1 files changed, 13 insertions, 8 deletions
diff --git a/scripts/qdebug-odebug.py b/scripts/qdebug-odebug.py
index 636c1b2..7a417e1 100755
--- a/scripts/qdebug-odebug.py
+++ b/scripts/qdebug-odebug.py
@@ -1,63 +1,68 @@
 #!/usr/bin/env python
 """
 qdebug-odebug.py (C) 2004 Michael 'Mickey' Lauer <mickey@Vanille.de>
 This script helps to convert from the Qt debugging framework to the Opie debugging framework
 Though it will take care of the most common usages, it may not recognize uncommon ones, hence
 manual work may be needed after applying the script.
 """
 import sys, sre
-qDebugExpression = sre.compile( '(.*)(qDebug)\(\s*(.*)\s*\);(.*)' )
+qDebugExpression = sre.compile( '(?P<head>.*)(?P<statement>qDebug)\(\s*(?P<content>.*)\s*\);(?P<tail>.*)' )
-qWarningExpression = sre.compile( '(.*)(qWarning)\(\s*(.*)\s*\);(.*)' )
+qWarningExpression = sre.compile( '(?P<head>.*)(?P<statement>qWarning)\(\s*(?P<content>.*)\s*\);(?P<tail>.*)' )
-qErrorExpression = sre.compile( '(.*)(qError)\(\s*(.*)\s*\);(.*)' )
+qErrorExpression = sre.compile( '(?P<head>.*)(?P<statement>qError)\(\s*(?P<content>.*)\s*\);(?P<tail>.*)' )
-qFatalExpression = sre.compile( '(.*)(qFatal)\(\s*(.*)\s*\);(.*)' )
+qFatalExpression = sre.compile( '(?P<head>.*)(?P<statement>qFatal)\(\s*(?P<content>.*)\s*\);(?P<tail>.*)' )
-printfExpression = sre.compile( '(.*)(printf)\(\s*(.*)\s*\);(.*)' )
+#printfExpression = sre.compile( '(?P<head>.*)(?![s\.])(?P<statement>printf)\(\s*(?P<content>.*)\s*\);(?P<tail>.*)' )
 debugTable = { "qDebug" : "odebug",
               "qWarning" : "owarn",
               "qError" : "oerr",
               "qFatal" : "ofatal",
               "printf" : "odebug" }
-allExpressions = ( qDebugExpression, qWarningExpression, qErrorExpression, qFatalExpression, printfExpression )
+allExpressions = ( qDebugExpression, qWarningExpression, qErrorExpression, qFatalExpression ) #, printfExpression )
 ####################################################################################################
 def convert( fname ):
    print >>sys.stderr, "<NOTE>: Dealing with %s..." % fname
    for line in file( fname ):
        match = False
        for expr in allExpressions:
            m = expr.match( line )
            if m is None:
                continue
            else:
                match = True
-                head, debug, content, tail = m.groups()
+                head = m.groupdict()["head"]
+                debug = m.groupdict()["statement"]
+                content = m.groupdict()["content"]
+                tail = m.groupdict()["tail"]
                print >>sys.stderr, "<NOTE>: Groups = ", m.groups()
                sys.stdout.write( head ) # don't strip() here, because we want to keep indentation
                sys.stdout.write( debugTable[debug.strip()] )
                sys.stdout.write( " << " )
                sys.stdout.write( transform( content ).strip() )
                sys.stdout.write( " << oendl; " )
                sys.stdout.write( tail )
                if not tail.endswith( "\n" ): sys.stdout.write( "\n" )
                continue
        # nothing applies
        if not match:
            sys.stdout.write( line )
 ####################################################################################################
 def transform( s ):
    print >>sys.stderr, "<NOTE>: Transforming '%s'..." % s
    # check if there is one or more comma's outside of strings
    groups = []
    i = 0
    instring = False
    group = ""
    while i < len( s ):
@@ -74,46 +79,46 @@ def transform( s ):
    groups.append( group.strip() )
    # check for easy case
    if len( groups ) < 2: return s.replace( "%%", "%" )
