadDoubleArray();
+        L2_zHBMV_y_n2 = loadDoubleArray();
+        L2_zHBMV_o_N = loadDoubleArray();
+        L2_zHBMV_o_N2 = loadDoubleArray();
+    }
+
+    private void loadSYMVData() throws Exception {
+        L2_sSYMV_A_nn = loadFloatArray();
+        L2_sSYMV_A_nn_pu = loadFloatArray();
+        L2_sSYMV_x_n1 = loadFloatArray();
+        L2_sSYMV_x_n2 = loadFloatArray();
+        L2_sSYMV_y_n1 = loadFloatArray();
+        L2_sSYMV_y_n2 = loadFloatArray();
+        L2_sSYMV_o_N = loadFloatArray();
+        L2_sSYMV_o_N2 = loadFloatArray();
+
+        L2_dSYMV_A_nn = loadDoubleArray();
+        L2_dSYMV_A_nn_pu = loadDoubleArray();
+        L2_dSYMV_x_n1 = loadDoubleArray();
+        L2_dSYMV_x_n2 = loadDoubleArray();
+        L2_dSYMV_y_n1 = loadDoubleArray();
+        L2_dSYMV_y_n2 = loadDoubleArray();
+        L2_dSYMV_o_N = loadDoubleArray();
+        L2_dSYMV_o_N2 = loadDoubleArray();
+    }
+
+    private void loadSBMVData() throws Exception {
+        L2_sSBMV_A_nn = loadFloatArray();
+        L2_sSBMV_x_n1 = loadFloatArray();
+        L2_sSBMV_x_n2 = loadFloatArray();
+        L2_sSBMV_y_n1 = loadFloatArray();
+        L2_sSBMV_y_n2 = loadFloatArray();
+        L2_sSBMV_o_N = loadFloatArray();
+        L2_sSBMV_o_N2 = loadFloatArray();
+
+        L2_dSBMV_A_nn = loadDoubleArray();
+        L2_dSBMV_x_n1 = loadDoubleArray();
+        L2_dSBMV_x_n2 = loadDoubleArray();
+        L2_dSBMV_y_n1 = loadDoubleArray();
+        L2_dSBMV_y_n2 = loadDoubleArray();
+        L2_dSBMV_o_N = loadDoubleArray();
+        L2_dSBMV_o_N2 = loadDoubleArray();
+    }
+
+    private void loadTRMVData() throws Exception {
+        L2_sTRMV_A_nn = loadFloatArray();
+        L2_sTRMV_A_nn_pu = loadFloatArray();
+        L2_sTRMV_x_n1 = loadFloatArray();
+        L2_sTRMV_x_n2 = loadFloatArray();
+        L2_sTRMV_o_UN = loadFloatArray();
+        L2_sTRMV_o_UN2 = loadFloatArray();
+        L2_sTRMV_o_UT = loadFloatArray();
+        L2_sTRMV_o_UH = loadFloatArray();
+
+        L2_dTRMV_A_nn = loadDoubleArray();
+        L2_dTRMV_A_nn_pu = loadDoubleArray();
+        L2_dTRMV_x_n1 = loadDoubleArray();
+        L2_dTRMV_x_n2 = loadDoubleArray();
+        L2_dTRMV_o_UN = loadDoubleArray();
+        L2_dTRMV_o_UN2 = loadDoubleArray();
+        L2_dTRMV_o_UT = loadDoubleArray();
+        L2_dTRMV_o_UH = loadDoubleArray();
+
+        L2_cTRMV_A_nn = loadFloatArray();
+        L2_cTRMV_A_nn_pu = loadFloatArray();
+        L2_cTRMV_x_n1 = loadFloatArray();
+        L2_cTRMV_x_n2 = loadFloatArray();
+        L2_cTRMV_o_UN = loadFloatArray();
+        L2_cTRMV_o_UN2 = loadFloatArray();
+        L2_cTRMV_o_UT = loadFloatArray();
+        L2_cTRMV_o_UH = loadFloatArray();
+
+        L2_zTRMV_A_nn = loadDoubleArray();
+        L2_zTRMV_A_nn_pu = loadDoubleArray();
+        L2_zTRMV_x_n1 = loadDoubleArray();
+        L2_zTRMV_x_n2 = loadDoubleArray();
+        L2_zTRMV_o_UN = loadDoubleArray();
+        L2_zTRMV_o_UN2 = loadDoubleArray();
+        L2_zTRMV_o_UT = loadDoubleArray();
+        L2_zTRMV_o_UH = loadDoubleArray();
+    }
+
+    private void loadTBMVData() throws Exception {
+        L2_sTBMV_A_nn = loadFloatArray();
+        L2_sTBMV_x_n1 = loadFloatArray();
+        L2_sTBMV_x_n2 = loadFloatArray();
+        L2_sTBMV_o_UN = loadFloatArray();
+        L2_sTBMV_o_UN2 = loadFloatArray();
+        L2_sTBMV_o_UT = loadFloatArray();
+        L2_sTBMV_o_UH = loadFloatArray();
+
+        L2_dTBMV_A_nn = loadDoubleArray();
+        L2_dTBMV_x_n1 = loadDoubleArray();
+        L2_dTBMV_x_n2 = loadDoubleArray();
+        L2_dTBMV_o_UN = loadDoubleArray();
+        L2_dTBMV_o_UN2 = loadDoubleArray();
+        L2_dTBMV_o_UT = loadDoubleArray();
+        L2_dTBMV_o_UH = loadDoubleArray();
+
+        L2_cTBMV_A_nn = loadFloatArray();
+        L2_cTBMV_x_n1 = loadFloatArray();
+        L2_cTBMV_x_n2 = loadFloatArray();
+        L2_cTBMV_o_UN = loadFloatArray();
+        L2_cTBMV_o_UN2 = loadFloatArray();
+        L2_cTBMV_o_UT = loadFloatArray();
+        L2_cTBMV_o_UH = loadFloatArray();
+
+        L2_zTBMV_A_nn = loadDoubleArray();
+        L2_zTBMV_x_n1 = loadDoubleArray();
+        L2_zTBMV_x_n2 = loadDoubleArray();
+        L2_zTBMV_o_UN = loadDoubleArray();
+        L2_zTBMV_o_UN2 = loadDoubleArray();
+        L2_zTBMV_o_UT = loadDoubleArray();
+        L2_zTBMV_o_UH = loadDoubleArray();
+    }
+
+    private void loadTRSVData() throws Exception {
+        L2_sTRSV_A_nn = loadFloatArray();
+        L2_sTRSV_A_nn_pu = loadFloatArray();
+        L2_sTRSV_x_n1 = loadFloatArray();
+        L2_sTRSV_x_n2 = loadFloatArray();
+        L2_sTRSV_o_UN = loadFloatArray();
+        L2_sTRSV_o_UN2 = loadFloatArray();
+        L2_sTRSV_o_UT = loadFloatArray();
+        L2_sTRSV_o_UH = loadFloatArray();
+
+        L2_dTRSV_A_nn = loadDoubleArray();
+        L2_dTRSV_A_nn_pu = loadDoubleArray();
+        L2_dTRSV_x_n1 = loadDoubleArray();
+        L2_dTRSV_x_n2 = loadDoubleArray();
+        L2_dTRSV_o_UN = loadDoubleArray();
+        L2_dTRSV_o_UN2 = loadDoubleArray();
+        L2_dTRSV_o_UT = loadDoubleArray();
+        L2_dTRSV_o_UH = loadDoubleArray();
+
+        L2_cTRSV_A_nn = loadFloatArray();
+        L2_cTRSV_A_nn_pu = loadFloatArray();
+        L2_cTRSV_x_n1 = loadFloatArray();
+        L2_cTRSV_x_n2 = loadFloatArray();
+        L2_cTRSV_o_UN = loadFloatArray();
+        L2_cTRSV_o_UN2 = loadFloatArray();
+        L2_cTRSV_o_UT = loadFloatArray();
+        L2_cTRSV_o_UH = loadFloatArray();
+
+        L2_zTRSV_A_nn = loadDoubleArray();
+        L2_zTRSV_A_nn_pu = loadDoubleArray();
+        L2_zTRSV_x_n1 = loadDoubleArray();
+        L2_zTRSV_x_n2 = loadDoubleArray();
+        L2_zTRSV_o_UN = loadDoubleArray();
+        L2_zTRSV_o_UN2 = loadDoubleArray();
+        L2_zTRSV_o_UT = loadDoubleArray();
+        L2_zTRSV_o_UH = loadDoubleArray();
+    }
+
+    private void loadTBSVData() throws Exception {
+        L2_sTBSV_A_nn = loadFloatArray();
+        L2_sTBSV_x_n1 = loadFloatArray();
+        L2_sTBSV_x_n2 = loadFloatArray();
+        L2_sTBSV_o_UN = loadFloatArray();
+        L2_sTBSV_o_UN2 = loadFloatArray();
+        L2_sTBSV_o_UT = loadFloatArray();
+        L2_sTBSV_o_UH = loadFloatArray();
+
+        L2_dTBSV_A_nn = loadDoubleArray();
+        L2_dTBSV_x_n1 = loadDoubleArray();
+        L2_dTBSV_x_n2 = loadDoubleArray();
+        L2_dTBSV_o_UN = loadDoubleArray();
+        L2_dTBSV_o_UN2 = loadDoubleArray();
+        L2_dTBSV_o_UT = loadDoubleArray();
+        L2_dTBSV_o_UH = loadDoubleArray();
+
+        L2_cTBSV_A_nn = loadFloatArray();
+        L2_cTBSV_x_n1 = loadFloatArray();
+        L2_cTBSV_x_n2 = loadFloatArray();
+        L2_cTBSV_o_UN = loadFloatArray();
+        L2_cTBSV_o_UN2 = loadFloatArray();
+        L2_cTBSV_o_UT = loadFloatArray();
+        L2_cTBSV_o_UH = loadFloatArray();
+
+        L2_zTBSV_A_nn = loadDoubleArray();
+        L2_zTBSV_x_n1 = loadDoubleArray();
+        L2_zTBSV_x_n2 = loadDoubleArray();
+        L2_zTBSV_o_UN = loadDoubleArray();
+        L2_zTBSV_o_UN2 = loadDoubleArray();
+        L2_zTBSV_o_UT = loadDoubleArray();
+        L2_zTBSV_o_UH = loadDoubleArray();
+    }
+
+    private void loadGERData() throws Exception {
+        L2_sGER_A_mn = loadFloatArray();
+        L2_sGER_x_m1 = loadFloatArray();
+        L2_sGER_x_m2 = loadFloatArray();
+        L2_sGER_y_n1 = loadFloatArray();
+        L2_sGER_y_n2 = loadFloatArray();
+        L2_sGER_o_N = loadFloatArray();
+
+        L2_dGER_A_mn = loadDoubleArray();
+        L2_dGER_x_m1 = loadDoubleArray();
+        L2_dGER_x_m2 = loadDoubleArray();
+        L2_dGER_y_n1 = loadDoubleArray();
+        L2_dGER_y_n2 = loadDoubleArray();
+        L2_dGER_o_N = loadDoubleArray();
+    }
+
+    private void loadGERUData() throws Exception {
+        L2_cGERU_A_mn = loadFloatArray();
+        L2_cGERU_x_m1 = loadFloatArray();
+        L2_cGERU_x_m2 = loadFloatArray();
+        L2_cGERU_y_n1 = loadFloatArray();
+        L2_cGERU_y_n2 = loadFloatArray();
+        L2_cGERU_o_N = loadFloatArray();
+
+        L2_zGERU_A_mn = loadDoubleArray();
+        L2_zGERU_x_m1 = loadDoubleArray();
+        L2_zGERU_x_m2 = loadDoubleArray();
+        L2_zGERU_y_n1 = loadDoubleArray();
+        L2_zGERU_y_n2 = loadDoubleArray();
+        L2_zGERU_o_N = loadDoubleArray();
+    }
+
+    private void loadGERCData() throws Exception {
+        L2_cGERC_A_mn = loadFloatArray();
+        L2_cGERC_x_m1 = loadFloatArray();
+        L2_cGERC_x_m2 = loadFloatArray();
+        L2_cGERC_y_n1 = loadFloatArray();
+        L2_cGERC_y_n2 = loadFloatArray();
+        L2_cGERC_o_N = loadFloatArray();
+
+        L2_zGERC_A_mn = loadDoubleArray();
+        L2_zGERC_x_m1 = loadDoubleArray();
+        L2_zGERC_x_m2 = loadDoubleArray();
+        L2_zGERC_y_n1 = loadDoubleArray();
+        L2_zGERC_y_n2 = loadDoubleArray();
+        L2_zGERC_o_N = loadDoubleArray();
+    }
+
+    private void loadHERData() throws Exception {
+        L2_cHER_A_nn = loadFloatArray();
+        L2_cHER_A_nn_pu = loadFloatArray();
+        L2_cHER_x_n1 = loadFloatArray();
+        L2_cHER_x_n2 = loadFloatArray();
+        L2_cHER_o_N = loadFloatArray();
+        L2_cHER_o_N_pu = loadFloatArray();
+
+        L2_zHER_A_nn = loadDoubleArray();
+        L2_zHER_A_nn_pu = loadDoubleArray();
+        L2_zHER_x_n1 = loadDoubleArray();
+        L2_zHER_x_n2 = loadDoubleArray();
+        L2_zHER_o_N = loadDoubleArray();
+        L2_zHER_o_N_pu = loadDoubleArray();
+    }
+
+    private void loadHER2Data() throws Exception {
+        L2_cHER2_A_nn = loadFloatArray();
+        L2_cHER2_A_nn_pu = loadFloatArray();
+        L2_cHER2_x_n1 = loadFloatArray();
+        L2_cHER2_x_n2 = loadFloatArray();
+        L2_cHER2_y_n1 = loadFloatArray();
+        L2_cHER2_y_n2 = loadFloatArray();
+        L2_cHER2_o_N = loadFloatArray();
+        L2_cHER2_o_N_pu = loadFloatArray();
+
+        L2_zHER2_A_nn = loadDoubleArray();
+        L2_zHER2_A_nn_pu = loadDoubleArray();
+        L2_zHER2_x_n1 = loadDoubleArray();
+        L2_zHER2_x_n2 = loadDoubleArray();
+        L2_zHER2_y_n1 = loadDoubleArray();
+        L2_zHER2_y_n2 = loadDoubleArray();
+        L2_zHER2_o_N = loadDoubleArray();
+        L2_zHER2_o_N_pu = loadDoubleArray();
+    }
+
+    private void loadSYRData() throws Exception {
+        L2_sSYR_A_nn = loadFloatArray();
+        L2_sSYR_A_nn_pu = loadFloatArray();
+        L2_sSYR_x_n1 = loadFloatArray();
+        L2_sSYR_x_n2 = loadFloatArray();
+        L2_sSYR_o_N = loadFloatArray();
