[−][src]Crate metro_m4

Re-exports

pub extern crate atsamd_hal as hal;

pub use hal::target_device as pac;

calibration	NVM Software Calibration Area Mapping
clock	Configuring the system clock sources. You will typically need to create an instance of `GenericClockController` before you can set up most of the peripherals on the atsamd51 device. The other types in this module are used to enforce at compile time that the peripherals have been correctly configured.
delay	Delays
eic
gpio	GPIO
pad
prelude	Import the prelude to gain convenient access to helper traits
qspi
rtc	Real-time clock/counter
sercom	Configure the SERCOM peripherals
sleeping_delay	Delays with WFI sleep while we wait using a timer
spi_common
time	Time units
timer	Working with timer counter hardware
timer_params	helper struct to calculate divider & cycles settings for timers.
timer_traits
trng

Pins	Maps the pins to their arduino names and the numbers printed on the board.

ResetCause represents the reason the MCU was reset.

i2c_master	Convenience for setting up the labelled SDA, SCL pins to operate as an I2C master running at the specified frequency.
reset_cause	Returns the cause of the last reset.
serial_number	Returns the serial number of the chip as an array of bytes. The serial number is only guaranteed to be unique if all 16 bytes are used.
spi_master	Convenience for setting up the 2x3 header block for SPI. This powers up SERCOM2 and configures it for use as an SPI Master in SPI Mode 0. Unlike the `flash_spi_master` function, this one does not accept a CS pin; configuring a pin for CS is the responsibility of the caller, because it could be any OutputPin, or even a pulled up line on the slave.
split_serial_number	Returns the serial number of the chip as 4 32-bit integers. The serial number is only guaranteed to be unique if all 128 bits are used.
uart	Convenience for setting up the labelled RX, TX pins to operate as a UART device running at the specified baud.

Attribute to declare the entry point of the program