    # damn. it gets complicated...
    print >>sys.stderr, "<NOTE>: Comma's outside of strings = %d" % ( len( groups ) -1 )
    formatstring, substitutions = groups[0], groups[1:]
    result = ""
    # iterator over formatstring and substitute format directives (e.g. '%d') with the substitutions
    subst = 0
    i = 0
    indirective = False
    while i < len( formatstring ):
        if formatstring[i] != "%":
            result += formatstring[i]
            i += 1
            continue
        else: # % in formatstring
            indirective = True
            i += 1
-            while i < len( formatstring ) and formatstring[i] not in "%dDiouxXfegEscpn":
+            while i < len( formatstring ) and formatstring[i] not in "%dDiouxXfFegEscpn":
                i += 1
            if formatstring[i] == "%":
                result += "%"
            else:
                result += '" << %s << "' % substitutions[0].replace( "(const char*)", "" ).replace( ".latin1()", "" )
                del substitutions[0]
            indirective = False
            i += 1
    print >>sys.stderr, "<NOTE>: Result seems to be '%s'" % result
    return result.replace( "%%", "%" )
 ####################################################################################################
 if __name__ == "__main__":
    try:
        fname = sys.argv[1]
    except:
        print >>sys.stderr, "Usage: %s <filename>\n" % sys.argv[0]
    else:
        convert( fname )

diff --git a/scripts/qdebug-odebug.py b/scripts/qdebug-odebug.py index 636c1b2..7a417e1 100755 --- a/scripts/qdebug-odebug.py +++ b/scripts/qdebug-odebug.py
@@ -1,63 +1,68 @@
1	#!/usr/bin/env python	1	#!/usr/bin/env python
2		2
3	"""	3	"""
4	qdebug-odebug.py (C) 2004 Michael 'Mickey' Lauer <mickey@Vanille.de>	4	qdebug-odebug.py (C) 2004 Michael 'Mickey' Lauer <mickey@Vanille.de>
5	This script helps to convert from the Qt debugging framework to the Opie debugging framework	5	This script helps to convert from the Qt debugging framework to the Opie debugging framework
6	Though it will take care of the most common usages, it may not recognize uncommon ones, hence	6	Though it will take care of the most common usages, it may not recognize uncommon ones, hence
7	manual work may be needed after applying the script.	7	manual work may be needed after applying the script.
8	"""	8	"""
9		9
10	import sys, sre	10	import sys, sre
11		11
12	qDebugExpression = sre.compile( '(.)(qDebug)\(\s(.)\s\);(.*)' )	12	qDebugExpression = sre.compile( '(?P<head>.)(?P<statement>qDebug)\(\s(?P<content>.)\s\);(?P<tail>.*)' )
13	qWarningExpression = sre.compile( '(.)(qWarning)\(\s(.)\s\);(.*)' )	13	qWarningExpression = sre.compile( '(?P<head>.)(?P<statement>qWarning)\(\s(?P<content>.)\s\);(?P<tail>.*)' )
14	qErrorExpression = sre.compile( '(.)(qError)\(\s(.)\s\);(.*)' )	14	qErrorExpression = sre.compile( '(?P<head>.)(?P<statement>qError)\(\s(?P<content>.)\s\);(?P<tail>.*)' )
15	qFatalExpression = sre.compile( '(.)(qFatal)\(\s(.)\s\);(.*)' )	15	qFatalExpression = sre.compile( '(?P<head>.)(?P<statement>qFatal)\(\s(?P<content>.)\s\);(?P<tail>.*)' )
16	printfExpression = sre.compile( '(.)(printf)\(\s(.)\s\);(.*)' )	16	#printfExpression = sre.compile( '(?P<head>.)(?![s\.])(?P<statement>printf)\(\s(?P<content>.)\s\);(?P<tail>.*)' )
17		17
18	debugTable = { "qDebug" : "odebug",	18	debugTable = { "qDebug" : "odebug",
19	"qWarning" : "owarn",	19	"qWarning" : "owarn",
20	"qError" : "oerr",	20	"qError" : "oerr",
21	"qFatal" : "ofatal",	21	"qFatal" : "ofatal",
22	"printf" : "odebug" }	22	"printf" : "odebug" }
23		23
24	allExpressions = ( qDebugExpression, qWarningExpression, qErrorExpression, qFatalExpression, printfExpression )	24	allExpressions = ( qDebugExpression, qWarningExpression, qErrorExpression, qFatalExpression ) #, printfExpression )
25		25
26	####################################################################################################	26	####################################################################################################
27		27
28	def convert( fname ):	28	def convert( fname ):
29	print >>sys.stderr, "<NOTE>: Dealing with %s..." % fname	29	print >>sys.stderr, "<NOTE>: Dealing with %s..." % fname
30		30
31	for line in file( fname ):	31	for line in file( fname ):
32	match = False	32	match = False
33	for expr in allExpressions:	33	for expr in allExpressions:
34	m = expr.match( line )	34	m = expr.match( line )
35	if m is None:	35	if m is None:
36	continue	36	continue
37	else:	37	else:
38	match = True	38	match = True
39	head, debug, content, tail = m.groups()	39
