helpgen.cpp

Wxpython Implemented on Windows CE, Source code

            paramsAll << paramTypes[param] << ' ' << paramNames[param];
        }

        wxString constStr;
        if (foundCommand == ConstFunc)
            constStr = _T(" const");

        wxLogVerbose("file %s(%d): found '%s %s::%s(%s)%s'",
                     m_filename.c_str(),
                     (int)m_line,
                     returnType.c_str(),
                     classname.c_str(),
                     funcName.c_str(),
                     paramsAll.c_str(),
                     constStr.c_str());

        // store the info about the just found function
        ArrayMethodInfo *methods;
        int index = m_classes.Index(classname);
        if ( index == wxNOT_FOUND ) {
            m_classes.Add(classname);

            methods = new ArrayMethodInfo;
            m_methods.Add(methods);
        }
        else {
            methods = m_methods[(size_t)index];
        }

        ArrayParamInfo params;
        for ( param = 0; param < paramCount; param++ ) {
            params.Add(new ParamInfo(paramTypes[param],
                                     paramNames[param],
                                     paramValues[param]));
        }

        MethodInfo *method = new MethodInfo(returnType, funcName, params);
        if ( foundCommand == ConstFunc )
            method->SetFlag(MethodInfo::Const);
        if ( isVararg )
            method->SetFlag(MethodInfo::Vararg);

        methods->Add(method);
    }

    delete [] buf;

    wxLogVerbose("%s: finished parsing doc file '%s'.\n",
                 GetCurrentTimeFormatted("%H:%M:%S"), m_filename.c_str());

    return true;
}

bool DocManager::DumpDifferences(spContext *ctxTop) const
{
    typedef MMemberListT::const_iterator MemberIndex;

    bool foundDiff = false;

    // flag telling us whether the given class was found at all in the header
    size_t nClass, countClassesInDocs = m_classes.GetCount();
    bool *classExists = new bool[countClassesInDocs];
    for ( nClass = 0; nClass < countClassesInDocs; nClass++ ) {
        classExists[nClass] = false;
    }

    // ctxTop is normally an spFile
    wxASSERT( ctxTop->GetContextType() == SP_CTX_FILE );

    const MMemberListT& classes = ctxTop->GetMembers();
    for ( MemberIndex i = classes.begin(); i != classes.end(); i++ ) {
        spContext *ctx = *i;
        if ( ctx->GetContextType() != SP_CTX_CLASS ) {
            // TODO process also global functions, macros, ...
            continue;
        }

        spClass *ctxClass = (spClass *)ctx;
        const wxString& nameClass = ctxClass->m_Name;
        int index = m_classes.Index(nameClass);
        if ( index == wxNOT_FOUND ) {
            if ( !m_ignoreNames.IgnoreClass(nameClass) ) {
                foundDiff = true;

                wxLogError("Class '%s' is not documented at all.",
                           nameClass.c_str());
            }

            // it makes no sense to check for its functions
            continue;
        }
        else {
            classExists[index] = true;
        }

        // array of method descriptions for this class
        const ArrayMethodInfo& methods = *(m_methods[index]);
        size_t nMethod, countMethods = methods.GetCount();

        // flags telling if we already processed given function
        bool *methodExists = new bool[countMethods];
        for ( nMethod = 0; nMethod < countMethods; nMethod++ ) {
            methodExists[nMethod] = false;
        }

        wxArrayString aOverloadedMethods;

        const MMemberListT& functions = ctxClass->GetMembers();
        for ( MemberIndex j = functions.begin(); j != functions.end(); j++ ) {
            ctx = *j;
            if ( ctx->GetContextType() != SP_CTX_OPERATION )
                continue;

            spOperation *ctxMethod = (spOperation *)ctx;
            const wxString& nameMethod = ctxMethod->m_Name;

