HelpGen is a prototype of the tool for automatic generation of the .tex files

for wxWindows documentation from C++ headers


git-svn-id: https://svn.wxwidgets.org/svn/wx/wxWidgets/trunk@1347 c3d73ce0-8a6f-49c7-b76d-6d57e0e08775
This commit is contained in:
Vadim Zeitlin
1999-01-08 17:46:08 +00:00
parent cde9f08e1f
commit cecfc5e7e5
21 changed files with 10005 additions and 0 deletions

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/////////////////////////////////////////////////////////////////////////////
// Name: HelpGen.cpp
// Purpose: Main program file for HelpGen
// Author: Vadim Zeitlin <zeitlin@dptmaths.ens-cachan.fr>
// Modified by:
// Created: 06/01/99
// RCS-ID: $Id$
// Copyright: (c) 1999 VZ
// Licence: GPL
/////////////////////////////////////////////////////////////////////////////
/*
TODO (+ means fixed)
(i) small fixes in the current version
+1. Quote special TeX characters like '&' and '_' (=> derive from wxFile)
2. Document typedefs
3. Document global variables
4. Document #defines
(ii) plans for version 2
1. Use wxTextFile for direct file access to avoid one scan method problems
*/
// =============================================================================
// declarations
// =============================================================================
// -----------------------------------------------------------------------------
// headers
// -----------------------------------------------------------------------------
// wxWindows
#include "wx/wxprec.h"
#ifndef WX_PRECOMP
#include <wx/string.h>
#include <wx/log.h>
#include <wx/file.h>
#endif // WX_PRECOMP
// C++ parsing classes
#include "cjparser.h"
// standard headers
#include <stdio.h>
#include <time.h>
// -----------------------------------------------------------------------------
// private functions
// -----------------------------------------------------------------------------
// return the label for the given function name
static wxString MakeLabel(const char *classname, const char *funcname);
// quotes special TeX characters in place
static void TeXFilter(wxString* str);
// -----------------------------------------------------------------------------
// private classes
// -----------------------------------------------------------------------------
// add a function which sanitazes the string before writing it to the file
class wxTeXFile : public wxFile
{
public:
wxTeXFile() : wxFile() { }
bool WriteTeX(const wxString& s)
{
wxString t(s);
TeXFilter(&t);
return wxFile::Write(t);
}
};
class HelpGenVisitor : public spVisitor
{
public:
// ctor
HelpGenVisitor();
virtual void VisitFile( spFile& fl );
virtual void VisitClass( spClass& cl );
virtual void VisitEnumeration( spEnumeration& en );
virtual void VisitTypeDef( spTypeDef& td );
virtual void VisitAttribute( spAttribute& attr );
virtual void VisitOperation( spOperation& op );
virtual void VisitParameter( spParameter& param );
void EndVisit();
// shut up g++ warning (ain't it stupid?)
virtual ~HelpGenVisitor() { }
protected:
// (re)initialize the state
void Reset();
// insert documentation for enums/typedefs coming immediately before the
// class declaration into the class documentation
void InsertTypedefDocs();
void InsertEnumDocs();
// write the headers for corresponding sections (only once)
void InsertDataStructuresHeader();
void InsertMethodsHeader();
// terminate the function documentation if it was started
void CloseFunction();
wxTeXFile m_file; // file we're writing to now
// state variables
bool m_inClass, // TRUE after file successfully opened
m_inTypesSection, // enums & typedefs go there
m_inMethodSection, // functions go here
m_isFirstParam, // first parameter of current function?
m_inFunction; // we're parsing a function declaration
// holders for "saved" documentation
wxString m_textStoredEnums,
m_textStoredTypedefs,
m_textStoredFunctionComment;
};
// -----------------------------------------------------------------------------
// private functions
// -----------------------------------------------------------------------------
// =============================================================================
// implementation
// =============================================================================
int main(int argc, char **argv)
{
if ( argc < 2 ) {
wxLogError("usage: %s <header files...>\n", argv[0]);
return 1;
}
// be verbose
wxLog::GetActiveTarget()->SetVerbose();
// create a parser object and a visitor derivation
CJSourceParser parser;
HelpGenVisitor visitor;
// parse all files
for ( int i = 1; i < argc; i++ ) {
spContext *ctxTop = parser.ParseFile(argv[i]);
if ( !ctxTop ) {
wxLogWarning("File '%s' couldn't be processed.", argv[i]);
}
else {
((spFile *)ctxTop)->mFileName = argv[i];
visitor.VisitAll(*ctxTop);
visitor.EndVisit();
}
}
return 0;
}
// -----------------------------------------------------------------------------
// HelpGenVisitor implementation
// -----------------------------------------------------------------------------
HelpGenVisitor::HelpGenVisitor()
{
Reset();
}
void HelpGenVisitor::Reset()
{
m_inClass =
m_inFunction =
m_inTypesSection =
m_inMethodSection = false;
}
void HelpGenVisitor::InsertTypedefDocs()
{
m_file.WriteTeX(m_textStoredTypedefs);
m_textStoredTypedefs.Empty();
}
void HelpGenVisitor::InsertEnumDocs()
{
m_file.WriteTeX(m_textStoredEnums);
m_textStoredEnums.Empty();
}
void HelpGenVisitor::InsertDataStructuresHeader()
{
if ( !m_inTypesSection ) {
m_inTypesSection = true;
m_file.WriteTeX("\\wxheading{Data structures}\n\n");
}
}
void HelpGenVisitor::InsertMethodsHeader()
{
if ( !m_inMethodSection ) {
m_inMethodSection = true;
m_file.WriteTeX( "\\latexignore{\\rtfignore{\\wxheading{Members}}}\n\n");
}
}
void HelpGenVisitor::CloseFunction()
{
if ( m_inFunction ) {
m_inFunction = false;
wxString totalText;
if ( m_isFirstParam ) {
// no params found
totalText << "\\void";
}
totalText << "}\n\n";
if ( !m_textStoredFunctionComment.IsEmpty() )
totalText << m_textStoredFunctionComment << '\n';
m_file.WriteTeX(totalText);
}
}
void HelpGenVisitor::EndVisit()
{
CloseFunction();
}
void HelpGenVisitor::VisitFile( spFile& file )
{
wxLogInfo("Parsing classes from file '%s'...", file.mFileName.c_str());
}
void HelpGenVisitor::VisitClass( spClass& cl )
{
wxString name = cl.GetName();
// the file name is built from the class name by removing the leading "wx"
// if any and converting it to the lower case
wxString filename = name;
if ( filename(0, 2) == "wx" ) {
filename.erase(0, 2);
}
filename.MakeLower();
filename += ".tex";
m_inClass = m_file.Open(filename, wxFile::write);
if ( !m_inClass ) {
wxLogError("Can't generate documentation for the class '%s'.",
name.c_str());
return;
}
m_inMethodSection =
m_inTypesSection = false;
wxLogInfo("Created new file '%s' for class '%s'.",
filename.c_str(), name.c_str());
// the entire text we're writing to file
wxString totalText;
// write out the header
{
time_t timeNow = time(NULL);
wxString header;
header.Printf("% automatically generated by HelpGen from %s at "
"%s" // no '\n' here because ctime() inserts one
"\\section{\\class{%s}}\\label{%s}\n",
filename.c_str(), ctime(&timeNow),
name.c_str(), wxString(name).MakeLower().c_str());
totalText << header << '\n';
}
// the comment before the class generally explains what is it for so put it
// in place of the class description
if ( cl.HasComments() ) {
wxString comment;
const MCommentListT& comments = cl.GetCommentList();
for ( MCommentListT::const_iterator i = comments.begin();
i != comments.end();
i++ ) {
comment << (*i)->GetText();
}
totalText << '\n' << comment << '\n';
}
// derived from section
wxString derived = "\\wxheading{Derived from}\n\n";
const StrListT& baseClasses = cl.mSuperClassNames;
if ( baseClasses.size() == 0 ) {
derived << "No base class";
}
else {
bool first = true;
for ( StrListT::const_iterator i = baseClasses.begin();
i != baseClasses.end();
i++ ) {
if ( !first ) {
// separate from the previous one
derived << "\\\\\n";
}
else {
first = false;
}
wxString baseclass = *i;
derived << "\\helpref{" << baseclass << "}"
"{ " << baseclass.MakeLower() << "}";
}
}
totalText << derived << "\n\n";
// write all this to file
m_file.WriteTeX(totalText);
// if there were any enums/typedefs before, insert their documentation now
InsertDataStructuresHeader();
InsertTypedefDocs();
InsertEnumDocs();
}
void HelpGenVisitor::VisitEnumeration( spEnumeration& en )
{
CloseFunction();
if ( m_inMethodSection ) {
// FIXME that's a bug, but tell the user aboit it nevertheless... we
// should be smart enough to process even the enums which come after the
// functions
wxLogWarning("enum '%s' ignored, please put it before the class "
"methods.", en.GetName().c_str());
return;
}
// simply copy the enum text in the docs
wxString enumeration;
enumeration << "{\\small \\begin{verbatim}\n"
<< en.mEnumContent
<< "\n\\end{verbatim}}\n";
// remember for later use if we're not inside a class yet
if ( !m_inClass ) {
if ( !m_textStoredEnums.IsEmpty() ) {
m_textStoredEnums << '\n';
}
m_textStoredEnums << enumeration;
}
else {
// write the header for this section if not done yet
InsertDataStructuresHeader();
enumeration << '\n';
m_file.WriteTeX(enumeration);
}
}
void HelpGenVisitor::VisitTypeDef( spTypeDef& td )
{
CloseFunction();
wxFAIL_MSG("don't know how to document typedefs yet");
}
void HelpGenVisitor::VisitAttribute( spAttribute& attr )
{
CloseFunction();
// only document the public member variables
if ( !m_inClass || !attr.IsPublic() )
return;
wxFAIL_MSG("don't know how to document member vars yet");
}
void HelpGenVisitor::VisitOperation( spOperation& op )
{
CloseFunction();
if ( !m_inClass || !op.IsInClass() ) {
// FIXME that's a bug too
wxLogWarning("skipped global function '%s'.", op.GetName().c_str());
return;
}
if ( op.mVisibility == SP_VIS_PRIVATE ) {
// FIXME should we document protected functions?
