public bool SignalExternalCommandLineArgs(IList<string> args)
{
args.RemoveAt(0); //Removes the executable file name
cmdLineResult = Parser.Default.ParseArguments<Options>(args.ToArray());
ParseArguments();
return true;
}
public static XDoc RetrievePageXDoc(PageBE page, uint pageId, ParserMode mode, string language, bool isInclude, int section, Title relToTitle, bool xhtml, out ParserResult parserResult) {
uint contextPageId = pageId;
if((mode == ParserMode.VIEW) && (contextPageId != uint.MaxValue) && page.Title.IsTemplate) {
// NOTE (steveb): page being rendered is a template and a contextual page was specified; this means we're rendering a global template page
PageBE contextPage = GetPageById(contextPageId);
if(contextPage == null) {
parserResult = new ParserResult();
return null;
}
parserResult = DekiXmlParser.ParseGlobalTemplate(contextPage, page);
} else {
parserResult = DekiXmlParser.Parse(page, page.ContentType, language ?? page.Language, page.GetText(DbUtils.CurrentSession), mode, isInclude, section, null, relToTitle);
}
if(page.Title.IsTemplate && isInclude) {
DekiXmlParser.PostProcessTemplateInsertBody(parserResult, page);
}
// post process tail element
DekiXmlParser.PostProcessParserResults(parserResult);
// BUGBUGBUG (steveb): we cannot properly restore an old title unless it had a display title set
// wrap the result in a content tag and return it to the user
XDoc result = new XDoc("content")
.Attr("type", parserResult.ContentType)
.Attr("etag", page.Etag)
.Attr("title", page.CustomTitle ?? page.Title.AsUserFriendlyName());
// check if page contains unsafe content
if(mode == ParserMode.EDIT) {
result.Attr("unsafe", !DekiScriptLibrary.VerifyXHtml(parserResult.MainBody, true));
}
if(xhtml) {
result.AddNodes(parserResult.Content);
} else {
// encode the result as nodes of text
foreach(XDoc entry in parserResult.Content.Elements) {
if(entry.HasName("body")) {
result.Start("body").Attr("target", entry["@target"].AsText).Value(entry.ToInnerXHtml()).End();
} else {
result.Elem(entry.Name, entry.ToInnerXHtml());
}
}
}
return result;
}
private static void* __CopyValue(ParserResult.__Internal native)
{
var ret = Marshal.AllocHGlobal(28);
global::CppSharp.Parser.ParserResult.__Internal.cctor_1(ret, new global::System.IntPtr(&native));
return ret.ToPointer();
}
private static ParserResult.Internal* __CopyValue(ParserResult.Internal native)
{
var ret = Marshal.AllocHGlobal(56);
CppSharp.Parser.ParserResult.Internal.cctor_1(ret, new global::System.IntPtr(&native));
return (ParserResult.Internal*) ret;
}
public void when_called()
{
before = () => { _parser = Parser.DefaultParser; };
act = () => { _result = _parser.Parse <BasicOptions>(_args); };
context["Given a valid command line for Basic Options"] = () =>
{
const string fileName = @"C:\Temp\MyFileName.txt";
const int lineCount = 25;
var dateTime = new DateTime(2018, 08, 11);
const OneToFive oneToFive = OneToFive.Four;
before = () =>
{
_args = new[]
{
fileName,
"-lc", lineCount.ToString(),
"-dt", dateTime.ToString("yyyy-MM-dd"),
"-otf", oneToFive.ToString()
};
};
it["should return a valid result"] = () => _result.ShouldNotBeNull();
it["should return an Options instance"] = () => _result.Options.ShouldNotBeNull();
it["should map FileName correctly"] = () => _result.Options.FileName.ShouldBe(fileName);
it["should map LineCount correctly"] = () => _result.Options.LineCount.ShouldBe(lineCount);
it["should return Timestamp correctly"] = () => _result.Options.Timestamp.ShouldBe(dateTime);
it["should return OneToFive correctly"] = () => _result.Options.OneToFive.ShouldBe(OneToFive.Four);
};
context["Given a valid command line for Basic Options with positional Parameter at the end"] = () =>
{
const string fileName = @"C:\Temp\MyFileName.txt";
const int lineCount = 25;
var dateTime = new DateTime(2018, 08, 11);
const OneToFive oneToFive = OneToFive.Four;
before = () =>
{
_args = new[]
{
"-lc", lineCount.ToString(),
"-dt", dateTime.ToString("yyyy-MM-dd"),
"-otf", oneToFive.ToString(),
fileName
};
};
it["should return a valid result"] = () => _result.ShouldNotBeNull();
it["should return an Options instance"] = () => _result.Options.ShouldNotBeNull();
it["should map FileName correctly"] = () => _result.Options.FileName.ShouldBe(fileName);
it["should map LineCount correctly"] = () => _result.Options.LineCount.ShouldBe(lineCount);
it["should return Timestamp correctly"] = () => _result.Options.Timestamp.ShouldBe(dateTime);
it["should return OneToFive correctly"] = () => _result.Options.OneToFive.ShouldBe(OneToFive.Four);
};
context["Given a valid command line for Basic Options with positional Parameter in the middle"] = () =>
{
const string fileName = @"C:\Temp\MyFileName.txt";
const int lineCount = 25;
var dateTime = new DateTime(2018, 08, 11);
const OneToFive oneToFive = OneToFive.Four;
before = () =>
{
_args = new[]
{
"-lc", lineCount.ToString(),
"-dt", dateTime.ToString("yyyy-MM-dd"),
"-otf", oneToFive.ToString(),
fileName
};
};
it["should return a valid result"] = () => _result.ShouldNotBeNull();
it["should return an Options instance"] = () => _result.Options.ShouldNotBeNull();
it["should map FileName correctly"] = () => _result.Options.FileName.ShouldBe(fileName);
it["should map LineCount correctly"] = () => _result.Options.LineCount.ShouldBe(lineCount);
it["should return Timestamp correctly"] = () => _result.Options.Timestamp.ShouldBe(dateTime);
it["should return OneToFive correctly"] = () => _result.Options.OneToFive.ShouldBe(OneToFive.Four);
};
}
static int Main(string[] args)
{
ParserResult <CommandLineArguments> options = null;
try
{
options = Parser.Default.ParseArguments <CommandLineArguments>(args);
if (!IsValid(options))
{
return(-2);
}
}
catch
{
Console.WriteLine();
Console.WriteLine("Failed to parse command line arguments. See valid command line arguments below:");
var h = new HelpText {
AddDashesToOption = true, AdditionalNewLineAfterOption = true
};
h.AddOptions(new CommandLineArguments());
Console.WriteLine(h.ToString());
return(-3);
}
RedirectConsoleOutput(options.Value.OutputFile);
if (!ReadResponseFile(options.Value))
{
return(-4);
}
try
{
options.Value.ProjectPath = Path.GetFullPath(options.Value.ProjectPath);
// We should ignore scripts in assets/WebGLTemplates
var ignoredPathsRegex = new Regex(string.Format("assets{0}{0}webgltemplates{0}{0}", Path.DirectorySeparatorChar), RegexOptions.Compiled | RegexOptions.IgnoreCase);
var editorSubFolder = String.Format("{0}Editor{0}", Path.DirectorySeparatorChar);
var pluginsEditorSubFolder = String.Format("{0}Plugins{0}Editor{0}", Path.DirectorySeparatorChar);
var pluginSubFolder = String.Format("{0}Plugins{0}", Path.DirectorySeparatorChar);
var allFiles = Directory.GetFiles(Path.Combine(options.Value.ProjectPath, "Assets"), "*.js", SearchOption.AllDirectories).Where(path => !ignoredPathsRegex.IsMatch(path));
var filter = new Regex(string.Format(@"{0}|{1}|{2}", editorSubFolder, pluginSubFolder, pluginsEditorSubFolder).Replace("\\", "\\\\"), RegexOptions.Compiled);
var runtimeScripts = allFiles.Where(scriptPath => !filter.IsMatch(scriptPath)).Select(scriptPath => new SourceFile {
FileName = scriptPath, Contents = File.ReadAllText(scriptPath)
}).ToArray();
var editorScripts = allFiles.Where(scriptPath => scriptPath.Contains(editorSubFolder) && !scriptPath.Contains(pluginsEditorSubFolder)).Select(scriptPath => new SourceFile {
FileName = scriptPath, Contents = File.ReadAllText(scriptPath)
}).ToArray();
var pluginScripts = allFiles.Where(scriptPath => scriptPath.Contains(pluginSubFolder) && !scriptPath.Contains(pluginsEditorSubFolder)).Select(scriptPath => new SourceFile {
FileName = scriptPath, Contents = File.ReadAllText(scriptPath)
}).ToArray();
var pluginEditorScritps = allFiles.Where(scriptPath => scriptPath.Contains(pluginsEditorSubFolder)).Select(scriptPath => new SourceFile {
FileName = scriptPath, Contents = File.ReadAllText(scriptPath)
}).ToArray();
if (!ValidateAssemblyReferences(options))
{
return(-1);
}
if (options.Value.DumpScripts)
{
DumpScripts("Runtime", runtimeScripts);
DumpScripts("Editor", editorScripts);
DumpScripts("Plugin", pluginScripts);
DumpScripts("Plugin/Editor", pluginEditorScritps);
}
var converter = new UnityScript2CSharpConverter(options.Value.IgnoreErrors, options.Value.SkipComments, options.Value.ShowOrphanComments);
var referencedSymbols = new List <SymbolInfo>();
var errors = new HashSet <CompilerError>(new CompilerErrorComparer());
ConvertScripts(AssemblyType.Runtime, runtimeScripts, converter, options.Value, referencedSymbols, errors);
ConvertScripts(AssemblyType.Editor, editorScripts, converter, options.Value, referencedSymbols, errors);
ConvertScripts(AssemblyType.RuntimePlugins, pluginScripts, converter, options.Value, referencedSymbols, errors);
ConvertScripts(AssemblyType.EditorPlugins, pluginEditorScritps, converter, options.Value, referencedSymbols, errors);
ReportConversionFinished(runtimeScripts.Length + editorScripts.Length + pluginScripts.Length, options.Value, referencedSymbols, errors);
}
catch (Exception ex)
{
using (WithConsoleColors.SetTo(ConsoleColor.DarkRed, ConsoleColor.Black))
{
Console.WriteLine(ex.Message);
if (options.Value.Verbose)
{
Console.WriteLine();
Console.WriteLine(ex.StackTrace);
}
if (!options.Value.IgnoreErrors)
{
Console.WriteLine("Consider running converter with '-i' option.");
}
}
return(-5);
}
return(0);
}
private ParserResult(ParserResult.Internal native)
: this(__CopyValue(native))
{
__ownsNativeInstance = true;
}
void OnSourceFileParsed(IList<SourceFile> files, ParserResult result)
{
OnFileParsed(files.Select(f => f.Path), result);
}
public virtual void Calculate(DateTime t1, DateTime t2)
{
var t1a = t1;
var t2a = t2;
Logger.OnLogEvent += Logger_OnLogEvent;
var seriesBeforeCalc = this.Clone();
//if( this.TimeInterval == TimeSeries.TimeInterval.Irregular)
t2a = t2.AddDays(1); // we may need midnight value in the next day.
if (this.TimeInterval == TimeSeries.TimeInterval.Daily)
{
// daily_wrdo_pu needs AdjustStartingDate
t1a = this.AdjustStartingDateFromProperties(t1, t2a);// DO DO??? needed??
}
Exception error = new Exception();
if (Expression != null && Expression.Trim() != "")
{
string tmpExpression = Expression;
Logger.WriteLine("begin Calculate()");
Expression = ExpressionPreProcessor();
ParserResult result = null;
try
{
result = Parser.Evaluate(this.Expression, t1a, t2a, this.TimeInterval);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
Logger.WriteLine(e.Message, "ui");
Messages.Add(e.Message);
error = e;
result = null;
}
if (result != null && ( result.IsDouble || result.IsInteger ))
{ // constant expression, need to convert to a Series.
Series constant = new Series();
constant.TimeInterval = this.TimeInterval;
constant = Math.FillMissingWithZero(constant, t1, t2);
if( result.IsDouble)
constant = Math.Add(constant, result.Double);
else
constant = Math.Add(constant, result.Integer);
result = new ParserResult(constant);
}
if (result != null && result.IsSeries)
{
result.Series.Trim(t1, t2);
//var s = result.Series;
//result.Series = Math.Subset(s, t1, t2); // trim extra data used for calculations
Logger.WriteLine("Calculation result has " + result.Series.Count + " rows");
this.TimeInterval = result.Series.TimeInterval;
string tableName = this.Table.TableName;
this.Table = result.Series.Table;
this.Table.TableName = tableName;
if (m_db != null)
{
// Logger.WriteLine("Setting Flags");
m_db.Quality.SetFlags(this);
}
this.Table.AcceptChanges();// prevents error releated to Deleted rows from Trim() above.
foreach (DataRow row in this.Table.Rows)
{
row.SetAdded(); // so database will insert these rows.
}
if (m_db != null) // database is not required for calculations.
{
//bool canSave = m_db.Server.HasSavePrivilge(this.Table.TableName);
// if(canSave)
m_db.SaveTimeSeriesTable(this.ID, this, DatabaseSaveOptions.UpdateExisting);
Expression = tmpExpression;
if (seriesBeforeCalc.TimeInterval != this.TimeInterval
|| seriesBeforeCalc.Units != this.Units)
{
Logger.WriteLine("Warning Units or interval has changed.");
//if(canSave)
m_db.SaveProperties(this); // time interval, units, are dependent on calculation.
}
}
}
else
{
Clear();
Console.WriteLine(error.Message);
Logger.WriteLine(error.Message);
}
Logger.WriteLine("Calculate() completed");
Logger.OnLogEvent -= Logger_OnLogEvent;
}
}
/**
* Parses a piece of Java code that matches a certain grammar rule.
*
* @param pSource The Java source that should get parsed.
* @param pCodeFragmentType The code fragment type defining the grammar
* rule that should be used to parse the code
* fragment.
* @param pErrorMessages If this argument is not <code>null</code> error
* messages emited by the parser will be added to
* this list. Otherwise these error messages will be
* written to <code>System.err</code>.
*
* @return An object of type <code>JSOParser.ParserResult</code>
* containing the root node representing a Java code fragment and
* the token stream containing the tokens of the parsed source.
*
* @
* if parsing the code fragment or creating the AST failes.
* @throws RecognitionException
*
* __TEST__ All parsable code fragments still untested for parser failure.