		40	head = m.groupdict()["head"]
		41	debug = m.groupdict()["statement"]
		42	content = m.groupdict()["content"]
		43	tail = m.groupdict()["tail"]
		44
40	print >>sys.stderr, "<NOTE>: Groups = ", m.groups()	45	print >>sys.stderr, "<NOTE>: Groups = ", m.groups()
41	sys.stdout.write( head ) # don't strip() here, because we want to keep indentation	46	sys.stdout.write( head ) # don't strip() here, because we want to keep indentation
42	sys.stdout.write( debugTable[debug.strip()] )	47	sys.stdout.write( debugTable[debug.strip()] )
43	sys.stdout.write( " << " )	48	sys.stdout.write( " << " )
44	sys.stdout.write( transform( content ).strip() )	49	sys.stdout.write( transform( content ).strip() )
45	sys.stdout.write( " << oendl; " )	50	sys.stdout.write( " << oendl; " )
46	sys.stdout.write( tail )	51	sys.stdout.write( tail )
47	if not tail.endswith( "\n" ): sys.stdout.write( "\n" )	52	if not tail.endswith( "\n" ): sys.stdout.write( "\n" )
48	continue	53	continue
49	# nothing applies	54	# nothing applies
50	if not match:	55	if not match:
51	sys.stdout.write( line )	56	sys.stdout.write( line )
52		57
53	####################################################################################################	58	####################################################################################################
54		59
55	def transform( s ):	60	def transform( s ):
56	print >>sys.stderr, "<NOTE>: Transforming '%s'..." % s	61	print >>sys.stderr, "<NOTE>: Transforming '%s'..." % s
57		62
58	# check if there is one or more comma's outside of strings	63	# check if there is one or more comma's outside of strings
59	groups = []	64	groups = []
60	i = 0	65	i = 0
61	instring = False	66	instring = False
62	group = ""	67	group = ""
63	while i < len( s ):	68	while i < len( s ):
@@ -74,46 +79,46 @@ def transform( s ):
74		79
75	groups.append( group.strip() )	80	groups.append( group.strip() )
76		81
77	# check for easy case	82	# check for easy case
78	if len( groups ) < 2: return s.replace( "%%", "%" )	83	if len( groups ) < 2: return s.replace( "%%", "%" )
79		84
80	# damn. it gets complicated...	85	# damn. it gets complicated...
81	print >>sys.stderr, "<NOTE>: Comma's outside of strings = %d" % ( len( groups ) -1 )	86	print >>sys.stderr, "<NOTE>: Comma's outside of strings = %d" % ( len( groups ) -1 )
82		87
83	formatstring, substitutions = groups[0], groups[1:]	88	formatstring, substitutions = groups[0], groups[1:]
84	result = ""	89	result = ""
85		90
86	# iterator over formatstring and substitute format directives (e.g. '%d') with the substitutions	91	# iterator over formatstring and substitute format directives (e.g. '%d') with the substitutions
87	subst = 0	92	subst = 0
88	i = 0	93	i = 0
89	indirective = False	94	indirective = False
90	while i < len( formatstring ):	95	while i < len( formatstring ):
91	if formatstring[i] != "%":	96	if formatstring[i] != "%":
92	result += formatstring[i]	97	result += formatstring[i]
93	i += 1	98	i += 1
94	continue	99	continue
95	else: # % in formatstring	100	else: # % in formatstring
96	indirective = True	101	indirective = True
97	i += 1	102	i += 1
98	while i < len( formatstring ) and formatstring[i] not in "%dDiouxXfegEscpn":	103	while i < len( formatstring ) and formatstring[i] not in "%dDiouxXfFegEscpn":
99	i += 1	104	i += 1
100	if formatstring[i] == "%":	105	if formatstring[i] == "%":
101	result += "%"	106	result += "%"
102	else:	107	else:
103	result += '" << %s << "' % substitutions[0].replace( "(const char*)", "" ).replace( ".latin1()", "" )	108	result += '" << %s << "' % substitutions[0].replace( "(const char*)", "" ).replace( ".latin1()", "" )
104	del substitutions[0]	109	del substitutions[0]
105	indirective = False	110	indirective = False
106	i += 1	111	i += 1
107		112
108	print >>sys.stderr, "<NOTE>: Result seems to be '%s'" % result	113	print >>sys.stderr, "<NOTE>: Result seems to be '%s'" % result
109	return result.replace( "%%", "%" )	114	return result.replace( "%%", "%" )
110		115
111	####################################################################################################	116	####################################################################################################
112		117
113	if __name__ == "__main__":	118	if __name__ == "__main__":
114	try:	119	try:
115	fname = sys.argv[1]	120	fname = sys.argv[1]
116	except:	121	except:
117	print >>sys.stderr, "Usage: %s <filename>\n" % sys.argv[0]	122	print >>sys.stderr, "Usage: %s <filename>\n" % sys.argv[0]
118	else:	123	else:
119	convert( fname )	124	convert( fname )