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bugged stringlengths 4 228k	fixed stringlengths 0 96.3M	__index_level_0__ int64 0 481k
def check_missing_spaces_before(tokens, lines, warnings): "Check for missing spaces before }" operators = '}', for i, t in enumerate(tokens): if t.typ != Token.punct or t.string not in operators: continue prec = tokens[i-1] if prec.line == t.line and prec.end == t.col: w = 'Missing space before `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	def check_missing_spaces_before(tokens, lines, warnings): "Check for missing spaces before }" operators = '}', for i, t in enumerate(tokens): if t.typ != Token.punct or t.string not in operators: continue if t.prec.line == t.line and t.prec.end == t.col: w = 'Missing space before `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	6,000
def check_singlular_opening_braces(tokens, lines, warnings): "Check for inappropriate { on a separate line" for i, t in enumerate(tokens): if t.bracelevel == 0 or t.typ != Token.punct or t.string != '{': continue prec = tokens[i-1] if t.line > prec.line and prec.typ == Token.punct \ and prec.string == ')': w = 'Opening brace on a separate line (col %d)' warnings.append((t.line, w % t.col))	def check_singlular_opening_braces(tokens, lines, warnings): "Check for inappropriate { on a separate line" for t in tokens: if t.bracelevel == 0 or t.typ != Token.punct or t.string != '{': continue prec = tokens[i-1] if t.line > prec.line and prec.typ == Token.punct \ and prec.string == ')': w = 'Opening brace on a separate line (col %d)' warnings.append((t.line, w % t.col))	6,001
def check_singlular_opening_braces(tokens, lines, warnings): "Check for inappropriate { on a separate line" for i, t in enumerate(tokens): if t.bracelevel == 0 or t.typ != Token.punct or t.string != '{': continue prec = tokens[i-1] if t.line > prec.line and prec.typ == Token.punct \ and prec.string == ')': w = 'Opening brace on a separate line (col %d)' warnings.append((t.line, w % t.col))	def check_singlular_opening_braces(tokens, lines, warnings): "Check for inappropriate { on a separate line" for i, t in enumerate(tokens): if t.bracelevel == 0 or t.typ != Token.punct or t.string != '{': continue if t.line > t.prec.line and t.prec.typ == Token.punct \ and t.prec.string == ')': w = 'Opening brace on a separate line (col %d)' warnings.append((t.line, w % t.col))	6,002
def check_keyword_spacing(tokens, lines, warnings): "Check for missing spaces after for, while, etc." keywlist = 'if', 'for', 'while', 'switch' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.ident or t.string not in keywords: continue succ = tokens[i+1] if succ.line == t.line and t.end == succ.col: w = 'Missing space after `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	def check_keyword_spacing(tokens, lines, warnings): "Check for missing spaces after for, while, etc." keywlist = 'if', 'for', 'while', 'switch' keywords = dict([(x, 1) for x in keywlist]) for t in tokens: if t.typ != Token.ident or t.string not in keywords: continue succ = tokens[i+1] if succ.line == t.line and t.end == succ.col: w = 'Missing space after `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	6,003
def check_keyword_spacing(tokens, lines, warnings): "Check for missing spaces after for, while, etc." keywlist = 'if', 'for', 'while', 'switch' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.ident or t.string not in keywords: continue succ = tokens[i+1] if succ.line == t.line and t.end == succ.col: w = 'Missing space after `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	def check_keyword_spacing(tokens, lines, warnings): "Check for missing spaces after for, while, etc." keywlist = 'if', 'for', 'while', 'switch' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.ident or t.string not in keywords: continue if t.succ.line == t.line and t.end == t.succ.col: w = 'Missing space after `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	6,004
def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue try: succ = tokens[i+1] except IndexError: break if succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (succ.col, lines[t.line])))	def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for t in tokens: if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue try: succ = tokens[i+1] except IndexError: break if succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (succ.col, lines[t.line])))	6,005
def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue try: succ = tokens[i+1] except IndexError: break if succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (succ.col, lines[t.line])))	def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue if t.succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (succ.col, lines[t.line])))	6,006
def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue try: succ = tokens[i+1] except IndexError: break if succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (succ.col, lines[t.line])))	def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue try: succ = tokens[i+1] except IndexError: break if succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (t.succ.col, lines[t.line])))	6,007
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for t in tokens: if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,008
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = t.succ if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = t.succ assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,009