*/
private ParserResult parse(
ANTLRStringStream pSource, CodeFragmentType pCodeFragmentType,
List<String> pErrorMessages)
{
ParserResult result = new ParserResult();
bool isMessageCollectingEnabled = pErrorMessages != null;
mLexer.CharStream = pSource;
mLexer.EnableErrorMessageCollection(isMessageCollectingEnabled);
TokenRewriteStream tokenRewriteStream =
new TokenRewriteStream(mLexer);
if (mParser != null) {
mParser.TokenStream = tokenRewriteStream;
} else {
mParser = new JavaParser(tokenRewriteStream);
mParser.TreeAdaptor = mAST2JSOMTreeAdaptor;
}
mParser.EnableErrorMessageCollection(isMessageCollectingEnabled);
AST2JSOMTree tree = null;
if (pCodeFragmentType == CodeFragmentType.ANNOTATION) {
tree = (AST2JSOMTree) mParser.annotation().Tree;
} else if (pCodeFragmentType == CodeFragmentType.ASSERT_STATEMENT) {
tree = (AST2JSOMTree) mParser.assertStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.BREAK_STATEMENT) {
tree = (AST2JSOMTree) mParser.breakStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.CLASS_EXTENDS_CLAUSE) {
tree = (AST2JSOMTree) mParser.classExtendsClause().Tree;
} else if ( pCodeFragmentType
== CodeFragmentType.COMPLEX_TYPE_IDENTIFIER) {
tree = (AST2JSOMTree) mParser.typeIdent().Tree;
} else if (pCodeFragmentType == CodeFragmentType.CONTINUE_STATEMENT) {
tree = (AST2JSOMTree) mParser.continueStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.DO_WHILE_STATEMENT) {
tree = (AST2JSOMTree) mParser.doWhileStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.ENUM_CONSTANT) {
tree = (AST2JSOMTree) mParser.enumConstant().Tree;
} else if (pCodeFragmentType == CodeFragmentType.EXPRESSION) {
tree = (AST2JSOMTree) mParser.expression().Tree;
} else if (pCodeFragmentType == CodeFragmentType.EXPRESSION_STATEMENT) {
tree = (AST2JSOMTree) mParser.expressionStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.FOR_STATEMENT) {
tree = (AST2JSOMTree) mParser.forStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.FOREACH_STATEMENT) {
tree = (AST2JSOMTree) mParser.forEachStatement().Tree;
} else if ( pCodeFragmentType
== CodeFragmentType.FORMAL_PARAMETER_LIST) {
tree = (AST2JSOMTree) mParser.formalParameterList().Tree;
} else if ( pCodeFragmentType
== CodeFragmentType.GENERIC_TYPE_ARGUMENT_LIST) {
tree = (AST2JSOMTree) mParser.genericTypeArgumentList().Tree;
} else if ( pCodeFragmentType
== CodeFragmentType.GENERIC_TYPE_PARAMETER_LIST) {
tree = (AST2JSOMTree) mParser.genericTypeParameterList().Tree;
} else if (pCodeFragmentType == CodeFragmentType.IF_STATEMENT) {
tree = (AST2JSOMTree) mParser.ifStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.IMPLEMENTS_CLAUSE) {
tree = (AST2JSOMTree) mParser.implementsClause().Tree;
} else if (pCodeFragmentType == CodeFragmentType.IMPORT_DECLARATION) {
tree = (AST2JSOMTree) mParser.importDeclaration().Tree;
} else if ( pCodeFragmentType
== CodeFragmentType.INTERFACE_EXTENDS_CLAUSE) {
tree = (AST2JSOMTree) mParser.interfaceExtendsClause().Tree;
} else if (pCodeFragmentType == CodeFragmentType.JAVA_SOURCE) {
tree = (AST2JSOMTree) mParser.javaSource().Tree;
} else if (pCodeFragmentType == CodeFragmentType.LABELED_STATEMENT) {
tree = (AST2JSOMTree) mParser.labeledStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.LOCAL_VARIABLE_DECLARATION) {
tree = (AST2JSOMTree) mParser.localVariableDeclaration().Tree;
} else if (pCodeFragmentType == CodeFragmentType.MODIFIER_LIST) {
tree = (AST2JSOMTree) mParser.modifierList().Tree;
} else if (pCodeFragmentType == CodeFragmentType.PRIMITIVE_TYPE) {
tree = (AST2JSOMTree) mParser.primitiveType().Tree;
} else if (pCodeFragmentType == CodeFragmentType.QUALIFIED_IDENTIFIER) {
tree = (AST2JSOMTree) mParser.qualifiedIdentifier().Tree;
} else if (pCodeFragmentType == CodeFragmentType.RETURN_STATEMENT) {
tree = (AST2JSOMTree) mParser.returnStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.STATEMENT) {
tree = (AST2JSOMTree) mParser.statement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.STATEMENT_BLOCK) {
tree = (AST2JSOMTree) mParser.block().Tree;
} else if (pCodeFragmentType == CodeFragmentType.STATEMENT_BLOCK_ELEMENT) {
tree = (AST2JSOMTree) mParser.blockStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.SWITCH_CASE_LABEL) {
tree = (AST2JSOMTree) mParser.switchCaseLabel().Tree;
} else if (pCodeFragmentType == CodeFragmentType.SWITCH_DEFAULT_LABEL) {
tree = (AST2JSOMTree) mParser.switchDefaultLabel().Tree;
} else if (pCodeFragmentType == CodeFragmentType.SWITCH_STATEMENT) {
tree = (AST2JSOMTree) mParser.switchStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.SYNCHRONIZED_STATEMENT) {
tree = (AST2JSOMTree) mParser.synchronizedStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.THROW_STATEMENT) {
tree = (AST2JSOMTree) mParser.throwStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.THROWS_CLAUSE) {
tree = (AST2JSOMTree) mParser.throwsClause().Tree;
} else if (pCodeFragmentType == CodeFragmentType.TRY_STATEMENT) {
tree = (AST2JSOMTree) mParser.tryStatement().Tree;
} else if (pCodeFragmentType == CodeFragmentType.TRY_STATEMENT_CATCH_CLAUSE) {
tree = (AST2JSOMTree) mParser.catchClause().Tree;
} else if (pCodeFragmentType == CodeFragmentType.TYPE) {
tree = (AST2JSOMTree) mParser.type().Tree;
} else if (pCodeFragmentType == CodeFragmentType.TYPE_DECLARATION) {
tree = (AST2JSOMTree) mParser.typeDeclaration().Tree;
} else if (pCodeFragmentType == CodeFragmentType.VARIABLE_DECLARATOR_IDENTIFIER) {
// Simply use the grammar rule for local variables.
tree = (AST2JSOMTree) mParser.variableDeclaratorId().Tree;
} else if (pCodeFragmentType == CodeFragmentType.VARIABLE_INITIALIZER) {
tree = (AST2JSOMTree) mParser.variableInitializer().Tree;
} else if (pCodeFragmentType == CodeFragmentType.WHILE_STATEMENT) {
tree = (AST2JSOMTree) mParser.whileStatement().Tree;
} else if (pCodeFragmentType != null) {
throw new JSourceUnmarshallerException(
UnmarshallerMessages
.getUnsupportedCodeFragmentTypeMessage(
pCodeFragmentType));
} else {
// TODO Internationalize the message.
throw new JSourceUnmarshallerException(
"The argument stating the code fragment type mustn't be " +
"'null'");
}
// On parser errors the generated parser may return something
// undefined rather than 'null'.
if (!mParser.HasErrors()) {
// TODO It seems that the JSourceObjectizer uses the parser result
// instead of the tree parser result. CHECK THIS!
CommonTreeNodeStream treeNodes =
new CommonTreeNodeStream(mAST2JSOMTreeAdaptor, tree);
treeNodes.TokenStream = tokenRewriteStream;
if (mTreeParser != null) {
mTreeParser.Reset();
mTreeParser.SetTreeNodeStream(treeNodes);
} else {
mTreeParser = new JavaTreeParser(treeNodes);
}
mTreeParser.EnableErrorMessageCollection(
isMessageCollectingEnabled);
if (pCodeFragmentType == CodeFragmentType.ANNOTATION) {
mTreeParser.annotation();
} else if ( pCodeFragmentType
== CodeFragmentType.COMPLEX_TYPE_IDENTIFIER) {
mTreeParser.typeIdent();
} else if (pCodeFragmentType == CodeFragmentType.ENUM_CONSTANT) {
mTreeParser.enumConstant();
} else if (pCodeFragmentType == CodeFragmentType.EXPRESSION) {
mTreeParser.expression();
} else if ( pCodeFragmentType
== CodeFragmentType.CLASS_EXTENDS_CLAUSE
|| pCodeFragmentType
== CodeFragmentType.INTERFACE_EXTENDS_CLAUSE) {
mTreeParser.extendsClause();
} else if ( pCodeFragmentType
== CodeFragmentType.FORMAL_PARAMETER_LIST) {
mTreeParser.formalParameterList();
} else if ( pCodeFragmentType
== CodeFragmentType.GENERIC_TYPE_ARGUMENT_LIST) {
mTreeParser.genericTypeArgumentList();
} else if ( pCodeFragmentType
== CodeFragmentType.GENERIC_TYPE_PARAMETER_LIST) {
mTreeParser.genericTypeParameterList();
} else if ( pCodeFragmentType
== CodeFragmentType.IMPLEMENTS_CLAUSE) {
mTreeParser.implementsClause();
} else if ( pCodeFragmentType
== CodeFragmentType.IMPORT_DECLARATION) {
mTreeParser.importDeclaration();
} else if (pCodeFragmentType == CodeFragmentType.JAVA_SOURCE) {
mTreeParser.javaSource();
} else if (pCodeFragmentType == CodeFragmentType.LOCAL_VARIABLE_DECLARATION) {
mTreeParser.localVariableDeclaration();
} else if (pCodeFragmentType == CodeFragmentType.MODIFIER_LIST) {
mTreeParser.modifierList();
} else if (pCodeFragmentType == CodeFragmentType.PRIMITIVE_TYPE) {
mTreeParser.primitiveType();
} else if ( pCodeFragmentType
== CodeFragmentType.QUALIFIED_IDENTIFIER) {
mTreeParser.qualifiedIdentifier();
} else if ( pCodeFragmentType == CodeFragmentType.STATEMENT
|| pCodeFragmentType == CodeFragmentType.ASSERT_STATEMENT
|| pCodeFragmentType == CodeFragmentType.BREAK_STATEMENT
|| pCodeFragmentType == CodeFragmentType.CONTINUE_STATEMENT
|| pCodeFragmentType == CodeFragmentType.DO_WHILE_STATEMENT
|| pCodeFragmentType == CodeFragmentType.EXPRESSION_STATEMENT
|| pCodeFragmentType == CodeFragmentType.FOR_STATEMENT
|| pCodeFragmentType == CodeFragmentType.FOREACH_STATEMENT
|| pCodeFragmentType == CodeFragmentType.IF_STATEMENT
|| pCodeFragmentType == CodeFragmentType.LABELED_STATEMENT
|| pCodeFragmentType == CodeFragmentType.RETURN_STATEMENT
|| pCodeFragmentType == CodeFragmentType.SWITCH_STATEMENT
|| pCodeFragmentType == CodeFragmentType.SYNCHRONIZED_STATEMENT
|| pCodeFragmentType == CodeFragmentType.THROW_STATEMENT
|| pCodeFragmentType == CodeFragmentType.TRY_STATEMENT
|| pCodeFragmentType == CodeFragmentType.WHILE_STATEMENT) {
mTreeParser.statement();
} else if (pCodeFragmentType == CodeFragmentType.SWITCH_CASE_LABEL) {
mTreeParser.switchCaseLabel();
} else if (pCodeFragmentType == CodeFragmentType.SWITCH_DEFAULT_LABEL) {
mTreeParser.switchDefaultLabel();
} else if (pCodeFragmentType == CodeFragmentType.STATEMENT_BLOCK) {
mTreeParser.block();
} else if (pCodeFragmentType == CodeFragmentType.STATEMENT_BLOCK_ELEMENT) {
mTreeParser.blockStatement();
} else if (pCodeFragmentType == CodeFragmentType.THROWS_CLAUSE) {
mTreeParser.throwsClause();
} else if (pCodeFragmentType == CodeFragmentType.TRY_STATEMENT_CATCH_CLAUSE) {
mTreeParser.catchClause();
} else if (pCodeFragmentType == CodeFragmentType.TYPE) {
mTreeParser.type();
} else if (pCodeFragmentType == CodeFragmentType.TYPE_DECLARATION) {
mTreeParser.typeDeclaration();
} else if (pCodeFragmentType == CodeFragmentType.VARIABLE_DECLARATOR_IDENTIFIER) {
mTreeParser.variableDeclaratorId();
} else if (pCodeFragmentType == CodeFragmentType.VARIABLE_INITIALIZER) {
mTreeParser.variableInitializer();
} else if (pCodeFragmentType != null) {
throw new JSourceUnmarshallerException(
UnmarshallerMessages
.getUnsupportedCodeFragmentTypeMessage(
pCodeFragmentType));
} else {
// TODO Internationalize the message.
throw new JSourceUnmarshallerException(
"The argument stating the code fragment type mustn't be " +
"'null'");
}
result.mLineCount = mLexer.Line;
result.mTokenRewriteStream = tokenRewriteStream;
result.mTree = tree;
}
return result;
}
/**
* Parses a piece of Java code that matches a certain grammar rule.
*
* @param pCodeFragment The Java code fragment that should get parsed.
* @param pCodeFragmentType The code fragment type defining the grammar
* rule that should be used to parse the code
* fragment.
* @param pErrorMessages If this argument is not <code>null</code> error
* messages emited by the parser will be added to
* this list. Otherwise these error messages will be
* written to <code>System.err</code>.
*
* @return An object of type <code>JSOParser.ParserResult</code>
* containing the root node representing a Java code fragment and
* the token stream containing the tokens of the parsed source. If
* parsing the code fragment has been failed but no exception
* has been thrown <code>null</code> will be returned and it's
* very likely that there's at least one message within the message
* list passed to this method (if a list has been passed at all, of
* course).
*
* @ if parsing the code fragment
* failed.
*/
protected ParserResult parse(
String pCodeFragment, CodeFragmentType pCodeFragmentType,
List<String> pErrorMessages)
{
ParserResult result = new ParserResult();
try {
result = parse(
new ANTLRStringStream(pCodeFragment), pCodeFragmentType,
pErrorMessages);
} catch (RecognitionException re) {
throw new JSourceUnmarshallerException(
UnmarshallerMessages
.getJavaCodeFragmentParsingFailedMessage(
pCodeFragment, pCodeFragmentType), re);
} catch (JSourceUnmarshallerException jsue) {
// Just catch 'JSourceUnmarshallerException' exceptions in order to
// avoid jumping into the following 'catch' block.
throw jsue;
} catch (Exception e) {
throw new JSourceUnmarshallerException(
UnmarshallerMessages
.getJavaCodeFragmentParsingFailedMessage(
pCodeFragment, pCodeFragmentType), e);
} finally {
if (pErrorMessages != null) {
List<String> parserMessages;
bool isMessageHeaderEnabled = true;
parserMessages = mLexer.GetMessages();
if (parserMessages.Count > 0) {
pErrorMessages.Add(
UnmarshallerMessages
.getParserMessagesEmitedForCodeFragmentMessage(
pCodeFragment, pCodeFragmentType));
isMessageHeaderEnabled = false;
foreach (String message in parserMessages) {
pErrorMessages.Add(
UnmarshallerMessages
.getLexerMessageMessage() + message);
}
}
if (mParser != null) {
parserMessages = mParser.GetMessages();
if (parserMessages.Count > 0) {
if (isMessageHeaderEnabled) {
pErrorMessages.Add(
UnmarshallerMessages
.getParserMessagesEmitedForCodeFragmentMessage(
pCodeFragment,
pCodeFragmentType));
}
isMessageHeaderEnabled = false;
foreach (String message in parserMessages) {
pErrorMessages.Add(
UnmarshallerMessages
.getParserMessageMessage() + message);
}
}
}
if (mTreeParser != null) {
parserMessages = mTreeParser.GetMessages();
if (parserMessages.Count > 0) {
if (isMessageHeaderEnabled) {
pErrorMessages.Add(
UnmarshallerMessages
.getParserMessagesEmitedForCodeFragmentMessage(
pCodeFragment, pCodeFragmentType));
}
foreach (String message in parserMessages) {
String TEST_STR = "JavaTreeParser.g: ";
int offset = message.IndexOf(TEST_STR);
if (offset != -1) {
pErrorMessages.Add(
UnmarshallerMessages
.getTreeParserMessageMessage() +
message.Substring(
offset + TEST_STR.Length));
} else {
pErrorMessages.Add(
UnmarshallerMessages
.getTreeParserMessageMessage() +
message);
}
}
}
}
}
}
if (result.mTree != null) {
return result;
}
return null;
}
// Process comparison operators
void EvalExp1Comparison(out ParserResult result)
{
string comp;
ParserResult partialResult;
Eval2Add(out result);
while ((comp = token) == ">" || comp == "<")
{
stack.Add(" comparison : " + comp);
GetToken();
Eval2Add(out partialResult);
if (Debug && result.IsSeries && partialResult.IsSeries)
{
Console.WriteLine("Part A ");
partialResult.Series.WriteToConsole();
Console.WriteLine("Part B");
result.Series.WriteToConsole();
}
switch (comp)
{
case ">":
result = result.GreaterThan(partialResult);
break;
case "<":
result = result.LessThan(partialResult);
break;
}
if ((Debug && result.IsSeries && partialResult.IsSeries))
{
Console.WriteLine("Part A " + comp + " Part B ");
result.Series.WriteToConsole();
}
}
//Eval2Add(out result);
}
// Process a parenthesized expression.
