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2021-04-04 21:04:12 +01:00
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17
build/scripts/CleanBuild.sh Normal file
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#!/bin/bash
cd /home/nav/Projects/Bloom || exit;
rm -fr build/cmake-build-debug/*; rm -fr build/cmake-build-release/*;
rm -fr release;
rm -fr Bloom-*.deb;
rm -fr "_CPack_Packages";
export CMAKE_PREFIX_PATH=/opt/Qt/5.12.10/gcc_64/
cd build/cmake-build-debug/ && cmake -DCMAKE_BUILD_TYPE=Debug -DCMAKE_CXX_COMPILER=/usr/bin/g++-9 /home/nav/Projects/Bloom/
cd /home/nav/Projects/Bloom/ && cmake --build /home/nav/Projects/Bloom/build/cmake-build-debug --target clean
cmake --build /home/nav/Projects/Bloom/build/cmake-build-debug --target Bloom
cmake --install /home/nav/Projects/Bloom/build/cmake-build-debug --target Bloom

178
build/scripts/CopyAvrPartFilesAndCreateMapping.php Normal file
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<?php
/*
* Parses Microchip AVR Part Description (.atdf/.xml) files and creates a JSON mapping of target IDs to file paths.
* Also copies the files over to the Distribution directory.
*
* The JSON mapping is compiled as a Qt resource and used for looking-up target description file paths, by target ID.
*
* This script should be run as part of the build process.
*/
CONST AVR_PD_FILE_PATH = __DIR__ . "/../../src/Targets/Microchip/AVR/PartDescriptionFiles";
CONST TARGET_PD_DEST_FILE_PATH = __DIR__ . "/../resources/TargetPartDescriptions/AVR";
CONST TARGET_PD_DEST_RELATIVE_FILE_PATH = "../resources/TargetPartDescriptions/AVR";
CONST TARGET_PD_MAPPING_FILE_PATH = TARGET_PD_DEST_FILE_PATH . "/Mapping.json";
CONST PD_COMMENT = "\n<!-- This is an automatically generated file. Any changes made to it will likely be lost. -->\n";
// Empty destination directory
if (file_exists(TARGET_PD_DEST_FILE_PATH)) {
// There is no PHP function to delete a non-empty directory and I can't be arsed to write one. Bite me
exec("rm -r " . TARGET_PD_DEST_FILE_PATH);
}
if (file_exists(TARGET_PD_MAPPING_FILE_PATH)) {
unlink(TARGET_PD_MAPPING_FILE_PATH);
}
mkdir(TARGET_PD_DEST_FILE_PATH, 0777, true);
class TargetDescription implements JsonSerializable
{
public ?string $targetId;
public ?string $targetName;
public ?string $originalFilePath;
public ?string $destinationFilePath;
public ?string $relativeDestinationFilePath;
public function jsonSerialize() {
return [
'targetName' => $this->targetName,
'targetDescriptionFilePath' => $this->relativeDestinationFilePath,
];
}
}
$processedFileCount = 0;
$failedFileCount = 0;
/**
* Will read all .atdf and .xml files in $path and attempt to parse them as AVR target description files.
* This function is recursive - it will call itself if it stumbles upon a directory within $path.
*
* @param $path
* @return TargetDescription[][]
* A mapping of target IDs to an array of TargetDescription objects. Note: target IDs are not
* always unique to targets. That is why each ID is mapped to an array of TargetDescription objects.
*/
function processAvrPartFiles($path) : array {
global $processedFileCount, $failedFileCount;
/** @var TargetDescription[][] $output */
$output = [];
foreach (glob($path . "/*") as $file) {
if (is_dir($file)) {
$output = array_merge($output, processAvrPartFiles($file));
continue;
}
if (strstr($file, '.atdf') === false && strstr($file, '.xml') === false) {
// Unknown file type
continue;
}
$fileContents = file_get_contents($file);
$pdXml = simplexml_load_string($fileContents);
if ($pdXml === false) {
print "Invalid XML in \"" . $file . "\"\n";
$failedFileCount++;
continue;
}
$device = $pdXml->devices[0]->device;
$partDescriptionXml = new TargetDescription();
$partDescriptionXml->originalFilePath = $file;
$partDescriptionXml->destinationFilePath = TARGET_PD_DEST_FILE_PATH . "/";
$partDescriptionXml->relativeDestinationFilePath = TARGET_PD_DEST_RELATIVE_FILE_PATH . "/";
if (!empty($device['architecture'])
&& in_array($device['architecture'], ['AVR8', 'AVR32', 'AVR8X', 'AVR8L', 'AVR8_XMEGA'])
) {
// This is an AVR device.
