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SOM-MIMX8MN_manifest_v3_10.xml
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<?xml version="1.0" encoding="UTF-8"?>
<ksdk:manifest xmlns:ksdk="http://nxp.com/ksdk/2.0/ksdk_manifest_v3.0.xsd" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" id="SDK_2.x_VAR-SOM-MX8M-NANO" name="VAR-SOM-MX8M-NANO" brief="This is SDK version 2.13.0 manifest file. It describes the content of the VAR-SOM-MX8M-NANO and additional settings for tools that support SDK version 2.13.0" format_version="3.10" api_version="2.0.0" configuration="db6a6d60dcf025fbfdc9b940b2401cb8" xsi:schemaLocation="http://nxp.com/ksdk/2.0/ksdk_manifest_v3.0.xsd http://nxp.com/mcuxpresso/sdk/sdk_manifest_v3.10.xsd">
<!--Timestamp (UTC): 2023-01-25 09:27:16.109742-->
<!--This manifest is generated based on sdk repo commit: 9add71d10bd80a4b245f4f3ad49616fb10c8144f-->
<defines>
<define name="CPU_$|package|" value=""/>
<define name="CPU_$|package|_$|core|" value=""/>
</defines>
<externalDefinitions>
<definition extID="som_mx8mnddr3l"/>
<definition extID="com.crt.advproject.config.exe.debug"/>
<definition extID="com.crt.advproject.config.exe.release"/>
<definition extID="QSPI_FLASH_MIMX8MN6xxxJZ"/>
</externalDefinitions>
<ksdk id="MCUXpresso2130" name="MCUXpresso2130" version="2.13.0" revision="667 2023-01-18"/>
<compilers>
<compiler id="compiler_gcc" name="gcc" type="gcc"/>
</compilers>
<toolchains>
<toolchain id="armgcc" name="GCC_ARM_Embedded_10-2021.10" version="10.3.1" full_name="GCC ARM Embedded 10-2021.10" compiler="compiler_gcc" type="armgcc" vendor="GCC ARM Embedded" vendor_url="http://launchpad.net/gcc-arm-embedded"/>
</toolchains>
<boards>
<board id="som_mx8mn" name="VAR-SOM-MX8M-NANO" href="https://www.variscite.com/product/system-on-module-som/cortex-a53-krait/var-som-mx8m-nano-nxp-i-mx-8m-nano" version="1.0.0" package="MIMX8MN6DVTJZ">
<description>Evaluation Kit for the i.MX 8M Nano Applications Processor</description>
<examples>
<example id="som_mx8mn_cmsis_ecspi_int_loopback_transfer" name="cmsis_ecspi_int_loopback_transfer" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The cmsis_ecspi_int_loopback_transfer example shows how to use CMSIS ECSPI driver in interrupt way: In this example , ECSPI will do a loopback transfer in interrupt way, so, there is no need to set up any pins.And we should set the ECSPIx->TESTREG[LBC] bit, this bit is used in Master mode only. When this bit is set, the ECSPI connects the transmitter and receiver sections internally, and the data shifted out from the most-significant bit of the shift register is looped back into the least-significant bit of the Shift register.In this way, a self-test of the complete transmit/receive path can be made. The output pins are not affected, and the input pins are ignored." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/ecspi" path="boards/som_mx8mn/cmsis_driver_examples/ecspi/int_loopback_transfer">
<external path="boards/som_mx8mn/cmsis_driver_examples/ecspi/int_loopback_transfer" type="xml">
<files mask="cmsis_ecspi_int_loopback_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_cmsis_ecspi_sdma_loopback_transfer" name="cmsis_ecspi_sdma_loopback_transfer" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The cmsis_ecspi_sdma_loopback_transfer example shows how to use CMSIS ECSPI driver in SDMA way: In this example , ECSPI will do a loopback transfer in SDMA way, so, there is no need to set up any pins.And we should set the ECSPIx->TESTREG[LBC] bit, this bit is used in Master mode only. When this bit is set, the ECSPI connects the transmitter and receiver sections internally, and the data shifted out from the most-significant bit of the shift register is looped back into the least-significant bit of the Shift register.In this way, a self-test of the complete transmit/receive path can be made. The output pins are not affected, and the input pins are ignored." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/ecspi" path="boards/som_mx8mn/cmsis_driver_examples/ecspi/sdma_loopback_transfer">
<external path="boards/som_mx8mn/cmsis_driver_examples/ecspi/sdma_loopback_transfer" type="xml">
<files mask="cmsis_ecspi_sdma_loopback_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_cmsis_ii2c_int_b2b_transfer_master" name="cmsis_ii2c_int_b2b_transfer_master" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The i2c_interrupt_b2b_transfer_master example shows how to use CMSIS i2c driver as master to do board to board transfer with interrupt:In this example, one i2c instance as master and another i2c instance on the other board as slave. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/i2c" path="boards/som_mx8mn/cmsis_driver_examples/i2c/int_b2b_transfer/master">
