def bake(self):
oplen = toBase27(self.word_len())
assert len(oplen) == 1
head = bakers.Baked("{opcode}{len}_".format(opcode=self.opcode,
len=oplen))
return bakers.BakerSequence([head] +
[opr.bake() for opr in self.operands])
def bake(self):
flagstr = "{s:_>2}".format(s=''.join(self.flags))
if SMALL_OPERANDS and isinstance(self.payload.bake(), bakers.Baked):
small = smallify(self.payload.bake().s)
if small:
return bakers.Baked("{type}{flags}{payload}".format(
type=self.type, flags=flagstr, payload=small))
head = "_{flags}{type}".format(type=self.type, flags=flagstr)
return bakers.BakerSequence([bakers.Baked(head), self.payload.bake()])
def bake(self):
elems = []
ins = Instruction('FN',
[Operand('C', [], RefWord(self.fname))] + self.args)
elems.append(ins)
if self.to:
elems.append(
Instruction('MV', [Operand('S', [], ConstWord('V')), self.to]))
return bakers.BakerSequence([e.bake() for e in elems])
def bake(self):
name = 'top_' + bakers.uniqueID()
elems = []
elems.append(Label(name).bake())
elems.append(Label('@continue').bake())
elems.extend([b.bake() for b in self.pieces])
jumpback = Instruction('JP', [Operand('C', [], RefWord(name))])
elems.append(jumpback.bake())
elems.append(Label('@break').bake())
return bakers.CaptureScopeBaker(bakers.BakerSequence(elems),
pretty_name='loop')
def bake(self):
elems = []
label = Label(self.name).bake() # Function label
if self.preserves:
preserves = Instruction(
'PU', [Operand('S', [], ConstWord('P'))] +
[Operand('R', [], ConstWord(reg))
for reg in self.preserves]).bake()
elems.append(preserves)
elems.extend([b.bake() for b in self.pieces]) # Actual body
elems.append(Label("@return").bake())
if self.preserves:
restores = Instruction('PL', [Operand('S', [], ConstWord('P'))] + [
Operand('R', [], ConstWord(reg))
for reg in reversed(self.preserves)
]).bake()
elems.append(restores)
elems.append(Instruction('RT', []).bake())
return bakers.BakerSequence([
label,
bakers.CaptureScopeBaker(bakers.BakerSequence(elems),
pretty_name='func_' + self.name)
])
def bake(self):
elems = []
cond = copy.copy(self.cond)
cond.append(Instruction('JP', [Operand('C', [], RefWord('@endif'))]))
then = copy.copy(self.then)
then.insert(0, Label('@true'))
then.append(Label('@endif'))
then.append(Label('@false'))
elems += cond
elems += then
if self.otherwise:
log(type(self.otherwise))
elems += self.otherwise
log("Elems is {} ".format(elems))
return bakers.CaptureScopeBaker(
bakers.BakerSequence([b.bake() for b in elems]))
def bake(self):
return bakers.BakerSequence([bakers.LabelBaker(self.label)] +
[b.bake() for b in self.datas])
def bake(self):
end_label = Label("@end").bake()
return bakers.BakerSequence([b.bake()
for b in self.pieces] + [end_label])