def compile_assign(self):
code = []
local_syms = []
with ExprContext(code, local_syms):
if isinstance(self.args[0], ivy_ast.Tuple):
args = [sortify_with_inference(a) for a in self.args]
if not isinstance(args[1], ivy_ast.Tuple) or len(
args[0].args) != len(args[1].args):
raise IvyError(self, "wrong number of values in assignment")
for lhs, rhs in zip(args[0].args, args[1].args):
code.append(AssignAction(lhs, rhs))
else:
with top_sort_as_default():
args = [a.compile() for a in self.args]
if isinstance(args[1], ivy_ast.Tuple):
raise IvyError(self, "wrong number of values in assignment")
with ASTContext(self):
teq = sort_infer(Equals(*args))
args = list(teq.args)
code.append(AssignAction(*args))
for c in code:
c.lineno = self.lineno
if len(code) == 1:
return code[0]
res = LocalAction(*(local_syms + [Sequence(*code)]))
res.lineno = self.lineno
return res
def compile_assign(self):
code = []
local_syms = []
with ExprContext(code,local_syms):
if isinstance(self.args[0],ivy_ast.Tuple):
args = [sortify_with_inference(a) for a in self.args]
if not isinstance(args[1],ivy_ast.Tuple) or len(args[0].args) != len(args[1].args):
raise IvyError(self,"wrong number of values in assignment");
for lhs,rhs in zip(args[0].args,args[1].args):
code.append(AssignAction(lhs,rhs))
else:
with top_sort_as_default():
args = [a.compile() for a in self.args]
if isinstance(args[1],ivy_ast.Tuple):
raise IvyError(self,"wrong number of values in assignment");
with ASTContext(self):
teq = sort_infer(Equals(*args))
args = list(teq.args)
code.append(AssignAction(*args))
for c in code:
c.lineno = self.lineno
if len(code) == 1:
return code[0]
res = LocalAction(*(local_syms + [Sequence(*code)]))
res.lineno = self.lineno
return res
def p_action_local_params_lcb_action_rcb(p):
"action : LOCAL params LCB action RCB"
# we rename the locals to avoid name capture
lsyms = [s.prefix("loc:") for s in p[2]]
subst = dict((x.rep, y.rep) for x, y in zip(p[2], lsyms))
action = subst_prefix_atoms_ast(p[4], subst, None, None)
p[0] = LocalAction(*(lsyms + [action]))
p[0].lineno = get_lineno(p, 1)
def compile_local(self):
sig = ivy_logic.sig.copy()
with sig:
ls = self.args[0:-1]
cls = [compile_const(v, sig) for v in ls]
res = LocalAction(*(cls + [sortify(self.args[-1])]))
res.lineno = self.lineno
return res
def extract(self):
for c in self.code:
c.lineno = self.lineno
if len(self.code) == 1:
return self.code[0]
res = LocalAction(*(self.local_syms + [Sequence(*self.code)]))
res.lineno = self.lineno
return res
def extract(self):
for c in self.code:
c.lineno = self.lineno
if len(self.code) == 1:
return self.code[0]
res = LocalAction(*(self.local_syms + [Sequence(*self.code)]))
res.lineno = self.lineno
return res
def compile_local(self):
sig = ivy_logic.sig.copy()
with sig:
ls = self.args[0:-1]
cls = [compile_const(v,sig) for v in ls]
res = LocalAction(*(cls+[sortify(self.args[-1])]))
res.lineno = self.lineno
return res
def p_action_local_params_lcb_action_rcb(p):
'action : LOCAL lparams LCB action RCB'
# we rename the locals to avoid name capture
lsyms = [s.prefix('loc:') for s in p[2]]
subst = dict((x.rep, y.rep) for x, y in zip(p[2], lsyms))
action = subst_prefix_atoms_ast(p[4], subst, None, None)
p[0] = LocalAction(*(lsyms + [action]))
p[0].lineno = get_lineno(p, 1)
def lower_var_stmts(stmts):
for idx, stmt in enumerate(stmts):
if isinstance(stmt, VarAction):
lhs = stmt.args[0]
rhs = stmt.args[1] if len(stmt.args) > 1 else None
lsym = lhs.prefix('loc:')
subst = {lhs.rep: lsym.rep}
lines = lower_var_stmts(stmts[idx + 1:])
lines = [
subst_prefix_atoms_ast(s, subst, None, None) for s in lines
]
if rhs is not None:
asgn = AssignAction(lsym, rhs)
asgn.lineno = stmt.lineno
else:
asgn = lsym
body = Sequence(*lines)
body.lineno = stmt.lineno
res = LocalAction(*[asgn, body])
res.lineno = body.lineno
return stmts[:idx] + [res]
return stmts
def compile_assign(self):
code = []
local_syms = []
with ExprContext(code,local_syms):
args = [sortify_with_inference(a) for a in self.args]
if isinstance(args[0],ivy_ast.Tuple):
if not isinstance(args[1],ivy_ast.Tuple) or len(args[0].args) != len(args[1].args):
raise IvyError(self,"wrong number of values in assignment");
for lhs,rhs in zip(args[0].args,args[1].args):
code.append(AssignAction(lhs,rhs))
elif isinstance(args[1],ivy_ast.Tuple):
raise IvyError(self,"wrong number of values in assignment");
else:
code.append(AssignAction(*args))
if len(code) == 1:
return code[0]
return LocalAction(*(local_syms + [Sequence(*code)]))
def compile_local(self):
sig = ivy_logic.sig.copy()
with sig:
ls = self.args[0:-1]
if len(ls) == 1 and isinstance(ls[0], AssignAction):
v = ls[0]
lhs = v.args[0]
rhs = v.args[1]
# temporarily rename lhs symbol in case it clashes with an existing symbol
# tmp_lhs = lhs.prefix('__var_tmp:')
tmp_lhs = lhs
code = []
local_syms = []
with ExprContext(code, local_syms):
with alpha_sort_as_default():
sym = compile_const(tmp_lhs, sig)
ctmp_lhs = tmp_lhs.compile()
crhs = rhs.compile()
with ASTContext(self):
teq = sort_infer(Equals(ctmp_lhs, crhs))
clhs, crhs = list(teq.args)
# clhs = clhs.drop_prefix('__var_tmp:')
asgn = v.clone([clhs, crhs])
ivy_logic.remove_symbol(sym)
if clhs.rep.name in sig.symbols:
del sig.symbols[clhs.rep.name] # shadow the existing symbol
ivy_logic.add_symbol(clhs.rep.name, clhs.rep.sort)
body = sortify(self.args[-1])
lines = body.args if isinstance(body, Sequence) else [body]
body = Sequence(*([asgn] + lines))
code.append(LocalAction(clhs.rep, body))
for c in code:
c.lineno = self.lineno
if len(code) == 1:
return code[0]
res = LocalAction(*(local_syms + [Sequence(*code)]))
res.lineno = self.lineno
return res
cls = [compile_const(v, sig) for v in ls]
body = sortify(self.args[-1])
res = LocalAction(*(cls + [body]))
res.lineno = self.lineno
return res