<external path="boards/som_mx8mn/cmsis_driver_examples/i2c/int_b2b_transfer/master" type="xml">
<files mask="cmsis_ii2c_int_b2b_transfer_master_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_cmsis_ii2c_int_b2b_transfer_slave" name="cmsis_ii2c_int_b2b_transfer_slave" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The i2c_interrupt_b2b_transfer_master example shows how to use CMSIS i2c driver as master to do board to board transfer with interrupt:In this example, one i2c instance as master and another i2c instance on the other board as slave. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/i2c" path="boards/som_mx8mn/cmsis_driver_examples/i2c/int_b2b_transfer/slave">
<external path="boards/som_mx8mn/cmsis_driver_examples/i2c/int_b2b_transfer/slave" type="xml">
<files mask="cmsis_ii2c_int_b2b_transfer_slave_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_cmsis_iuart_interrupt_transfer" name="cmsis_iuart_interrupt_transfer" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The cmsis_uart_interrupt_transfer example shows how to use uart cmsis driver in interrupt way:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Note: The example echo every 8 characters, so input 8 characters every time." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/uart" path="boards/som_mx8mn/cmsis_driver_examples/uart/interrupt_transfer">
<external path="boards/som_mx8mn/cmsis_driver_examples/uart/interrupt_transfer" type="xml">
<files mask="cmsis_iuart_interrupt_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_cmsis_iuart_sdma_transfer" name="cmsis_iuart_sdma_transfer" brief="CMSIS-Driver defines generic peripheral driver interfaces for middleware making it reusable across a wide range of supported microcontroller devices. The API connects microcontroller peripherals with middleware that implements for example communication stacks, file systems, or graphic user interfaces. More information and usage methord please refer to http://www.keil.com/pack/doc/cmsis/Driver/html/index.html.The cmsis_uart_sdma_transfer example shows how to use uart cmsis driver with SDMA:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Note: The example echo every 8 characters, so input 8 characters every time." toolchain="armgcc" compiler="compiler_gcc" category="cmsis_driver_examples/uart" path="boards/som_mx8mn/cmsis_driver_examples/uart/sdma_transfer">
<external path="boards/som_mx8mn/cmsis_driver_examples/uart/sdma_transfer" type="xml">
<files mask="cmsis_iuart_sdma_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ecspi_interrupt_b2b_transfer_master" name="ecspi_interrupt_b2b_transfer_master" brief="The ecspi_interrupt_b2b_transfer example shows how to use ECSPI driver in interrupt way:In this example , we need two boards, one board used as ECSPI master and another board used as ECSPI slave.The file 'ecspi_interrupt_b2b_transfer_master.c' includes the ECSPI master code.This example uses the transactional API in ECSPI driver.1. ECSPI master send/received data to/from ECSPI slave in interrupt . (ECSPI Slave using interrupt to receive/send the data)" toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/ecspi" path="boards/som_mx8mn/driver_examples/ecspi/interrupt_b2b_transfer/master">
<external path="boards/som_mx8mn/driver_examples/ecspi/interrupt_b2b_transfer/master" type="xml">
<files mask="ecspi_interrupt_b2b_transfer_master_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ecspi_interrupt_b2b_transfer_slave" name="ecspi_interrupt_b2b_transfer_slave" brief="The ecspi_interrupt_b2b_transfer example shows how to use ECSPI driver in interrupt way:In this example , we need two boards, one board used as ECSPI master and another board used as ECSPI slave.The file 'ecspi_interrupt_b2b_transfer_slave.c' includes the ECSPI slave code.This example uses the transactional API in ECSPI driver.1. ECSPI master send/received data to/from ECSPI slave in interrupt . (ECSPI Slave using interrupt to receive/send the data)" toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/ecspi" path="boards/som_mx8mn/driver_examples/ecspi/interrupt_b2b_transfer/slave">
<external path="boards/som_mx8mn/driver_examples/ecspi/interrupt_b2b_transfer/slave" type="xml">
<files mask="ecspi_interrupt_b2b_transfer_slave_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ecspi_loopback" name="ecspi_loopback" brief="The ecspi_loopback demo shows how the ecspi do a loopback transfer internally.The ECSPI connects the transmitter and receiver sections internally, and the data shifted out from the most-significant bit of the shift register is looped back into the least-significant bit of the Shift register. In this way, a self-test of the complete transmit/receive path can be made. The output pins are not affected, and the input pins are ignored." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/ecspi" path="boards/som_mx8mn/driver_examples/ecspi/ecspi_loopback">
