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xpstem
arduino-cli
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44d0f4de
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Commit
44d0f4de
authored
Oct 29, 2019
by
Massimiliano Pippi
Committed by
GitHub
Oct 29, 2019
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[ci skip] mention style check (#460)
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CONTRIBUTING.md
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CONTRIBUTING.md
View file @
44d0f4de
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@@ -2,8 +2,8 @@
First of all, thanks for contributing!
This document provides some basic guidelines for contributing to this
repository. To propose
improvements or fix a bug, feel free to submit a PR.
This document provides some basic guidelines for contributing to this
repository. To propose
improvements or fix a bug, feel free to submit a PR.
## Legal requirements
...
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@@ -11,8 +11,8 @@ Before we can accept your contributions you have to sign the [Contributor Licens
## Prerequisites
To build the Arduino CLI from sources you need the following tools to be
available in your local
enviroment:
To build the Arduino CLI from sources you need the following tools to be
available in your local
enviroment:
*
[
Go
][
1
]
version 1.12 or later
*
[
Taskfile
][
2
]
to help you run the most common tasks from the command line
...
...
@@ -30,27 +30,31 @@ From the project folder root, just run:
task build
```
The project uses Go modules so dependencies will be downloaded automatically, you should end with
an
`arduino-cli`
executable in the same folder.
The project uses Go modules so dependencies will be downloaded automatically;
at the end of the build, you should find an
`arduino-cli`
executable in the
same folder.
## Running the tests
There are several checks and test suites in place to ensure the code works as expected but also it
is written in a way that's consistent across the whole codebase. Such tests can be run one after
another by running the command:
There are several checks and test suites in place to ensure the code works as
expected but it's also written in a way that's consistent across the whole
codebase. To avoid pushing changes that will cause the CI system to fail, you
can run most of the tests locally.
To ensure code style is consistent, run:
```
shell
task
test
task
check
```
If you want to only run unit tests and skip other checks, you can run
:
To run unit tests
:
```
shell
task test-unit
```
Similarly, if you're only interested in running integration tests, you can do (be sure to read the
part dedicated to integration tests if something doesn't work
):
To run integration tests (these will take some time and require special setup,
see following paragraph
):
```
shell
task test-integration
...
...
@@ -58,45 +62,49 @@ task test-integration
### Integration tests
Being a command line interface, Arduino CLI is heavily interactive and it has to stay consistent
in accepting the user input and providing the expected output and proper exit codes. On top of this,
many Arduino CLI features involve communicating with external devices, most likely through a serial
Being a command line interface, Arduino CLI is heavily interactive and it has to
stay consistent in accepting the user input and providing the expected output
and proper exit codes. On top of this, many Arduino CLI features involve
communicating with external devices, most likely through a serial
port, so unit tests can only put our confidence that the code is working so far.
For these reasons, in addition to regular unit tests the project has a suite of
integration tests
that actually run Arduino CLI in a different process and assess the options are correctly
understood and the output is what we expect.
For these reasons, in addition to regular unit tests the project has a suite of
integration tests that actually run Arduino CLI in a different process and
assess the options are correctly
understood and the output is what we expect.
To run the full suite of integration tests you need an Arduino device attached
to a serial port and
a working Python environment. Chances are that you already have Python installed in your system, if
this is not the case you can
[
download
][
3
]
the official distribution or use the package manager
provided by your Operating System.
To run the full suite of integration tests you need an Arduino device attached
to a serial port and a working Python environment. Chances are that you already
have Python installed in your system, if this is not the case you can
[
download
][
3
]
the official distribution or use the package manager
provided by your Operating System.
Some dependencies need to be installed before running the tests and to avoid polluting your global
Python enviroment with dependencies that might be only used by the Arduino CLI, you can use a
[
virtual environment
][
4
]
. There are many ways to manage virtual environments, for example you can
use a productivity tool called
[
hatch
][
5
]
. First you need to install it (you might need to
`sudo`
Some dependencies need to be installed before running the tests and to avoid
polluting your global Python enviroment with dependencies that might be only
used by the Arduino CLI, you can use a
[
virtual environment
][
4
]
. There are many
ways to manage virtual environments, for example you can use a productivity tool
called
[
hatch
][
5
]
. First you need to install it (you might need to
`sudo`
the following command):
```
shell
pip3
install
--user
hatch
```
Then you can create a virtual environment to be used while working on Arduino CLI:
Then you can create a virtual environment to be used while working on Arduino
CLI:
```
shell
hatch
env
arduino-cli
```
At this point the virtual environment was created and you need to make it active
every time you
open a new terminal session with the following command:
At this point the virtual environment was created and you need to make it active
every time you
open a new terminal session with the following command:
```
shell
hatch shell arduino-cli
```
From now on, every package installed by Python will be confined to the
`arduino-cli`
virtual
environment, so you can proceed installing the dependencies required with:
From now on, every package installed by Python will be confined to the
`arduino-cli`
virtual environment, so you can proceed installing the
dependencies required with:
```
shell
pip
install
-r
test
/requirements.txt
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@@ -110,29 +118,33 @@ task test-integration
## Pull Requests
In order to ease code reviews and have your contributions merged faster, here is
a list of items
you can check before submitting a PR:
In order to ease code reviews and have your contributions merged faster, here is
a list of items
you can check before submitting a PR:
*
Create small PRs that are narrowly focused on addressing a single concern.
*
PR titles indirectly become part of the CHANGELOG so it's crucial to provide a good
record of
**what**
change is being made in the title;
**why**
it was made will go in the
PR description, along with a link to a GitHub issue if it exists.
*
PR titles indirectly become part of the CHANGELOG so it's crucial to provide a
good record of
**what**
change is being made in the title;
**why**
it was made
will go in the PR description, along with a link to a GitHub issue if it
exists.
*
Write tests for the code you wrote.
*
Open your PR against the
`master`
branch.
*
Maintain
**clean commit history**
and use
**meaningful commit messages**
.
PRs with messy commit history are difficult to review and require a lot of work to be merged.
*
Your PR must pass all CI tests before we will merge it. If you're seeing an error and don't think
it's your fault, it may not be! The reviewer will help you if there are test failures that seem
PRs with messy commit history are difficult to review and require a lot of
work to be merged.
*
Your PR must pass all CI tests before we will merge it. If you're seeing an error and don't think
it's your fault, it may not be! The reviewer will help you if there are test
failures that seem
not related to the change you are making.
## Additional settings
If you need to push a commit that's only shipping documentation changes or example files, thus a
complete no-op for the test suite, please start the commit message with the string
**[skip ci]**
to skip the build and give that slot to someone else who does need it.
If you need to push a commit that's only shipping documentation changes or
example files, thus a complete no-op for the test suite, please start the commit
message with the string
**[skip ci]**
to skip the build and give that slot to
someone else who does need it.
If your PR doesn't need to be included in the changelog, please start the PR
title with the string
**[skip changelog]**
If your PR doesn't need to be included in the changelog, please start the PR
title with the string
**[skip changelog]**
[
0
]:
https://cla-assistant.io/arduino/arduino-cli
[
1
]:
https://golang.org/doc/install
...
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