+        L2_sSYR_o_N_pu = loadFloatArray();
+
+        L2_dSYR_A_nn = loadDoubleArray();
+        L2_dSYR_A_nn_pu = loadDoubleArray();
+        L2_dSYR_x_n1 = loadDoubleArray();
+        L2_dSYR_x_n2 = loadDoubleArray();
+        L2_dSYR_o_N = loadDoubleArray();
+        L2_dSYR_o_N_pu = loadDoubleArray();
+    }
+
+    private void loadSYR2Data() throws Exception {
+        L2_sSYR2_A_nn = loadFloatArray();
+        L2_sSYR2_A_nn_pu = loadFloatArray();
+        L2_sSYR2_x_n1 = loadFloatArray();
+        L2_sSYR2_x_n2 = loadFloatArray();
+        L2_sSYR2_y_n1 = loadFloatArray();
+        L2_sSYR2_y_n2 = loadFloatArray();
+        L2_sSYR2_o_N = loadFloatArray();
+        L2_sSYR2_o_N_pu = loadFloatArray();
+
+        L2_dSYR2_A_nn = loadDoubleArray();
+        L2_dSYR2_A_nn_pu = loadDoubleArray();
+        L2_dSYR2_x_n1 = loadDoubleArray();
+        L2_dSYR2_x_n2 = loadDoubleArray();
+        L2_dSYR2_y_n1 = loadDoubleArray();
+        L2_dSYR2_y_n2 = loadDoubleArray();
+        L2_dSYR2_o_N = loadDoubleArray();
+        L2_dSYR2_o_N_pu = loadDoubleArray();
+    }
+
+    //load data for L3 BLAS
+    private void loadGEMMData() throws Exception {
+        L3_sGEMM_A_mk = loadFloatArray();
+        L3_sGEMM_B_kn = loadFloatArray();
+        L3_sGEMM_C_mn = loadFloatArray();
+        L3_sGEMM_o_NN = loadFloatArray();
+        L3_sGEMM_A_km = loadFloatArray();
+        L3_sGEMM_B_nk = loadFloatArray();
+        L3_sGEMM_o_TT = loadFloatArray();
+        L3_sGEMM_o_HH = loadFloatArray();
+
+        L3_dGEMM_A_mk = loadDoubleArray();
+        L3_dGEMM_B_kn = loadDoubleArray();
+        L3_dGEMM_C_mn = loadDoubleArray();
+        L3_dGEMM_o_NN = loadDoubleArray();
+        L3_dGEMM_A_km = loadDoubleArray();
+        L3_dGEMM_B_nk = loadDoubleArray();
+        L3_dGEMM_o_TT = loadDoubleArray();
+        L3_dGEMM_o_HH = loadDoubleArray();
+
+        L3_cGEMM_A_mk = loadFloatArray();
+        L3_cGEMM_B_kn = loadFloatArray();
+        L3_cGEMM_C_mn = loadFloatArray();
+        L3_cGEMM_o_NN = loadFloatArray();
+        L3_cGEMM_A_km = loadFloatArray();
+        L3_cGEMM_B_nk = loadFloatArray();
+        L3_cGEMM_o_TT = loadFloatArray();
+        L3_cGEMM_o_HH = loadFloatArray();
+
+        L3_zGEMM_A_mk = loadDoubleArray();
+        L3_zGEMM_B_kn = loadDoubleArray();
+        L3_zGEMM_C_mn = loadDoubleArray();
+        L3_zGEMM_o_NN = loadDoubleArray();
+        L3_zGEMM_A_km = loadDoubleArray();
+        L3_zGEMM_B_nk = loadDoubleArray();
+        L3_zGEMM_o_TT = loadDoubleArray();
+        L3_zGEMM_o_HH = loadDoubleArray();
+    }
+
+    private void loadSYMMData() throws Exception {
+        L3_sSYMM_A_mm = loadFloatArray();
+        L3_sSYMM_B_mn = loadFloatArray();
+        L3_sSYMM_C_mn = loadFloatArray();
+        L3_sSYMM_o_L = loadFloatArray();
+        L3_sSYMM_A_nn = loadFloatArray();
+        L3_sSYMM_o_R = loadFloatArray();
+
+        L3_dSYMM_A_mm = loadDoubleArray();
+        L3_dSYMM_B_mn = loadDoubleArray();
+        L3_dSYMM_C_mn = loadDoubleArray();
+        L3_dSYMM_o_L = loadDoubleArray();
+        L3_dSYMM_A_nn = loadDoubleArray();
+        L3_dSYMM_o_R = loadDoubleArray();
+
+        L3_cSYMM_A_mm = loadFloatArray();
+        L3_cSYMM_B_mn = loadFloatArray();
+        L3_cSYMM_C_mn = loadFloatArray();
+        L3_cSYMM_o_L = loadFloatArray();
+        L3_cSYMM_A_nn = loadFloatArray();
+        L3_cSYMM_o_R = loadFloatArray();
+
+        L3_zSYMM_A_mm = loadDoubleArray();
+        L3_zSYMM_B_mn = loadDoubleArray();
+        L3_zSYMM_C_mn = loadDoubleArray();
+        L3_zSYMM_o_L = loadDoubleArray();
+        L3_zSYMM_A_nn = loadDoubleArray();
+        L3_zSYMM_o_R = loadDoubleArray();
+    }
+
+    private void loadHEMMData() throws Exception {
+        L3_cHEMM_A_mm = loadFloatArray();
+        L3_cHEMM_B_mn = loadFloatArray();
+        L3_cHEMM_C_mn = loadFloatArray();
+        L3_cHEMM_o_L = loadFloatArray();
+        L3_cHEMM_A_nn = loadFloatArray();
+        L3_cHEMM_o_R = loadFloatArray();
+
+        L3_zHEMM_A_mm = loadDoubleArray();
+        L3_zHEMM_B_mn = loadDoubleArray();
+        L3_zHEMM_C_mn = loadDoubleArray();
+        L3_zHEMM_o_L = loadDoubleArray();
+        L3_zHEMM_A_nn = loadDoubleArray();
+        L3_zHEMM_o_R = loadDoubleArray();
+    }
+
+    private void loadSYRKData() throws Exception {
+        L3_sSYRK_A_nk = loadFloatArray();
+        L3_sSYRK_C_nn = loadFloatArray();
+        L3_sSYRK_o_N = loadFloatArray();
+        L3_sSYRK_A_kn = loadFloatArray();
+        L3_sSYRK_o_T = loadFloatArray();
+
+        L3_dSYRK_A_nk = loadDoubleArray();
+        L3_dSYRK_C_nn = loadDoubleArray();
+        L3_dSYRK_o_N = loadDoubleArray();
+        L3_dSYRK_A_kn = loadDoubleArray();
+        L3_dSYRK_o_T = loadDoubleArray();
+
+        L3_cSYRK_A_nk = loadFloatArray();
+        L3_cSYRK_C_nn = loadFloatArray();
+        L3_cSYRK_o_N = loadFloatArray();
+        L3_cSYRK_A_kn = loadFloatArray();
+        L3_cSYRK_o_T = loadFloatArray();
+
+        L3_zSYRK_A_nk = loadDoubleArray();
+        L3_zSYRK_C_nn = loadDoubleArray();
+        L3_zSYRK_o_N = loadDoubleArray();
+        L3_zSYRK_A_kn = loadDoubleArray();
+        L3_zSYRK_o_T = loadDoubleArray();
+    }
+
+    private void loadHERKData() throws Exception {
+        L3_cHERK_A_nk = loadFloatArray();
+        L3_cHERK_C_nn = loadFloatArray();
+        L3_cHERK_o_N = loadFloatArray();
+        L3_cHERK_A_kn = loadFloatArray();
+        L3_cHERK_o_H = loadFloatArray();
+
+        L3_zHERK_A_nk = loadDoubleArray();
+        L3_zHERK_C_nn = loadDoubleArray();
+        L3_zHERK_o_N = loadDoubleArray();
+        L3_zHERK_A_kn = loadDoubleArray();
+        L3_zHERK_o_H = loadDoubleArray();
+    }
+
+    private void loadSYR2KData() throws Exception {
+        L3_sSYR2K_A_nk = loadFloatArray();
+        L3_sSYR2K_B_nk = loadFloatArray();
+        L3_sSYR2K_C_nn = loadFloatArray();
+        L3_sSYR2K_o_N = loadFloatArray();
+        L3_sSYR2K_A_kn = loadFloatArray();
+        L3_sSYR2K_B_kn = loadFloatArray();
+        L3_sSYR2K_o_T = loadFloatArray();
+
+        L3_dSYR2K_A_nk = loadDoubleArray();
+        L3_dSYR2K_B_nk = loadDoubleArray();
+        L3_dSYR2K_C_nn = loadDoubleArray();
+        L3_dSYR2K_o_N = loadDoubleArray();
+        L3_dSYR2K_A_kn = loadDoubleArray();
+        L3_dSYR2K_B_kn = loadDoubleArray();
+        L3_dSYR2K_o_T = loadDoubleArray();
+
+        L3_cSYR2K_A_nk = loadFloatArray();
+        L3_cSYR2K_B_nk = loadFloatArray();
+        L3_cSYR2K_C_nn = loadFloatArray();
+        L3_cSYR2K_o_N = loadFloatArray();
+        L3_cSYR2K_A_kn = loadFloatArray();
+        L3_cSYR2K_B_kn = loadFloatArray();
+        L3_cSYR2K_o_T = loadFloatArray();
+
+        L3_zSYR2K_A_nk = loadDoubleArray();
+        L3_zSYR2K_B_nk = loadDoubleArray();
+        L3_zSYR2K_C_nn = loadDoubleArray();
+        L3_zSYR2K_o_N = loadDoubleArray();
+        L3_zSYR2K_A_kn = loadDoubleArray();
+        L3_zSYR2K_B_kn = loadDoubleArray();
+        L3_zSYR2K_o_T = loadDoubleArray();
+    }
+
+    private void loadHER2KData() throws Exception {
+        L3_cHER2K_A_nk = loadFloatArray();
+        L3_cHER2K_B_nk = loadFloatArray();
+        L3_cHER2K_C_nn = loadFloatArray();
+        L3_cHER2K_o_N = loadFloatArray();
+        L3_cHER2K_A_kn = loadFloatArray();
+        L3_cHER2K_B_kn = loadFloatArray();
+        L3_cHER2K_o_H = loadFloatArray();
+
+        L3_zHER2K_A_nk = loadDoubleArray();
+        L3_zHER2K_B_nk = loadDoubleArray();
+        L3_zHER2K_C_nn = loadDoubleArray();
+        L3_zHER2K_o_N = loadDoubleArray();
+        L3_zHER2K_A_kn = loadDoubleArray();
+        L3_zHER2K_B_kn = loadDoubleArray();
+        L3_zHER2K_o_H = loadDoubleArray();
+    }
+
+    private void loadTRMMData() throws Exception {
+        L3_sTRMM_A_mm = loadFloatArray();
+        L3_sTRMM_B_mn = loadFloatArray();
+        L3_sTRMM_o_LUN = loadFloatArray();
+        L3_sTRMM_A_nn = loadFloatArray();
+        L3_sTRMM_o_RLT = loadFloatArray();
+
+        L3_dTRMM_A_mm = loadDoubleArray();
+        L3_dTRMM_B_mn = loadDoubleArray();
+        L3_dTRMM_o_LUN = loadDoubleArray();
+        L3_dTRMM_A_nn = loadDoubleArray();
+        L3_dTRMM_o_RLT = loadDoubleArray();
+
+        L3_cTRMM_A_mm = loadFloatArray();
+        L3_cTRMM_B_mn = loadFloatArray();
+        L3_cTRMM_o_LUN = loadFloatArray();
+        L3_cTRMM_A_nn = loadFloatArray();
+        L3_cTRMM_o_RLT = loadFloatArray();
+
+        L3_zTRMM_A_mm = loadDoubleArray();
+        L3_zTRMM_B_mn = loadDoubleArray();
+        L3_zTRMM_o_LUN = loadDoubleArray();
+        L3_zTRMM_A_nn = loadDoubleArray();
+        L3_zTRMM_o_RLT = loadDoubleArray();
+    }
+
+    private void loadTRSMData() throws Exception {
+        L3_sTRSM_A_mm = loadFloatArray();
+        L3_sTRSM_B_mn = loadFloatArray();
+        L3_sTRSM_o_LUN = loadFloatArray();
+        L3_sTRSM_A_nn = loadFloatArray();
+        L3_sTRSM_o_RLT = loadFloatArray();
+
+        L3_dTRSM_A_mm = loadDoubleArray();
+        L3_dTRSM_B_mn = loadDoubleArray();
+        L3_dTRSM_o_LUN = loadDoubleArray();
+        L3_dTRSM_A_nn = loadDoubleArray();
+        L3_dTRSM_o_RLT = loadDoubleArray();
+
+        L3_cTRSM_A_mm = loadFloatArray();
+        L3_cTRSM_B_mn = loadFloatArray();
+        L3_cTRSM_o_LUN = loadFloatArray();
+        L3_cTRSM_A_nn = loadFloatArray();
+        L3_cTRSM_o_RLT = loadFloatArray();
+
+        L3_zTRSM_A_mm = loadDoubleArray();
+        L3_zTRSM_B_mn = loadDoubleArray();
+        L3_zTRSM_o_LUN = loadDoubleArray();
+        L3_zTRSM_A_nn = loadDoubleArray();
+        L3_zTRSM_o_RLT = loadDoubleArray();
+    }
+
+    void loadData(Context ctx) throws Exception {
+        InputStream is = ctx.getAssets().open("BLASData.txt");
+        mBufReader = new BufferedReader(new InputStreamReader(is));
+
+        //Load data sequentially
+        loadMNK();
+        loadGEMVData();
+        loadGBMVData();
+        loadHEMVData();
+        loadHBMVData();
+        loadSYMVData();
+        loadSBMVData();
+        loadTRMVData();
+        loadTBMVData();
+        loadTRSVData();
+        loadTBSVData();
+        loadGERData();
+        loadGERUData();
+        loadGERCData();
+        loadHERData();
+        loadHER2Data();
+        loadSYRData();
+        loadSYR2Data();
+        loadGEMMData();
+        loadSYMMData();
+        loadHEMMData();
+        loadSYRKData();
+        loadHERKData();
+        loadSYR2KData();
+        loadHER2KData();
+        loadTRMMData();
+        loadTRSMData();
+    }
+
+}

