Searched refs:build (Results 1 – 25 of 58) sorted by relevance
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| /picolibc-latest/.github/workflows/ |
| D | make-workflow | 5 for build in cmake; do
7 echo " $build-$arch:"
8 cat variants-$build
9 cat targets-$build-$arch
11 cat steps-$build
15 for build in minsize release; do
17 echo " $build-$arch:"
21 cat steps-$build
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| D | make-workflow-zephyr | 5 for build in minsize release; do
7 echo " $build-$arch:"
11 cat steps-$build
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| /picolibc-latest/.github/ |
| D | do-linux | 6 "$HERE"/do-build mips "$@"
7 "$HERE"/do-build mips64 "$@"
8 "$HERE"/do-build mipsel "$@"
12 "$HERE"/do-build lx106 "$@"
17 "$HERE"/do-build sparc64 "$@"
20 "$HERE"/do-avr-build avr "$@"
21 "$HERE"/do-build powerpc64 "$@"
22 "$HERE"/do-build powerpc64le "$@"
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| D | do-zephyr | 7 "$HERE"/do-zephyr-build microblazeel "$@"
12 "$HERE"/do-zephyr-build xtensa-espressif_esp32 "$@"
13 "$HERE"/do-zephyr-build xtensa-espressif_esp32s2 "$@"
14 "$HERE"/do-zephyr-build xtensa-nxp_imx_adsp "$@"
15 "$HERE"/do-zephyr-build xtensa-nxp_imx8m_adsp "$@"
16 "$HERE"/do-zephyr-build xtensa-sample_controller "$@"
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| D | zephyr-packages.txt | 1 build-essential
12 ninja-build
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| D | linux-packages.txt | 1 build-essential
5 ninja-build
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| D | do-avr-build | 3 "$here"/do-avr "$here"/do-build "$@"
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| D | do-zephyr-build | 3 "$here"/zephyr "$here"/do-build "$@"
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| D | do-cmake-test | 3 DIR=build-"$TARGET"
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| D | do-test-noopt | 3 DIR=build-"$TARGET"
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| D | do-test | 3 DIR=build-"$TARGET"
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| D | do-build | 3 DIR=build-"$TARGET"
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| /picolibc-latest/scripts/ |
| D | test-picolibc | 3 PICOLIBC_DIR=/build/picolibc
4 GLIBC_DIR=/build/glibc
16 DIR=$PICOLIBC_DIR/builds/build-$arch-minsize
29 DIR=$PICOLIBC_DIR/builds/build-$arch-release
50 DIR=$GLIBC_DIR/builds/build-$arch-minsize
63 DIR=$GLIBC_DIR/builds/build-$arch-release
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| D | cross-m68k-linux-gnu.txt | 2 c = ['m68k-linux-gnu-gcc', '-march=68020', '-static', '-nostdlib', '-Wl,--build-id=none']
3 cpp = ['m68k-linux-gnu-g++', '-march=68020', '-static', '-nostdlib', '-Wl,--build-id=none']
19 link_spec = '--build-id=none'
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| D | cross-mips-linux-gnu.txt | 6 c = ['mips-linux-gnu-gcc', '-nostdlib', '-Wl,--build-id=none']
7 cpp = ['mips-linux-gnu-g++', '-nostdlib', '-Wl,--build-id=none']
22 link_spec = '--build-id=none'
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| D | cross-power9-fp128.txt | 2 … '-mfloat128-hardware', '-mvsx', '-mfloat128', '-mcpu=power9', '-Wno-psabi', '-Wl,--build=id=none']
3 … '-mfloat128-hardware', '-mvsx', '-mfloat128', '-mcpu=power9', '-Wno-psabi', '-Wl,--build=id=none']
19 link_spec = '--build-id=none --no-warn-rwx-segments'
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| D | cross-aarch64-linux-gnu.txt | 6 c = ['aarch64-linux-gnu-gcc', '-nostdlib', '-Wl,--build-id=none', '-Wl,--no-warn-rwx-segments']
7 cpp = ['aarch64-linux-gnu-g++', '-nostdlib', '-Wl,--build-id=none', '-Wl,--no-warn-rwx-segments']
25 link_spec = '--build-id=none --no-warn-rwx-segments'
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| D | do-arm-tk | 32 MINSIZE_DIR="$PICOLIBC"/builds/build-arm-tk-minsize
33 RELEASE_DIR="$PICOLIBC"/builds/build-arm-tk-release
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| /picolibc-latest/doc/ |
| D | releasing.md | 43 7. Update meson.build and CMakeLists.txt with new version number
45 8. Commit release notes and meson.build
47 $ git commit -m'Version <version>' README.md meson.build CMakeLists.txt
49 9. Use native configuration to build release:
51 $ mkdir -p builds/build-native
52 $ cd builds/build-native
60 11. Use arm configuration to build bits for the Arm embedded toolkit:
71 $ scp build-native/meson-dist/* keithp.com:/var/www/picolibc/dist
85 the main picolibc repository. It's designed to be build using 'gbp
87 how to build debian packages:
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| D | testing.md | 26 Again, create a directory and build there:
28 $ mkdir build-native
29 $ cd build-native
33 This will also build a test case for printf and scanf in the
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| D | embedsource.md | 24 meson.build
27 ## Add dependency to meson.build
31 Next you will need to include the dependency in your meson.build file:
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| /picolibc-latest/ |
| D | .gitignore | 45 # ignore meson build directories
47 build-*/
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| D | CONTRIBUTING.md | 27 Picolibc uses the [meson](https://mesonbuild.com/) build tool. You'll
28 need to make sure that's installed before you start trying to build
35 [build](doc/build.md) page.
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| D | README.md | 19 from Newlib, none of the GPL-related bits used to build the library
53 There is also build infrastructure and continuous build validation,
63 1. newlib/libc/machine/_architecture_/meson.build to build the
75 3. newlib/libm/machine/_architecture_/meson.build to build any
78 4. picocrt/machine/_architecture_ source code and build bits
102 changes in the build system and per-thread data storage, the bulk of
125 * [Building Picolibc](doc/build.md). Explains how to compile picolibc yourself.
152 * Fixed a bunch of build issues found by Zephyr.
180 * Add mips64 support and build the library during CI.
197 * Stop using -include picolibc.h during library build.
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| /picolibc-latest/newlib/ |
| D | README | 27 configure - The build script for configuring the source tree
32 To build NEWLIB, you must follow the instructions in the section entitled
35 This will configure and build all the libraries and crt0 (if one exists).
81 To compile NEWLIB, you must build it in a directory separate from
90 To build `newlib' in a specific directory, run `configure' with the
97 For example, with version 4.2.0, you can build NEWLIB in a separate
113 When you run `make' to build a program or library, you must run it
120 `--srcdir=PATH/newlib-4.2.0'), you will build all the required libraries.
127 By default, the execution of build rules in `make' is less verbose.
167 The build, host and target concepts are defined for gcc as follows:
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