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memoryprivate.cpp
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/*
This file is part of cPad Project.
cPad is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
cPad is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with cPad. If not, see <http://www.gnu.org/licenses/>.
*/
#include "memorycenter.h"
void MemoryCenter :: resetLine ( )
{
struct LineHeadPointer *lineHeadTemp1 , *lineHeadTemp2;
struct LexicalAnalysis *wordTemp1 , *wordTemp2;
lineHeadTemp1 = NULL;
lineHeadTemp2 = NULL;
for ( lineHeadTemp1 = memoryHead ; lineHeadTemp1 -> nextLine ; lineHeadTemp2 = lineHeadTemp1 , lineHeadTemp1 = lineHeadTemp1 -> nextLine );
for ( ; lineHeadTemp1 != memoryHead ; lineHeadTemp1 = lineHeadTemp2 , lineHeadTemp2 = lineHeadTemp1 -> previousLine )
{
wordTemp1 = NULL;
wordTemp2 = NULL;
if ( lineHeadTemp1 -> firstWord == NULL )
{
delete ( lineHeadTemp1 );
continue;
}
for ( wordTemp1 = lineHeadTemp1 -> firstWord ; wordTemp1 -> nextWord ; wordTemp2 = wordTemp1 , wordTemp1 = wordTemp1 -> nextWord );
for ( ; wordTemp2 != NULL ; wordTemp1 = wordTemp2 , wordTemp2 = wordTemp1 -> previousWord )
delete ( wordTemp1 );
delete ( wordTemp1 );
delete ( lineHeadTemp1 );
}
memoryHead -> logicLevel = 0;
memoryHead -> linePosition = 0;
memoryHead -> previousLine = NULL;
memoryHead -> nextLine = NULL;
memoryHead -> firstWord = NULL;
}
void MemoryCenter :: resetFunctionList ( )
{
struct FunctionList *functionTemp1 , *functionTemp2;
struct ParameterList *parameterTemp1 , *parameterTemp2;
functionTemp1 = NULL;
functionTemp2 = NULL;
for ( functionTemp1 = functionHead ; functionTemp1 -> nextFunction ; functionTemp2 = functionTemp1 , functionTemp1 = functionTemp1 -> nextFunction );
for ( ; functionTemp1 != functionHead ; functionTemp1 = functionTemp2 , functionTemp2 = functionTemp1 -> previousFunction )
{
parameterTemp1 = NULL;
parameterTemp2 = NULL;
if ( functionTemp1 -> firstParameter == NULL )
{
delete ( functionTemp1 );
continue;
}
for ( parameterTemp1 = functionTemp1 -> firstParameter ; parameterTemp1 -> nextParameter ; parameterTemp2 = parameterTemp1 , parameterTemp1 = parameterTemp1 -> nextParameter );
for ( ; parameterTemp2 != NULL ; parameterTemp1 = parameterTemp2 , parameterTemp2 = parameterTemp1 -> previousParameter )
delete ( parameterTemp1 );
delete ( parameterTemp1 );
delete ( functionTemp1 );
}
functionHead -> functionName = "";
functionHead -> functionNameLength = 0;
functionHead -> functionCategory = "";
functionHead -> functionCategoryLength = 0;
functionHead -> parameterNumber = 0;
functionHead -> functionPosition = 0;
functionHead -> functionLine = 0;
functionHead -> functionOutput = "";
functionHead -> firstParameter = NULL;
functionHead -> previousFunction = NULL;
functionHead -> nextFunction = NULL;
}
void MemoryCenter :: resetCompleList ( )
{
struct CompleList *compleTemp1 , *compleTemp2;
compleTemp1 = NULL;
compleTemp2 = NULL;
for ( compleTemp1 = compleHead ; compleTemp1 -> nextComple ; compleTemp2 = compleTemp1 , compleTemp1 = compleTemp1 -> nextComple );
for ( ; compleTemp1 != compleHead ; compleTemp1 = compleTemp2 , compleTemp2 = compleTemp1 -> previousComple )
delete ( compleTemp1 );
compleHead -> compleName = "";
compleHead -> compleNameLength = 0;
compleHead -> previousComple = NULL;
compleHead -> nextComple = NULL;
}
void MemoryCenter :: resetLineNumberList ( )
{
struct LineNumberList *lineNumberTemp1 , *lineNumberTemp2;
lineNumberTemp1 = lineNumberHead -> nextLineNumber;
if ( lineNumberTemp1 )
lineNumberTemp2 = lineNumberTemp1 -> nextLineNumber;
