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Version 0.24 Cascoda SDK Release
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add aerial adapter - OTA prinf for platforms with no log interface
add thread joining APIs with polling function
add non-blocking APIs for EINK Display
add callback API to non-blocking BUZZ2 note playing
limit max tx power on channel 26
fixes to deep power down modes
fixes for excess power consumption from GPIOs
rename docs/how-to to docs/product
rename docs/guides to docs/dev
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@tiniuclx
tiniuclx committed Jun 17, 2024
1 parent 45851fd commit 0392f99
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Showing 144 changed files with 2,969 additions and 385 deletions.
35 changes: 19 additions & 16 deletions .github/workflows/build.yml
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Original file line number Diff line number Diff line change
@@ -1,5 +1,8 @@
name: BuildAndDeploy

env:
KNX_IOT_STACK_SECRET: ${{secrets.KNX_IOT_STACK_SECRET}}

on: [push]

jobs:
Expand All @@ -15,7 +18,7 @@ jobs:

- name: configure windows sdk
run: |
cmake.exe -S "${{ github.workspace }}\cascoda-sdk" -B "${{ github.workspace }}\build-win" -D CMAKE_SH=CMAKE_SH-NOTFOUND -G "MinGW Makefiles" -D CASCODA_BUILD_OT=OFF -D CASCODA_BUILD_KNX=ON
cmake.exe -S "${{ github.workspace }}\cascoda-sdk" -B "${{ github.workspace }}\build-win" -D CMAKE_SH=CMAKE_SH-NOTFOUND -G "MinGW Makefiles" -D CASCODA_BUILD_OT=OFF
- name: build windows-sdk
run: |
Expand Down Expand Up @@ -112,14 +115,14 @@ jobs:
New-Item -Type dir ${{ github.workspace }}\build-knx-chili2-win\lib
Copy-Item -Path ${{ github.workspace }}\build-ocf-chili2-win\lib\libkis-port.a -Destination ${{ github.workspace }}\build-knx-chili2-win\lib
- name: configure KNX chili build on windows
run: |
cmake.exe -S "${{ github.workspace }}\cascoda-sdk" -B "${{ github.workspace }}\build-knx-chili2-win" -DCMAKE_SH=CMAKE_SH-NOTFOUND -D "CMAKE_TOOLCHAIN_FILE=toolchain\arm_gcc_m2351.cmake" -G "MinGW Makefiles" -DCASCODA_CHILI2_CONFIG_STRING=DEV_BOARD -DCASCODA_BUILD_KNX=ON -DCASCODA_LOG_LEVEL=CRIT
continue-on-error: true
# - name: configure KNX chili build on windows
# run: |
# cmake.exe -S "${{ github.workspace }}\cascoda-sdk" -B "${{ github.workspace }}\build-knx-chili2-win" -DCMAKE_SH=CMAKE_SH-NOTFOUND -D "CMAKE_TOOLCHAIN_FILE=toolchain\arm_gcc_m2351.cmake" -G "MinGW Makefiles" -DCASCODA_CHILI2_CONFIG_STRING=DEV_BOARD -DCASCODA_BUILD_KNX=ON -DCASCODA_LOG_LEVEL=CRIT
# continue-on-error: true

- name: build KNX chili binaries on windows
run: |
mingw32-make.exe -C ${{ github.workspace }}\build-knx-chili2-win -j4
# - name: build KNX chili binaries on windows
# run: |
# mingw32-make.exe -C ${{ github.workspace }}\build-knx-chili2-win -j4

# Build artifacts for posix
posix:
Expand Down Expand Up @@ -276,16 +279,16 @@ jobs:
# For continuous integration only. Will not yet create an artifact for release.