void Eval6Parenthesis(out ParserResult result)
{
if ((token == "("))
{
stack.Add("opening parenthesis ( ");
GetToken();
Eval2Add(out result);
if (token != ")")
SyntaxErr(Errors.UNBALPARENS);
GetToken();
}
else Atom(out result);
}
// Evaluate a unary + or -.
void Eval5Sign(out ParserResult result)
{
string op;
op = "";
if ((tokType == Types.DELIMITER) &&
token == "+" || token == "-")
{
stack.Add(" operator : "+token);
op = token;
GetToken();
}
Eval6Parenthesis(out result);
if (op == "-") result = new ParserResult(-1) * result;
}
// Process an exponent.
void Eval4Exponent(out ParserResult result)
{
ParserResult partialResult;
Eval5Sign(out result);
if (token == "^")
{
stack.Add(" exponent: ^");
GetToken();
Eval4Exponent(out partialResult);
result = ParserResult.Pow(result, partialResult);
}
}
public void ParseTest(ParserResult expect, List <string> parameters, bool upperCaseKeys, bool trimQuotes)
{
this.AssertParseTestEqual(expect, parameters, upperCaseKeys, trimQuotes);
}
private static int Main(string[] args)
{
WriteLine($"Roslynator Command Line Tool version {typeof(Program).GetTypeInfo().Assembly.GetName().Version}", Verbosity.Quiet);
WriteLine("Copyright (c) Josef Pihrt. All rights reserved.", Verbosity.Quiet);
WriteLine(Verbosity.Quiet);
try
{
ParserResult <object> parserResult = Parser.Default.ParseArguments <
#if DEBUG
AnalyzeAssemblyCommandLineOptions,
FindSymbolsCommandLineOptions,
SlnListCommandLineOptions,
ListVisualStudioCommandLineOptions,
GenerateSourceReferencesCommandLineOptions,
#endif
FixCommandLineOptions,
AnalyzeCommandLineOptions,
ListSymbolsCommandLineOptions,
FormatCommandLineOptions,
PhysicalLinesOfCodeCommandLineOptions,
LogicalLinesOfCodeCommandLineOptions,
GenerateDocCommandLineOptions,
GenerateDocRootCommandLineOptions>(args);
bool verbosityParsed = false;
parserResult.WithParsed <AbstractCommandLineOptions>(options =>
{
var defaultVerbosity = Verbosity.Normal;
if (options.Verbosity == null ||
TryParseVerbosity(options.Verbosity, out defaultVerbosity))
{
ConsoleOut.Verbosity = defaultVerbosity;
Verbosity fileLogVerbosity = defaultVerbosity;
if (options.FileLogVerbosity == null ||
TryParseVerbosity(options.FileLogVerbosity, out fileLogVerbosity))
{
if (options.FileLog != null)
{
var fs = new FileStream(options.FileLog, FileMode.Create, FileAccess.Write, FileShare.Read);
var sw = new StreamWriter(fs, Encoding.UTF8, bufferSize: 4096, leaveOpen: false);
Out = new TextWriterWithVerbosity(sw)
{
Verbosity = fileLogVerbosity
};
}
verbosityParsed = true;
}
}
});
if (!verbosityParsed)
{
return(1);
}
return(parserResult.MapResult(
#if DEBUG
(AnalyzeAssemblyCommandLineOptions options) => AnalyzeAssembly(options),
(FindSymbolsCommandLineOptions options) => FindSymbolsAsync(options).Result,
(SlnListCommandLineOptions options) => SlnListAsync(options).Result,
(ListVisualStudioCommandLineOptions options) => ListVisualStudio(options),
(GenerateSourceReferencesCommandLineOptions options) => GenerateSourceReferencesAsync(options).Result,
#endif
(FixCommandLineOptions options) => FixAsync(options).Result,
(AnalyzeCommandLineOptions options) => AnalyzeAsync(options).Result,
(ListSymbolsCommandLineOptions options) => ListSymbolsAsync(options).Result,
(FormatCommandLineOptions options) => FormatAsync(options).Result,
(PhysicalLinesOfCodeCommandLineOptions options) => PhysicalLinesOfCodeAsync(options).Result,
(LogicalLinesOfCodeCommandLineOptions options) => LogicalLinesOrCodeAsync(options).Result,
(GenerateDocCommandLineOptions options) => GenerateDocAsync(options).Result,
(GenerateDocRootCommandLineOptions options) => GenerateDocRootAsync(options).Result,
_ => 1));
}
catch (Exception ex)
{
if (ex is AggregateException aggregateException)
{
foreach (Exception innerException in aggregateException.InnerExceptions)
{
WriteError(innerException);
}
}
else if (ex is FileNotFoundException ||
ex is InvalidOperationException)
{
WriteError(ex);
}
else
{
throw;
}
}
finally
{
Out?.Dispose();
Out = null;
#if DEBUG
if (Debugger.IsAttached)
{
Console.ReadKey();
}
#endif
}
return(1);
}
internal ParserResult(ParserResult.Internal native)
: this(&native)
{
}
protected bool ParsedTest()
{
ParserResult root = ISequencer <T> .Parse(
"[version: ][i/code: ][message:\r\n][<headers:\r\n\r\n>][name::][|value|:\r\n|$][</>][$|body|$]",
"HTTP/1.1 404 Not found\r\nHeader1: data1\r\nCookie: theme=light; sessionToken=abc123\r\nHeaderMultiple: x 1\r\nHeaderMultiple: x 2\r\nHeaderMultiple: x 3\r\nHeader2: data2\r\nHeader3: data3\r\nHeader4: data4\r\n\r\n Hello! This is the body!".GetBytes()
).Close();
if (IsVerbose)
{
Console.WriteLine(":: ParsedTest");
Console.WriteLine(" :!*********************: headers.<$name=HeaderMultiple$>.value");
foreach (var e in root.GetAll <string>("headers.<$name=HeaderMultiple$>.value"))
{
Console.WriteLine(" :!: " + e);
}
Console.WriteLine(" :!*********************: ");
Console.WriteLine("Version :");
Console.WriteLine(root["version"]);
Console.WriteLine("Code :");
Console.WriteLine(root["code"]);
Console.WriteLine("Message :");
Console.WriteLine(root["message"]);
Console.WriteLine("Headers :");
foreach (var e in root.GetList("headers"))
{
Console.WriteLine(e["name"] + " = " + e["value"] + "|");
}
Console.WriteLine("Cookies :");
var cookies = ByteSequencer.Parse(
"[<cookies:$>][|name|:=][value:;|$][</>]",
root.GetString("headers.<|name=cookie|>.value")
).Close();
foreach (var e in cookies.GetList("cookies"))
{
Console.WriteLine(e["name"] + " //=// " + e["value"]);
}
Console.WriteLine("Body :");
Console.WriteLine(root["body"]);
}
if (!root["version"].Equals("HTTP/1.1"))
{
return(false);
}
if (!root["code"].Equals(404))
{
return(false);
}
if (!root["message"].Equals("Not found"))
{
return(false);
}
if (!root["headers.<0>.name"].Equals("Header1"))
{
return(false);
}
if (!root["headers.<0>.value"].Equals("data1"))
{
return(false);
}
if (!root["headers.<5>.name"].Equals("Header2"))
{
return(false);
}
if (!root["headers.<5>.value"].Equals("data2"))
{
return(false);
}
if (!root["headers.<6>.name"].Equals("Header3"))
{
return(false);
}
if (!root["headers.<6>.value"].Equals("data3"))
{
return(false);
}
if (!root["headers.<7>.name"].Equals("Header4"))
{
return(false);
}
if (!root["headers.<7>.value"].Equals("data4"))
{
return(false);
}
if (!root["body"].Equals("Hello! This is the body!"))
{
return(false);
}
return(true);
}
protected override void HandleValue(ServerContext context, ParserResult result)
{
var input = "";
var selection = ' ';
Console.WriteLine();
Console.WriteLine(Strings.Migration.selectdb);
Console.WriteLine();
Console.WriteLine(
Strings.Migration.selectgamedb.ToString(
Options.GameDb.Type == DatabaseOptions.DatabaseType.sqlite
? Strings.Migration.currentlysqlite
: Strings.Migration.currentlymysql
)
);
Console.WriteLine(
Strings.Migration.selectplayerdb.ToString(
Options.PlayerDb.Type == DatabaseOptions.DatabaseType.sqlite
? Strings.Migration.currentlysqlite
: Strings.Migration.currentlymysql
)
);
Console.WriteLine();
Console.WriteLine(Strings.Migration.cancel);
// TODO: Remove > when moving to ReadKeyWait when console magic is ready
Console.Write("> ");
input = Console.ReadLine();
selection = input.Length > 0 ? input[0] : ' ';
Console.WriteLine();
DatabaseOptions db;
if (selection.ToString() == Strings.Migration.selectgamedbkey.ToString())
{
db = Options.GameDb;
}
else if (selection.ToString() == Strings.Migration.selectplayerdbkey.ToString())
{
db = Options.PlayerDb;
}
else
{
Console.WriteLine(Strings.Migration.migrationcancelled);
return;
}
var dbString = db == Options.GameDb ? Strings.Migration.gamedb : Strings.Migration.playerdb;
Console.WriteLine();
Console.WriteLine(Strings.Migration.selectdbengine.ToString(dbString));
Console.WriteLine(Strings.Migration.migratetosqlite);
Console.WriteLine(Strings.Migration.migratetomysql);
Console.WriteLine();
Console.WriteLine(Strings.Migration.cancel);
// TODO: Remove > when moving to ReadKeyWait when console magic is ready
Console.Write("> ");
input = Console.ReadLine();
selection = input.Length > 0 ? input[0] : ' ';
Console.WriteLine();
var dbengine = DatabaseOptions.DatabaseType.sqlite;
if (selection.ToString() != Strings.Migration.selectsqlitekey.ToString() &&
selection.ToString() != Strings.Migration.selectmysqlkey.ToString())
{
Console.WriteLine(Strings.Migration.migrationcancelled);
return;
}
if (selection.ToString() == Strings.Migration.selectmysqlkey.ToString())
{
dbengine = DatabaseOptions.DatabaseType.mysql;
}
if (db.Type == dbengine)
{
var engineString = dbengine == DatabaseOptions.DatabaseType.sqlite
? Strings.Migration.sqlite
: Strings.Migration.mysql;
Console.WriteLine();
Console.WriteLine(Strings.Migration.alreadyusingengine.ToString(dbString, engineString));
Console.WriteLine();
}
else
{
try
{
DbInterface.Migrate(db, dbengine);
}
catch (Exception exception)
{
Log.Error(exception);
}
}
}
protected override void HandleValue(ServerContext context, ParserResult result)
{
NetDebug.GenerateDebugFile();
}
public static void Main(string[] args)
{
CommandLineOptions clOptions = null;
if (args.Length > 0)
{
ParserResult <CommandLineOptions> result = Parser.Default.ParseArguments <CommandLineOptions>(args).WithParsed(options => {
clOptions = options;
});
if (result.Tag == ParserResultType.NotParsed)
{
HelpText.AutoBuild(result);
return;
}
}
else
{
FreeConsole();
bytePatchManager = new BytePatchManager(MessageBox.Show);
guiApp = new Application();
guiApp.Run(guiWindow = new PatcherGui());
return;
}
if (clOptions == null)
{
return;
}
bytePatchManager = new BytePatchManager(CustomConsoleWrite);
List <string> applicationPaths = new List <string>();
List <int> groups = new List <int>(clOptions.Groups);
if (groups.Count == 0)
{
Console.WriteLine("Groups need to be defined. Use --help for help.");
return;
}
if (clOptions.CustomPath != null && clOptions.CustomPath.Length > 0)
{
if (!Directory.Exists(clOptions.CustomPath))
{
Console.WriteLine("CustomPath not found");
return;
}
applicationPaths.AddRange(new CustomPath(clOptions.CustomPath).FindDllFiles());
}
else
{
applicationPaths.AddRange(new InstallationFinder.InstallationManager().FindAllChromiumInstallations());
}
foreach (GuiPatchGroupData patchData in bytePatchManager.PatchGroups)
{
if (!groups.Contains(patchData.Group))
{
bytePatchManager.DisabledGroups.Add(patchData.Group);
}
}
if (applicationPaths.Count == 0)
{
Console.WriteLine("Error: No patchable dll file found!");
}
foreach (string path in applicationPaths)
{
try {
DllPatcher patcher = new DllPatcher(path);
patcher.Patch(Console.WriteLine);
} catch (Exception ex) {
Console.WriteLine("Error while patching " + path + ":" + ex.Message);
}
}
if (!clOptions.NoWait)
{
Thread.Sleep(5000); // Wait a bit to let the user see the result
}
}
public static TResult MapResult <T1, T2, T3, T4, T5, T6, T7, T8, T9, T10, T11, T12, T13, T14, T15, T16, T17, T18,
T19, T20, T21, T22, T23, T24, T25, T26, T27, T28, T29, T30, T31, T32, T33, TResult>(
this ParserResult <object> result,
Func <T1, TResult> parsedFunc1,
Func <T2, TResult> parsedFunc2,
Func <T3, TResult> parsedFunc3,
Func <T4, TResult> parsedFunc4,
Func <T5, TResult> parsedFunc5,
Func <T6, TResult> parsedFunc6,
Func <T7, TResult> parsedFunc7,
Func <T8, TResult> parsedFunc8,
Func <T9, TResult> parsedFunc9,
Func <T10, TResult> parsedFunc10,
Func <T11, TResult> parsedFunc11,
Func <T12, TResult> parsedFunc12,
Func <T13, TResult> parsedFunc13,
Func <T14, TResult> parsedFunc14,
Func <T15, TResult> parsedFunc15,
Func <T16, TResult> parsedFunc16,
Func <T17, TResult> parsedFunc17,
Func <T18, TResult> parsedFunc18,
Func <T19, TResult> parsedFunc19,
Func <T20, TResult> parsedFunc20,
Func <T21, TResult> parsedFunc21,
Func <T22, TResult> parsedFunc22,
Func <T23, TResult> parsedFunc23,
Func <T24, TResult> parsedFunc24,
Func <T25, TResult> parsedFunc25,
Func <T26, TResult> parsedFunc26,
Func <T27, TResult> parsedFunc27,
Func <T28, TResult> parsedFunc28,
Func <T29, TResult> parsedFunc29,
Func <T30, TResult> parsedFunc30,
Func <T31, TResult> parsedFunc31,
Func <T32, TResult> parsedFunc32,
Func <T33, TResult> parsedFunc33,
Func <IEnumerable <Error>, TResult> notParsedFunc)
{
if (!(result is Parsed <object> parsed))
{
return(notParsedFunc(((NotParsed <object>)result).Errors));
}
if (parsed.Value is T1)
{
return(parsedFunc1((T1)parsed.Value));
}
if (parsed.Value is T2)
{
return(parsedFunc2((T2)parsed.Value));
}
if (parsed.Value is T3)
{
return(parsedFunc3((T3)parsed.Value));
}
if (parsed.Value is T4)
{
return(parsedFunc4((T4)parsed.Value));
}
if (parsed.Value is T5)
{
