public bool loadFile(cape.LoggingContext ctx, cape.File file) { if (!(file != null)) { ctx.logError("DynamicModule" + ": Null file"); return(false); } if (!file.isFile()) { ctx.logError("DynamicModule" + ": Not a file: `" + file.getPath() + "'"); return(false); } ctx.logDebug("Loading dynamic module: `" + file.getPath() + "'"); string error = null; ctx.logError("Loading assemblies on UWP: Not supported"); if (assembly == null) { if (error != null) { ctx.logDebug(error); } ctx.logError("Failed to load assembly: `" + file.getPath() + "'"); return(false); } ctx.logDebug("Assembly successfully loaded: `" + file.getPath() + "'"); return(true); }
public cape.ProcessLauncher addToParams(cape.File file) { if (file != null) { addToParams(file.getPath()); } return(this); }
public virtual bool isSame(cape.File file) { if (!(file != null)) { return(false); } var path = getPath(); if (path != null && object.Equals(path, file.getPath())) { return(true); } return(false); }
public static bool openFile(cape.File file) { if (cape.OS.isWindows()) { var pl = cape.ProcessLauncher.forCommand("explorer", new object[] { file.getPath() }); if (pl.executeSilent() == 0) { return(true); } return(false); } if (cape.OS.isOSX()) { var pl1 = cape.ProcessLauncher.forCommand("open", new object[] { file.getPath() }); if (pl1.executeSilent() == 0) { return(true); } return(false); } if (cape.OS.isLinux()) { var pl2 = cape.ProcessLauncher.forCommand("xdg-open", new object[] { file.getPath() }); if (pl2.executeSilent() == 0) { return(true); } return(false); } return(false); }
public override bool addFile(cape.File file, string filename) { if (!(archive != null)) { return(false); } if (!(file != null)) { return(false); } if (System.IO.Compression.ZipFileExtensions.CreateEntryFromFile(archive, file.getPath(), filename) == null) { return(false); } return(true); }
/// <summary> /// Produces a string representation of this command with the command itself, /// parameters and environment variables included. /// </summary> public string toString(bool includeEnv = true) { var sb = new cape.StringBuilder(); if (includeEnv) { System.Collections.Generic.List <string> keys = cape.Map.getKeys(env); if (keys != null) { var n = 0; var m = keys.Count; for (n = 0; n < m; n++) { var key = keys[n]; if (key != null) { sb.append(key); sb.append("="); sb.append(env[key]); sb.append(" "); } } } } sb.append("\""); if (file != null) { sb.append(file.getPath()); } sb.append("\""); if (@params != null) { var n2 = 0; var m2 = @params.Count; for (n2 = 0; n2 < m2; n2++) { var p = @params[n2]; if (p != null) { appendProperParam(sb, p); } } } return(sb.toString()); }
public capex.util.ZipReaderForDotNet initialize() { if (!(file != null)) { return(null); } var fp = file.getPath(); if (!(fp != null)) { return(null); } archive = System.IO.Compression.ZipFile.Open(fp, System.IO.Compression.ZipArchiveMode.Read); if (!(archive != null)) { return(null); } return(this); }
public override bool move(cape.File dest, bool replace) { onError(null); if (!(dest != null)) { onError("null destination"); return(false); } if (dest.exists()) { if (!replace) { onError("target file already exists"); return(false); } if (dest.remove() == false) { onError("Error when removing `" + dest.getPath() + "': " + dest.getLastErrorDescription()); return(false); } } var destf = dest as cape.FileForDotNet; if (!(destf != null)) { return(false); } var v = true; try { System.IO.File.Move(completePath, destf.completePath); } catch (System.Exception e) { onError(e.ToString()); v = false; } return(v); }
public capex.util.ZipWriterForDotNet initialize() { if (!(file != null)) { return(null); } var fp = file.getPath(); if (!(fp != null)) { return(null); } try { archive = System.IO.Compression.ZipFile.Open(fp, System.IO.Compression.ZipArchiveMode.Create); } catch (System.Exception e) { return(null); } if (!(archive != null)) { return(null); } return(this); }