else
lineNumberTemp2 = NULL;
for ( ; ; )
{
delete ( lineNumberTemp1 );
if ( lineNumberTemp2 )
{
lineNumberTemp1 = lineNumberTemp2;
lineNumberTemp2 = lineNumberTemp1 -> nextLineNumber;
}
else
break;
}
lineNumberHead -> lineNumber = 0;
lineNumberHead -> linePosition = 0;
lineNumberHead -> nextLineNumber = NULL;
}
void MemoryCenter :: buildKeyWordList ( )
{
keyWordList [ 0 ] = "";
keyWordList [ 1 ] = "";
keyWordList [ 2 ] = "{";
keyWordList [ 3 ] = "}";
keyWordList [ 4 ] = "[";
keyWordList [ 5 ] = "]";
keyWordList [ 6 ] = "(";
keyWordList [ 7 ] = ")";
keyWordList [ 8 ] = "";
keyWordList [ 9 ] = "";
keyWordList [ 10 ] = "#";
keyWordList [ 11 ] = ":";
keyWordList [ 12 ] = ";";
keyWordList [ 13 ] = ".";
keyWordList [ 14 ] = "!";
keyWordList [ 15 ] = "~";
keyWordList [ 16 ] = "+";
keyWordList [ 17 ] = "-";
keyWordList [ 18 ] = "*";
keyWordList [ 19 ] = "&";
keyWordList [ 20 ] = "/";
keyWordList [ 21 ] = "%";
keyWordList [ 22 ] = "<";
keyWordList [ 23 ] = ">";
keyWordList [ 24 ] = "^";
keyWordList [ 25 ] = "|";
keyWordList [ 26 ] = "=";
keyWordList [ 27 ] = ",";
keyWordList [ 28 ] = "?";
keyWordList [ 29 ] = "++";
keyWordList [ 30 ] = "--";
keyWordList [ 31 ] = "->";
keyWordList [ 32 ] = "<<";
keyWordList [ 33 ] = ">>";
keyWordList [ 34 ] = "<=";
keyWordList [ 35 ] = ">=";
keyWordList [ 36 ] = "==";
keyWordList [ 37 ] = "!=";
keyWordList [ 38 ] = "&&";
keyWordList [ 39 ] = "||";
keyWordList [ 40 ] = "+=";
keyWordList [ 41 ] = "-=";
keyWordList [ 42 ] = "*=";
keyWordList [ 43 ] = "/=";
keyWordList [ 44 ] = "%=";
keyWordList [ 45 ] = "&=";
keyWordList [ 46 ] = "^=";
keyWordList [ 47 ] = "!=";
keyWordList [ 48 ] = "<<=";
keyWordList [ 49 ] = ">>=";
keyWordList [ 50 ] = "include";
keyWordList [ 51 ] = "define";
keyWordList [ 52 ] = "ifndef";
keyWordList [ 53 ] = "endif";
keyWordList [ 54 ] = "sizeof";
keyWordList [ 55 ] = "case";
keyWordList [ 56 ] = "default";
keyWordList [ 57 ] = "typedef";
keyWordList [ 58 ] = "struct";
keyWordList [ 59 ] = "union";
keyWordList [ 60 ] = "enum";
keyWordList [ 61 ] = "if";
keyWordList [ 62 ] = "else";
keyWordList [ 63 ] = "for";
keyWordList [ 64 ] = "do";
keyWordList [ 65 ] = "while";
keyWordList [ 66 ] = "switch";
keyWordList [ 67 ] = "goto";
keyWordList [ 68 ] = "break";
keyWordList [ 69 ] = "continue";
keyWordList [ 70 ] = "return";
keyWordList [ 71 ] = "const";
keyWordList [ 72 ] = "auto";
keyWordList [ 73 ] = "unsigned";
keyWordList [ 74 ] = "signed";
keyWordList [ 75 ] = "volatile";
keyWordList [ 76 ] = "register";
keyWordList [ 77 ] = "static";
keyWordList [ 78 ] = "extern";
keyWordList [ 79 ] = "short";
keyWordList [ 80 ] = "long";
keyWordList [ 81 ] = "void";
keyWordList [ 82 ] = "char";
keyWordList [ 83 ] = "int";
keyWordList [ 84 ] = "float";
keyWordList [ 85 ] = "double";
keyWordList [ 86 ] = "__int8";
keyWordList [ 87 ] = "__int16";
keyWordList [ 88 ] = "__int32";
keyWordList [ 89 ] = "__int64";
keyWordList [ 90 ] = "";
keyWordList [ 91 ] = "";
keyWordList [ 92 ] = "";
keyWordList [ 93 ] = "";
keyWordList [ 94 ] = "";
keyWordList [ 95 ] = "";
keyWordList [ 96 ] = "";
keyWordList [ 97 ] = "";
keyWordList [ 98 ] = "";
keyWordList [ 99 ] = "";
}
void MemoryCenter :: buildLineNumberList ( QString codeString )
{
int codePosition , codeLine , codeLength;
struct LineNumberList *lineNumberTemp , *lineNumberBuild;
resetLineNumberList ( );
codePosition = 1;
codeLine = 1;
codeLength = codeString . length ( );
if ( codeLength )
{
lineNumberBuild = new ( struct LineNumberList );
lineNumberBuild -> lineNumber = 1;