return(parsedFunc5((T5)parsed.Value));
}
if (parsed.Value is T6)
{
return(parsedFunc6((T6)parsed.Value));
}
if (parsed.Value is T7)
{
return(parsedFunc7((T7)parsed.Value));
}
if (parsed.Value is T8)
{
return(parsedFunc8((T8)parsed.Value));
}
if (parsed.Value is T9)
{
return(parsedFunc9((T9)parsed.Value));
}
if (parsed.Value is T10)
{
return(parsedFunc10((T10)parsed.Value));
}
if (parsed.Value is T11)
{
return(parsedFunc11((T11)parsed.Value));
}
if (parsed.Value is T12)
{
return(parsedFunc12((T12)parsed.Value));
}
if (parsed.Value is T13)
{
return(parsedFunc13((T13)parsed.Value));
}
if (parsed.Value is T14)
{
return(parsedFunc14((T14)parsed.Value));
}
if (parsed.Value is T15)
{
return(parsedFunc15((T15)parsed.Value));
}
if (parsed.Value is T16)
{
return(parsedFunc16((T16)parsed.Value));
}
if (parsed.Value is T17)
{
return(parsedFunc17((T17)parsed.Value));
}
if (parsed.Value is T18)
{
return(parsedFunc18((T18)parsed.Value));
}
if (parsed.Value is T19)
{
return(parsedFunc19((T19)parsed.Value));
}
if (parsed.Value is T20)
{
return(parsedFunc20((T20)parsed.Value));
}
if (parsed.Value is T21)
{
return(parsedFunc21((T21)parsed.Value));
}
if (parsed.Value is T22)
{
return(parsedFunc22((T22)parsed.Value));
}
if (parsed.Value is T23)
{
return(parsedFunc23((T23)parsed.Value));
}
if (parsed.Value is T24)
{
return(parsedFunc24((T24)parsed.Value));
}
if (parsed.Value is T25)
{
return(parsedFunc25((T25)parsed.Value));
}
if (parsed.Value is T26)
{
return(parsedFunc26((T26)parsed.Value));
}
if (parsed.Value is T27)
{
return(parsedFunc27((T27)parsed.Value));
}
if (parsed.Value is T28)
{
return(parsedFunc28((T28)parsed.Value));
}
if (parsed.Value is T29)
{
return(parsedFunc29((T29)parsed.Value));
}
if (parsed.Value is T30)
{
return(parsedFunc30((T30)parsed.Value));
}
if (parsed.Value is T31)
{
return(parsedFunc31((T31)parsed.Value));
}
if (parsed.Value is T32)
{
return(parsedFunc32((T32)parsed.Value));
}
if (parsed.Value is T33)
{
return(parsedFunc33((T33)parsed.Value));
}
throw new InvalidOperationException();
}
static void Main(string[] args)
{
CommandLineOpts opts = new CommandLineOpts();
ParserResult <CommandLineOpts> result = CommandLine.Parser.Default.ParseArguments <CommandLineOpts>(args)
.WithParsed <CommandLineOpts>(options => RunWithOptions(options));
}
protected ParserResult(ParserResult.Internal* native, bool skipVTables = false)
{
if (native == null)
return;
__Instance = new global::System.IntPtr(native);
}
public Test()
{
string data = $"Ok, there are some important dates for us.\n " +
$"First is 23-10-2002. The second two are: 23/11/2002 and 24/10/02. " +
$"Do we have to watch crefully also these three: 10/23/2002, 23/11/2002 and 24/10/02? " +
$"I believe some dates may mean nothing, for example: Oct 23,20002 and October 23, 2002. " +
$"i think we all rule for participating. Was my brother born at 23 Oct 2002? Yes, mother at 23 October 2002. " +
$"I think i have been ?outed. Isn't? it?";
try
{
var splitSentences = new SingleRegExpRule(@"(?<=[.!?])\s+(?=[A-Z])", RuleType.RegExpSplit, "Split sentences");
var filterQuestions = new SingleRegExpRule(@"[?]$", RuleType.RegExpMatches, "Filter quesions");
var filterSentencesWithDate = new MultipleRegExpRules(new List <string>
{
@"\d{1,2}[/-]\d{1,2}[/-]\d{2,4}",
@"(?:\d{1,2} )?(?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)[a-z]* (?:\d{1,2}, )?\d{4}"
}, RuleType.RegExpMatches, RulesConnectionType.Union, "Filter dates");
var initData = new ParserResult(data, null);
var result = initData.SplitByRegExp(splitSentences).FilterByRegExp(filterQuestions).FilterByRegExp(filterSentencesWithDate);
}
catch (Exception e)
{
Console.WriteLine(e);
}
//var filterSentencesWithDate1 = new Rule(@"\d{1,2}[/-]\d{1,2}[/-]\d{2,4}",
// RuleType.RegExpMatches, 2, null, "Filter date (format 1)");
//var filterSentencesWithDate2 = new Rule(@"(?:\d{1,2} )?(?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)[a-z]* (?:\d{1,2}, )?\d{4}",
// RuleType.RegExpMatches, 2, null, "Filter date (format 2)");
//split
Console.WriteLine("SPLITTED INTO SENTENCES");
var split_senteces = Regex.Split(data, @"(?<=[.!?])\s+(?=[A-Z])");
//var split_senteces = Regex.Matches(data, @"(?<=[.!?])\s+(?=[A-Z])");
Console.WriteLine("Count: {0}", split_senteces.Length);
for (int i = 0; i < split_senteces.Length; i++)
{
Console.WriteLine("#{0}: {1}", i + 1, split_senteces[i]);
}
//filter by condition
Console.WriteLine("QUESTIONS");
var questions = split_senteces.Where(sentence => Regex.Match(sentence, @"[?]$").Success);
foreach (var sentence in questions)
{
Console.WriteLine(sentence);
}
//filter by condition
Console.WriteLine("QUESTIONS WITH DATES");
//var datesReg1 = @"\d{1,2}[/-]\d{1,2}[/-]\d{2,4}";
//var datesReg2 = @"(?:\d{1,2} )?(?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)[a-z]* (?:\d{1,2}, )?\d{4}";
var dateRegs = new List <string>();
dateRegs.Add(@"\d{1,2}[/-]\d{1,2}[/-]\d{2,4}");
dateRegs.Add(@"(?:\d{1,2} )?(?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)[a-z]* (?:\d{1,2}, )?\d{4}");
foreach (var sentence in questions)
{
foreach (var datesReg in dateRegs)
{
var matches = Regex.Matches(sentence, datesReg);
if (matches.Count > 0)
{
Console.WriteLine("({0}) {1}", matches.Count, sentence);
foreach (Match match in matches)
{
Console.Write("value: {0}, index: {1} \n", match.Value, match.Index);
}
}
}
}
//var questionsWithDates = questions.Where(sentence => Regex.Match(sentence, datesReg1).Success || Regex.Match(sentence, datesReg2).Success);
//foreach (var sentence in questionsWithDates)
// Console.WriteLine(sentence);
/*
* //count
* Console.WriteLine("FIND WORD 'I'");
* var foundWords = Regex.Matches(data, @"[.,?!]?\s+I\s+");
* foreach (Match res in foundWords)
* {
* Console.WriteLine("value: {0}, index: {1}", res.Value, res.Index);
* }
*
* //calculate frequency of the word in text
* var words = data.Split(' ');
* float f = (float)foundWords.Count / words.Length * 100;
* Console.WriteLine("FREQUENCY: {0:0.00}%", f);
*/
//take list of strings winth length>=1
//iterate over list and look for matches => list of matches with index, match itselt, its lenths
//1. total dates, total sentences with dates, print these sentences ordered by frequency.
/*
* //list entries
* Console.WriteLine("LIST ALL DATES");
* var datesReg1 = @"\d{1,2}[/-]\d{1,2}[/-]\d{2,4}";
* var datesReg2 = @"(?:\d{1,2} )?(?:Jan|Feb|Mar|Apr|May|Jun|Jul|Aug|Sep|Oct|Nov|Dec)[a-z]* (?:\d{1,2}, )?\d{4}";
* var datesRes1 = Regex.Matches(data, datesReg1);
* var datesRes2 = Regex.Matches(data, datesReg2);
* foreach(Match res in datesRes1)
* Console.WriteLine("value: {0}, index: {1}, length: {2}", res.Value, res.Index, res.Length);
* foreach (Match res in datesRes2)
* Console.WriteLine("value: {0}, index: {1}, length: {2}", res.Value, res.Index, res.Length);
*/
var blocks = new List <RulesBlock>();
//blocks.Add(new RulesBlock(blocks.Count+1, ));
}
protected ParserResult(ParserResult.Internal* native, bool isInternalImpl = false)
{
__Instance = new global::System.IntPtr(native);
}
public void Invoking_RenderParsingErrorsText_returns_appropriate_formatted_text()
{
// Fixture setup
var fakeResult = new ParserResult<NullInstance>(
ParserResultType.Options,
new NullInstance(),
new Error[]
{
new BadFormatTokenError("badtoken"),
new MissingValueOptionError(new NameInfo("x", "switch")),
new UnknownOptionError("unknown"),
new MissingRequiredOptionError(new NameInfo("", "missing")),
new MutuallyExclusiveSetError(new NameInfo("z", "")),
new SequenceOutOfRangeError(new NameInfo("s", "sequence")),
new NoVerbSelectedError(),
new BadVerbSelectedError("badverb"),
new HelpRequestedError(), // should be ignored
new HelpVerbRequestedError(null, null, false), // should be ignored
},
Maybe.Nothing<IEnumerable<Type>>());
Func<Error, string> fakeRenderer = err =>
{
switch (err.Tag)
{
case ErrorType.BadFormatTokenError:
return "ERR " + ((BadFormatTokenError)err).Token;
case ErrorType.MissingValueOptionError:
return "ERR " + ((MissingValueOptionError)err).NameInfo.NameText;
case ErrorType.UnknownOptionError:
return "ERR " + ((UnknownOptionError)err).Token;
case ErrorType.MissingRequiredOptionError:
return "ERR " + ((MissingRequiredOptionError)err).NameInfo.NameText;
case ErrorType.MutuallyExclusiveSetError:
return "ERR " + ((MutuallyExclusiveSetError)err).NameInfo.NameText;
case ErrorType.SequenceOutOfRangeError:
return "ERR " + ((SequenceOutOfRangeError)err).NameInfo.NameText;
case ErrorType.NoVerbSelectedError:
return "ERR no-verb-selected";
case ErrorType.BadVerbSelectedError:
return "ERR " + ((BadVerbSelectedError)err).Token;
default:
throw new InvalidOperationException();
}
};
// Exercize system
var errorsText = HelpText.RenderParsingErrorsText(fakeResult, fakeRenderer, 2);
// Verify outcome
var lines = errorsText.ToNotEmptyLines();
Assert.Equal(" ERR badtoken", lines[0]);
Assert.Equal(" ERR x, switch", lines[1]);
Assert.Equal(" ERR unknown", lines[2]);
Assert.Equal(" ERR missing", lines[3]);
Assert.Equal(" ERR z", lines[4]);
Assert.Equal(" ERR s, sequence", lines[5]);
Assert.Equal(" ERR no-verb-selected", lines[6]);
Assert.Equal(" ERR badverb", lines[7]);
// Teardown
}
void OnFileParsed(string file, ParserResult result)
{
switch (result.Kind)
{
case ParserResultKind.Success:
Diagnostics.Message("Parsed '{0}'", file);
break;
case ParserResultKind.Error:
Diagnostics.Error("Error parsing '{0}'", file);
break;
case ParserResultKind.FileNotFound:
Diagnostics.Error("File '{0}' was not found", file);
break;
}
for (uint i = 0; i < result.DiagnosticsCount; ++i)
{
var diag = result.getDiagnostics(i);
if (Options.IgnoreParseWarnings
&& diag.Level == ParserDiagnosticLevel.Warning)
continue;
if (diag.Level == ParserDiagnosticLevel.Note)
continue;
Diagnostics.Message("{0}({1},{2}): {3}: {4}",
diag.FileName, diag.LineNumber, diag.ColumnNumber,
diag.Level.ToString().ToLower(), diag.Message);
}
}
public void Invoke_AutoBuild_for_Options_returns_appropriate_formatted_text()
{
// Fixture setup
var fakeResult = new ParserResult<FakeOptions>(
ParserResultType.Options,
new FakeOptions(),
new Error[]
{
new BadFormatTokenError("badtoken"),
new SequenceOutOfRangeError(new NameInfo("i", ""))
},
Maybe.Nothing<IEnumerable<Type>>());
// Exercize system
var helpText = HelpText.AutoBuild(fakeResult);
// Verify outcome
var lines = helpText.ToString().ToNotEmptyLines().TrimStringArray();
Assert.True(lines[0].StartsWith("CommandLine", StringComparison.Ordinal));
Assert.True(lines[1].StartsWith("Copyright (c)", StringComparison.Ordinal));
Assert.Equal("ERROR(S):", lines[2]);
Assert.Equal("Token 'badtoken' is not recognized.", lines[3]);
Assert.Equal("A sequence option 'i' is defined with few items than required.", lines[4]);
Assert.Equal("--stringvalue Define a string value here.", lines[5]);
Assert.Equal("-i Define a int sequence here.", lines[6]);
Assert.Equal("-x Define a boolean or switch value here.", lines[7]);
Assert.Equal("--help Display this help screen.", lines[8]);
// Teardown
}
internal ParserResult(ParserResult.Internal native)
: this(__CopyValue(native))
{
}
public void Invoke_AutoBuild_for_Verbs_with_specific_verb_returns_appropriate_formatted_text()
{
// Fixture setup
var fakeResult = new ParserResult<object>(
ParserResultType.Verbs,
new NullInstance(),
new Error[]
{
new HelpVerbRequestedError("commit", typeof(CommitOptions), true)
},
Maybe.Nothing<IEnumerable<Type>>());
// Exercize system
var helpText = HelpText.AutoBuild(fakeResult);
// Verify outcome
var lines = helpText.ToString().ToNotEmptyLines().TrimStringArray();
Assert.True(lines[0].StartsWith("CommandLine", StringComparison.Ordinal));
Assert.True(lines[1].StartsWith("Copyright (c)", StringComparison.Ordinal));
Assert.Equal("-p, --patch Use the interactive patch selection interface to chose which", lines[2]);
Assert.Equal("changes to commit.", lines[3]);
Assert.Equal("--amend Used to amend the tip of the current branch.", lines[4]);
Assert.Equal("--help Display this help screen.", lines[5]);
// Teardown
}
/// <summary>
/// Main entry point to the sample.
/// </summary>
public static async Task Main(string[] args)
{
// Parse and validate parameters
CommandLineOptions options = null;
ParserResult <CommandLineOptions> result = Parser.Default.ParseArguments <CommandLineOptions>(args)
.WithParsed(parsedOptions =>
{
options = parsedOptions;
})
.WithNotParsed(errors =>
{
Environment.Exit(1);
});
// Instantiate the client
#region Snippet:IotHubServiceClientInitializeWithIotHubSasCredential
// Create an IotHubSasCredential type to use sas tokens to authenticate against your IoT Hub instance.
