c2000ware-core-sdk/driverlib/.meta/pinmux.csv.xdt

%%{
var deviceData = system.deviceData
let pinmuxContent = system.getTemplate("/driverlib/pinmux/pinmux.board.c.xdt");
let Common   = system.getScript("/driverlib/Common.js");
var replaceCommaWith = "/"
//console.log(deviceData)
var output = ""
for (var devicePinIndex in deviceData.devicePins){
    var devicePin = deviceData.devicePins[devicePinIndex]
    if (!isNaN(devicePin.designSignalName)){
        continue
    }
    output += devicePin.name.replace(/,/g, replaceCommaWith)
    output += "," + devicePin.designSignalName.replace(/,/g, replaceCommaWith)
    if (devicePin.mux == null)
    {
        output += "," + devicePin.designSignalName.replace(/,/g, replaceCommaWith) + "\n"
        continue
    }
    var muxSetting = devicePin.mux.muxSetting
    if (muxSetting.length > 0)
    {        
        if (devicePin.designSignalName.includes("GPIO"))
        {
            var gpioName = devicePin.designSignalName.substring(devicePin.designSignalName.indexOf("GPIO"))
            var gpioNumber = gpioName.substring(4); // determine which GPIO
            var gpioNumber = Common.gpioNameToNumber(gpioNumber);
            var gpioName = "GPIO" + gpioNumber
            output += "," + pinmuxContent("function", gpioName).replace("\n", "").replace("\r", "").replace(/,/g, replaceCommaWith)
        }
        else
        {
            var selectedMode = ""
            for (var muxSettingIndex in muxSetting)
            {
                var muxSettingMode = muxSetting[muxSettingIndex].mode;
                var muxSettingName = muxSetting[muxSettingIndex].peripheralPin.name;
                if ((muxSettingMode.includes("ALT") && !muxSettingMode.includes("_")) && muxSettingName.includes("AIO"))
                {
                    selectedMode = pinmuxContent("function", muxSettingName).replace("\n", "").replace("\r", "").replace(/,/g, replaceCommaWith)
                    if (selectedMode.length > 0)
                    {
                        break;
                    }
                }
                
            }
            output += "," + selectedMode;
        }
        for (var mode = 0; mode < 16; mode++)
        {
            var modeFound = false
            for (var muxSettingIndex in muxSetting)
            {
                var muxSettingMode = muxSetting[muxSettingIndex].mode;
                if (mode.toString() == muxSettingMode)
                {
                    modeFound = true
                    var muxSettingName = muxSetting[muxSettingIndex].peripheralPin.name;
                    output += "," + muxSettingName.replace(/,/g, replaceCommaWith)
                }
            }
            if (!modeFound)
            {
                output += ","
            }
        }
        //------------------------------------------------------------------
        // Double-bonded GPIOs on a single pin - add extra rows
        //------------------------------------------------------------------
        // get a dictionary of all the GPIO_ mux rows (double-bonded mux 
        // entries) available like GPIO228_3. Store in object like:
        // Example for triple-bonded pin, with GPIO226_0/4/5 + GPIO228_0/3/4
        // otherMuxes:{
        //      226:{0:"GPIO226", 4:"GPIO226", 5:"EPWM6_A",  ...}
        //      228:{0:"GPIO228", 3:"ADCSOCAO", 4:"GPIO228", ...}
        // }
        var otherMuxes = {};
        for (var i = 0; i<muxSetting.length; i++)
        {
            if((muxSetting[i]['mode'].includes("GPIO") ||  muxSetting[i]['mode'].includes("AIO")) && !muxSetting[i]['mode'].includes("ALT"))
            {
                if(muxSetting[i]['mode'].includes("GPIO"))
                {
                    var gpio_num_and_mux_pos = muxSetting[i]['mode'].match(/(GPIO)(\d+)_(\d+)$/);
                }
                else if(muxSetting[i]['mode'].includes("AIO"))
                {
                    var gpio_num_and_mux_pos = muxSetting[i]['mode'].match(/(AIO)(\d+)_(\d+)$/);
                }
                var per_type        = gpio_num_and_mux_pos[1];
                var gpio_num        = gpio_num_and_mux_pos[2];
                var mux_pos         = gpio_num_and_mux_pos[3];
                var mux_entry_name  = muxSetting[i]['peripheralPin']['name'];
                // otherMuxes.push({ 'per_type':per_type, 'gpio_num':parseInt(gpio_num), 'mux_pos':parseInt(mux_pos), 'mux_entry_name':mux_entry_name })
                // if this GPIO hasn't been added yet, add it, along with the mux information
                if (!(per_type in otherMuxes))
                {
                    otherMuxes[per_type] = {};
                }
                // if this GPIO hasn't been added yet, add it, along with the mux information
                if (!(gpio_num in otherMuxes[per_type]))
                {
                    otherMuxes[per_type][gpio_num] = {};
                }
                // add the mux position and its name
                otherMuxes[per_type][gpio_num][mux_pos] = mux_entry_name;
            }
        }
        //console.log(otherMuxes)
        // if there were any additional mux rows, sort them and print them as new rows
        if (Object.keys(otherMuxes).length > 0)
        {
            // sort the additional GPIOs on this pin if more than one
            Object.keys(otherMuxes).sort().forEach(function(per_type, i) {
                // sort the additional GPIOs on this pin if more than one
                Object.keys(otherMuxes[per_type]).sort().forEach(function(gpio_num, i) {
                    // now output the mux entries as a new row
                    //----------------------------------------------------------
                    // new row
                    output += "\n";
                    // re-add the Pin column entry (same pin as other mux)
                    output += devicePin.name.replace(/,/g, replaceCommaWith);
                    // re-add the Name column entry (same name as other mux)
                    output += "," + devicePin.designSignalName.replace(/,/g, replaceCommaWith);
                    // Get the "Selected Mode" (if any) for THIS peripheral, since it is technically a different GPIO/AIO
                    gpioName = per_type + gpio_num
                    var muxSettingName = muxSetting[muxSettingIndex].peripheralPin.name;
                    output += "," + pinmuxContent("function", muxSettingName).replace("\n", "").replace("\r", "").replace(/,/g, replaceCommaWith)
                    // now iterate through the columns and add them where applicable
                    for (var mode = 0; mode < 16; mode++)
                    {
                        if (mode in otherMuxes[per_type][gpio_num])
                        {
                            output += "," + otherMuxes[per_type][gpio_num][mode].replace(/,/g, replaceCommaWith);
                        }
                        else
                        {
                            output += ",";
                        }
                    }
                });
            });
        }
    }
    else
    {
        output += "," + devicePin.designSignalName.replace(/,/g, replaceCommaWith)
    }
    output += "\n"
}
%%}
% if (Common.isContextCPU1()){
All device pins and their pinmux options
Pin,Name,Selected Mode,0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15
`output`
% } else {
PinMux is done on CPU1  
% }