bool generateMethod(XMethod xmethod, XClass xclass, StringBuilder sbOut, Chilkat.Log log, bool lowerCaseAlt = false)
{
sbOut.Append("\r\n\t\t# Method: " + xmethod.EntryName + "\r\n\t\t#\r\n");
// lets add description...
IEnumerable <string> chunked = chunkSplit(xmethod.Descrip, 100);
foreach (var chunk in chunked)
{
sbOut.Append("\t\t# " + chunk.Trim().Replace("#\t\t", "# ") + "\r\n");
}
sbOut.Append("\t\t#\r\n");
sbOut.Replace("=\r\n\t\t# _", " _");
//if (xmethod.Deprecated)
// sbOut.Append("\t\t# This method has been deprecated. Do not use it.\r\n");
//sbOut.Append("\t\t# ==== Attributes\r\n\t\t#\r\n");
if (!genMethodSignature(xmethod, xclass, sbOut, log, lowerCaseAlt))
{
return(false);
}
//sbOut.Append("\t\t\t{\r\n");
// Generate the method body here. This would include whatever code is necessary to prep input args,
// make the call to the Chilkat API, and return the result..
sbOut.Append("\t\t\t# ...\r\n");
sbOut.Append("\t\tend\r\n\r\n");
if (!lowerCaseAlt && xmethod.ToLowerCaseStringMethod() != null)
{
generateMethod(xmethod, xclass, sbOut, log, true);
}
return(true);
}
private static void PrepareIdentifiers()
{
namespaces.Clear();
XNamespace currentNamespace = null;
XClass currentClass = null;
XRef currentFile = null;
XMethod currentMethod = null;
String path = null;
int ante, from, blockAt, to;
foreach (string line in File.ReadAllLines(file))
{
ante = 0;
from = 0;
blockAt = 0;
to = 0;
string[] elements = line.Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
if (elements.Length > 0)
{
switch (elements[0])
{
case "N":
currentNamespace = new XNamespace(elements[1]);
namespaces.Add(currentNamespace);
break;
case "\tC":
currentClass = new XClass(elements[1]);
currentNamespace.Classes.Add(currentClass);
break;
case "\t\tF":
currentFile = new XRef(new FileInfo(elements[1]), 0, 0, 0);
currentClass.Files.Add(currentFile);
break;
case "\t\t\tM":
currentMethod = new XMethod(elements[1]);
currentFile.Methods.Add(currentMethod);
string[] markers = elements[elements.Length - 1].Split(':');
if (markers.Length == 4)
{
int.TryParse(markers[0], out ante);
Array.Copy(markers, 1, markers, 0, markers.Length - 1);
}
if (int.TryParse(markers[0], out from) && int.TryParse(markers[1], out blockAt) && int.TryParse(markers[2], out to))
{
currentMethod.File = new XRef(currentFile.File, from, blockAt, to);
}
break;
default:
break;
}
}
}
}
private static string GetLogLine(XMethod m)
{
return("/*LoggingSystem to be removed from production code*/ LoggingSystem.MyLogger.Log(new LoggingSystem.LoggingElement(){ Nr= " +
(MethodNumber++) + "," +
" Namespace = \"" + m.Class.Namespace.Name + "\"," +
" Class = \"" + m.Class.Name + "\"," +
" Method = \"" + m.Class.Methods + "\" });\r\n"); // m.Class.Namespace.Name + ", " + m.Class.Name + ", " + m.Name + "";
}
bool generateMethod(XMethod xmethod, XClass xclass, StringBuilder sbOut, Chilkat.Log log)
{
sbOut.Append("\r\n// Method: " + xmethod.EntryName + "\r\n");
if (!genMethodSignature(xmethod, xclass, sbOut, log))
{
return(false);
}
sbOut.Append("\t{\r\n");
// Generate the method body here. This would include whatever code is necessary to prep input args,
// make the call to the Chilkat API, and return the result..
sbOut.Append("\t// ...\r\n");
sbOut.Append("\t}\r\n");
return(true);
}
bool genMethodSignature(XMethod xmethod, XClass xclass, StringBuilder sbOut, Chilkat.Log log)
{
string rtnType = m_types.gtToAxI(xmethod.m_gt, xmethod.GenericType);
sbOut.Append(rtnType + " " + xmethod.EntryName + "(");
// Iterate over the method args..
