297 lines
13 KiB
XML
297 lines
13 KiB
XML
<?xml version="1.0" encoding="UTF-8"?>
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<samples>
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<sample id="apix-adc-sample">
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<name>Digi APIX ADC Example</name>
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<description>
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Example application to access and manage ADC channels using the Digi APIX library.
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This application enables one ADC channel on the board. After that, the
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application takes periodic samples and prints the raw value and the value in mv.
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</description>
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<path>apix-adc-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-can-samples">
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<name>Digi APIX CAN Examples</name>
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<description>
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Example applications to manage CAN interfaces using the Digi APIX library.
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These applications enable one CAN interfaces of the board and start a transmission or
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reception using the selected baudrate.
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</description>
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<path>apix-can-examples</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-gpio-sample">
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<name>Digi APIX GPIO Example</name>
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<description>
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Example application to access and manage GPIO lines using the Digi APIX library.
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This application uses a GPIO as input (e.g. a user button) and another
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one as output (e.g. a user led). The application toggles the output GPIO
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whenever an interrupt is generated in the input GPIO.
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</description>
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<path>apix-gpio-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-i2c-sample">
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<name>Digi APIX I2C Example</name>
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<description>
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Example application to access and manage I2C slaves using the Digi APIX library.
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This application writes a page of an external EEPROM memory with random data.
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Afterward, it reads the data back to validate it (tested with 24FC1026).
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</description>
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<path>apix-i2c-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-pm-sample">
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<name>Digi APIX Power Management Example</name>
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<description>
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Example applications that use the Digi APIX library to access and manage
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power-management related features of the CPU, such as temperature thresholds,
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frequencies, and governors.
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</description>
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<path>apix-pm-examples</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-pwm-sample">
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<name>Digi APIX PWM Example</name>
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<description>
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Example application to access and manage PWM lines using the Digi APIX library.
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This application enables one PWM line of the board using a frequency of 1000Hz.
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Then, it progressively modifies the duty cycle in a loop from 10% to 90% and
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vice-versa.
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</description>
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<path>apix-pwm-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-spi-sample">
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<name>Digi APIX SPI Example</name>
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<description>
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Example application to access and manage SPI slaves using the Digi APIX library.
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This application writes a page of an external EEPROM memory with random data.
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Afterward, it reads the data back to validate it.
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Most EEPROM memories are compatible with the example. You only need to specify
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the page size and the address size in bytes.
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</description>
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<path>apix-spi-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="apix-watchdog-sample">
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<name>Digi APIX Watchdog Example</name>
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<description>
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Example application to access and manage watchdog using the Digi APIX library.
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This application enables a watchdog device on the board. After that, the
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application starts refreshing the watchdog timer until the test time is consumed,
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then the device will reboot automatically after the timeout expires.
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</description>
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<path>apix-watchdog-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="ble-gat-server-example">
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<name>Digi BLE GATT server Example</name>
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<description>
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This application enables a BLE GATT server on the board. After that, the
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application starts listening for BLE connections to provide custom BLE
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GATT services and characteristics.
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</description>
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<path>ble-gatt-server-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="caam-blob-example">
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<name>Digi CAAM-blob Example</name>
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<description>
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This example application shows how to encapsulate/decapsulate data to/from CAAM blobs.
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CAAM blobs are a way to protect sensitive data by encrypting their contents.
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You can think of CAAM blobs as data encrypted with an internal unreadable device-specific key which is protected by the hardware.
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Data encapsulated in a CAAM blob can only be decapsulated by the device that created it.
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When creating CAAM blobs, the input data size is limited to 1048527 bytes.
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Note that CAAM blobs are slightly bigger than the input data (48 bytes bigger).
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A key modifier may be used to further differentiate the key used in a particular blob.
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</description>
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<path>caam-blob-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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</platforms>
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</sample>
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<sample id="cccs-data-request-example">
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<name>Digi CCCS data request Example</name>
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<description>
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Example application to listen to data requests from Remote Manager using
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ConnectCore Cloud Services.
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This application registers a `get_time` data request.
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When this request arrives the application sends back the current time.
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</description>
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<path>cccs-data-request-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="cccs-upload-data-points-example">
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<name>Digi CCCS upload data points Example</name>
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<description>
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Example application to upload data points to Remote Manager using ConnectCore
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Cloud Services.
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This application uploads an integer value with an incremented counter to a data
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stream called 'incremental'. The counter value is incremented every 5 seconds.
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The uploads takes place every 10 new samples, that is every 50 seconds.
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</description>
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<path>cccs-upload-data-points-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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<sample id="cccs-upload-binary-file-example">
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<name>Digi CCCS upload binary file Example</name>
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<description>
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Example application to upload a binary file to Remote Manager using ConnectCore
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Cloud Services.
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This application uploads the content of file `/etc/build` as a binary data point
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to stream `binary_dp`.
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</description>
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<path>cccs-upload-binary-file-example</path>
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<platforms>
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<platform>ccimx6sbc</platform>
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<platform>ccimx6qpsbc</platform>
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<platform>ccimx6ulstarter</platform>
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<platform>ccimx6ulsbc</platform>
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<platform>ccimx8x-sbc-express</platform>
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<platform>ccimx8x-sbc-pro</platform>
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<platform>ccimx8mn-dvk</platform>
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<platform>ccimx8mm-dvk</platform>
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<platform>ccimx93-dvk</platform>
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<platform>ccmp15-dvk</platform>
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<platform>ccmp13-dvk</platform>
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</platforms>
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</sample>
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</samples>
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