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = succ.succ if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,010
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = t.prec if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,011
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = prec.matching.prec if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,012
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = t.succ if succ.typ != Token.punct or succ.string != '(': continue m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,013
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = m.succ if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,014
def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[m+2] if succ.line > tokens[m].line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	def check_oneliners(tokens, lines, warnings): "Check for if, else, statements on the same line." for i, t in enumerate(tokens): if t.typ != Token.ident: continue if t.string == 'else': succ = tokens[i+1] if succ.typ == Token.punct and succ.string == '{': succ = tokens[i+2] if succ.line > t.line: continue if succ.typ == Token.ident and succ.string == 'if': continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue if t.string in ('for', 'while', 'if'): # catch do-while if t.string == 'while': prec = tokens[i-1] if prec.typ == Token.punct and prec.string == '}': prec = tokens[prec.matching-1] if prec.typ == Token.ident and prec.string == 'do': continue succ = tokens[i+1] assert succ.typ == Token.punct and succ.string == '(' m = succ.matching succ = tokens[m+1] if succ.typ == Token.punct and succ.string == '{': succ = succ.succ if succ.line > m.line: continue w = 'Statement for `%s\' on the same line (col %d): %s' warnings.append((succ.line, w % (t.string, succ.col, lines[succ.line]))) continue	6,015
def check_eol_operators(tokens, lines, warnings): "Check for operators on the end of line." # XXX: don't check `=', not always sure about the style oplist = '&&', '\|\|', '+', '-', '*', '/', '%', '\|', '&', '^', \ '==', '!=', '<', '>', '<=', '>=', '?' #, '=' operators = dict([(x, 1) for x in oplist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string not in operators: continue if t.line == tokens[i+1].line: continue w = 'Line ends with an operator `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	def check_eol_operators(tokens, lines, warnings): "Check for operators on the end of line." # XXX: don't check `=', not always sure about the style oplist = '&&', '\|\|', '+', '-', '*', '/', '%', '\|', '&', '^', \ '==', '!=', '<', '>', '<=', '>=', '?' #, '=' operators = dict([(x, 1) for x in oplist]) for t in tokens: if t.bracelevel == 0: continue if t.typ != Token.punct or t.string not in operators: continue if t.line == tokens[i+1].line: continue w = 'Line ends with an operator `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	6,016
def check_eol_operators(tokens, lines, warnings): "Check for operators on the end of line." # XXX: don't check `=', not always sure about the style oplist = '&&', '\|\|', '+', '-', '*', '/', '%', '\|', '&', '^', \ '==', '!=', '<', '>', '<=', '>=', '?' #, '=' operators = dict([(x, 1) for x in oplist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string not in operators: continue if t.line == tokens[i+1].line: continue w = 'Line ends with an operator `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	def check_eol_operators(tokens, lines, warnings): "Check for operators on the end of line." # XXX: don't check `=', not always sure about the style oplist = '&&', '\|\|', '+', '-', '*', '/', '%', '\|', '&', '^', \ '==', '!=', '<', '>', '<=', '>=', '?' #, '=' operators = dict([(x, 1) for x in oplist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string not in operators: continue if t.line == t.succ.line: continue w = 'Line ends with an operator `%s\' (col %d): %s' warnings.append((t.line, w % (t.string, t.col, lines[t.line])))	6,017
def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = tokens[i-1] if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col: continue m = t.matching if tokens[m+1].typ == Token.punct and tokens[m+1].string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for t in tokens: if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = tokens[i-1] if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col: continue m = t.matching if tokens[m+1].typ == Token.punct and tokens[m+1].string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	6,018
def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = tokens[i-1] if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col: continue m = t.matching if tokens[m+1].typ == Token.punct and tokens[m+1].string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = t.prec if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col: continue m = t.matching if tokens[m+1].typ == Token.punct and tokens[m+1].string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	6,019
def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = tokens[i-1] if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col: continue m = t.matching if tokens[m+1].typ == Token.punct and tokens[m+1].string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	def check_function_call_spaces(tokens, lines, warnings): "Check for function calls having the silly GNU spaces before (." keywlist = 'if', 'for', 'while', 'switch', 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.bracelevel == 0: continue if t.typ != Token.punct or t.string != '(': continue prec = tokens[i-1] if prec.typ != Token.ident or prec.string in keywords: continue if prec.line == t.line and prec.end == t.col or prec.line < t.line: continue m = t.matching.succ if m.typ == Token.punct and m.string == '(': continue w = 'Space between function name and parenthesis (col %d): %s' warnings.append((t.line, w % (t.col, lines[t.line])))	6,020