int i = 1;
foreach (MethodArg arg in xmethod.Args)
{
if (i > 1)
{
sbOut.Append(", ");
}
sbOut.Append(m_types.gtToAxI(arg.Gt, arg.DataType) + " " + arg.Name);
i++;
}
sbOut.Append(")\r\n");
return(true);
}
bool generateClassToSb(XClass xclass, StringBuilder sbOut, Chilkat.Log log)
{
// We're just going to generate some pseudo-code...
sbOut.Append("class " + xclass.GenericName + " {\r\n\r\n");
// We could generate constructors, destructors, creation functions, etc. here...
// Loop over properties and generate each..
int i;
for (i = 0; i < xclass.NumProperties; i++)
{
XProperty xprop = xclass.GetProperty(i);
// Skip some properties we may not want..
// (What you do here depends on your needs..)
if (xprop.Deprecated)
{
continue;
}
if (!xprop.AxEnabled)
{
continue; // We don't want properties that do not exist in the ActiveX..
}
if (xprop.IsBytes)
{
continue; // maybe we don't want to deal with the few properties that are binary data.
}
if (xprop.IsEventRelated())
{
continue;
}
// ...
if (!generateProperty(xprop, xclass, sbOut, log))
{
return(false);
}
}
// Loop over methods and generate each...
for (i = 0; i < xclass.NumMethods; i++)
{
XMethod xmethod = xclass.GetMethod(i);
// Skip some properties we may not want..
// (What you do here depends on your needs..)
if (xmethod.Deprecated)
{
continue;
}
if (!xmethod.AxEnabled)
{
continue; // We don't want properties that do not exist in the ActiveX..
}
if (xmethod.IsBytes || xmethod.HasArgWithGt(ChilkatTypes.GT_BYTES))
{
continue; // Maybe we don't want to deal with binary return values or args..
}
// ...
if (!generateMethod(xmethod, xclass, sbOut, log))
{
return(false);
}
}
sbOut.Append("};\r\n");
return(true);
}
bool genMethodSignature(XMethod xmethod, XClass xclass, StringBuilder sbOut, Chilkat.Log log, bool lowerCaseAlt = false)
{
string rtnType = m_types.gtToRubyDuck(xmethod.m_gt, xmethod.GenericType);
if (!lowerCaseAlt && xmethod.CppMethodReturnGt == 4)
{
rtnType = "Boolean";
}
int i = 1;
/*foreach (MethodArg arg in xmethod.Args)
* {
* //if (i > 1) sbOut.Append(", ");
* sbOut.Append("\t\t# +" + arg.Name + "+ - " + m_types.gtToRubyDuck(arg.Gt, arg.DataType) + "\r\n");
* i++;
* }
* sbOut.Append("\t\t# returns " + rtnType + "\r\n");
* sbOut.Append("\t\t#\r\n\t\t# YARD =>\r\n\t\t#\r\n");*/
foreach (MethodArg arg in xmethod.Args)
{
//if (i > 1) sbOut.Append(", ");
sbOut.Append("\t\t# @param " + arg.Name + " [" + m_types.gtToRubyDuck(arg.Gt, arg.DataType) + "]\r\n");
i++;
}
if (!lowerCaseAlt && (xmethod.m_gt == 1 || xmethod.m_gt == 6))
{
sbOut.Append("\t\t# @param " + xmethod.CppOutputArgName + " [" + xmethod.CppOutputArgCppType.Replace(" &", "") + "]\r\n");
}
sbOut.Append("\t\t#\r\n\t\t# @return [" + rtnType + "]\r\n");
if (xmethod.Deprecated)
{
sbOut.Append("\t\t# @deprecated This method has been deprecated. Do not use it.\r\n");
}
if (!lowerCaseAlt)
{
sbOut.Append("\t\tdef " + xmethod.EntryName + "(");
}
else
{
sbOut.Append("\t\tdef " + xmethod.EntryNameLowercaseNoCk + "(");
}
// Iterate over the method args..
