def as_dict ( self, item, indent, name = '<dict>' ):
""" Returns the dictionary *item* pretty_printed as a string.
"""
if len( indent ) > 0:
return super( LocalsItem, self ).as_dict( item, indent, name )
if len( item ) == 0:
return ''
items = item.items()
n = 0
separator = ','
if self.lod > 0:
n = max_len( item.keys(), MaxAlignment )
separator = ''
try:
items.sort( lambda l, r: cmp( l[0], r[0] ) )
except:
pass
return (separator.join( [
'\n%s = %s' % ( key.ljust( n ), self.as_str( value ).strip() )
for key, value in items
] ))
def _item_contents_default ( self ):
caller_len = max_len(
[ frame.f_code.co_name for frame in self.item ]
) + 2
call_stack = []
for frame in self.item:
line = frame.f_lineno
caller = frame.f_code.co_name
file_name = frame.f_code.co_filename
cc1, tr1 = self._source_info_for( file_name, line, frame )
cc2, file_name = self._file_info_for( file_name, line )
call_stack.append(
'%s%s\x004 | %s%s\x004 at \x00C%d%s' %
( cc1, (caller + '\x004').ljust( caller_len ), cc2, file_name,
line, tr1 )
)
return '\n'.join( call_stack )