<external path="boards/som_mx8mn/driver_examples/ecspi/ecspi_loopback" type="xml">
<files mask="ecspi_loopback_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ecspi_polling_b2b_transfer_master" name="ecspi_polling_b2b_transfer_master" brief="The ecspi_polling_b2b_transfer example shows how to use ECSPI driver in polling way:In this example , we need two boards, one board used as ECSPI master and another board used as ECSPI slave.The file 'ecspi_polling_b2b_transfer_master.c' includes the ECSPI master code.1. ECSPI master send/received data to/from ECSPI slave in polling . (ECSPI Slave using interrupt to receive/send the data)" toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/ecspi" path="boards/som_mx8mn/driver_examples/ecspi/polling_b2b_transfer/master">
<external path="boards/som_mx8mn/driver_examples/ecspi/polling_b2b_transfer/master" type="xml">
<files mask="ecspi_polling_b2b_transfer_master_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ecspi_polling_b2b_transfer_slave" name="ecspi_polling_b2b_transfer_slave" brief="The ecspi_polling_b2b_transfer example shows how to use ECSPI driver in polling way:In this example , we need two boards, one board used as ECSPI master and another board used as ECSPI slave.The file 'ecspi_polling_b2b_transfer_slave.c' includes the ECSPI slave code.1. ECSPI master send/received data to/from ECSPI slave in polling . (ECSPI Slave using interrupt to receive/send the data)" toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/ecspi" path="boards/som_mx8mn/driver_examples/ecspi/polling_b2b_transfer/slave">
<external path="boards/som_mx8mn/driver_examples/ecspi/polling_b2b_transfer/slave" type="xml">
<files mask="ecspi_polling_b2b_transfer_slave_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_ecspi_loopback" name="freertos_ecspi_loopback" brief="The freertos_ecspi_loopback demo shows how the ecspi do a loopback transfer internally in FreeRTOS.The ECSPI connects the transmitter and receiver sections internally, and the data shifted out from the most-significant bit of the shift register is looped back into the least-significant bit of the Shift register. In this way, a self-test of the complete transmit/receive path can be made. The output pins are not affected, and the input pins are ignored." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples/freertos_ecspi/ecspi_loopback" path="boards/som_mx8mn/rtos_examples/freertos_ecspi/ecspi_loopback">
<external path="boards/som_mx8mn/rtos_examples/freertos_ecspi/ecspi_loopback" type="xml">
<files mask="freertos_ecspi_loopback_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_event" name="freertos_event" brief="This document explains the freertos_event example. It shows how task waits for an event (defined setof bits in event group). This event can be set by any other process or interrupt in the system.The example application creates three tasks. Two write tasks write_task_1 and write_task_2continuously setting event bit 0 and bit 1.Read_task is waiting for any event bit and printing actual state on console. Event bits areautomatically cleared after read task is entered.Three possible states can occurre:Both bits are set.zBit B0 is set.Bit B1 is set." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_event">
<external path="boards/som_mx8mn/rtos_examples/freertos_event" type="xml">
<files mask="freertos_event_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_generic" name="freertos_generic" brief="This document explains the freertos_generic example. It is based on code FreeRTOS documentation fromhttp://www.freertos.org/Hardware-independent-RTOS-example.html. It shows combination of severaltasks with queue, software timer, tick hook and semaphore.The example application creates three tasks. The prvQueueSendTask periodically sending data toxQueue queue. The prvQueueReceiveTask is waiting for incoming message and counting number ofreceived messages. Task prvEventSemaphoreTask is waiting for xEventSemaphore semaphore given fromvApplicationTickHook. Tick hook give semaphore every 500 ms.Other hook types used for RTOS and resource statistics are also demonstrated in example:* vApplicationIdleHook* vApplicationStackOverflowHook* vApplicationMallocFailedHook" toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_generic">
<external path="boards/som_mx8mn/rtos_examples/freertos_generic" type="xml">
<files mask="freertos_generic_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_hello" name="freertos_hello" brief="The Hello World project is a simple demonstration program that uses the SDK UART drivere incombination with FreeRTOS. The purpose of this demo is to show how to use the debug console and toprovide a simple project for debugging and further development.The example application creates one task called hello_task. This task print "Hello world." messagevia debug console utility and suspend itself." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_hello">