diff --git a/tests/tests/renderscript/src/android/renderscript/cts/IntrinsicBLAS.java b/tests/tests/renderscript/src/android/renderscript/cts/IntrinsicBLAS.java
index eeef6e7..17f546b 100644
--- a/tests/tests/renderscript/src/android/renderscript/cts/IntrinsicBLAS.java
+++ b/tests/tests/renderscript/src/android/renderscript/cts/IntrinsicBLAS.java

@@ -22,6 +22,7 @@
 
 public class IntrinsicBLAS extends IntrinsicBase {
     private ScriptIntrinsicBLAS mBLAS;
+    private BLASData mBLASData;
     private boolean mInitialized = false;
 
     private ArrayList<Allocation> mMatrixS;
@@ -33,12 +34,12 @@
     private final double betaD = 1.0;
 
     private ArrayList<Allocation> mMatrixC;
-    private final Float2 alphaC = new Float2(1.0f, 1.0f);
-    private final Float2 betaC = new Float2(1.0f, 1.0f);
+    private final Float2 alphaC = new Float2(1.0f, 0.0f);
+    private final Float2 betaC = new Float2(1.0f, 0.0f);
 
     private ArrayList<Allocation> mMatrixZ;
-    private final Double2 alphaZ = new Double2(1.0, 1.0);
-    private final Double2 betaZ = new Double2(1.0, 1.0);
+    private final Double2 alphaZ = new Double2(1.0, 0.0);
+    private final Double2 betaZ = new Double2(1.0, 0.0);
 
     private int[] mTranspose = {ScriptIntrinsicBLAS.NO_TRANSPOSE,
                                 ScriptIntrinsicBLAS.TRANSPOSE,
@@ -65,8 +66,10 @@
     protected void setUp() throws Exception {
         super.setUp();
 
-        //now populate the test Matrixes and Vectors.
+        // Now populate the test Matrixes and Vectors.
         if (!mInitialized) {
+            mBLASData = new BLASData();
+            mBLASData.loadData(mCtx);
             mBLAS = ScriptIntrinsicBLAS.create(mRS);
             mMatrixS = new ArrayList<Allocation>();
             mMatrixD = new ArrayList<Allocation>();
@@ -80,7 +83,7 @@
                     mMatrixZ.add(Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), x, y)));
                 }
             }
-            //also need Allocation with mismatch Element.
+            // Also need Allocation with mismatch Element.
             Allocation misAlloc = Allocation.createTyped(mRS, Type.createXY(mRS, Element.U8(mRS), 1, 1));
             mMatrixS.add(misAlloc);
             mMatrixD.add(misAlloc);
@@ -95,6 +98,62 @@
         super.tearDown();
     }
 
+    // Calculate the square of the L2 norm of a matrix.
+    private double calcL2Norm(float[] input) {
+        double l2Norm = 0;
+        for (int i = 0; i < input.length; ++i) {
+            l2Norm += input[i] * input[i];
+        }
+        return l2Norm;
+    }
+
+    private double calcL2Norm(double[] input) {
+        double l2Norm = 0;
+        for (int i = 0; i < input.length; ++i) {
+            l2Norm += input[i] * input[i];
+        }
+        return l2Norm;
+    }
+
+    // Routine to verify if matrix are equivalent.
+    private void verifyMatrix(Allocation ref, Allocation out) {
+        verifyMatrix(ref, out, false);
+    }
+
+    // Use L2 norm of a matrix as the scale to determine whether two matrices are equivalent:
+    // if the absolute square error of any elements is smaller than the average L2 Norm
+    // per element times an allowed error range (1e-6), then the two matrices are considered equivalent.
+    // Criterion: (a[i,j] - a'[i,j])^2 < epsilon * ||A||/(M*N)
+    // M, N: the dimensions of the matrix; epsilon: allowed relative error.
+    private void verifyMatrix(Allocation ref, Allocation out, boolean isUpperMatrix) {
+        double l2Norm;
+        int size;
+        Element e = ref.getType().getElement();
+        if (e.isCompatible(Element.F32(mRS)) || e.isCompatible(Element.F32_2(mRS))) {
+            size = out.getBytesSize() / 4;
+            float[] outArr = new float[size];
+            float[] refArr = new float[size];
+            out.copyTo(outArr);
+            ref.copyTo(refArr);
+
+            double l2NormOut = calcL2Norm(outArr);
+            double l2NormRef = calcL2Norm(refArr);
+            l2Norm = (l2NormOut < l2NormRef ? l2NormOut : l2NormRef) / size;
+        } else {
+            size = out.getBytesSize() / 8;
+            double[] outArr = new double[size];
+            double[] refArr = new double[size];
+            out.copyTo(outArr);
+            ref.copyTo(refArr);
+
+            double l2NormOut = calcL2Norm(outArr);
+            double l2NormRef = calcL2Norm(refArr);
+            l2Norm = (l2NormOut < l2NormRef ? l2NormOut : l2NormRef) / size;
+        }
+        mVerify.invoke_verifyMatrix(ref, out, l2Norm, isUpperMatrix);
+    }
+
+
     private boolean validateSide(int Side) {
         if (Side != ScriptIntrinsicBLAS.LEFT && Side != ScriptIntrinsicBLAS.RIGHT) {
             return false;
@@ -137,7 +196,7 @@
 
     private boolean validateVecInput(Allocation X) {
         if (X.getType().getY() > 2) {
-            //for testing vector, need a mismatch Y for complete test coverage.
+            // For testing vector, need a mismatch Y for complete test coverage.
             return false;
         }
         return true;
@@ -252,6 +311,227 @@
         L2_xGEMV_API(mMatrixZ);
     }
 
+    public void test_L2_SGEMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, 1));
+        matrixAS.copyFrom(mBLASData.L2_sGEMV_A_mn);
+        vectorXS.copyFrom(mBLASData.L2_sGEMV_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sGEMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SGEMV(trans, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYS.copyFrom(mBLASData.L2_sGEMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.SGEMV(trans, alphaS, matrixAS, vectorYS, incY, betaS, vectorXS, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGEMV_o_T);
+        verifyMatrix(vectorYRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sGEMV_x_n1);
+        mBLAS.SGEMV(trans, alphaS, matrixAS, vectorYS, incY, betaS, vectorXS, incX);
+        vectorYRef.copyFrom(mBLASData.L2_sGEMV_o_H);
+        verifyMatrix(vectorYRef, vectorXS);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sGEMV_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sGEMV_y_m2);
+
+        mBLAS.SGEMV(trans, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DGEMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, 1));
+        matrixAD.copyFrom(mBLASData.L2_dGEMV_A_mn);
+        vectorXD.copyFrom(mBLASData.L2_dGEMV_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dGEMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DGEMV(trans, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYD.copyFrom(mBLASData.L2_dGEMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.DGEMV(trans, alphaD, matrixAD, vectorYD, incY, betaD, vectorXD, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGEMV_o_T);
+        verifyMatrix(vectorYRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dGEMV_x_n1);
+        mBLAS.DGEMV(trans, alphaD, matrixAD, vectorYD, incY, betaD, vectorXD, incX);
+        vectorYRef.copyFrom(mBLASData.L2_dGEMV_o_H);
+        verifyMatrix(vectorYRef, vectorXD);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dGEMV_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dGEMV_y_m2);
+
+        mBLAS.DGEMV(trans, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CGEMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        matrixAC.copyFrom(mBLASData.L2_cGEMV_A_mn);
+        vectorXC.copyFrom(mBLASData.L2_cGEMV_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cGEMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CGEMV(trans, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYC.copyFrom(mBLASData.L2_cGEMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.CGEMV(trans, alphaC, matrixAC, vectorYC, incY, betaC, vectorXC, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGEMV_o_T);
+        verifyMatrix(vectorYRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cGEMV_x_n1);
+        mBLAS.CGEMV(trans, alphaC, matrixAC, vectorYC, incY, betaC, vectorXC, incX);
+        vectorYRef.copyFrom(mBLASData.L2_cGEMV_o_H);
+        verifyMatrix(vectorYRef, vectorXC);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cGEMV_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cGEMV_y_m2);
+
+        mBLAS.CGEMV(trans, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZGEMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zGEMV_A_mn);
+        vectorXZ.copyFrom(mBLASData.L2_zGEMV_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zGEMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZGEMV(trans, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYZ.copyFrom(mBLASData.L2_zGEMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.ZGEMV(trans, alphaZ, matrixAZ, vectorYZ, incY, betaZ, vectorXZ, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGEMV_o_T);
+        verifyMatrix(vectorYRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zGEMV_x_n1);
+        mBLAS.ZGEMV(trans, alphaZ, matrixAZ, vectorYZ, incY, betaZ, vectorXZ, incX);
+        vectorYRef.copyFrom(mBLASData.L2_zGEMV_o_H);
+        verifyMatrix(vectorYRef, vectorXZ);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zGEMV_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zGEMV_y_m2);
+
+        mBLAS.ZGEMV(trans, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
 
     private void xGBMV_API_test(int trans, int KL, int KU, int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -331,6 +611,226 @@
         L2_xGBMV_API(mMatrixZ);
     }
 