return;
}
InsertMethodsHeader();
// save state info
m_inFunction =
m_isFirstParam = true;
m_textStoredFunctionComment.Empty();
const MCommentListT& comments = op.GetCommentList();
for ( MCommentListT::const_iterator i = comments.begin();
i != comments.end();
i++ ) {
m_textStoredFunctionComment << (*i)->GetText();
}
// start function documentation
wxString totalText;
const char *funcname = op.GetName().c_str();
const char *classname = op.GetClass().GetName().c_str();
// check for the special case of dtor
wxString dtor;
if ( (funcname[0] == '~') && (strcmp(funcname + 1, classname) == 0) ) {
dtor.Printf("\\destruct{%s}", classname);
funcname = dtor;
}
totalText.Printf("\\membersection{%s::%s}\\label{%s}\n"
"\\%sfunc{%s}{%s}{",
classname, funcname,
MakeLabel(classname, funcname).c_str(),
op.mIsConstant ? "const" : "",
op.mRetType.c_str(),
funcname);
m_file.WriteTeX(totalText);
}
void HelpGenVisitor::VisitParameter( spParameter& param )
{
if ( !m_inFunction )
return;
wxString totalText;
if ( m_isFirstParam ) {
m_isFirstParam = false;
}
else {
totalText << ", ";
}
totalText << "\\param{" << param.mType << " }{" << param.GetName();
wxString defvalue = param.mInitVal;
if ( !defvalue.IsEmpty() ) {
totalText << " = " << defvalue;
}
totalText << '}';
m_file.WriteTeX(totalText);
}
// -----------------------------------------------------------------------------
// global function implementation
// -----------------------------------------------------------------------------
static wxString MakeLabel(const char *classname, const char *funcname)
{
wxString label(classname);
if ( funcname[0] == '\\' ) {
// we may have some special TeX macro - so far only \destruct exists,
// but may be later others will be added
static const char *macros[] = { "destruct" };
static const char *replacement[] = { "dtor" };
size_t n;
for ( n = 0; n < WXSIZEOF(macros); n++ ) {
if ( strncmp(funcname + 1, macros[n], strlen(macros[n])) == 0 ) {
// found
break;
}
}
if ( n == WXSIZEOF(macros) ) {
wxLogWarning("unknown function name '%s' - leaving as is.",
funcname);
}
else {
funcname = replacement[n];
}
}
label << funcname;
label.MakeLower();
return label;
}
static void TeXFilter(wxString* str)
{
// FIXME may be done much more quickly
str->Replace("&", "\\&");
str->Replace("_", "\\_");
}
/* vi: set tw=80 et ts=4 sw=4: */

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/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#include "docripper.h"
#include <iostream.h>
// script templates
// ***** currently only HTML versions of variouse templates available ***** //
static const char* HTM_TopTempl =
"<html><body bgcolor=#FFFFFF>\n\
\n\n<!------ Automatically Generated by \"wxDocRipper\"------->\n\n\n\
<p><h2>$(NAME)</h2><p>\n\
<ul>\n\
$(REFLIST)\
</ul><p>\n\n\
";
static const char* HTM_ContentIdxTempl =
"\
<a name=\"r$(ID)_$(NAME)\">\n\
<p><hr>\n\
<h2><p>$(NAME)<p></h2>\
<ul>\n\
$(REFLIST)\
</ul><p>\n\n\
";
static const char* HTM_SuperContentTempl =
"\
<a name=\"r$(ID)_$(NAME)\">\n\
<p><hr>\n\
<p><h2>$(NAME)<p></h2>\
$(BODY)\n\
";
static const char* HTM_SubContentTempl =
"\
<a name=\"r$(ID)_$(NAME)\">\n\
<p><hr>\n\
<p><h3>$(NAME)<p></h3>\
$(BODY)\n\
";
static const char* HTM_OutLineTempl =
"\
<p>\n\
<b><font color=\"#FF0000\">$(NAME)</font></b><p>\n\
";
static const char* HTM_OutLine1Templ =
"\
<p>\n\
<b><i><font color=\"#101010\">$(NAME)</font></i></b>\n\
<ul>\n\
$(REFLIST)\
</ul>\n\n\
";
static const char* HTM_RefTempl =
"\
<li><a href=\"#r$(ID)_$(NAME)\">$(NAME)</A>\n\
";
static const char* HTM_DeadRefTempl =
"\
<li></b>$(NAME)\n\
";
/***** Implementation for class RipperDocGen *****/
RipperDocGen::RipperDocGen()
: mTopTempl ( HTM_TopTempl ),
mContentIdxTempl ( HTM_ContentIdxTempl ),
mSuperContentTempl( HTM_SuperContentTempl ),
mSubContentTempl ( HTM_SubContentTempl ),
mOutLineTempl ( HTM_OutLineTempl ),
mOutLine1Templ ( HTM_OutLine1Templ ),
mRefTempl ( HTM_RefTempl ),
mDeadRefTempl ( HTM_DeadRefTempl ),
mpCurClassSect(0)
{ // topIndex is not referenced
mpTopIdx = new ScriptSection( "Source Code Contents" , "", &mTopTempl , 0 );
mpClassIdx = new ScriptSection( "Classes Reference" , "", &mContentIdxTempl, &mRefTempl );
mpEnumIdx = new ScriptSection( "Enumerations Reference" , "", &mContentIdxTempl, &mRefTempl );
mpTypeDefIdx = new ScriptSection( "Type Definitions Reference" , "", &mContentIdxTempl, &mRefTempl );
mpMacroIdx = new ScriptSection( "Macros Reference" , "", &mContentIdxTempl, &mRefTempl );
mpGlobalVarsIdx = new ScriptSection( "Global Variables Reference" , "", &mContentIdxTempl, &mRefTempl );
mpGlobalFuncIdx = new ScriptSection( "Global Functions Reference", "", &mContentIdxTempl, &mRefTempl );
mpConstIdx = new ScriptSection( "Constants Reference" , "", &mContentIdxTempl, &mRefTempl );
// assemble top index
mpTopIdx->AddSection( mpClassIdx , 1 );
mpTopIdx->AddSection( mpEnumIdx , 1 );
mpTopIdx->AddSection( mpTypeDefIdx , 1 );
mpTopIdx->AddSection( mpMacroIdx , 1 );
mpTopIdx->AddSection( mpGlobalVarsIdx, 1 );
mpTopIdx->AddSection( mpGlobalFuncIdx, 1 );
mpTopIdx->AddSection( mpConstIdx , 1 );
// register reserved variables for index and description templates
ScriptSection::RegisterTemplate( mTopTempl );
ScriptSection::RegisterTemplate( mContentIdxTempl );
ScriptSection::RegisterTemplate( mSuperContentTempl );
ScriptSection::RegisterTemplate( mSubContentTempl );
ScriptSection::RegisterTemplate( mOutLineTempl );
ScriptSection::RegisterTemplate( mOutLine1Templ );
ScriptSection::RegisterTemplate( mRefTempl );
ScriptSection::RegisterTemplate( mDeadRefTempl );
// create the top-most (interfile) context
mpFileBinderCtx = new spFile();
// the default script is HTML
mTags = get_HTML_markup_tags();
mpParser = 0; // no default parser!
}
void RipperDocGen::Init( SourceParserBase* pParser )
{
mpParser = pParser;
}
RipperDocGen::~RipperDocGen()
{
delete mpFileBinderCtx;
}
void RipperDocGen::AppendComments( spContext& fromContext, string& str )
{
if ( !fromContext.HasComments() ) return;
size_t start = str.length();
str += mTags[TAG_BOLD].end;
str += mTags[TAG_PARAGRAPH].start;
MCommentListT& lst = fromContext.GetCommentList();
for( size_t i = 0; i != lst.size(); ++i )
{
if ( i != 0 )
if ( lst[i]->StartsParagraph() )
{
str += mTags[TAG_PARAGRAPH].start;
}
str += lst[i]->mText;
}
// remove new lines, and insert paragraph breaks
// if empty lines found
size_t len = str.length();
for( size_t n = start; n != len; ++n )
if ( str[n] == 10 ||
str[n] == 13 )
{
if ( n + 2 < len )
{
if ( ( str[n] == 13 && str[n+1] == 10 && // FIXME:: quick-hack
str[n+2] == 13 ) ||
( str[n] == 10 && str[n+1] == 10 )
)
{
str.insert( n + 1, "<p>" ); // FIXME:: quick-hack
len += 3;
}
}
str[n] = ' ';
}
str += mTags[TAG_PARAGRAPH].end;
}
void RipperDocGen::AppendMulitilineStr( string& st, string& mlStr )
{
st = mTags[TAG_FIXED_FONT].start;
st += mlStr;
st += mTags[TAG_FIXED_FONT].end;
}
void RipperDocGen::AppendHighlightedSource( string& st, string source )
{
// FIXME:: below should not be fixed :)
char buf[1024*32];
// DBG:::
ASSERT( source.length() + 1 < sizeof(buf) );
strcpy( buf, source.c_str() );
// highlight things
mSrcPainter.Init();
mSrcPainter.ProcessSource( buf, strlen(buf) );
mSrcPainter.GetResultString( st, mTags );
}
bool RipperDocGen::CheckIfUncommented( spContext& ctx, ScriptSection& toSect )
{
if ( ctx.HasComments() ) return 0;
toSect.AddReference(
new ScriptSection( GetScopedName( ctx ), "", 0, &mDeadRefTempl )
);
return 1;
}
ScriptTemplate* RipperDocGen::GetRefTemplFor( spContext& ctx )
{
if ( ctx.HasComments() )
return &mRefTempl;
else
return &mDeadRefTempl;
}
string RipperDocGen::GetScopedName( spContext& ofCtx )
{
if ( ofCtx.IsInFile() ) return ofCtx.GetName();
else
return ofCtx.GetOutterContext()->GetName() +
"::" + ofCtx.GetName();
}
void RipperDocGen::AddToCurrentClass( ScriptSection* pSection, spContext& ctx,
const char* subSectionName )
{
string sName;
if ( ctx.mVisibility == SP_VIS_PROTECTED )
sName = "Protected members/";
else
if ( ctx.mVisibility == SP_VIS_PRIVATE )
sName = "Private members/";
else
sName = "Public members/";
sName += subSectionName;
ScriptSection* pSect = mpCurClassSect->GetSubsection( sName.c_str() );
if ( CheckIfUncommented( ctx, *pSect ) )
{
delete pSection;
return;
}
pSect->AddReference( pSection );
mpCurClassSect->AddSection( pSection );
}
void RipperDocGen::LinkSuperClassRefs()
{
MMemberListT clLst;
// collect all classes in the context tree
mpFileBinderCtx->GetContextList( clLst, SP_CTX_CLASS );
for( size_t i = 0; i != clLst.size(); ++i )
{
spClass& cl = *((spClass*)clLst[i]);
// FIXME:: why sometimes GetUserData() returns NULL?