<external path="boards/som_mx8mn/rtos_examples/freertos_hello" type="xml">
<files mask="freertos_hello_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_i2c" name="freertos_i2c" brief="The freertos_i2c example shows an application using RTOS tasks with I2C driver:The example supports 2 different connections:On board connection and board to board connection.With one board connection, 2 I2C instances of the same board are used. One i2c instance used as I2C master and another I2C instance used as I2C slave . Default settings in freertos_i2c.c (in folder boards/<board>/rtos_examples/freertos_i2c) is applied. Two tasks are created. One task is associated with an I2C master operation and another task deals with I2C slave operation. 1. I2C master task sends data to I2C slave task. 2. I2C master task reads data sent back from I2C slave task. The transmit data and the receive data of both I2C master task and I2C slave task are printed out on terminal.With board to board connection, one I2C instance on one board is used as I2C master and the I2C instance on other board is used as I2C slave. Tasks are created to run on each board to handle I2C communication. File freertos_i2c.c should have following definitions: #define EXAMPLE_CONNECT_I2C BOARD_TO_BOARD For board used as I2C master: #define I2C_MASTER_SLAVE isMASTER For board used as I2C slave: #define I2C_MASTER_SLAVE isSLAVE" toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_i2c">
<external path="boards/som_mx8mn/rtos_examples/freertos_i2c" type="xml">
<files mask="freertos_i2c_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_mutex" name="freertos_mutex" brief="This document explains the freertos_mutex example. It shows how mutex manage access to commonresource (terminal output).The example application creates two identical instances of write_task. Each task will lock the mutexbefore printing and unlock it after printing to ensure that the outputs from tasks are not mixedtogether.The test_task accept output message during creation as function parameter. Output message have twoparts. If xMutex is unlocked, the write_task_1 acquire xMutex and print first part of message. Thenrescheduling is performed. In this moment scheduler check if some other task could run, but secondtask write_task+_2 is blocked because xMutex is already locked by first write task. The firstwrite_task_1 continue from last point by printing of second message part. Finaly the xMutex isunlocked and second instance of write_task_2 is executed." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_mutex">
<external path="boards/som_mx8mn/rtos_examples/freertos_mutex" type="xml">
<files mask="freertos_mutex_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_queue" name="freertos_queue" brief="This document explains the freertos_queue example. This example introduce simple logging mechanismbased on message passing.Example could be devided in two parts. First part is logger. It contain three tasks:log_add().....Add new message into the log. Call xQueueSend function to pass new message into message queue.log_init()....Initialize logger (create logging task and message queue log_queue).log_task()....Task responsible for printing of log output.Second part is application of this simple logging mechanism. Each of two tasks write_task_1 andwrite_task_2 print 5 messages into log." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_queue">
<external path="boards/som_mx8mn/rtos_examples/freertos_queue" type="xml">
<files mask="freertos_queue_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_sem" name="freertos_sem" brief="This document explains the freertos_sem example, what to expect when running it and a briefintroduction to the API. The freertos_sem example code shows how semaphores works. Two differenttasks are synchronized in bilateral rendezvous model.The example uses four tasks. One producer_task and three consumer_tasks. The producer_task starts bycreating of two semaphores (xSemaphore_producer and xSemaphore_consumer). These semaphores controlaccess to virtual item. The synchronization is based on bilateral rendezvous pattern. Both ofconsumer and producer must be prepared to enable transaction." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_sem">
<external path="boards/som_mx8mn/rtos_examples/freertos_sem" type="xml">
