Cleaning up directories a bit

git-svn-id: https://swig.svn.sourceforge.net/svnroot/swig/branches/gsoc2008-cherylfoil@10764 626c5289-ae23-0410-ae9c-e8d60b6d4f22
This commit is contained in:
Cheryl Foil 2008-08-16 00:42:37 +00:00
commit e1a6b2ca3b
9 changed files with 0 additions and 1347 deletions

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#include "DoxygenEntity.h"
#include <string>
/* Little data class for Doxygen Commands */
/* Basic node for commands that have
* nothing after them
* example: \n
*/
string commandArray2[] = {"a", "addindex", "addtogroup", "anchor", "arg", "attention",
"author", "b", "brief", "bug", "c", "callgraph", "callergraph", "category",
"class", "code", "cond", "copybrief", "copydetails", "copydoc", "date", "def",
"defgroup", "deprecated", "details", "dir", "dontinclude", "dot", "dotfile", "e",
"else", "elseif", "em", "endcode", "endcond", "enddot", "endhtmlonly", "endif",
"endlatexonly", "endlink", "endmanonly", "endmsc", "endverbatim", "endxmlonly",
"enum", "example", "exception", "f$", "f[", "f]", "f{", "f}", "file", "fn", "headerfile",
"hideinitializer", "htmlinclude", "htmlonly", "if", "ifnot", "image", "include",
"includelineno", "ingroup", "internal", "invariant", "interface", "latexonly", "li",
"line", "link", "mainpage", "manonly", "msc", "n", "name", "namespace", "nosubgrouping",
"note", "overload", "p", "package", "page", "par", "paragraph", "param", "post", "pre",
"private", "privatesection", "property", "protected", "protectedsection", "protocol",
"public", "publicsection", "ref", "relates", "relatesalso", "remarks", "return", "retval",
"sa", "section", "see", "showinitializer", "since", "skip", "skipline", "struct", "subpage",
"subsection", "subsubsection", "test", "throw", "todo", "tparam", "typedef", "union", "until",
"var", "verbatim", "verbinclude", "version", "warning", "weakgroup", "xmlonly", "xrefitem",
"$", "@", string(1, 92), "&", "~", "<", ">", "#", "%"};
string findCommand(int commandNum){
int arraySize = sizeof(commandArray2)/sizeof(*commandArray2);
if (commandNum - 101 >= 0 && commandNum - 101 < arraySize){
return commandArray2[commandNum - 101];
}
return "" ;
}
DoxygenEntity::DoxygenEntity(string typeEnt){
typeOfEntity = typeEnt;
data = "";
isLeaf = 1;
}
/* Basic node for commands that have
* only 1 thing after them
* example: \b word
* OR holding a string
*/
DoxygenEntity::DoxygenEntity(string typeEnt, string param1){
typeOfEntity = typeEnt;
data = param1;
isLeaf = 1;
}
/* Nonterminal node
* contains
*/
DoxygenEntity::DoxygenEntity(string typeEnt, list <DoxygenEntity> &entList ){
typeOfEntity = typeEnt;
data = "";
isLeaf = 0;
entityList = entList;
}
void DoxygenEntity::printEntity(int level){
int thisLevel = level;
if (isLeaf) {
for (int i = 0; i < thisLevel; i++) {cout << "\t";}
cout << "Node Command: " << typeOfEntity << " ";
if (data.compare("") != 0) cout << "Node Data: " << data;
cout << endl;
}
else{
for (int i = 0; i < thisLevel; i++) {cout << "\t";}
cout << "Node Command : " << typeOfEntity << endl;
list<DoxygenEntity>::iterator p = entityList.begin();
thisLevel++;
while (p != entityList.end()){
(*p).printEntity(thisLevel);
p++;
}
}
}
DoxygenEntity::~DoxygenEntity()
{
}

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#ifndef DOXYGENENTITY_H_
#define DOXYGENENTITY_H_
#include <cstdlib>
#include <iostream>
#include <string>
#include <list>
using namespace std;
class DoxygenEntity{
public:
DoxygenEntity(string typeEnt);
DoxygenEntity(string typeEnt, string param1);
DoxygenEntity(string typeEnt, list <DoxygenEntity> &entList );
~DoxygenEntity();
void printEntity(int level);
string typeOfEntity;
list <DoxygenEntity> entityList;
string data;
int isLeaf;
};
#endif /*TOKENLIST_H_*/

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//THE TOKENIZER REWORK
/* The main class for translating blobs of Doxygen for SWIG
* by Cheryl Foil, mentor Olly Betts, for Google's Summer of Code Program
* Currently the spacing/format on this is a bit goofy in places, due to shuffling code
* between 2 editors! Apologies for anyone combing through it :)
*/
//TODO DOH instead of STL?
//TODO work in Brief descriptions, detailed descriptions for autobrief
#include <cstdlib>
#include <iostream>
#include <fstream>
#include <string>
#include <list>
#include "DoxygenEntity.h"
#include "TokenList.h"
#include "JavaDocConverter.h"
#define SIMPLECOMMAND 1
#define IGNOREDSIMPLECOMMAND 2
#define COMMANDWORD 3
#define IGNOREDCOMMANDWORD 4
#define COMMANDLINE 5
#define IGNOREDCOMMANDLINE 6
#define COMMANDPARAGRAPH 7
#define IGNORECOMMANDPARAGRAPH 8
#define COMMANDENDCOMMAND 9
#define COMMANDWORDPARAGRAPH 10
#define COMMANDWORDLINE 11
#define COMMANDWORDOWORDWORD 12
#define COMMANDOWORD 13
#define COMMANDERRORTHROW 14
#define COMMANDUNIQUE 15
#define END_LINE 101
#define PARAGRAPH_END 102
#define PLAINSTRING 103
#define COMMAND 104
using namespace std;
//////////////////////////////////////////
/*Set these to pick what internal functions
to test. */
//int testCommandParsingFunctions = 1;// not implemented
int noisy = 0; // set this to 1 for extra chatter from the parsing stage.