def check_return_case_parentheses(tokens, lines, warnings): keywlist = 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != '(': continue if not i or tokens[i-1].string not in keywords: continue w = 'Extra return/case/goto parentheses (col %d)' warnings.append((t.line, w % (t.col)))	def check_return_case_parentheses(tokens, lines, warnings): keywlist = 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for t in tokens: if t.typ != Token.punct or t.string != '(': continue if not i or tokens[i-1].string not in keywords: continue w = 'Extra return/case/goto parentheses (col %d)' warnings.append((t.line, w % (t.col)))	6,021
def check_return_case_parentheses(tokens, lines, warnings): keywlist = 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != '(': continue if not i or tokens[i-1].string not in keywords: continue w = 'Extra return/case/goto parentheses (col %d)' warnings.append((t.line, w % (t.col)))	def check_return_case_parentheses(tokens, lines, warnings): keywlist = 'return', 'case', 'goto' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if t.typ != Token.punct or t.string != '(': continue if t.prec.string not in keywords: continue if t.matching.succ.typ != Token.punct or t.matching.succ.string != ';': continue w = 'Extra return/case/goto parentheses (col %d)' warnings.append((t.line, w % (t.col)))	6,022
def check_boolean_comparisons(tokens, lines, warnings): keywlist = 'TRUE', 'FALSE' keywords = dict([(x, 1) for x in keywlist]) for i, t in enumerate(tokens): if not i or tokens[i].string not in keywords: continue if tokens[i-1].typ != Token.punct or (tokens[i-1].string != '!=' and tokens[i-1].string != '=='): continue w = 'Comparison to TRUE or FALSE (col %d)' warnings.append((t.line, w % (t.col)))	def check_boolean_comparisons(tokens, lines, warnings): keywlist = 'TRUE', 'FALSE' keywords = dict([(x, 1) for x in keywlist]) for t in tokens: if t.string not in keywords: continue prec = t.prec if prec.typ != Token.punct or (prec.string != '!=' and prec.string != '=='): continue w = 'Comparison to TRUE or FALSE (col %d)' warnings.append((t.line, w % (t.col)))	6,023
def find_matching_parentheses(tokens): "Add `matching' attribute to each token that is a parenthesis." pairs = {'}': '{', ')': '(', ']': '['} stacks = {'{': [], '(': [], '[': []} for i, t in enumerate(tokens): if t.string in pairs: p = stacks[pairs[t.string]].pop() t.matching = p tokens[p].matching = i t.parenlevel = len(stacks['(']) t.bracelevel = len(stacks['{']) if t.string in stacks: stacks[t.string].append(i)	def find_matching_parentheses(tokens): "Add `matching' attribute to each token that is a parenthesis." pairs = {'}': '{', ')': '(', ']': '['} stacks = {'{': [], '(': [], '[': []} for i, t in enumerate(tokens): if t.string in pairs: p = stacks[pairs[t.string]].pop() t.matching = p p.matching = t t.parenlevel = len(stacks['(']) t.bracelevel = len(stacks['{']) if t.string in stacks: stacks[t.string].append(i)	6,024
def find_matching_parentheses(tokens): "Add `matching' attribute to each token that is a parenthesis." pairs = {'}': '{', ')': '(', ']': '['} stacks = {'{': [], '(': [], '[': []} for i, t in enumerate(tokens): if t.string in pairs: p = stacks[pairs[t.string]].pop() t.matching = p tokens[p].matching = i t.parenlevel = len(stacks['(']) t.bracelevel = len(stacks['{']) if t.string in stacks: stacks[t.string].append(i)	def find_matching_parentheses(tokens): "Add `matching' attribute to each token that is a parenthesis." pairs = {'}': '{', ')': '(', ']': '['} stacks = {'{': [], '(': [], '[': []} for i, t in enumerate(tokens): if t.string in pairs: p = stacks[pairs[t.string]].pop() t.matching = p tokens[p].matching = i t.parenlevel = len(stacks['(']) t.bracelevel = len(stacks['{']) if t.string in stacks: stacks[t.string].append(t)	6,025
def tokenize(lines): "`Parse' a C file returning a sequence of Tokens" re_com = re.compile(r'/\.?\/\|//.') re_mac = re.compile(r'#.') re_str = re.compile(r'"([^\\"]+\|\\"\|\\[^"])"') re_chr = re.compile(r'\'(?:.\|\\.\|\\[0-7]{3}\|\\x[0-9a-f]{2})\'') re_id = re.compile(r'\b[A-Za-z_]\w\b') # this eats some integers too re_dbl = re.compile(r'\b(\d\.\d+\|\d+\.?)(?:[Ee][-+]?\d+)?\b') re_int = re.compile(r'\b(?:0[xX][a-fA-F0-9]+\|0[0-7]+\|[-+]?\d+)[LU]\b') re_eq = re.compile(r'(?:[-+%/&\|!<>=^]\|&&\|>>\|<<\|\\|\\|)?=') re_grp = re.compile(r'&&\|<<\|>>\|->\|::\|\.\\|->\\|\\|\\|') re_sin = re.compile(r'[][(){};:?,.+~!%^&\|/^<>]\|-') re_tokens = re_com, re_str, re_chr, re_id, re_dbl, re_int, \ re_eq, re_grp, re_sin token_ids = { re_com: 0, re_str: Token.string, re_chr: Token.char, re_id: Token.ident, re_dbl: Token.double, re_int: Token.integer, re_eq: Token.punct, re_grp: Token.punct, re_sin: Token.punct } tokens = [] in_comment = False in_macro = False for i, l in enumerate(lines): l, col = blstrip(l, 0) # special processing when we are inside a multiline comment or macro if in_comment: base = l.find('/') if base == -1: continue l = l[base+2:] col += base+2 l, col = blstrip(l, col) in_comment = False elif in_macro: in_macro = l.endswith('\\') continue elif l.startswith('#'): if l.endswith('\\'): in_macro = True continue while l: if l.startswith('/') and l.find('/') == -1: in_comment = True break for r in re_tokens: m = r.match(l) if m: if token_ids[r]: tokens.append(Token(i, col, token_ids[r], m.group())) col += m.end() l, col = blstrip(l[m.end():], col) break if not m: sys.stderr.write('*** ERROR: Completely ugly code ' + '(trying to sync): %s\n' % l) l = '' return tokens	def tokenize(lines): "`Parse' a C file returning a sequence of Tokens" re_com = re.compile(r'/\.?