<files mask="freertos_sem_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_swtimer" name="freertos_swtimer" brief="This document explains the freertos_swtimer example. It shows usage of software timer and itscallback.The example application creates one software timer SwTimer. The timer's callback SwTimerCallback isperiodically executed and text "Tick." is printed to terminal." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_swtimer">
<external path="boards/som_mx8mn/rtos_examples/freertos_swtimer" type="xml">
<files mask="freertos_swtimer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_tickless" name="freertos_tickless" brief="This document explains the freertos_tickless example. It shows the CPU enter at sleep mode and then it is waked up by expired time delay that using GPT module." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_tickless">
<external path="boards/som_mx8mn/rtos_examples/freertos_tickless" type="xml">
<files mask="freertos_tickless_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_freertos_uart" name="freertos_uart" brief="The UART example for FreeRTOS demonstrates the possibility to use the UART driver in the RTOS.The example uses single instance of UART IP and writes string into, then reads back chars.After every 4B received, these are sent back on UART." toolchain="armgcc" compiler="compiler_gcc" category="rtos_examples" path="boards/som_mx8mn/rtos_examples/freertos_uart">
<external path="boards/som_mx8mn/rtos_examples/freertos_uart" type="xml">
<files mask="freertos_uart_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_gpt_capture" name="gpt_capture" brief="The gpt_capture project is a simple demonstration program of the SDK GPT driver's input capture feature.The example sets up a GPT channel for rise-edge capture. Once the input signal is received,this example will print the capture value." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/gpt" path="boards/som_mx8mn/driver_examples/gpt/capture">
<external path="boards/som_mx8mn/driver_examples/gpt/capture" type="xml">
<files mask="gpt_capture_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_gpt_timer" name="gpt_timer" brief="The gpt_timer project is a simple demonstration program of the SDK GPT driver. It sets up the GPThardware block to trigger a periodic interrupt after every 1 second. When the GPT interrupt is triggereda message a printed on the UART terminal." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/gpt" path="boards/som_mx8mn/driver_examples/gpt/timer">
<external path="boards/som_mx8mn/driver_examples/gpt/timer" type="xml">
<files mask="gpt_timer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_hello_world" name="hello_world" brief="The HelloWorld demo prints the "Hello World" string to the terminal using the SDK UART drivers and repeat what user input. The purpose of this demo is to show how to use the UART, and to provide a simple project for debugging and further development." toolchain="armgcc" compiler="compiler_gcc" category="demo_apps" path="boards/som_mx8mn/demo_apps/hello_world">
<external path="boards/som_mx8mn/demo_apps/hello_world" type="xml">
<files mask="hello_world_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_igpio_led_output" name="igpio_led_output" brief="The GPIO Example project is a demonstration program that uses the KSDK software to manipulate the general-purposeoutputs.The example is supported by the set, clear, and toggle write-only registers for each port output data register. The example take turns to shine the LED." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/gpio" path="boards/som_mx8mn/driver_examples/gpio/led_output">
<external path="boards/som_mx8mn/driver_examples/gpio/led_output" type="xml">
<files mask="igpio_led_output_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ii2c_interrupt_b2b_transfer_master" name="ii2c_interrupt_b2b_transfer_master" brief="The i2c_interrupt_b2b_transfer_master example shows how to use i2c driver as master to do board to board transfer with interrupt:In this example, one i2c instance as master and another i2c instance on the other board as slave. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/i2c" path="boards/som_mx8mn/driver_examples/i2c/interrupt_b2b_transfer/master">
<external path="boards/som_mx8mn/driver_examples/i2c/interrupt_b2b_transfer/master" type="xml">
<files mask="ii2c_interrupt_b2b_transfer_master_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ii2c_interrupt_b2b_transfer_slave" name="ii2c_interrupt_b2b_transfer_slave" brief="The i2c_interrupt_b2b_transfer_slave example shows how to use i2c driver as slave to do board to board transfer with interrupt:In this example, one i2c instance as slave and another i2c instance on the other board as master. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/i2c" path="boards/som_mx8mn/driver_examples/i2c/interrupt_b2b_transfer/slave">
<external path="boards/som_mx8mn/driver_examples/i2c/interrupt_b2b_transfer/slave" type="xml">