            // find all functions with the same name
            wxArrayInt aMethodsWithSameName;
            for ( nMethod = 0; nMethod < countMethods; nMethod++ ) {
                if ( methods[nMethod]->GetName() == nameMethod )
                    aMethodsWithSameName.Add(nMethod);
            }

            if ( aMethodsWithSameName.IsEmpty() && ctxMethod->IsPublic() ) {
                if ( !m_ignoreNames.IgnoreMethod(nameClass, nameMethod) ) {
                    foundDiff = true;

                    wxLogError("'%s::%s' is not documented.",
                               nameClass.c_str(),
                               nameMethod.c_str());
                }

                // don't check params
                continue;
            }
            else if ( aMethodsWithSameName.GetCount() == 1 ) {
                index = (size_t)aMethodsWithSameName[0u];
                methodExists[index] = true;

                if ( m_ignoreNames.IgnoreMethod(nameClass, nameMethod) )
                    continue;

                if ( !ctxMethod->IsPublic() ) {
                    wxLogWarning("'%s::%s' is documented but not public.",
                                 nameClass.c_str(),
                                 nameMethod.c_str());
                }

                // check that the flags match
                const MethodInfo& method = *(methods[index]);

                bool isVirtual = ctxMethod->mIsVirtual;
                if ( isVirtual != method.HasFlag(MethodInfo::Virtual) )
                {
                    wxString virtualStr;
                    if(isVirtual)virtualStr = _T("not ");

                    wxLogWarning("'%s::%s' is incorrectly documented as %s"
                                 "virtual.",
                                 nameClass.c_str(),
                                 nameMethod.c_str(),
                                 virtualStr.c_str());
                }

                bool isConst = ctxMethod->mIsConstant;
                if ( isConst != method.HasFlag(MethodInfo::Const) )
                {
                    wxString constStr;
                    if(isConst)constStr = _T("not ");

                    wxLogWarning("'%s::%s' is incorrectly documented as %s"
                                 "constant.",
                                 nameClass.c_str(),
                                 nameMethod.c_str(),
                                 constStr.c_str());
                }

                // check that the params match
                const MMemberListT& params = ctxMethod->GetMembers();

                if ( params.size() != method.GetParamCount() ) {
                    wxLogError("Incorrect number of parameters for '%s::%s' "
                               "in the docs: should be %d instead of %d.",
                               nameClass.c_str(),
                               nameMethod.c_str(),
                               (int)params.size(), (int)method.GetParamCount());
                }
                else {
                    size_t nParam = 0;
                    for ( MemberIndex k = params.begin();
                          k != params.end();
                          k++, nParam++ ) {
                        ctx = *k;

                        // what else can a function have?
                        wxASSERT( ctx->GetContextType() == SP_CTX_PARAMETER );

                        spParameter *ctxParam = (spParameter *)ctx;
                        const ParamInfo& param = method.GetParam(nParam);
                        if ( m_checkParamNames &&
                             (param.GetName() != ctxParam->m_Name.c_str()) ) {
                            foundDiff = true;

                            wxLogError("Parameter #%d of '%s::%s' should be "
                                       "'%s' and not '%s'.",
                                       (int)(nParam + 1),
                                       nameClass.c_str(),
                                       nameMethod.c_str(),
                                       ctxParam->m_Name.c_str(),
                                       param.GetName().c_str());

                            continue;
                        }

                        if ( param.GetType() != ctxParam->m_Type ) {
                            foundDiff = true;

                            wxLogError("Type of parameter '%s' of '%s::%s' "
                                       "should be '%s' and not '%s'.",
                                       ctxParam->m_Name.c_str(),
                                       nameClass.c_str(),
                                       nameMethod.c_str(),
                                       ctxParam->m_Type.c_str(),
                                       param.GetType().GetName().c_str());

