/**
* When a comma is found, it's formatted accordingly (spaces added after it).
*
* @param std the coding standard to be used
* @param cs the contents of the document to be formatted
* @param buf the buffer where the comma should be added
* @param i the current index
* @return the new index on the original doc.
*/
private int formatForComma(
FormatStd std,
char[] cs,
FastStringBuffer buf,
int i,
FastStringBuffer formatForCommaTempBuf) {
formatForCommaTempBuf.clear();
char c = '\0';
while (i < cs.length - 1 && (c = cs[i + 1]) == ' ') {
formatForCommaTempBuf.append(c);
i++;
}
if (c == '#') {
// Ok, we have a comment after a comma, let's handle it according to preferences.
buf.append(',');
if (std.spacesBeforeComment == FormatStd.DONT_HANDLE_SPACES) {
// Note: other cases we won't handle here as it should be handled when the start of
// a comment is found.
buf.append(formatForCommaTempBuf);
}
} else {
// Default: handle it as usual.
if (std.spaceAfterComma) {
buf.append(", ");
} else {
buf.append(',');
}
}
return i;
}
/** Check if we are still in the number */
@Override
public boolean isWordPart(char c) {
// ok, we have to test for scientific notation e.g.: 10.9e10
if ((c == 'x' || c == 'X') && buffer.length() == 1 && buffer.charAt(0) == '0') {
// it is an hexadecimal
buffer.append(c);
isInHexa = true;
return true;
} else {
buffer.append(c);
}
if (isInHexa) {
return Character.isDigit(c)
|| c == 'a'
|| c == 'A'
|| c == 'b'
|| c == 'B'
|| c == 'c'
|| c == 'C'
|| c == 'd'
|| c == 'D'
|| c == 'e'
|| c == 'E'
|| c == 'f'
|| c == 'F';
} else {
return Character.isDigit(c) || c == 'e' || c == '.';
}
}
public void run() {
try {
InputStreamReader in;
if (encoding != null) {
in = new InputStreamReader(is, encoding);
} else {
in = new InputStreamReader(is);
}
int c;
// small buffer because we may want to see contents as it's being written.
// (still better than char by char).
char[] buf = new char[80];
if (synchronize) {
while ((c = in.read(buf)) != -1) {
synchronized (lock) {
contents.append(buf, 0, c);
}
}
} else {
while ((c = in.read(buf)) != -1) {
contents.append(buf, 0, c);
}
}
} catch (Exception e) {
// that's ok
}
}
protected void saveTo(OutputStreamWriter writer, FastStringBuffer tempBuf, File pathToSave)
throws IOException {
synchronized (lock) {
if (DEBUG_ADDITIONAL_INFO) {
System.out.println(
"Saving info "
+ this.getClass().getName()
+ " to file (size = "
+ getAllTokens().size()
+ ") "
+ pathToSave);
}
Map<String, Integer> dictionary = new HashMap<String, Integer>();
tempBuf.append("-- START TREE 1\n");
TreeIO.dumpTreeToBuffer(this.topLevelInitialsToInfo, tempBuf, dictionary);
tempBuf.append("-- START TREE 2\n");
TreeIO.dumpTreeToBuffer(this.innerInitialsToInfo, tempBuf, dictionary);
FastStringBuffer buf2 = new FastStringBuffer(50 * (dictionary.size() + 4));
TreeIO.dumpDictToBuffer(dictionary, buf2);
// Write the dictionary before the actual trees.
writer.write(buf2.getInternalCharsArray(), 0, buf2.length());
buf2 = null;
// Note: tried LZFFileInputStream from https://github.com/ning/compress
// and Snappy from https://github.com/dain/snappy checking to see if by writing less we'd
// get a better time but it got a bit slower (gzip was slowest, then snappy and the faster was
// LZFFileInputStream)
writer.write(tempBuf.getInternalCharsArray(), 0, tempBuf.length());
}
}
private void checkExpected(int expected) {
FastStringBuffer buf = new FastStringBuffer(40 * comps.length);
for (IToken t : comps) {
buf.append(t.getRepresentation());
buf.append(", ");
}
String msg = "Expected " + expected + ". Found: " + buf.toString();
assertEquals(msg, expected, comps.length);
}
public void run(IAction action) {
FastStringBuffer buf = new FastStringBuffer();
try {
PyEdit pyEdit = getPyEdit();
PySelection pySelection = new PySelection(pyEdit);
IPythonNature nature = pyEdit.getPythonNature();
File editorFile = pyEdit.getEditorFile();
if (editorFile != null) {
if (nature != null) {
String mod = nature.resolveModule(editorFile);
if (mod != null) {
buf.append(mod);
} else {
// Support for external files (not in PYTHONPATH).