<files mask="ii2c_interrupt_b2b_transfer_slave_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ii2c_polling_b2b_transfer_master" name="ii2c_polling_b2b_transfer_master" brief="The i2c_polling_b2b_transfer_master example shows how to use i2c driver as master to do board to board transfer using polling method:In this example, one i2c instance as master and another i2c instance on the other board as slave. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/i2c" path="boards/som_mx8mn/driver_examples/i2c/polling_b2b_transfer/master">
<external path="boards/som_mx8mn/driver_examples/i2c/polling_b2b_transfer/master" type="xml">
<files mask="ii2c_polling_b2b_transfer_master_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ii2c_polling_b2b_transfer_slave" name="ii2c_polling_b2b_transfer_slave" brief="The i2c_polling_b2b_transfer_slave example shows how to use i2c driver as slave to do board to board transfer with a polling master:In this example, one i2c instance as slave and another i2c instance on the other board as master. Master sends a piece of data to slave, and receive a piece of data from slave. This example checks if the data received from slave is correct." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/i2c" path="boards/som_mx8mn/driver_examples/i2c/polling_b2b_transfer/slave">
<external path="boards/som_mx8mn/driver_examples/i2c/polling_b2b_transfer/slave" type="xml">
<files mask="ii2c_polling_b2b_transfer_slave_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_ipwm" name="ipwm" brief="The PWM project is a simple demonstration program of the SDK PWM driver. It sets up the PWM hardwareblock to output PWM signals on one PWM channel. The example also shows PWM duty cycle is increase or decrease.The FIFO empty interrupt is provided. A new value will be loaded into FIFO when FIFO empty status bit is set. The PWM will run at the last set duty-cycle setting if all the values of the FIFO has been utilized, until the FIFO is reloaded or the PWM is disabled. When a new value is written, the duty cycle changes after the current period is over.The outputs can be observed by oscilloscope." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/pwm" path="boards/som_mx8mn/driver_examples/pwm">
<external path="boards/som_mx8mn/driver_examples/pwm" type="xml">
<files mask="ipwm_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_auto_baudrate_detect" name="iuart_auto_baudrate_detect" brief="The uart_auto_baudrate_detect example shows how to use uart auto baud rate detect feature:In this example, one uart instance connect to PC through uart. First, we should send characters a or A to board. The boars will set baud rate automatic. After baud rate has set, the board will send back all characters that PCsend to the board." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/auto_baudrate_detect">
<external path="boards/som_mx8mn/driver_examples/uart/auto_baudrate_detect" type="xml">
<files mask="iuart_auto_baudrate_detect_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_idle_detect_sdma_transfer" name="iuart_idle_detect_sdma_transfer" brief="The uart_idle_detect_sdma example shows how to use uart driver in sdma way:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Uart will receive 8 characters every time, but if the character is less then 8, the idleline interrupt will generate, and abort the SDMA receive operation, and send out the receivedcharacters." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/idle_detect_sdma_transfer">
<external path="boards/som_mx8mn/driver_examples/uart/idle_detect_sdma_transfer" type="xml">
<files mask="iuart_idle_detect_sdma_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_interrupt" name="iuart_interrupt" brief="The uart_functioncal_interrupt example shows how to use uart driver functionalAPI to receive data with interrupt method:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/interrupt">
<external path="boards/som_mx8mn/driver_examples/uart/interrupt" type="xml">
<files mask="iuart_interrupt_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_interrupt_rb_transfer" name="iuart_interrupt_rb_transfer" brief="The uart_interrupt_ring_buffer example shows how to use uart driver in interrupt way withRX ring buffer enabled:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Note: The example echo every 8 characters, so input 8 characters every time." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/interrupt_rb_transfer">
<external path="boards/som_mx8mn/driver_examples/uart/interrupt_rb_transfer" type="xml">