if ( !cl.GetUserData() )
continue;
ScriptSection* pClSect = (ScriptSection*)cl.GetUserData();
ScriptSection* pSuperSect = pClSect->GetSubsection("Derived from");
for( size_t n = 0; n != cl.mSuperClassNames.size(); ++n )
{
string& superClName = cl.mSuperClassNames[n];
spClass* pFound = NULL;
string* name;
for( size_t k = 0; k != clLst.size(); ++k )
{
name = &clLst[k]->GetName();
if ( clLst[k]->GetName() == superClName )
{
pFound = (spClass*)clLst[k];
break;
}
}
if ( !pFound )
{
ScriptSection* pNotFound =
new ScriptSection( superClName, "", 0, &mDeadRefTempl );
pSuperSect->AddReference( pNotFound );
}
else
if ( pFound->GetUserData() )
pSuperSect->AddReference(
(ScriptSection*)pFound->GetUserData() );
}
}
}
void RipperDocGen::ProcessFile( const char* sourceFile )
{
cout << "Processing file " << sourceFile << "..." << endl;
spFile* pCtx = mpParser->ParseFile( sourceFile );
if ( pCtx == NULL )
{
cout << "Cannot open file " << sourceFile << ", skipped..." << endl;
return;
}
VisitAll( *pCtx, TRUE );
mpFileBinderCtx->AddMember( pCtx );
}
// implementations of "visiting procedures"
void RipperDocGen::VisitEnumeration( spEnumeration& en )
{
// FOR NOW:: do not reference "nameless" enums
if ( en.GetName() == "" ) return;
if ( CheckIfUncommented( en, *mpEnumIdx ) )
return;
string body;
body += mTags[TAG_BOLD].start;
AppendMulitilineStr( body, en.mEnumContent );
body += mTags[TAG_BOLD].end;
string line;
AppendHighlightedSource( line, body );
AppendComments( en, line );
mpEnumIdx->AddSection(
new ScriptSection( en.GetName(), line,
&mSubContentTempl,
GetRefTemplFor( en ) ), 1
);
}
void RipperDocGen::VisitTypeDef( spTypeDef& td )
{
if ( CheckIfUncommented( td, *mpTypeDefIdx ) )
return;
string body;
body += mTags[TAG_BOLD].start;
body += "typdef ";
body += mTags[TAG_BOLD].end;
AppendMulitilineStr( body, td.mOriginalType );
body += td.mOriginalType;
body += ' ';
body += mTags[TAG_BOLD].start;
body += td.GetName();
body += mTags[TAG_BOLD].end;
string line;
AppendHighlightedSource( line, body );
AppendComments( td, line );
mpTypeDefIdx->AddSection(
new ScriptSection( td.GetName(), line,
&mSubContentTempl,
GetRefTemplFor( td ) ), TRUE
);
}
void RipperDocGen::VisitPreprocessorLine( spPreprocessorLine& pd )
{
if ( pd.mDefType != SP_PREP_DEF_REDEFINE_SYMBOL )
return;
if ( CheckIfUncommented( pd, *mpMacroIdx ) )
return;
string body;
body += mTags[TAG_FIXED_FONT].start;
string coloredLine = pd.mLine;
AppendHighlightedSource( coloredLine, pd.mLine );
AppendMulitilineStr( body, coloredLine );
body += mTags[TAG_FIXED_FONT].end;
AppendComments( pd, body );
mpMacroIdx->AddSection(
new ScriptSection( pd.GetName(), body,
&mSubContentTempl,
GetRefTemplFor( pd ) ), TRUE
);
}
void RipperDocGen::VisitClass( spClass& cl )
{
// FOR NOW:: do not document nested classes -
// nicier visiting method yet needed
if ( cl.IsInClass() )
{
SkipChildren(); // spVisitor's method
return;
}
string body;
AppendComments( cl, body );
mpCurClassSect =
new ScriptSection( cl.GetName(), body, &mSuperContentTempl, &mRefTempl );
// set up reference in the class context, pointing back
// to the section where this class is represented
cl.SetUserData( mpCurClassSect );
ScriptSection* pSuper = new ScriptSection( "Derived from" ,"", &mOutLine1Templ,0, 1 );
ScriptSection* pPublic = new ScriptSection( "Public members" ,"", &mOutLineTempl,0, 1 );
ScriptSection* pProtected = new ScriptSection( "Protected members" ,"", &mOutLineTempl,0, 1 );
ScriptSection* pPrivate = new ScriptSection( "Private members" ,"", &mOutLineTempl,0, 1 );
pPublic->AddSection( new ScriptSection( "Operations", "", &mOutLine1Templ, 0, 1 ) );
pPublic->AddSection( new ScriptSection( "Attributes", "", &mOutLine1Templ, 0, 1 ) );
pProtected->AddSection( new ScriptSection( "Operations", "", &mOutLine1Templ, 0, 1 ) );
pProtected->AddSection( new ScriptSection( "Attributes", "", &mOutLine1Templ, 0, 1 ) );
pPrivate->AddSection( new ScriptSection( "Operations", "", &mOutLine1Templ, 0, 1 ) );
pPrivate->AddSection( new ScriptSection( "Attributes", "", &mOutLine1Templ, 0, 1 ) );
mpCurClassSect->AddSection( pSuper );
mpCurClassSect->AddSection( pPublic );
mpCurClassSect->AddSection( pProtected );
mpCurClassSect->AddSection( pPrivate );
mpClassIdx->AddSection( mpCurClassSect, TRUE );
}
void RipperDocGen::VisitAttribute( spAttribute& attr )
{
string body;
body += mTags[TAG_BOLD].start;
body += attr.mType;
body += mTags[TAG_BOLD].end;
body += mTags[TAG_ITALIC].start;
body += ' ';
body += attr.GetName();
body += mTags[TAG_ITALIC].end;
string line;
AppendHighlightedSource( line, body );
AppendComments( attr, line );
ScriptSection* pSection =
new ScriptSection( GetScopedName( attr ), line,
&mSubContentTempl,
GetRefTemplFor( attr ) );
if ( attr.mIsConstant )
mpConstIdx->AddSection( pSection, TRUE );
else
if ( !attr.IsInClass() )
{
if ( CheckIfUncommented( attr, *mpGlobalVarsIdx ) )
return;
mpGlobalVarsIdx->AddSection( pSection, TRUE );
}
else
AddToCurrentClass( pSection, attr, "Attributes" );
}
void RipperDocGen::VisitOperation( spOperation& op )
{
string body;
AppendHighlightedSource( body, op.GetFullName(mTags) );
AppendComments( op, body );
ScriptSection* pSection =
new ScriptSection( GetScopedName( op ), body,
&mSubContentTempl,
GetRefTemplFor( op ) );
if ( !op.IsInClass() )
{
if ( CheckIfUncommented( op, *mpGlobalFuncIdx ) )
return;
mpGlobalFuncIdx->AddSection( pSection, 1 );
}
else
AddToCurrentClass( pSection, op, "Operations" );
}
bool RipperDocGen::OnSaveDocument( ScriptStream& stm )
{
LinkSuperClassRefs();
// FOR NOW:: doesn't work yet
//mpTopIdx->RemoveEmptySections();
return 1; // saving can proceed now
}

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/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 27/12/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
#ifdef __GNUG__
#pragma implementation "ifcontext.h"
#pragma interface
#endif
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#include <malloc.h>
#include <stdio.h>
#include "ifcontext.h"
/***** Implementation for class spInterFileContext *****/
size_t spInterFileContext::GetFileNo( const string& fname )
{
for( size_t i = 0; i != mFiles.size(); ++i )
if ( fname == mFiles[i] ) return i;
wxASSERT(0); // DBG::
return 0;
}
size_t spInterFileContext::GetFileNoOfContext( spContext& ctx )
{
spContext* pCtx = ctx.GetEnclosingContext( SP_CTX_FILE );
// DBG:: outer-file context should be present
wxASSERT( pCtx && pCtx->GetType() == SP_CTX_FILE );
return GetFileNo( ((spFile*)pCtx)->mFileName );
}
/*** public interface ***/
