def __init__(self,name,**kwds):
source.__init__(self)
sink_base.__init__(self)
self.name = name
self.saved = ''
self.list = []
for k in list(kwds.keys()):
self.k = kwds[k]
self.closed = 0
def __init__(self, pass_frame, input_filename, prefix='', eol='\n'):
self.eol = eol
# compute absolute pathname, and create directories if necessary
# we don't use posixpath because we're enforcing an _interscript_
# pathname convention here
pathlist = input_filename.split('/')
self.basename = pathlist[-1]
platform = pass_frame.process.site.platform
pathname = platform.mk_dir(prefix, pathlist)
try:
file = platform.open(pathname, 'w')
except:
raise sink_open_error(pathname)
sink_base.__init__(self, name=input_filename, file=file)
if pass_frame: pass_frame.flist.append(pathname)
def __init__(self, pass_frame, input_filename, prefix="", eol="\n"):
self.eol = eol
# compute absolute pathname, and create directories if necessary
# we don't use posixpath because we're enforcing an _interscript_
# pathname convention here
pathlist = input_filename.split("/")
self.basename = pathlist[-1]
platform = pass_frame.process.site.platform
pathname = platform.mk_dir(prefix, pathlist)
try:
file = platform.open(pathname, "w")
except:
raise sink_open_error(pathname)
sink_base.__init__(self, name=input_filename, file=file)
if pass_frame:
pass_frame.flist.append(pathname)
def __init__(self,pass_frame,input_filename, prefix='', eol='\n'):
self.pass_frame = pass_frame
self.process = pass_frame.process
self.site = self.process.site
self.platform = self.site.platform
if 'sinks' in self.process.trace:
self.process.acquire_object(self,'NAMED FILE SINK '+input_filename)
self.eol = eol
# compute absolute pathname, and create directories if necessary
# we don't use posixpath because we're enforcing an _interscript_
# pathname convention here
pathlist = input_filename.split('/')
self.basename = pathlist[-1]
pathname = self.platform.mk_dir(prefix, pathlist)
if self.platform.file_exists(pathname):
self.tmp_filename = self.platform.tempfile.mktemp()
if 'sinks' in self.process.trace:
print('Generating temporary',self.tmp_filename,'for',input_filename)
try:
file =self.platform.open(self.tmp_filename,'w')
self.pass_frame.fdict[input_filename]='temporary'
except:
raise sink_open_error(self.tmp_filename)
sink_base.__init__(self, filename = pathname, name = input_filename, file = file )
if pass_frame: self.pass_frame.flist.append(input_filename)
else:
if 'sinks' in self.process.trace:
print('Generating original',input_filename)
try:
file = self.platform.open(pathname,'w')
if pass_frame: self.pass_frame.fdict[input_filename]='original'
except:
raise sink_open_error(pathname)
sink_base.__init__(self, filename = pathname, name = input_filename, file = file)
if pass_frame: self.pass_frame.flist.append(input_filename)
def __init__(self, name, master_frame): sink_base.__init__(self,name=name) self.saved = '' self.list = [] self.closed = 0 self.master_frame = master_frame
def __init__(self): sink_base.__init__(self,name='standard output')
def __init__(self, *args, **kwds):
sink_base.__init__(self)
def __init__(self): sink_base.__init__(self,name='null sink')
def __init__(self):
sink_base.__init__(self, name='standard output')
def __init__(self, *args, **kwds): sink_base.__init__(self)
