mirror of
https://github.com/ossrs/srs.git
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33b0a0fe7d
In the scenario of converting WebRTC to RTMP, this conversion will not
proceed until an SenderReport is received; for reference, see:
https://github.com/ossrs/srs/pull/2470.
Thus, if HTTP-FLV streaming is attempted before the SR is received, the
FLV Header will contain only audio, devoid of video content.
This error can be resolved by disabling `guess_has_av` in the
configuration file, since we can guarantee that both audio and video are
present in the test cases.
However, in the original regression tests, the
`TestRtcPublish_HttpFlvPlay` test case contains a bug:
5a404c089b/trunk/3rdparty/srs-bench/srs/rtc_test.go (L2421-L2424)
The test would pass when `hasAudio` is true and `hasVideo` is false,
which is actually incorrect. Therefore, it has been revised so that the
test now only passes if both values are true.
---------
Co-authored-by: Copilot <175728472+Copilot@users.noreply.github.com>
Co-authored-by: winlin <winlinvip@gmail.com>
97 lines
2.9 KiB
Markdown
97 lines
2.9 KiB
Markdown
# Debug with VSCode
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Support run and debug with VSCode.
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## macOS: SRS Server
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Install the following extensions:
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- CMake Tools
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- CodeLLDB
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- C/C++ Extension Pack
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Open the folder like `$HOME/git/srs` in VSCode, after you clone srs to
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`$HOME/git/srs` directory.
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Run commmand to configure the project by pressing `Command+Shift+P`, then type `CMake: Configure`
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then select `Clang` as the toolchain. Or run the command manually in terminal:
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```bash
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cmake -S $HOME/git/srs/trunk/ide/srs_clion -B $HOME/git/srs/trunk/ide/vscode-build
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```
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> Note: Sometimes it may fail to configure when building libsrtp. Just retry, and it will succeed.
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> Note: Make sure you have `xcode` installed, and run `xcode-select --install` to setup the toolchains.
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> Note: The `settings.json` is used to configure the cmake. It will use `$HOME/git/srs/trunk/ide/srs_clion/CMakeLists.txt`
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> and `$HOME/git/srs/trunk/ide/vscode-build` as the source file and build directory.
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Click the `Run > Run Without Debugging` or `Run > Start Debugging` from menu to start or
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debug the server. It will invoke the `build` task defined in `tasks.json`, or you can run
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it manually:
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```bash
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cmake --build $HOME/git/srs/trunk/ide/vscode-build
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```
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> Note: The `launch.json` is used for running and debugging. The build will output the binary to
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> `$HOME/git/srs/trunk/ide/vscode-build/srs`.
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## macOS: SRS UTest
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Install the following extensions:
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- C++ TestMate
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Open the folder like `$HOME/git/srs` in VSCode, after you clone srs to
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`$HOME/git/srs` directory.
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Run commmand to configure the project by pressing `Command+Shift+P`, then type `CMake: Configure`
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then select `Clang` as the toolchain. Or run the command manually in terminal:
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```bash
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cmake -S $HOME/git/srs/trunk/ide/srs_clion -B $HOME/git/srs/trunk/ide/vscode-build
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```
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> Note: Sometimes it may fail to configure when building libsrtp. Just retry, and it will succeed.
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Afterwards, build the utest by pressing `Command+Shift+P`, then type `CMake: Build` to run the
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build command. It will invoke the `build` task defined in `tasks.json`, or you can run it manually:
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```bash
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cmake --build $HOME/git/srs/trunk/ide/vscode-build
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```
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Then you will discover all the unit testcases from the `View > Testing` panel. You can
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open utest source file like `trunk/src/utest/srs_utest.cpp`, then click the `Run Test` or `Debug Test`
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on each testcase such as `FastSampleInt64Test`.
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## macOS: SRS Regression Test
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Follow the [srs-bench](../trunk/3rdparty/srs-bench/README.md) to setup the environment.
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Open the test panel by clicking `View > Testing`, run the regression tests under:
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```
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+ Go
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+ github.com/ossrs/srs-bench
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+ blackbox
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+ gb28181
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+ srs
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```
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## macOS: Proxy
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Install the following extensions:
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- Go
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Open the folder like `~/git/srs` in VSCode.
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Click the `View > Run` and select `Launch srs-proxy` to start the proxy server.
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Click the `Run > Run Without Debugging` button to start the server.
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> Note: The `launch.json` is used for running and debugging.
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