spInterFileContext::spInterFileContext()
{}
spInterFileContext::~spInterFileContext()
{}
void spInterFileContext::AddFile( const string& fname, const string& content )
{
mFiles.push_back( fname );
mContents.push_back( content );
}
void spInterFileContext::RemoveContext( spContext& ctx )
{
wxASSERT( ctx.PositionIsKnown() ); // DBG:: should be checked by-user code
size_t fNo = GetFileNoOfContext( ctx );
mDeletionMarks.push_back( spBookmark( ctx.mSrcOffset, ctx.mContextLength, fNo ) );
}
void spInterFileContext::InsertBookmarkSorted( BookmarkListT& lst, spBookmark& mark )
{
for( size_t i = 0; i != lst.size(); ++i )
if ( lst[i].mFrom > mark.mFrom )
{
lst.insert( &lst[i], mark );
return;
}
lst.push_back( mark );
}
void spInterFileContext::DoAppendSourceFragment( string& source,
string& result,
size_t pos, size_t len )
{
mFiltered.erase( mFiltered.begin(), mFiltered.end() );
size_t i;
for( i = 0; i != mDeletionMarks.size(); ++i )
{
spBookmark& mark = mDeletionMarks[i];
if ( mark.mFileNo == mCurFileNo &&
mark.mFrom >= pos && mark.mFrom < pos + len )
InsertBookmarkSorted( mFiltered, mark );
}
size_t cur = pos;
for( i = 0; i != mFiltered.size(); ++ i )
{
spBookmark& mark = mFiltered[i];
result.append( source, cur, ( (size_t)mark.mFrom - cur ) );
cur = size_t( mark.mFrom + mark.mLen );
if ( cur >= pos + len ) // check if we've overstepped the current source-fragment
{
wxASSERT(0); // DBG:: with current imp. this should not happen
cur = pos + len; break;
}
}
result.append( source, cur, ( pos + len ) - cur );
}
void spInterFileContext::GenerateContextBody( spContext& ctx,
string& source,
string& result,
size_t& lastSavedPos,
size_t& lastKnownPos )
{
if ( ctx.PositionIsKnown() )
lastKnownPos = ctx.mSrcOffset;
if ( ctx.IsVirtualContext() )
{
// add fragment accumulated before this context
DoAppendSourceFragment( source, result,
size_t(lastSavedPos),
size_t(lastKnownPos - lastSavedPos) );
// add context body
result += ctx.GetVirtualContextBody();
lastSavedPos = lastKnownPos;
if ( ctx.PositionIsKnown() )
{
if ( ctx.VitualContextHasChildren() )
{
lastKnownPos = ctx.mSrcOffset + ctx.mHeaderLength;
lastSavedPos = lastKnownPos;
}
else
{
lastKnownPos = ctx.mSrcOffset + ctx.mContextLength;
lastSavedPos = lastKnownPos;
return; // have not children
}
}
}
MMemberListT& lst = ctx.GetMembers();
for( size_t i = 0; i != lst.size(); ++i )
GenerateContextBody( *lst[i], source, result, lastSavedPos, lastKnownPos );
if ( ctx.IsVirtualContext() )
{
if ( ctx.VitualContextHasChildren() &&
ctx.GetFooterOfVirtualContextBody() != "" )
{
// append the reminder space after children of the context
DoAppendSourceFragment( result, source,
size_t(lastSavedPos),
size_t(lastKnownPos - lastSavedPos) );
// add footer
result += ctx.GetFooterOfVirtualContextBody();
lastKnownPos = ctx.mSrcOffset + ctx.mContextLength;
lastSavedPos = lastKnownPos;
}
}
if ( ctx.PositionIsKnown() )
lastKnownPos = ctx.mSrcOffset + ctx.mContextLength;
}
void spInterFileContext::GenrateContents()
{
MMemberListT& lst = GetMembers();
for( size_t f = 0; f != lst.size(); ++f )
{
string& fname = ((spFile*)lst[f])->mFileName;
size_t fileNo = GetFileNo( fname );
string& source = mContents[ fileNo ];
string result;
size_t lastKnownPos = 0, // the begining of the file is always "known"
lastSavedPos = 0;
mCurFileNo = fileNo;
GenerateContextBody( *lst[f], source, result, lastSavedPos, lastKnownPos );
// the end of file is always known
lastKnownPos = mContents[ fileNo ].length();
// append the reminder
DoAppendSourceFragment( source, result,
size_t(lastSavedPos),
size_t(lastKnownPos - lastSavedPos) );
// replace original contnet with newly generated one
mContents[ fileNo ] = result;
}
}
void spInterFileContext::ParseContents( SourceParserPlugin* pPlugin )
{
mDeletionMarks.erase( mDeletionMarks.begin(), mDeletionMarks.end() );
RemoveChildren(); // clean up top-level context
mParser.SetPlugin( pPlugin );
for( size_t i = 0; i != mFiles.size(); ++i )
{
char* s = (char*)(mContents[i].c_str());
spFile* pFCtx = mParser.Parse( s, s + mContents[i].length() );
pFCtx->mFileName = mFiles[i];
AddMember( pFCtx );
}
}
void spInterFileContext::WriteToFiles()
{
for( size_t i = 0; i != mFiles.size(); ++i )
{
FILE* fp = fopen( mFiles[i].c_str(), "w+t" );
if ( int(fp) > 0 )
{
fwrite( mContents[i].c_str(), sizeof(char), mContents[i].length(), fp );
fclose( fp );
}
}
}
string spInterFileContext::GetBody( spContext* pCtx )
{
wxASSERT( pCtx->PositionIsKnown() ); // DBG:: should be checked by-user code
string& source = mContents[ GetFileNoOfContext( *pCtx ) ];
return string( source.c_str() + pCtx->mSrcOffset, pCtx->mContextLength );
}
string spInterFileContext::GetHeader( spContext* pCtx )
{
wxASSERT( pCtx->PositionIsKnown() ); // DBG:: should be checked by-user code
wxASSERT( pCtx->mHeaderLength != -1 ); // DBG:: -/-
string& source = mContents[ GetFileNoOfContext( *pCtx ) ];
return string( source.c_str() + pCtx->mSrcOffset, pCtx->mHeaderLength );
}

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/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#include "markup.h"
static TagStructT htmlTags[] =
{
{ "<b>","</b>" }, // 0
{ "<i>","</i>" }, // 1
{ "<pre>","</pre>" }, // 2
{ "<font color=\"#000000\">","</font>" }, // 3
{ "<font color=\"#8F0000\">","</font>" }, // 4
{ "<font color=\"#008F00\">","</font>" }, // 5
{ "<font color=\"#0000CF\">","</font>" }, // 6
{ "<p>","</p>" }, // 7
{ "<br>","" }, // 8
{ "<h1>","</h1>" }, // 9
{ "<h2>","</h2>" }, // 10
{ "<h3>","</h3>" }, // 11
{ "<ul>","</ul>" }, // 12
{ "<li>","</li>" }, // 13
};
MarkupTagsT get_HTML_markup_tags()
{
return htmlTags;
}

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/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#ifdef WIN32
#include <io.h>
#endif
#include <stdio.h>
#include "markup.h" // get_HTML_markup_tags() will be used
#include "docripper.h"
#include "cjparser.h" // C++/Java will be parsed here
/***** Main funciton *****/
#ifdef WIN32
// NOTE:: under Windows this generator parses all .h files
// int the current directory
#include "direct.h"
void main(int argc, char** argv)
{
cout << "C++/JAVA Source Documentation Generator (\"wxDocRipper\")" << endl
<< "(C) 1998, Aleksandras Gluchovas (mailto:alex@soften.ktu.lt)"
<< endl << endl;
RipperDocGen gen;
// set up target script
gen.SetScriptMarkupTags( get_HTML_markup_tags() );
// setup source langauge
CJSourceParser* pParser = new CJSourceParser();
gen.Init( pParser );
// read process all files in the current directory
struct _finddata_t c_file; // NT-specific?