// The default lifespan of the sas token is 30 minutes, and it is set to be renewed when at 15% or less of its lifespan.
var credential = new IotHubSasCredential(options.IotHubSharedAccessPolicy, options.IotHubSharedAccessKey);
IotHubServiceClient hubClient = new IotHubServiceClient(options.Endpoint, credential);
#endregion Snippet:IotHubServiceClientInitializeWithIotHubSasCredential
// Run the samples
var deviceIdentityLifecycleSamples = new DeviceIdentityLifecycleSample(hubClient);
await deviceIdentityLifecycleSamples.RunSampleAsync();
var moduleIdentityLifecycleSamples = new ModuleIdentityLifecycleSample(hubClient);
await moduleIdentityLifecycleSamples.RunSampleAsync();
var bulkDeviceIdentityLifecycleSamples = new BulkDeviceIdentityLifecycleSample(hubClient);
await bulkDeviceIdentityLifecycleSamples.RunSampleAsync();
var bulkModuledentityLifecycleSamples = new BulkModuleIdentityLifecycleSample(hubClient);
await bulkModuledentityLifecycleSamples.RunSampleAsync();
var querySamples = new QueryTwinSample(hubClient);
await querySamples.RunSampleAsync();
var statisticsSample = new StatisticsSample(hubClient);
await statisticsSample.RunSampleAsync();
var configurationsSample = new ConfigurationSample(hubClient);
await configurationsSample.RunSampleAsync();
// Get SAS token to 'jobs' container in the storage account.
Uri containerSasUri = await GetSasUriAsync(options.StorageAccountConnectionString, "jobs").ConfigureAwait(false);
var jobsSample = new JobsSample(hubClient, containerSasUri);
await jobsSample.RunSampleAsync();
// Run samples that require the device sample to be running.
if (options.IsDeviceSampleRunning == true)
{
// This sample requires the device sample to be running so that it can connect to the device.
var methodInvocationSamples = new MethodInvocationSamples(hubClient);
await methodInvocationSamples.RunSampleAsync();
}
}
public void Invoke_AutoBuild_for_Verbs_with_unknown_verb_returns_appropriate_formatted_text()
{
// Fixture setup
var verbTypes = Enumerable.Empty<Type>().Concat(
new[] { typeof(AddOptions), typeof(CommitOptions), typeof(CloneOptions) });
var fakeResult = new ParserResult<object>(
ParserResultType.Verbs,
new NullInstance(),
new Error[]
{
new HelpVerbRequestedError(null, null, false)
},
Maybe.Just(verbTypes));
// Exercize system
var helpText = HelpText.AutoBuild(fakeResult);
// Verify outcome
var lines = helpText.ToString().ToNotEmptyLines().TrimStringArray();
Assert.True(lines[0].StartsWith("CommandLine", StringComparison.Ordinal));
Assert.True(lines[1].StartsWith("Copyright (c)", StringComparison.Ordinal));
Assert.Equal("add Add file contents to the index.", lines[2]);
Assert.Equal("commit Record changes to the repository.", lines[3]);
Assert.Equal("clone Clone a repository into a new directory.", lines[4]);
Assert.Equal("help Display more information on a specific command.", lines[5]);
// Teardown
}
void OnFileParsed(string file, ParserResult result)
{
OnFileParsed(new[] { file }, result);
}
/// <inheritdoc />
protected override void OnStartup(StartupEventArgs e)
{
// Setup
JsonConvert.DefaultSettings = () => JsonHelper.CreateSettings();
string basePath = Assembly.GetExecutingAssembly().GetDirectoryPath();
bool consoleCreated = false;
if (e.Args.Length > 0)
{
ConsoleHelper.AttachConsole(out consoleCreated);
if (ConsoleHelper.HasConsole)
{
ConsoleHelper.Show();
}
else
{
Logger.LogError("Could not create Writer window.");
Shutdown();
return;
}
}
// Configuration
Logger.LogInformation("Loading configuration.");
IConfiguration configuration = IConfigurationBuilderHelper.CreateConfiguration(basePath)
.AddConfigurationFiles(basePath, EnvironmentHelper.GetEnvironmentName())
.AddEnvironmentVariables()
.AddUserSecrets()
.AddArguments(e.Args)
.Build();
Parser parser = null;
StartupArguments args;
try
{
// Command line
Logger.LogInformation("Processing command line.");
parser = new Parser(settings =>
{
settings.CaseSensitive = false;
settings.CaseInsensitiveEnumValues = true;
});
ParserResult <StartupArguments> result = parser.ParseArguments <StartupArguments>(e.Args);
if (result.Tag == ParserResultType.NotParsed)
{
Logger.LogError(StartupArguments.GetUsage(result));
Shutdown();
return;
}
args = ((Parsed <StartupArguments>)result).Value;
}
catch (Exception ex)
{
Logger.LogError(ex.CollectMessages());
Shutdown();
return;
}
finally
{
// in case an error occurred and the parser was not disposed
ObjectHelper.Dispose(ref parser);
}
// Logging
Logger.LogInformation("Configuring logging.");
if (configuration.GetValue <bool>("Logging:Enabled") && args.LogLevel < LogLevel.None)
{
LoggerConfiguration loggerConfiguration = new();
loggerConfiguration.ReadFrom.Configuration(configuration);
loggerConfiguration.MinimumLevel.Is(args.LogLevel switch
{
LogLevel.Trace => LogEventLevel.Verbose,
LogLevel.Debug => LogEventLevel.Debug,
LogLevel.Information => LogEventLevel.Information,
LogLevel.Warning => LogEventLevel.Warning,
LogLevel.Error => LogEventLevel.Error,
_ => LogEventLevel.Fatal
});
static async Task Main(string[] args)
{
Stopwatch watch = new Stopwatch();
watch.Start();
// Parse arguments passed
Parser parser = new Parser(with =>
{
with.CaseInsensitiveEnumValues = true;
with.CaseSensitive = false;
with.HelpWriter = null;
});
ParserResult <Options> parserResult = parser.ParseArguments <Options>(args);
parserResult.WithParsed <Options>(o => { Options.Instance = o; })
.WithNotParsed(errs => DisplayHelp(parserResult, errs));
Options options = Options.Instance;
try
{
smithy = new Smithy();
if (options.Quiet)
{
Log.Logger = new LoggerConfiguration()
.MinimumLevel.Error()
.WriteTo.Console()
.CreateLogger();
}
else
{
Log.Logger = new LoggerConfiguration()
.MinimumLevel.Information()
.WriteTo.Console()
.CreateLogger();
}
await DoCrawl(smithy);
Uri uri = new Uri(smithy.Url);
string safeUri = uri.Authority;
safeUri = safeUri.Replace('.', '_');
if (string.IsNullOrEmpty(smithy.Output))
{
smithy.Output = "wordlist_" + safeUri + DateTime.Now.ToString("_HH-mm-ss") + ".txt";
if (smithy.Output.Length > 250)
{
smithy.Output = "wordlist_" + DateTime.Now.ToString("M-dd-yyyy_HH-mm-ss") + ".txt";
}
}
Console.WriteLine($"\n[+] Crawl finished, writing to file: {smithy.Output}\n");
using (StreamWriter outfile = new StreamWriter(smithy.Output))
{
foreach (var word in wordlist)
{
await outfile.WriteLineAsync(word);
}
}
watch.Stop();
Console.WriteLine("Execution time: " + watch.ElapsedMilliseconds / 1000 + " Seconds");
}
catch (Exception e)
{
Console.WriteLine(e);
}
}
private static int Main(string[] args)
{
#if DEBUG
if (args.LastOrDefault() == "--debug")
{
WriteArgs(args.Take(args.Length - 1).ToArray(), Verbosity.Quiet);
return(ExitCodes.NotSuccess);
}
#endif
Parser parser = null;
try
{
parser = CreateParser(ignoreUnknownArguments: true);
if (args == null ||
args.Length == 0)
{
HelpCommand.WriteCommandsHelp();
return(ExitCodes.Success);
}
bool?success = null;
ParserResult <BaseCommandLineOptions> defaultResult = parser
.ParseArguments <BaseCommandLineOptions>(args)
.WithParsed(options =>
{
if (!options.Help)
{
return;
}
string commandName = args?.FirstOrDefault();
Command command = (commandName != null)
? CommandLoader.LoadCommand(typeof(Program).Assembly, commandName)
: null;
if (!ParseVerbosityAndOutput(options))
{
success = false;
return;
}
WriteArgs(args, Verbosity.Diagnostic);
if (command != null)
{
HelpCommand.WriteCommandHelp(command);
}
else
{
HelpCommand.WriteCommandsHelp();
}
success = true;
});
if (success == false)
{
return(ExitCodes.Error);
}
if (success == true)
{
return(ExitCodes.Success);
}
parser = CreateParser();
ParserResult <object> parserResult = parser.ParseArguments(
args,
new Type[]
{
typeof(AnalyzeCommandLineOptions),
typeof(FixCommandLineOptions),
typeof(FormatCommandLineOptions),
typeof(GenerateDocCommandLineOptions),
typeof(GenerateDocRootCommandLineOptions),
typeof(HelpCommandLineOptions),
typeof(ListSymbolsCommandLineOptions),
typeof(LogicalLinesOfCodeCommandLineOptions),
typeof(MigrateCommandLineOptions),
typeof(PhysicalLinesOfCodeCommandLineOptions),
typeof(RenameSymbolCommandLineOptions),
typeof(SpellcheckCommandLineOptions),
#if DEBUG
typeof(AnalyzeAssemblyCommandLineOptions),
typeof(FindSymbolsCommandLineOptions),
typeof(GenerateSourceReferencesCommandLineOptions),
typeof(ListVisualStudioCommandLineOptions),
typeof(ListReferencesCommandLineOptions),
typeof(SlnListCommandLineOptions),
#endif
});
parserResult.WithNotParsed(e =>
{
if (e.Any(f => f.Tag == ErrorType.VersionRequestedError))
{
Console.WriteLine(typeof(Program).GetTypeInfo().Assembly.GetName().Version);
success = false;
return;
}
var helpText = new HelpText(SentenceBuilder.Create(), HelpCommand.GetHeadingText());
helpText = HelpText.DefaultParsingErrorsHandler(parserResult, helpText);
VerbAttribute verbAttribute = parserResult.TypeInfo.Current.GetCustomAttribute <VerbAttribute>();
if (verbAttribute != null)
{
helpText.AddPreOptionsText(Environment.NewLine + HelpCommand.GetFooterText(verbAttribute.Name));
}
Console.Error.WriteLine(helpText);
success = false;
});
if (success == true)
{
return(ExitCodes.Success);
}
if (success == false)
{
return(ExitCodes.Error);
}
parserResult.WithParsed <AbstractCommandLineOptions>(
options =>
{
if (ParseVerbosityAndOutput(options))
{
WriteArgs(args, Verbosity.Diagnostic);
}
else
{
success = false;
}
});
if (success == false)
{
return(ExitCodes.Error);
}
return(parserResult.MapResult(
(MSBuildCommandLineOptions options) =>
{
switch (options)
{
case AnalyzeCommandLineOptions analyzeCommandLineOptions:
return AnalyzeAsync(analyzeCommandLineOptions).Result;
case FixCommandLineOptions fixCommandLineOptions:
return FixAsync(fixCommandLineOptions).Result;
case FormatCommandLineOptions formatCommandLineOptions:
return FormatAsync(formatCommandLineOptions).Result;
case GenerateDocCommandLineOptions generateDocCommandLineOptions:
return GenerateDocAsync(generateDocCommandLineOptions).Result;
case GenerateDocRootCommandLineOptions generateDocRootCommandLineOptions:
return GenerateDocRootAsync(generateDocRootCommandLineOptions).Result;
case ListSymbolsCommandLineOptions listSymbolsCommandLineOptions:
return ListSymbolsAsync(listSymbolsCommandLineOptions).Result;
case LogicalLinesOfCodeCommandLineOptions logicalLinesOfCodeCommandLineOptions:
return LogicalLinesOrCodeAsync(logicalLinesOfCodeCommandLineOptions).Result;
case PhysicalLinesOfCodeCommandLineOptions physicalLinesOfCodeCommandLineOptions:
return PhysicalLinesOfCodeAsync(physicalLinesOfCodeCommandLineOptions).Result;
case RenameSymbolCommandLineOptions renameSymbolCommandLineOptions:
return RenameSymbolAsync(renameSymbolCommandLineOptions).Result;
case SpellcheckCommandLineOptions spellcheckCommandLineOptions:
return SpellcheckAsync(spellcheckCommandLineOptions).Result;
#if DEBUG
case FindSymbolsCommandLineOptions findSymbolsCommandLineOptions:
return FindSymbolsAsync(findSymbolsCommandLineOptions).Result;
case GenerateSourceReferencesCommandLineOptions generateSourceReferencesCommandLineOptions:
return GenerateSourceReferencesAsync(generateSourceReferencesCommandLineOptions).Result;
case ListReferencesCommandLineOptions listReferencesCommandLineOptions:
return ListReferencesAsync(listReferencesCommandLineOptions).Result;
case SlnListCommandLineOptions slnListCommandLineOptions:
return SlnListAsync(slnListCommandLineOptions).Result;
#endif
default:
throw new InvalidOperationException();
}
},
(AbstractCommandLineOptions options) =>
{
switch (options)
{
case HelpCommandLineOptions helpCommandLineOptions:
return Help(helpCommandLineOptions);
case MigrateCommandLineOptions migrateCommandLineOptions:
return Migrate(migrateCommandLineOptions);
#if DEBUG
case AnalyzeAssemblyCommandLineOptions analyzeAssemblyCommandLineOptions:
return AnalyzeAssembly(analyzeAssemblyCommandLineOptions);
case ListVisualStudioCommandLineOptions listVisualStudioCommandLineOptions:
return ListVisualStudio(listVisualStudioCommandLineOptions);
#endif
default:
throw new InvalidOperationException();
}
},
_ => ExitCodes.Error));
}
catch (Exception ex) when(ex is AggregateException ||
ex is FileNotFoundException ||
ex is InvalidOperationException)
{
WriteError(ex);
}
finally
{
parser?.Dispose();
Out?.Dispose();
Out = null;
}
return(ExitCodes.Error);
}
protected bool FunctionalTest()
{
ParserResult root = ((T)Activator.CreateInstance(typeof(T), "HTTP/1.1 404 Not found\r\nHeader1: data1\r\nErrorHeader\r\nHeader2: data2\r\nHeader3: data3\r\nHeader4: data4\r\nErrorHeaderFinal\r\n\r\nHello! This is the body!"))
.Until("version", " ")
.Until("code", " ", converter: s => int.Parse(s))
.Until("message", "\r\n")
.RepeatUntil("headers", "\r\n\r\n", b => b
.Or(bb => bb
.Until("name", ":", validator: s => !s.Contains("\r\n"))
.Until("value", "\r\n", converter: s => s.Trim()),
bb => bb
.Until("error", "\r\n"),
bb => bb
.ToEnd("final", converter: bs => bs.GetString())))
.ToEnd("body", converter: bs => bs.GetString())
.Close();
if (IsVerbose)
{
Console.WriteLine(":: FunctionalTest");
Console.WriteLine("Version :");
Console.WriteLine(root["version"]);
Console.WriteLine("Code :");
Console.WriteLine(root["code"]);
Console.WriteLine("Message :");
Console.WriteLine(root["message"]);
Console.WriteLine("Headers :");
foreach (var e in root.GetList("headers"))
{
if (e.ContainsKey("final"))
{
Console.WriteLine(e["final"] + "|");
}
else if (e.ContainsKey("error"))
{
Console.WriteLine(e["error"] + "|");
}
else
{
Console.WriteLine(e["name"] + " = " + e["value"] + "|");
}
}
Console.WriteLine("Body :");
Console.WriteLine(root["body"]);
}
if (!root["version"].Equals("HTTP/1.1"))
{
return(false);
}
if (!root["code"].Equals(404))
{
return(false);
}
if (!root["message"].Equals("Not found"))
{
return(false);
}
if (!root["headers.<0>.name"].Equals("Header1"))
{
return(false);
}
if (!root["headers.<0>.value"].Equals("data1"))
{
return(false);
}
if (!root["headers.<1>.error"].Equals("ErrorHeader"))
{
return(false);
}
if (!root["headers.<2>.name"].Equals("Header2"))
{
return(false);
}
if (!root["headers.<2>.value"].Equals("data2"))
{
return(false);
}
if (!root["headers.<3>.name"].Equals("Header3"))
{
return(false);
}
if (!root["headers.<3>.value"].Equals("data3"))
{
return(false);
}
if (!root["headers.<4>.name"].Equals("Header4"))
{
return(false);
}
if (!root["headers.<4>.value"].Equals("data4"))
{
return(false);
}
if (!root["headers.<5>.final"].Equals("ErrorHeaderFinal"))
{
return(false);
}
if (!root["body"].Equals("Hello! This is the body!"))