\/\|//.') re_mac = re.compile(r'#.') re_str = re.compile(r'"([^\\"]+\|\\"\|\\[^"])"') re_chr = re.compile(r'\'(?:.\|\\.\|\\[0-7]{3}\|\\x[0-9a-f]{2})\'') re_id = re.compile(r'\b[A-Za-z_]\w\b') # this eats some integers too re_dbl = re.compile(r'\b(\d\.\d+\|\d+\.?)(?:[Ee][-+]?\d+)?[FfLl]?\b') re_int = re.compile(r'\b(?:0[xX][a-fA-F0-9]+\|0[0-7]+\|[-+]?\d+)[LlUu]\b') re_eq = re.compile(r'(?:[-+%/&\|!<>=^]\|&&\|>>\|<<\|\\|\\|)?=') re_grp = re.compile(r'&&\|<<\|>>\|->\|::\|\.\\|->\\|\\|\\|') re_sin = re.compile(r'[][(){};:?,.+~!%^&\|/^<>]\|-') re_tokens = re_com, re_str, re_chr, re_id, re_dbl, re_int, \ re_eq, re_grp, re_sin token_ids = { re_com: 0, re_str: Token.string, re_chr: Token.char, re_id: Token.ident, re_dbl: Token.double, re_int: Token.integer, re_eq: Token.punct, re_grp: Token.punct, re_sin: Token.punct } tokens = [] in_comment = False in_macro = False for i, l in enumerate(lines): l, col = blstrip(l, 0) # special processing when we are inside a multiline comment or macro if in_comment: base = l.find('/') if base == -1: continue l = l[base+2:] col += base+2 l, col = blstrip(l, col) in_comment = False elif in_macro: in_macro = l.endswith('\\') continue elif l.startswith('#'): if l.endswith('\\'): in_macro = True continue while l: if l.startswith('/') and l.find('/') == -1: in_comment = True break for r in re_tokens: m = r.match(l) if m: if token_ids[r]: tokens.append(Token(i, col, token_ids[r], m.group())) col += m.end() l, col = blstrip(l[m.end():], col) break if not m: sys.stderr.write('*** ERROR: Completely ugly code ' + '(trying to sync): %s\n' % l) l = '' return tokens	6,026
def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for t in tokens: if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue if t.succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (t.succ.col, lines[t.line])))	def check_multistatements(tokens, lines, warnings): "Check for more than one statemen on one line" for t in tokens: if t.typ != Token.punct or t.string != ';' or t.parenlevel > 0: continue if t.succ and t.succ.line == t.line: w = 'More than one statement on a line (col %d): %s' warnings.append((t.line, w % (t.succ.col, lines[t.line])))	6,027
def update_documentation(images): """Update `documentation' in C source to list all stock icons.""" # Format documentation entries # Note the `../' in image path. It is here to undo the effect of content # files being XIncluded from xml/ subdirectory, therefore straight paths # get xml/ prepended to be relative to the driver file (as of 1.66.1 # stylesheets) -- which is exactly what we do NOT need. cfile = base + '.c' template = ('/*\n' ' GWY_STOCK_%s\n' ' \n' ' The "%s" stock icon.\n' ' * <inlinegraphic fileref="../gwy_%s-%d.png" format="PNG"/>\n' ' **/\n' '\n') docs = [] for k, v in images.items(): k = re.sub(r'_1_1', '_1:1', k) words = k.split('_') for i in range(len(words)): # Heuristics: words without wovels are abbreviations if not re.search(r'[aeiouy]', words[i]): words[i] = words[i].upper() else: words[i] = words[i].title() human_name = '-'.join(words) if 24 in v: size = 24 else: size = max(v) docs.append(template % (k.upper(), human_name, k, size)) docs.sort() docs = ''.join(docs) replace_file(cfile, docs)	def update_documentation(images): """Update `documentation' in C source to list all stock icons.""" # Format documentation entries # Note the `../' in image path. It is here to undo the effect of content # files being XIncluded from xml/ subdirectory, therefore straight paths # get xml/ prepended to be relative to the driver file (as of 1.66.1 # stylesheets) -- which is exactly what we do NOT need. cfile = base + '.c' template = ('/*\n' ' GWY_STOCK_%s\n' ' \n' ' The "%s" stock icon.\n' ' * <inlinegraphic fileref="../gwy_%s-%d.png" format="PNG"/>\n' ' **/\n' '\n') docs = [] for k, v in images.items(): words = re.sub(r'_1_1', '_1:1', k).split('_') for i in range(len(words)): # Heuristics: words without wovels are abbreviations if not re.search(r'[aeiouy]', words[i]): words[i] = words[i].upper() else: words[i] = words[i].title() human_name = '-'.join(words) if 24 in v: size = 24 else: size = max(v) docs.append(template % (k.upper(), human_name, k, size)) docs.sort() docs = ''.join(docs) replace_file(cfile, docs)	6,028
command -nargs=+ HiLink hi def link <args>	command -nargs=+ HiLink hi def link <args>	6,029
def _read_dfield(fh, data, base): c = fh.read(1) assert c == '[' dfield = {} _dmove(data, base + '/xres', dfield, 'xres', int) _dmove(data, base + '/yres', dfield, 'yres', int) _dmove(data, base + '/xreal', dfield, 'xreal', float) _dmove(data, base + '/yreal', dfield, 'yreal', float) _dmove(data, base + '/unit-xy', dfield, 'unit-xy') _dmove(data, base + '/unit-z', dfield, 'unit-z') a = _array.array('d') a.fromfile(fh, dfield['xres']*dfield['yres']) c = fh.readline() assert c == ']]\n' dfield['data'] = a data[base] = dfield	def _read_dfield(fh, data, base): c = fh.read(1) if not c: return False if c != '[': fh.seek(-1, 1) return False dfield = {} _dmove(data, base + '/xres', dfield, 'xres', int) _dmove(data, base + '/yres', dfield, 'yres', int) _dmove(data, base + '/xreal', dfield, 'xreal', float) _dmove(data, base + '/yreal', dfield, 'yreal', float) _dmove(data, base + '/unit-xy', dfield, 'unit-xy') _dmove(data, base + '/unit-z', dfield, 'unit-z') a = _array.array('d') a.fromfile(fh, dfield['xres']*dfield['yres']) c = fh.readline() assert c == ']]\n' dfield['data'] = a data[base] = dfield	6,030
