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97 lines
2.6 KiB
97 lines
2.6 KiB
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# Assuming all functions begin with ')' followed by '{', just find the matching brace and |
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# add a line with 'g_pVCR->SyncToken("<random string here>");' |
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import dlexer |
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import sys |
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import WildcardSearch |
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class BlankStruct: |
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pass |
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def MatchParensBack( list, iStart ): |
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parenCount = -1 |
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for i in range( 0, iStart ): |
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if list[iStart-i].id == __TOKEN_OPENPAREN: |
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parenCount += 1 |
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elif list[iStart-i].id == __TOKEN_CLOSEPAREN: |
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parenCount -= 1 |
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if parenCount == 0: |
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return iStart - i |
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return -1 |
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# Setup the parser. |
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parser = dlexer.DLexer( 0 ) |
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__TOKEN_NEWLINE = parser.AddToken( '\n' ) |
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__TOKEN_WHITESPACE = parser.AddToken( '[ \\t\\f\\v]+' ) |
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__TOKEN_OPENBRACE = parser.AddToken( '{' ) |
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__TOKEN_CLOSEBRACE = parser.AddToken( '}' ) |
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__TOKEN_OPENPAREN = parser.AddToken( '\(' ) |
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__TOKEN_CLOSEPAREN = parser.AddToken( '\)' ) |
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__TOKEN_COMMENT = parser.AddToken( r"\/\/.*" ) |
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__TOKEN_CONST = parser.AddToken( "const" ) |
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__TOKEN_IF = parser.AddToken( "if" ) |
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__TOKEN_WHILE = parser.AddToken( "while" ) |
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__TOKEN_FOR = parser.AddToken( "for" ) |
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__TOKEN_SWITCH = parser.AddToken( "switch" ) |
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__TOKEN_CLASS = parser.AddToken( "class" ) |
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__TOKEN_PUBLIC = parser.AddToken( "public" ) |
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__TOKEN_TYPEDEF = parser.AddToken( "typedef" ) |
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__TOKEN_BASECLASS = parser.AddToken( "BaseClass" ) |
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validChars = r"\~\@\#\$\%\^\&\!\w\.-/\[\]\<\>\"" |
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__TOKEN_IDENT = parser.AddToken( '[' + validChars + ']+' ) |
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__TOKEN_OPERATOR = parser.AddToken( "\=|\+" ) |
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__TOKEN_SCOPE_OPERATOR = parser.AddToken( "::" ) |
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__TOKEN_COLON = parser.AddToken( ":" ) |
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__TOKEN_IGNORE = parser.AddToken( r"\#|\;|\:|\||\?|\'|\\|\*|\-|\`|\," ) |
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for i in range( 1, len( sys.argv ) ): |
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for filename in WildcardSearch.WildcardSearch( sys.argv[i] ): |
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head = None |
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# First, read all the tokens into a list. |
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list = [] |
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parser.BeginReadFile( filename ) |
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while 1: |
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m = parser.GetToken() |
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if m: |
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list.append( m ) |
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else: |
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break |
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# Make a list of all the non-whitespace ones. |
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nw = [] |
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for token in list: |
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if token.id == __TOKEN_NEWLINE or token.id == __TOKEN_WHITESPACE: |
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token.iNonWhitespace = -2222 |
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else: |
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token.iNonWhitespace = len( nw ) |
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nw.append( token ) |
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curLine = 1 |
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# Now, search for the patterns we're interested in. |
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# Look for 'class <ident> : public <ident> { |
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curClassName = "" |
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curBaseClassName = "" |
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for token in list: |
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if token.id == __TOKEN_NEWLINE: |
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curLine += 1 |
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elif token.id == __TOKEN_CLASS: |
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i = token.iNonWhitespace |
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if nw[i+1].id == __TOKEN_IDENT and nw[i+2].id == __TOKEN_COLON and nw[i+3].id == __TOKEN_PUBLIC and nw[i+4].id == __TOKEN_IDENT: |
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curClassName = nw[i+1].val |
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curBaseClassName = nw[i+4].val |
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print "class %s : public %s" % (curClassName, curBaseClassName) |
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