def pretty_SemanticActionResults(value, ctx):
return pretty_call(
ctx,
SemanticActionResults,
rule_name=value.rule_name,
contents=list(value),
)
def pretty_OptionLineDef(value, ctx):
return pretty_call(
ctx,
OptionLineDef,
options=value.options,
help_=value.help_,
)
def pretty_Terminal(value, ctx):
return pretty_call(
ctx,
Terminal,
# rule_type=str(type(value.rule)),
rule_name=value.rule_name,
value=value.value,
)
def pretty_NonTerminal(value, ctx):
return pretty_call(
ctx,
NonTerminal,
rule_name=value.rule_name,
# value=value.value,
contents=list(value),
)
def pretty_entity(value, ctx):
"""Custom pretty printer for my SuperDict"""
# This printer removes the class name uvicore.types.Dict and makes it print
# with a regular {. This really cleans up the output!
# SuperDict are printed as Dict, but this Package SuperDict should
# be printed more like a class with key=value notation, so use **values
return pretty_call(ctx, 'Package', **value)
def pretty_Empty(value, ctx):
return pretty_call(
ctx,
Empty,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
# supress = value.supress,
)
def pretty_OrderedChoice(value, ctx):
return pretty_call(
ctx,
OrderedChoice,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
# supress = value.supress,
)
def pretty_OneOrMore(value, ctx):
return pretty_call(
ctx,
OneOrMore,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
eolterm=value.eolterm,
sep=value.sep,
# supress = value.supress,
)
def pretty_Repetition(value, ctx):
return pretty_call(
ctx,
Repetition,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
eolterm=value.eolterm,
sep=value.sep,
# supress = value.supress,
)
def pretty_UnorderedGroup(value, ctx):
return pretty_call(
ctx,
UnorderedGroup,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
eolterm=value.eolterm,
sep=value.sep,
# supress = value.supress,
)
def pretty_Sequence(value, ctx):
return pretty_call(
ctx,
Sequence,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
ws=value.ws,
skipws=value.skipws,
# supress = value.supress,
)
def pretty_StrMatch(value, ctx):
return pretty_call(
ctx,
StrMatch,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
# elements = value.elements,
# root = value.root,
# nodes = value.nodes,
to_match=value.to_match,
ignore_case=value.ignore_case,
# supress = value.supress,
)
def pretty_RegExMatch(value, ctx):
return pretty_call(
ctx,
RegExMatch,
name=value.name,
# desc = value.desc,
rule_name=value.rule_name,
elements=value.elements,
root=value.root,
# nodes = value.nodes,
to_match_regex=value.to_match,
ignore_case=value.ignore_case,
multiline=value.multiline,
explicit_flags=value.explicit_flags,
# supress = value.supress,
)
def _pretty(value, ctx):
return pretty_call(ctx,
ImageEnhancement,
algorithm=value.algorithm,
data=value.data)
def f(x, ctx):
return pretty_call(ctx, t_name,
**{field: getattr(x, field)
for field in fields})
def _pretty_Unwrap(value, ctx):
return pretty_call(
ctx,
Unwrap,
value=value.value,
)