if (!empty($device['architecture'])) {
// Group by architecture
$partDescriptionXml->destinationFilePath .= strtoupper((string) $device['architecture']) . "/";
$partDescriptionXml->relativeDestinationFilePath .= strtoupper((string) $device['architecture']) . "/";
}
if (!empty($device['family'])) {
// Group by family
$partDescriptionXml->destinationFilePath .= str_replace([' '] , '_', strtoupper((string) $device['family']));
$partDescriptionXml->relativeDestinationFilePath .= str_replace([' '] , '_', strtoupper((string) $device['family']));
}
$partDescriptionXml->targetName = str_replace([' '], '', (string) $device['name']);
if (!empty(($signatures = $device->{'property-groups'}
->xpath('property-group[@name="SIGNATURES"]')[0]))
&& !empty($signatures->xpath('property[@name="SIGNATURE0"]'))
&& !empty($signatures->xpath('property[@name="SIGNATURE1"]'))
&& !empty($signatures->xpath('property[@name="SIGNATURE2"]'))
) {
$partDescriptionXml->targetId = (string) $signatures->xpath('property[@name="SIGNATURE0"]')[0]['value']
. str_replace('0x', '', (string) $signatures->xpath('property[@name="SIGNATURE1"]')[0]['value'])
. str_replace('0x', '', (string) $signatures->xpath('property[@name="SIGNATURE2"]')[0]['value'])
;
$partDescriptionXml->targetId = strtolower($partDescriptionXml->targetId);
}
}
if (empty($partDescriptionXml->destinationFilePath)
|| empty($partDescriptionXml->targetName)
|| empty($partDescriptionXml->targetId)
) {
print "Failed to parse file {$file}\n";
$failedFileCount++;
continue;
}
if (!file_exists($partDescriptionXml->destinationFilePath)) {
mkdir($partDescriptionXml->destinationFilePath, 0777, true);
}
$partDescriptionXml->destinationFilePath .= "/" . strtoupper($partDescriptionXml->targetName) . ".xml";
$partDescriptionXml->relativeDestinationFilePath .= "/" . strtoupper($partDescriptionXml->targetName) . ".xml";
if (strstr($fileContents, '<avr-tools-device-file ') !== false) {
// Prefix auto gen comment
// This approach could be better
$fileContents = str_replace(
'<avr-tools-device-file ',
PD_COMMENT . "<avr-tools-device-file ",
$fileContents
);
}
if (file_put_contents($partDescriptionXml->destinationFilePath, $fileContents) === false) {
print "FATAL ERROR: Failed to write data to " . $partDescriptionXml->destinationFilePath . "\n";
print "Aborting\n";
exit(1);
}
$output[$partDescriptionXml->targetId][] = $partDescriptionXml;
echo "Target Part Description File Processed: \"" . substr($partDescriptionXml->originalFilePath, strlen(AVR_PD_FILE_PATH)) . "\"\n"
. "Target Name: \"" . $partDescriptionXml->targetName . "\" Target ID: \"" . $partDescriptionXml->targetId
. "\" Destination: \"" . substr($partDescriptionXml->destinationFilePath, strlen(TARGET_PD_DEST_FILE_PATH))
. "\"\n\n"
;
$processedFileCount++;
}
return $output;
}
print "Processing files in " . AVR_PD_FILE_PATH . "\n\n";
$targetDescriptions = processAvrPartFiles(AVR_PD_FILE_PATH);
if (file_put_contents(TARGET_PD_MAPPING_FILE_PATH, json_encode($targetDescriptions, JSON_PRETTY_PRINT)) === false) {
print "FATAL ERROR: Failed to create JSON mapping of target IDs to target description file paths\n";
exit(1);
}
print "\nCreated JSON mapping of target IDs to target description file paths: " . TARGET_PD_MAPPING_FILE_PATH . "\n";
print "\nProcessed " . $processedFileCount . " files. Failures: " . $failedFileCount . "\n";
print "Done\n";