                            continue;
                        }

                        if ( param.GetDefValue() != ctxParam->m_InitVal.c_str() ) {
                            wxLogWarning("Default value of parameter '%s' of "
                                         "'%s::%s' should be '%s' and not "
                                         "'%s'.",
                                         ctxParam->m_Name.c_str(),
                                         nameClass.c_str(),
                                         nameMethod.c_str(),
                                         ctxParam->m_InitVal.c_str(),
                                         param.GetDefValue().c_str());
                        }
                    }
                }
            }
            else {
                // TODO OVER add real support for overloaded methods

                if ( m_ignoreNames.IgnoreMethod(nameClass, nameMethod) )
                    continue;

                if ( aOverloadedMethods.Index(nameMethod) == wxNOT_FOUND ) {
                    // mark all methods with this name as existing
                    for ( nMethod = 0; nMethod < countMethods; nMethod++ ) {
                        if ( methods[nMethod]->GetName() == nameMethod )
                            methodExists[nMethod] = true;
                    }

                    aOverloadedMethods.Add(nameMethod);

                    wxLogVerbose("'%s::%s' is overloaded and I'm too "
                                 "stupid to find the right match - skipping "
                                 "the param and flags checks.",
                                 nameClass.c_str(),
                                 nameMethod.c_str());
                }
                //else: warning already given
            }
        }

        for ( nMethod = 0; nMethod < countMethods; nMethod++ ) {
            if ( !methodExists[nMethod] ) {
                const wxString& nameMethod = methods[nMethod]->GetName();
                if ( !m_ignoreNames.IgnoreMethod(nameClass, nameMethod) ) {
                    foundDiff = true;

                    wxLogError("'%s::%s' is documented but doesn't exist.",
                               nameClass.c_str(),
                               nameMethod.c_str());
                }
            }
        }

        delete [] methodExists;
    }

    // check that all classes we found in the docs really exist
    for ( nClass = 0; nClass < countClassesInDocs; nClass++ ) {
        if ( !classExists[nClass] ) {
            foundDiff = true;

            wxLogError("Class '%s' is documented but doesn't exist.",
                       m_classes[nClass].c_str());
        }
    }

    delete [] classExists;

    return !foundDiff;
}

DocManager::~DocManager()
{
    WX_CLEAR_ARRAY(m_methods);
}

// ---------------------------------------------------------------------------
// IgnoreNamesHandler implementation
// ---------------------------------------------------------------------------

int IgnoreNamesHandler::CompareIgnoreListEntries(IgnoreListEntry *first,
                                                 IgnoreListEntry *second)
{
    // first compare the classes
    int rc = first->m_classname.Cmp(second->m_classname);
    if ( rc == 0 )
        rc = first->m_funcname.Cmp(second->m_funcname);

    return rc;
}

bool IgnoreNamesHandler::AddNamesFromFile(const wxString& filename)
{
    wxFile file(filename, wxFile::read);
    if ( !file.IsOpened() )
        return false;

    off_t len = file.Length();
    if ( len == wxInvalidOffset )
        return false;

    char *buf = new char[len + 1];
    buf[len] = '\0';

    if ( file.Read(buf, len) == wxInvalidOffset ) {
        delete [] buf;

        return false;
    }

    wxString line;
    for ( const char *current = buf; ; current++ ) {
#ifdef __WXMSW__
        // skip DOS line separator
        if ( *current == '\r' )
            current++;
#endif // wxMSW

        if ( *current == '\n' || *current == '\0' ) {
            if ( line[0u] != '#' ) {
                if ( line.Find(':') != wxNOT_FOUND ) {
                    wxString classname = line.BeforeFirst(':'),
                             funcname = line.AfterLast(':');
                    m_ignore.Add(new IgnoreListEntry(classname, funcname));
                }
                else {
                    // entire class
                    m_ignore.Add(new IgnoreListEntry(line, wxEmptyString));
                }
            }
            //else: comment

            if ( *current == '\0' )
                break;

            line.Empty();
        }
        else {
            line += *current;
        }
    }

    delete [] buf;

    return true;
}

// -----------------------------------------------------------------------------
// global function implementation
// -----------------------------------------------------------------------------

static wxString MakeLabel(const char *classname, const char *funcname)
{
    wxString label(classname);
    if ( funcname && 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];
        }
    }

    if ( funcname ) {
        // special treatment for operatorXXX() stuff because the C operators
        // are not valid in LaTeX labels
        wxString oper;
        if ( wxString(funcname).StartsWith("operator", &oper) ) {
            label << "operator";

            static const struct
            {
                const char *oper;
                const char *name;
            } operatorNames[] =