long hFile;
hFile = _findfirst( "*.h", &c_file );
int total = 0;
while( hFile != -1L )
{
gen.ProcessFile( c_file.name );
++total;
if ( _findnext( hFile, &c_file ) == -1L )
break;
}
if ( total )
{
cout << endl
<< "*** storing source documenation into ./srcref.html ***"
<< endl << endl;
if ( !gen.SaveDocument( "srcref.html" ) )
cout << "\nERROR: document cannot be saved" << endl;
}
else
{
cout << "\nno .h files found in this directory - You must be running Windows now :-)"
<< endl;
return;
}
printf( "\nTotal %d file(s) processed, done.\n", total );
}
#else
// NOTE:: on platfroms other then Windows this generator parses all files
// given from the command line
int main(int argc, char** argv)
{
cout << "C++/JAVA Source Documentation Generator (\"wxDocRipper\")" << endl
<< "(C) 1998, Aleksandras Gluchovas (mailto:alex@soften.ktu.lt)"
<< endl << endl;
if ( argc < 2 )
{
cout << "Usage: list of files with .h, .hpp, .cpp or .java extentions"
<< endl;
return 1;
}
int from = 1, no_dump = 0;
if ( strcmp( argv[1], "-x" ) == 0 )
{
from = 2;
no_dump = 1;
}
RipperDocGen gen;
// set up target script
gen.SetScriptMarkupTags( get_HTML_markup_tags() );
// setup source langauge
CJSourceParser* pParser = new CJSourceParser();
gen.Init( pParser );
for( int i = from; i != argc; ++i )
gen.ProcessFile( argv[i] );
if ( !no_dump )
{
cout << endl
<< "*** storing source documenation into ./srcref.html ***"
<< endl << endl;
if ( !gen.SaveDocument( "srcref.html" ) )
cout << "\nERROR: document cannot be saved" << endl;
}
printf( "\nTotal %d file(s) processed, done.\n", argc-from );
return 0;
}
#endif

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/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#include <malloc.h>
#include <string.h>
#include <memory.h>
#include <stdio.h> // import sprintf() (for doubles)
#include <stdlib.h> // import atoi() (for integers)
#include "scriptbinder.h"
// helper functions
static size_t log2(size_t nr)
{
size_t tmp = 0;
while (nr >= 2 )
{
nr /= 2;
++tmp;
}
return tmp;
}
/***** Implementation for class ScriptStream *****/
ScriptStream::ScriptStream()
: mpBuf(0),
mSize(0),
mCapacity(0)
{}
ScriptStream::~ScriptStream()
{
if ( mpBuf ) delete mpBuf;
}
void ScriptStream::WriteBytes( const void* srcBuf, size_t count )
{
if ( !count ) return;
// increase the capacity if necessary
if ( mSize + count > mCapacity )
{
mCapacity =
( 0x2 << (log2( mSize + count ) + 1 ) );
if ( mCapacity < 128 ) mCapacity = 128;
char* oldBuf = mpBuf;
mpBuf = new char[mCapacity];
if ( oldBuf )
{
memcpy( mpBuf, oldBuf, mSize );
delete oldBuf;
}
}
// append new data
memcpy( &mpBuf[mSize], srcBuf, count );
mSize += count;
}
ScriptStream& ScriptStream::operator<<( const char* str )
{
WriteBytes( str, strlen( str ) );
return *this;
}
ScriptStream& ScriptStream::operator<<( const string& str )
{
if ( str.length() < 512 )
{
char buf[512];
size_t len = str.length();
for( size_t i = 0; i != len; ++i )
buf[i] = str[i];
WriteBytes( buf, len );
}
else
WriteBytes( str.c_str(), str.length() );
return *this;
}
ScriptStream& ScriptStream::operator<<( char ch )
{
WriteBytes( &ch, 1 );
return *this;
}
void ScriptStream::endl()
{
char ch = '\n';
WriteBytes( &ch, 1 );
}
/***** Implementation for class ScriptTemplate *****/
ScriptTemplate::ScriptTemplate( const string& templateText )
{
string tmp = templateText;
mTText = (char*)malloc( tmp.length() + 1 );
strcpy( mTText, tmp.c_str() );
}
ScriptTemplate::~ScriptTemplate()
{
for( size_t i = 0; i != mVars.size(); ++i )
delete mVars[i];
free( mTText );
}
bool ScriptTemplate::HasVar( const char* name )
{
for( size_t i = 0; i != mVars.size(); ++i )
if ( strcmp( mVars[i]->mName, name ) == 0 )
return 1;
return 0;
}
void ScriptTemplate::AddStringVar ( const char* name, int ofs )
{
mVars.push_back( new TVarInfo( name, ofs, TVAR_STRING ) );
}
void ScriptTemplate::AddIntegerVar( const char* name, int ofs )
{
mVars.push_back( new TVarInfo( name, ofs, TVAR_INTEGER ) );
}
void ScriptTemplate::AddDoubleVar ( const char* name, int ofs )
{
mVars.push_back( new TVarInfo( name, ofs, TVAR_DOUBLE ) );
}
void ScriptTemplate::AddObjectRefArray( const char* name,
int ofsRefToFirstObj,
int ofsObjSizeInt,
int ofsObjRefTempl
)
{
TArrayInfo* pInfo = new TArrayInfo( name );
mVars.push_back( pInfo );
pInfo->mRefOfs = ofsRefToFirstObj;
pInfo->mSizeIntOfs = ofsObjSizeInt;
pInfo->mObjRefTemplOfs = ofsObjRefTempl;
}
inline void ScriptTemplate::PrintVar( TVarInfo* pInfo,
void* dataObj,
ScriptStream& stm )
{
char buf[128];
switch ( pInfo->mType )
{
case TVAR_INTEGER :
{
sprintf(buf, "%d",*( (int*) ((char*)dataObj + pInfo->mOfs) ) );
stm.WriteBytes( buf, strlen(buf ) );
break;
}
case TVAR_STRING :
{
string& str = *( (string*) ((char*)dataObj+pInfo->mOfs) );
const char* cs = str.c_str();
#ifdef DEBUG_WEIRED_OFFSETS
cout << "DBG:: cs address is " << (int)cs << endl;
cout << "DBG:: str address is " << (int)(&str) << endl;
cout << "DBG:: dataObj points to " << (int)dataObj << endl;
cout << "DBG:: pInfo->mOfs value is " << (int)pInfo->mOfs << endl;
cout << "DBG:: d+pInfo->mOfs is " << (int)((char*)dataObj + pInfo->mOfs) << endl;
cout << "DBG:: pInfo->mName is " << pInfo->mName << endl;
cout << "DBG:: pInfo->mType is " << pInfo->mType << endl;
cout << "DBG:: end of dump. " << endl;
cout << "DBG:: cs value is " << endl << cs << endl;
#endif
stm.WriteBytes( cs, strlen(cs) );
break;
}
case TVAR_DOUBLE :
{
sprintf( buf, "%f",
*( (double*)( (char*)dataObj+pInfo->mOfs) ) );
stm.WriteBytes( buf, strlen(buf ) );
break;
}
case TVAR_REF_ARRAY :
{
TArrayInfo& info = *((TArrayInfo*)pInfo);
int sz = *((int*) ( (char*)dataObj+info.mSizeIntOfs ));
if ( !sz )
{
// DBG::
int u;
++u;
break;
}
int* array = *((int**)( (char*)dataObj+info.mRefOfs ));
ScriptTemplate* pRefTempl;
for( int i = 0; i != sz; ++i )
{
pRefTempl =
*((ScriptTemplate**)((char*)(array[i])+info.mObjRefTemplOfs));
pRefTempl->PrintScript( (void*)array[i], stm );
}
break;
}
default : break;
}
}
void ScriptTemplate::PrintScript( void* dataObj, ScriptStream& stm )
{
char* cur = mTText;
// template parsing loop
do
{
char* start = cur;
while( *cur != '\0' && *cur != '$' ) ++cur;
// flush text collected between variables
stm.WriteBytes( start, cur - start );
if ( *cur == '\0' ) break;
cur += 2; // skip to the name of the var
start = cur;
while( *cur != ')' ) ++cur;
// put terminating zero temorarely
*cur = '\0';
// look up variable
size_t sz = mVars.size();
bool found = 0;
for( size_t i = 0; i != sz; ++i )
{
if ( strcmp( mVars[i]->mName, start ) == 0 )
{
PrintVar( mVars[i], dataObj, stm );
*cur = ')'; // remove terminating zero
++cur;
found = 1;
break;
}
}
// variable referred by template script is not
// registered to this tempalte object
ASSERT( found );
} while(1);
}
/***** implementation for class ScriptSection *****/
int ScriptSection::mIdCounter = 0;
ScriptSection::ScriptSection( const string& name,
const string& body,
ScriptTemplate* pSectionTemplate,
ScriptTemplate* pReferenceTemplate,
bool autoHide,
bool sorted
)
: mpParent ( NULL ),
mName ( name ),
mBody ( body ),
mAutoHide( autoHide ),
mSortOn ( sorted ),
mpSectTempl( pSectionTemplate ),
mpRefTempl ( pReferenceTemplate ),
mRefCount( 0 ),
mArrSize( 0 )
{
// generate GUID
char buf[32];
sprintf( buf, "%d", ++mIdCounter );
mId = buf;
}
ScriptSection::~ScriptSection()
{
SectListT lst = mSubsections;
while( mSubsections.size() )
mSubsections[0]->RemoveRef();
for( size_t i = 0; i != mReferences.size(); ++i )
mReferences[i]->RemoveRef();
}
void ScriptSection::AddRef()
{
++mRefCount;
}
void ScriptSection::RemoveRef()
{
if ( !mRefCount || !(--mRefCount) )
{
if (mpParent)
{
// remove ourselves from parent's list
SectListT& lst = mpParent->mSubsections;
for( size_t i = 0; i != lst.size(); ++i )
if ( lst[i] == this )
{
lst.erase( &lst[i] );
break;
}
}
delete this;
}
}
ScriptSection* ScriptSection::GetSubsection( const char* name )
{
// FOR NOW:: fixed section name length
char buf[128];
size_t cur = 0;
while( name[cur] && name[cur] != '/' )
{
buf[cur] = name[cur];
++cur;
}
ASSERT( cur < sizeof(buf) );
buf[cur] = '\0';