+    public void test_L2_SGBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, 1));
+        matrixAS.copy2DRangeFrom(0, 0, mBLASData.KL + mBLASData.KU + 1, mBLASData.dM, mBLASData.L2_sGBMV_A_mn);
+        vectorXS.copyFrom(mBLASData.L2_sGBMV_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sGBMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SGBMV(trans, mBLASData.KL, mBLASData.KU, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYS.copyFrom(mBLASData.L2_sGBMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.SGBMV(trans, mBLASData.KL, mBLASData.KU, alphaS, matrixAS, vectorYS, incY, betaS, vectorXS, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGBMV_o_T);
+        verifyMatrix(vectorYRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sGBMV_x_n1);
+        mBLAS.SGBMV(trans, mBLASData.KL, mBLASData.KU, alphaS, matrixAS, vectorYS, incY, betaS, vectorXS, incX);
+        vectorYRef.copyFrom(mBLASData.L2_sGBMV_o_H);
+        verifyMatrix(vectorYRef, vectorXS);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sGBMV_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sGBMV_y_m2);
+
+        mBLAS.SGBMV(trans, mBLASData.KL, mBLASData.KU, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sGBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DGBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, 1));
+        matrixAD.copy2DRangeFrom(0, 0, mBLASData.KL + mBLASData.KU + 1, mBLASData.dM, mBLASData.L2_dGBMV_A_mn);
+        vectorXD.copyFrom(mBLASData.L2_dGBMV_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dGBMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DGBMV(trans, mBLASData.KL, mBLASData.KU, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYD.copyFrom(mBLASData.L2_dGBMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.DGBMV(trans, mBLASData.KL, mBLASData.KU, alphaD, matrixAD, vectorYD, incY, betaD, vectorXD, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGBMV_o_T);
+        verifyMatrix(vectorYRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dGBMV_x_n1);
+        mBLAS.DGBMV(trans, mBLASData.KL, mBLASData.KU, alphaD, matrixAD, vectorYD, incY, betaD, vectorXD, incX);
+        vectorYRef.copyFrom(mBLASData.L2_dGBMV_o_H);
+        verifyMatrix(vectorYRef, vectorXD);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dGBMV_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dGBMV_y_m2);
+
+        mBLAS.DGBMV(trans, mBLASData.KL, mBLASData.KU, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dGBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CGBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        matrixAC.copy2DRangeFrom(0, 0, mBLASData.KL + mBLASData.KU + 1, mBLASData.dM, mBLASData.L2_cGBMV_A_mn);
+        vectorXC.copyFrom(mBLASData.L2_cGBMV_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cGBMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CGBMV(trans, mBLASData.KL, mBLASData.KU, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYC.copyFrom(mBLASData.L2_cGBMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.CGBMV(trans, mBLASData.KL, mBLASData.KU, alphaC, matrixAC, vectorYC, incY, betaC, vectorXC, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGBMV_o_T);
+        verifyMatrix(vectorYRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cGBMV_x_n1);
+        mBLAS.CGBMV(trans, mBLASData.KL, mBLASData.KU, alphaC, matrixAC, vectorYC, incY, betaC, vectorXC, incX);
+        vectorYRef.copyFrom(mBLASData.L2_cGBMV_o_H);
+        verifyMatrix(vectorYRef, vectorXC);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cGBMV_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cGBMV_y_m2);
+
+        mBLAS.CGBMV(trans, mBLASData.KL, mBLASData.KU, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cGBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZGBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        matrixAZ.copy2DRangeFrom(0, 0, mBLASData.KL + mBLASData.KU + 1, mBLASData.dM, mBLASData.L2_zGBMV_A_mn);
+        vectorXZ.copyFrom(mBLASData.L2_zGBMV_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zGBMV_y_m1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZGBMV(trans, mBLASData.KL, mBLASData.KU, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector Y, since it was overwritten by BLAS.
+        vectorYZ.copyFrom(mBLASData.L2_zGBMV_y_m1);
+        // After Transpose matrixA, vectorX and vectorY are exchanged to match the dim of A.T
+        mBLAS.ZGBMV(trans, mBLASData.KL, mBLASData.KU, alphaZ, matrixAZ, vectorYZ, incY, betaZ, vectorXZ, incX);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGBMV_o_T);
+        verifyMatrix(vectorYRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zGBMV_x_n1);
+        mBLAS.ZGBMV(trans, mBLASData.KL, mBLASData.KU, alphaZ, matrixAZ, vectorYZ, incX, betaZ, vectorXZ, incY);
+        vectorYRef.copyFrom(mBLASData.L2_zGBMV_o_H);
+        verifyMatrix(vectorYRef, vectorXZ);
+
+        // Test for incX = 2 & incY = 3;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dM - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zGBMV_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zGBMV_y_m2);
+
+        mBLAS.ZGBMV(trans, mBLASData.KL, mBLASData.KU, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zGBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xHEMV_API_test(int Uplo, int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -386,6 +886,83 @@
         L2_xHEMV_API(mMatrixZ);
     }
 
+    public void test_L2_CHEMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHEMV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cHEMV_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cHEMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.CHEMV(uplo, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHEMV_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cHEMV_y_n2);
+
+        mBLAS.CHEMV(uplo, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHEMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHEMV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zHEMV_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zHEMV_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHEMV(uplo, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHEMV_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zHEMV_y_n2);
+
+        mBLAS.ZHEMV(uplo, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
 
     private void xHBMV_API_test(int Uplo, int K, int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -443,6 +1020,82 @@
         L2_xHBMV_API(mMatrixZ);
     }
 
+    public void test_L2_CHBMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_cHBMV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cHBMV_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cHBMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.CHBMV(uplo, mBLASData.KL, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHBMV_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cHBMV_y_n2);
+
+        mBLAS.CHBMV(uplo, mBLASData.KL, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHBMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_zHBMV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zHBMV_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zHBMV_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHBMV(uplo, mBLASData.KL, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHBMV_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zHBMV_y_n2);
+
+        mBLAS.ZHBMV(uplo, mBLASData.KL, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xHPMV_API_test(int Uplo, int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -498,6 +1151,83 @@
         L2_xHPMV_API(mMatrixZ);
     }
 
+    public void test_L2_CHPMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHEMV_A_nn_pu);
+        vectorXC.copyFrom(mBLASData.L2_cHEMV_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cHEMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.CHPMV(uplo, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHEMV_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cHEMV_y_n2);
+
+        mBLAS.CHPMV(uplo, alphaC, matrixAC, vectorXC, incX, betaC, vectorYC, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_cHEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHPMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHEMV_A_nn_pu);
+        vectorXZ.copyFrom(mBLASData.L2_zHEMV_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zHEMV_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHPMV(uplo, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHEMV_o_N);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHEMV_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zHEMV_y_n2);
+
+        mBLAS.ZHPMV(uplo, alphaZ, matrixAZ, vectorXZ, incX, betaZ, vectorYZ, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_zHEMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYZ);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateSYMV(Element e, int Uplo, Allocation A, Allocation X, int incX, Allocation Y, int incY) {
@@ -585,6 +1315,82 @@
         L2_xSYMV_API(mMatrixD);
     }
 
+    public void test_L2_SSYMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYMV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sSYMV_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sSYMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.SSYMV(uplo, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSYMV_o_N);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYMV_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sSYMV_y_n2);
+
+        mBLAS.SSYMV(uplo, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSYMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSYMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYMV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dSYMV_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dSYMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.DSYMV(uplo, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSYMV_o_N);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYMV_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dSYMV_y_n2);
+
+        mBLAS.DSYMV(uplo, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSYMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        mRS.finish();
+        checkError();
+    }
+
 
 
     private void xSBMV_API_test(int Uplo, int K, int incX, int incY, ArrayList<Allocation> mMatrix) {
@@ -643,6 +1449,81 @@
         L2_xSBMV_API(mMatrixD);
     }
 
+    public void test_L2_SSBMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_sSBMV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sSBMV_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sSBMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.SSBMV(uplo, mBLASData.KL, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSBMV_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sSBMV_y_n2);
+
+        mBLAS.SSBMV(uplo, mBLASData.KL, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSBMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_dSBMV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dSBMV_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dSBMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.DSBMV(uplo, mBLASData.KL, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSBMV_o_N);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSBMV_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dSBMV_y_n2);
+
+        mBLAS.DSBMV(uplo, mBLASData.KL, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSBMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateSPMV(Element e, int Uplo, Allocation Ap, Allocation X, int incX, Allocation Y, int incY) {
@@ -735,6 +1616,84 @@
         L2_xSPMV_API(mMatrixD);
     }
 
+    public void test_L2_SSPMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYMV_A_nn_pu);
+        vectorXS.copyFrom(mBLASData.L2_sSYMV_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sSYMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.SSPMV(uplo, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSYMV_o_N);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYMV_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sSYMV_y_n2);
+
+        mBLAS.SSPMV(uplo, alphaS, matrixAS, vectorXS, incX, betaS, vectorYS, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_sSYMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSPMV_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYMV_A_nn_pu);
+        vectorXD.copyFrom(mBLASData.L2_dSYMV_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dSYMV_y_n1);
+
+        // Test for the default case:
+        mBLAS.DSPMV(uplo, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        Allocation vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSYMV_o_N);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYMV_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dSYMV_y_n2);
+
+        mBLAS.DSPMV(uplo, alphaD, matrixAD, vectorXD, incX, betaD, vectorYD, incY);
+        vectorYRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorYRef.copyFrom(mBLASData.L2_dSYMV_o_N2);
+        verifyMatrix(vectorYRef, vectorYD);
+
+        mRS.finish();
+        checkError();
+    }
+
 
 
     private boolean validateTRMV(Element e, int Uplo, int TransA, int Diag, Allocation A, Allocation X, int incX) {
@@ -844,14 +1803,203 @@
         L2_xTRMV_API(mMatrixZ);
     }
 
+    public void test_L2_STRMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sTRMV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STRMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+        mBLAS.STRMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+        mBLAS.STRMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n2);
+
+        mBLAS.STRMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTRMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dTRMV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTRMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+        mBLAS.DTRMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+        mBLAS.DTRMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n2);
+
+        mBLAS.DTRMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTRMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cTRMV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTRMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+        mBLAS.CTRMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+        mBLAS.CTRMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n2);
+
+        mBLAS.CTRMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTRMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zTRMV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTRMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+        mBLAS.ZTRMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+        mBLAS.ZTRMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n2);
+
+        mBLAS.ZTRMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
 
     private void xTBMV_API_test(int Uplo, int TransA, int Diag, int K, int incX, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
             for (Allocation vecX : mMatrix) {
-                if (!validateVecInput(vecX)) {
-                    continue;
-                }
                 Element elemA = matA.getType().getElement();
                 if (validateTRMV(elemA, Uplo, TransA, Diag, matA, vecX, incX) && K >= 0) {
                     try {
@@ -923,6 +2071,198 @@
         L2_xTBMV_API(mMatrixZ);
     }
 
+    public void test_L2_STBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_sTBMV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sTBMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STBMV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTBMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTBMV_x_n1);
+        mBLAS.STBMV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTBMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTBMV_x_n1);
+        mBLAS.STBMV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTBMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTBMV_x_n2);
+
+        mBLAS.STBMV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTBMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_dTBMV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dTBMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTBMV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTBMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTBMV_x_n1);
+        mBLAS.DTBMV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTBMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTBMV_x_n1);
+        mBLAS.DTBMV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTBMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTBMV_x_n2);
+
+        mBLAS.DTBMV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTBMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_cTBMV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cTBMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTBMV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTBMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTBMV_x_n1);
+        mBLAS.CTBMV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTBMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTBMV_x_n1);
+        mBLAS.CTBMV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTBMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTBMV_x_n2);
+
+        mBLAS.CTBMV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTBMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTBMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_zTBMV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zTBMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTBMV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTBMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTBMV_x_n1);
+        mBLAS.ZTBMV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTBMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTBMV_x_n1);
+        mBLAS.ZTBMV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTBMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTBMV_x_n2);
+
+        mBLAS.ZTBMV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTBMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private boolean validateTPMV(Element e, int Uplo, int TransA, int Diag, Allocation Ap, Allocation X, int incX) {
         if (!validateUplo(Uplo)) {
@@ -1036,6 +2376,202 @@
         L2_xTPMV_API(mMatrixZ);
     }
 
+    public void test_L2_STPMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        matrixAS.copyFrom(mBLASData.L2_sTRMV_A_nn_pu);
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STPMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+        mBLAS.STPMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n1);
+        mBLAS.STPMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTRMV_x_n2);
+
+        mBLAS.STPMV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTPMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        matrixAD.copyFrom(mBLASData.L2_dTRMV_A_nn_pu);
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTPMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+        mBLAS.DTPMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n1);
+        mBLAS.DTPMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTRMV_x_n2);
+
+        mBLAS.DTPMV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTPMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        matrixAC.copyFrom(mBLASData.L2_cTRMV_A_nn_pu);
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTPMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+        mBLAS.CTPMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n1);
+        mBLAS.CTPMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTRMV_x_n2);
+
+        mBLAS.CTPMV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTPMV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zTRMV_A_nn_pu);
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTPMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+        mBLAS.ZTPMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n1);
+        mBLAS.ZTPMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTRMV_x_n2);
+
+        mBLAS.ZTPMV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRMV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xTRSV_API_test(int Uplo, int TransA, int Diag, int incX, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1112,6 +2648,198 @@
         L2_xTRSV_API(mMatrixZ);
     }
 
+    public void test_L2_STRSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sTRSV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STRSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+        mBLAS.STRSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+        mBLAS.STRSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n2);
+
+        mBLAS.STRSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTRSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dTRSV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTRSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+        mBLAS.DTRSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+        mBLAS.DTRSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n2);
+
+        mBLAS.DTRSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTRSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cTRSV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTRSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+        mBLAS.CTRSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+        mBLAS.CTRSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n2);
+
+        mBLAS.CTRSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTRSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zTRSV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTRSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+        mBLAS.ZTRSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+        mBLAS.ZTRSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n2);
+
+        mBLAS.ZTRSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xTBSV_API_test(int Uplo, int TransA, int Diag, int K, int incX, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1190,6 +2918,198 @@
         L2_xTBSV_API(mMatrixZ);
     }
 