buf.append(FullRepIterable.getFirstPart(editorFile.getName()));
}
} else {
buf.append(FullRepIterable.getFirstPart(editorFile.getName()));
}
}
List<stmtType> path =
FastParser.parseToKnowGloballyAccessiblePath(
pySelection.getDoc(), pySelection.getStartLineIndex());
for (stmtType stmtType : path) {
if (buf.length() > 0) {
buf.append('.');
}
buf.append(NodeUtils.getRepresentationString(stmtType));
}
} catch (MisconfigurationException e1) {
Log.log(e1);
return;
}
Transfer[] dataTypes = new Transfer[] {TextTransfer.getInstance()};
Object[] data = new Object[] {buf.toString()};
Clipboard clipboard = new Clipboard(EditorUtils.getShell().getDisplay());
try {
clipboard.setContents(data, dataTypes);
} catch (SWTError e) {
if (e.code != DND.ERROR_CANNOT_SET_CLIPBOARD) {
throw e;
}
MessageDialog.openError(
EditorUtils.getShell(), "Error copying to clipboard.", e.getMessage());
} finally {
clipboard.dispose();
}
}
public static String getRunningName(IPath[] paths) {
FastStringBuffer buf = new FastStringBuffer(20 * paths.length);
for (IPath p : paths) {
if (buf.length() > 0) {
buf.append(" - ");
}
buf.append(p.lastSegment());
}
return buf.toString();
}
/**
* @param lastMayBeMethod if true, it gets the path and accepts a method (if it is the last in the
* stack) if false, null is returned if a method is found.
* @param tempStack is a temporary stack object (which may be cleared)
* @return a tuple, where the first element is the path where the entry is located (may return
* null). and the second element is a boolean that indicates if the last was actually a method
* or not.
*/
private Tuple<String, Boolean> getPathToRoot(
ASTEntry entry, boolean lastMayBeMethod, boolean acceptAny, FastStack<SimpleNode> tempStack) {
if (entry.parent == null) {
return null;
}
// just to be sure that it's empty
tempStack.clear();
boolean lastIsMethod = false;
// if the last 'may be a method', in this case, we have to remember that it will actually be the
// first one
// to be analyzed.
// let's get the stack
while (entry.parent != null) {
if (entry.parent.node instanceof ClassDef) {
tempStack.push(entry.parent.node);
} else if (entry.parent.node instanceof FunctionDef) {
if (!acceptAny) {
if (lastIsMethod) {
// already found a method
return null;
}
if (!lastMayBeMethod) {
return null;
}
// ok, the last one may be a method... (in this search, it MUST be the first one...)
if (tempStack.size() != 0) {
return null;
}
}
// ok, there was a class, so, let's go and set it
tempStack.push(entry.parent.node);
lastIsMethod = true;
} else {
return null;
}
entry = entry.parent;
}
// now that we have the stack, let's make it into a path...
FastStringBuffer buf = new FastStringBuffer();
while (tempStack.size() > 0) {
if (buf.length() > 0) {
buf.append(".");
}
buf.append(NodeUtils.getRepresentationString(tempStack.pop()));
}
return new Tuple<String, Boolean>(buf.toString(), lastIsMethod);
}
/**
* @param buffer
* @param name
*/
private void entrySetToString(FastStringBuffer buffer, Set<Entry<String, Set<IInfo>>> name) {
synchronized (lock) {
for (Entry<String, Set<IInfo>> entry : name) {
Set<IInfo> value = entry.getValue();
for (IInfo info : value) {
buffer.append(info.toString());
buffer.append("\n");
}
}
}
}
/** @see org.eclipse.jface.text.rules.IWordDetector#isWordStart(char) */
@Override
public boolean isWordStart(char c) {
isInHexa = false;
buffer.clear();
buffer.append(c);
return Character.isDigit(c);
}
/**
* The line delimiters must match the platform for the bolds to be correct, so, in this function
* we remove the ones existing and add the ones dependent on the platform
*/
protected String correctLineDelimiters(String str) {
FastStringBuffer buf = new FastStringBuffer();
for (String s : StringUtils.splitInLines(str)) {
boolean found = false;
while (s.endsWith("\r") || s.endsWith("\n")) {
found = true;
s = s.substring(0, s.length() - 1);
}
buf.append(s);
if (found) {
buf.append(LINE_DELIM);
}
}
str = buf.toString();
return str;
}
/** Handles the case where we found a '#' in the code. */
private int handleComment(
FormatStd std,
char[] cs,
FastStringBuffer buf,
FastStringBuffer tempBuf,
ParsingUtils parsingUtils,
int i) {
if (std.spacesBeforeComment != FormatStd.DONT_HANDLE_SPACES) {
for (int j = i - 1; j >= 0; j--) {
char cj = cs[j];
if (cj == '\t' || cj == ' ') {
continue;
}
// Ok, found a non-whitespace -- if it's not a new line, we're after some
// code, in which case we have to put the configured amount of spaces.