{
return(false);
}
return(true);
}
/// <summary>
/// Entry point method for CLI.
/// </summary>
public static int Main(string[] args)
{
// Interactive mode: commands separated by line
if (args.Length == 0)
{
while (true)
{
Console.Write("$ ");
args = Console.ReadLine()?.Split(' ');
ParserResult <object> parseInteractiveResult = Parser.Default.ParseArguments <RunCommand,
ExtractCommand,
TestCommand,
GenerateCommand,
HeadersCommand,
CsvConvertCommand,
ExitCommand,
WriteSchemaCommand>(args);
if (parseInteractiveResult is Parsed <object> parsedInteractive)
{
switch (parsedInteractive.Value)
{
case RunCommand runOptions:
runOptions.Execute();
break;
case ExtractCommand extractOptions:
extractOptions.Execute();
break;
case TestCommand testOptions:
testOptions.Execute();
break;
case GenerateCommand generateOptions:
generateOptions.Execute();
break;
case HeadersCommand headersOptions:
headersOptions.Execute();
break;
case CsvConvertCommand convertOptions:
convertOptions.Execute();
break;
case WriteSchemaCommand writeSchemaOptions:
writeSchemaOptions.Execute();
break;
case ExitCommand _:
return(0);
default:
return(-1);
}
}
// Exit and show help if command is not recognized
else if (parseInteractiveResult is NotParsed <object> )
{
return(-1);
}
}
}
// Single command mode
ParserResult <object> parseResult = Parser.Default.ParseArguments <RunCommand,
ExtractCommand,
TestCommand,
GenerateCommand,
HeadersCommand,
CsvConvertCommand,
WriteSchemaCommand,
ExitCommand>(args);
if (parseResult is Parsed <object> parsed)
{
switch (parsed.Value)
{
case RunCommand runOptions:
runOptions.Execute();
break;
case ExtractCommand extractOptions:
extractOptions.Execute();
break;
case TestCommand testOptions:
testOptions.Execute();
break;
case GenerateCommand generateOptions:
generateOptions.Execute();
break;
case HeadersCommand headersOptions:
headersOptions.Execute();
break;
case CsvConvertCommand convertOptions:
convertOptions.Execute();
break;
case WriteSchemaCommand writeSchemaOptions:
writeSchemaOptions.Execute();
break;
case ExitCommand _:
return(0);
}
}
return(-1);
}
/// <summary>
/// Creates a default instance of the <see cref="CommandLine.Text.HelpText"/> class,
/// automatically handling verbs or options scenario.
/// </summary>
/// <param name='parserResult'>The <see cref="CommandLine.ParserResult{T}"/> containing the instance that collected command line arguments parsed with <see cref="CommandLine.Parser"/> class.</param>
/// <param name="maxDisplayWidth">The maximum width of the display.</param>
/// <returns>
/// An instance of <see cref="CommandLine.Text.HelpText"/> class.
/// </returns>
/// <remarks>This feature is meant to be invoked automatically by the parser, setting the HelpWriter property
/// of <see cref="CommandLine.ParserSettings"/>.</remarks>
public static HelpText AutoBuild <T>(ParserResult <T> parserResult, int maxDisplayWidth = DefaultMaximumLength)
{
return(AutoBuild <T>(parserResult, h => h, maxDisplayWidth));
}
/// <summary>
/// Initializes a new instance of the <see cref="SummaryResult" /> class.
/// </summary>
/// <param name="parserResult">The parser result.</param>
public SummaryResult(ParserResult parserResult)
: this(parserResult.Assemblies, parserResult.ParserName, parserResult.SupportsBranchCoverage, parserResult.SourceDirectories)
{
}
/// <summary>
/// Creates a new instance of the <see cref="CommandLine.Text.HelpText"/> class using common defaults.
/// </summary>
/// <returns>
/// An instance of <see cref="CommandLine.Text.HelpText"/> class.
/// </returns>
/// <param name='parserResult'>The <see cref="CommandLine.ParserResult{T}"/> containing the instance that collected command line arguments parsed with <see cref="CommandLine.Parser"/> class.</param>
/// <param name='onError'>A delegate used to customize the text block of reporting parsing errors text block.</param>
/// <param name='onExample'>A delegate used to customize <see cref="CommandLine.Text.Example"/> model used to render text block of usage examples.</param>
/// <param name="verbsIndex">If true the output style is consistent with verb commands (no dashes), otherwise it outputs options.</param>
/// <param name="maxDisplayWidth">The maximum width of the display.</param>
/// <remarks>The parameter <paramref name="verbsIndex"/> is not ontly a metter of formatting, it controls whether to handle verbs or options.</remarks>
public static HelpText AutoBuild <T>(
ParserResult <T> parserResult,
Func <HelpText, HelpText> onError,
Func <Example, Example> onExample,
bool verbsIndex = false,
int maxDisplayWidth = DefaultMaximumLength)
{
var auto = new HelpText
{
Heading = HeadingInfo.Empty,
Copyright = CopyrightInfo.Empty,
AdditionalNewLineAfterOption = true,
AddDashesToOption = !verbsIndex,
MaximumDisplayWidth = maxDisplayWidth
};
try
{
auto.Heading = HeadingInfo.Default;
auto.Copyright = CopyrightInfo.Default;
}
catch (Exception)
{
auto = onError(auto);
}
var errors = Enumerable.Empty <Error>();
if (onError != null && parserResult.Tag == ParserResultType.NotParsed)
{
errors = ((NotParsed <T>)parserResult).Errors;
if (errors.OnlyMeaningfulOnes().Any())
{
auto = onError(auto);
}
}
ReflectionHelper.GetAttribute <AssemblyLicenseAttribute>()
.Do(license => license.AddToHelpText(auto, true));
var usageAttr = ReflectionHelper.GetAttribute <AssemblyUsageAttribute>();
var usageLines = HelpText.RenderUsageTextAsLines(parserResult, onExample).ToMaybe();
if (usageAttr.IsJust() || usageLines.IsJust())
{
var heading = auto.SentenceBuilder.UsageHeadingText();
if (heading.Length > 0)
{
auto.AddPreOptionsLine(heading);
}
}
usageAttr.Do(
usage => usage.AddToHelpText(auto, true));
usageLines.Do(
lines => auto.AddPreOptionsLines(lines));
if ((verbsIndex && parserResult.TypeInfo.Choices.Any()) ||
errors.Any(e => e.Tag == ErrorType.NoVerbSelectedError))
{
auto.AddDashesToOption = false;
auto.AddVerbs(parserResult.TypeInfo.Choices.ToArray());
}
else
{
auto.AddOptions(parserResult);
}
return(auto);
}
protected abstract void Handle([NotNull] TContext context, [NotNull] ParserResult result);
public virtual void Calculate(DateTime t1, DateTime t2)
{
var t1a = t1;
var t2a = t2;
Logger.OnLogEvent += Logger_OnLogEvent;
var seriesBeforeCalc = this.Clone();
//if( this.TimeInterval == TimeSeries.TimeInterval.Irregular)
t2a = t2.AddDays(1); // we may need midnight value in the next day.
if (this.TimeInterval == TimeSeries.TimeInterval.Daily)
{
// daily_wrdo_pu needs AdjustStartingDate
t1a = this.AdjustStartingDateFromProperties(t1, t2a); // DO DO??? needed??
}
Exception error = new Exception();
if (Expression != null && Expression.Trim() != "")
{
string tmpExpression = Expression;
Logger.WriteLine("begin Calculate()");
Expression = ExpressionPreProcessor();
ParserResult result = null;
try
{
result = Parser.Evaluate(this.Expression, t1a, t2a, this.TimeInterval);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
Logger.WriteLine(e.Message, "ui");
Messages.Add(e.Message);
error = e;
result = null;
}
if (result != null && (result.IsDouble || result.IsInteger))
{ // constant expression, need to convert to a Series.
Series constant = new Series();
constant.TimeInterval = this.TimeInterval;
constant = Math.FillMissingWithZero(constant, t1, t2);
if (result.IsDouble)
{
constant = Math.Add(constant, result.Double);
}
else
{
constant = Math.Add(constant, result.Integer);
}
result = new ParserResult(constant);
}
if (result != null && result.IsSeries)
{
result.Series.Trim(t1, t2);
//var s = result.Series;
//result.Series = Math.Subset(s, t1, t2); // trim extra data used for calculations
Logger.WriteLine("Calculation result has " + result.Series.Count + " rows");
this.TimeInterval = result.Series.TimeInterval;
string tableName = this.Table.TableName;
this.Table = result.Series.Table;
this.Table.TableName = tableName;
if (m_db != null)
{
// Logger.WriteLine("Setting Flags");
m_db.Quality.SetFlags(this);
}
this.Table.AcceptChanges();// prevents error releated to Deleted rows from Trim() above.
foreach (DataRow row in this.Table.Rows)
{
row.SetAdded(); // so database will insert these rows.
}
if (m_db != null) // database is not required for calculations.
{
//bool canSave = m_db.Server.HasSavePrivilge(this.Table.TableName);
// if(canSave)
m_db.SaveTimeSeriesTable(this.ID, this, DatabaseSaveOptions.UpdateExisting);
Expression = tmpExpression;
if (seriesBeforeCalc.TimeInterval != this.TimeInterval ||
seriesBeforeCalc.Units != this.Units)
{
Logger.WriteLine("Warning Units or interval has changed.");
//if(canSave)
m_db.SaveProperties(this); // time interval, units, are dependent on calculation.
}
}
}
else
{
Clear();
Console.WriteLine(error.Message);
Logger.WriteLine(error.Message);
}
Logger.WriteLine("Calculate() completed");
Logger.OnLogEvent -= Logger_OnLogEvent;
}
}
public CommandLineParsingException(ParserResult <object> parserResult)
{
ParserResult = parserResult;
}
static async Task <int> Main(string[] args)
{
Log.Logger = new LoggerConfiguration()
.WriteTo.Console()
.CreateLogger();
ParserResult <CommandlineArgs> argsResult = Parser.Default.ParseArguments <CommandlineArgs>(args);
if (argsResult is NotParsed <CommandlineArgs> )
{
Log.Logger.Error("Unable to parse arguments, be sure to include the path to the 'repos.json' file");
return(1);
}
CommandlineArgs parsedArgs = ((Parsed <CommandlineArgs>)argsResult).Value;
if (!File.Exists(parsedArgs.RepositoryJson))
{
Log.Logger.Error($"Unable to locate {parsedArgs.RepositoryJson}");
return(2);
}
RepositoryRoot configRoot = JsonConvert.DeserializeObject <RepositoryRoot>(await File.ReadAllTextAsync(parsedArgs.RepositoryJson));
IHost host = new HostBuilder()
.ConfigureLogging(loggingBuilder =>
{
loggingBuilder.AddSerilog(Log.Logger);
})
.ConfigureServices(services =>
{
if (!string.IsNullOrEmpty(parsedArgs.ProxyUrl))
{
services.AddSingleton <IWebProxy>(_ => new WebProxy(parsedArgs.ProxyUrl));
}
services.AddSingleton <IGitHubClient>(provider =>
{
IWebProxy proxy = provider.GetService <IWebProxy>();
SimpleJsonSerializer jsonSerializer = new SimpleJsonSerializer();
return(new GitHubClient(new Connection(new ProductHeaderValue(ClientName), new Uri(parsedArgs.GithubApi),
new InMemoryCredentialStore(new Credentials(parsedArgs.GithubToken)), new HttpClientAdapter(
() => new HttpClientHandler
{
Proxy = proxy
}), jsonSerializer)));
});
services
.AddSingleton(parsedArgs)
.AddSingleton(configRoot)
.AddSingleton(x => new GhStandardFileSetFactory(x.GetRequiredService <RepositoryRoot>(), parsedArgs.RepositoryJson))
.AddSingleton <GhStandardContentApplier>();
})
.Build();
GhStandardFileSetFactory fileSetFactory = host.Services.GetRequiredService <GhStandardFileSetFactory>();
GhStandardContentApplier applier = host.Services.GetRequiredService <GhStandardContentApplier>();
IEnumerable <KeyValuePair <string, JObject> > repos;
if (!string.IsNullOrEmpty(parsedArgs.Repository) &&
configRoot.Repositories.TryGetValue(parsedArgs.Repository, out var singleRepo))
{
repos = new[] { KeyValuePair.Create(parsedArgs.Repository, singleRepo) };
}
else if (!string.IsNullOrEmpty(parsedArgs.Repository))
{
// Try looking for a partial match
var match = configRoot.Repositories.Keys.FirstOrDefault(s =>
s.Split('/').Last().Equals(parsedArgs.Repository, StringComparison.OrdinalIgnoreCase));
if (match == null)
{
Log.Error("Unable to run for {Repository} alone", parsedArgs.Repository);
return(3);
}
repos = new[] { KeyValuePair.Create(match, configRoot.Repositories[match]) };
}
else
{
repos = configRoot.Repositories;
}
foreach ((string repository, JObject config) in repos)
{
GhStandardFileSet fileSet = fileSetFactory.GetFileSet(config);
if (fileSet.Count == 0)
{
Log.Debug("Skipping {Repository}, no files to manage", repository);
continue;
}
string[] repoParts = repository.Split('/');
string repoOrg = repoParts[0];
string repoName = repoParts[1];
Log.Information("Applying {Count} files to {Organization} / {Repository}", fileSet.Count, repoOrg, repoName);
await applier.Apply(repoOrg, repoName, fileSet);
}
return(0);
}
public IEnumerable <CodeSpecificException> InitializeCodeModel(CppCodeModel codeModel, IncludeManagerParameter parameter)
{
HashSet <string> parsedIncludes = new HashSet <string>(parameter.KnownIncludes);
List <CodeSpecificException> codeSpecificExceptions = new List <CodeSpecificException>();
VirtualFile cacheFile = fileSystem.GetFile(IncludeFilePath.CleanPath().ResolvePathName(environmentService.PathNames));
includeCache.LoadCache(cacheFile);
UpdateCache();
codeModel.IncludeDirectories = parameter.IncludeDirectories;
codeModel.RegisterIncludeTypeFinder(s => FindIncludeType(s, parameter.IncludeDirectories));
this.codeModel = codeModel;
return(codeSpecificExceptions);
void UpdateCache()
{
log.LogVerbose("Start updating the include cache.");
Stopwatch loadWatch = new Stopwatch();
loadWatch.Start();
using (IIncludeCacheTransaction cacheTransaction = includeCache.StartTransaction())
{
Stopwatch checkWatch = new Stopwatch();
checkWatch.Start();
foreach (IncludeCacheEntry staleEntry in FindStaleAndOutdatedEntries().ToArray())
{
cacheTransaction.DeleteEntry(staleEntry);
}
checkWatch.Stop();
log.LogVerbose($"Checked files in {checkWatch.ElapsedMilliseconds} ms.");
AddOrUpdate(parameter.IncludeDefinitions, cacheTransaction);
}
loadWatch.Stop();
log.LogVerbose($"Finished updating the include cache in {loadWatch.ElapsedMilliseconds} ms.");
IEnumerable <IncludeCacheEntry> FindStaleAndOutdatedEntries()
{
return(includeCache.Entries.Where(e => !fileSystem.FileExists(e.File) ||
fileSystem.GetLastWriteTime(e.File) != e.LastWriteTime));
}
void AddOrUpdate(IEnumerable <IncludeDefinition> includes, IIncludeCacheTransaction cacheTransaction)
{
Stack <IncludeDefinition> unvisited = new Stack <IncludeDefinition>(includes);
while (unvisited.Any())
{
IncludeDefinition include = unvisited.Pop();
if (TryFindInclude(include, out IncludeFindResult findResult))
{
IEnumerable <IncludeDefinition> childDefinitions;
if (findResult.IsInCache)
{
VirtualFile cacheSourceFile = fileSystem.GetFile(findResult.IncludeCacheEntry.File);
VirtualDirectory cacheBaseDirectory = fileSystem.GetDirectory(findResult.IncludeCacheEntry.BaseDirectory);
parsedIncludes.Add(cacheSourceFile.GetRelativePath(cacheBaseDirectory));
childDefinitions = findResult.IncludeCacheEntry.Includes
