[bt][gatt] Use ATT Handles for Characteristic and Descriptor IDs

Characteristic IDs returned to GATT Clients are now the underlying
Characteristic Value Handle, rather than the previous incremental IDs.
Descriptor IDs returned through GATT Client are the Descriptor Handle.

Amongst other things, this change allows PTS testing to proceed for
tests which require reading or writing a specific characteristic by
handle.

Testability: This functionality is tested by tests in client_unittest
and remote_service_manager_unittest. These tests have been updated to
check the new behavior.

To test, use:

  $ fx run-test bluetooth-tests -t bt-host-unittests

Change GetCharacteristic, GetDescriptor, and CharacteristicToFidl to use ID as handle

BT-451 #done

Change-Id: Ia945ba21312aad263d2431ade7200995aeeb40a1
10 files changed
tree: 3eb02409395e1a68e75f636971c6bf83d3ad0cfc
  1. .allstar/
  2. .vscode/
  3. build_overrides/
  4. docker/
  5. docs/
  6. kudzu/
  7. pw_alignment/
  8. pw_allocator/
  9. pw_analog/
  10. pw_android_toolchain/
  11. pw_arduino_build/
  12. pw_assert/
  13. pw_assert_basic/
  14. pw_assert_log/
  15. pw_assert_tokenized/
  16. pw_assert_zephyr/
  17. pw_async/
  18. pw_async_basic/
  19. pw_base64/
  20. pw_bloat/
  21. pw_blob_store/
  22. pw_bluetooth/
  23. pw_bluetooth_hci/
  24. pw_bluetooth_profiles/
  25. pw_bluetooth_sapphire/
  26. pw_boot/
  27. pw_boot_cortex_m/
  28. pw_build/
  29. pw_build_info/
  30. pw_build_mcuxpresso/
  31. pw_bytes/
  32. pw_checksum/
  33. pw_chre/
  34. pw_chrono/
  35. pw_chrono_embos/
  36. pw_chrono_freertos/
  37. pw_chrono_rp2040/
  38. pw_chrono_stl/
  39. pw_chrono_threadx/
  40. pw_chrono_zephyr/
  41. pw_cli/
  42. pw_compilation_testing/
  43. pw_console/
  44. pw_containers/
  45. pw_cpu_exception/
  46. pw_cpu_exception_cortex_m/
  47. pw_crypto/
  48. pw_digital_io/
  49. pw_digital_io_mcuxpresso/
  50. pw_digital_io_rp2040/
  51. pw_docgen/
  52. pw_doctor/
  53. pw_emu/
  54. pw_env_setup/
  55. pw_file/
  56. pw_format/
  57. pw_function/
  58. pw_fuzzer/
  59. pw_hdlc/
  60. pw_hex_dump/
  61. pw_i2c/
  62. pw_i2c_linux/
  63. pw_i2c_mcuxpresso/
  64. pw_ide/
  65. pw_interrupt/
  66. pw_interrupt_cortex_m/
  67. pw_interrupt_xtensa/
  68. pw_interrupt_zephyr/
  69. pw_intrusive_ptr/
  70. pw_kvs/
  71. pw_libc/
  72. pw_libcxx/
  73. pw_log/
  74. pw_log_android/
  75. pw_log_basic/
  76. pw_log_null/
  77. pw_log_rpc/
  78. pw_log_string/
  79. pw_log_tokenized/
  80. pw_log_zephyr/
  81. pw_malloc/
  82. pw_malloc_freelist/
  83. pw_metric/
  84. pw_minimal_cpp_stdlib/
  85. pw_module/
  86. pw_multibuf/
  87. pw_multisink/
  88. pw_package/
  89. pw_perf_test/
  90. pw_persistent_ram/
  91. pw_polyfill/
  92. pw_preprocessor/
  93. pw_presubmit/
  94. pw_protobuf/
  95. pw_protobuf_compiler/
  96. pw_random/
  97. pw_result/
  98. pw_ring_buffer/
  99. pw_router/
  100. pw_rpc/
  101. pw_rpc_transport/
  102. pw_rust/
  103. pw_snapshot/
  104. pw_software_update/
  105. pw_span/
  106. pw_spi/
  107. pw_spi_mcuxpresso/
  108. pw_status/
  109. pw_stm32cube_build/
  110. pw_stream/
  111. pw_stream_shmem_mcuxpresso/
  112. pw_stream_uart_linux/
  113. pw_stream_uart_mcuxpresso/
  114. pw_string/
  115. pw_symbolizer/
  116. pw_sync/
  117. pw_sync_baremetal/
  118. pw_sync_embos/
  119. pw_sync_freertos/
  120. pw_sync_stl/
  121. pw_sync_threadx/
  122. pw_sync_zephyr/
  123. pw_sys_io/
  124. pw_sys_io_ambiq_sdk/
  125. pw_sys_io_arduino/
  126. pw_sys_io_baremetal_lm3s6965evb/
  127. pw_sys_io_baremetal_stm32f429/
  128. pw_sys_io_emcraft_sf2/
  129. pw_sys_io_mcuxpresso/
  130. pw_sys_io_rp2040/
  131. pw_sys_io_stdio/
  132. pw_sys_io_stm32cube/
  133. pw_sys_io_zephyr/
  134. pw_system/
  135. pw_target_runner/
  136. pw_thread/
  137. pw_thread_embos/
  138. pw_thread_freertos/
  139. pw_thread_stl/
  140. pw_thread_threadx/
  141. pw_thread_zephyr/
  142. pw_tls_client/
  143. pw_tls_client_boringssl/
  144. pw_tls_client_mbedtls/
  145. pw_tokenizer/
  146. pw_tool/
  147. pw_toolchain/
  148. pw_toolchain_bazel/
  149. pw_trace/
  150. pw_trace_tokenized/
  151. pw_transfer/
  152. pw_unit_test/
  153. pw_unit_test_zephyr/
  154. pw_varint/
  155. pw_watch/
  156. pw_web/
  157. pw_work_queue/
  158. seed/
  159. targets/
  160. third_party/
  161. ts/
  162. zephyr/
  163. .bazelignore
  164. .bazelrc
  165. .black.toml
  166. .clang-format
  167. .clang-tidy
  168. .eslintrc.cjs
  169. .git-blame-ignore-revs
  170. .gitattributes
  171. .gitignore
  172. .gn
  173. .mypy.ini
  174. .prettierignore
  175. .prettierrc.cjs
  176. .pw_ide.yaml
  177. .pylintrc
  178. activate.bat
  179. Android.bp
  180. AUTHORS
  181. bootstrap.bat
  182. bootstrap.sh
  183. BUILD.bazel
  184. BUILD.gn
  185. BUILDCONFIG.gn
  186. CMakeLists.txt
  187. jest.config.ts
  188. Kconfig.zephyr
  189. LICENSE
  190. modules.gni
  191. OWNERS
  192. package-lock.json
  193. package.json
  194. pigweed.json
  195. PIGWEED_MODULES
  196. README.md
  197. rollup.config.js
  198. tsconfig.json
  199. WORKSPACE
README.md

Pigweed

Pigweed is an open source collection of embedded-targeted libraries–or as we like to call them, modules. These modules are building blocks and infrastructure that enable faster and more reliable development on small-footprint MMU-less 32-bit microcontrollers like the STMicroelectronics STM32L452 or the Nordic nRF52832.

For more information please see our website: https://pigweed.dev/.

Links