- name: build Chili2D-USB-KNX
run: |
cmake ${{ github.workspace }}/build-chili2 -DCASCODA_CA_VER=8211 -DCASCODA_CHILI2_CONFIG_STRING=DEV_BOARD -DCASCODA_BUILD_KNX=ON -DOC_OSCORE_ENABLED=ON -DOC_DNS_SD_ENABLED=ON -DOC_DEBUG_ENABLED=OFF
make -C ${{ github.workspace }}/build-chili2 -j4
# - name: build Chili2D-USB-KNX
# run: |
# cmake ${{ github.workspace }}/build-chili2 -DCASCODA_CA_VER=8211 -DCASCODA_CHILI2_CONFIG_STRING=DEV_BOARD -DCASCODA_BUILD_KNX=ON -DOC_OSCORE_ENABLED=ON -DOC_DNS_SD_ENABLED=ON -DOC_DEBUG_ENABLED=OFF
# make -C ${{ github.workspace }}/build-chili2 -j4

# copy knx port library
if [ ${{github.repository }} != Cascoda/cascoda-sdk ]
then
cp ${{ github.workspace }}/build-chili2/lib/libkis-port.a ${{ github.workspace }}/upload-lib
fi
# if [ ${{github.repository }} != Cascoda/cascoda-sdk ]
# then
# cp ${{ github.workspace }}/build-chili2/lib/libkis-port.a ${{ github.workspace }}/upload-lib
# fi

# - name: build Chili2D-USB-OCF
# run: |
Expand Down
2 changes: 1 addition & 1 deletion CMakeLists.txt
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Original file line number Diff line number Diff line change
Expand Up @@ -3,7 +3,7 @@ cmake_minimum_required (VERSION 3.18)
project (cascoda-sdk)

if (MSVC)
message(FATAL_ERROR "Building with the Microsoft Visual C/C++ compiler is not supported. Please set up MinGW as shown here: https://github.com/Cascoda/cascoda-sdk/blob/master/docs/guides/development-setup.md#windows")
message(FATAL_ERROR "Building with the Microsoft Visual C/C++ compiler is not supported. Please set up MinGW as shown here: https://github.com/Cascoda/cascoda-sdk/blob/master/docs/dev/development-setup.md#windows")
endif()

# Include helper functions
Expand Down
8 changes: 4 additions & 4 deletions README.md
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Expand Up @@ -25,10 +25,10 @@ devices soldered onto a PCB.

A reference of all documentation and guides is located [here](docs/reference/full-reference.md), but to get started, here is a list of things you might be looking to do...

- [Getting started with the Cascoda KNX IoT Dev Kit](docs/how-to/howto-knxiot-devkit.md)
- [Getting Started with the Cascoda Packet Sniffer](docs/how-to/howto-sniffer.md)
- [Build, configure and set up a Thread network](docs/how-to/howto-thread.md)
- [Build embedded applications to communicate with various sensors and actuator](docs/how-to/howto-devboard.md)
- [Getting started with the Cascoda KNX IoT Dev Kit](docs/product/howto-knxiot-devkit.md)
- [Getting Started with the Cascoda Packet Sniffer](docs/product/howto-sniffer.md)
- [Build, configure and set up a Thread network](docs/product/howto-thread.md)
- [Build embedded applications to communicate with various sensors and actuator](docs/product/howto-devboard.md)
- [Learn how to build the Cascoda SDK](docs/reference/full-reference.md#building)

If you're a developer or simply want to delve deeper into the Cascoda SDK, read on.
Expand Down
2 changes: 1 addition & 1 deletion baremetal/Readme.md
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Expand Up @@ -29,7 +29,7 @@ Port layer for the OpenThread stack. This enables using OpenThread on baremetal

### cascoda-bm-devboard

Functions and examples specifically targeted for the [Cascoda Development Board](../docs/how-to/howto-devboard.md).
Functions and examples specifically targeted for the [Cascoda Development Board](../docs/product/howto-devboard.md).

### mikrosdk-click

Expand Down
166 changes: 83 additions & 83 deletions baremetal/app/buzz2-click-test/source/buzz2_click_test.c
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Original file line number Diff line number Diff line change
Expand Up @@ -44,7 +44,7 @@ ca_error buzz2_play_one_note(void)
{
if (!g_play_one_note_done)
{
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E5, 1, 250, NON_BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E5, 1, 250, NON_BLOCKING, NULL);
g_play_one_note_done = true;
}
}
Expand All @@ -53,88 +53,88 @@ ca_error buzz2_ascending_scale(void)
{
if (!g_ascending_scale_done)
{
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B2, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B3, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B4, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B5, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B6, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B7, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B8, 1, 50, BLOCKING);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B2, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B3, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B4, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B5, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B6, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_D7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_F7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_G7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B7, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_C8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Db8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Eb8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_E8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Gb8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Ab8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_A8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_Bb8, 1, 50, BLOCKING, NULL);
MIKROSDK_BUZZ2_play_note(BUZZ2_NOTE_B8, 1, 50, BLOCKING, NULL);
g_ascending_scale_done = true;
}
}
2 changes: 1 addition & 1 deletion baremetal/app/mikrosdk-bm/README.md
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Expand Up @@ -20,6 +20,6 @@ I2C clients and SPI slaves are using I2C1 and SPI1 interface to communicate with
---