.Select(i => new IncludeDefinition(i, cacheSourceFile,
cacheBaseDirectory));
}
else
{
parsedIncludes.Add(findResult.IncludeFile.GetRelativePath(findResult.IncludeBaseDirectory));
childDefinitions = ProcessInclude(findResult.IncludeFile, findResult.IncludeBaseDirectory);
}
foreach (IncludeDefinition childDefinition in childDefinitions)
{
unvisited.Push(childDefinition);
}
}
}
IEnumerable <IncludeDefinition> ProcessInclude(VirtualFile findResultIncludeFile, VirtualDirectory findResultIncludeBaseDirectory)
{
ParserResult parserResult = fileParser.Parse(findResultIncludeFile);
if (!parserResult.Success)
{
codeSpecificExceptions.AddRange(parserResult.Exceptions);
cacheTransaction.AddEntry(new IncludeCacheEntry(findResultIncludeFile.FullName,
false,
findResultIncludeFile.LastWriteTime,
findResultIncludeBaseDirectory.FullName,
Enumerable.Empty <string>(),
Enumerable.Empty <string>()));
return(Enumerable.Empty <IncludeDefinition>());
}
foreach (IType type in parserResult.Types.Keys)
{
codeModel.AddType(type, findResultIncludeFile, findResultIncludeBaseDirectory);
}
codeSpecificExceptions.AddRange(parserResult.Exceptions);
cacheTransaction.AddEntry(new IncludeCacheEntry(findResultIncludeFile.FullName,
true,
findResultIncludeFile.LastWriteTime,
findResultIncludeBaseDirectory.FullName,
parserResult.Types.Keys.Select(t => t.FullName),
parserResult.Includes));
return(parserResult.Includes.Select(
i => new IncludeDefinition(
i, findResultIncludeFile, findResultIncludeBaseDirectory)));
}
bool TryFindInclude(IncludeDefinition current, out IncludeFindResult result)
{
if (current.Include.Trim().StartsWith("<", StringComparison.Ordinal))
{
//system includes in form <algorithms> are ignored
result = null;
return(false);
}
//Try parse relative to source
if (current.DefinitionSourceFile.Parent.TryGetFileFromPath(current.Include, out VirtualFile file))
{
if (parsedIncludes.Contains(file.GetRelativePath(current.DefinitionSourceBaseDirectory)))
{
result = null;
return(false);
}
result = includeCache.TryGetCacheEntry(file.FullName, out IncludeCacheEntry cacheEntry)
? new IncludeFindResult(cacheEntry)
: new IncludeFindResult(file, current.DefinitionSourceBaseDirectory);
return(true);
}
//Parse relative to include path
foreach (VirtualDirectory includeDirectory in parameter.IncludeDirectories.Values.Where(v => v != null))
{
if (includeDirectory.TryGetFileFromPath(current.Include, out file))
{
if (parsedIncludes.Contains(file.GetRelativePath(includeDirectory)))
{
result = null;
return(false);
}
result = includeCache.TryGetCacheEntry(file.FullName, out IncludeCacheEntry cacheEntry)
? new IncludeFindResult(cacheEntry)
: new IncludeFindResult(file, includeDirectory);
return(true);
}
}
log.LogWarning($"Could not find include {current.Include}. Possible types from these files will not be parsed.");
result = null;
return(false);
}
}
}
}
public bool AcceptLine (SubString ss)
{
Result = ParserResult.Continue;
CurrentLine = ss;
Partial_BeginLine ();
var bs = ss.BaseString;
var begin = ss.Begin;
var end = ss.End;
for (var iter = begin; iter < end; ++iter)
{
CurrentCharacter = bs[iter];
apply:
if (Result != ParserResult.Continue)
{
break;
}
switch (State)
{
case ParserState.Error:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_Error ();
Partial_StateTransition__From_Error__To_Error ();
Partial_StateTransition__To_Error ();
break;
}
break;
case ParserState.WrongTagError:
switch (CurrentCharacter)
{
default:
State = ParserState.Error;
Partial_StateTransition__From_WrongTagError ();
Partial_StateTransition__From_WrongTagError__To_Error ();
Partial_StateTransition__To_Error ();
break;
}
break;
case ParserState.NonEmptyTagError:
switch (CurrentCharacter)
{
default:
State = ParserState.Error;
Partial_StateTransition__From_NonEmptyTagError ();
Partial_StateTransition__From_NonEmptyTagError__To_Error ();
Partial_StateTransition__To_Error ();
break;
}
break;
case ParserState.PreProcessing:
switch (CurrentCharacter)
{
case '!':
State = ParserState.PreProcessorTag;
Partial_StateTransition__From_PreProcessing ();
Partial_StateTransition__From_PreProcessing__To_PreProcessorTag ();
Partial_StateTransition__To_PreProcessorTag ();
break;
default:
State = ParserState.Indention;
Partial_StateTransition__From_PreProcessing ();
Partial_StateTransition__From_PreProcessing__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
case ParserState.Indention:
switch (CurrentCharacter)
{
case '\t':
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_Indention ();
Partial_StateTransition__To_Indention ();
break;
default:
Partial_StateChoice__From_Indention__Choose_TagExpected_NoContentTagExpected_ValueLine_Error ();
switch (State)
{
case ParserState.TagExpected:
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_TagExpected ();
Partial_StateTransition__To_TagExpected ();
break;
case ParserState.NoContentTagExpected:
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_NoContentTagExpected ();
Partial_StateTransition__To_NoContentTagExpected ();
break;
case ParserState.ValueLine:
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_ValueLine ();
Partial_StateTransition__To_ValueLine ();
break;
case ParserState.Error:
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_Error ();
Partial_StateTransition__To_Error ();
break;
default:
Result = ParserResult.Error;
break;
}
goto apply;
break;
}
break;
case ParserState.TagExpected:
switch (CurrentCharacter)
{
case '@':
State = ParserState.ObjectTag;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_ObjectTag ();
Partial_StateTransition__To_ObjectTag ();
break;
case '=':
State = ParserState.ValueTag;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_ValueTag ();
Partial_StateTransition__To_ValueTag ();
break;
case '#':
State = ParserState.CommentTag;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_CommentTag ();
Partial_StateTransition__To_CommentTag ();
break;
case '\t':
case ' ':
State = ParserState.EmptyTag;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_EmptyTag ();
Partial_StateTransition__To_EmptyTag ();
break;
default:
State = ParserState.WrongTagError;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_WrongTagError ();
Partial_StateTransition__To_WrongTagError ();
break;
}
break;
case ParserState.NoContentTagExpected:
switch (CurrentCharacter)
{
case '#':
State = ParserState.CommentTag;
Partial_StateTransition__From_NoContentTagExpected ();
Partial_StateTransition__From_NoContentTagExpected__To_CommentTag ();
Partial_StateTransition__To_CommentTag ();
break;
case '\t':
case ' ':
State = ParserState.EmptyTag;
Partial_StateTransition__From_NoContentTagExpected ();
Partial_StateTransition__From_NoContentTagExpected__To_EmptyTag ();
Partial_StateTransition__To_EmptyTag ();
break;
default:
State = ParserState.WrongTagError;
Partial_StateTransition__From_NoContentTagExpected ();
Partial_StateTransition__From_NoContentTagExpected__To_WrongTagError ();
Partial_StateTransition__To_WrongTagError ();
break;
}
break;
case ParserState.PreProcessorTag:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_PreProcessorTag ();
Partial_StateTransition__From_PreProcessorTag__To_PreProcessorTag ();
Partial_StateTransition__To_PreProcessorTag ();
break;
}
break;
case ParserState.ObjectTag:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_ObjectTag ();
Partial_StateTransition__From_ObjectTag__To_ObjectTag ();
Partial_StateTransition__To_ObjectTag ();
break;
}
break;
case ParserState.ValueTag:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_ValueTag ();
Partial_StateTransition__From_ValueTag__To_ValueTag ();
Partial_StateTransition__To_ValueTag ();
break;
}
break;
case ParserState.EmptyTag:
switch (CurrentCharacter)
{
case '\t':
case ' ':
Partial_StateTransition__From_EmptyTag ();
Partial_StateTransition__From_EmptyTag__To_EmptyTag ();
Partial_StateTransition__To_EmptyTag ();
break;
default:
State = ParserState.NonEmptyTagError;
Partial_StateTransition__From_EmptyTag ();
Partial_StateTransition__From_EmptyTag__To_NonEmptyTagError ();
Partial_StateTransition__To_NonEmptyTagError ();
break;
}
break;
case ParserState.CommentTag:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_CommentTag ();
Partial_StateTransition__From_CommentTag__To_CommentTag ();
Partial_StateTransition__To_CommentTag ();
break;
}
break;
case ParserState.EndOfPreProcessorTag:
switch (CurrentCharacter)
{
default:
State = ParserState.PreProcessing;
Partial_StateTransition__From_EndOfPreProcessorTag ();
Partial_StateTransition__From_EndOfPreProcessorTag__To_PreProcessing ();
Partial_StateTransition__To_PreProcessing ();
goto apply;
break;
}
break;
case ParserState.EndOfObjectTag:
switch (CurrentCharacter)
{
default:
State = ParserState.Indention;
Partial_StateTransition__From_EndOfObjectTag ();
Partial_StateTransition__From_EndOfObjectTag__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
case ParserState.EndOfEmptyTag:
switch (CurrentCharacter)
{
default:
State = ParserState.Indention;
Partial_StateTransition__From_EndOfEmptyTag ();
Partial_StateTransition__From_EndOfEmptyTag__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
case ParserState.EndOfValueTag:
switch (CurrentCharacter)
{
default:
State = ParserState.Indention;
Partial_StateTransition__From_EndOfValueTag ();
Partial_StateTransition__From_EndOfValueTag__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
case ParserState.EndOfCommentTag:
switch (CurrentCharacter)
{
default:
State = ParserState.Indention;
Partial_StateTransition__From_EndOfCommentTag ();
Partial_StateTransition__From_EndOfCommentTag__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
case ParserState.ValueLine:
switch (CurrentCharacter)
{
default:
Partial_StateTransition__From_ValueLine ();
Partial_StateTransition__From_ValueLine__To_ValueLine ();
Partial_StateTransition__To_ValueLine ();
break;
}
break;
case ParserState.EndOfValueLine:
switch (CurrentCharacter)
{
default:
State = ParserState.Indention;
Partial_StateTransition__From_EndOfValueLine ();
Partial_StateTransition__From_EndOfValueLine__To_Indention ();
Partial_StateTransition__To_Indention ();
goto apply;
break;
}
break;
default:
Result = ParserResult.Error;
break;
}
}
if (Result == ParserResult.Error)
{
return false;
}
// EndOfLine
CurrentCharacter = EndOfStream;
{
switch (State)
{
case ParserState.Indention:
State = ParserState.EndOfEmptyTag;
Partial_StateTransition__From_Indention ();
Partial_StateTransition__From_Indention__To_EndOfEmptyTag ();
Partial_StateTransition__To_EndOfEmptyTag ();
break;
case ParserState.TagExpected:
State = ParserState.EndOfEmptyTag;
Partial_StateTransition__From_TagExpected ();
Partial_StateTransition__From_TagExpected__To_EndOfEmptyTag ();
Partial_StateTransition__To_EndOfEmptyTag ();
break;
case ParserState.NoContentTagExpected:
State = ParserState.EndOfEmptyTag;
Partial_StateTransition__From_NoContentTagExpected ();
Partial_StateTransition__From_NoContentTagExpected__To_EndOfEmptyTag ();
Partial_StateTransition__To_EndOfEmptyTag ();
break;
case ParserState.PreProcessorTag:
State = ParserState.EndOfPreProcessorTag;
Partial_StateTransition__From_PreProcessorTag ();
Partial_StateTransition__From_PreProcessorTag__To_EndOfPreProcessorTag ();
Partial_StateTransition__To_EndOfPreProcessorTag ();
break;
case ParserState.ObjectTag:
State = ParserState.EndOfObjectTag;
Partial_StateTransition__From_ObjectTag ();
Partial_StateTransition__From_ObjectTag__To_EndOfObjectTag ();
Partial_StateTransition__To_EndOfObjectTag ();
break;
case ParserState.ValueTag:
State = ParserState.EndOfValueTag;
Partial_StateTransition__From_ValueTag ();
Partial_StateTransition__From_ValueTag__To_EndOfValueTag ();
Partial_StateTransition__To_EndOfValueTag ();
break;
case ParserState.EmptyTag:
State = ParserState.EndOfEmptyTag;
Partial_StateTransition__From_EmptyTag ();
Partial_StateTransition__From_EmptyTag__To_EndOfEmptyTag ();
Partial_StateTransition__To_EndOfEmptyTag ();
break;
case ParserState.CommentTag:
State = ParserState.EndOfCommentTag;
Partial_StateTransition__From_CommentTag ();
Partial_StateTransition__From_CommentTag__To_EndOfCommentTag ();
Partial_StateTransition__To_EndOfCommentTag ();
break;
case ParserState.ValueLine:
State = ParserState.EndOfValueLine;
Partial_StateTransition__From_ValueLine ();
Partial_StateTransition__From_ValueLine__To_EndOfValueLine ();
Partial_StateTransition__To_EndOfValueLine ();
break;
}
}
Partial_EndLine ();
return Result != ParserResult.Error;
}
public abstract void Register(ref ParserResult <object> parserResult);
public static ParserResult __CreateInstance(ParserResult.Internal native)
{
return new ParserResult(native);
}
static void Main(string[] args)
{
int threads = 1;
int timeout = 30;
string fileName = "";
FileType fileType = FileType.HostFile;
bool appendPorts = false;
bool prependHttps = false;
List <string> hostList = null;
//Parse command line arguments
ParserResult <Options> argResults = Parser.Default.ParseArguments <Options>(args);
ParserResult <Options> res = argResults.WithParsed <Options>(o =>
{
appendPorts = o.AppendPorts;
prependHttps = o.PrependHTTPS;
threads = o.NumThreads;
timeout = o.Timeout;
if (o.FileName == "")
{
System.Console.WriteLine("Please provide the name of a host file or a Nessus file");
System.Environment.Exit(1);
}
fileName = o.FileName;
//Automatically determine file type
try
{
System.IO.StreamReader file = new System.IO.StreamReader(fileName);
string line = file.ReadLine();
if (line != null)
{
if (line.Contains("xml version"))
{
fileType = FileType.Nessus;
}
else
{
fileType = FileType.HostFile;
}
}
file.Close();
}
catch
{
System.Console.WriteLine(string.Format("Could not open file: {0}", fileName));
System.Environment.Exit(1);
}
});
//This takes care of if the --help option was used
if (argResults.Tag == CommandLine.ParserResultType.NotParsed)
{
System.Environment.Exit(1);
}
//Get hosts
if (fileType == FileType.HostFile)
{
FileParser fParser = new FileParser();
hostList = fParser.Parse(fileName, prependHttps, appendPorts);
}
else if (fileType == FileType.Nessus)
{
NessusParser nParser = new NessusParser();
hostList = nParser.Parse(fileName);
}
if (hostList == null)
{
System.Environment.Exit(1);
}
foreach (string host in hostList)
{
System.Console.WriteLine(host);
}
//Create a new WebShot object for screenshotting.