if (cj != '\r' && cj != '\n') {
buf.rightTrim();
buf.appendN(' ', std.spacesBeforeComment);
}
break;
}
}
tempBuf.clear();
i = parsingUtils.eatComments(tempBuf, i);
if (std.trimLines) {
String endLine = "";
if (tempBuf.endsWith("\r\n")) {
endLine = "\r\n";
tempBuf.deleteLastChars(2);
} else if (tempBuf.endsWith('\r') || tempBuf.endsWith('\n')) {
endLine += tempBuf.lastChar();
tempBuf.deleteLast();
}
tempBuf.rightTrim();
tempBuf.append(endLine);
}
formatComment(std, tempBuf);
buf.append(tempBuf);
return i;
}
@Override
public String toString() {
if (file != null) {
FastStringBuffer ret = new FastStringBuffer(name, 40);
ret.append(" - ");
ret.appendObject(file);
return ret.toString();
}
return name;
}
public static void buildKeysForRegularEntries(
IProgressMonitor monitor,
ModulesFoundStructure modulesFound,
PyPublicTreeMap<ModulesKey, ModulesKey> keys,
boolean includeOnlySourceModules) {
String[] dottedValidSourceFiles = FileTypesPreferencesPage.getDottedValidSourceFiles();
int j = 0;
FastStringBuffer buffer = new FastStringBuffer();
// now, create in memory modules for all the loaded files (empty modules).
for (Iterator<Map.Entry<File, String>> iterator =
modulesFound.regularModules.entrySet().iterator();
iterator.hasNext() && monitor.isCanceled() == false;
j++) {
Map.Entry<File, String> entry = iterator.next();
String m = entry.getValue();
if (m != null) {
if (j % 20 == 0) {
// no need to report all the time (that's pretty fast now)
buffer.clear();
monitor.setTaskName(buffer.append("Module resolved: ").append(m).toString());
monitor.worked(1);
}
// we don't load them at this time.
File f = entry.getKey();
if (includeOnlySourceModules) {
// check if we should include only source modules
if (!PythonPathHelper.isValidSourceFile(f.getName())) {
continue;
}
}
ModulesKey modulesKey = new ModulesKey(m, f);
// no conflict (easy)
if (!keys.containsKey(modulesKey)) {
keys.put(modulesKey, modulesKey);
} else {
// we have a conflict, so, let's resolve which one to keep (the old one or this one)
if (PythonPathHelper.isValidSourceFile(f.getName(), dottedValidSourceFiles)) {
// source files have priority over other modules (dlls) -- if both are source, there is
// no real way to resolve
// this priority, so, let's just add it over.
keys.put(modulesKey, modulesKey);
}
}
}
}
}
/** Gets the reader content as a String */
private static String getString(Reader reader) {
FastStringBuffer buf = new FastStringBuffer();
char[] buffer = new char[1024];
int count;
try {
while ((count = reader.read(buffer)) != -1) {
buf.append(buffer, 0, count);
}
} catch (IOException e) {
return null;
}
return buf.toString();
}
/** Dict format is the following: -- START DICTIONARY dictionary size name=integer */
public static void dumpDictToBuffer(Map<String, Integer> strToInt, FastStringBuffer buf2) {
Iterator<Entry<String, Integer>> it = strToInt.entrySet().iterator();
buf2.append("-- START DICTIONARY\n");
buf2.append(strToInt.size());
buf2.append('\n');
while (it.hasNext()) {
Entry<String, Integer> next = it.next();
buf2.append(next.getValue());
buf2.append('=');
buf2.append(next.getKey());
buf2.append('\n');
}
buf2.append("-- END DICTIONARY\n");
}
/**
* Creates the errors that are related to a bad indentation (number of space chars is not ok).
*
* @param monitor
*/
private static void createBadIndentForSpacesMessages(
IDocument doc,
IAnalysisPreferences analysisPrefs,
IIndentPrefs indentPrefs,
ArrayList<IMessage> ret,
List<Tuple3<String, Integer, Boolean>> validsAre,
IProgressMonitor monitor) {
int tabWidth = indentPrefs.getTabWidth();
// if we're analyzing the spaces, let's mark invalid indents (tabs are not searched for those
// because
// a tab always marks a full indent).
FastStringBuffer buffer = new FastStringBuffer();
for (Tuple3<String, Integer, Boolean> indentation : validsAre) {
if (monitor.isCanceled()) {
return;
}
if (!indentation
.o3) { // if it does not have more contents (its only whitespaces), let's keep on going!
continue;
}
String indentStr = indentation.o1;
if (indentStr.indexOf("\t") != -1) {
continue; // the ones that appear in tabs and spaces should not be analyzed here (they'll
// have their own error messages).
