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82 lines
3.6 KiB
Markdown
82 lines
3.6 KiB
Markdown
@defgroup boards_common_native Common Native Board
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@ingroup boards_common
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@brief Shared files and configuration for native.
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# Overview
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The RIOT native boards use system calls and signals to emulate hardware at the API level.
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That means that you can compile the complete RIOT software stack for your *NIX system
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and run it as a process. Reasons why you might want to do that are:
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- You want to try out RIOT but don't have one of the supported hardware platforms
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- You are developing an application for RIOT or you are hacking on RIOT itself and
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want to test and debug without the limitations and requirements of debugging on actual hardware
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- You want to experiment with network protocols in a [controlled environment](https://github.com/RIOT-OS/RIOT/wiki/Virtual-riot-network)
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Two different boards are currently available, depending on the host platform: @ref boards_native32
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and @ref boards_native64. Using `BOARD=native` will automatically select the right variant.
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# Hardware
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- CPU: Host CPU
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- RAM: Host RAM
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- Flash:
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- for program execution: Host file system
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- for the @ref drivers_periph_flashpage : emulated in RAM
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- Network: Tap Interface
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- UART: Runtime configurable - `/dev/tty*` are supported
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- Timers: Host timer
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- LEDs: One red and one green LED - state changes are printed to the UART
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- PWM: Dummy PWM
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- QDEC: Emulated according to PWM
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- SPI: Runtime configurable - `/dev/spidev*` are supported (Linux host only)
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- GPIO: Runtime configurable - `/dev/gpiochip*` are supported (Linux host only)
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# Configuration
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Some aspects of a native RIOT instance can be configured at runtime.
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To get an overview invoke the program with the `-h` option. Example:
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```shell
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$ examples/basic/default/bin/native64/default.elf -h
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usage: examples/basic/default/bin/native64/default.elf <tap interface 1> [-i <id>] [-d] [-e|-E] [-o] [-c <tty>] [-g <gpiochip>] [-i <id>] [-d] [-e|-E] [-o] [-c <tty>] [--eui64 <eui64> …]
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help: examples/basic/default/bin/native64/default.elf -h
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Options:
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-h, --help
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print this help message
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-i <id>, --id=<id>
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specify instance id (set by config module)
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-s <seed>, --seed=<seed>
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specify srandom(3) seed (/dev/random is used instead of random(3) if
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the option is omitted)
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-d, --daemonize
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daemonize native instance
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-e, --stderr-pipe
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redirect stderr to file
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-E, --stderr-noredirect
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do not redirect stderr (i.e. leave sterr unchanged despite
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daemon/socket io)
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-o, --stdout-pipe
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redirect stdout to file (/tmp/riot.stdout.PID) when not attached
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to socket
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-c <tty>, --uart-tty=<tty>
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specify TTY device for UART. This argument can be used multiple
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times (up to UART_NUMOF)
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-g <gpio>, --gpio=<gpio>
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specify gpiochip device for GPIO access.
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This argument can be used multiple times.
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Example: --gpio=/dev/gpiochip0 uses gpiochip0 for port 0
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-U <eui64>, --eui64=<eui64>
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provide a ZEP interface with EUI-64 (MAC address)
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This argument can be provided multiple times
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-w <tap>
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Add a tap interface as a wireless interface
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```
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As with any platform, you can specify the sizes of your stacks, i.e. the amount of space your application can use.
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You may wish to use a more realistic stack size than native's `THREAD_STACKSIZE_DEFAULT` to increase realism.
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# Known Issues
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Check the list of open issues labeled native in the [github issue tracker](https://github.com/RIOT-OS/RIOT/issues?q=is%3Aissue%20state%3Aopen%20label%3A%22Platform%3A%20native%22)
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