README
¶
Support for i.MX RT microcontrollers.
Contains examples you can run on supported develompent boards.
Directories
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| Path | Synopsis |
|---|---|
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dci
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owdci
Package owdci provides implementation of onewire.DCI interface.
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Package owdci provides implementation of onewire.DCI interface. |
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devboard
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fet1061/examples/blinky
Blinky flashes the on-board LED.
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Blinky flashes the on-board LED. |
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fet1061/examples/crudeblinky
Crudeblinky flashes the on-board LED without using HAL or any other packages outside the Embedded Go standard library.
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Crudeblinky flashes the on-board LED without using HAL or any other packages outside the Embedded Go standard library. |
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fet1061/examples/display
Display draws on the connected display.
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Display draws on the connected display. |
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fet1061/examples/dma
Dma shows how to use the DMA controller to perform the memory to memory transfer.
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Dma shows how to use the DMA controller to perform the memory to memory transfer. |
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fet1061/examples/espat
Espat is an ESP-AT based TCP echo server.
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Espat is an ESP-AT based TCP echo server. |
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fet1061/examples/espnet
Espnet is an ESP-AT based TCP echo server.
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Espnet is an ESP-AT based TCP echo server. |
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fet1061/examples/httpserver
Httpserver runs the Go net/http server using the ESP-AT TCP/IP stack.
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Httpserver runs the Go net/http server using the ESP-AT TCP/IP stack. |
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fet1061/examples/onewire
Onewire uses SkipROM (broadcast) addressing to configure and run all DS18x2x temperature sensors on the 1-Wire bus conected to the LPUART2 interface.
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Onewire uses SkipROM (broadcast) addressing to configure and run all DS18x2x temperature sensors on the 1-Wire bus conected to the LPUART2 interface. |
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fet1061/examples/spi
SPI loop test: wire P91 and P92 together.
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SPI loop test: wire P91 and P92 together. |
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fet1061/examples/uart
Uart demonstrates how to use LPUART peripheral.
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Uart demonstrates how to use LPUART peripheral. |
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fet1061/examples/uartadvanced
Uartadvanced demonstrates how to use the LPUART driver in very custom way including details like configuring interrupts and DMA channels.
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Uartadvanced demonstrates how to use the LPUART driver in very custom way including details like configuring interrupts and DMA channels. |
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teensy4/board/system
Package system, when imported, performs the default configuration of the Teensy 4.x board.
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Package system, when imported, performs the default configuration of the Teensy 4.x board. |
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teensy4/examples/blinky
Blinky flashes the on-board LED.
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Blinky flashes the on-board LED. |
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teensy4/examples/crudeblinky
Crudeblinky flashes the on-board LED without using HAL or any other packages outside the Embedded Go standard library.
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Crudeblinky flashes the on-board LED without using HAL or any other packages outside the Embedded Go standard library. |
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teensy4/examples/display
Display draws on the connected display.
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Display draws on the connected display. |
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teensy4/examples/dma
Dma shows how to use the DMA controller to perform the memory to memory transfer.
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Dma shows how to use the DMA controller to perform the memory to memory transfer. |
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teensy4/examples/espat
Espat is an ESP-AT based TCP echo server.
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Espat is an ESP-AT based TCP echo server. |
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teensy4/examples/espnet
Espnet is an ESP-AT based TCP echo server.
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Espnet is an ESP-AT based TCP echo server. |
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teensy4/examples/helloworld
Helloworld endlessly prints a line of text on the system console.
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Helloworld endlessly prints a line of text on the system console. |
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teensy4/examples/httpserver
Httpserver runs the Go net/http server using the ESP-AT TCP/IP stack.
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Httpserver runs the Go net/http server using the ESP-AT TCP/IP stack. |
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teensy4/examples/onewire
Onewire uses SkipROM addressing to configure and run all DS18x2x temperature sensors on the 1-Wire bus conected to the LPUART2 interface.
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Onewire uses SkipROM addressing to configure and run all DS18x2x temperature sensors on the 1-Wire bus conected to the LPUART2 interface. |
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teensy4/examples/uart
Uart demonstrates how to use LPUART peripheral.
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Uart demonstrates how to use LPUART peripheral. |
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teensy4/examples/uartadvanced
Uartadvanced demonstrates how to use the LPUART peripheral including all details like interrupts and DMA.
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Uartadvanced demonstrates how to use the LPUART peripheral including all details like interrupts and DMA. |
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teensy4/examples/usb
Usb works as en Echo Server on the second USB serial port, writting back all received data.
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Usb works as en Echo Server on the second USB serial port, writting back all received data. |
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teensy4/examples/usbserial
Usbserial works as en Echo Server on the second USB serial port, writting back all received data.
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Usbserial works as en Echo Server on the second USB serial port, writting back all received data. |
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hal
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dma
Package dma provides interface to the eDMA controller.
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Package dma provides interface to the eDMA controller. |
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dtcm
Package dtcm allows to allocate variables and slices of arbitrary type in the DTCM memory.
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Package dtcm allows to allocate variables and slices of arbitrary type in the DTCM memory. |
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internal/ccm
Package ccm provides simple interface to the CCGR registrs.
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Package ccm provides simple interface to the CCGR registrs. |
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internal/umreg
Package umreg containt init function that enables user mode code to access peripheral registers.
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Package umreg containt init function that enables user mode code to access peripheral registers. |
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system/timer/systick
Package systick allows to use ARMv7-M SysTick timer as ticking system timer.
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Package systick allows to use ARMv7-M SysTick timer as ticking system timer. |
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usb
Package usb provides a high level access to the i.MX RT built-in USB controllers.
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Package usb provides a high level access to the i.MX RT built-in USB controllers. |
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usb/usbserial
Package usbserial provides a simple USB CDC ACM serial driver.
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Package usbserial provides a simple USB CDC ACM serial driver. |
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tools
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