<files mask="iuart_interrupt_rb_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_interrupt_transfer" name="iuart_interrupt_transfer" brief="The uart_interrupt example shows how to use uart driver in interrupt way:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Note: The example echo every 8 characters, so input 8 characters every time." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/interrupt_transfer">
<external path="boards/som_mx8mn/driver_examples/uart/interrupt_transfer" type="xml">
<files mask="iuart_interrupt_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_polling" name="iuart_polling" brief="The uart_polling example shows how to use uart driver in polling way:In this example, one uart instance connect to PC through uart, the board will send back all characters that PCsend to the board." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/polling">
<external path="boards/som_mx8mn/driver_examples/uart/polling" type="xml">
<files mask="iuart_polling_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_iuart_sdma_transfer" name="iuart_sdma_transfer" brief="The uart_sdma example shows how to use uart driver in sdma way:In this example, one uart instance connect to PC through uart, the board willsend back all characters that PC send to the board.Note: The example echo every 8 characters, so input 8 characters every time." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/uart" path="boards/som_mx8mn/driver_examples/uart/sdma_transfer">
<external path="boards/som_mx8mn/driver_examples/uart/sdma_transfer" type="xml">
<files mask="iuart_sdma_transfer_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_rdc" name="rdc" brief="The RDC example shows how to control the peripheral and memory regionasscess policy using RDC and RDC_SEMA42" toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/rdc" path="boards/som_mx8mn/driver_examples/rdc">
<external path="boards/som_mx8mn/driver_examples/rdc" type="xml">
<files mask="rdc_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_rpmsg_lite_pingpong_rtos_linux_remote" name="rpmsg_lite_pingpong_rtos_linux_remote" brief="The Multicore RPMsg-Lite pingpong RTOS project is a simple demonstration program that uses theMCUXpresso SDK software and the RPMsg-Lite library and shows how to implement the inter-corecommunicaton between cores of the multicore system. The primary core releases the secondary corefrom the reset and then the inter-core communication is established. Once the RPMsg is initializedand endpoints are created the message exchange starts, incrementing a virtual counter that is partof the message payload. The message pingpong finishes when the counter reaches the value of 100.Then the RPMsg-Lite is deinitialized and the procedure of the data exchange is repeated again.Shared memory usageThis multicore example uses the shared memory for data exchange. The shared memory region isdefined and the size can be adjustable in the linker file. The shared memory region start addressand the size have to be defined in linker file for each core equally. The shared memory startaddress is then exported from the linker to the application." toolchain="armgcc" compiler="compiler_gcc" category="multicore_examples" path="boards/som_mx8mn/multicore_examples/rpmsg_lite_pingpong_rtos/linux_remote">
<external path="boards/som_mx8mn/multicore_examples/rpmsg_lite_pingpong_rtos/linux_remote" type="xml">
<files mask="rpmsg_lite_pingpong_rtos_linux_remote_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_rpmsg_lite_str_echo_rtos_imxcm7" name="rpmsg_lite_str_echo_rtos_imxcm7" brief="The Multicore RPMsg-Lite string echo project is a simple demonstration program that uses theMCUXpresso SDK software and the RPMsg-Lite library and shows how to implement the inter-corecommunicaton between cores of the multicore system.It works with Linux RPMsg master peer to transfer string content back and forth. The name servicehandshake is performed first to create the communication channels. Next, Linux OS waits for userinput to the RPMsg virtual tty. Anything which is received is sent to M7. M7 displays what isreceived, and echoes back the same message as an acknowledgement. The tty reader on the Linux sidecan get the message, and start another transaction. The demo demonstrates RPMsg’s ability to sendarbitrary content back and forth. Note: The maximum message length supported by RPMsg is now 496bytes. String longer than 496 will be divided by virtual tty into several messages.Shared memory usageThis multicore example uses the shared memory for data exchange. The shared memory region isdefined and the size can be adjustable in the linker file. The shared memory region start addressand the size have to be defined in linker file for each core equally. The shared memory startaddress is then exported from the linker to the application." toolchain="armgcc" compiler="compiler_gcc" category="multicore_examples" path="boards/som_mx8mn/multicore_examples/rpmsg_lite_str_echo_rtos">