}
int lenFound = indentStr.length();
int extraChars = lenFound % tabWidth;
if (extraChars != 0) {
Integer offset = indentation.o2;
int startLine = PySelection.getLineOfOffset(doc, offset) + 1;
int startCol = 1;
int endCol = startCol + lenFound;
buffer.clear();
ret.add(
new Message(
IAnalysisPreferences.TYPE_INDENTATION_PROBLEM,
buffer.append("Bad Indentation (").append(lenFound).append(" spaces)").toString(),
startLine,
startLine,
startCol,
endCol,
analysisPrefs));
}
}
}
protected void save(File persistingLocation) {
try {
FileOutputStream stream = new FileOutputStream(persistingLocation);
OutputStreamWriter writer = new OutputStreamWriter(stream);
try {
FastStringBuffer tempBuf = new FastStringBuffer();
tempBuf.append("-- VERSION_");
tempBuf.append(AbstractAdditionalTokensInfo.version);
tempBuf.append('\n');
writer.write(tempBuf.getInternalCharsArray(), 0, tempBuf.length());
tempBuf.clear();
saveTo(writer, tempBuf, persistingLocation);
} finally {
try {
writer.close();
} finally {
stream.close();
}
}
} catch (Exception e) {
Log.log(e);
}
}
public String getLastWord() {
FastStringBuffer lastWordBuf = new FastStringBuffer(this.count);
int i;
// skip whitespaces in the end
for (i = this.count - 1; i >= 0; i--) {
if (!Character.isWhitespace(this.value[i])) {
break;
}
}
// actual word
for (; i >= 0; i--) {
if (Character.isWhitespace(this.value[i])) {
break;
}
lastWordBuf.append(this.value[i]);
}
lastWordBuf.reverse();
return lastWordBuf.toString();
}
@Override
public String toString() {
synchronized (lock) {
FastStringBuffer buffer = new FastStringBuffer();
buffer.append("AdditionalInfo{");
buffer.append("topLevel=[");
entrySetToString(buffer, this.topLevelInitialsToInfo.entrySet());
buffer.append("]\n");
buffer.append("inner=[");
entrySetToString(buffer, this.innerInitialsToInfo.entrySet());
buffer.append("]");
buffer.append("}");
return buffer.toString();
}
}
/**
* copied from org.eclipse.jdt.internal.launching.StandardVMRunner
*
* @param args - other arguments to be added to the command line (may be null)
* @return
*/
public static String getArgumentsAsStr(String[] commandLine, String... args) {
if (args != null && args.length > 0) {
String[] newCommandLine = new String[commandLine.length + args.length];
System.arraycopy(commandLine, 0, newCommandLine, 0, commandLine.length);
System.arraycopy(args, 0, newCommandLine, commandLine.length, args.length);
commandLine = newCommandLine;
}
if (commandLine.length < 1) return ""; // $NON-NLS-1$
FastStringBuffer buf = new FastStringBuffer();
FastStringBuffer command = new FastStringBuffer();
for (int i = 0; i < commandLine.length; i++) {
if (commandLine[i] == null) {
continue; // ignore nulls (changed from original code)
}
buf.append(' ');
char[] characters = commandLine[i].toCharArray();
command.clear();
boolean containsSpace = false;
for (int j = 0; j < characters.length; j++) {
char character = characters[j];
if (character == '\"') {
command.append('\\');
} else if (character == ' ') {
containsSpace = true;
}
command.append(character);
}
if (containsSpace) {
buf.append('\"');
buf.append(command.toString());
buf.append('\"');
} else {
buf.append(command.toString());
}
}
return buf.toString();
}
/** Tree is written as: line 1= tree size cub|2|CubeColourDialog!13&999@CUBIC!263@cube!202&999@ */
public static void dumpTreeToBuffer(
SortedMap<String, Set<IInfo>> tree, FastStringBuffer tempBuf, Map<String, Integer> strToInt) {
Set<Entry<String, Set<IInfo>>> entrySet = tree.entrySet();
Iterator<Entry<String, Set<IInfo>>> it = entrySet.iterator();
tempBuf.append(entrySet.size());
tempBuf.append('\n');
while (it.hasNext()) {
Entry<String, Set<IInfo>> next = it.next();
tempBuf.append(next.getKey());
Set<IInfo> value = next.getValue();
tempBuf.append('|');
tempBuf.append(value.size());
tempBuf.append('|');
Iterator<IInfo> it2 = value.iterator();
Integer integer;
while (it2.hasNext()) {
IInfo info = it2.next();
tempBuf.append(info.getName());
tempBuf.append('!');
String path = info.getPath();
if (path != null) {
integer = strToInt.get(path);
if (integer == null) {
integer = strToInt.size() + 1;
strToInt.put(path, integer);
}
tempBuf.append(integer);
tempBuf.append('&');
}
String modName = info.getDeclaringModuleName();
integer = strToInt.get(modName);
if (integer == null) {
integer = strToInt.size() + 1;
strToInt.put(modName, integer);
}
int v = integer << 3;
v |= info.getType();
tempBuf.append(v); // Write a single for name+type
tempBuf.append('@');
}
tempBuf.append('\n');
}
tempBuf.append("-- END TREE\n");
}
/**
* This method formats a string given some standard.