def read(filename): """Read a Gwyddion plug-in proxy dump file. The file is returned as a dictionary of dump key, value pairs. Data fields are packed into dictionaries with following keys (not all has to be present): `xres', x-resolution (number of samples), `yres', y-resolution (number of samples), `xreal', real x size (in base SI units), `yreal', real y size (in base SI units), `unit-xy', lateral units (base SI, like `m'), `unit-z', value units (base SI, like `m' or `A'), `data', the data field data itself (array of floats). The `data' member is a raw array of floats (please see array module documentation). Exceptions, caused by fatal errors, are not handled -- it is up to caller to eventually handle them.""" line_re = _re.compile(r'^(?P<key>[^=]+)=(?P<val>.*)\n') field_re = _re.compile(r'^(?P<key>[^=]+)=\[\n') fh = file(filename, 'rb') data = {} while True: line = fh.readline() if not line: break m = field_re.match(line) if m: _read_dfield(fh, data, m.group('key')) continue m = line_re.match(line) if m: data[m.group('key')] = m.group('val') continue raise 'Can\'t understand input' fh.close() return data	def read(filename): """Read a Gwyddion plug-in proxy dump file. The file is returned as a dictionary of dump key, value pairs. Data fields are packed into dictionaries with following keys (not all has to be present): `xres', x-resolution (number of samples), `yres', y-resolution (number of samples), `xreal', real x size (in base SI units), `yreal', real y size (in base SI units), `unit-xy', lateral units (base SI, like `m'), `unit-z', value units (base SI, like `m' or `A'), `data', the data field data itself (array of floats). The `data' member is a raw array of floats (please see array module documentation). Exceptions, caused by fatal errors, are not handled -- it is up to caller to eventually handle them.""" line_re = _re.compile(r'^(?P<key>[^=]+)=(?P<val>.*)\n') field_re = _re.compile(r'^(?P<key>[^=]+)=\[\n') fh = file(filename, 'rb') data = {} while True: line = fh.readline() if not line: break m = field_re.match(line) if m and _read_dfield(fh, data, m.group('key')): continue m = line_re.match(line) if m: data[m.group('key')] = m.group('val') continue raise 'Can\'t understand input' fh.close() return data	6,031
def expand_template(makefile, name, supplementary=None): """Get expansion of specified template, taking information from Makefile. SELF: defines TOP_SRCDIR, LIBRARY, LIBDIR DATA: install-data rule, created from foo_DATA LIB_HEADERS: this variable, filled from lib_LTLIBRARIES, fooinclude_HEADERS LIB_OBJECTS: this variable, filled from lib_LTLIBRARIES, foo_SOURCES LIB_OBJ_RULES: .c -> .obj rules, filled from lib_LTLIBRARIES, foo_SOURCES PRG_OBJECTS: this variable, filled from bin_PROGRAMS, foo_SOURCES PRG_OBJ_RULES: .c -> .obj rules, filled from bin_PROGRAMS, foo_SOURCES MODULES: this variable, filled from foo_LTLIBRARIES MOD_OBJ_RULES: .c -> .obj rules, filled from foo_LTLIBRARIES, foo_SOURCES MOD_DLL_RULES: .obj -> .dll rules, filled from foo_LTLIBRARIES MO_INSTALL_RULES: installdirs and install-mo rules, filled from LINGUAS""" if name == 'SELF': if srcpath: srcdir = '\\'.join(['..'] * len(srcpath)) s = ['TOP_SRCDIR = ' + srcdir] else: s = ['TOP_SRCDIR = .'] libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') if libraries: assert len(libraries) == 1 s.append('LIBDIR = ' + srcpath[-1]) l = libraries[0] s.append('LIBRARY = ' + l) return '\n'.join(s) elif name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: ul = underscorize(l) lst += get_list(makefile, '%sinclude_HEADERS' % ul) return name + ' =' + format_list(lst) elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'LIB_OBJ_RULES': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c'): deps = format_list(get_file_deps(x, ul)) lst.append(object_rule % (x, deps, 'LIB', x)) return '\n'.join(lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'PRG_OBJ_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c'): deps = format_list(get_file_deps(x)) lst.append(object_rule % (x, deps, 'PRG', x)) return '\n'.join(lst) elif name == 'MODULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(fix_suffixes(mods, '.la', '.dll'), ')', ').dll') return name + ' =' + format_list(mods) elif name == 'MOD_OBJ_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) lst = [] for m in mods: um = underscorize(m) for x in get_list(makefile, '%s_SOURCES' % um): # Ignore header files in SOURCES if not x.endswith('.c'): continue x = x[:-2] deps = format_list(get_file_deps(x, um)) lst.append(object_rule % (x, deps, 'MOD', x)) return '\n'.join(lst) elif name == 'MOD_DLL_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(mods, '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split(r'\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print 'WARNING: Unknown template %s' % name return ''	def expand_template(makefile, name, supplementary=None): """Get expansion of specified template, taking information from