def apply_levelspec(self, expr, rules, ls, evaluation, options):
'Replace[expr_, rules_, Optional[Pattern[ls, _?LevelQ], {0}], OptionsPattern[Replace]]'
try:
rules, ret = create_rules(rules, expr, 'Replace', evaluation)
if ret:
return rules
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, applied = expr.apply_rules(
rules, evaluation, level=0, options={
'levelspec': python_levelspec(ls), 'heads': heads})
return result
except InvalidLevelspecError:
evaluation.message('General', 'level', ls)
def apply_level(self, f, expr, ls, evaluation, options={}):
'Map[f_, expr_, ls_?LevelQ:{1}, OptionsPattern[Map]]'
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('Map', 'level', ls)
return
def callback(level):
return Expression(f, level)
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
'MapIndexed[f_, expr_, ls_?LevelQ:{1}, OptionsPattern[MapIndexed]]'
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('MapIndexed', 'level', ls)
return
def callback(level, pos):
return Expression(f, level, Expression('List', *(Integer(p) for p in pos)))
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback, include_pos=True)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
"""Map[f_, expr_, Optional[Pattern[ls, _?LevelQ], {1}],
OptionsPattern[Map]]"""
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message("Map", "level", ls)
return
def callback(level):
return Expression(f, level)
heads = self.get_option(options, "Heads", evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
"""MapIndexed[f_, expr_, Optional[Pattern[ls, _?LevelQ], {1}],
OptionsPattern[MapIndexed]]"""
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message("MapIndexed", "level", ls)
return
def callback(level, pos):
return Expression(f, level, Expression("List", *[Integer(p) for p in pos]))
heads = self.get_option(options, "Heads", evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback, include_pos=True)
return result
def apply(self, f, expr, ls, evaluation, options={}):
'Apply[f_, expr_, ls_?LevelQ:{0}, OptionsPattern[Apply]]'
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('Apply', 'level', ls)
return
def callback(level):
if level.is_atom():
return level
else:
return Expression(f, *level.leaves)
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
'''Scan[f_, expr_, Optional[Pattern[ls, _?LevelQ], {1}],
OptionsPattern[Map]]'''
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('Map', 'level', ls)
return
def callback(level):
Expression(f, level).evaluate(evaluation)
return level
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(
expr, start, stop, heads=heads, callback=callback)
return Symbol('Null')
def apply(self, expr, test, level, evaluation):
"%(name)s[expr_, test_, level_]"
try:
start, stop = python_levelspec(level)
except InvalidLevelspecError:
evaluation.message("Level", "level", level)
return
def callback(node):
self._short_circuit(Expression(test, node).evaluate(evaluation).is_true())
return node
try:
walk_levels(expr, start, stop, callback=callback)
except _ShortCircuit as e:
return e.result
return self._no_short_circuit()
def apply(self, f, expr, ls, evaluation, options={}):
"""Apply[f_, expr_, Optional[Pattern[ls, _?LevelQ], {0}],
OptionsPattern[Apply]]"""
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message("Apply", "level", ls)
return
def callback(level):
if level.is_atom():
return level
else:
return Expression(f, *level.leaves)
heads = self.get_option(options, "Heads", evaluation).is_true()
result, depth = walk_levels(expr, start, stop, heads=heads, callback=callback)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
'MapIndexed[f_, expr_, ls_?LevelQ:{1}, OptionsPattern[MapIndexed]]'
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('MapIndexed', 'level', ls)
return
def callback(level, pos):
return Expression(f, level,
Expression('List', *(Integer(p) for p in pos)))
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(expr,
start,
stop,
heads=heads,
callback=callback,
include_pos=True)
return result
def apply_level(self, f, expr, ls, evaluation, options={}):
"""MapIndexed[f_, expr_, Optional[Pattern[ls, _?LevelQ], {1}],
OptionsPattern[MapIndexed]]"""
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message("MapIndexed", "level", ls)
return
def callback(level, pos):
return Expression(f, level,
Expression("List", *[Integer(p) for p in pos]))
heads = self.get_option(options, "Heads", evaluation).is_true()
result, depth = walk_levels(expr,
start,
stop,
heads=heads,
callback=callback,
include_pos=True)
return result
def apply(self, f, expr, ls, evaluation, options={}):
'Apply[f_, expr_, ls_?LevelQ:{0}, OptionsPattern[Apply]]'
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message('Apply', 'level', ls)
return
def callback(level):
if level.is_atom():
return level
else:
return Expression(f, *level.leaves)
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, depth = walk_levels(expr,
start,
stop,
heads=heads,
callback=callback)
return result
def apply(self, f, expr, ls, evaluation, options={}):
"""Apply[f_, expr_, Optional[Pattern[ls, _?LevelQ], {0}],
OptionsPattern[Apply]]"""
try:
start, stop = python_levelspec(ls)
except InvalidLevelspecError:
evaluation.message("Apply", "level", ls)
return
def callback(level):
if level.is_atom():
return level
else:
return Expression(f, *level.leaves)
heads = self.get_option(options, "Heads", evaluation).is_true()
result, depth = walk_levels(expr,
start,
stop,
heads=heads,
callback=callback)
return result
def apply_levelspec(self, expr, rules, ls, evaluation, options):
'Replace[expr_, rules_, Optional[Pattern[ls, _?LevelQ], {0}], OptionsPattern[Replace]]'
try:
rules, ret = create_rules(rules, expr, 'Replace', evaluation)
if ret:
return rules
heads = self.get_option(options, 'Heads', evaluation).is_true()
result, applied = expr.apply_rules(rules,
evaluation,
level=0,
options={
'levelspec':
python_levelspec(ls),
'heads':
heads
})
return result
except InvalidLevelspecError:
evaluation.message('General', 'level', ls)
except PatternError:
evaluation.message('Replace', 'reps', rules)
def apply_levelspec(self, expr, rules, ls, evaluation, options):
"Replace[expr_, rules_, Optional[Pattern[ls, _?LevelQ], {0}], OptionsPattern[Replace]]"
try:
rules, ret = create_rules(rules, expr, "Replace", evaluation)
if ret:
return rules
heads = self.get_option(options, "Heads", evaluation).is_true()
result, applied = expr.apply_rules(
rules,
evaluation,
level=0,
options={
"levelspec": python_levelspec(ls),
"heads": heads
},
)
return result
except InvalidLevelspecError:
evaluation.message("General", "level", ls)
except PatternError:
evaluation.message("Replace", "reps", rules)