int addCommand(string currCommand, TokenList &tokList, list <DoxygenEntity> &aNewList);
list <DoxygenEntity> parse(list<Token>::iterator endParsingIndex, TokenList &tokList);
//////////////////////////////////////////
string commandArray[] = {"a", "addindex", "addtogroup", "anchor", "arg", "attention",
"author", "b", "brief", "bug", "c", "callgraph", "callergraph", "category",
"class", "code", "cond", "copybrief", "copydetails", "copydoc", "date", "def",
"defgroup", "deprecated", "details", "dir", "dontinclude", "dot", "dotfile", "e",
"else", "elseif", "em", "endcode", "endcond", "enddot", "endhtmlonly", "endif",
"endlatexonly", "endlink", "endmanonly", "endmsc", "endverbatim", "endxmlonly",
"enum", "example", "exception", "f$", "f[", "f]", "f{", "f}", "file", "fn", "headerfile",
"hideinitializer", "htmlinclude", "htmlonly", "if", "ifnot", "image", "include",
"includelineno", "ingroup", "internal", "invariant", "interface", "latexonly", "li",
"line", "link", "mainpage", "manonly", "msc", "n", "name", "namespace", "nosubgrouping",
"note", "overload", "p", "package", "page", "par", "paragraph", "param", "post", "pre",
"private", "privatesection", "property", "protected", "protectedsection", "protocol",
"public", "publicsection", "ref", "relates", "relatesalso", "remarks", "return", "retval",
"sa", "section", "see", "showinitializer", "since", "skip", "skipline", "struct", "subpage",
"subsection", "subsubsection", "test", "throw", "todo", "tparam", "typedef", "union", "until",
"var", "verbatim", "verbinclude", "version", "warning", "weakgroup", "xmlonly", "xrefitem",
"$", "@", "\\","&", "~", "<", ">", "#", "%"};
string sectionIndicators[] = { "attention", "author", "brief", "bug", "cond", "date", "deprecated", "details",
"else", "elseif", "endcond", "endif", "exception", "if", "ifnot", "invariant", "note", "par", "param",
"tparam", "post" , "pre", "remarks", "return", "retval", "sa", "see", "since", "test", "throw", "todo",
"version", "warning", "xrefitem" };
/* All of the doxygen commands divided up by how they are parsed */
string simpleCommands[] = {"n", "$", "@", "\\", "&", "~", "<", ">", "#", "%"};
string ignoredSimpleCommands[] = {"nothing at the moment"};
string commandWords[] = {"a", "b", "c", "e", "em", "p", "def", "enum", "example", "package",
"relates", "namespace", "relatesalso","anchor", "dontinclude", "include", "includelineno"};
string ignoredCommandWords[] = {"copydoc", "copybrief", "copydetails", "verbinclude", "htmlinclude"};
string commandLines[] = {"addindex", "fn", "name", "line", "var", "skipline", "typedef", "skip", "until", "property"};
string ignoreCommandLines[] = {"nothing at the moment"};
string commandParagraph[] = {"return", "remarks", "since", "test", "sa", "see", "pre", "post", "details", "invariant",
"deprecated", "date", "note", "warning", "version", "todo", "bug", "attention", "brief", "author"};
string ignoreCommandParagraphs[] = {"nothing at the moment"};
string commandEndCommands[] = {"code", "dot", "msc", "f$", "f[", "f{environment}{", "htmlonly", "latexonly", "manonly",
"verbatim", "xmlonly", "cond", "if", "ifnot", "link"};
string commandWordParagraphs[] = {"param", "tparam", "throw", "retval", "exception"};
string commandWordLines[] = {"page", "subsection", "subsubsection", "section", "paragraph", "defgroup"};
string commandWordOWordOWords [] = {"category", "class", "protocol", "interface", "struct", "union"};
string commandOWords[] = {"dir", "file", "cond"};
string commandErrorThrowings[] = {"annotatedclasslist", "classhierarchy", "define", "functionindex", "header",
"headerfilelist", "inherit", "l", "postheader", "private", "privatesection", "protected",
"protectedsection", "public", "publicsection", "endcode", "enddot", "endmsc", "endhtmlonly",
"endlatexonly", "endmanonly", "endlink", "endverbatim", "endxmlonly", "f]", "f}", "endcond",
"endif"};
string commandUniques[] = {"xrefitem", "arg", "ingroup", "par", "headerfile", "overload", "weakgroup", "ref",
"subpage", "dotfile", "image", "addtogroup", "li"};
/* Changes a string to all lower case*/
string StringToLower(string stringToConvert)
{
for(unsigned int i=0;i<stringToConvert.length();i++)
{
stringToConvert[i] = tolower(stringToConvert[i]);
}
return stringToConvert;//return the converted string
}
/* finds out if a command exists (is a possible command)
* from the string array commandArray
