private static void unquotePropertyValues(
Map<String, JSONValue> componentProperties, String componentType) {
// From the component database, get the map of property names and types for the component type.
Map<String, String> propertyTypesByName =
COMPONENT_DATABASE.getPropertyTypesByName(componentType);
// Iterate through the component properties.
for (String propertyName : componentProperties.keySet()) {
// Get the property type.
String propertyType = propertyTypesByName.get(propertyName);
// In theory the check for propertyType == null shouldn't be necessary
// but I have sometimes had a problem with it being null when running
// with GWT debugging. Maybe it changes the timing somehow. Anyway,
// this test for null should not hurt anything. -Sharon
if (propertyType == null) {
OdeLog.wlog(
"Couldn't find propertyType for property "
+ propertyName
+ " in component type "
+ componentType);
continue;
}
// If the property type is one that was previously quoted, unquote the value.
if (propertyType.equals("asset")
|| propertyType.equals("BluetoothClient")
|| propertyType.equals("component")
|| propertyType.equals("lego_nxt_sensor_port")
|| propertyType.equals("string")) {
// Unquote the property value.
JSONValue propertyValue = componentProperties.get(propertyName);
String propertyValueString = propertyValue.asString().getString();
propertyValueString = StringUtils.unquote(propertyValueString);
componentProperties.put(propertyName, new ClientJsonString(propertyValueString));
}
}
}
/*
* Format a description string as a json string. Note that the returned value
* include surrounding double quotes.
*/
private static String formatDescription(String description) {
return StringUtils.toJson(description);
}
@VisibleForTesting
static String processCompilerOutput(String output, String srcPath) {
// First, remove references to the temp source directory from the messages.
String messages = output.replace(srcPath, "");
// Then, format warnings and errors nicely.
try {
// Split the messages by \n and process each line separately.
String[] lines = messages.split("\n");
Pattern pattern = Pattern.compile("(.*?):(\\d+):\\d+: (error|warning)?:? ?(.*?)");
StringBuilder sb = new StringBuilder();
boolean skippedErrorOrWarning = false;
for (String line : lines) {
Matcher matcher = pattern.matcher(line);
if (matcher.matches()) {
// Determine whether it is an error or warning.
String kind;
String spanClass;
// Scanner messages do not contain either 'error' or 'warning'.
// I treat them as errors because they prevent compilation.
if ("warning".equals(matcher.group(3))) {
kind = "WARNING";
spanClass = "compiler-WarningMarker";
} else {
kind = "ERROR";
spanClass = "compiler-ErrorMarker";
}
// Extract the filename, lineNumber, and message.
String filename = matcher.group(1);
String lineNumber = matcher.group(2);
String text = matcher.group(4);
// If the error/warning is in a yail file, generate a div and append it to the
// StringBuilder.
if (filename.endsWith(YoungAndroidConstants.YAIL_EXTENSION)) {
skippedErrorOrWarning = false;
sb.append(
"<div><span class='"
+ spanClass
+ "'>"
+ kind
+ "</span>: "
+ StringUtils.escape(filename)
+ " line "
+ lineNumber
+ ": "
+ StringUtils.escape(text)
+ "</div>");
} else {
// The error/warning is in runtime.scm. Don't append it to the StringBuilder.
skippedErrorOrWarning = true;
}
// Log the message, first truncating it if it is too long.
if (text.length() > MAX_COMPILER_MESSAGE_LENGTH) {
text = text.substring(0, MAX_COMPILER_MESSAGE_LENGTH);
}
} else {
// The line isn't an error or a warning. This is expected.
