def main(opts,args,out):
entries={}
T = tagger(entries)
for fname in args:
try:
p = xml.parsers.expat.ParserCreate()
p.StartElementHandler = T.start_element
p.EndElementHandler = T.end_element
p.CharacterDataHandler = T.char_data
T.parser = p
T.fname = fname
fullname=findFile(fname, path=opts.include)
fd=open(fullname, 'rb')
p.ParseFile(fd)
fd.close()
except IOError:
sys.stderr.write("Can't find/read %s in %s\n"%(fname,', '.join(opts.include)))
sys.exit(1)
return entries
def main(opts, args, out):
attrpat = re.compile('^\s* (\S+) \s* "(\\"|[^"]*)" \s*$', re.X)
# widget attributes known to contain PV names
PVattrs = [
'alarmPv',
'colorPv',
'controlPv',
'filePv',
'indicatorPv',
'readPv',
'visPv',
'xPv',
'yPv',
]
# Just a record name with optional field
# record.FLD
plainpv = re.compile('^\s*([^.]+)\.?.*$')
def extractRec(s):
""" Extract record name(s) from string
"""
if s.startswith('CALC'):
# May contain several record names
# CALC\\\{(((A=0)&&(B=0)))\}($(P)$(M).DMOV, $(P)$(M).STAT)
_, _, pvs = s.partition('\\}')
pvs = pvs.strip().strip('()')
if len(pvs) == 0:
warn('CALC with no PVs? "%s"' % s)
return []
pvs = pvs.split(',')
pvs = map(str.strip, pvs)
# strip field names
pvs = map(lambda p: extractRec(p)[0], pvs)
return pvs
else:
M = plainpv.match(s)
if M is None:
return []
return [M.group(1)]
entries = {}
for fname in args:
try:
fullname = findFile(fname, path=opts.include, env='EDMDATAFILES')
fd = open(fullname, 'rU')
except IOError:
sys.stderr.write("Can't find/read %s in %s\n" %
(fname, ', '.join(opts.include)))
sys.exit(1)
for ln, L in enumerate(fd.readlines()):
M = attrpat.match(L)
if M is None:
continue
if M.group(1) not in PVattrs:
continue
pvs = extractRec(M.group(2))
pvs = list(set(pvs)) # make unique
for pv in pvs:
try:
ent = entries[pv]
except KeyError:
ent = POEnt(pv)
entries[pv] = ent
if M.group(1) not in ent.comExt:
ent.comExt.append(M.group(1))
ent.refs.append('%s:%d' % (fname, ln))
fd.close()
return entries
def main(opts,args,out):
attrpat=re.compile('^\s* (\S+) \s* "(\\"|[^"]*)" \s*$', re.X)
# widget attributes known to contain PV names
PVattrs=[
'alarmPv',
'colorPv',
'controlPv',
'filePv',
'indicatorPv',
'readPv',
'visPv',
'xPv',
'yPv',
]
# Just a record name with optional field
# record.FLD
plainpv=re.compile('^\s*([^.]+)\.?.*$')
def extractRec(s):
""" Extract record name(s) from string
"""
if s.startswith('CALC'):
# May contain several record names
# CALC\\\{(((A=0)&&(B=0)))\}($(P)$(M).DMOV, $(P)$(M).STAT)
_,_,pvs = s.partition('\\}')
pvs=pvs.strip().strip('()')
if len(pvs)==0:
warn('CALC with no PVs? "%s"'%s)
return []
pvs=pvs.split(',')
pvs=map(str.strip, pvs)
# strip field names
pvs=map(lambda p:extractRec(p)[0],pvs)
return pvs
else:
M=plainpv.match(s)
if M is None:
return []
return [M.group(1)]
entries={}
for fname in args:
try:
fullname=findFile(fname, path=opts.include, env='EDMDATAFILES')
fd=open(fullname, 'rU')
except IOError:
sys.stderr.write("Can't find/read %s in %s\n"%(fname,', '.join(opts.include)))
sys.exit(1)
for ln, L in enumerate(fd.readlines()):
M=attrpat.match(L)
if M is None:
continue
if M.group(1) not in PVattrs:
continue
pvs=extractRec(M.group(2))
pvs=list(set(pvs)) # make unique
for pv in pvs:
try:
ent=entries[pv]
except KeyError:
ent=POEnt(pv)
entries[pv]=ent
if M.group(1) not in ent.comExt:
ent.comExt.append(M.group(1))
ent.refs.append('%s:%d'%(fname,ln))
fd.close()
return entries