* returns -1 if no match is found */
int findCommand(string smallString){
smallString = StringToLower(smallString);
int a;
for (int i = 0; i < sizeof(commandArray)/sizeof(*commandArray); i++){
if( (a = smallString.compare(commandArray[i])) == 0){
return 101 + i;
}
}
return -1;
}
/* isSectionIndicator returns a boolean if the command is a section indicator
* This is a helper method for finding the end of a paragraph
* by Doxygen's terms
*/
int isSectionIndicator(string smallString){
smallString = StringToLower(smallString);
for (int i = 0; i < sizeof( sectionIndicators)/sizeof(* sectionIndicators); i++){
if( smallString.compare( sectionIndicators[i]) == 0){
return 1;
}
}
return 0;
}
/* prints the parse tree
*
*/
void printTree( list <DoxygenEntity> &rootList){
list<DoxygenEntity>::iterator p = rootList.begin();
while (p != rootList.end()){
(*p).printEntity(0);
p++;
}
}
/* Determines how a command should be handled (what group it belongs to
* for parsing rules
*/
int commandBelongs(string theCommand){
string smallString = StringToLower(theCommand );
//cout << " Looking for command " << theCommand << endl;
int i = 0;
for ( i = 0; i < sizeof(simpleCommands)/sizeof(*simpleCommands); i++){
if(smallString.compare(simpleCommands[i]) == 0){return SIMPLECOMMAND ;}
}
for ( i = 0; i < sizeof(ignoredSimpleCommands)/sizeof(*ignoredSimpleCommands); i++){
if(smallString.compare(ignoredSimpleCommands[i]) == 0){return IGNOREDSIMPLECOMMAND;}
}
for ( i = 0; i < sizeof(commandWords)/sizeof(*commandWords); i++){
if(smallString.compare( commandWords[i]) == 0){return COMMANDWORD;}
}
for ( i = 0; i < sizeof(ignoredCommandWords)/sizeof(*ignoredCommandWords); i++){
if(smallString.compare( ignoredCommandWords[i]) == 0){return IGNOREDCOMMANDWORD;}
}
for ( i = 0; i < sizeof(commandLines)/sizeof(*commandLines); i++){
if(smallString.compare( commandLines[i]) == 0){return COMMANDLINE;}
}
for ( i = 0; i < sizeof(ignoreCommandLines)/sizeof(*ignoreCommandLines); i++){
if(smallString.compare( ignoreCommandLines[i]) == 0){return IGNOREDCOMMANDLINE;}
}
for ( i = 0; i < sizeof(commandParagraph)/sizeof(*commandParagraph); i++){
if(smallString.compare( commandParagraph[i]) == 0){return COMMANDPARAGRAPH;}
}
/* IgnoreCommandParagraph */
for ( i = 0; i < sizeof(ignoreCommandParagraphs)/sizeof(*ignoreCommandParagraphs); i++){
if(smallString.compare( ignoreCommandParagraphs[i]) == 0){return IGNORECOMMANDPARAGRAPH;}
}
for ( i = 0; i < sizeof(commandEndCommands)/sizeof(*commandEndCommands); i++){
if(smallString.compare( commandEndCommands[i]) == 0){return COMMANDENDCOMMAND ;}
}
for ( i = 0; i < sizeof(commandWordParagraphs)/sizeof(*commandWordParagraphs); i++){
if(smallString.compare( commandWordParagraphs[i]) == 0){return COMMANDWORDPARAGRAPH;}
}
for ( i = 0; i < sizeof(commandWordLines)/sizeof(*commandWordLines); i++){
if(smallString.compare( commandWordLines[i]) == 0){return COMMANDWORDLINE ;}
}
for ( i = 0; i < sizeof(commandWordOWordOWords)/sizeof(*commandWordOWordOWords); i++){
if(smallString.compare( commandWordOWordOWords[i]) == 0){return COMMANDWORDOWORDWORD;}
}
for ( i = 0; i < sizeof(commandOWords)/sizeof(*commandOWords); i++){
if(smallString.compare( commandOWords[i]) == 0){return COMMANDOWORD;}
}
for ( i = 0; i < sizeof(commandErrorThrowings)/sizeof(*commandErrorThrowings); i++){
if(smallString.compare( commandErrorThrowings[i]) == 0){return COMMANDERRORTHROW;}
}
for ( i = 0; i < sizeof(commandUniques)/sizeof(*commandUniques); i++){
if(smallString.compare( commandUniques[i]) == 0){return COMMANDUNIQUE;}
}
return 0;
}
/* Returns the next word ON THE CURRENT LINE ONLY
* if a new line is encountered, returns a blank string.
* Updates the index it is given if success.
*/
string getNextWord(TokenList &tokList){
Token nextToken = tokList.peek();
if (nextToken.tokenType == PLAINSTRING ){
nextToken = tokList.next();
return nextToken.tokenString;
}
return "";
}
/* Returns the location of the end of the line as
* an iterator.
*/
list<Token>::iterator getOneLine(TokenList &tokList){
list<Token>::iterator endOfParagraph = tokList.iteratorCopy();
while(endOfParagraph != tokList.end()){
if ((* endOfParagraph).tokenType == END_LINE){
return endOfParagraph;
}
endOfParagraph++;
}
return tokList.end();
}
/* Returns a properly formatted string
* up til ANY command or end of paragraph is encountered.