lineNumberBuild -> linePosition = 0;
lineNumberBuild -> nextLineNumber = NULL;
lineNumberHead -> nextLineNumber = lineNumberBuild;
lineNumberTemp = lineNumberBuild;
}
else
return;
for ( ; codePosition < codeLength ; codePosition ++ )
if ( codeString [ codePosition - 1 ] == '\n' )
{
codeLine ++;
lineNumberBuild = new ( struct LineNumberList );
lineNumberBuild -> lineNumber = codeLine;
lineNumberBuild -> linePosition = codePosition;
lineNumberBuild -> nextLineNumber = NULL;
lineNumberTemp -> nextLineNumber = lineNumberBuild;
lineNumberTemp = lineNumberBuild;
}
}
int MemoryCenter :: judgeWordCategory ( const QString & thisWord , const int startFindPosition , const int endFindPosition )
{
int findPositionTemp;
for ( findPositionTemp = startFindPosition ; findPositionTemp <= endFindPosition ; findPositionTemp ++ )
if ( thisWord == keyWordList [ findPositionTemp ] )
break;
if ( findPositionTemp > endFindPosition )
return 92;
else
return findPositionTemp;
}
QString MemoryCenter :: cutWord ( const QString & codeString , const int & codePosition , int & wordLength , int & wordKind )
{
QChar firstLetter , secondLetter , thirdLetter ;
QString thisWord;
int codePositionTemp , codeLength , escapeTemp;
wordKind = -1;
codeLength = codeString . length ( );
if ( codePosition < codeLength )
firstLetter = codeString [ codePosition ];
else
firstLetter = '\0';
if ( firstLetter != '\0' && firstLetter != '\r' && firstLetter != '\n' && codePosition + 1 < codeLength )
secondLetter = codeString [ codePosition + 1 ];
else
secondLetter = '\0';
if ( secondLetter != '\0' && secondLetter != '\r' && secondLetter != '\n' && codePosition + 2 < codeLength )
thirdLetter = codeString [ codePosition + 2 ];
else
thirdLetter = '\0';
if ( firstLetter == '\0' || firstLetter == '\r' || firstLetter == '\n' || firstLetter == ' ' )
{
thisWord = "" + QString ( firstLetter );
wordLength = 1;
wordKind = 0;
}
else if ( firstLetter == '0' && ( secondLetter == 'x' || secondLetter == 'X' ) )
{
if ( secondLetter == 'x' )
thisWord = "0x";
else
thisWord = "0X";
for ( codePositionTemp = codePosition + 2 ; ; codePositionTemp ++ )
{
if ( codePositionTemp >= codeLength || ( codeString [ codePositionTemp ] != '.' && ( codeString [ codePositionTemp ] < '0' || codeString [ codePositionTemp ] > '9' ) && ( codeString [ codePositionTemp ] < 'a' || codeString [ codePositionTemp ] > 'f' ) && ( codeString [ codePositionTemp ] < 'A' || codeString [ codePositionTemp ] > 'F' ) ) )
break;
thisWord += codeString [ codePositionTemp ];
}
wordLength = thisWord . length ( );
wordKind = 1;
}
else if ( ( firstLetter >= '0' && firstLetter <= '9' ) || ( firstLetter == '.' && secondLetter >= '0' && secondLetter <= '9' ) )
{
thisWord = "";
for ( codePositionTemp = codePosition ; ; )
{
thisWord += codeString [ codePositionTemp ];
codePositionTemp ++;
if ( codePositionTemp >= codeLength || ( codeString [ codePositionTemp ] != '.' && codeString [ codePositionTemp ] != 'E' && codeString [ codePositionTemp ] != 'e' && ( codeString [ codePositionTemp ] < '0' || codeString [ codePositionTemp ] > '9' ) ) )
break;
}
wordLength = thisWord . length ( );
wordKind = 1;
}
else if ( firstLetter == '(' || firstLetter == ')' || firstLetter == '[' || firstLetter == ']' || firstLetter == '{' || firstLetter == '}')
{
thisWord = "";
thisWord += firstLetter;
wordLength = 1;
wordKind = 2;
}
else if ( firstLetter == '\'' )
{
if ( secondLetter == '\'' )
thisWord = "'\''";
else if ( secondLetter == '\\' && thirdLetter == '\'' )
thisWord = "'\\''";
else
{
thisWord = "";
for ( codePositionTemp = codePosition ; ; )
