macos-15-intel and macos-14 Apple Silicon
- bloaty()
aligned with the latest version
macos-15-intel
- avr_gcc_toolchain()
Latest version not available for Intel,
so it needs to be built from source, which takes over an hour.
The latest version prebuilt for Intel is 9.4.0
Added an workaround for installation.
Signed-off-by: simbit18 <simbit18@gmail.com>
The Raspberry Pi pico-sdk was not available in the CI build process,
so the test builds for the rp2040 and rp2350 uCs could not execute the
last packaging stage. The SDK is now fetched and included, both at
runtime and in the Docker image.
Signed-off-by: Niccolò Maggioni <nicco.maggioni+nuttx@gmail.com>
This PR adds support for the CI system for native Windows as well. It allows you to build NuttX on GitHub and test it locally for Windows users.
With these CI tools with PowerShell scripts, it is possible to build NuttX for Windows Native using (for now only) Cmake + Ninja with the same logic as the CI system with Bash scripts.
This allows the msvc job to be used not only with the simulator (currently only with Visual Studio 17 2022), but also with other architectures using the same Windows runner to get more coverage and avoid future breakage.
As with the other jobs, we use artifacts to save the compilation result at the end of the workflow execution (previously for the simulator it was not done).
The proposed solution is based on the following additions and modified:
Modified Files
buildyml -> only CI Jobs MSVC
New Files in tools/
ci/cibuild.ps1 -> Added Powershell script for Run the CI Builds
ci/platforms/windows.ps1 -> Added Powershell script for installing toolchains and tools.
testlist/windows.dat -> Target (Add sim (msvc), risc-v arm)
tools/testbuild.ps1
We tested the NuttX build on GitHub and locally.
How we build on GitHub and test locally.
Locally
cd .\nuttx\tools\ci\
.\cibuild.ps1 -n -i -A -C -N .\testlist\windows.dat
Signed-off-by: simbit18 <simbit18@gmail.com>
On my environment PIP_USER doesn't work well.
```
error: externally-managed-environment
```
(macOS 15.1.1, x86-64, xcode 16.1)
Also, I prefer to use virtualenv anyway.
add toolchains for macOS on Apple Intel
xtensa-esp32s2
xtensa-esp32s3
add toolchains for macOS on Apple Silicon
xtensa-esp32s2
xtensa-esp32s3
add install for ubuntu.sh
xtensa-esp32s2
xtensa-esp32s3
add install for linux.sh
xtensa-esp32s2
xtensa-esp32s3
added shell script darwin_arm64.sh for macOS Apple Silicon
updated toolchains for macOS on Apple Silicon
- arm64
- aarch64
- xpack-riscv
- xtensa-esp32
Switch wget to cURL tool for:
arm_gcc_toolchain()
arm64_gcc_toolchain()
gperf()
riscv_gcc_toolchain()
sparc_gcc_toolchain()
xtensa_esp32_gcc_toolchain()
wasi_sdk()
Used git clone --depth 1 a shallow clone with a history truncated to reduce the clone size for:
kconfig_frontends()
added ninja installation
Switch wget to cURL tool for:
arm_gcc_toolchain()
arm64_gcc_toolchain()
riscv_gcc_toolchain()
sparc_gcc_toolchain()
xtensa_esp32_gcc_toolchain()
xtensa_esp32s2_gcc_toolchain()
xtensa_esp32s3_gcc_toolchain()
wasi_sdk()
Used git clone --depth 1 a shallow clone with a history truncated to reduce the clone size for:
kconfig_frontends()
Bumps esptool from 4.7.0 to 4.8.0.
Switch wget to cURL tool
arm_gcc_toolchain()
arm64_gcc_toolchain()
riscv_gcc_toolchain()
sparc_gcc_toolchain()
xtensa_esp32_gcc_toolchain()
xtensa_esp32s2_gcc_toolchain()
xtensa_esp32s3_gcc_toolchain()
Create a shallow clone with a history truncated of
gen_romfs()
kconfig_frontends()
Most tools used for compliance and SBOM generation use SPDX identifiers
This change brings us a step closer to an easy SBOM generation.
Signed-off-by: Alin Jerpelea <alin.jerpelea@sony.com>
The main objective is to determine if the examples really work or if they have been obsoleted.
The languages included in the list promote good interoperability with the NuttX API (C predominant).
This will show if they are worth integrating in NuttX.
**FFI method**
- Rust: bindgen or c2rust
- D: importC
- Swift: Bridging header or clang modulemap.
- Zig: `@cImport/@cInclude` or translate-c
This PR updates the Docker Image for NuttX CI, so that it builds Rust Apps correctly for QEMU RISC-V 64-bit. We add the Rust Target for `riscv64gc-unknown-none-elf` to the Docker Image.
In the next PR, we will call the Updated Docker Image to [compile the Rust App `leds_rust`](https://github.com/apache/nuttx/pull/12852), at every run of NuttX CI. This will validate whether Rust Apps are built correctly for QEMU RISC-V 64-bit.
Modified Files:
`tools/ci/docker/linux/Dockerfile`: Add Rust Target `riscv64gc-unknown-none-elf` for Docker CI
`tools/ci/platforms/ubuntu.sh`: Same as above, but for Ubuntu CI
`tools/ci/platforms/msys2.sh`: Same as above, but for MSYS2 CI
ERROR: pip's dependency resolver does not currently take into account all the packages that are installed. This behaviour is the source of the following dependency conflicts.
codechecker 6.23.1 requires PyYAML==6.0.1, but you have pyyaml 5.4.1 which is incompatible.
Signed-off-by: chao an <anchao@lixiang.com>
function bloaty() Add -D CMAKE_INSTALL_PREFIX="${NUTTXTOOLS}"/bloaty.
Improves workflow execution time because it is now cached.
Changed reference file to calculate the hash for key of actions/cache@v4. Now it is darwin.sh.
cibuild.sh -> modify scripts
platforms -> new folder +scripts
add header
tools/ci/platforms: Set the execute permissions on the updated files.
tools/ci/platforms/linux.sh: fix header
Corrected Apache Foundation copyright header.
tools/ci: Modify cibuild.sh to adapt to new platforms.
cibuild.sh -> modify scripts
platforms -> new folder +scripts
add header
tools/ci/platforms: Set the execute permissions on the updated files.
tools/ci: Modify cibuild.sh to adapt to new platforms.
cibuild.sh -> modify scripts
platforms -> new folder +scripts
add header
tools/ci/platforms: Set the execute permissions on the updated files.
tools/ci: Kept the common code in cibuild.sh.
Kept the common code in cibuild.sh.
tools/ci: Storing all Environment Variables in env.sh script.
Added in cibuild.sh this command "source "${CIWORKSPACE}"/tools/env.sh" to activate installed tools.
tools/ci: shared the tools path in cibuild.sh
Added in cibuild.sh enviroment variable "NUTTXTOOLS" for installed tools.
Removed bashisms from scripts darwin.sh, linux.sh, msys2.sh and ubuntu.sh.
tools/ci: Fixed build problems with macOS
Fix Error: /Users/runner/work/nuttx/nuttx/sources/tools/bloaty-src/build is not a directory
simbit18
xuxin19
Niccolò Maggioni
simbit18
YAMAMOTO Takashi
wangmingrong1
Alin Jerpelea
Matheus Catarino
Lup Yuen Lee
Almir Okato
chao an