*/
string getStringTilCommand(TokenList &tokList){
string description;
if (tokList.peek().tokenType == 0) return "";
while(tokList.peek().tokenType == PLAINSTRING || tokList.peek().tokenType == END_LINE ){
Token currentToken = tokList.next();
if(currentToken.tokenType == PLAINSTRING) {
description = description + currentToken.tokenString + " ";
}
else if (tokList.peek().tokenType == END_LINE) break;
}
return description;
}
/* Returns a properly formatted string
* up til the command specified is encountered
*/
//TODO check that this behaves properly for formulas
string getStringTilEndCommand(string theCommand, TokenList &tokList){
string description;
if (tokList.peek().tokenType == 0) return "";
while(tokList.peek().tokenString.compare(theCommand) != 0 ){
Token currentToken = tokList.next();
description = description + currentToken.tokenString + " ";
}
return description;
}
/* Returns the end of a Paragraph as an iterator-
* Paragraph is defined in Doxygen to be a paragraph of text
* seperate by either a structural command or a blank line
*/
list<Token>::iterator getEndOfParagraph(TokenList &tokList){
list<Token>::iterator endOfParagraph = tokList.iteratorCopy();
while(endOfParagraph != tokList.end()){
if ((* endOfParagraph).tokenType == COMMAND){
if(isSectionIndicator((* endOfParagraph).tokenString)) return endOfParagraph;
else endOfParagraph++;
}
else if((* endOfParagraph).tokenType == PLAINSTRING) {
endOfParagraph++;
}
else if ((* endOfParagraph).tokenType == END_LINE){
endOfParagraph++;
if ((* endOfParagraph).tokenType == END_LINE){
endOfParagraph++;
return endOfParagraph;
}
}
}
return tokList.end();
}
/* Returns the end of a section, defined as the first blank line OR first encounter of the same
* command. Example of this behaviour is \arg
*/
list<Token>::iterator getEndOfSection(string theCommand, TokenList &tokList){
list<Token>::iterator endOfParagraph = tokList.iteratorCopy();
while(endOfParagraph != tokList.end()){
if ((* endOfParagraph).tokenType == COMMAND){
if(theCommand.compare((*endOfParagraph).tokenString) == 0) return endOfParagraph;
else endOfParagraph++;
}
else if((* endOfParagraph).tokenType == PLAINSTRING) {
endOfParagraph++;
}
else if ((* endOfParagraph).tokenType == END_LINE){
endOfParagraph++;
if ((* endOfParagraph).tokenType == END_LINE){
endOfParagraph++;
return endOfParagraph;
}
}
}
}
/* This method is for returning the end of a specific form of doxygen command
* that begins with a \command and ends in \endcommand
* such as \code and \endcode. The proper usage is
* progressTilEndCommand("endcode", tokenList);
*/
list<Token>::iterator getEndCommand(string theCommand, TokenList &tokList){
list<Token>::iterator endOfCommand = tokList.iteratorCopy();
while (endOfCommand!= tokList.end()){
if ((*endOfCommand).tokenType == COMMAND){
if (theCommand.compare((* endOfCommand).tokenString) == 0){
return endOfCommand;
}
endOfCommand++;
}
}
//End command not found
return tokList.end();
}
/* A specialty method for commands such as \arg that end at the end of a paragraph OR when another \arg is encountered
*/
list<Token>::iterator getTilAnyCommand(string theCommand, TokenList &tokList){
list<Token>::iterator anIterator;
return anIterator;
}
/* Method for Adding a Simple Command
* Format: @command
* Plain commands, such as newline etc, they contain no other data
* \n \\ \@ \& \$ \# \< \> \%
*/
int addSimpleCommand(string theCommand, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
doxyList.push_back(DoxygenEntity(theCommand));
return 1;
}
/* NOT INCLUDED Simple Commands
* Format: @command
* Plain commands, such as newline etc, they contain no other data
*/
int ignoreSimpleCommand(string theCommand, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Not Adding " << theCommand << endl;
return 1;
}
/* CommandWord
* Format: @command <word>
* Commands with a single WORD after then such as @b
* "a", "b", "c", "e", "em", "p", "def", "enum", "example", "package",
* "relates", "namespace", "relatesalso","anchor", "dontinclude", "include", "includelineno"
*/
int addCommandWord(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (!name.empty()){
doxyList.push_back(DoxygenEntity(theCommand, name));
return 1;
}
else cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
/* NOT INCLUDED CommandWord
* Format: @command <word>
* Commands with a single WORD after then such as @b
* "copydoc", "copybrief", "copydetails", "verbinclude", "htmlinclude"
*/
int ignoreCommandWord(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Not Adding " << theCommand << endl;
string name = getNextWord(tokList);
if (!name.empty()){
return 1;
}
else cout << "WARNING: No word followed " << theCommand << " command." << endl;
return 0;
}
/* CommandLine
* Format: @command (line)
* Commands with a single LINE after then such as @var
* "addindex", "fn", "name", "line", "var", "skipline", "typedef", "skip", "until", "property"
*/
int addCommandLine(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
list<Token>::iterator endOfLine = getOneLine(tokList);
list <DoxygenEntity> aNewList;
aNewList = parse(endOfLine, tokList);
doxyList.push_back( DoxygenEntity(theCommand, aNewList));
return 1;
}
/* NOT INCLUDED CommandLine
* Format: @command (line)
* Commands with a single LINE after then such as @var
*
*/
int ignoreCommandLine(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfLine = getOneLine(tokList);
tokList.setIterator(endOfLine);
return 1;
}
/* CommandParagraph
* Format: @command {paragraph}
* Commands with a single paragraph after then such as @return
* "return", "remarks", "since", "test", "sa", "see", "pre", "post", "details", "invariant",
* "deprecated", "date", "note", "warning", "version", "todo", "bug", "attention", "brief", "arg", "author"
*/
int addCommandParagraph(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
//if(!restOfParagraph.empty()){
list <DoxygenEntity> aNewList;
aNewList = parse(endOfParagraph, tokList);
doxyList.push_back( DoxygenEntity(theCommand, aNewList));
return 1;
// }
//else cout << "No line followed " << theCommand << " command. Not added" << endl;
}
/* CommandParagraph
* Format: @command {paragraph}
* Commands with a single LINE after then such as @var
*
*/
int ignoreCommandParagraph(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
tokList.setIterator(endOfParagraph);
//else cout << "WARNING: No line followed " << theCommand << " command." << endl;
return 1;
}
/* Command EndCommand
* Format: @command and ends at @endcommand
* Commands that take in a block of text such as @code
* "code", "dot", "msc", "f$", "f[", "f{environment}{", "htmlonly", "latexonly", "manonly",
* "verbatim", "xmlonly", "cond", "if", "ifnot", "link"
* Returns 1 if success, 0 if the endcommand is never encountered.