private bool doExecute(System.Collections.Generic.List <object> data, cape.DynamicMap avars, cape.StringBuilder result, System.Collections.Generic.List <cape.File> includeDirs) { if (data == null) { return(true); } var blockctr = 0; System.Collections.Generic.List <object> blockdata = null; System.Collections.Generic.List <string> blocktag = null; var vars = avars; if (vars == null) { vars = new cape.DynamicMap(); } if (data != null) { var n2 = 0; var m = data.Count; for (n2 = 0; n2 < m; n2++) { var o = data[n2]; if (o != null) { string tagname = null; System.Collections.Generic.List <string> words = null; var tagData = o as capex.text.TextTemplate.TagData; if (tagData != null) { words = tagData.words; if (words != null) { tagname = cape.Vector.get(words, 0); if (cape.String.isEmpty(tagname)) { cape.Log.warning(logContext, "Empty tag encountered. Ignoring it."); continue; } } } if (object.Equals(tagname, "end")) { blockctr--; if (blockctr == 0 && blockdata != null) { if (handleBlock(vars, blocktag, blockdata, result, includeDirs) == false) { cape.Log.error(logContext, "Handling of a block failed"); continue; } blockdata = null; blocktag = null; } } if (blockctr > 0) { if (object.Equals(tagname, "for") || object.Equals(tagname, "if")) { blockctr++; } if (blockdata == null) { blockdata = new System.Collections.Generic.List <object>(); } blockdata.Add(o); continue; } if (o is string || o is cape.StringObject) { result.append(cape.String.asString(o)); continue; } if (object.Equals(tagname, "=") || object.Equals(tagname, "printstring")) { var varname = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(varname) == false) { var vv = getVariableValueString(vars, varname); if (cape.String.isEmpty(vv) == false) { if (this.type == capex.text.TextTemplate.TYPE_HTML) { vv = capex.text.HTMLString.sanitize(vv); } result.append(vv); } else { var defaultvalue = substituteVariables(cape.Vector.get(words, 2), vars); if (cape.String.isEmpty(defaultvalue) == false) { if (this.type == capex.text.TextTemplate.TYPE_HTML) { defaultvalue = capex.text.HTMLString.sanitize(defaultvalue); } result.append(defaultvalue); } } } } else if (object.Equals(tagname, "printRaw")) { var varname1 = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(varname1) == false) { var vv1 = getVariableValueString(vars, varname1); if (cape.String.isEmpty(vv1) == false) { result.append(vv1); } else { var defaultvalue1 = substituteVariables(cape.Vector.get(words, 2), vars); if (cape.String.isEmpty(defaultvalue1) == false) { result.append(defaultvalue1); } } } } else if (object.Equals(tagname, "catPath")) { var hasSlash = false; var n = 0; if (words != null) { var n3 = 0; var m2 = words.Count; for (n3 = 0; n3 < m2; n3++) { var word = words[n3]; if (word != null) { n++; if (n == 1) { continue; } word = substituteVariables(word, vars); var it = cape.String.iterate(word); if (it == null) { continue; } if (n > 2 && hasSlash == false) { result.append('/'); hasSlash = true; } while (true) { var c = it.getNextChar(); if (c < 1) { break; } if (c == '/') { if (hasSlash == false) { result.append(c); hasSlash = true; } } else { result.append(c); hasSlash = false; } } } } } } else if (object.Equals(tagname, "printJson")) { var varname2 = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(varname2) == false) { var vv2 = getVariableValue(vars, varname2); if (vv2 != null) { result.append(cape.JSONEncoder.encode(vv2)); } } } else if (object.Equals(tagname, "printRichText")) { var markup = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(markup) == false) { var doc = capex.text.RichTextDocument.forWikiMarkupString(markup); if (doc != null) { result.append(doc.toHtml(null)); } } } else