*
* @param str the string to be formatted
* @param std the standard to be used
* @param parensLevel the level of the parenthesis available.
* @return a new (formatted) string
* @throws SyntaxErrorException
*/
private String formatStr(
String str, FormatStd std, int parensLevel, String delimiter, boolean throwSyntaxError)
throws SyntaxErrorException {
char[] cs = str.toCharArray();
FastStringBuffer buf = new FastStringBuffer();
// Temporary buffer for some operations. Must always be cleared before it's used.
FastStringBuffer tempBuf = new FastStringBuffer();
ParsingUtils parsingUtils = ParsingUtils.create(cs, throwSyntaxError);
char lastChar = '\0';
for (int i = 0; i < cs.length; i++) {
char c = cs[i];
switch (c) {
case '\'':
case '"':
// ignore literals and multi-line literals, including comments...
i = parsingUtils.eatLiterals(buf, i, std.trimMultilineLiterals);
break;
case '#':
i = handleComment(std, cs, buf, tempBuf, parsingUtils, i);
break;
case ',':
i = formatForComma(std, cs, buf, i, tempBuf);
break;
case '(':
i =
formatForPar(
parsingUtils, cs, i, std, buf, parensLevel + 1, delimiter, throwSyntaxError);
break;
// Things to treat:
// +, -, *, /, %
// ** // << >>
// <, >, !=, <>, <=, >=, //=, *=, /=,
// & ^ ~ |
case '*':
// for *, we also need to treat when it's used in varargs, kwargs and list expansion
boolean isOperator = false;
for (int j = buf.length() - 1; j >= 0; j--) {
char localC = buf.charAt(j);
if (Character.isWhitespace(localC)) {
continue;
}
if (localC == '(' || localC == ',') {
// it's not an operator, but vararg. kwarg or list expansion
}
if (Character.isJavaIdentifierPart(localC)) {
// ok, there's a chance that it can be an operator, but we still have to check
// the chance that it's a wild import
tempBuf.clear();
while (Character.isJavaIdentifierPart(localC)) {
tempBuf.append(localC);
j--;
if (j < 0) {
break; // break while
}
localC = buf.charAt(j);
}
String reversed = tempBuf.reverse().toString();
if (!reversed.equals("import") && !reversed.equals("lambda")) {
isOperator = true;
}
}
if (localC == '\'' || localC == ')' || localC == ']') {
isOperator = true;
}
// If it got here (i.e.: not whitespace), get out of the for loop.
break;
}
if (!isOperator) {
buf.append('*');
break; // break switch
}
// Otherwise, FALLTHROUGH
case '+':
case '-':
if (c == '-' || c == '+') { // could also be *
// handle exponentials correctly: e.g.: 1e-6 cannot have a space
tempBuf.clear();
boolean started = false;
for (int j = buf.length() - 1; ; j--) {
if (j < 0) {
break;
}
char localC = buf.charAt(j);
if (localC == ' ' || localC == '\t') {
if (!started) {
continue;
} else {
break;
}
}
started = true;
if (Character.isJavaIdentifierPart(localC) || localC == '.') {
tempBuf.append(localC);
} else {
break; // break for
}
}
boolean isExponential = true;
String partialNumber = tempBuf.reverse().toString();
int partialLen = partialNumber.length();
if (partialLen < 2 || !Character.isDigit(partialNumber.charAt(0))) {
// at least 2 chars: the number and the 'e'
isExponential = false;
} else {
// first char checked... now, if the last is an 'e', we must leave it together no
// matter what
if (partialNumber.charAt(partialLen - 1) != 'e'
&& partialNumber.charAt(partialLen - 1) != 'E') {
isExponential = false;
}
}
if (isExponential) {
buf.rightTrim();
buf.append(c);
// skip the next whitespaces from the buffer
int initial = i;
do {
i++;
} while (i < cs.length && (c = cs[i]) == ' ' || c == '\t');
if (i > initial) {
i--; // backup 1 because we walked 1 too much.
