[µTVM]: Zephyr: Add mps2_an521 board to the CI #7914
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gromero
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Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
gromero
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areusch
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May 3, 2021
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thanks @gromero, the PR is now merged! |
umangyadav
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May 5, 2021
Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
trevor-m
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to trevor-m/tvm
that referenced
this pull request
May 6, 2021
Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
trevor-m
pushed a commit
to trevor-m/tvm
that referenced
this pull request
May 6, 2021
Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
trevor-m
pushed a commit
to trevor-m/tvm
that referenced
this pull request
May 6, 2021
Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
trevor-m
pushed a commit
to neo-ai/tvm
that referenced
this pull request
May 11, 2021
Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
Hence it will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current x86 test for ease of reading on which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero <gustavo.romero@linaro.org>
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Since Arm reference board mps2_an521 is now added as a test platform to
test µTVM with Zephyr and that test platform runs by default emulated,
plus Zephyr docker images were updated to use Zephyr v2.5-branch, add
the mps2_an521 board as a platform to be automatically used by the CI.
That change will allow testing µTVM on top of Zephyr running on a
Cortex-m33 MCU. Currently only a x86 VM is used for that kind of test.
This will help ensure that there is no regression on Arm-based MCUs.
That commit also adds explicitly the parameter --microtvm-platforms=host
to the current test (x86) to ease reading about which test platforms are
triggered in the CI ('host' is the default platform when that parameter
is ommited, so nothing changes for tests on the x86 VM).
Signed-off-by: Gustavo Romero gustavo.romero@linaro.org
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