public void WhenParsingUnsignedInt_TheUnsignedQualifierIsApplied() { var parser = new HeaderParser(CHeaderLexer.Lex( "unsigned int foo;")); var declaration = parser.ParseHeader().Single(); Assert.That(declaration.CType.Qualifiers, Is.EqualTo(new[] { "unsigned" })); }
public void WhenParsingInt_TheUnsignedQualifierIsNotApplied() { var parser = new HeaderParser(CHeaderLexer.Lex( "int foo;")); var declaration = parser.ParseHeader().Single(); Assert.That(declaration.CType.Qualifiers, Is.Empty); }
public void Parse() { var parser = new HeaderParser(CHeaderLexer.Lex( "/** Some function */\n" + "void frob_widgets(widget *widgets, int num_widgets);")); iDeclarations = parser.ParseHeader().ToArray(); }
public void WhenParsingConstIntStarConst_TheConstQualifierIsAppliedToBoth() { var parser = new HeaderParser(CHeaderLexer.Lex( "const int * const foo;")); var declaration = parser.ParseHeader().Single(); var ptrType = (PointerCType)declaration.CType; Assert.That(ptrType.Qualifiers, Is.EqualTo(new[] { "const" })); Assert.That(ptrType.BaseType.Qualifiers, Is.EqualTo(new[] { "const" })); }
public void WhenParsingIntConstStar_TheConstQualifierIsAppliedToTheInt() { var parser = new HeaderParser(CHeaderLexer.Lex( "int const *foo;")); var declaration = parser.ParseHeader().Single(); var ptrType = (PointerCType)declaration.CType; Assert.That(ptrType.BaseType.Qualifiers, Is.EqualTo(new[] { "const" })); Assert.That(ptrType.Qualifiers, Is.Empty); }
private static IReplay ParseReplay(UnpackResult result) { HeaderParser headerParser = new HeaderParser(result.Header); Header header = headerParser.ParseHeader(); ActionParser actionsParser = new ActionParser(result.Actions, header.Players.ToList<IPlayer>()); List<IAction> actions = actionsParser.ParseActions(); IReplay replay = new Replay(header, actions); return replay; }
private static IReplay ParseReplay(UnpackResult result) { HeaderParser headerParser = new HeaderParser(result.Header); Header header = headerParser.ParseHeader(); ActionParser actionsParser = new ActionParser(result.Actions, header.Players.ToList <IPlayer>()); List <IAction> actions = actionsParser.ParseActions(); IReplay replay = new Replay(header, actions); return(replay); }
public void Parse() { var parser = new HeaderParser(CHeaderLexer.Lex( "/** Brave explorer */\n" + "typedef struct tagexplorer {\n" + " int x; ///< X coordinate\n" + " int y; ///< Y coordinate\n" + " char name[32]; ///< Name\n" + " struct taghero * bestfriend; ///< Friend\n" + "} explorer;\n" )); iDeclarations = parser.ParseHeader().ToArray(); }
public void Parse() { var parser = new HeaderParser(CHeaderLexer.Lex( "/** Flavors of food */\n" + "typedef enum tagflavor {\n" + " FLAVOR_VANILLA = 0, ///< Universally popular\n" + " FLAVOR_CHEESE_AND_ONION,\n" + " FLAVOR_SPEARMINT, ///< Soothing\n" + " FLAVOR_COFFEE=99, ///< Stimulating\n" + " FLAVOR_SMOKY_BACON ///< Controversial\n" + "} flavor;\n" )); iDeclarations = parser.ParseHeader().ToArray(); }
private void ReDownload(Downloader d) { Downloadable file = new Downloadable() { URL = d.File.URL, DegreeOfParallelism = (uint)SettingsWindow.GeneralSettings.MaxConnection, FilePath = SettingsWindow.GeneralSettings.StoragePath }; DownloaderList.Remove(d); HeaderParser parser = new HeaderParser(file); parser.OnParseSuccess += parser_Redownload; parser.OnError += Down_OnError; parser.ParseHeader(); }
private void ReDownload(string directURL = null, string FileName = null) { if (dataGridView1.Rows.Count <= 0 && directURL == null) { return; } int ind = -1; if (dataGridView1.Rows.Count > 0) { ind = dataGridView1.Rows.IndexOf(dataGridView1.SelectedRows[0]); } if (ind >= 0 || directURL != null) { if (ind >= 0) { DownloaderList[ind].Pause(); } Downloadable file = new Downloadable() { URL = directURL == null?DownloaderList[ind].File.URL:directURL, FileName = FileName == null?DownloaderList[ind].File.FileName:FileName, DegreeOfParallelism = (uint)SettingsWindow.GeneralSettings.MaxConnection, FilePath = SettingsWindow.GeneralSettings.StoragePath }; if (FileName != null) { file.FileName = FileName; } if (directURL == null) { DownloaderList.Remove(DownloaderList[ind]); } HeaderParser parser = new HeaderParser(file); parser.OnParseSuccess += parser_Redownload; parser.OnError += Down_OnError; parser.ParseHeader(); } }
private void AddURL(string URL = null) { AddURLWindow auw = new AddURLWindow(); if (URL != null) { auw.URL = URL; } DialogResult res = auw.ShowDialog(); if (res == DialogResult.OK) { Downloadable file = new Downloadable() { URL = auw.URL, DegreeOfParallelism = (uint)SettingsWindow.GeneralSettings.MaxConnection, FilePath = SettingsWindow.GeneralSettings.StoragePath }; HeaderParser parser = new HeaderParser(file); parser.OnParseSuccess += Parser_OnParseSuccess; parser.OnError += Down_OnError; parser.ParseHeader(); } }
public void Parse() { var parser = new HeaderParser(CHeaderLexer.Lex("typedef struct tagname typename; ///< This is the comment\n")); iDeclarations = parser.ParseHeader().ToArray(); }