size_t sz = mSubsections.size();
for( size_t i = 0; i != sz; ++i )
{
// DBG::
//ScriptSection& sect = *mSubsections[i];
if ( mSubsections[i]->mName == buf )
{
if ( name[cur] == '/' )
// search recursivelly
return mSubsections[i]->GetSubsection( &name[cur+1] );
else
return mSubsections[i];
}
}
return 0;
}
void ScriptSection::AddSection( ScriptSection* pSection,
bool addToReferencesToo
)
{
mSubsections.push_back( pSection );
pSection->AddRef();
// can add section to multiple containers
ASSERT( pSection->mpParent == 0 );
pSection->mpParent = this;
if ( addToReferencesToo )
AddReference( pSection );
}
void ScriptSection::AddReference( ScriptSection* pReferredSection )
{
mReferences.push_back( pReferredSection );
pReferredSection->AddRef();
// set up mandatory fields used by ScriptTemplate
mArrSize = mReferences.size();
if ( mArrSize )
mRefFirst = (void*)&mReferences[0];
}
SectListT& ScriptSection::GetSubsections()
{
return mSubsections;
}
// static method:
void ScriptSection::RegisterTemplate( ScriptTemplate& sectionTempalte )
{
int nameOfs, bodyOfs, idOfs,
arrRefOfs, arrSizeOfs, refTemplOfs;
// obtaining offsets of member vars
GET_VAR_OFS( ScriptSection, mName, &nameOfs )
GET_VAR_OFS( ScriptSection, mBody, &bodyOfs )
GET_VAR_OFS( ScriptSection, mId, &idOfs )
GET_VAR_OFS( ScriptSection, mRefFirst, &arrRefOfs )
GET_VAR_OFS( ScriptSection, mArrSize, &arrSizeOfs )
GET_VAR_OFS( ScriptSection, mpRefTempl, &refTemplOfs )
// registering member variables with given script template
sectionTempalte.AddStringVar( "NAME", nameOfs );
sectionTempalte.AddStringVar( "BODY", bodyOfs );
sectionTempalte.AddStringVar( "ID", idOfs );
sectionTempalte.AddObjectRefArray( "REFLIST",
arrRefOfs, arrSizeOfs, refTemplOfs );
}
void ScriptSection::Print( ScriptStream& stm )
{
// TBD:: sorting
// print out this content first
if ( mpSectTempl )
mpSectTempl->PrintScript( this, stm );
// attach contents subsections at the end of this content
for( size_t i = 0; i != mSubsections.size(); ++i )
mSubsections[i]->Print( stm );
}
void ScriptSection::DoRemoveEmptySections(int& nRemoved, SectListT& removedLst)
{
for( size_t i = 0; i != mSubsections.size(); ++i )
{
ScriptSection& sect = *mSubsections[i];
sect.DoRemoveEmptySections( nRemoved, removedLst );
if (sect.mAutoHide )
if ( sect.mReferences.size() == 0 )
{
bool found = 0;
for( size_t k = 0; k != removedLst.size(); ++k )
if ( removedLst[k] == &sect )
{
found = 1;
break;
}
if ( !found )
{
removedLst.push_back( &sect );
++nRemoved;
delete &sect;
--i;
}
}
}
}
void ScriptSection::DoRemoveDeadLinks( SectListT& removedLst)
{
size_t dsz = removedLst.size();
for( size_t i = 0; i != mSubsections.size(); ++i )
{
mSubsections[i]->DoRemoveDeadLinks( removedLst );
}
for( size_t n = 0; n != mReferences.size(); ++n )
{
for( size_t k = 0; k != dsz; ++k )
if ( removedLst[k] == mReferences[n] )
{
mReferences.erase( &mReferences[n] );
--n;
// set up mandatory fields used by ScriptTemplate
mArrSize = mReferences.size();
if ( mArrSize )
mRefFirst = (void*)&mReferences[0];
break;
}
}
}
void ScriptSection::RemoveEmptySections()
{
// FIXME:: this is very_very_very slow alg.! +"doesn't work"
int nRemoved = 0;
do
{
SectListT removedLst;
nRemoved = 0;
DoRemoveEmptySections( nRemoved, removedLst );
DoRemoveDeadLinks( removedLst );
}
while( nRemoved );
}
/***** Iimplementation for class DocGeneratorBase *****/
bool DocGeneratorBase::SaveDocument( const char* fname,
const char* fopenOptions,
ScriptSection* pFromSection
)
{
FILE* fp = fopen( fname, fopenOptions );
if ( (int)fp == -1 ) return 0;
ScriptStream stm;
// check if derived class agrees about saving it
if ( !OnSaveDocument( stm ) ) return 0;
if ( pFromSection )
pFromSection->Print( stm );
else
{
ScriptSection* pTopSect = GetTopSection();
ASSERT( pTopSect );
pTopSect->Print( stm );
}
size_t nWrite = fwrite( stm.GetBuf(), 1, stm.GetBufSize(), fp );
if ( nWrite != stm.GetBufSize() ) return 0;
fclose( fp );
return 1;
// that^s it
}

View File

@@ -0,0 +1,676 @@
/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#if defined( wxUSE_TEMPLATE_STL )
#include <map>
#else
#include <wxstlac.h>
#endif
#include "sourcepainter.h"
const int MAX_KEYWORD_LEN = 16;
struct KeywordT
{
char keyWord[MAX_KEYWORD_LEN];
int rank;
};
// source fragment ranks :
// 0 - nomral text
// 1 - basic types
// 2 - reserved words
// multil-language keywords map
static KeywordT __gKeyWords[] =
{
{ "for", 1 },
{ "FOR", 1 },
{ "For", 1 },
{ "next", 1 },
{ "Next", 1 },
{ "NEXT", 1 },
{ "if", 1 },
{ "If", 1 },
{ "IF", 1 },
{ "then", 1 },
{ "Then", 1 },
{ "THEN", 1 },
{ "else", 1 },
{ "Else", 1 },
{ "ELSE", 1 },
{ "do", 1 },
{ "Do", 1 },
{ "DO", 1 },
{ "break", 1 },
{ "Break", 1 },
{ "BREAK", 1 },
{ "continue", 1 },
{ "goto", 1 },
{ "Goto", 1 },
{ "GOTO", 1 },
{ "switch", 1 },
{ "default", 1 },
{ "case", 1 },
{ "repeat", 1 },
{ "Repeat", 1 },
{ "REPEAT", 1 },
{ "until", 1 },
{ "Until", 1 },
{ "UNTIL", 1 },
{ "return", 1 },
{ "Return", 1 },
{ "RETURN", 1 },
{ "unit", 1 },
{ "Unit", 1 },
{ "UNIT", 1 },
{ "procedure", 1 },
{ "Procedure", 1 },
{ "PROCEDURE", 1 },
{ "function", 1 },
{ "Function", 1 },
{ "FUNCTION", 1 },
{ "begin", 1 },
{ "Begin", 1 },
{ "BEGIN", 1 },
{ "End", 1 },
{ "END", 1 },
////////////////////////////////////////////////////
{ "enum", 1 },
{ "static", 1 },
{ "const", 1 },
{ "mutable", 1 },
{ "volatile", 1 },
{ "__asm", 1 },
{ "asm", 1 },
{ "typeid", 1 },
{ "sizeof", 1 },
{ "typeof", 1 },
{ "native", 1 },
{ "#include", 1 },
{ "#define", 1 },
{ "#def", 1 },
{ "#undef", 1 },
{ "#ifdef", 1 },
{ "#ifndef", 1 },
{ "#if", 1 },
{ "#endif", 1 },
{ "#elif", 1 },
{ "#else", 1 },
{ "#pragma", 1 },
{ "#line", 1 },
{ "package", 1 },
{ "import", 1 },
{ "export", 1 },
////////////////////////////////////////////////////
{ "dynamic_cast", 1 },
{ "const_cast", 1 },
//////// some hacks for VB /////////
{ "sub", 1 },
{ "Sub", 1 },
{ "SUB", 1 },
{ "as", 1 },
{ "As", 1 },
{ "AS", 1 },
/////// data types ///////
{ "int" , 1 },
{ "integer", 1 },
{ "Integer", 1 },
{ "INTEGER", 1 },
{ "real", 1 },
{ "Real", 1 },
{ "REAL", 1 },
{ "float", 1 },
{ "Float", 1 },
{ "FLOAT", 1 },
{ "char", 1 },
{ "Char", 1 },
{ "CHAR", 1 },
{ "register", 1 },
{ "string", 1 },
{ "String", 1 },
{ "STRING", 1 },
{ "array", 1 },
{ "Array", 1 },
{ "ARRAY", 1 },
{ "packed", 1 },
{ "Packed", 1 },
{ "PACKED", 1 },
{ "property", 1 },
{ "Property", 1 },
{ "PROPERTY", 1 },
{ "unsigned", 1 },
{ "long", 1 },
{ "double", 1 },
{ "short", 1 },
{ "bool", 1 },
{ "longint", 1 },
{ "Longint", 1 },
{ "LONGINT", 1 },
{ "extended", 1 },
{ "Extended", 1 },
{ "EXTENTED", 1 },
{ "pointer", 1 },
{ "Pointer", 1 },
{ "POINTER", 1 },
{ "and", 1 },
{ "And", 1 },
{ "AND", 1 },
{ "or", 1 },
{ "Or", 1 },
{ "OR", 1 },
{ "xor", 1 },
{ "Xor", 1 },
{ "XOR", 1 },
{ "void", 1 },
{ "__stdcall", 1 },
{ "__declspec", 1 },
{ "extern", 1 },
{ "stdcall", 1 },
{ "dllimport", 1 },
{ "dllexport", 1 },
{ "__cdecl", 1 },
{ "cdecl", 1 },
{ "template", 1 },
{ "typedef", 1 },
{ "naked", 1 },
{ "try", 1 },
{ "catch", 1 },
{ "throw", 2 }, // C++
{ "throws", 1 }, // Java
{ "finalize", 1 },
// "STL-suport"
{ "size_t", 1 },
{ "NPOS", 1 },
{ "vector", 1 },
{ "list", 1 },
{ "map", 1 },
{ "multimap", 1 },
{ "external", 1 },
{ "External", 1 },
{ "EXTERNAL", 1 },
//////////// meta-information //////////////
{ "virtual", 2 },
{ "Virtual", 2 },
{ "override", 2 },
{ "Override", 2 },
{ "class", 2 },
{ "Class", 2 },
{ "CLASS", 2 },
{ "struct", 2 },
{ "union", 2 },
{ "record", 2 },
{ "Record", 2 },
{ "RECORD", 2 },
{ "form", 1 },
{ "Form", 1 },
{ "FORM", 1 },
{ "namespace", 2 },
{ "interface" , 2 },
{ "abstract", 2 },
{ "Interface" , 2 },
{ "INTERFACE" , 2 },
{ "implementation", 2 },
{ "Implementation", 2 },
{ "IMPLEMENTATION", 2 },
{ "label", 2 },
{ "Label", 2 },
{ "LABEL", 2 },
{ "implements", 2 },
{ "public", 2 },
{ "private", 2 },
{ "protected", 2 },
{ "this", 2 },
{ "This", 2 },
{ "THIS", 2 },
{ "new", 2 },
{ "New", 2 },
{ "NEW", 2 },
{ "delete", 2 },
{ "inline", 2 },
{ "operator", 2 },
{ "Inherited", 2 },
{ "Inherited", 2 },
{ "final", 2 },
{ "implements", 2 },
{ "super", 2 },
// even more...