Makefile. SELF: defines TOP_SRCDIR, LIBRARY, LIBDIR DATA: install-data rule, created from foo_DATA LIB_HEADERS: install rules, filled from lib_LTLIBRARIES, fooinclude_HEADERS LIB_OBJECTS: this variable, filled from lib_LTLIBRARIES, foo_SOURCES LIB_OBJ_RULES: .c -> .obj rules, filled from lib_LTLIBRARIES, foo_SOURCES PRG_OBJECTS: this variable, filled from bin_PROGRAMS, foo_SOURCES PRG_OBJ_RULES: .c -> .obj rules, filled from bin_PROGRAMS, foo_SOURCES MODULES: this variable, filled from foo_LTLIBRARIES MOD_OBJ_RULES: .c -> .obj rules, filled from foo_LTLIBRARIES, foo_SOURCES MOD_DLL_RULES: .obj -> .dll rules, filled from foo_LTLIBRARIES MO_INSTALL_RULES: installdirs and install-mo rules, filled from LINGUAS""" if name == 'SELF': if srcpath: srcdir = '\\'.join(['..'] * len(srcpath)) s = ['TOP_SRCDIR = ' + srcdir] else: s = ['TOP_SRCDIR = .'] libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') if libraries: assert len(libraries) == 1 s.append('LIBDIR = ' + srcpath[-1]) l = libraries[0] s.append('LIBRARY = ' + l) return '\n'.join(s) elif name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: ul = underscorize(l) lst += get_list(makefile, '%sinclude_HEADERS' % ul) return name + ' =' + format_list(lst) elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'LIB_OBJ_RULES': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c'): deps = format_list(get_file_deps(x, ul)) lst.append(object_rule % (x, deps, 'LIB', x)) return '\n'.join(lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'PRG_OBJ_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c'): deps = format_list(get_file_deps(x)) lst.append(object_rule % (x, deps, 'PRG', x)) return '\n'.join(lst) elif name == 'MODULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(fix_suffixes(mods, '.la', '.dll'), ')', ').dll') return name + ' =' + format_list(mods) elif name == 'MOD_OBJ_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) lst = [] for m in mods: um = underscorize(m) for x in get_list(makefile, '%s_SOURCES' % um): # Ignore header files in SOURCES if not x.endswith('.c'): continue x = x[:-2] deps = format_list(get_file_deps(x, um)) lst.append(object_rule % (x, deps, 'MOD', x)) return '\n'.join(lst) elif name == 'MOD_DLL_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(mods, '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split(r'\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print 'WARNING: Unknown template %s' % name return ''	6,032
def expand_template(makefile, name, supplementary=None): """Get expansion of specified template, taking information from Makefile. SELF: defines TOP_SRCDIR, LIBRARY, LIBDIR DATA: install-data rule, created from foo_DATA LIB_HEADERS: this variable, filled from lib_LTLIBRARIES, fooinclude_HEADERS LIB_OBJECTS: this variable, filled from lib_LTLIBRARIES, foo_SOURCES LIB_OBJ_RULES: .c -> .obj rules, filled from lib_LTLIBRARIES, foo_SOURCES PRG_OBJECTS: this variable, filled from bin_PROGRAMS, foo_SOURCES PRG_OBJ_RULES: .c -> .obj rules, filled from bin_PROGRAMS, foo_SOURCES MODULES: this variable, filled from foo_LTLIBRARIES MOD_OBJ_RULES: .c -> .obj rules, filled from foo_LTLIBRARIES, foo_SOURCES MOD_DLL_RULES: .obj -> .dll rules, filled from foo_LTLIBRARIES MO_INSTALL_RULES: installdirs and install-mo rules, filled from LINGUAS""" if name == 'SELF': if srcpath: srcdir = '\\'.join(['..'] * len(srcpath)) s = ['TOP_SRCDIR = ' + srcdir] else: s = ['TOP_SRCDIR = .'] libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') if libraries: assert len(libraries) == 1 s.append('LIBDIR = ' + srcpath[-1]) l = libraries[0] s.append('LIBRARY = ' + l) return '\n'.join(s) elif name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: ul = underscorize(l) lst += get_list(makefile, '%sinclude_HEADERS' % ul) return name + ' =' + format_list(lst) elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'LIB_OBJ_RULES': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c'): deps = format_list(get_file_deps(x, ul)) lst.append(object_rule % (x, deps, 'LIB', x)) return '\n'.join(lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c', '.obj') return name + ' =' + format_list(lst) elif name == 'PRG_OBJ_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c'): deps = format_list(get_file_deps(x)) lst.append(object_rule % (x, deps, 'PRG', x)) return '\n'.join(lst) elif name == 'MODULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(fix_suffixes(mods, '.la', '.dll'), ')', ').dll') return name + ' =' + format_list(mods) elif name == 'MOD_OBJ_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) lst = [] for m in mods: um = underscorize(m) for x in get_list(makefile, '%s_SOURCES' % um): # Ignore header files in SOURCES if not x.endswith('.c'): continue x = x[:-2] deps = format_list(get_file_deps(x, um)) lst.append(object_rule % (x, deps, 'MOD', x)) return '\n'.join(lst) elif name == 'MOD_DLL_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(mods, '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split(r'\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print 'WARNING: Unknown template %s' % name return ''	def expand_template(makefile, name, supplementary=None): """Get expansion of specified template, taking information from Makefile. SELF: defines TOP_SRCDIR, LIBRARY, LIBDIR DATA: install-data rule, created from foo_DATA LIB_HEADERS: this variable, filled from lib_LTLIBRARIES, fooinclude_HEADERS LIB_OBJECTS: this variable, filled from lib_LTLIBRARIES, foo_SOURCES LIB_OBJ_RULES: .c -> .obj rules, filled from lib_LTLIBRARIES, foo_SOURCES PRG_OBJECTS: this variable, filled from bin_PROGRAMS, foo_SOURCES PRG_OBJ_RULES: .c -> .obj rules, filled from bin_PROGRAMS, foo_SOURCES MODULES: this variable, filled from foo_LTLIBRARIES MOD_OBJ_RULES: .c -> .obj rules, filled from foo_LTLIBRARIES, foo_SOURCES MOD_DLL_RULES: .obj -> .dll rules, filled from foo_LTLIBRARIES MO_INSTALL_RULES: installdirs and install-mo rules, filled from LINGUAS""" if name == 'SELF': if srcpath: srcdir = '\\'.join(['..'] * len(srcpath)) s = ['TOP_SRCDIR = ' + srcdir] else: s = ['TOP_SRCDIR = .'] libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') if libraries: assert len(libraries) == 1 s.append('LIBDIR = ' + srcpath[-1]) l = libraries[0] s.append('LIBRARY = ' + l) return '\n'.join(s) elif name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: ul = underscorize(l) lst += get_list(makefile, '%sinclude_HEADERS' % ul) list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\include\$(LIBDIR)"' % x) for x in lst] inst_part = '\n\t'.join(['install-headers:'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c', '.obj') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\include\$(LIBDIR)"' % x) for x in lst] inst_part = '\n\t'.join(['install-headers:'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_OBJ_RULES': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: ul = underscorize(l) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % ul), '.c'): deps = format_list(get_file_deps(x, ul)) lst.append(object_rule % (x, deps, 'LIB', x)) return '\n'.join(lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c', '.obj') list_part = name + ' =' + format_list(lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\include\$(LIBDIR)"' % x) for x in lst] inst_part = '\n\t'.join(['install-headers:'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'PRG_OBJ_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: up = underscorize(p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % up), '.c'): deps = format_list(get_file_deps(x)) lst.append(object_rule % (x, deps, 'PRG', x)) return '\n'.join(lst) elif name == 'MODULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(fix_suffixes(mods, '.la', '.dll'), ')', ').dll') return name + ' =' + format_list(mods) elif name == 'MOD_OBJ_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) lst = [] for m in mods: um = underscorize(m) for x in get_list(makefile, '%s_SOURCES' % um): # Ignore header files in SOURCES if not x.endswith('.c'): continue x = x[:-2] deps = format_list(get_file_deps(x, um)) lst.append(object_rule % (x, deps, 'MOD', x)) return '\n'.join(lst) elif name == 'MOD_DLL_RULES': mods = get_list(makefile, r'\w+_LTLIBRARIES') mods = expand_make_vars(mods, supplementary) mods = fix_suffixes(mods, '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split(r'\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print 'WARNING: Unknown template %s' % name return ''	6,033
def tokenize(lines): "`Parse' a C file returning a sequence of Tokens" re_com = re.compile(r'/\.?\/\|//.') re_mac = re.compile(r'#.') re_str = re.compile(r'"([^\\"]+\|\\"\|\\[^"])"') re_chr = re.compile(r'\'(?:.\|\\.\|\\[0-7]{3}\|\\x[0-9a-f]{2})\'') re_id = re.compile(r'\b[A-Za-z_]\w\b') # this eats some integers too re_dbl = re.compile(r'\b(\d\.\d+\|\d+\.?)(?:[Ee][-+]?\d+)?[FfLl]?\b') re_int = re.compile(r'\b(?:0[xX][a-fA-F0-9]+\|0[0-7]+\|[-+]?\d+)[LlUu]\b') re_eq = re.compile(r'(?:[-+%/&\|!<>=^]\|&&\|>>\|<<\|\\|\\|)?=') re_grp = re.compile(r'&&\|<<\|>>\|->\|::\|\.\\|->\\|\\|\\|') re_sin = re.compile(r'[][(){};:?,.+~!%^&\|/^<>]\|-') re_tokens = re_com, re_str, re_chr, re_id, re_dbl, re_int, \ re_eq, re_grp, re_sin token_ids = { re_com: 0, re_str: Token.string, re_chr: Token.char, re_id: Token.ident, re_dbl: Token.double, re_int: Token.integer, re_eq: Token.punct, re_grp: Token.punct, re_sin: Token.punct } tokens = [] in_comment = False in_macro = False for i, l in enumerate(lines): l, col = blstrip(l, 0) # special processing when we are inside a multiline comment or macro if in_comment: base = l.find('/') if base == -1: continue l = l[base+2:] col += base+2 l, col = blstrip(l, col) in_comment = False elif in_macro: in_macro = l.endswith('\\') continue elif l.startswith('#'): if l.endswith('\\'): in_macro = True continue while l: if l.startswith('/') and l.find('/') == -1: in_comment = True break for r in re_tokens: m = r.match(l) if m: if token_ids[r]: tokens.append(Token(i, col, token_ids[r], m.group())) col += m.end() l, col = blstrip(l[m.end():], col) break if not m: sys.stderr.write('*** ERROR: Completely ugly code ' + '(trying to sync): %s\n' % l) l = '' # Make tokens a doubly linked list for i, t in enumerate(tokens): if i: t.prec = tokens[i-1] else: t.prec = None try: t.succ = tokens[i+1] except IndexError: t.succ = None return tokens	def tokenize(lines): "`Parse' a C file returning a sequence of Tokens" re_com = re.compile(r'/\.?\/\|//.') re_mac = re.compile(r'#.') re_str = re.compile(r'"([^\\"]+\|\\"\|\\[^"])"') re_chr = re.compile(r'\'(?:.\|\\.\|\\[0-7]{3}\|\\x[0-9a-f]{2})\'') re_id = re.compile(r'\b[A-Za-z_]\w\b') # this eats some integers too re_dbl = re.compile(r'\b(\d\.\d+\|\d+\.?)(?:[Ee][-+]?\d+)?[FfLl]?\b') re_int = re.compile(r'\b(?:0[xX][a-fA-F0-9]+\|0[0-7]+\|[-+]?\d+)[LlUu]\b') re_eq = re.compile(r'(?:[-+%/&\|!<>=^]\|&&\|>>\|<<\|\\|\\|)?=') re_grp = re.compile(r'&&\|<<\|>>\|->\|::\|\.\\|->\\|\\|\\|\|\+\+\|--\|\\+\|\.\.