+    public void test_L2_STBSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_sTBSV_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sTBSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STBSV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTBSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTBSV_x_n1);
+        mBLAS.STBSV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTBSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTBSV_x_n1);
+        mBLAS.STBSV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTBSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTBSV_x_n2);
+
+        mBLAS.STBSV(uplo, trans, diag, mBLASData.KL, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTBSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTBSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_dTBSV_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dTBSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTBSV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTBSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTBSV_x_n1);
+        mBLAS.DTBSV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTBSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTBSV_x_n1);
+        mBLAS.DTBSV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTBSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTBSV_x_n2);
+
+        mBLAS.DTBSV(uplo, trans, diag, mBLASData.KL, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTBSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTBSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_cTBSV_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cTBSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTBSV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTBSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTBSV_x_n1);
+        mBLAS.CTBSV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTBSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTBSV_x_n1);
+        mBLAS.CTBSV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTBSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTBSV_x_n2);
+
+        mBLAS.CTBSV(uplo, trans, diag, mBLASData.KL, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTBSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTBSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copy2DRangeFrom(0, 0, mBLASData.KL + 1, mBLASData.dN, mBLASData.L2_zTBSV_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zTBSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTBSV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTBSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTBSV_x_n1);
+        mBLAS.ZTBSV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTBSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTBSV_x_n1);
+        mBLAS.ZTBSV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTBSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTBSV_x_n2);
+
+        mBLAS.ZTBSV(uplo, trans, diag, mBLASData.KL, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTBSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xTPSV_API_test(int Uplo, int TransA, int Diag, int incX, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1266,6 +3186,202 @@
         L2_xTPSV_API(mMatrixZ);
     }
 
+    public void test_L2_STPSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        matrixAS.copyFrom(mBLASData.L2_sTRSV_A_nn_pu);
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.STPSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+        mBLAS.STPSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n1);
+        mBLAS.STPSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sTRSV_x_n2);
+
+        mBLAS.STPSV(uplo, trans, diag, matrixAS, vectorXS, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_sTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DTPSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        matrixAD.copyFrom(mBLASData.L2_dTRSV_A_nn_pu);
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DTPSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+        mBLAS.DTPSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n1);
+        mBLAS.DTPSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dTRSV_x_n2);
+
+        mBLAS.DTPSV(uplo, trans, diag, matrixAD, vectorXD, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_dTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_CTPSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        matrixAC.copyFrom(mBLASData.L2_cTRSV_A_nn_pu);
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CTPSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+        mBLAS.CTPSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n1);
+        mBLAS.CTPSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cTRSV_x_n2);
+
+        mBLAS.CTPSV(uplo, trans, diag, matrixAC, vectorXC, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_cTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZTPSV_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zTRSV_A_nn_pu);
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZTPSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        Allocation vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UN);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload vector X, since it was overwritten by BLAS.
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+        mBLAS.ZTPSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UT);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n1);
+        mBLAS.ZTPSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UH);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        // Test for incX = 2;
+        trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zTRSV_x_n2);
+
+        mBLAS.ZTPSV(uplo, trans, diag, matrixAZ, vectorXZ, incX);
+        vectorXRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXRef.copyFrom(mBLASData.L2_zTRSV_o_UN2);
+        verifyMatrix(vectorXRef, vectorXZ);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private boolean validateGER(Element e, Allocation X, int incX, Allocation Y, int incY, Allocation A) {
         if (!A.getType().getElement().isCompatible(e) ||
@@ -1353,6 +3469,77 @@
         L2_xGER_API(mMatrixD);
     }
 
+    public void test_L2_SGER_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sGER_A_mn);
+        vectorXS.copyFrom(mBLASData.L2_sGER_x_m1);
+        vectorYS.copyFrom(mBLASData.L2_sGER_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SGER(alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_sGER_o_N);
+        verifyMatrix(matrixARef, matrixAS);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sGER_x_m2);
+        vectorYS.copyFrom(mBLASData.L2_sGER_y_n2);
+        matrixAS.copyFrom(mBLASData.L2_sGER_A_mn);
+
+        mBLAS.SGER(alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        verifyMatrix(matrixARef, matrixAS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DGER_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dGER_A_mn);
+        vectorXD.copyFrom(mBLASData.L2_dGER_x_m1);
+        vectorYD.copyFrom(mBLASData.L2_dGER_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DGER(alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_dGER_o_N);
+        verifyMatrix(matrixARef, matrixAD);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dGER_x_m2);
+        vectorYD.copyFrom(mBLASData.L2_dGER_y_n2);
+        matrixAD.copyFrom(mBLASData.L2_dGER_A_mn);
+
+        mBLAS.DGER(alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        verifyMatrix(matrixARef, matrixAD);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateGERU(Element e, Allocation X, int incX, Allocation Y, int incY, Allocation A) {
@@ -1435,6 +3622,79 @@
         L2_xGERU_API(mMatrixZ);
     }
 
+    public void test_L2_CGERU_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cGERU_A_mn);
+        vectorXC.copyFrom(mBLASData.L2_cGERU_x_m1);
+        vectorYC.copyFrom(mBLASData.L2_cGERU_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CGERU(alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_cGERU_o_N);
+        verifyMatrix(matrixARef, matrixAC);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cGERU_x_m2);
+        vectorYC.copyFrom(mBLASData.L2_cGERU_y_n2);
+        matrixAC.copyFrom(mBLASData.L2_cGERU_A_mn);
+
+        mBLAS.CGERU(alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        verifyMatrix(matrixARef, matrixAC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZGERU_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zGERU_A_mn);
+        vectorXZ.copyFrom(mBLASData.L2_zGERU_x_m1);
+        vectorYZ.copyFrom(mBLASData.L2_zGERU_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZGERU(alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_zGERU_o_N);
+        verifyMatrix(matrixARef, matrixAZ);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zGERU_x_m2);
+        vectorYZ.copyFrom(mBLASData.L2_zGERU_y_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zGERU_A_mn);
+
+        mBLAS.ZGERU(alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
 
     private void xGERC_API_test(int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1490,6 +3750,77 @@
         L2_xGERC_API(mMatrixZ);
     }
 
+    public void test_L2_CGERC_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cGERC_A_mn);
+        vectorXC.copyFrom(mBLASData.L2_cGERC_x_m1);
+        vectorYC.copyFrom(mBLASData.L2_cGERC_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CGERC(alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_cGERC_o_N);
+        verifyMatrix(matrixARef, matrixAC);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cGERC_x_m2);
+        vectorYC.copyFrom(mBLASData.L2_cGERC_y_n2);
+        matrixAC.copyFrom(mBLASData.L2_cGERC_A_mn);
+
+        mBLAS.CGERC(alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        verifyMatrix(matrixARef, matrixAC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZGERC_Correctness() {
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zGERC_A_mn);
+        vectorXZ.copyFrom(mBLASData.L2_zGERC_x_m1);
+        vectorYZ.copyFrom(mBLASData.L2_zGERC_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZGERC(alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixARef.copyFrom(mBLASData.L2_zGERC_o_N);
+        verifyMatrix(matrixARef, matrixAZ);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dM - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zGERC_x_m2);
+        vectorYZ.copyFrom(mBLASData.L2_zGERC_y_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zGERC_A_mn);
+
+        mBLAS.ZGERC(alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private void xHER_API_test(int Uplo, int incX, ArrayList<Allocation> mMatrix) {
@@ -1541,6 +3872,66 @@
         L2_xHER_API(mMatrixZ);
     }
 
+    public void test_L2_CHER_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHER_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cHER_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CHER(uplo, alphaS, vectorXC, incX, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_cHER_o_N);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHER_x_n2);
+        matrixAC.copyFrom(mBLASData.L2_cHER_A_nn);
+
+        mBLAS.CHER(uplo, alphaS, vectorXC, incX, matrixAC);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHER_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHER_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zHER_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHER(uplo, alphaD, vectorXZ, incX, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_zHER_o_N);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHER_x_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zHER_A_nn);
+
+        mBLAS.ZHER(uplo, alphaD, vectorXZ, incX, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xHPR_API_test(int Uplo, int incX, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1591,6 +3982,68 @@
         L2_xHPR_API(mMatrixZ);
     }
 
+    public void test_L2_CHPR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHER_A_nn_pu);
+        vectorXC.copyFrom(mBLASData.L2_cHER_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CHPR(uplo, alphaS, vectorXC, incX, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_cHER_o_N_pu);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHER_x_n2);
+        matrixAC.copyFrom(mBLASData.L2_cHER_A_nn_pu);
+
+        mBLAS.CHPR(uplo, alphaS, vectorXC, incX, matrixAC);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHPR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHER_A_nn_pu);
+        vectorXZ.copyFrom(mBLASData.L2_zHER_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHPR(uplo, alphaD, vectorXZ, incX, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_zHER_o_N_pu);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHER_x_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zHER_A_nn_pu);
+
+        mBLAS.ZHPR(uplo, alphaD, vectorXZ, incX, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private void xHER2_API_test(int Uplo, int incX, int incY, ArrayList<Allocation> mMatrix) {
         for (Allocation matA : mMatrix) {
@@ -1646,6 +4099,80 @@
         L2_xHER2_API(mMatrixZ);
     }
 
+    public void test_L2_CHER2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHER2_A_nn);
+        vectorXC.copyFrom(mBLASData.L2_cHER2_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cHER2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CHER2(uplo, alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_cHER2_o_N);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHER2_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cHER2_y_n2);
+        matrixAC.copyFrom(mBLASData.L2_cHER2_A_nn);
+
+        mBLAS.CHER2(uplo, alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHER2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHER2_A_nn);
+        vectorXZ.copyFrom(mBLASData.L2_zHER2_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zHER2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHER2(uplo, alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_zHER2_o_N);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHER2_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zHER2_y_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zHER2_A_nn);
+
+        mBLAS.ZHER2(uplo, alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
 
     private void xHPR2_API_test(int Uplo, int incX, int incY, ArrayList<Allocation> mMatrix) {
@@ -1702,6 +4229,82 @@
         L2_xHPR2_API(mMatrixZ);
     }
 
+    public void test_L2_CHPR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        Allocation vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N, 1));
+        matrixAC.copyFrom(mBLASData.L2_cHER2_A_nn_pu);
+        vectorXC.copyFrom(mBLASData.L2_cHER2_x_n1);
+        vectorYC.copyFrom(mBLASData.L2_cHER2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CHPR2(uplo, alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_cHER2_o_N_pu);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimX, 1));
+        vectorYC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), dimY, 1));
+        vectorXC.copyFrom(mBLASData.L2_cHER2_x_n2);
+        vectorYC.copyFrom(mBLASData.L2_cHER2_y_n2);
+        matrixAC.copyFrom(mBLASData.L2_cHER2_A_nn_pu);
+
+        mBLAS.CHPR2(uplo, alphaC, vectorXC, incX, vectorYC, incY, matrixAC);
+        verifyMatrix(matrixARef, matrixAC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_ZHPR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        Allocation vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N, 1));
+        matrixAZ.copyFrom(mBLASData.L2_zHER2_A_nn_pu);
+        vectorXZ.copyFrom(mBLASData.L2_zHER2_x_n1);
+        vectorYZ.copyFrom(mBLASData.L2_zHER2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZHPR2(uplo, alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_zHER2_o_N_pu);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimX, 1));
+        vectorYZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), dimY, 1));
+        vectorXZ.copyFrom(mBLASData.L2_zHER2_x_n2);
+        vectorYZ.copyFrom(mBLASData.L2_zHER2_y_n2);
+        matrixAZ.copyFrom(mBLASData.L2_zHER2_A_nn_pu);
+
+        mBLAS.ZHPR2(uplo, alphaZ, vectorXZ, incX, vectorYZ, incY, matrixAZ);
+        verifyMatrix(matrixARef, matrixAZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
 
     private boolean validateSYR(Element e, int Uplo, Allocation X, int incX, Allocation A) {
@@ -1780,8 +4383,65 @@
         L2_xSYR_API(mMatrixD);
     }
 
+    public void test_L2_SSYR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
 
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYR_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sSYR_x_n1);
 
+        // Test for the default case: NO_TRANS
+        mBLAS.SSYR(uplo, alphaS, vectorXS, incX, matrixAS);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_sSYR_o_N);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYR_x_n2);
+        matrixAS.copyFrom(mBLASData.L2_sSYR_A_nn);
+
+        mBLAS.SSYR(uplo, alphaS, vectorXS, incX, matrixAS);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSYR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYR_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dSYR_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DSYR(uplo, alphaD, vectorXD, incX, matrixAD);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_dSYR_o_N);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYR_x_n2);
+        matrixAD.copyFrom(mBLASData.L2_dSYR_A_nn);
+
+        mBLAS.DSYR(uplo, alphaD, vectorXD, incX, matrixAD);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateSPR(Element e, int Uplo, Allocation X, int incX, Allocation Ap) {
@@ -1864,7 +4524,67 @@
         L2_xSPR_API(mMatrixD);
     }
 
+    public void test_L2_SSPR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
 