}
break; // break switch
}
// Otherwise, FALLTHROUGH
}
case '/':
case '%':
case '<':
case '>':
case '!':
case '&':
case '^':
case '~':
case '|':
i = handleOperator(std, cs, buf, parsingUtils, i, c);
c = cs[i];
break;
// check for = and == (other cases that have an = as the operator should already be
// treated)
case '=':
if (i < cs.length - 1 && cs[i + 1] == '=') {
// if == handle as if a regular operator
i = handleOperator(std, cs, buf, parsingUtils, i, c);
c = cs[i];
break;
}
while (buf.length() > 0 && buf.lastChar() == ' ') {
buf.deleteLast();
}
boolean surroundWithSpaces = std.operatorsWithSpace;
if (parensLevel > 0) {
surroundWithSpaces = std.assignWithSpaceInsideParens;
}
// add space before
if (surroundWithSpaces) {
buf.append(' ');
}
// add the operator and the '='
buf.append('=');
// add space after
if (surroundWithSpaces) {
buf.append(' ');
}
i = parsingUtils.eatWhitespaces(null, i + 1);
break;
default:
if (c == '\r' || c == '\n') {
if (lastChar == ',' && std.spaceAfterComma && buf.lastChar() == ' ') {
buf.deleteLast();
}
if (std.trimLines) {
buf.rightTrim();
}
}
buf.append(c);
}
lastChar = c;
}
if (parensLevel == 0 && std.trimLines) {
buf.rightTrim();
}
return buf.toString();
}
public List<IMessage> getMessages(
SourceModule module,
IDocument document,
IProgressMonitor monitor,
IAnalysisPreferences prefs) {
try {
if (prefs.getSeverityForType(IAnalysisPreferences.TYPE_PEP8) < IMarker.SEVERITY_WARNING) {
return messages;
}
this.prefs = prefs;
this.document = document;
messageToIgnore = prefs.getRequiredMessageToIgnore(IAnalysisPreferences.TYPE_PEP8);
File pep8Loc = JythonModules.getPep8Location();
if (pep8Loc == null) {
Log.log("Unable to get pep8 module.");
return messages;
}
IAdaptable projectAdaptable = prefs.getProjectAdaptable();
if (AnalysisPreferencesPage.useSystemInterpreter(projectAdaptable)) {
String parameters = AnalysisPreferencesPage.getPep8CommandLineAsStr(projectAdaptable);
String output =
PyFormatStd.runWithPep8BaseScript(document.get(), parameters, "pep8.py", "");
List<String> splitInLines = StringUtils.splitInLines(output, false);
for (String line : splitInLines) {
try {
List<String> lst = StringUtils.split(line, ':', 4);
int lineNumber = Integer.parseInt(lst.get(1));
int offset = Integer.parseInt(lst.get(2)) - 1;
String text = lst.get(3);
this.reportError(lineNumber, offset, text, null);
} catch (Exception e) {
Log.log("Error parsing line: " + line, e);
}
}
return messages;
}
String[] pep8CommandLine = AnalysisPreferencesPage.getPep8CommandLine(projectAdaptable);
FastStringBuffer args = new FastStringBuffer(pep8CommandLine.length * 20);
for (String string : pep8CommandLine) {
args.append(',').append("r'").append(string).append('\'');
}
// It's important that the interpreter is created in the Thread and not outside the thread
// (otherwise
// it may be that the output ends up being shared, which is not what we want.)
boolean useConsole = AnalysisPreferencesPage.useConsole(projectAdaptable);
IPythonInterpreter interpreter = JythonPlugin.newPythonInterpreter(useConsole, false);
String file = StringUtils.replaceAllSlashes(module.getFile().getAbsolutePath());
interpreter.set("visitor", this);
List<String> splitInLines = StringUtils.splitInLines(document.get());
interpreter.set("lines", splitInLines);
PyObject tempReportError = reportError;
if (tempReportError != null) {
interpreter.set("ReportError", tempReportError);
} else {
interpreter.set("ReportError", Py.None);
}
PyObject pep8Module = JythonModules.getPep8Module(interpreter);
interpreter.set("pep8", pep8Module);
String formatted = StringUtils.format(EXECUTE_PEP8, file, args.toString(), file);
interpreter.exec(formatted);
if (reportError == null) {
synchronized (lock) {
if (reportError == null) {
reportError = interpreter.get("ReportError");
}
}
}
} catch (Exception e) {
Log.log("Error analyzing: " + module, e);
}
return messages;
}
/**
* @param operation
* @return
* @throws IOException
*/
private FastStringBuffer read(IProgressMonitor monitor) throws IOException {
synchronized (ioLock) {
if (finishedForGood) {
throw new RuntimeException(
"Shells are already finished for good, so, it is an invalid state to try to read from it.");
}
if (inStart) {
throw new RuntimeException(
"The shell is still not completely started, so, it is an invalid state to try to read from it.");
}
if (!isConnected) {
throw new RuntimeException(
"The shell is still not connected, so, it is an invalid state to try to read from it.");
}
if (isInRead) {
throw new RuntimeException(
"The shell is already in read mode, so, it is an invalid state to try to read from it.");
}
if (isInWrite) {
throw new RuntimeException(
"The shell is already in write mode, so, it is an invalid state to try to read from it.");
}
isInRead = true;
try {
FastStringBuffer str = new FastStringBuffer(AbstractShell.BUFFER_SIZE);
byte[] b = new byte[AbstractShell.BUFFER_SIZE];
while (true) {
int len = this.socket.getInputStream().read(b);
if (len == 0) {
break;
}
String s = new String(b, 0, len);
str.append(s);
if (str.indexOf("END@@") != -1) {
break;
} else {
sleepALittle(10);
}
}
str.replaceFirst("@@COMPLETIONS", "");
// remove END@@
try {
if (str.indexOf("END@@") != -1) {
str.setCount(str.indexOf("END@@"));
return str;
} else {
throw new RuntimeException("Couldn't find END@@ on received string.");
}
} catch (RuntimeException e) {
if (str.length() > 500) {
str.setCount(499)
.append("...(continued)..."); // if the string gets too big, it can crash Eclipse...
