gfxapi/test/gfxapi_test.api

// 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.

import "gfxapi_test_include.api"
import imported "gfxapi_test_import.api"

class Tester {
  imported.Imported A
	Included B
}

////////////////////////////////////////////////////////////////
// Intrinsics tests
////////////////////////////////////////////////////////////////
u8[]   buf
string str

cmd void cmd_clone(u8* src, u32 cnt) {
  buf = clone(src[0:cnt])
}

cmd void cmd_make(u32 cnt) {
  buf = make!u8(cnt)
}

cmd void cmd_copy(u8* src, u32 cnt) {
  copy(buf, src[0:cnt])
}

cmd void cmd_charslice_to_string(char* s, u32 len) {
  str = as!string(s[0:len])
}

////////////////////////////////////////////////////////////////
// Void, no args
////////////////////////////////////////////////////////////////
cmd void cmd_void() {}

////////////////////////////////////////////////////////////////
// Unknown tests
////////////////////////////////////////////////////////////////
// TODO: These do not currently compile
// int unk
//
// cmd int cmd_unknown_ret() {
//   i := ?
//   unk = i
//   return i
// }
//
// cmd void cmd_unknown_ptr(int* p) {
//   i := ?
//   unk = i
//   p[0] = i
// }

cmd int cmd_unknown_ret() {
  return ?
}

cmd void cmd_unknown_write_ptr(int* p) {
  p[0] = ?
}

cmd void cmd_unknown_write_slice(int* a) {
  count := 5
  slice := a[0:count]
  for i in (0 .. count) {
    unknown := as!int(?)
    slice[i] = unknown
  }
}

////////////////////////////////////////////////////////////////
// Commands with a single input argument
////////////////////////////////////////////////////////////////
cmd void cmd_void_u8(u8 a)         {}
cmd void cmd_void_s8(s8 a)         {}
cmd void cmd_void_u16(u16 a)       {}
cmd void cmd_void_s16(s16 a)       {}
cmd void cmd_void_f32(f32 a)       {}
cmd void cmd_void_u32(u32 a)       {}
cmd void cmd_void_s32(s32 a)       {}
cmd void cmd_void_f64(f64 a)       {}
cmd void cmd_void_u64(u64 a)       {}
cmd void cmd_void_s64(s64 a)       {}
cmd void cmd_void_bool(bool a)     {}
cmd void cmd_void_string(string a) {}

////////////////////////////////////////////////////////////////
// Commands with more than one input
////////////////////////////////////////////////////////////////
cmd void cmd_void_3_strings(string a, string b, string c) {}

////////////////////////////////////////////////////////////////
// Commands with input arrays
////////////////////////////////////////////////////////////////
cmd void cmd_void_3_in_arrays(u8* a, u8** b, int* c) {
  buf = make!u8(10)
	copy(buf, a[5:25]) // only 10 elements should be copied
	read(b[5:15])
	read(c[5:15])
}

////////////////////////////////////////////////////////////////
// Commands with a single pointer element read
////////////////////////////////////////////////////////////////
cmd void cmd_void_read_u8(u8* a)     { x := a[0] }
cmd void cmd_void_read_s8(s8* a)     { x := a[0] }
cmd void cmd_void_read_u16(u16* a)   { x := a[0] }
cmd void cmd_void_read_s16(s16* a)   { x := a[0] }
cmd void cmd_void_read_f32(f32* a)   { x := a[0] }
cmd void cmd_void_read_u32(u32* a)   { x := a[0] }
cmd void cmd_void_read_s32(s32* a)   { x := a[0] }
cmd void cmd_void_read_f64(f64* a)   { x := a[0] }
cmd void cmd_void_read_u64(u64* a)   { x := a[0] }
cmd void cmd_void_read_s64(s64* a)   { x := a[0] }
cmd void cmd_void_read_bool(bool* a) { x := a[0] }

////////////////////////////////////////////////////////////////
// Commands with multiple pointer element reads
////////////////////////////////////////////////////////////////
cmd void cmd_void_read_ptrs(f32* a, u16* b, bool* c) {
  x := a[0]
  y := b[0]
  z := c[0]
}

////////////////////////////////////////////////////////////////
// Commands with a single pointer element write
////////////////////////////////////////////////////////////////
cmd void cmd_void_write_u8(u8* a)     { a[0] = 1 }
cmd void cmd_void_write_s8(s8* a)     { a[0] = 1 }
cmd void cmd_void_write_u16(u16* a)   { a[0] = 1 }
cmd void cmd_void_write_s16(s16* a)   { a[0] = 1 }
cmd void cmd_void_write_f32(f32* a)   { a[0] = 1 }
cmd void cmd_void_write_u32(u32* a)   { a[0] = 1 }
cmd void cmd_void_write_s32(s32* a)   { a[0] = 1 }
cmd void cmd_void_write_f64(f64* a)   { a[0] = 1 }
cmd void cmd_void_write_u64(u64* a)   { a[0] = 1 }
cmd void cmd_void_write_s64(s64* a)   { a[0] = 1 }
cmd void cmd_void_write_bool(bool* a) { a[0] = true }

////////////////////////////////////////////////////////////////
// Commands with multiple pointer element writes
////////////////////////////////////////////////////////////////
cmd void cmd_void_write_ptrs(f32* a, u16* b, bool* c) {
  a[0] = 10
  b[0] = 20
  c[0] = false
}

////////////////////////////////////////////////////////////////
// Commands with a return value
////////////////////////////////////////////////////////////////
cmd u8     cmd_u8()      { return 0 }
cmd s8     cmd_s8()      { return 0 }
cmd u16    cmd_u16()     { return 0 }
cmd s16    cmd_s16()     { return 0 }
cmd f32    cmd_f32()     { return 0 }
cmd u32    cmd_u32()     { return 0 }
cmd s32    cmd_s32()     { return 0 }
cmd f64    cmd_f64()     { return 0 }
cmd u64    cmd_u64()     { return 0 }
cmd s64    cmd_s64()     { return 0 }
cmd bool   cmd_bool()    { return false }
cmd string cmd_string()  { return "" }
cmd void*  cmd_pointer() { return ? }

////////////////////////////////////////////////////////////////
// Commands with remapped input arguments
////////////////////////////////////////////////////////////////
cmd void cmd_void_3_remapped(remapped a, remapped b, remapped c) {}

cmd void cmd_void_in_array_of_remapped(remapped* a) { read(a[0:5]) }

cmd void cmd_void_out_array_of_remapped(remapped* a) { write(a[0:5]) }

cmd void cmd_void_out_array_of_unknown_remapped(remapped* a) {
  count := 5
  slice := a[0:count]
  for i in (0 .. count) {
    unknown := as!remapped(?)
    slice[i] = unknown
  }
}