{
thisWord += codeString [ codePositionTemp ];
codePositionTemp ++;
if ( codePositionTemp >= codeLength || codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else if ( codeString [ codePositionTemp ] == '\'' )
{
thisWord += codeString [ codePositionTemp ];
break;
}
}
}
wordLength = thisWord . length ( );
wordKind = 3;
}
else if ( firstLetter == '"' )
{
thisWord = "";
thisWord += codeString [ codePosition ];
for ( codePositionTemp = codePosition + 1 , escapeTemp = 0 ; ; codePositionTemp ++ )
{
if ( codePositionTemp >= codeLength || codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else if ( escapeTemp == 0 && codeString [ codePositionTemp ] == '"' )
{
thisWord += codeString [ codePositionTemp ];
break;
}
else if ( escapeTemp == 1 && codePositionTemp < codeLength && codeString [ codePositionTemp ] != '\n' && codeString [ codePositionTemp ] != '\r' )
{
thisWord += codeString [ codePositionTemp ];
escapeTemp --;
}
else if ( escapeTemp == 0 && codeString [ codePositionTemp ] == '\\' )
{
thisWord += codeString [ codePositionTemp ];
escapeTemp ++;
}
else
thisWord += codeString [ codePositionTemp ];
}
wordLength = thisWord . length ( );
wordKind = 3;
}
else if ( firstLetter == '#' )
{
thisWord = "#";
wordLength = 1;
wordKind = 4;
}
else if ( firstLetter == ':' )
{
thisWord = ":";
wordLength = 1;
wordKind = 5;
}
else if ( firstLetter == ';' )
{
thisWord = ";";
wordLength = 1;
wordKind = 6;
}
else if ( ( firstLetter >= 'a' && firstLetter <= 'z' ) || ( firstLetter >= 'A' && firstLetter <= 'Z' ) || firstLetter == '_' )
{
thisWord = "";
for ( codePositionTemp = codePosition ; ; )
{
thisWord += codeString [ codePositionTemp ];
codePositionTemp ++;
if ( codePositionTemp >= codeLength || ( codeString [ codePositionTemp ] != '_' && ( codeString [ codePositionTemp ] < 'a' || codeString [ codePositionTemp ] > 'z' ) && ( codeString [ codePositionTemp ] < 'A' || codeString [ codePositionTemp ] > 'Z' ) && ( codeString [ codePositionTemp ] < '0' || codeString [ codePositionTemp ] > '9' ) ) )
break;
}
wordLength = thisWord . length ( );
wordKind = 8;
}
else if ( firstLetter == '/' && secondLetter == '/' )
{
thisWord = "";
for ( codePositionTemp = codePosition ; ; )
{
thisWord += codeString [ codePositionTemp ];
codePositionTemp ++;
if ( codePositionTemp >= codeLength || codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
}
wordLength = thisWord . length ( );
wordKind = 9;
}
else if ( firstLetter == '/' && secondLetter == '*' )
{
thisWord = "/*";
for ( codePositionTemp = codePosition + 2 ; ; codePositionTemp ++ )
{
if ( codePositionTemp >= codeLength )
break;
else if ( codePositionTemp + 1 >= codeLength )
{
thisWord += codeString [ codePositionTemp ];
break;
}
else if ( codeString [ codePositionTemp ] == '*' && codeString [ codePositionTemp + 1 ] == '/' )
{
thisWord += "*/";
break;
}
else
thisWord += codeString [ codePositionTemp ];
}
wordLength = thisWord . length ( );
wordKind = 9;
}
else
{
thisWord = "";
thisWord += firstLetter;
if ( firstLetter == '!' && secondLetter == '=' )
thisWord += secondLetter;
else if ( firstLetter == '+' && ( secondLetter == '+' || secondLetter == '=' ) )
thisWord += secondLetter;
else if ( firstLetter == '-' && ( secondLetter == '-' || secondLetter == '=' || secondLetter == '>' ) )
thisWord += secondLetter;
else if ( firstLetter == '*' && secondLetter == '=' )
thisWord += secondLetter;
else if ( firstLetter == '&' && ( secondLetter == '&' || secondLetter == '=' ) )
thisWord += secondLetter;
else if ( firstLetter == '/' && secondLetter == '=' )