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYR_A_nn_pu);
+        vectorXS.copyFrom(mBLASData.L2_sSYR_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SSPR(uplo, alphaS, vectorXS, incX, matrixAS);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_sSYR_o_N_pu);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYR_x_n2);
+        matrixAS.copyFrom(mBLASData.L2_sSYR_A_nn_pu);
+
+        mBLAS.SSPR(uplo, alphaS, vectorXS, incX, matrixAS);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSPR_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYR_A_nn_pu);
+        vectorXD.copyFrom(mBLASData.L2_dSYR_x_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DSPR(uplo, alphaD, vectorXD, incX, matrixAD);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_dSYR_o_N_pu);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        // Test for incX = 2;
+        incX = 2;
+        int dimX = 1 + (N - 1) * incX;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYR_x_n2);
+        matrixAD.copyFrom(mBLASData.L2_dSYR_A_nn_pu);
+
+        mBLAS.DSPR(uplo, alphaD, vectorXD, incX, matrixAD);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateSYR2(Element e, int Uplo, Allocation X, int incX, Allocation Y, int incY, Allocation A) {
@@ -1951,7 +4671,79 @@
         L2_xSYR2_API(mMatrixD);
     }
 
+    public void test_L2_SSYR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
 
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYR2_A_nn);
+        vectorXS.copyFrom(mBLASData.L2_sSYR2_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sSYR2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SSYR2(uplo, alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_sSYR2_o_N);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYR2_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sSYR2_y_n2);
+        matrixAS.copyFrom(mBLASData.L2_sSYR2_A_nn);
+
+        mBLAS.SSYR2(uplo, alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSYR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYR2_A_nn);
+        vectorXD.copyFrom(mBLASData.L2_dSYR2_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dSYR2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DSYR2(uplo, alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixARef.copyFrom(mBLASData.L2_dSYR2_o_N);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (mBLASData.dN - 1) * incX;
+        int dimY = 1 + (mBLASData.dN - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYR2_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dSYR2_y_n2);
+        matrixAD.copyFrom(mBLASData.L2_dSYR2_A_nn);
+
+        mBLAS.DSYR2(uplo, alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        mRS.finish();
+        checkError();
+    }
 
 
     private boolean validateSPR2(Element e, int Uplo, Allocation X, int incX, Allocation Y, int incY, Allocation Ap) {
@@ -2041,7 +4833,81 @@
         L2_xSPR2_API(mMatrixD);
     }
 
+    public void test_L2_SSPR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
 
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        Allocation vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N, 1));
+        matrixAS.copyFrom(mBLASData.L2_sSYR2_A_nn_pu);
+        vectorXS.copyFrom(mBLASData.L2_sSYR2_x_n1);
+        vectorYS.copyFrom(mBLASData.L2_sSYR2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SSPR2(uplo, alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_sSYR2_o_N_pu);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimX, 1));
+        vectorYS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), dimY, 1));
+        vectorXS.copyFrom(mBLASData.L2_sSYR2_x_n2);
+        vectorYS.copyFrom(mBLASData.L2_sSYR2_y_n2);
+        matrixAS.copyFrom(mBLASData.L2_sSYR2_A_nn_pu);
+
+        mBLAS.SSPR2(uplo, alphaS, vectorXS, incX, vectorYS, incY, matrixAS);
+        verifyMatrix(matrixARef, matrixAS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L2_DSPR2_Correctness() {
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int incX = 1;
+        int incY = 1;
+
+        // Populate input allocations
+        int N = mBLASData.dN;
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        Allocation vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        Allocation vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N, 1));
+        matrixAD.copyFrom(mBLASData.L2_dSYR2_A_nn_pu);
+        vectorXD.copyFrom(mBLASData.L2_dSYR2_x_n1);
+        vectorYD.copyFrom(mBLASData.L2_dSYR2_y_n1);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.DSPR2(uplo, alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        Allocation matrixARef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), N * (N+1) / 2, 1));
+        matrixARef.copyFrom(mBLASData.L2_dSYR2_o_N_pu);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        // Test for incX = 2 & incY = 3;
+        incX = 2;
+        incY = 3;
+        int dimX = 1 + (N - 1) * incX;
+        int dimY = 1 + (N - 1) * incY;
+        vectorXD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimX, 1));
+        vectorYD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), dimY, 1));
+        vectorXD.copyFrom(mBLASData.L2_dSYR2_x_n2);
+        vectorYD.copyFrom(mBLASData.L2_dSYR2_y_n2);
+        matrixAD.copyFrom(mBLASData.L2_dSYR2_A_nn_pu);
+
+        mBLAS.DSPR2(uplo, alphaD, vectorXD, incX, vectorYD, incY, matrixAD);
+        verifyMatrix(matrixARef, matrixAD, true);
+
+        mRS.finish();
+        checkError();
+    }
 
 
 
@@ -2194,6 +5060,180 @@
         L3_xGEMM_API(mMatrixZ);
     }
 
+
+    public void test_L3_SGEMM_Correctness() {
+        int transA = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int transB = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dK, mBLASData.dM));
+        Allocation matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dK));
+        Allocation matrixCS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAS.copyFrom(mBLASData.L3_sGEMM_A_mk);
+        matrixBS.copyFrom(mBLASData.L3_sGEMM_B_kn);
+        matrixCS.copyFrom(mBLASData.L3_sGEMM_C_mn);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.SGEMM(transA, transB, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_sGEMM_o_NN);
+        verifyMatrix(matrixCRef, matrixCS);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, mBLASData.dK));
+        matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dK, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sGEMM_A_km);
+        matrixBS.copyFrom(mBLASData.L3_sGEMM_B_nk);
+
+        transA = ScriptIntrinsicBLAS.TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCS.copyFrom(mBLASData.L3_sGEMM_C_mn);
+        mBLAS.SGEMM(transA, transB, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        matrixCRef.copyFrom(mBLASData.L3_sGEMM_o_TT);
+        verifyMatrix(matrixCRef, matrixCS);
+
+        transA = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        matrixCS.copyFrom(mBLASData.L3_sGEMM_C_mn);
+        mBLAS.SGEMM(transA, transB, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        matrixCRef.copyFrom(mBLASData.L3_sGEMM_o_HH);
+        verifyMatrix(matrixCRef, matrixCS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DGEMM_Correctness() {
+        int transA = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int transB = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dK, mBLASData.dM));
+        Allocation matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dK));
+        Allocation matrixCD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAD.copyFrom(mBLASData.L3_dGEMM_A_mk);
+        matrixBD.copyFrom(mBLASData.L3_dGEMM_B_kn);
+        matrixCD.copyFrom(mBLASData.L3_dGEMM_C_mn);
+        // Test for the default case: NO_TRANS
+        mBLAS.DGEMM(transA, transB, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_dGEMM_o_NN);
+        verifyMatrix(matrixCRef, matrixCD);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, mBLASData.dK));
+        matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dK, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dGEMM_A_km);
+        matrixBD.copyFrom(mBLASData.L3_dGEMM_B_nk);
+
+        transA = ScriptIntrinsicBLAS.TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCD.copyFrom(mBLASData.L3_dGEMM_C_mn);
+        mBLAS.DGEMM(transA, transB, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        matrixCRef.copyFrom(mBLASData.L3_dGEMM_o_TT);
+        verifyMatrix(matrixCRef, matrixCD);
+
+        transA = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        matrixCD.copyFrom(mBLASData.L3_dGEMM_C_mn);
+        mBLAS.DGEMM(transA, transB, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        matrixCRef.copyFrom(mBLASData.L3_dGEMM_o_HH);
+        verifyMatrix(matrixCRef, matrixCD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CGEMM_Correctness() {
+        int transA = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int transB = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dM));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAC.copyFrom(mBLASData.L3_cGEMM_A_mk);
+        matrixBC.copyFrom(mBLASData.L3_cGEMM_B_kn);
+        matrixCC.copyFrom(mBLASData.L3_cGEMM_C_mn);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.CGEMM(transA, transB, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_cGEMM_o_NN);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, mBLASData.dK));
+        matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cGEMM_A_km);
+        matrixBC.copyFrom(mBLASData.L3_cGEMM_B_nk);
+
+        transA = ScriptIntrinsicBLAS.TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cGEMM_C_mn);
+        mBLAS.CGEMM(transA, transB, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cGEMM_o_TT);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        transA = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        matrixCC.copyFrom(mBLASData.L3_cGEMM_C_mn);
+        mBLAS.CGEMM(transA, transB, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cGEMM_o_HH);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZGEMM_Correctness() {
+        int transA = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int transB = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dM));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAZ.copyFrom(mBLASData.L3_zGEMM_A_mk);
+        matrixBZ.copyFrom(mBLASData.L3_zGEMM_B_kn);
+        matrixCZ.copyFrom(mBLASData.L3_zGEMM_C_mn);
+
+        // Test for the default case: NO_TRANS
+        mBLAS.ZGEMM(transA, transB, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_zGEMM_o_NN);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        // Test for trans cases: TRANSPOSE, CONJ_TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, mBLASData.dK));
+        matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zGEMM_A_km);
+        matrixBZ.copyFrom(mBLASData.L3_zGEMM_B_nk);
+
+        transA = ScriptIntrinsicBLAS.TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.TRANSPOSE;
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zGEMM_C_mn);
+        mBLAS.ZGEMM(transA, transB, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zGEMM_o_TT);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        transA = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        transB = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        matrixCZ.copyFrom(mBLASData.L3_zGEMM_C_mn);
+        mBLAS.ZGEMM(transA, transB, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zGEMM_o_HH);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
+
     private boolean validateL3_xSYMM(Element e, int Side, int Uplo, Allocation A, Allocation B, Allocation C) {
         boolean result = true;
         result &= validateSide(Side);
@@ -2274,6 +5314,135 @@
     }
 
 
+    public void test_L3_SSYMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAS.copyFrom(mBLASData.L3_sSYMM_A_mm);
+        matrixBS.copyFrom(mBLASData.L3_sSYMM_B_mn);
+        matrixCS.copyFrom(mBLASData.L3_sSYMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.SSYMM(side, uplo, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_sSYMM_o_L);
+        verifyMatrix(matrixCRef, matrixCS);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sSYMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCS.copyFrom(mBLASData.L3_sSYMM_C_mn);
+        mBLAS.SSYMM(side, uplo, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        matrixCRef.copyFrom(mBLASData.L3_sSYMM_o_R);
+        verifyMatrix(matrixCRef, matrixCS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DSYMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAD.copyFrom(mBLASData.L3_dSYMM_A_mm);
+        matrixBD.copyFrom(mBLASData.L3_dSYMM_B_mn);
+        matrixCD.copyFrom(mBLASData.L3_dSYMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.DSYMM(side, uplo, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_dSYMM_o_L);
+        verifyMatrix(matrixCRef, matrixCD);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dSYMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCD.copyFrom(mBLASData.L3_dSYMM_C_mn);
+        mBLAS.DSYMM(side, uplo, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        matrixCRef.copyFrom(mBLASData.L3_dSYMM_o_R);
+        verifyMatrix(matrixCRef, matrixCD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CSYMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAC.copyFrom(mBLASData.L3_cSYMM_A_mm);
+        matrixBC.copyFrom(mBLASData.L3_cSYMM_B_mn);
+        matrixCC.copyFrom(mBLASData.L3_cSYMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.CSYMM(side, uplo, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_cSYMM_o_L);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cSYMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cSYMM_C_mn);
+        mBLAS.CSYMM(side, uplo, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cSYMM_o_R);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZSYMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAZ.copyFrom(mBLASData.L3_zSYMM_A_mm);
+        matrixBZ.copyFrom(mBLASData.L3_zSYMM_B_mn);
+        matrixCZ.copyFrom(mBLASData.L3_zSYMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.ZSYMM(side, uplo, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_zSYMM_o_L);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zSYMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zSYMM_C_mn);
+        mBLAS.ZSYMM(side, uplo, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zSYMM_o_R);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
     private boolean validateHEMM(Element e, int Side, int Uplo, Allocation A, Allocation B, Allocation C) {
         if (!validateSide(Side)) {
             return false;
@@ -2354,6 +5523,71 @@
         L3_xHEMM_API(mMatrixZ);
     }
 
+    public void test_L3_CHEMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAC.copyFrom(mBLASData.L3_cHEMM_A_mm);
+        matrixBC.copyFrom(mBLASData.L3_cHEMM_B_mn);
+        matrixCC.copyFrom(mBLASData.L3_cHEMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.CHEMM(side, uplo, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_cHEMM_o_L);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cHEMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cHEMM_C_mn);
+        mBLAS.CHEMM(side, uplo, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cHEMM_o_R);
+        verifyMatrix(matrixCRef, matrixCC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZHEMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAZ.copyFrom(mBLASData.L3_zHEMM_A_mm);
+        matrixBZ.copyFrom(mBLASData.L3_zHEMM_B_mn);
+        matrixCZ.copyFrom(mBLASData.L3_zHEMM_C_mn);
+
+        // Default case: SIDE = LEFT
+        mBLAS.ZHEMM(side, uplo, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixCRef.copyFrom(mBLASData.L3_zHEMM_o_L);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        // SIDE = RIGHT
+        side = ScriptIntrinsicBLAS.RIGHT;
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zHEMM_A_nn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zHEMM_C_mn);
+        mBLAS.ZHEMM(side, uplo, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zHEMM_o_R);
+        verifyMatrix(matrixCRef, matrixCZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
 
     private boolean validateL3_xSYRK(Element e, int Uplo, int Trans, Allocation A, Allocation C) {
         boolean result = true;
@@ -2433,6 +5667,131 @@
     }
 