{ "java", 2 },
{ "Java", 2 },
{ "JAVA", 2 },
{ "delphi", 2 },
{ "Delphi", 2 },
{ "SmallTalk", 2 },
{ "Smalltalk", 2 },
{ "smalltalk", 2 },
{ "assembler", 2 },
{ "Assembler", 2 },
{ "Basic", 2 },
{ "BASIC", 2 },
{ "basic", 2 },
{ "CORBA", 2 },
{ "COBOL", 2 },
{ "ADA", 2 },
{ "LISP", 2 },
// just for fun...
{ "life", 2 },
{ "sucks", 2 },
{ "rules", 2 },
{ "Quake", 2 },
{ "QuakeWorld", 2 },
{ "[ag_slammer]",2 },
{ "Aleksandras", 2 },
{ "Gluchovas" , 2 },
{ "Alex", 2 },
{ "alex", 2 },
{ "aleks", 2 },
{ "aleksas", 3 },
{ "AlexSoft", 2 },
{ "Alexsoft", 2 },
{ "SpringSky", 2 },
{ "SK_Team", 2 },
{ "soften", 2 },
{ "UB40", 2 },
{ "U96", 2 }
};
struct less_c_str
{
inline bool operator()( char* x, char* y) const
{ return ( strcmp( x,y ) < 0 );
}
};
#if defined( wxUSE_TEMPLATE_STL )
typedef map< char*, char*, less_c_str > KeywordMapT;
#else
typedef char* CharPtrT;
typedef WXSTL_MAP( CharPtrT, CharPtrT ,less_c_str) KeywordMapT;
#endif
static KeywordMapT __gMultiLangMap;
static int __gMapReady = 0;
void check_keyword_map( int keywordMapNr )
{
if ( !__gMapReady )
{
__gMapReady = 1;
// "make sure" the address of the first member of non-polimorphic class
// coinsides with the address of the instance
KeywordT dummy;
if ( (char*)& dummy != &dummy.keyWord[0] )
throw;
int size = sizeof(__gKeyWords) / sizeof( KeywordT );
for( int i = 0; i != size; ++i )
__gMultiLangMap.insert(
KeywordMapT::value_type( (char*)&__gKeyWords[i],
(char*)&__gKeyWords[i]
)
);
}
}
int get_rank( char* start, char* end )
{
// FIXME:: what if end is no longer leagal adress?
char tmp = *end;
*end = '\0'; // put temporary terminator
KeywordMapT::iterator i;
if ( (i = __gMultiLangMap.find( start ) ) != __gMultiLangMap.end() )
{
KeywordT* pKey = (KeywordT*)(*i).second;
*end = tmp;
return pKey->rank;
}
else
{
*end = tmp;
return 0;
}
}
static inline void store_range( SPBlockListT& results, int rank, int range_len )
{
if ( !range_len ) return;
results.push_back ( ( rank << 16 ) | ( range_len ) );
}
#define STORE_RANGE store_range( results, cur_rank, cur_range_len );\
cur_rank = cur_range_len = 0;
#define NEXT_CHAR cur_range_len++; \
++cur; \
continue;
static inline int is_alpha( char ch )
{
return ( (( ch >= '_' ) && ( ch <= 'z' )) ||
(( ch >= 'A' ) && ( ch <= 'Z' ))
);
}
// _ . .
// Ziema atEjo netikEtai
static void heighlight_syntax( char* str, int strLen,
SPBlockListT& results, bool& isComment )
{
bool isMultiline = 0;
char* cur = str;
char* end = str + strLen;
int cur_rank = ( isComment == 1 ) ? RANK_GREEN : RANK_BLACK;
int cur_range_len = 0;
while ( cur != end )
{
int has_next = ( cur+1 != end );
if ( isComment )
{
if ( *cur == '*' )
if ( has_next && *(cur+1) == '/' )
{
// turn off multiline comment mode
cur += 2;
cur_range_len += 2;
isComment = 0;
isMultiline = 0;
STORE_RANGE;
continue;
}
++cur_range_len;
++cur;
continue;
}
/*
if ( *cur == 10 )
if ( isComment )
if ( isMultiline )
{
cur_rank = RANK_GREEN;
cur_range_len = end - cur;
STORE_RANGE;
isComment = 0;
isMultiline = 0;
continue;
}*/
if ( *cur == '/' )
{
if ( has_next )
{
if ( *(cur+1) == '/' )
{
STORE_RANGE;
char* eol = cur;
while ( eol < end && *eol != 10 )
++eol;
cur_rank = RANK_GREEN;
cur_range_len = eol - cur;
cur = eol;
STORE_RANGE;
continue;
}
if ( *(cur+1) == '*' )
{
STORE_RANGE;
cur_rank = RANK_GREEN;
cur_range_len = 2;
isComment = 1;
cur += 2;
isMultiline = 1;
continue;
}
}
NEXT_CHAR;
}
if ( ( is_alpha( *cur ) || *(cur) == '#' )
&& has_next
)
{
if ( is_alpha( *(cur+1) ) )
{
char* start = cur;
cur += 2;
while ( cur != end && is_alpha(*cur) ) ++cur;
int wordRank;
if ( (wordRank = get_rank( start, cur )) > 0 )
{
STORE_RANGE;
store_range( results, wordRank, int(cur-start) );
cur_rank = cur_range_len = 0;
continue;
}
cur_range_len += ( cur-start );
continue;
}
else
NEXT_CHAR;
}
NEXT_CHAR;
}
if ( cur_range_len > 0 ) STORE_RANGE;
}
/***** Implementation for class SourcePainter ******/
SourcePainter::SourcePainter( bool assembleResultString )
: mCollectResultsOn( assembleResultString ),
mIsInComment( FALSE ),
mCommentIsMultiline( FALSE )
{
check_keyword_map(0);
}
void SourcePainter::ProcessSource( char* src, int srcLen )
{
// TBD:: multilne state...
heighlight_syntax( src, srcLen, mBlocks, mIsInComment );
if ( mCollectResultsOn )
mResultStr += string( src, srcLen );
}
void SourcePainter::SetState( bool isInComment,
bool commentIsMultiline )
{
mIsInComment = isInComment;
mCommentIsMultiline = commentIsMultiline;
}
void SourcePainter::Init(bool assembleResultString)
{
mIsInComment = 0;
mCommentIsMultiline = 0;
mCollectResultsOn = assembleResultString;
mResultStr = "";
mBlocks.erase( mBlocks.begin(), mBlocks.end() );
}
static int rank_tags_map[] =
{
TAG_BLACK_FONT,
TAG_BLUE_FONT,
TAG_RED_FONT,
TAG_GREEN_FONT
};
void SourcePainter::GetResultString(string& result, MarkupTagsT tags)
{
// this method works, only if results of processing
// are collected
ASSERT( mCollectResultsOn );
result = "";
int pos = 0;
for( size_t i = 0; i != mBlocks.size(); ++i )
{
int desc = mBlocks[i];
int len = desc & 0xFFFF;
int rank = (desc >> 16) & 0xFFFF;
result += tags[ rank_tags_map[rank] ].start;
for( int n = 0; n != len; ++n )
result += mResultStr[pos+n];
pos += len;
result += tags[ rank_tags_map[rank] ].end;
}
}
SPBlockListT& SourcePainter::GetBlocks()
{
return mBlocks;
}
bool SourcePainter::IsKeyword( char* word, int wordLen )
{
check_keyword_map(0);
int rank = get_rank( word, word + wordLen );
return ( rank == RANK_BLUE || rank == RANK_RED );
}

View File

@@ -0,0 +1,543 @@
/////////////////////////////////////////////////////////////////////////////
// Name: No names yet.
// Purpose: Contrib. demo
// Author: Aleksandras Gluchovas
// Modified by:
// Created: 22/09/98
// RCS-ID: $Id$
// Copyright: (c) Aleskandars Gluchovas
// Licence: wxWindows licence
/////////////////////////////////////////////////////////////////////////////
#ifdef __GNUG__
#pragma implementation "srcparser.h"
#pragma interface
#endif
// For compilers that support precompilation, includes "wx/wx.h".
#include "wx/wxprec.h"
#ifdef __BORLANDC__
#pragma hdrstop
#endif
#ifndef WX_PRECOMP
#include "wx/wx.h"
#endif
#include <malloc.h>
#include <stdio.h>
#include "srcparser.h"
/***** Implementation for class spVisitor *****/
void spVisitor::VisitAll( spContext& atContext,
bool sortContent
)
{
mSiblingSkipped = FALSE;
mChildSkipped = FALSE;
mContextMask = SP_CTX_ANY; // FIXME:: should be an arg.
if ( sortContent && !atContext.IsSorted() )
atContext.SortMembers();
mpCurCxt = &atContext; // FIXME:: this is dirty, restoring it each time
if ( atContext.GetContextType() & mContextMask )
atContext.AcceptVisitor( *this );
MMemberListT& members = atContext.GetMembers();
for( size_t i = 0; i != members.size(); ++i )
{
if ( mSiblingSkipped )
return;
if ( !mChildSkipped )
{
size_t prevSz = members.size();
// visit members of the context recursivelly
VisitAll( *members[i], sortContent );
if ( members.size() != prevSz )
--i; // current member was removed!