<external path="boards/som_mx8mn/multicore_examples/rpmsg_lite_str_echo_rtos" type="xml">
<files mask="rpmsg_lite_str_echo_rtos_imxcm7_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_sdma_memory_to_memory" name="sdma_memory_to_memory" brief="The EDMA memory to memory example is a simple demonstration program that uses the SDK software.It excuates one shot transfer from source buffer to destination buffer using the SDK EDMA drivers.The purpose of this example is to show how to use the EDMA and to provide a simple example fordebugging and further development." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/sdma" path="boards/som_mx8mn/driver_examples/sdma/memory_to_memory">
<external path="boards/som_mx8mn/driver_examples/sdma/memory_to_memory" type="xml">
<files mask="sdma_memory_to_memory_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_sdma_scatter_gather" name="sdma_scatter_gather" brief="The SDMA scatter gather example is a simple demonstration program that uses the SDK software.It excuates several shots transfer from source buffer to destination buffer using the SDK SDMA drivers.The purpose of this example is to show how to use the SDMA and to provide a scatter gather example fordebugging and further development." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/sdma/scatter_gather" path="boards/som_mx8mn/driver_examples/sdma/scatter_gather">
<external path="boards/som_mx8mn/driver_examples/sdma/scatter_gather" type="xml">
<files mask="sdma_scatter_gather_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_sema4_uboot" name="sema4_uboot" brief="The sema4 uboot example shows how to use SEMA4 driver to lock and unlock a sema gate,the notification IRQ is also demonstrated in this example.This example should work together with uboot. This example runs on Cortex-M core,the uboot runs on the Cortex-A core." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/sema4" path="boards/som_mx8mn/driver_examples/sema4/uboot">
<external path="boards/som_mx8mn/driver_examples/sema4/uboot" type="xml">
<files mask="sema4_uboot_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_tmu_monitor_threshold" name="tmu_monitor_threshold" brief="The TMU example shows how to configure TMU register to monitor and report the temperature from temperature measurement site located on the chip. It monitors the site and signals an alarm if a programmed threshold is ever exceeded." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/tmu" path="boards/som_mx8mn/driver_examples/tmu/monitor_threshold">
<external path="boards/som_mx8mn/driver_examples/tmu/monitor_threshold" type="xml">
<files mask="tmu_monitor_threshold_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_tmu_temperature_polling" name="tmu_temperature_polling" brief="The TMU example shows how to configure TMU register to monitor and report the temperature from temperature measurement site located on the chip. It monitors the site and outputs the immediate/average temperature." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/tmu" path="boards/som_mx8mn/driver_examples/tmu/temperature_polling">
<external path="boards/som_mx8mn/driver_examples/tmu/temperature_polling" type="xml">
<files mask="tmu_temperature_polling_v3_10.xml"/>
</external>
</example>
<example id="som_mx8mn_wdog01" name="wdog01" brief="The WDOG Example project is to demonstrate usage of the KSDK wdog driver.In this example,implemented to test the wdog.And then after 10 times of refreshing the watchdog, a timeout reset is generated.We also try to refresh out of window to trigger reset after 10 times of refreshing.Please notice that because WDOG control registers are write-once only, so the WDOG_Init function and the WDOG_Disable function can be called only once after reset." toolchain="armgcc" compiler="compiler_gcc" category="driver_examples/wdog" path="boards/som_mx8mn/driver_examples/wdog">
<external path="boards/som_mx8mn/driver_examples/wdog" type="xml">
<files mask="wdog01_v3_10.xml"/>
</external>
</example>
</examples>
</board>
</boards>
<devices>
<device id="MIMX8MN6xxxJZ" name="MIMX8MN6" version="1.0.0" full_name="MIMX8MN6xxxJZ" family="MIMX8MNx" platform="i.MX">
<description>i.MX 8M Nano Quad</description>
<metadataSet>
<metadata key="vendor" value="NXP"/>
</metadataSet>
<core id="cm7_MIMX8MN6xxxJZ" name="cm7" fpu="true" type="cm7"/>
<memory>
<memoryBlock id="SRAM_UPPER_MIMX8MN6xxxJZ" name="SRAM_UPPER" addr="20000000" size="00020000" type="RAM" access="RW"/>
<memoryBlock id="SRAM_LOWER_MIMX8MN6xxxJZ" name="SRAM_LOWER" addr="00000000" size="00020000" type="RAM" access="RW"/>
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<total_memory flash_size_kb="0" ram_size_kb="256"/>
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