\.') re_sin = re.compile(r'[][(){};:?,.+~!%^&\|/^<>]\|-') re_tokens = re_com, re_str, re_chr, re_id, re_dbl, re_int, \ re_eq, re_grp, re_sin token_ids = { re_com: 0, re_str: Token.string, re_chr: Token.char, re_id: Token.ident, re_dbl: Token.double, re_int: Token.integer, re_eq: Token.punct, re_grp: Token.punct, re_sin: Token.punct } tokens = [] in_comment = False in_macro = False for i, l in enumerate(lines): l, col = blstrip(l, 0) # special processing when we are inside a multiline comment or macro if in_comment: base = l.find('/') if base == -1: continue l = l[base+2:] col += base+2 l, col = blstrip(l, col) in_comment = False elif in_macro: in_macro = l.endswith('\\') continue elif l.startswith('#'): if l.endswith('\\'): in_macro = True continue while l: if l.startswith('/') and l.find('/') == -1: in_comment = True break for r in re_tokens: m = r.match(l) if m: if token_ids[r]: tokens.append(Token(i, col, token_ids[r], m.group())) col += m.end() l, col = blstrip(l[m.end():], col) break if not m: sys.stderr.write('*** ERROR: Completely ugly code ' + '(trying to sync): %s\n' % l) l = '' # Make tokens a doubly linked list for i, t in enumerate(tokens): if i: t.prec = tokens[i-1] else: t.prec = None try: t.succ = tokens[i+1] except IndexError: t.succ = None return tokens	6,034
def expand_template(makefile, name): if name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + ' \\\n\t'.join([''] + lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: l = re.sub(r'[^a-z0-9]', '_', l) lst += get_list(makefile, '%sinclude_HEADERS' % l) return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: l = re.sub(r'[^a-z0-9]', '_', l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % l), '.c', '.obj') return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: p = re.sub(r'[^a-z0-9]', '_', p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % p), '.c', '.obj') return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'PRG_OBJECT_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: p = re.sub(r'[^a-z0-9]', '_', p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % p), '.c'): lst.append(prg_object_rule % (x, x, x)) return '\n'.join(lst) elif name == 'MODULES': mods = fix_suffixes(get_list(makefile, r'\w+_LTLIBRARIES'), '.la', '.dll') return name + ' =' + ' \\\n\t'.join([''] + mods) elif name == 'MOD_DLL_RULES': mods = fix_suffixes(get_list(makefile, r'\w+_LTLIBRARIES'), '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split('\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print '* Unknown template %s *' % name return ''	def expand_template(makefile, name): if name == 'DATA': lst = get_list(makefile, '\w+_DATA') list_part = name + ' =' + ' \\\n\t'.join([''] + lst) inst_part = [('$(INSTALL) %s "$(DEST_DIR)\data\$(DATA_TYPE)"' % x) for x in lst] inst_part = '\n\t'.join(['install-data: data'] + inst_part) return list_part + '\n\n' + inst_part elif name == 'LIB_HEADERS': libraries = fix_suffixes(get_list(makefile, 'lib_LTLIBRARIES'), '.la') lst = [] for l in libraries: l = re.sub(r'[^a-z0-9]', '_', l) lst += get_list(makefile, '%sinclude_HEADERS' % l) return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'LIB_OBJECTS': libraries = get_list(makefile, 'lib_LTLIBRARIES') lst = [] for l in libraries: l = re.sub(r'[^a-z0-9]', '_', l) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % l), '.c', '.obj') return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'PRG_OBJECTS': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: p = re.sub(r'[^a-z0-9]', '_', p) lst += fix_suffixes(get_list(makefile, '%s_SOURCES' % p), '.c', '.obj') return name + ' =' + ' \\\n\t'.join([''] + lst) elif name == 'PRG_OBJECT_RULES': programs = get_list(makefile, 'bin_PROGRAMS') lst = [] for p in programs: p = re.sub(r'[^a-z0-9]', '_', p) for x in fix_suffixes(get_list(makefile, '%s_SOURCES' % p), '.c'): lst.append(prg_object_rule % (x, x, x)) return '\n'.join(lst) elif name == 'MODULES': mods = fix_suffixes(get_list(makefile, r'\w+_LTLIBRARIES'), '.la', '.dll') return name + ' =' + ' \\\n\t'.join([''] + mods) elif name == 'MOD_DLL_RULES': mods = fix_suffixes(get_list(makefile, r'\w+_LTLIBRARIES'), '.la') lst = [] for m in mods: lst.append(mod_dll_rule % (m, m, m, m, m)) return '\n'.join(lst) elif name == 'MO_INSTALL_RULES': pos = [l.strip() for l in file('LINGUAS')] pos = [l for l in pos if l and not l.strip().startswith('#')] assert len(pos) == 1 pos = re.split('\s+', pos[0]) if not pos: return lst = ['installdirs:', '\t-@mkdir "$(DEST_DIR)\\locale"'] for p in pos: lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s"' % p) lst.append('\t-@mkdir "$(DEST_DIR)\\locale\\%s\\LC_MESSAGES"' % p) lst.append('') lst.append('install-mo:') for p in pos: lst.append(mo_inst_rule % (p, p)) return '\n'.join(lst) print '* Unknown template %s *' % name return ''	6,035
def DBPRINT(*args): print ' '.join(args)	def DBPRINT(*args): print ' '.join(args)	6,036
def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	6,037
def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	6,038
def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	def _get_opener(self): """Build a urllib2 OpenerDirector based on request options.""" if self.opts.opener: return self.opts.opener elif self._opener is None: handlers = [] # if you specify a ProxyHandler when creating the opener # it _must_ come before all other handlers in the list or urllib2 # chokes. if self.opts.proxies: handlers.append( CachedProxyHandler(self.opts.proxies) )	6,039