mChildSkipped = 0;
}
}
}
void spVisitor::RemoveCurrentContext()
{
if ( mpCurCxt->GetParent() )
mpCurCxt->GetParent()->RemoveChild( mpCurCxt );
}
void spVisitor::SkipSiblings()
{
mSiblingSkipped = TRUE;
}
void spVisitor::SkipChildren()
{
mChildSkipped = TRUE;
}
void spVisitor::SetFilter( int contextMask )
{
mContextMask = contextMask;
}
/***** Implementation for class spComment *****/
bool spComment::IsMultiline() const
{
return mIsMultiline;
}
bool spComment::StartsParagraph() const
{
return mStartsPar;
}
string& spComment::GetText()
{
return mText;
}
string spComment::GetText() const
{
return mText;
}
/***** Implementation for class spContext *****/
spContext::spContext()
: mpParent ( NULL ),
mpFirstOccurence( NULL ),
mAlreadySorted ( FALSE ),
mSrcLineNo (-1),
mSrcOffset (-1),
mContextLength(-1),
mLastScrLineNo(-1),
mHeaderLength (-1),
mFooterLength (-1),
mFirstCharPos (-1),
mLastCharPos (-1),
mVisibility( SP_VIS_PRIVATE ),
mIsVirtualContext ( FALSE ),
mVirtualContextHasChildren( FALSE ),
mpUserData( NULL )
{}
void spContext::RemoveChildren()
{
for( size_t i = 0; i != mMembers.size(); ++i )
delete mMembers[i];
mMembers.erase( mMembers.begin(), mMembers.end() );
}
spContext::~spContext()
{
RemoveChildren();
for( size_t i = 0; i != mComments.size(); ++i )
delete mComments[i];
}
bool spContext::IsSorted()
{
return mAlreadySorted;
}
void spContext::GetContextList( MMemberListT& lst, int contextMask )
{
for( size_t i = 0; i != mMembers.size(); ++i )
{
spContext& member = *mMembers[i];
if ( member.GetContextType() & contextMask )
lst.push_back( &member );
// collect required contexts recursively
member.GetContextList( lst, contextMask );
}
}
bool spContext::HasComments()
{
return ( mComments.size() != 0 );
}
void spContext::RemoveChild( spContext* pChild )
{
for( size_t i = 0; i != mMembers.size(); ++i )
if ( mMembers[i] == pChild )
{
mMembers.erase( &mMembers[i] );
delete pChild;
return;
}
// the given child should exist on the parent's list
wxASSERT( 0 );
}
spContext* spContext::GetEnclosingContext( int mask )
{
spContext* cur = this->GetParent();
while ( cur && !(cur->GetContextType() & mask) )
cur = cur->GetParent();
return cur;
}
bool spContext::PositionIsKnown()
{
return ( mSrcOffset != (-1) && mContextLength != (-1) );
}
bool spContext::IsVirtualContext()
{
return mIsVirtualContext;
}
bool spContext::VitualContextHasChildren()
{
return mVirtualContextHasChildren;
}
string spContext::GetVirtualContextBody()
{
wxASSERT( mIsVirtualContext );
return mVirtualContextBody;
}
string spContext::GetFooterOfVirtualContextBody()
{
wxASSERT( mIsVirtualContext );
return mVittualContextFooter;
}
void spContext::SetVirtualContextBody( const string& body,
bool hasChildren,
const string& footer )
{
mVirtualContextHasChildren = hasChildren;
mVirtualContextBody = body;
mVittualContextFooter = footer;
// atuomaticllay becomes virtual context
mIsVirtualContext = TRUE;
}
string spContext::GetBody( spContext* pCtx )
{
if ( ( pCtx == NULL || pCtx == this ) && mIsVirtualContext )
return mVirtualContextBody;
if ( GetParent() )
return GetParent()->GetBody( ( pCtx != NULL ) ? pCtx : this );
else
return ""; // source-fragment cannot be found
}
string spContext::GetHeader( spContext* pCtx )
{
if ( GetParent() )
return GetParent()->GetHeader( ( pCtx != NULL ) ? pCtx : this );
else
return ""; // source-fragment cannot be found
}
bool spContext::IsFirstOccurence()
{
return ( mpFirstOccurence != 0 );
}
spContext* spContext::GetFirstOccurence()
{
// this object should not itself be
// the first occurence of the context
wxASSERT( mpFirstOccurence != 0 );
return mpFirstOccurence;
}
void spContext::AddMember( spContext* pMember )
{
mMembers.push_back( pMember );
pMember->mpParent = this;
}
void spContext::AddComment( spComment* pComment )
{
mComments.push_back( pComment );
}
MMemberListT& spContext::GetMembers()
{
return mMembers;
}
spContext* spContext::FindContext( const string& identifier,
int contextType,
bool searchSubMembers
)
{
for( size_t i = 0; i != mMembers.size(); ++i )
{
spContext& member = *mMembers[i];
if ( member.GetName() == identifier &&
( contextType & member.GetContextType() )
)
return &member;
if ( searchSubMembers )
{
spContext* result =
member.FindContext( identifier, contextType, 1 );
if ( result ) return result;
}
}
return 0;
}
void spContext::RemoveThisContext()
{
if ( mpParent )
mpParent->RemoveChild( this );
else
// context should have a parent
wxASSERT(0);
}
spContext* spContext::GetOutterContext()
{
return mpParent;
}
bool spContext::HasOutterContext()
{
return ( mpParent != 0 );
}
bool spContext::IsInFile()
{
return ( GetOutterContext()->GetContextType() == SP_CTX_FILE );
}
bool spContext::IsInNameSpace()
{
return ( GetOutterContext()->GetContextType() == SP_CTX_NAMESPACE );
}
bool spContext::IsInClass()
{
return ( GetOutterContext()->GetContextType() == SP_CTX_CLASS );
}
bool spContext::IsInOperation()
{
return ( GetOutterContext()->GetContextType() == SP_CTX_OPERATION );
}
spClass& spContext::GetClass()
{
wxASSERT( GetOutterContext()->GetType() == SP_CTX_CLASS );
return *((spClass*)mpParent );
}
spFile& spContext::GetFile()
{
wxASSERT( GetOutterContext()->GetType() == SP_CTX_FILE );
return *((spFile*)mpParent );
}
spNameSpace& spContext::GetNameSpace()
{
wxASSERT( GetOutterContext()->GetType() == SP_CTX_NAMESPACE );
return *((spNameSpace*)mpParent );
}
spOperation& spContext::GetOperation()
{
wxASSERT( GetOutterContext()->GetType() == SP_CTX_OPERATION );
return *((spOperation*)mpParent );
}
/***** Implementation for class spClass *****/
void spClass::SortMembers()
{
// TBD::
}
/***** Implementation for class spOperation *****/
spOperation::spOperation()
: mHasDefinition( FALSE )
{}
string spOperation::GetFullName(MarkupTagsT tags)
{
string txt = tags[TAG_BOLD].start + mRetType;
txt += " ";
txt += mName;
txt += "( ";
txt += tags[TAG_BOLD].end;
for( size_t i = 0; i != mMembers.size(); ++i )
{
// DBG::
wxASSERT( mMembers[i]->GetContextType() == SP_CTX_PARAMETER );
spParameter& param = *((spParameter*)mMembers[i]);
if ( i != 0 )
txt += ", ";
txt += tags[TAG_BOLD].start;
txt += param.mType;
txt += tags[TAG_BOLD].end;
txt += tags[TAG_ITALIC].start;
txt += " ";
txt += param.mName;
if ( param.mInitVal != "" )
{
txt += " = ";
txt += tags[TAG_BOLD].start;
txt += param.mInitVal;
txt += tags[TAG_BOLD].end;
}
txt += tags[TAG_ITALIC].end;;
}
txt += tags[TAG_BOLD].start;
txt += " )";
txt += tags[TAG_BOLD].end;
// TBD:: constantness of method
return txt;
}
/***** Implemenentation for class spPreprocessorLine *****/
string spPreprocessorLine::CPP_GetIncludedFileNeme()
{
wxASSERT( GetStatementType() == SP_PREP_DEF_INCLUDE_FILE );
size_t i = 0;
while( i < mLine.length() && mLine[i] != '"' && mLine[i] != '<' )
++i;
++i;
size_t start = i;
while( i < mLine.length() && mLine[i] != '"' && mLine[i] != '>' )
++i;
if ( start < mLine.length() )
{
string fname;
fname.append( mLine, start, ( i - start ) );
return fname;
}
else
return ""; // syntax error probably
}
/***** Implemenentation for class SourceParserBase *****/
SourceParserBase::SourceParserBase()
: mpFileBuf( NULL ),
mFileBufSz( 0 ),
mpPlugin( NULL )
{}
SourceParserBase::~SourceParserBase()
{
if ( mpFileBuf ) free( mpFileBuf );
if ( mpPlugin ) delete mpPlugin;
}
spFile* SourceParserBase::ParseFile( const char* fname )
{
// FIXME:: the below should not be fixed!
const size_t MAX_BUF_SIZE = 1024*256;
if ( !mpFileBuf ) mpFileBuf = (char*)malloc( MAX_BUF_SIZE );
mFileBufSz = MAX_BUF_SIZE;
FILE* fp = fopen( fname, "rt" );
if ( (int)fp == -1 || !fp ) return NULL;
int sz = fread( mpFileBuf, 1, mFileBufSz, fp );
return Parse( mpFileBuf, mpFileBuf + sz );
}
void SourceParserBase::SetPlugin( SourceParserPlugin* pPlugin )
{
if ( mpPlugin ) delete mpPlugin;
mpPlugin = pPlugin;
}

View File

@@ -0,0 +1,31 @@
////////////////////
//
// craeted by Alex
//
////////////////////
// For compilers that support precompilation, includes "wx.h".
#include "wx/wxprec.h"
#include <memory.h>
#ifndef WX_PRECOMP
#include "wx/defs.h"
#endif
char *
copystring (const char *s)
{
if (s == NULL) s = "";
size_t len = strlen (s) + 1;
char *news = new char[len];
memcpy (news, s, len); // Should be the fastest
return news;
}
const char *wxGetTranslation(const char *str)
{
return str;
}