 
+    public void test_L3_SSYRK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sSYRK_A_nk);
+        matrixCS.copyFrom(mBLASData.L3_sSYRK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.SSYRK(uplo, trans, alphaS, matrixAS, betaS, matrixCS);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_sSYRK_o_N);
+        verifyMatrix(matrixCRef, matrixCS, true);
+
+        // Case: TRANSPOSE
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAS.copyFrom(mBLASData.L3_sSYRK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCS.copyFrom(mBLASData.L3_sSYRK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.SSYRK(uplo, trans, alphaS, matrixAS, betaS, matrixCS);
+        matrixCRef.copyFrom(mBLASData.L3_sSYRK_o_T);
+        verifyMatrix(matrixCRef, matrixCS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DSYRK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dSYRK_A_nk);
+        matrixCD.copyFrom(mBLASData.L3_dSYRK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.DSYRK(uplo, trans, alphaD, matrixAD, betaD, matrixCD);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_dSYRK_o_N);
+        verifyMatrix(matrixCRef, matrixCD, true);
+
+        // Case: TRANSPOSE
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAD.copyFrom(mBLASData.L3_dSYRK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCD.copyFrom(mBLASData.L3_dSYRK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.DSYRK(uplo, trans, alphaD, matrixAD, betaD, matrixCD);
+        matrixCRef.copyFrom(mBLASData.L3_dSYRK_o_T);
+        verifyMatrix(matrixCRef, matrixCD, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CSYRK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cSYRK_A_nk);
+        matrixCC.copyFrom(mBLASData.L3_cSYRK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.CSYRK(uplo, trans, alphaC, matrixAC, betaC, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_cSYRK_o_N);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        // Case: TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAC.copyFrom(mBLASData.L3_cSYRK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cSYRK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.CSYRK(uplo, trans, alphaC, matrixAC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cSYRK_o_T);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZSYRK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zSYRK_A_nk);
+        matrixCZ.copyFrom(mBLASData.L3_zSYRK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.ZSYRK(uplo, trans, alphaZ, matrixAZ, betaZ, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_zSYRK_o_N);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        // Case: TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAZ.copyFrom(mBLASData.L3_zSYRK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zSYRK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.ZSYRK(uplo, trans, alphaZ, matrixAZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zSYRK_o_T);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+
     private boolean validateHERK(Element e, int Uplo, int Trans, Allocation A, Allocation C) {
         if (!validateUplo(Uplo)) {
             return false;
@@ -2506,6 +5865,68 @@
         L3_xHERK_API(mMatrixZ);
     }
 
+    public void test_L3_CHERK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cHERK_A_nk);
+        matrixCC.copyFrom(mBLASData.L3_cHERK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.CHERK(uplo, trans, alphaS, matrixAC, betaS, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_cHERK_o_N);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        // Case: TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAC.copyFrom(mBLASData.L3_cHERK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cHERK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        mBLAS.CHERK(uplo, trans, alphaS, matrixAC, betaS, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cHERK_o_H);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZHERK_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zHERK_A_nk);
+        matrixCZ.copyFrom(mBLASData.L3_zHERK_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.ZHERK(uplo, trans, alphaD, matrixAZ, betaD, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_zHERK_o_N);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        // Case: TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAZ.copyFrom(mBLASData.L3_zHERK_A_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zHERK_C_nn);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        mBLAS.ZHERK(uplo, trans, alphaD, matrixAZ, betaD, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zHERK_o_H);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private boolean validateSYR2K(Element e, int Uplo, int Trans, Allocation A, Allocation B, Allocation C) {
         if (!validateTranspose(Trans)) {
@@ -2611,6 +6032,147 @@
     }
 
 
+    public void test_L3_SSYR2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sSYR2K_A_nk);
+        matrixBS.copyFrom(mBLASData.L3_sSYR2K_B_nk);
+        matrixCS.copyFrom(mBLASData.L3_sSYR2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.SSYR2K(uplo, trans, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_sSYR2K_o_N);
+        verifyMatrix(matrixCRef, matrixCS, true);
+
+        // Case: TRANSPOSE
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAS.copyFrom(mBLASData.L3_sSYR2K_A_kn);
+        matrixBS.copyFrom(mBLASData.L3_sSYR2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCS.copyFrom(mBLASData.L3_sSYR2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.SSYR2K(uplo, trans, alphaS, matrixAS, matrixBS, betaS, matrixCS);
+        matrixCRef.copyFrom(mBLASData.L3_sSYR2K_o_T);
+        verifyMatrix(matrixCRef, matrixCS, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DSYR2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dSYR2K_A_nk);
+        matrixBD.copyFrom(mBLASData.L3_dSYR2K_B_nk);
+        matrixCD.copyFrom(mBLASData.L3_dSYR2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.DSYR2K(uplo, trans, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_dSYR2K_o_N);
+        verifyMatrix(matrixCRef, matrixCD, true);
+
+        // Case: TRANSPOSE
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAD.copyFrom(mBLASData.L3_dSYR2K_A_kn);
+        matrixBD.copyFrom(mBLASData.L3_dSYR2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCD.copyFrom(mBLASData.L3_dSYR2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.DSYR2K(uplo, trans, alphaD, matrixAD, matrixBD, betaD, matrixCD);
+        matrixCRef.copyFrom(mBLASData.L3_dSYR2K_o_T);
+        verifyMatrix(matrixCRef, matrixCD, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CSYR2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cSYR2K_A_nk);
+        matrixBC.copyFrom(mBLASData.L3_cSYR2K_B_nk);
+        matrixCC.copyFrom(mBLASData.L3_cSYR2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.CSYR2K(uplo, trans, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_cSYR2K_o_N);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        // Case: TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAC.copyFrom(mBLASData.L3_cSYR2K_A_kn);
+        matrixBC.copyFrom(mBLASData.L3_cSYR2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cSYR2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.CSYR2K(uplo, trans, alphaC, matrixAC, matrixBC, betaC, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cSYR2K_o_T);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZSYR2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zSYR2K_A_nk);
+        matrixBZ.copyFrom(mBLASData.L3_zSYR2K_B_nk);
+        matrixCZ.copyFrom(mBLASData.L3_zSYR2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.ZSYR2K(uplo, trans, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_zSYR2K_o_N);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        // Case: TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAZ.copyFrom(mBLASData.L3_zSYR2K_A_kn);
+        matrixBZ.copyFrom(mBLASData.L3_zSYR2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zSYR2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        mBLAS.ZSYR2K(uplo, trans, alphaZ, matrixAZ, matrixBZ, betaZ, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zSYR2K_o_T);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+
     private boolean validateHER2K(Element e, int Uplo, int Trans, Allocation A, Allocation B, Allocation C) {
         if (!validateUplo(Uplo)) {
             return false;
@@ -2690,6 +6252,76 @@
         L3_xHER2K_API(mMatrixZ);
     }
 
+    public void test_L3_CHER2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cHER2K_A_nk);
+        matrixBC.copyFrom(mBLASData.L3_cHER2K_B_nk);
+        matrixCC.copyFrom(mBLASData.L3_cHER2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.CHER2K(uplo, trans, alphaC, matrixAC, matrixBC, betaS, matrixCC);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_cHER2K_o_N);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        // Case: TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAC.copyFrom(mBLASData.L3_cHER2K_A_kn);
+        matrixBC.copyFrom(mBLASData.L3_cHER2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCC.copyFrom(mBLASData.L3_cHER2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        mBLAS.CHER2K(uplo, trans, alphaC, matrixAC, matrixBC, betaS, matrixCC);
+        matrixCRef.copyFrom(mBLASData.L3_cHER2K_o_H);
+        verifyMatrix(matrixCRef, matrixCC, true);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZHER2K_Correctness() {
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dK, mBLASData.dN));
+        Allocation matrixCZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zHER2K_A_nk);
+        matrixBZ.copyFrom(mBLASData.L3_zHER2K_B_nk);
+        matrixCZ.copyFrom(mBLASData.L3_zHER2K_C_nn);
+
+        // Default case: NO_TRANSPOSE
+        mBLAS.ZHER2K(uplo, trans, alphaZ, matrixAZ, matrixBZ, betaD, matrixCZ);
+        Allocation matrixCRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixCRef.copyFrom(mBLASData.L3_zHER2K_o_N);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        // Case: TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dK));
+        matrixAZ.copyFrom(mBLASData.L3_zHER2K_A_kn);
+        matrixBZ.copyFrom(mBLASData.L3_zHER2K_B_kn);
+        // Reload matrix C, since it was overwritten by BLAS.
+        matrixCZ.copyFrom(mBLASData.L3_zHER2K_C_nn);
+
+        trans = ScriptIntrinsicBLAS.CONJ_TRANSPOSE;
+        mBLAS.ZHER2K(uplo, trans, alphaZ, matrixAZ, matrixBZ, betaD, matrixCZ);
+        matrixCRef.copyFrom(mBLASData.L3_zHER2K_o_H);
+        verifyMatrix(matrixCRef, matrixCZ, true);
+
+        mRS.finish();
+        checkError();
+    }
+
 
     private boolean validateTRMM(Element e, int Side, int Uplo, int TransA, int Diag, Allocation A, Allocation B) {
         if (!validateSide(Side)) {
@@ -2803,6 +6435,147 @@
     }
 
 
+    public void test_L3_STRMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAS.copyFrom(mBLASData.L3_sTRMM_A_mm);
+        matrixBS.copyFrom(mBLASData.L3_sTRMM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.STRMM(side, uplo, trans, diag, alphaS, matrixAS, matrixBS);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_sTRMM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBS);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sTRMM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBS.copyFrom(mBLASData.L3_sTRMM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.STRMM(side, uplo, trans, diag, alphaS, matrixAS, matrixBS);
+        matrixBRef.copyFrom(mBLASData.L3_sTRMM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DTRMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAD.copyFrom(mBLASData.L3_dTRMM_A_mm);
+        matrixBD.copyFrom(mBLASData.L3_dTRMM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.DTRMM(side, uplo, trans, diag, alphaD, matrixAD, matrixBD);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_dTRMM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBD);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dTRMM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBD.copyFrom(mBLASData.L3_dTRMM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.DTRMM(side, uplo, trans, diag, alphaD, matrixAD, matrixBD);
+        matrixBRef.copyFrom(mBLASData.L3_dTRMM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CTRMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAC.copyFrom(mBLASData.L3_cTRMM_A_mm);
+        matrixBC.copyFrom(mBLASData.L3_cTRMM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.CTRMM(side, uplo, trans, diag, alphaC, matrixAC, matrixBC);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_cTRMM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBC);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cTRMM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBC.copyFrom(mBLASData.L3_cTRMM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.CTRMM(side, uplo, trans, diag, alphaC, matrixAC, matrixBC);
+        matrixBRef.copyFrom(mBLASData.L3_cTRMM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZTRMM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAZ.copyFrom(mBLASData.L3_zTRMM_A_mm);
+        matrixBZ.copyFrom(mBLASData.L3_zTRMM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.ZTRMM(side, uplo, trans, diag, alphaZ, matrixAZ, matrixBZ);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_zTRMM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBZ);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zTRMM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBZ.copyFrom(mBLASData.L3_zTRMM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.ZTRMM(side, uplo, trans, diag, alphaZ, matrixAZ, matrixBZ);
+        matrixBRef.copyFrom(mBLASData.L3_zTRMM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBZ);
+
+        mRS.finish();
+        checkError();
+    }
+
+
     private boolean validateTRSM(Element e, int Side, int Uplo, int TransA, int Diag, Allocation A, Allocation B) {
         int adim = -1, bM = -1, bN = -1;
         if (!validateSide(Side)) {
@@ -2915,4 +6688,144 @@
     public void test_L3_ZTRSM_API() {
         L3_xTRSM_API(mMatrixZ);
     }
+
+    public void test_L3_STRSM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAS.copyFrom(mBLASData.L3_sTRSM_A_mm);
+        matrixBS.copyFrom(mBLASData.L3_sTRSM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.STRSM(side, uplo, trans, diag, alphaS, matrixAS, matrixBS);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_sTRSM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBS);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAS = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAS.copyFrom(mBLASData.L3_sTRSM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBS.copyFrom(mBLASData.L3_sTRSM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.STRSM(side, uplo, trans, diag, alphaS, matrixAS, matrixBS);
+        matrixBRef.copyFrom(mBLASData.L3_sTRSM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBS);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_DTRSM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAD.copyFrom(mBLASData.L3_dTRSM_A_mm);
+        matrixBD.copyFrom(mBLASData.L3_dTRSM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.DTRSM(side, uplo, trans, diag, alphaD, matrixAD, matrixBD);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_dTRSM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBD);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAD = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAD.copyFrom(mBLASData.L3_dTRSM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBD.copyFrom(mBLASData.L3_dTRSM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.DTRSM(side, uplo, trans, diag, alphaD, matrixAD, matrixBD);
+        matrixBRef.copyFrom(mBLASData.L3_dTRSM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBD);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_CTRSM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAC.copyFrom(mBLASData.L3_cTRSM_A_mm);
+        matrixBC.copyFrom(mBLASData.L3_cTRSM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.CTRSM(side, uplo, trans, diag, alphaC, matrixAC, matrixBC);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_cTRSM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBC);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAC = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F32_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAC.copyFrom(mBLASData.L3_cTRSM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBC.copyFrom(mBLASData.L3_cTRSM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.CTRSM(side, uplo, trans, diag, alphaC, matrixAC, matrixBC);
+        matrixBRef.copyFrom(mBLASData.L3_cTRSM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBC);
+
+        mRS.finish();
+        checkError();
+    }
+
+    public void test_L3_ZTRSM_Correctness() {
+        int side = ScriptIntrinsicBLAS.LEFT;
+        int trans = ScriptIntrinsicBLAS.NO_TRANSPOSE;
+        int uplo = ScriptIntrinsicBLAS.UPPER;
+        int diag = ScriptIntrinsicBLAS.NON_UNIT;
+
+        // Populate input allocations
+        Allocation matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dM, mBLASData.dM));
+        Allocation matrixBZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixAZ.copyFrom(mBLASData.L3_zTRSM_A_mm);
+        matrixBZ.copyFrom(mBLASData.L3_zTRSM_B_mn);
+
+        // Default case: LEFT, UPPER, NO_TRANSPOSE
+        mBLAS.ZTRSM(side, uplo, trans, diag, alphaZ, matrixAZ, matrixBZ);
+        Allocation matrixBRef = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dM));
+        matrixBRef.copyFrom(mBLASData.L3_zTRSM_o_LUN);
+        verifyMatrix(matrixBRef, matrixBZ);
+
+        // Case: RIGHT, LOWER, TRANSPOSE
+        matrixAZ = Allocation.createTyped(mRS, Type.createXY(mRS, Element.F64_2(mRS), mBLASData.dN, mBLASData.dN));
+        matrixAZ.copyFrom(mBLASData.L3_zTRSM_A_nn);
+        // Reload matrix B, since it was overwritten by BLAS.
+        matrixBZ.copyFrom(mBLASData.L3_zTRSM_B_mn);
+
+        side = ScriptIntrinsicBLAS.RIGHT;
+        trans = ScriptIntrinsicBLAS.TRANSPOSE;
+        uplo = ScriptIntrinsicBLAS.LOWER;
+        mBLAS.ZTRSM(side, uplo, trans, diag, alphaZ, matrixAZ, matrixBZ);
+        matrixBRef.copyFrom(mBLASData.L3_zTRSM_o_RLT);
+        verifyMatrix(matrixBRef, matrixBZ);
+
+        mRS.finish();
+        checkError();
+    }
 }