// If the line begins with two spaces, it is a continuation of the previous
// error/warning.
if (line.startsWith(" ")) {
// If we didn't skip the most recent error/warning, append the line to our
// StringBuilder.
if (!skippedErrorOrWarning) {
sb.append(StringUtils.escape(line)).append("<br>");
}
} else {
skippedErrorOrWarning = false;
// We just append the line to our StringBuilder.
sb.append(StringUtils.escape(line)).append("<br>");
}
}
}
messages = sb.toString();
} catch (Exception e) {
// Report exceptions that happen during the processing of output, but don't make the
// whole build fail.
e.printStackTrace();
// We were not able to process the output, so we just escape for HTML.
messages = StringUtils.escape(messages);
}
return messages;
}
@Override
public UserProject importProject(
String userId,
String projectName,
InputStream uploadedFileStream,
@Nullable String projectHistory)
throws FileImporterException, IOException {
// The projectName parameter has already been validated, including checking for an
// existing project with the same name. (See TextValidators.checkNewProjectName).
// Begin creating the project.
Project project = new Project(projectName);
project.setProjectType(YoungAndroidProjectNode.YOUNG_ANDROID_PROJECT_TYPE);
// As we process the ZipEntry for each file, we'll adjust the directory structure so that it is
// appropriate for this user.
// Here we get the information (such as the qualified form name) that we'll need to do that.
String qualifiedFormName =
StringUtils.getQualifiedFormName(storageIo.getUser(userId).getUserEmail(), projectName);
String srcDirectory = YoungAndroidProjectService.getSourceDirectory(qualifiedFormName);
ZipInputStream zin = new ZipInputStream(uploadedFileStream);
boolean isProjectArchive = false; // have we found at least one project properties file?
try {
// Extract files
while (true) {
ZipEntry entry;
try {
entry = zin.getNextEntry();
if (entry == null) {
break;
}
} catch (ZipException e) {
// The uploaded file is not a valid zip file
throw new FileImporterException(UploadResponse.Status.NOT_PROJECT_ARCHIVE);
}
if (!entry.isDirectory()) {
String fileName = entry.getName();
if (fileName.equals(YoungAndroidProjectService.PROJECT_PROPERTIES_FILE_NAME)) {
// The content for the youngandroidproject/project.properties file must be regenerated
// so that it contains the correct entries for "main" and "name", which are dependent on
// the projectName and qualifiedFormName.
String content =
YoungAndroidProjectService.getProjectPropertiesFileContents(
projectName, qualifiedFormName, null, null, null, null);
project.addTextFile(new TextFile(fileName, content));
isProjectArchive = true;
} else if (fileName.equals(FileExporter.REMIX_INFORMATION_FILE_PATH)
|| fileName.equals(StorageUtil.ANDROID_KEYSTORE_FILENAME)) {
// If the remix information file is present, we ignore it. In the past, a remix
// information file was saved in the zip when project source was downloaded and
// retrieved from the zip when it was uploaded. However, we no longer do that because
// we don't have a way to verify that the contents of the remix information file is
// accurate during the upload.
// If a keystore file is present we ignore that too for now, since
// we don't have per-project keystores. The only way to get such a
// source zip at the moment is using the admin functionality to
// download another user's project source.
continue;
} else {
if (fileName.startsWith(YoungAndroidProjectService.SRC_FOLDER)) {
// For files within the src folder, we need to update the directory that we put files
// in. Adjust the fileName so that it corresponds to this project's package.
fileName = srcDirectory + '/' + StorageUtil.basename(fileName);
}
// Get the file content from the ZipEntry.
ByteArrayOutputStream contentStream = new ByteArrayOutputStream();
ByteStreams.copy(zin, contentStream);
project.addRawFile(new RawFile(fileName, contentStream.toByteArray()));
}
}
}
} finally {
zin.close();
}
if (!isProjectArchive) {
// The uploaded file seems to be a valid zip file, but it doesn't contain the project
// properties file.
throw new FileImporterException(UploadResponse.Status.NOT_PROJECT_ARCHIVE);
}
// Set project history if provided
if (projectHistory != null) {
project.setProjectHistory(projectHistory);
}
String settings = YoungAndroidProjectService.getProjectSettings(null, null, null, null);
long projectId = storageIo.createProject(userId, project, settings);
return storageIo.getUserProject(userId, projectId);
}