}
Log.log(IStatus.ERROR, ("ERROR WITH STRING:" + str), e);
return new FastStringBuffer();
}
} finally {
isInRead = false;
}
}
}
/**
* Handles having an operator
*
* @param std the coding standard to be used
* @param cs the contents of the string
* @param buf the buffer where the contents should be added
* @param parsingUtils helper to get the contents
* @param i current index
* @param c current char
* @return the new index after handling the operator
*/
private int handleOperator(
FormatStd std, char[] cs, FastStringBuffer buf, ParsingUtils parsingUtils, int i, char c) {
// let's discover if it's an unary operator (~ + -)
boolean isUnaryWithContents = true;
boolean isUnary = false;
boolean changeWhitespacesBefore = true;
if (c == '~' || c == '+' || c == '-') {
// could be an unary operator...
String trimmedLastWord = buf.getLastWord().trim();
isUnary =
trimmedLastWord.length() == 0 || PySelection.ALL_KEYWORD_TOKENS.contains(trimmedLastWord);
if (!isUnary) {
for (char itChar : buf.reverseIterator()) {
if (itChar == ' ' || itChar == '\t') {
continue;
}
switch (itChar) {
case '[':
case '{':
case '=':
changeWhitespacesBefore = false;
case '(':
case ':':
isUnaryWithContents = false;
case '>':
case '<':
case '-':
case '+':
case '~':
case '*':
case '/':
case '%':
case '!':
case '&':
case '^':
case '|':
case ',':
isUnary = true;
}
break;
}
} else {
isUnaryWithContents = buf.length() > 0;
}
}
if (!isUnary) {
// We don't want to change whitespaces before in a binary operator that is in a new line.
for (char ch : buf.reverseIterator()) {
if (!Character.isWhitespace(ch)) {
break;
}
if (ch == '\r' || ch == '\n') {
changeWhitespacesBefore = false;
break;
}
}
}
if (changeWhitespacesBefore) {
while (buf.length() > 0 && (buf.lastChar() == ' ' || buf.lastChar() == ' ')) {
buf.deleteLast();
}
}
boolean surroundWithSpaces = std.operatorsWithSpace;
if (changeWhitespacesBefore) {
// add spaces before
if (isUnaryWithContents && surroundWithSpaces) {
buf.append(' ');
}
}
char localC = c;
char prev = '\0';
boolean backOne = true;
while (isOperatorPart(localC, prev)) {
buf.append(localC);
prev = localC;
i++;
if (i == cs.length) {
break;
}
localC = cs[i];
if (localC == '=') {
// when we get to an assign, we have found a full stmt (with assign) -- e.g.: a \\= a += a
// ==
buf.append(localC);
backOne = false;
break;
}
}
if (backOne) {
i--;
}
// add space after only if it's not unary
if (!isUnary && surroundWithSpaces) {
buf.append(' ');
}
i = parsingUtils.eatWhitespaces(null, i + 1);
return i;
}
/**
* Formats the contents for when a parenthesis is found (so, go until the closing parens and
* format it accordingly)
*
* @param throwSyntaxError
* @throws SyntaxErrorException
*/
private int formatForPar(
final ParsingUtils parsingUtils,
final char[] cs,
final int i,
final FormatStd std,
final FastStringBuffer buf,
final int parensLevel,
final String delimiter,
boolean throwSyntaxError)
throws SyntaxErrorException {
char c = ' ';
FastStringBuffer locBuf = new FastStringBuffer();
int j = i + 1;
int start = j;
int end = start;
while (j < cs.length && (c = cs[j]) != ')') {
j++;
if (c == '\'' || c == '"') { // ignore comments or multiline comments...