diff --git a/tests/tests/renderscript/src/android/renderscript/cts/verify.rs b/tests/tests/renderscript/src/android/renderscript/cts/verify.rs
index 3563fee..f6d625b 100644
--- a/tests/tests/renderscript/src/android/renderscript/cts/verify.rs
+++ b/tests/tests/renderscript/src/android/renderscript/cts/verify.rs

@@ -17,10 +17,11 @@
 #include "shared.rsh"
 
 int gAllowedIntError = 0;
+double gAllowedFloatError = 0.00000001;
+double gAllowedDoubleError = 0.00000000001;
 static bool hadError = false;
 static int2 errorLoc = {0,0};
 
-
 static bool compare_float(float f1, float f2) {
     if (fabs(f1-f2) > 0.0001f) {
         hadError = true;
@@ -29,11 +30,10 @@
     return true;
 }
 
-static bool verify_float4(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_float4(rs_allocation in1, rs_allocation in2) {
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             float4 pref = rsGetElementAt_float4(in1, x, y);
             float4 ptst = rsGetElementAt_float4(in2, x, y);
@@ -51,11 +51,10 @@
     return true;
 }
 
-static bool verify_float3(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_float3(rs_allocation in1, rs_allocation in2) {
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             float3 pref = rsGetElementAt_float3(in1, x, y);
             float3 ptst = rsGetElementAt_float3(in2, x, y);
@@ -72,11 +71,10 @@
     return true;
 }
 
-static bool verify_float2(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_float2(rs_allocation in1, rs_allocation in2) {
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             float2 pref = rsGetElementAt_float2(in1, x, y);
             float2 ptst = rsGetElementAt_float2(in2, x, y);
@@ -92,11 +90,10 @@
     return true;
 }
 
-static bool verify_float(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_float(rs_allocation in1, rs_allocation in2) {
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             float pref = rsGetElementAt_float(in1, x, y);
             float ptst = rsGetElementAt_float(in2, x, y);
@@ -111,12 +108,11 @@
     return true;
 }
 
-static bool verify_uchar4(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_uchar4(rs_allocation in1, rs_allocation in2) {
     int merr = 0;
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             int4 pref = convert_int4(rsGetElementAt_uchar4(in1, x, y));
             int4 ptst = convert_int4(rsGetElementAt_uchar4(in2, x, y));
@@ -138,12 +134,11 @@
     return true;
 }
 
-static bool verify_uchar3(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_uchar3(rs_allocation in1, rs_allocation in2) {
     int merr = 0;
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             int3 pref = convert_int3(rsGetElementAt_uchar3(in1, x, y));
             int3 ptst = convert_int3(rsGetElementAt_uchar3(in2, x, y));
@@ -164,12 +159,11 @@
     return true;
 }
 
-static bool verify_uchar2(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_uchar2(rs_allocation in1, rs_allocation in2) {
     int merr = 0;
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             int2 pref = convert_int2(rsGetElementAt_uchar2(in1, x, y));
             int2 ptst = convert_int2(rsGetElementAt_uchar2(in2, x, y));
@@ -189,12 +183,11 @@
     return true;
 }
 
-static bool verify_uchar(rs_allocation in1, rs_allocation in2)
-{
+static bool verify_uchar(rs_allocation in1, rs_allocation in2) {
     int merr = 0;
     uint32_t w = rsAllocationGetDimX(in1);
     uint32_t h = rsAllocationGetDimY(in1);
-    for (uint32_t y=0; y < h; y++) {
+    for (uint32_t y = 0; y < h; y++) {
         for (uint32_t x=0; x < w; x++) {
             int pref = rsGetElementAt_uchar(in1, x, y);
             int ptst = rsGetElementAt_uchar(in2, x, y);
@@ -232,7 +225,7 @@
             rsDebug(txt, rsGetElementAt_uchar(a, xy.x, xy.y)); \
             break; \
         } \
-    } else { \
+    } else if (dt == RS_TYPE_FLOAT_32) { \
         switch(vs) { \
         case 4: \
             rsDebug(txt, rsGetElementAt_float4(a, xy.x, xy.y)); \
@@ -247,11 +240,24 @@
             rsDebug(txt, rsGetElementAt_float(a, xy.x, xy.y)); \
             break; \
         } \
+    } else if (dt == RS_TYPE_FLOAT_64) { \
+        switch(vs) { \
+        case 4: \
+            rsDebug(txt, rsGetElementAt_double4(a, xy.x, xy.y)); \
+            break; \
+        case 3: \
+            rsDebug(txt, rsGetElementAt_double3(a, xy.x, xy.y)); \
+            break; \
+        case 2: \
+            rsDebug(txt, rsGetElementAt_double2(a, xy.x, xy.y)); \
+            break; \
+        case 1: \
+            rsDebug(txt, rsGetElementAt_double(a, xy.x, xy.y)); \
+        } \
     } \
 }
 
-void verify(rs_allocation ref_in, rs_allocation tst_in, rs_allocation src_in)
-{
+void verify(rs_allocation ref_in, rs_allocation tst_in, rs_allocation src_in) {
     rs_element e = rsAllocationGetElement(ref_in);
     rs_data_type dt = rsElementGetDataType(e);
     uint32_t vs = rsElementGetVectorSize(e);
@@ -296,6 +302,135 @@
     }
 }
 
+
+static bool verify_CMatrix(rs_allocation in1, rs_allocation in2, double l2Norm, bool isUpperMatrix) {
+    uint32_t w = rsAllocationGetDimX(in1);
+    uint32_t h = rsAllocationGetDimY(in1);
+    for (uint32_t y = 0; y < h; y++) {
+        uint32_t xStart = 0;
+        if (isUpperMatrix) {
+            // Just test the upper matrix for certain BLAS routines
+            xStart = y;
+        }
+        for (uint32_t x = xStart; x < w; x++) {
+            float2 pref = rsGetElementAt_float2(in1, x, y);
+            float2 ptst = rsGetElementAt_float2(in2, x, y);
+            double absErr = (pref.x - ptst.x) * (pref.x - ptst.x) + (pref.y - ptst.y) * (pref.y - ptst.y);
+            if (absErr > l2Norm * gAllowedFloatError) {
+                errorLoc.x = x;
+                errorLoc.y = y;
+                hadError = true;
+                return false;
+            }
+        }
+    }
+    return true;
+}
+
+static bool verify_SMatrix(rs_allocation in1, rs_allocation in2, double l2Norm, bool isUpperMatrix) {
+    uint32_t w = rsAllocationGetDimX(in1);
+    uint32_t h = rsAllocationGetDimY(in1);
+    for (uint32_t y = 0; y < h; y++) {
+        uint32_t xStart = 0;
+        if (isUpperMatrix) {
+            // Just test the upper matrix for certain BLAS routines
+            xStart = y;
+        }
+        for (uint32_t x = xStart; x < w; x++) {
+            float pref = rsGetElementAt_float(in1, x, y);
+            float ptst = rsGetElementAt_float(in2, x, y);
+            double absErr = (pref - ptst) * (pref - ptst);
+            if (absErr > l2Norm * gAllowedFloatError) {
+                errorLoc.x = x;
+                errorLoc.y = y;
+                hadError = true;
+                return false;
+            }
+        }
+    }
+    return true;
+}
+
+static bool verify_ZMatrix(rs_allocation in1, rs_allocation in2, double l2Norm, bool isUpperMatrix) {
+    uint32_t w = rsAllocationGetDimX(in1);
+    uint32_t h = rsAllocationGetDimY(in1);
+    for (uint32_t y = 0; y < h; y++) {
+        uint32_t xStart = 0;
+        if (isUpperMatrix) {
+            // Just test the upper matrix for certain BLAS routines
+            xStart = y;
+        }
+        for (uint32_t x = xStart; x < w; x++) {
+            double2 pref = rsGetElementAt_double2(in1, x, y);
+            double2 ptst = rsGetElementAt_double2(in2, x, y);
+            double absErr = (pref.x - ptst.x) * (pref.x - ptst.x) + (pref.y - ptst.y) * (pref.y - ptst.y);
+            if (absErr > l2Norm * gAllowedDoubleError) {
+                errorLoc.x = x;
+                errorLoc.y = y;
+                hadError = true;
+                return false;
+            }
+        }
+    }
+    return true;
+}
+
+static bool verify_DMatrix(rs_allocation in1, rs_allocation in2, double l2Norm, bool isUpperMatrix) {
+    uint32_t w = rsAllocationGetDimX(in1);
+    uint32_t h = rsAllocationGetDimY(in1);
+    for (uint32_t y = 0; y < h; y++) {
+        uint32_t xStart = 0;
+        if (isUpperMatrix) {
+            // Just test the upper matrix for certain BLAS routines
+            xStart = y;
+        }
+        for (uint32_t x = xStart; x < w; x++) {
+            double pref = rsGetElementAt_double(in1, x, y);
+            double ptst = rsGetElementAt_double(in2, x, y);
+            double absErr = (pref - ptst) * (pref - ptst);
+            if (absErr > l2Norm * gAllowedDoubleError) {
+                errorLoc.x = x;
+                errorLoc.y = y;
+                hadError = true;
+                return false;
+            }
+        }
+    }
+    return true;
+}
+
+void verifyMatrix(rs_allocation ref_in, rs_allocation tst_in, double l2Norm, bool isUpperMatrix) {
+    rs_element e = rsAllocationGetElement(ref_in);
+    rs_data_type dt = rsElementGetDataType(e);
+    uint32_t vs = rsElementGetVectorSize(e);
+    bool valid = false;
+
+    if (dt == RS_TYPE_FLOAT_32) {
+        switch(vs) {
+        case 2:
+            valid = verify_CMatrix(ref_in, tst_in, l2Norm, isUpperMatrix);
+            break;
+        case 1:
+            valid = verify_SMatrix(ref_in, tst_in, l2Norm, isUpperMatrix);
+            break;
+        }
+    } else if (dt == RS_TYPE_FLOAT_64) {
+        switch(vs) {
+        case 2:
+            valid = verify_ZMatrix(ref_in, tst_in, l2Norm, isUpperMatrix);
+            break;
+        case 1:
+            valid = verify_DMatrix(ref_in, tst_in, l2Norm, isUpperMatrix);
+            break;
+        }
+    }
+    if (!valid) {
+        rsDebug("verify failure at xy", errorLoc);
+        printCell("Expected value ", ref_in, errorLoc);
+        printCell("Actual value   ", tst_in, errorLoc);
+    }
+}
+
 void checkError()
 {
     if (hadError) {
commit	2ec285868734e4cc2fb7622e8128429a1f1e1cdb	[log] [tgz]
author	Miao Wang <miaowang@google.com>	Thu Jun 18 15:12:40 2015 -0700
committer	Miao Wang <miaowang@google.com>	Thu Jun 25 16:11:28 2015 -0700
tree	57a1701228d7d57f83b06f07c6b5e281ba9f4ea9
parent	b947c325bbf0d5d04a4120b24c62fe7e558ec9b7 [diff]