if (object.Equals(tagname, "printDate")) { var timestamp = substituteVariables(cape.Vector.get(words, 1), vars); var aslong = cape.String.toLong(timestamp); var asstring = cape.DateTime.forTimeSeconds(aslong).toStringDate('/'); result.append(asstring); } else if (object.Equals(tagname, "printTime")) { var timestamp1 = substituteVariables(cape.Vector.get(words, 1), vars); var aslong1 = cape.String.toLong(timestamp1); var asstring1 = cape.DateTime.forTimeSeconds(aslong1).toStringTime(':'); result.append(asstring1); } else if (object.Equals(tagname, "printDateTime")) { var timestamp2 = substituteVariables(cape.Vector.get(words, 1), vars); var aslong2 = cape.String.toLong(timestamp2); var dt = cape.DateTime.forTimeSeconds(aslong2); result.append(dt.toStringDate('/')); result.append(' '); result.append(dt.toStringTime(':')); } else if (object.Equals(tagname, "import")) { var type = cape.Vector.get(words, 1); var filename = substituteVariables(cape.Vector.get(words, 2), vars); if (cape.String.isEmpty(filename)) { cape.Log.warning(logContext, "Invalid import tag with empty filename"); continue; } cape.File ff = null; if (includeDirs != null) { var n4 = 0; var m3 = includeDirs.Count; for (n4 = 0; n4 < m3; n4++) { var dir = includeDirs[n4]; if (dir != null) { ff = cape.FileInstance.forRelativePath(filename, dir); if (ff != null && ff.isFile()) { break; } } } } if (ff == null || ff.isFile() == false) { cape.Log.error(logContext, "Unable to find file to import: `" + filename + "'"); continue; } cape.Log.debug(logContext, "Attempting to import file: `" + ff.getPath() + "'"); var content = ff.getContentsString("UTF-8"); if (cape.String.isEmpty(content)) { cape.Log.error(logContext, "Unable to read import file: `" + ff.getPath() + "'"); continue; } if (object.Equals(type, "html")) { content = capex.text.HTMLString.sanitize(content); } else if (object.Equals(type, "template")) { var t = capex.text.TextTemplate.forString(content, markerBegin, markerEnd, this.type, includeDirs); if (t == null) { cape.Log.error(logContext, "Failed to parse imported template file: `" + ff.getPath() + "'"); continue; } if (doExecute(t.getTokens(), vars, result, includeDirs) == false) { cape.Log.error(logContext, "Failed to process imported template file: `" + ff.getPath() + "'"); continue; } content = null; } else if (object.Equals(type, "raw")) { ; } else { cape.Log.error(logContext, "Unknown type for import: `" + type + "'. Ignoring the import."); continue; } if (cape.String.isEmpty(content) == false) { result.append(content); } } else if (object.Equals(tagname, "escapeHtml")) { var content1 = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(content1) == false) { content1 = capex.text.HTMLString.sanitize(content1); if (cape.String.isEmpty(content1) == false) { result.append(content1); } } } else if (object.Equals(tagname, "set")) { if (cape.Vector.getSize(words) != 3) { cape.Log.warning(logContext, "Invalid number of parameters for set tag encountered: " + cape.String.forInteger(cape.Vector.getSize(words))); continue; } var varname3 = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(varname3)) { cape.Log.warning(logContext, "Empty variable name in set tag encountered."); continue; } var newValue = substituteVariables(cape.Vector.get(words, 2), vars); vars.set(varname3, (object)newValue); } else if (object.Equals(tagname, "assign")) { if (cape.Vector.getSize(words) != 3) { cape.Log.warning(logContext, "Invalid number of parameters for assign tag encountered: " + cape.String.forInteger(cape.Vector.getSize(words))); continue; } var varname4 = substituteVariables(cape.Vector.get(words, 1), vars); if (cape.String.isEmpty(varname4)) { cape.Log.warning(logContext, "Empty variable name in assign tag encountered."); continue; } var vv3 = cape.Vector.get(words, 2); if (object.Equals(vv3, "none")) { vars.remove(varname4); } else { vars.set(varname4, getVariableValue(vars, vv3)); } } else if (object.Equals(tagname, "for") || object.Equals(tagname, "if")) { if (blockctr == 0) { blocktag = words; } blockctr++; } else if (object.Equals(tagname, "end")) { ; } else if (type == capex.text.TextTemplate.TYPE_HTML) { onHTMLTag(vars, result, includeDirs, tagname, words); } else if (type == capex.text.TextTemplate.TYPE_JSON) { onJSONTag(vars, result, includeDirs, tagname, words); } else { ; } } } } return(true); }
private System.Collections.Generic.List <object> tokenizeString(string inputdata, System.Collections.Generic.List <cape.File> includeDirs) { if (object.Equals(markerBegin, null) || object.Equals(markerEnd, null)) { cape.Log.error(logContext, "No template markers were given"); return(null); } if (cape.String.getLength(markerBegin) != 2 || cape.String.getLength(markerEnd) != 2) { cape.Log.error(logContext, "Invalid template markers: `" + markerBegin + "' and `" + markerEnd + "'"); return(null); } var mb1 = cape.String.charAt(markerBegin, 0); var mb2 = cape.String.charAt(markerBegin, 1); var me1 = cape.String.charAt(markerEnd, 0); var me2 = cape.String.charAt(markerEnd, 1); var pc = ' '; cape.StringBuilder tag = null; cape.StringBuilder data = null; var it = cape.String.iterate(inputdata); var v = new System.Collections.Generic.List <object>(); while (it != null) { var c = it.getNextChar(); if (c <= 0) { break; } if (tag != null) { if (pc == me1 && tag.count() > 2) { tag.append(pc); tag.append(c); if (c == me2) { var tt = tag.toString(); var tts = cape.String.strip(cape.String.subString(tt, 2, cape.String.getLength(tt) - 4)); var words = cape.String.quotedStringToVector(tts, ' '); if (object.Equals(cape.Vector.get(words, 0), "include")) { var fileName = cape.Vector.get(words, 1); if (cape.String.isEmpty(fileName)) { cape.Log.warning(logContext, "Include tag with empty filename. Ignoring it."); } else { cape.File ff = null; if (cape.Environment.isAbsolutePath(fileName)) { ff = cape.FileInstance.forPath(fileName); } else if (includeDirs != null) { var n = 0; var m = includeDirs.Count; for (n = 0; n < m; n++) { var includeDir = includeDirs[n]; if (includeDir != null) { var x = cape.FileInstance.forRelativePath(fileName, includeDir); if (x.isFile()) { ff = x; break; } } } } if (ff == null || ff.isFile() == false) { cape.Log.warning(logContext, "Included file was not found: `" + fileName + "'"); } else { var cc = ff.getContentsString("UTF-8"); if (object.Equals(cc, null)) { cape.Log.warning(logContext, "Failed to read included file: `" + ff.getPath() + "'"); } else { var nt = capex.text.TextTemplate.forString(cc, markerBegin, markerEnd, type, includeDirs); if (nt == null) { cape.Log.warning(logContext, "Failed to read included template file: `" + ff.getPath() + "'"); } else { var array = nt.getTokens(); if (array != null) { var n2 = 0; var m2 = array.Count; for (n2 = 0; n2 < m2; n2++) { var token = array[n2]; if (token != null) { v.Add(token); } } } } } } } } else { v.Add(new capex.text.TextTemplate.TagData(words)); } tag = null; } } else if (c != me1) { tag.append(c); } } else if (pc == mb1) { if (c == mb2) { if (data != null) { v.Add(data); data = null; } tag = new cape.StringBuilder(); tag.append(pc); tag.append(c); } else { if (data == null) { data = new cape.StringBuilder(); } data.append(pc); data.append(c); } } else if (c != mb1) { if (data == null) { data = new cape.StringBuilder(); } data.append(c); } pc = c; } if (pc == mb1) { if (data == null) { data = new cape.StringBuilder(); } data.append(pc); } if (data != null) { v.Add(data); data = null; } if (tag != null) { cape.Log.error(logContext, "Unfinished tag: `" + tag.toString() + "'"); return(null); } return(v); }