thisWord += secondLetter;
else if ( firstLetter == '%' && secondLetter == '=' )
thisWord += secondLetter;
else if ( firstLetter == '<' )
{
if ( secondLetter == '<' )
{
thisWord += secondLetter;
if( thirdLetter == '=' )
thisWord += thirdLetter;
}
else if ( secondLetter == '=' )
thisWord += secondLetter;
}
else if ( firstLetter == '>' )
{
if ( secondLetter == '>' )
{
thisWord += secondLetter;
if( thirdLetter == '=' )
thisWord += thirdLetter;
}
else if ( secondLetter == '=' )
thisWord += secondLetter;
}
else if ( firstLetter == '^' && secondLetter == '=' )
thisWord += secondLetter;
else if ( firstLetter == '|' && ( secondLetter == '|' || secondLetter == '=' ) )
thisWord += secondLetter;
else if ( firstLetter == '=' && secondLetter == '=' )
thisWord += secondLetter;
wordLength = thisWord . length ( );
wordKind = 7;
}
return thisWord;
}
struct LineHeadPointer * MemoryCenter :: analysisBraces ( const QString & firstWord )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild;
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
if ( firstWord == "{" )
wordBuild -> wordCategory = 2;
else
wordBuild -> wordCategory = 3;
return memoryHeadBuild;
}
struct LineHeadPointer * MemoryCenter :: analysisMacro ( const QString codeString , const QString & firstWord , int & codePosition )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild , *wordTemp;
int wordLength , wordKind , codeLength , codePositionTemp;
QString thisWord;
wordLength = 0;
wordKind = 0;
codeLength = codeString . length ( );
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 10;
wordTemp = wordBuild;
for( ; ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( codePosition >= codeLength )
return memoryHeadBuild;
else if ( !wordKind )
codePosition += wordLength;
else
break;
}
if( wordKind != 8 )
return memoryHeadBuild;
if ( thisWord == "include" )
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 50;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( ; ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( codePosition >= codeLength )
return memoryHeadBuild;
else if ( !wordKind )
codePosition += wordLength;
else
break;
}
if ( wordKind == 3)
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
return memoryHeadBuild;
}
else if ( thisWord == "<" )
{
for ( codePositionTemp = codePosition + 1 ; codePositionTemp < codeLength ; codePositionTemp ++ )
{
if ( codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else if ( codeString [ codePositionTemp ] == '>' )
{
thisWord += codeString [ codePositionTemp ];
break;
}
else
thisWord += codeString [ codePositionTemp ];
}
codePositionTemp = codePosition;
codePosition += thisWord . length ( );
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = thisWord . length ( );
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
return memoryHeadBuild;
}
else
return memoryHeadBuild;
}
else if ( thisWord == "define" )
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 51;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( ; ; )
{
thisWord = "";
for ( codePositionTemp = codePosition ; codePositionTemp < codeLength ; codePositionTemp ++ )
{
if ( codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else
thisWord += codeString [ codePositionTemp ];
}
if ( thisWord == "" )
return memoryHeadBuild;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = thisWord . length ( );
wordBuild -> wordPosition = codePosition;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
codePosition = codePositionTemp;
return memoryHeadBuild;
}
}
else if ( thisWord == "ifndef" || thisWord == "if" )
