def mkFieldMap(fields, args=[], kwargs={}, default=None):
base = dict(zip(fields, repeat(default)))
if isinstance(args, Mapping):
args = [args]
if args:
if len(args) == 1:
first = args[0]
if isinstance(first, Mapping):
return merge(base, kwargs, first)
elif isinstance(first, basestring):
args = first.strip().split()
else:
args = first
base.update(zip(fields, args)[:len(args)])
return merge(base, kwargs)
def mkFieldMap(fields, args=[], kwargs={}, default=None):
base = dict(zip(fields, repeat(default)))
if isinstance(args, Mapping):
args = [args]
if args:
if len(args) == 1:
first = args[0]
if isinstance(first, Mapping):
return merge(base, kwargs, first)
elif isinstance(first, basestring):
args = first.strip().split()
else:
args = first
base.update( zip(fields, args)[:len(args)] )
return merge(base, kwargs)
def format(self, args=[], kwargs={}, maxlens=0, default=None):
maxlens = self.mkMaxLens(maxlens)
values = self.mkFieldMap(args, kwargs, default)
return self.fmt.format(**merge(maxlens, values))
def format(self, args=[], kwargs={}, maxlens=0, default=None):
maxlens = self.mkMaxLens(maxlens)
values = self.mkFieldMap(args, kwargs, default)
return self.fmt.format(**merge(maxlens, values))