i = 1;
foreach (MethodArg arg in xmethod.Args)
{
if (i > 1)
{
sbOut.Append(", ");
}
sbOut.Append(arg.Name);
i++;
}
if (!lowerCaseAlt && (xmethod.m_gt == 1 || xmethod.m_gt == 6))
{
if (i > 1)
{
sbOut.Append(", ");
}
sbOut.Append(xmethod.CppOutputArgName);
}
sbOut.Append(")\r\n");
return(true);
}
public CallElement(XMethod fromMethod, XMethod toMethod)
{
FromMethod = fromMethod;
ToMethod = toMethod;
}
public static List <XNamespace> GetNamespaces()
{
CallSequence = new List <CallElement>();
XMethod lastMethod = null;
List <string> linesCsproj = File.ReadAllLines(@"C:\Logs\Identifiers.txt").ToList();
StringBuilder sb = new StringBuilder();
int lines = 0;
List <HitRelationInfo> hitInfos = new List <HitRelationInfo>();
List <XNamespace> namespaces = new List <XNamespace>();
MethodHitInfo lastHittedInfo = null;
foreach (string line in linesCsproj)
{
if (line.Length < 10)
{
continue;
}
string pLine = line;
lines++;
MethodHitInfo tn = new MethodHitInfo();
if (pLine.Substring(25, 6).Equals("silver"))
{
tn.Component = 1;
}
else
{
tn.Component = 0;
}
tn.Namespace = pLine.Substring(0, pLine.IndexOf("</span>"));
tn.Namespace = tn.Namespace.Substring(tn.Namespace.LastIndexOf(">") + 1);
XNamespace currentNamespace = namespaces.Where(p => p.Name.Equals(tn.Namespace)).FirstOrDefault();
if (currentNamespace == null)
{
currentNamespace = new XNamespace(tn.Namespace);
namespaces.Add(currentNamespace);
}
pLine = pLine.Substring(pLine.IndexOf("</span>") + 7);
tn.Class = pLine.Substring(0, pLine.IndexOf("</span>"));
tn.Class = tn.Class.Substring(tn.Class.LastIndexOf(">") + 1);
XClass currentClass =
currentNamespace.Classes.Where(p => p.Name.Equals(tn.Class)).FirstOrDefault();
if (currentClass == null)
{
currentClass = new XClass(tn.Class);
currentNamespace.Classes.Add(currentClass);
}
pLine = pLine.Substring(pLine.IndexOf("</span>") + 7);
tn.Method = pLine.Substring(0, pLine.IndexOf("</b>"));
tn.Method = tn.Method.Substring(tn.Method.LastIndexOf(">") + 1);
if (tn.Method.Equals(".ctor"))
{
tn.Method = tn.Class + "()";
}
//if (MainForm.Exclusions.Contains(tn.Method))
{
//continue;
}
XMethod currentMethod = currentClass.Methods.Where(p => p.Name.Equals(tn.Method)).FirstOrDefault();
if (currentMethod == null)
{
currentMethod = new XMethod(tn.Method);
currentMethod.Parent = currentClass;
currentMethod.Calls = new List <XMethod>();
currentClass.Methods.Add(currentMethod);
}
if (lastMethod != null)
{
lastMethod.Calls.Add(currentMethod);
//if (XMethod.CallSequence.Count<50)
{
CallSequence.Add(new CallElement(lastMethod, currentMethod));
}
}
lastMethod = currentMethod;
pLine = pLine.Substring(pLine.IndexOf("</span>") + 7);
string milisecondsString = "";
int miliseconds = 0;
milisecondsString = pLine.Substring(0, pLine.IndexOf("</span>"));
milisecondsString = milisecondsString.Substring(milisecondsString.LastIndexOf(">") + 1);
if (int.TryParse(milisecondsString, out miliseconds))
{
tn.Time = tn.Time += miliseconds;
// no error reported. This method might be not accurate
}
pLine = pLine.Substring(pLine.IndexOf("</span>") + 7);
tn.Number = pLine.Substring(0, pLine.IndexOf("</span>"));
tn.Number = tn.Number.Substring(tn.Number.LastIndexOf(">") + 1);
int Nr = 0; int.TryParse(tn.Number, out Nr);
currentMethod.ID = Nr;
}
return(namespaces);
}