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 52;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( ; ; )
{
thisWord = "";
for ( codePositionTemp = codePosition ; codePositionTemp < codeLength ; codePositionTemp ++ )
{
if ( codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else
thisWord += codeString [ codePositionTemp ];
}
if ( thisWord == "" )
return memoryHeadBuild;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = thisWord . length ( );
wordBuild -> wordPosition = codePosition;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
codePosition = codePositionTemp;
return memoryHeadBuild;
}
}
else if ( thisWord == "endif" )
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 52;
wordTemp -> nextWord = wordBuild;
return memoryHeadBuild;
}
else
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( ; ; )
{
thisWord = "";
for ( codePositionTemp = codePosition + 1 ; codePositionTemp < codeLength ; codePositionTemp ++ )
{
if ( codeString [ codePositionTemp ] == '\n' || codeString [ codePositionTemp ] == '\r' )
break;
else
thisWord += codeString [ codePositionTemp ];
}
if ( thisWord == "" )
return memoryHeadBuild;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = thisWord . length ( );
wordBuild -> wordPosition = codePosition + 1;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 9;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
codePosition = codePositionTemp;
return memoryHeadBuild;
}
}
return memoryHeadBuild;
}
struct LineHeadPointer * MemoryCenter :: analysisSemicolon ( const QString codeString , const QString & firstWord , int & codePosition )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild;
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 12;
return memoryHeadBuild;
}
struct LineHeadPointer * MemoryCenter :: analysisRemark ( const QString codeString , const QString & firstWord , int & codePosition )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild;
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
if ( firstWord [ 1 ] == '/' )
wordBuild -> wordCategory = 90;
else
wordBuild -> wordCategory = 91;
return memoryHeadBuild;
}
struct LineHeadPointer * MemoryCenter :: analysisOther ( const QString codeString , const QString & firstWord , const int & firstWordKind , int & codePosition )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild , *wordTemp;
int wordLength , wordKind , codeLength , codePositionTemp;
QString thisWord;
wordLength = 0;
wordKind = 0;
codeLength = codeString . length ( );
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
if ( firstWordKind == 1 )
wordBuild -> wordCategory = 1;
else if ( firstWordKind == 2 )
wordBuild -> wordCategory = judgeWordCategory ( firstWord , 4 , 7 );
else if ( firstWordKind == 3 && firstWord [ 0 ] == '\'' )
wordBuild -> wordCategory = 8;
else if ( firstWordKind == 3 && firstWord [ 0 ] == '"' )
wordBuild -> wordCategory = 9;
else if ( firstWordKind == 7 )
wordBuild -> wordCategory = judgeWordCategory ( firstWord , 10 , 49 );
wordTemp = wordBuild;
for ( ; codePosition < codeLength ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( wordKind == 0 )
{
codePosition += wordLength;
continue;
}
else
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
if ( wordKind == 1 )
wordBuild -> wordCategory = 1;
else if ( wordKind == 2 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 2 , 7 );
else if ( wordKind == 3 && thisWord [ 0 ] == '\'' )
wordBuild -> wordCategory = 8;
else if ( wordKind == 3 && thisWord [ 0 ] == '"' )
wordBuild -> wordCategory = 9;
else if ( wordKind == 4 )