*/
int addCommandEndCommand(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Not Adding " << theCommand << endl;
string description = getStringTilEndCommand( "end" + theCommand, tokList);
doxyList.push_back(DoxygenEntity(theCommand, description));
return 1;
}
/* CommandWordParagraph
* Format: @command <word> {paragraph}
* Commands such as param
* "param", "tparam", "throw", "retval", "exception"
*/
int addCommandWordParagraph(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (name.empty()){
cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
//if(!restOfParagraph.empty()){
list <DoxygenEntity> aNewList;
aNewList = parse(endOfParagraph, tokList);
aNewList.push_front(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 0;
}
/* CommandWordLine
* Format: @command <word> (line)
* Commands such as param
* "page", "subsection", "subsubsection", "section", "paragraph", "defgroup"
*/
int addCommandWordLine(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (name.empty()){
cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
list<Token>::iterator endOfLine = getOneLine(tokList);
list <DoxygenEntity> aNewList;
aNewList = parse(endOfLine, tokList);
aNewList.push_front(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 1;
//else cout << "No line followed " << theCommand << " command. Not added" << endl;
}
/* Command Word Optional Word Optional Word
* Format: @command <word> [<header-file>] [<header-name>]
* Commands such as class
* "category", "class", "protocol", "interface", "struct", "union"
*/
int addCommandWordOWordOWord(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (name.empty()){
cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
string headerfile = getNextWord(tokList);
string headername = getNextWord(tokList);
list <DoxygenEntity> aNewList;
aNewList.push_back(DoxygenEntity("plainstring", name));
if (!headerfile.empty()) aNewList.push_back(DoxygenEntity("plainstring", headerfile));
if (!headername.empty()) aNewList.push_back(DoxygenEntity("plainstring", headername));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 1;
}
/* Command Optional Word
* Format: @command [<word>]
* Commands such as dir
* "dir", "file", "cond"
*/
int addCommandOWord(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
doxyList.push_back(DoxygenEntity(theCommand, name));
return 1;
}
/* Commands that should not be encountered (such as PHP only)
*/
int addCommandErrorThrow(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
cout << "Encountered :" << theCommand << endl;
cout << "This command should not have been encountered. Behaviour past this may be unpredictable " << endl;
}
int addCommandUnique(string theCommand, TokenList &tokList, list <DoxygenEntity> &doxyList){
list <DoxygenEntity> aNewList;
if (theCommand.compare("arg") == 0 || theCommand.compare("li") == 0){
list<Token>::iterator endOfSection = getEndOfSection(theCommand, tokList);
list <DoxygenEntity> aNewList;
aNewList = parse(endOfSection, tokList);
doxyList.push_back( DoxygenEntity(theCommand, aNewList));
}
// \xrefitem <key> "(heading)" "(list title)" {text}
else if (theCommand.compare("xrefitem") == 0){
//TODO Implement xrefitem
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
tokList.setIterator(endOfParagraph);
return 1;
}
// \ingroup (<groupname> [<groupname> <groupname>])
else if (theCommand.compare("ingroup") == 0){
string name = getNextWord(tokList);
aNewList.push_back(DoxygenEntity("plainstring", name));
name = getNextWord(tokList);
if(!name.empty()) aNewList.push_back(DoxygenEntity("plainstring", name));
name = getNextWord(tokList);
if(!name.empty()) aNewList.push_back(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 1;
}
// \par [(paragraph title)] { paragraph }
else if (theCommand.compare("par") == 0){
list<Token>::iterator endOfLine = getOneLine(tokList);
aNewList = parse(endOfLine, tokList);
list <DoxygenEntity> aNewList2;
aNewList2 = parse(endOfLine, tokList);
aNewList.splice(aNewList.end(), aNewList2);
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 1;
}
// \headerfile <header-file> [<header-name>]
else if (theCommand.compare("headerfile") == 0){
list <DoxygenEntity> aNewList;
string name = getNextWord(tokList);
aNewList.push_back(DoxygenEntity("plainstring", name));
name = getNextWord(tokList);
if(!name.empty()) aNewList.push_back(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
return 1;
}
// \overload [(function declaration)]
else if (theCommand.compare("overload") == 0){
list<Token>::iterator endOfLine = getOneLine(tokList);
if (endOfLine != tokList.current()){
list <DoxygenEntity> aNewList;
aNewList = parse(endOfLine, tokList);
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
}
else doxyList.push_back(DoxygenEntity(theCommand));
}
// \weakgroup <name> [(title)]
else if (theCommand.compare("weakgroup") == 0){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (name.empty()){
cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
list <DoxygenEntity> aNewList;
list<Token>::iterator endOfLine = getOneLine(tokList);
if (endOfLine != tokList.current()) {
aNewList = parse(endOfLine, tokList);
}
aNewList.push_front(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
}
// \ref <name> ["(text)"]
else if (theCommand.compare("ref") == 0){
//TODO Implement ref
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
tokList.setIterator(endOfParagraph);
}
// \subpage <name> ["(text)"]
else if (theCommand.compare("subpage") == 0){
//TODO implement subpage
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
tokList.setIterator(endOfParagraph);
}
// \dotfile <file> ["caption"]
else if (theCommand.compare("dotfile") == 0){
//TODO implement dotfile
if (noisy) cout << "Not Adding " << theCommand << endl;
