def get_delta(self, ctx):
for name, (idx, type_name
) in self.bare.get_var_offsets_and_type_names(ctx).items():
ctx.named_locations[name] = idx
ctx.name_type_names[name] = type_name
return StateDelta()
def get_delta(self, ctx):
total_delta = StateDelta()
for x in self.tokens:
delta = x.get_delta(ctx)
ctx = ctx.with_delta_applied(delta)
total_delta = total_delta @ delta
return total_delta
def get_delta(self, ctx):
at, type_ = self.path.get_location_and_type(ctx)
if ctx.t_get_size(type_) != 1:
if not ctx.quiet:
err = GotoWide(self.span, type_, ctx)
err.show()
ctx.n_errors += 1
delta = at - ctx.ptr
return StateDelta(delta)
def get_delta(self, ctx):
for unvar in self.unvars:
if unvar in ctx.named_locations and unvar in ctx.name_type_names:
del ctx.named_locations[unvar]
del ctx.name_type_names[unvar]
else:
if not ctx.quiet:
er = MemNotFoundError(
self.span,
unvar,
ctx,
)
er.show()
ctx.n_errors += 1
return StateDelta()
def get_delta(self, ctx):
if self.token == ">":
return StateDelta(1)
elif self.token == "<":
return StateDelta(-1)
if self.token == "+":
return StateDelta.do_action(Delta(self.span, 1))
if self.token == "-":
return StateDelta.do_action(Delta(self.span, -1))
if self.token == ",":
return StateDelta.do_action(Unknown(self.span))
return StateDelta(0)
def get_delta(self, ctx):
return StateDelta()
def get_delta(self, ctx):
total = StateDelta()
for i in range(self.count):
total @= self.inner.get_delta(ctx)
ctx.apply_delta(self.inner.get_delta(ctx))
return total
def get_delta(self, ctx):
res = self.get_inner_delta_rep(ctx)
reset_current = StateDelta.do_action(SetTo(self.span, 0))
return res @ reset_current