1. [Set up the environment and build system](../../../docs/reference/full-reference.md#building).
2. [Flash the Chili device](../../../docs/guides/flashing.md) with the binary called `mikrosdk-test` located in the `bin` folder of the build directory for the Chili, which was created in the previous step.
2. [Flash the Chili device](../../../docs/dev/flashing.md) with the binary called `mikrosdk-test` located in the `bin` folder of the build directory for the Chili, which was created in the previous step.
3. Making sure the Chili device is connected to your Windows/Linux/MacOS machine, run the [serial-adapter](../../../posix/app/serial-adapter/README.md) tool (`serial-adapter.exe` on Windows).
4. `serial-adapter` will now be displaying sensor values that are being read by the MikroElectronika sensors attached.
4 changes: 2 additions & 2 deletions baremetal/app/ot-cli-lwm2m/README.md
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Expand Up @@ -10,8 +10,8 @@ This example includes support for the CoAP over UDP and CoAP over DTLS transport
In order to run this demonstration, a Thread border router, such as the Cascoda evaluation border router is required.
The border router should be upgraded to the latest version using the scripts available [here](https://github.com/Cascoda/install-script).

Please see the [evaluation guide](../../../docs/guides/lwm2m-over-thread.md) for more information on how to use this binary.
The guide also includes some [considerations](../../../docs/guides/lwm2m-over-thread.md#considerations) for use in practice.
Please see the [evaluation guide](../../../docs/dev/lwm2m-over-thread.md) for more information on how to use this binary.
The guide also includes some [considerations](../../../docs/dev/lwm2m-over-thread.md#considerations) for use in practice.

**Note that if secure LWM2M is required (using DTLS), the ``CASCODA_BUILD_SECURE_LWM2M`` must be enabled in the CMake config.**

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2 changes: 1 addition & 1 deletion baremetal/app/ot-sed-eink-freertos/README.md
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Expand Up @@ -60,5 +60,5 @@ build directory.

Once the devices are all ready, plug the server Chili into a Linux machine
and run the `ot-eink-server` executable. Then, power the end device
Chili and [commission it](../../../docs/guides/thread-commissioning.md). After 10 to 20 seconds, the server will receive discover requests, as
Chili and [commission it](../../../docs/dev/thread-commissioning.md). After 10 to 20 seconds, the server will receive discover requests, as
well as image requests from the end device.
2 changes: 1 addition & 1 deletion baremetal/app/ot-sed-thermometer-freertos/README.md
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Expand Up @@ -6,7 +6,7 @@ This demonstration shows the OpenThread sleepy end device capabilities, and how

This demonstration requires another Chili to act as the server. Flash the server Chili with the `mac-dongle` binary. You must also build the `ot-sensordemo-server` POSIX application, from within the Cascoda POSIX SDK build directory.

Once the devices are all ready, plug the server Chili into a Linux machine and run the `ot-sensordemo-server` executable. Then, power the end device Chili and [commission it](../../../docs/guides/thread-commissioning.md). After 10 to 20 seconds, the server will receive discover requests, as well as temperature readouts from the end device.
Once the devices are all ready, plug the server Chili into a Linux machine and run the `ot-sensordemo-server` executable. Then, power the end device Chili and [commission it](../../../docs/dev/thread-commissioning.md). After 10 to 20 seconds, the server will receive discover requests, as well as temperature readouts from the end device.
```
alexandru@CASCODA211:~/chili-sdk$ ../posix-sdk/bin/ot-sensordemo-server
Server received discover from [fdde:ad00:beef:0:7ee4:f542:d39b:3577]
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