list<Token>::iterator endOfParagraph = getEndOfParagraph(tokList);
tokList.setIterator(endOfParagraph);
}
// \image <format> <file> ["caption"] [<sizeindication>=<size>]
else if (theCommand.compare("image") == 0){
//todo implement image
}
// \addtogroup <name> [(title)]
else if (theCommand.compare("addtogroup") == 0){
if (noisy) cout << "Parsing " << theCommand << endl;
string name = getNextWord(tokList);
if (name.empty()){
cout << "No word followed " << theCommand << " command. Not added" << endl;
return 0;
}
list <DoxygenEntity> aNewList;
list<Token>::iterator endOfLine = getOneLine(tokList);
if (endOfLine != tokList.current()) {
aNewList = parse(endOfLine, tokList);
}
aNewList.push_front(DoxygenEntity("plainstring", name));
doxyList.push_back(DoxygenEntity(theCommand, aNewList));
}
}
/* The actual "meat" of the doxygen parser. This is not yet fully implemented
* with my current design- however the skeletal outline is contained in
* the file Skeleton
*/
int addCommand(string commandString, TokenList &tokList,list <DoxygenEntity> &doxyList){
string theCommand = StringToLower(commandString);
if (theCommand.compare("plainstring") == 0){
string nextPhrase = getStringTilCommand( tokList);
if (noisy) cout << "Parsing plain string :" << nextPhrase << endl;
doxyList.push_back(DoxygenEntity("plainstring", nextPhrase ));
return 1;
}
int commandNumber = commandBelongs(theCommand);
if (commandNumber == SIMPLECOMMAND){
return addSimpleCommand(theCommand, doxyList);
}
if (commandNumber == IGNOREDSIMPLECOMMAND){
return ignoreSimpleCommand(theCommand, doxyList);
}
if (commandNumber == COMMANDWORD){
return addCommandWord(theCommand, tokList, doxyList);
}
if (commandNumber == IGNOREDCOMMANDWORD){
return ignoreCommandWord(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDLINE ){
return addCommandLine(theCommand, tokList, doxyList);
}
if (commandNumber == IGNOREDCOMMANDLINE ){
return ignoreCommandLine(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDPARAGRAPH){
return addCommandParagraph(theCommand, tokList, doxyList);
}
if (commandNumber == IGNORECOMMANDPARAGRAPH){
return ignoreCommandParagraph(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDENDCOMMAND){
return addCommandEndCommand(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDWORDPARAGRAPH){
return addCommandWordParagraph(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDWORDLINE){
return addCommandWordLine(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDWORDOWORDWORD){
return addCommandWordOWordOWord(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDOWORD){
return addCommandOWord(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDERRORTHROW){
return addCommandErrorThrow(theCommand, tokList, doxyList);
}
if (commandNumber == COMMANDUNIQUE){
return addCommandUnique(theCommand, tokList, doxyList);
}
return 0;
}
list<DoxygenEntity> parse(list<Token>::iterator endParsingIndex, TokenList &tokList){
list <DoxygenEntity> aNewList;
int currCommand;
while (tokList.current() != endParsingIndex){
Token currToken = tokList.peek();
if(noisy) cout << "Parsing for phrase starting in:" << currToken.toString() << endl;
if(currToken.tokenType == END_LINE ){
tokList.next();
}
else if(currToken.tokenType == COMMAND){
currCommand = findCommand(currToken.tokenString);
tokList.next();
if (currCommand < 0 ){ if(noisy) cout << "BAD COMMAND: " << currToken.tokenString << endl;}
//cout << "Command: " << currWord << " " << currCommand << endl;
else addCommand(currToken.tokenString, tokList, aNewList);
}
else if (currToken.tokenType == PLAINSTRING){
addCommand(string("plainstring"), tokList, aNewList);
}
}
return aNewList;
}
list<DoxygenEntity> convert(string doxygenBlob){
TokenList tokList = TokenList(doxygenBlob);
if(noisy) {
cout << "---TOKEN LIST---" << endl;
tokList.printList();
}
list <DoxygenEntity> rootList;
rootList = parse( tokList.end(), tokList);
if(noisy) {
cout << "PARSED LIST" << endl;
printTree(rootList);
}
return rootList;
}
int main(int argc, char *argv[]){
string doxygenString1 = "//! A normal member taking two arguments and returning an integer value. This is a very long description for the simple purpose of showing off formatting. Let's make it a bit longer just to be sure. \n/*!\n \\param a an \\b integer argument.\n \\return The test results\n \\param s a constant character pointer. Let's also make this a very long description! \n \\bug this command should, for now, be totally ignored\n \\author cheryl foil\n \\sa Test(), ~Test(), testMeToo() and publicVar()\n */";
cout << "---ORIGINAL DOXYGEN--- " << endl << doxygenString1 << endl;
list <DoxygenEntity> rootList = convert(doxygenString1);
JavaDocConverter jDC = JavaDocConverter();
jDC.convertToJavaDoc(rootList);
return 1;
}

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@ -1,210 +0,0 @@
#include "JavaDocConverter.h"
#include <cstdlib>
#include <iostream>
#include <string>
#include <list>
#define APPROX_LINE_LENGTH 64//characters per line allowed
#define TAB_SIZE 8//characters per line allowed
int printSortedTree2 = 0;
//TODO {@link} {@linkplain} {@docRoot}, and other useful doxy commands that are not a javadoc tag
JavaDocConverter::JavaDocConverter()
{
}
JavaDocConverter::~JavaDocConverter()
{
}
/* Sorts entities by javaDoc standard order for commands
* NOTE: will not behave entirely properly until "First level" comments
* such as brief descriptions are TAGGED as such
*/
bool compare_DoxygenEntities(DoxygenEntity first, DoxygenEntity second){
if(first.typeOfEntity.compare("plainstring") == 0) return true;
if(second.typeOfEntity.compare("plainstring") == 0) return false;
if(first.typeOfEntity.compare("param") == 0){
if(second.typeOfEntity.compare("param")== 0) return true;
if(second.typeOfEntity.compare("return")== 0) return true;