j = parsingUtils.eatLiterals(null, j - 1, std.trimMultilineLiterals) + 1;
end = j;
} else if (c == '#') {
j = parsingUtils.eatComments(null, j - 1) + 1;
end = j;
} else if (c == '(') { // open another par.
if (end > start) {
locBuf.append(cs, start, end - start);
start = end;
}
j =
formatForPar(
parsingUtils,
cs,
j - 1,
std,
locBuf,
parensLevel + 1,
delimiter,
throwSyntaxError)
+ 1;
start = j;
} else {
end = j;
}
}
if (end > start) {
locBuf.append(cs, start, end - start);
start = end;
}
if (c == ')') {
// Now, when a closing parens is found, let's see the contents of the line where that parens
// was found
// and if it's only whitespaces, add all those whitespaces (to handle the following case:
// a(a,
// b
// ) <-- we don't want to change this one.
char c1;
FastStringBuffer buf1 = new FastStringBuffer();
if (locBuf.indexOf('\n') != -1 || locBuf.indexOf('\r') != -1) {
for (int k = locBuf.length();
k > 0 && (c1 = locBuf.charAt(k - 1)) != '\n' && c1 != '\r';
k--) {
buf1.insert(0, c1);
}
}
String formatStr =
formatStr(trim(locBuf).toString(), std, parensLevel, delimiter, throwSyntaxError);
FastStringBuffer formatStrBuf = trim(new FastStringBuffer(formatStr, 10));
String closing = ")";
if (buf1.length() > 0 && PySelection.containsOnlyWhitespaces(buf1.toString())) {
formatStrBuf.append(buf1);
} else if (std.parametersWithSpace) {
closing = " )";
}
if (std.parametersWithSpace) {
if (formatStrBuf.length() == 0) {
buf.append("()");
} else {
buf.append("( ");
buf.append(formatStrBuf);
buf.append(closing);
}
} else {
buf.append('(');
buf.append(formatStrBuf);
buf.append(closing);
}
return j;
} else {
if (throwSyntaxError) {
throw new SyntaxErrorException("No closing ')' found.");
}
// we found no closing parens but we finished looking already, so, let's just add anything
// without
// more formatting...
buf.append('(');
buf.append(locBuf);
return j;
}
}
public void saveToFile(File workspaceMetadataFile) {
if (workspaceMetadataFile.exists() && !workspaceMetadataFile.isDirectory()) {
try {
FileUtils.deleteFile(workspaceMetadataFile);
} catch (IOException e) {
throw new RuntimeException(e);
}
}
if (!workspaceMetadataFile.exists()) {
workspaceMetadataFile.mkdirs();
}
File modulesKeysFile = new File(workspaceMetadataFile, "modulesKeys");
File pythonpatHelperFile = new File(workspaceMetadataFile, "pythonpath");
FastStringBuffer buf;
HashMap<String, Integer> commonTokens = new HashMap<String, Integer>();
synchronized (modulesKeysLock) {
buf = new FastStringBuffer(this.modulesKeys.size() * 50);
buf.append(MODULES_MANAGER_V2);
for (Iterator<ModulesKey> iter = this.modulesKeys.keySet().iterator(); iter.hasNext(); ) {
ModulesKey next = iter.next();
buf.append(next.name);
if (next.file != null) {
buf.append("|");
if (next instanceof ModulesKeyForZip) {
ModulesKeyForZip modulesKeyForZip = (ModulesKeyForZip) next;
if (modulesKeyForZip.zipModulePath != null) {
String fileStr = next.file.toString();
Integer t = commonTokens.get(fileStr);
if (t == null) {
t = commonTokens.size();
commonTokens.put(fileStr, t);
}
buf.append(t);
buf.append("|");
buf.append(modulesKeyForZip.zipModulePath);
buf.append("|");
buf.append(modulesKeyForZip.isFile ? '1' : '0');
}
} else {
buf.append(next.file.toString());
}
}
buf.append('\n');
}
}
if (commonTokens.size() > 0) {
FastStringBuffer header = new FastStringBuffer(buf.length() + (commonTokens.size() * 50));
header.append(MODULES_MANAGER_V2);
header.append("--COMMON--\n");
for (Map.Entry<String, Integer> entries : commonTokens.entrySet()) {
header.append(entries.getValue());
header.append('=');
header.append(entries.getKey());
header.append('\n');
}
header.append("--END-COMMON--\n");
header.append(buf);
buf = header;
}
FileUtils.writeStrToFile(buf.toString(), modulesKeysFile);
this.pythonPathHelper.saveToFile(pythonpatHelperFile);
}
