def tocode(self, dest='dest'):
ret = ''
if len(self.nextnodes) > 1:
ret += '(' + self.nextnodes[0].tocode(dest)
ret += op2mark.op2mark(self.operator)
ret += self.nextnodes[1].tocode(dest) + ')'
else:
ret += '(' + op2mark.op2mark(self.operator)
ret += self.nextnodes[0].tocode(dest) + ')'
return ret
def visit_Operator(self, node):
filename = getfilename(node)
template = self.get_template(filename)
order = op2order(node.__class__.__name__)
lorder = op2order(node.left.__class__.__name__)
rorder = op2order(node.right.__class__.__name__)
left = self.visit(node.left)
right = self.visit(node.right)
if ((not isinstance(node.left,
(Sll, Srl, Sra, LessThan, GreaterThan, LessEq,
GreaterEq, Eq, NotEq, Eql, NotEql)))
and (lorder is not None and lorder <= order)):
left = del_paren(left)
if ((not isinstance(node.right,
(Sll, Srl, Sra, LessThan, GreaterThan, LessEq,
GreaterEq, Eq, NotEq, Eql, NotEql)))
and (rorder is not None and order > rorder)):
right = del_paren(right)
template_dict = {
'left': left,
'right': right,
'op': op2mark(node.__class__.__name__),
}
rslt = template.render(template_dict)
return rslt
def visit_Operator(self, node):
filename = getfilename(node)
template = self.get_template(filename)
order = op2order(node.__class__.__name__)
lorder = op2order(node.left.__class__.__name__)
rorder = op2order(node.right.__class__.__name__)
left = self.visit(node.left)
right = self.visit(node.right)
if ((not isinstance(node.left, (Sll, Srl, Sra,
LessThan, GreaterThan, LessEq, GreaterEq,
Eq, NotEq, Eql, NotEql))) and
(lorder is not None and lorder <= order)):
left = del_paren(left)
if ((not isinstance(node.right, (Sll, Srl, Sra,
LessThan, GreaterThan, LessEq, GreaterEq,
Eq, NotEq, Eql, NotEql))) and
(rorder is not None and order > rorder)):
right = del_paren(right)
template_dict = {
'left' : left,
'right' : right,
'op' : op2mark(node.__class__.__name__),
}
rslt = template.render(template_dict)
return rslt
def visit_UnaryOperator(self, node):
filename = getfilename(node)
template = self.env.get_template(filename)
template_dict = {
'right' : self.visit(node.right),
'op' : op2mark(node.__class__.__name__),
}
rslt = template.render(template_dict)
return rslt
def visit_UnaryOperator(self, node):
filename = getfilename(node)
template = self.env.get_template(filename)
template_dict = {
'right' : self.visit(node.right),
'op' : op2mark(node.__class__.__name__),
}
rslt = template.render(template_dict)
return rslt
def DFOperator_tocode(self):
if self.is_algebra(): #if operator is algebra, nextnodes aren't sweeped.
term_manager().set_is_under_algebra(True)
code = self.tocode_org()
term_manager().set_is_under_algebra(False)
return code
elif self.is_reduction():
if isinstance(self.nextnodes[0], DFPartselect):
term = self.nextnodes[0].var
msb = eval_value(self.nextnodes[0].msb)
lsb = eval_value(self.nextnodes[0].lsb)
elif isinstance(self.nextnodes[0], DFTerminal):
term = term_manager().get_term(str(self.nextnodes[0]))
msb = eval_value(term.msb)
lsb = eval_value(term.lsb)
else:
raise Exception('Unexpected exception.')
mark = op2mark.op2mark(self.operator)
return mark.join([term_manager().publish_new_name(str(term), i).replace('.', '_') for i in range(lsb, msb + 1)])
else:
return self.tocode_org()
def DFOperator_tocode(self):
if self.is_algebra(): #if operator is algebra, nextnodes aren't sweeped.
term_manager().set_is_under_algebra(True)
code = self.tocode_org()
term_manager().set_is_under_algebra(False)
return code
elif self.is_reduction():
if isinstance(self.nextnodes[0], DFPartselect):
term = self.nextnodes[0].var
msb = eval_value(self.nextnodes[0].msb)
lsb = eval_value(self.nextnodes[0].lsb)
elif isinstance(self.nextnodes[0], DFTerminal):
term = term_manager().get_term(str(self.nextnodes[0]))
msb = eval_value(term.msb)
lsb = eval_value(term.lsb)
else:
raise Exception('Unexpected exception.')
mark = op2mark.op2mark(self.operator)
return mark.join([
term_manager().publish_new_name(str(term), i).replace('.', '_')
for i in range(lsb, msb + 1)
])
else:
return self.tocode_org()