if(second.typeOfEntity.compare("exception")== 0) return true;
if(second.typeOfEntity.compare("author")== 0) return true;
if(second.typeOfEntity.compare("version")== 0)return true;
if(second.typeOfEntity.compare("see")== 0)return true;
if(second.typeOfEntity.compare("since")== 0)return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("return")== 0){
if(second.typeOfEntity.compare("return")== 0) return true;
if(second.typeOfEntity.compare("exception")== 0) return true;
if(second.typeOfEntity.compare("author")== 0) return true;
if(second.typeOfEntity.compare("version")== 0)return true;
if(second.typeOfEntity.compare("see")== 0)return true;
if(second.typeOfEntity.compare("since")== 0)return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("exception")== 0){
if(second.typeOfEntity.compare("exception")== 0) return true;
if(second.typeOfEntity.compare("author")== 0) return true;
if(second.typeOfEntity.compare("version")== 0)return true;
if(second.typeOfEntity.compare("see")== 0)return true;
if(second.typeOfEntity.compare("since")== 0)return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("author")== 0){
if(first.typeOfEntity.compare("author")== 0) return true;
if(first.typeOfEntity.compare("version")== 0)return true;
if(first.typeOfEntity.compare("see")== 0)return true;
if(first.typeOfEntity.compare("since")== 0)return true;
if(first.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("version")== 0){
if(second.typeOfEntity.compare("version")== 0)return true;
if(second.typeOfEntity.compare("see")== 0)return true;
if(second.typeOfEntity.compare("since")== 0)return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("see")== 0 || first.typeOfEntity.compare("sa")== 0){
if(second.typeOfEntity.compare("see")== 0)return true;
if(second.typeOfEntity.compare("sa")== 0)return true;
if(second.typeOfEntity.compare("since")== 0)return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("since")== 0){
if(second.typeOfEntity.compare("since")== 0) return true;
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
if(first.typeOfEntity.compare("deprecated")== 0){
if(second.typeOfEntity.compare("deprecated")== 0)return true;
return false;
}
return true;
}
void JavaDocConverter::printSortedTree(list <DoxygenEntity> &entityList){
list<DoxygenEntity>::iterator p = entityList.begin();
while (p != entityList.end()){
(*p).printEntity(0);
p++;
}
}
string formatCommand(string unformattedLine, int indent){
string formattedLines = "\n * ";
int lastPosition = 0;
int i = 0;
int isFirstLine = 1;
while (i != -1 && i < unformattedLine.length()){
lastPosition = i;
if (isFirstLine){
i+=APPROX_LINE_LENGTH;
}
else i+=APPROX_LINE_LENGTH - indent*TAB_SIZE;
i = unformattedLine.find(" ", i);
if (i > 0 && i + 1 < unformattedLine.length()){
if (!isFirstLine) for (int j = 0; j < indent; j++) {
formattedLines.append("\t");
}
else {
isFirstLine = 0;
}
formattedLines.append(unformattedLine.substr(lastPosition, i - lastPosition + 1));
formattedLines.append("\n *");
}
}
if (lastPosition < unformattedLine.length()){
if (!isFirstLine) {for (int j = 0; j < indent; j++) {formattedLines.append("\t");}}
formattedLines.append(unformattedLine.substr(lastPosition, unformattedLine.length() - lastPosition));
}
return formattedLines;
}
/* Contains the conversions for tags
* could probably be much more efficient...
*/
string javaDocFormat(DoxygenEntity &doxygenEntity){
if (doxygenEntity.typeOfEntity.compare("plainstring") == 0){
return doxygenEntity.data;
}
else if (doxygenEntity.typeOfEntity.compare("brief") == 0){
return doxygenEntity.data;
}
if (doxygenEntity.typeOfEntity.compare("detailed") == 0){
return doxygenEntity.data;
}
else if (doxygenEntity.typeOfEntity.compare("b") == 0){
return "<b>" + doxygenEntity.data + "</b>";
}
else if (doxygenEntity.typeOfEntity.compare("c") == 0){
return "<tt>" + doxygenEntity.data + "</tt>";
}
return "";
}
string translateSubtree( DoxygenEntity &doxygenEntity){
string returnedString;
if (doxygenEntity.isLeaf){ return javaDocFormat(doxygenEntity) + " ";}
else {
returnedString += javaDocFormat(doxygenEntity);
list<DoxygenEntity>::iterator p = doxygenEntity.entityList.begin();
while (p != doxygenEntity.entityList.end()){
returnedString+= translateSubtree(*p);
p++;
}
}
return returnedString;
}
string translateEntity(DoxygenEntity &doxyEntity){
if(doxyEntity.typeOfEntity.compare("plainstring")== 0 || doxyEntity.typeOfEntity.compare("deprecated")== 0 || doxyEntity.typeOfEntity.compare("brief")== 0)
return formatCommand(doxyEntity.data, 0) + "\n * ";
else if(doxyEntity.typeOfEntity.compare("see") == 0){
return formatCommand(string("@" + doxyEntity.typeOfEntity + "\t\t" + translateSubtree(doxyEntity)), 2);
}
else if(doxyEntity.typeOfEntity.compare("return")== 0
|| doxyEntity.typeOfEntity.compare("author")== 0
|| doxyEntity.typeOfEntity.compare("param")== 0
|| doxyEntity.typeOfEntity.compare("since")== 0
|| doxyEntity.typeOfEntity.compare("version")== 0
|| doxyEntity.typeOfEntity.compare("exception") == 0
|| doxyEntity.typeOfEntity.compare("deprecated") == 0){
return formatCommand(string("@" + doxyEntity.typeOfEntity + "\t" + translateSubtree(doxyEntity)), 2);
}
else if(doxyEntity.typeOfEntity.compare("sa")== 0){
return formatCommand(string("@see\t\t" + translateSubtree(doxyEntity)), 2);
}
return "";
}
string JavaDocConverter:: convertToJavaDoc(list <DoxygenEntity> entityList){
entityList.sort(compare_DoxygenEntities);
if(printSortedTree2){
cout << "---RESORTED LIST---" << endl;
printSortedTree(entityList);
}
string javaDocString = "/**";
list<DoxygenEntity>::iterator entityIterator = entityList.begin();
while (entityIterator != entityList.end()){
javaDocString += translateEntity(*entityIterator);
entityIterator++;
}
javaDocString += "\n */\n";