WebShot webshot = new WebShot(threads, timeout);
//Some examples of screenshotting for now...
//webshot.ScreenShot("https://google.com");
//webshot.ScreenShot("https://www.blackhillsinfosec.com");
//webshot.ScreenShot("http://www.reddit.com");
}
private ParserResult(ParserResult.Internal native)
: this(__CopyValue(native))
{
__ownsNativeInstance = true;
NativeToManagedMap[__Instance] = this;
}
static void Main(string[] args)
{
ParserResult <Arguments> parseResult = Parser.Default.ParseArguments <Arguments>(args);
if (parseResult.Errors.Any())
{
return;
}
Arguments arguments = parseResult.Value;
// Создаем коллекцию всех существительных.
CyrNounCollection nouns = new CyrNounCollection();
// Создаем коллекцию всех прилагательных.
CyrAdjectiveCollection adjectives = new CyrAdjectiveCollection();
// Создаем фразу с использование созданных коллекций.
CyrPhrase phrase = new CyrPhrase(nouns, adjectives);
InjectionAnalyzer analyzer = new InjectionAnalyzer();
HashSet <string> defTypes = new HashSet <string>(arguments.DefsTypes.Split(new string[] { "," }, StringSplitOptions.RemoveEmptyEntries));
HashSet <string> ignoredInjections = File.Exists(arguments.IgnoreFile)
? new HashSet <string>(File.ReadAllLines(arguments.IgnoreFile))
: new HashSet <string>();
HashSet <string> pluralizedLabels = File.Exists(arguments.Output)
? new HashSet <string>(File.ReadAllLines(arguments.Output).Select(line => new string(line.TakeWhile(c => c != ';').ToArray())))
: new HashSet <string>();
Injection[] allLabels = analyzer
.ReadInjections(arguments.DefsPath)
.Where(inj => defTypes.Contains(inj.DefType))
.Where(inj => GetLastPart(inj).ToLowerInvariant().Contains("label"))
.Distinct(new InjectionTypeTranslationComparer())
.Where(inj =>
!ignoredInjections.Contains(FormInjectionLine(inj)) &&
!pluralizedLabels.Contains(inj.Translation))
.ToArray();
Console.WriteLine($"Check plural forms for {allLabels.Length} labels.");
List <Option> history = new List <Option>();
string prevDefType = "";
PluralPair pluralPair = null;
for (int labelIndex = 0; labelIndex < allLabels.Length;)
{
Injection injection = allLabels[labelIndex];
string label = injection.Translation;
Console.WriteLine();
Console.WriteLine($"{labelIndex + 1}/{allLabels.Length} {injection.DefType} <{injection.DefPath}> \"{label}\":");
if (pluralPair == null)
{
pluralPair = PluralizeIgnoreSuffix(phrase, label, " (", " из ", " для ", " с ", " в ");
}
if (pluralPair == null)
{
Console.WriteLine($" Failed to pluralize");
}
else
{
WritePluralization(pluralPair);
}
Console.Write("<Enter> - accept; <Space> - edit; <Backspace> - back; <Delete> - ignore");
ConsoleKey key = Console.ReadKey().Key;
Console.WriteLine();
switch (key)
{
case ConsoleKey.Escape:
return;
case ConsoleKey.Spacebar:
if (pluralPair == null)
{
pluralPair = new PluralPair(label, label);
}
pluralPair = EditPluralization(pluralPair);
if (injection.DefType != prevDefType)
{
FileUtil.PushLine(arguments.Output, string.Empty);
FileUtil.PushLine(arguments.Output, "// " + injection.DefType);
}
FileUtil.PushLine(arguments.Output, ToLine(pluralPair));
pluralPair = null;
history.Add(Option.Accept);
labelIndex++;
break;
case ConsoleKey.Enter:
if (pluralPair != null)
{
if (injection.DefType != prevDefType)
{
FileUtil.PushLine(arguments.Output, string.Empty);
FileUtil.PushLine(arguments.Output, "// " + injection.DefType);
}
FileUtil.PushLine(arguments.Output, ToLine(pluralPair));
pluralPair = null;
history.Add(Option.Accept);
labelIndex++;
}
break;
case ConsoleKey.Delete:
FileUtil.PushLine(arguments.IgnoreFile, FormInjectionLine(injection));
pluralPair = null;
history.Add(Option.Ignore);
labelIndex++;
break;
case ConsoleKey.Backspace:
Option prevOption = history[labelIndex - 1];
history.RemoveAt(labelIndex - 1);
labelIndex--;
if (prevOption == Option.Accept)
{
string prevDeclinationLine = FileUtil.PopLine(arguments.Output);
pluralPair = FromLine(prevDeclinationLine);
}
else if (prevOption == Option.Ignore)
{
FileUtil.PopLine(arguments.IgnoreFile);
pluralPair = null;
}
break;
default:
break;
}
prevDefType = injection.DefType;
}
}
public static ParserResult __CreateInstance(ParserResult.__Internal native, bool skipVTables = false)
{
return new ParserResult(native, skipVTables);
}
static void Main(string[] args)
{
AppDomain.CurrentDomain.UnhandledException += CurrentDomain_UnhandledException;
LConfig = new LoggerConfiguration()
.Enrich.FromLogContext()
.MinimumLevel.Debug()
.WriteTo.Console(outputTemplate: "{Timestamp:HH:mm:ss}<{ThreadId:d2}> [{Level:u3}] {Message}{NewLine}{Exception}");
L = Log.Logger = LConfig.CreateLogger();
Type[] BindOptionTypes = Assembly.GetExecutingAssembly().GetTypes().Where(t => t == typeof(Options) || t.IsSubclassOf(typeof(Options))).ToArray();
MethodInfo parseArgumentsMethod = typeof(ParserExtensions).GetMethods().Where(m => m.IsGenericMethod && m.Name == "ParseArguments" &&
m.GetGenericArguments().Count() == BindOptionTypes.Count()).First();
Parser p = new Parser();
ParserResult <object> result = (ParserResult <object>)parseArgumentsMethod.MakeGenericMethod(BindOptionTypes).Invoke(p, new object[] { p, args });
result.WithNotParsed((IEnumerable <Error> errors) =>
{
HelpText help = GetAutoBuiltHelpText(result);
help.MaximumDisplayWidth = Console.WindowWidth;
help.Copyright = string.Empty;
help.Heading = new HeadingInfo("Sylvester Bindings CLI", Version.ToString(3));
help.AddPreOptionsLine(string.Empty);
if (errors.Any(e => e.Tag == ErrorType.VersionRequestedError))
{
Log.Information(help);
Exit(ExitResult.SUCCESS);
}
else if (errors.Any(e => e.Tag == ErrorType.HelpVerbRequestedError))
{
HelpVerbRequestedError error = (HelpVerbRequestedError)errors.First(e => e.Tag == ErrorType.HelpVerbRequestedError);
if (error.Type != null)
{
help.AddVerbs(error.Type);
}
else
{
help.AddVerbs(BindOptionTypes);
}
Log.Information(help);
Exit(ExitResult.SUCCESS);
}
else if (errors.Any(e => e.Tag == ErrorType.HelpRequestedError))
{
help.AddOptions(result);
L.Information(help);
Exit(ExitResult.SUCCESS);
}
else if (errors.Any(e => e.Tag == ErrorType.NoVerbSelectedError))
{
help.AddVerbs(BindOptionTypes);
help.AddPreOptionsLine("No library selected. Select a library or verb from the options below:");
L.Information(help);
Exit(ExitResult.INVALID_OPTIONS);
}
else if (errors.Any(e => e.Tag == ErrorType.MissingRequiredOptionError))
{
MissingRequiredOptionError error = (MissingRequiredOptionError)errors.First(e => e is MissingRequiredOptionError);
help.AddOptions(result);
help.AddPreOptionsLine($"A required option or value is missing: {error.NameInfo.NameText} The options and values for this benchmark category are: ");
L.Information(help);
Exit(ExitResult.INVALID_OPTIONS);
}
else if (errors.Any(e => e.Tag == ErrorType.MissingValueOptionError))
{
MissingValueOptionError error = (MissingValueOptionError)errors.First(e => e.Tag == ErrorType.MissingValueOptionError);
help.AddOptions(result);
help.AddPreOptionsLine($"A required option or value is missing. The options and values for this category are: ");
L.Information(help);
Exit(ExitResult.INVALID_OPTIONS);
}
else if (errors.Any(e => e.Tag == ErrorType.UnknownOptionError))
{
UnknownOptionError error = (UnknownOptionError)errors.First(e => e.Tag == ErrorType.UnknownOptionError);
help.AddOptions(result);
help.AddPreOptionsLine($"Unknown option: {error.Token}.");
L.Information(help);
Exit(ExitResult.INVALID_OPTIONS);
}
else
{
help.AddPreOptionsLine($"An error occurred parsing the program options: {string.Join(" ", errors.Select(e => e.Tag.ToString()).ToArray())}");
help.AddVerbs(BindOptionTypes);
L.Information(help);
Exit(ExitResult.INVALID_OPTIONS);
}
})
.WithParsed <Options>(o =>
{
if (string.IsNullOrEmpty(o.ModuleName))
{
Log.Error($"You must select a module to create bindings for. Use the --help option to get the list of available modules.");
Exit(ExitResult.INVALID_OPTIONS);
}
if (!string.IsNullOrEmpty(o.Root) && !Directory.Exists(o.Root))
{
Log.Error($"The library root directory specified {o.Root} does not exist.");
Exit(ExitResult.INVALID_OPTIONS);
}
else if (!string.IsNullOrEmpty(o.Root))
{
ProgramOptions.Add("RootDirectory", new DirectoryInfo(o.Root));
}
foreach (PropertyInfo prop in o.GetType().GetProperties())
{
ProgramOptions.Add(prop.Name, prop.GetValue(o));
}
})
.WithParsed <PlaidMLOptions>(o =>
{
if (!File.Exists(Path.Combine(AssemblyDirectory.FullName, "plaidml", "base.h")))
{
L.Error($"The PlaidML header file {Path.Combine(AssemblyDirectory.FullName, "plaidml", "base.h")} was not found.");
Exit(ExitResult.FILE_MISSING);
}
else if (!File.Exists(Path.Combine(AssemblyDirectory.FullName, "plaidml", "plaidml.h")))
{
L.Error($"The PlaidML header file {Path.Combine(AssemblyDirectory.FullName, "plaidml", "plaidml.h")} was not found.");
Exit(ExitResult.FILE_MISSING);
}
ProgramLibrary = new PlaidML(ProgramOptions);
ConsoleDriver.Run(ProgramLibrary);
if (ProgramLibrary.CleanAndFixup())
{
Exit(ExitResult.SUCCESS);
}
else
{
Exit(ExitResult.ERROR_DURING_CLEANUP);
}
})
.WithParsed <TensorFlowOptions>(o =>
{
if (!File.Exists(Path.Combine(AssemblyDirectory.FullName, "tf", "c_api.h")))
{
L.Error($"The TensorFlow header file {Path.Combine(AssemblyDirectory.FullName, "tf", "c_api.h")} was not found.");
Exit(ExitResult.FILE_MISSING);
}
ProgramLibrary = new TensorFlow(ProgramOptions);
ConsoleDriver.Run(ProgramLibrary);
if (ProgramLibrary.CleanAndFixup())
{
Exit(ExitResult.SUCCESS);
}
else
{
Exit(ExitResult.ERROR_DURING_CLEANUP);
}
});
}
private ParserResult(ParserResult.__Internal native, bool skipVTables = false)
: this(__CopyValue(native), skipVTables)
{
__ownsNativeInstance = true;
NativeToManagedMap[__Instance] = this;
}
/// <summary>
/// Méthode de parsing d'une expression.
/// </summary>
/// <param name="expression">Expression à parser.</param>
/// <param name="year">Année.</param>
/// <returns>Un <see cref="ParserResult"/> correspondant.</returns>
public override ParserResult Parse(string expression, int year)
{
var result = new ParserResult();
var regex = new Regex(Pattern.ToString());
var match = regex.Match(expression);
if (match.Success)
{
var calendar = Parser.GetCalendar(match.Groups["Calendar"].Value);
if (!(calendar is System.Globalization.GregorianCalendar))
{
year = calendar.GetYear(DateTime.Today.Of(year));
}
var date = new DateTime(year, int.Parse(match.Groups["month"].Value), int.Parse(match.Groups["day"].Value), calendar);
if (match.Groups["year"].Value.IsNotNullOrEmpty())
{
date = date.SetYear(int.Parse(match.Groups["year"].Value));
}
if (match.Groups["StartHours"].Value.IsNotNullOrEmpty() && match.Groups["StartMinutes"].Value.IsNotNullOrEmpty())
{
date = date.SetTime(int.Parse(match.Groups["StartHours"].Value), int.Parse(match.Groups["StartMinutes"].Value));
}
if (match.Groups["Expected"].Value.IsNotNullOrEmpty())
{
if (date.DayOfWeek.ToString().ToUpper() == match.Groups["Expected"].Value)
{
if (match.Groups["NewHours"].Value.IsNotNullOrEmpty() && match.Groups["NewMinutes"].Value.IsNotNullOrEmpty())
{
date = date.SetTime(int.Parse(match.Groups["NewHours"].Value), int.Parse(match.Groups["NewMinutes"].Value));
}
}
}
if (match.Groups["RepeatEndYear"].Value.IsNotNullOrEmpty())
{
if (date.Year > int.Parse(match.Groups["RepeatEndYear"].Value))
{
return(result);
}
}
var isYearTypeOk = false;
if (match.Groups["YearType"].Value.IsNotNullOrEmpty())
{
switch ((YearType)Enum.Parse(typeof(YearType), match.Groups["YearType"].Value, true))
{
case Even:
if (date.Year % 2 == 0)
{
isYearTypeOk = true;
}
break;
case Odd:
if (date.Year % 2 != 0)
{
isYearTypeOk = true;
}
break;
case Leap:
if (DateTime.IsLeapYear(date.Year))
{
isYearTypeOk = true;
}
break;
case NonLeap:
if (!DateTime.IsLeapYear(date.Year))
{
isYearTypeOk = true;
}
break;
default:
isYearTypeOk = false;
break;
}
}
else
{
isYearTypeOk = true;
}
var isYearRecursOk = false;
if (match.Groups["RepeatYear"].Value.IsNotNullOrEmpty() && match.Groups["RepeatStartYear"].Value.IsNotNullOrEmpty())
{
var numberYear = int.Parse(match.Groups["RepeatYear"].Value);
var startYear = int.Parse(match.Groups["RepeatStartYear"].Value);
if (date.Year >= startYear && ((date.Year - startYear) % numberYear) == 0)
{
isYearRecursOk = true;
}
}
else
{
isYearRecursOk = true;
}
if (isYearTypeOk && isYearRecursOk && (match.Groups["year"].Value.IsNotNullOrEmpty() ? date.Year == year : true))
{
result.DatesToAdd.Add(date);
if (match.Groups["DurationDays"].Value.IsNotNullOrEmpty())
{
var number = int.Parse(match.Groups["DurationDays"].Value);
for (var i = 1; i < number; i++)
{
result.DatesToAdd.Add(i.Days().After(date.Midnight()));
}
}
}
}
return(result);
}
void OnSourceFileParsed(SourceFile file, ParserResult result)
{
OnFileParsed(file.Path, result);
}
internal ParserResult(ParserResult.Internal* native)
: this(new global::System.IntPtr(native))
{
}