wordBuild -> wordCategory = 10;
else if ( wordKind == 5 )
wordBuild -> wordCategory = 11;
else if ( wordKind == 6 )
{
wordBuild -> wordCategory = 12;
break;
}
else if ( wordKind == 7 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 10 , 49 );
else if ( wordKind == 8 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 50 , 89 );
else if ( wordKind == 9 && thisWord [ 1 ] == '/' )
wordBuild -> wordCategory = 90;
else if ( wordKind == 9 && thisWord [ 1 ] == '*' )
wordBuild -> wordCategory = 91;
}
}
return memoryHeadBuild;
}
struct LineHeadPointer * MemoryCenter :: analysisKey ( const QString codeString , const QString & firstWord , int & codePosition )
{
struct LineHeadPointer *memoryHeadBuild;
struct LexicalAnalysis *wordBuild , *wordTemp;
int wordLength , wordKind , codeLength , wordCategoryTemp , parenthesesTemp , codePositionTemp;
QString thisWord;
wordKind = 0;
wordLength = 0;
wordCategoryTemp = 92;
codeLength = codeString . length ( );
memoryHeadBuild = new ( struct LineHeadPointer );
wordBuild = new ( struct LexicalAnalysis );
memoryHeadBuild -> logicLevel = 0;
memoryHeadBuild -> firstWord = wordBuild;
memoryHeadBuild -> nextLine = NULL;
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = firstWord;
wordBuild -> wordLength = firstWord . length ( );
wordBuild -> previousWord = NULL;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = judgeWordCategory ( firstWord , 54 , 89 );
wordTemp = wordBuild;
if ( wordBuild -> wordCategory == 62 )
{
for ( ; codePosition < codeLength ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( wordKind == 0 )
{
codePosition += wordLength;
continue;
}
else
break;
}
wordCategoryTemp = judgeWordCategory ( thisWord , 54 , 89 );
if ( wordCategoryTemp != 61 )
return memoryHeadBuild;
else
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 61;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( ; codePosition < codeLength ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( wordKind == 0 )
{
codePosition += wordLength;
continue;
}
else
break;
}
wordCategoryTemp = judgeWordCategory ( thisWord , 2 , 7 );
if ( wordCategoryTemp != 6 )
return memoryHeadBuild;
else
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordBuild -> wordCategory = 6;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
for ( parenthesesTemp = 1 ; codePosition < codeLength ; )
{
thisWord = cutWord ( codeString , codePosition , wordLength , wordKind );
if ( wordKind == 0 )
{
codePosition += wordLength;
continue;
}
else
{
codePositionTemp = codePosition;
codePosition += wordLength;
wordBuild = new ( struct LexicalAnalysis );
wordBuild -> whichLine = memoryHeadBuild;
wordBuild -> wordContent = thisWord;
wordBuild -> wordLength = wordLength;
wordBuild -> wordPosition = codePositionTemp;
wordBuild -> previousWord = wordTemp;
wordBuild -> nextWord = NULL;
wordTemp -> nextWord = wordBuild;
wordTemp = wordBuild;
if ( wordKind == 1 )
wordBuild -> wordCategory = 1;
else if ( wordKind == 2 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 2 , 7 );
else if ( wordKind == 3 && thisWord [ 0 ] == '\'' )
wordBuild -> wordCategory = 8;
else if ( wordKind == 3 && thisWord [ 0 ] == '"' )
wordBuild -> wordCategory = 9;
else if ( wordKind >= 4 && wordKind <= 7 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 10 , 49 );
else if ( wordKind == 8 )
wordBuild -> wordCategory = judgeWordCategory ( thisWord , 50 , 89 );
else if ( wordKind == 9 && thisWord [ 1 ] == '/' )
wordBuild -> wordCategory = 90;
else if ( wordKind == 9 && thisWord [ 1 ] == '*' )
wordBuild -> wordCategory = 91;