cout << "\n---RESULT IN JAVADOC---" << endl;
cout << javaDocString;
return javaDocString;
}

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@ -1,18 +0,0 @@
#include <list>
#include <string>
#include "DoxygenEntity.h"
#ifndef JAVADOCCONVERTER_H_
#define JAVADOCCONVERTER_H_
class JavaDocConverter
{
public:
JavaDocConverter();
string convertToJavaDoc(list <DoxygenEntity> entityList);
~JavaDocConverter();
void printSortedTree(list <DoxygenEntity> &entityList);
};
#endif /*JAVADOCCONVERTER_H_*/

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@ -1,32 +0,0 @@
#include "Token.h"
#include <cstdlib>
#include <iostream>
#include <string>
#include <list>
using namespace std;
Token::Token(int tType, string tString)
{
tokenType = tType;
tokenString = tString;
}
string Token::toString()
{
if (tokenType == END_LINE){
return "{END OF LINE}";
}
if (tokenType == PARAGRAPH_END){
return "{END OF PARAGRAPH}";
}
if (tokenType == PLAINSTRING){
return tokenString;
}
if (tokenType == COMMAND){
return "{COMMAND : " + tokenString+ "}";
}
return "";
}
Token:: ~Token(){}

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@ -1,21 +0,0 @@
#ifndef TOKEN_H_
#define TOKEN_H_
#include <string>
#define END_LINE 101
#define PARAGRAPH_END 102
#define PLAINSTRING 103
#define COMMAND 104
using namespace std;
class Token
{
public:
Token(int tType, string tString);
~Token();
int tokenType; /* currently can be END_LINE, PLAINSTRING, or COMMAND */
string tokenString; /* the data , such as param for @param*/
string toString();
};
#endif /*TOKEN_H_*/

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@ -1,114 +0,0 @@
#include "TokenList.h"
#include <cstdlib>
#include <iostream>
#include <string>
#include <list>
#include "Token.h"
#define TOKENSPERLINE 8; //change this to change the printing behaviour of the token list
#define END_LINE 101
#define PARAGRAPH_END 102 //not used at the moment
#define PLAINSTRING 103
#define COMMAND 104
using namespace std;
list <Token> tokenList;
list<Token>::iterator tokenListIterator;
int noisy2 = 0;
/* The tokenizer*/
TokenList::TokenList(string doxygenString){
int currentIndex = 0;
//Regex whitespace("[ \t]+");
//Regex newLine("[\n]");
//Regex command("[@|\\]{1}[^ \t \n]+"); //the cheap solution
//Regex doxygenFluff("[/*!]+");
int nextIndex = 0;
int isFluff = 0;
string currentWord;
while (currentIndex < doxygenString.length()){
if(doxygenString[currentIndex] == '\n'){
tokenList.push_back(Token(END_LINE, currentWord));
currentIndex++;
}
while(currentIndex < doxygenString.length() && (doxygenString[currentIndex] == ' '
|| doxygenString[currentIndex]== '\t')) currentIndex ++;
if (currentIndex == doxygenString.length()) {} //do nothing since end of string was reached
else {nextIndex = currentIndex;
while (nextIndex < doxygenString.length() && (doxygenString[nextIndex] != ' '
&& doxygenString[nextIndex]!= '\t' && doxygenString[nextIndex]!= '\n')) nextIndex++;
currentWord = doxygenString.substr(currentIndex, nextIndex-currentIndex);
if(noisy2) cout << "Current Word: " << currentWord << endl;
if (currentWord[0] == '@' || currentWord[0] == '\\'){
currentWord = currentWord.substr(1, currentWord.length()-1);
tokenList.push_back(Token(COMMAND, currentWord));
}
else if (currentWord[0] == '\n'){
//if ((tokenList.back()).tokenType == END_LINE){}
tokenList.push_back(Token(END_LINE, currentWord));
}
else if (currentWord[0] == '*' || currentWord[0] == '/' ||currentWord[0] == '!'){
if (currentWord.length() == 1) {isFluff = 1;}
else { isFluff = 1;
for(int i = 1; i < currentWord.length(); i++){
if (currentWord[0] != '*' && currentWord[0] != '/' && currentWord[0] != '!') isFluff = 0;
}
}
if(!isFluff) tokenList.push_back(Token(PLAINSTRING, currentWord));
}
else tokenList.push_back(Token(PLAINSTRING, currentWord));
currentIndex = nextIndex;
}
}
tokenListIterator = tokenList.begin();
}
Token TokenList::peek(){
if(tokenListIterator!= tokenList.end()){
Token returnedToken = (*tokenListIterator);
return returnedToken;
}
else
return Token(0, "");
}
Token TokenList::next(){
if(tokenListIterator != tokenList.end()){
Token returnedToken = (*tokenListIterator);
tokenListIterator++;
return (returnedToken);
}
else
return Token(0, "");
}
list<Token>::iterator TokenList::end(){
return tokenList.end();
}
list<Token>::iterator TokenList::current(){
return tokenListIterator;
}
void TokenList::printList(){
list<Token>::iterator p = tokenList.begin();
int i = 1;
int b = 0;
while (p != tokenList.end()){
cout << (*p).toString() << " ";
b = i%TOKENSPERLINE;
if (b == 0) cout << endl;
p++; i++;
}
}
list<Token>::iterator TokenList::iteratorCopy(){
list<Token>::iterator p = tokenListIterator;
return p;
}
void TokenList::setIterator(list<Token>::iterator newPosition){
tokenListIterator = newPosition;
}
TokenList:: ~TokenList(){}

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@ -1,27 +0,0 @@
#ifndef TOKENLIST_H_
#define TOKENLIST_H_
#include <cstdlib>
#include <iostream>
#include <string>
#include <list>
#include "Token.h"
using namespace std;
/* a small class used to represent the sequence of tokens
* that can be derived from a formatted doxygen string
*/
class TokenList{
public:
TokenList(string doxygenString); /* constructor takes a blob of Doxygen comment */
~TokenList();
Token peek(); /* returns next token without advancing */
Token next(); /* returns next token and advances */
list<Token>::iterator end(); /* returns an end iterator */
list<Token>::iterator current(); /* returns the current iterator */
void printList(); /* prints out the sequence of tokens */
list<Token>::iterator iteratorCopy(); /* returns a copy of the current iterator */
void setIterator(list<Token>::iterator newPosition); /*moves up the iterator*/
};
#endif /*TOKENLIST_H_*/