def divert(self, index, candidates):
out = []
for candidate in candidates:
cls, name, bases, dct, fields = candidate
cond1 = [f for f in fields if f.fname == "cond1"]
assert (len(cond1) == 1)
cond1 = cond1.pop()
mm = self.mn_mod[cond1.value]
for value, new_name in enumerate(mm):
nfields = fields[:]
s = cpu.int2bin(value, self.args['l'])
args = dict(self.args)
args.update({'strbits': s})
f = cpu.bs(**args)
nfields[index] = f
ndct = dict(dct)
ndct['name'] = name + new_name
out.append((cls, new_name, bases, ndct, nfields))
return out
def divert(self, index, candidates):
out = []
for candidate in candidates:
cls, name, bases, dct, fields = candidate
cond1 = [f for f in fields if f.fname == "cond1"]
assert(len(cond1) == 1)
cond1 = cond1.pop()
mm = self.mn_mod[cond1.value]
for value, new_name in enumerate(mm):
nfields = fields[:]
s = cpu.int2bin(value, self.args['l'])
args = dict(self.args)
args.update({'strbits': s})
f = cpu.bs(**args)
nfields[index] = f
ndct = dict(dct)
ndct['name'] = name + new_name
out.append((cls, new_name, bases, ndct, nfields))
return out
index += v
self.expr = regs.regs_cpr0_expr[index]
return True
def encode(self):
e = self.expr
if not e in regs.regs_cpr0_expr:
return False
index = regs.regs_cpr0_expr.index(e)
self.value = index & 7
index >>= 2
self.parent.cpr0.value = index
return True
rs = cpu.bs(l=5, cls=(mips32_gpreg, ))
rt = cpu.bs(l=5, cls=(mips32_gpreg, ))
rd = cpu.bs(l=5, cls=(mips32_gpreg, ))
ft = cpu.bs(l=5, cls=(mips32_fltpreg, ))
fs = cpu.bs(l=5, cls=(mips32_fltpreg, ))
fd = cpu.bs(l=5, cls=(mips32_fltpreg, ))
s16imm = cpu.bs(l=16, cls=(mips32_s16imm, ))
u16imm = cpu.bs(l=16, cls=(mips32_u16imm, ))
s09imm = cpu.bs(l=9, cls=(mips32_s09imm, ))
sa = cpu.bs(l=5, cls=(mips32_u16imm, ))
base = cpu.bs(l=5, cls=(mips32_dreg_imm, ))
soff = cpu.bs(l=16, cls=(mips32_soff, ))
oper = cpu.bs(l=5, cls=(mips32_u16imm, ))
cpr0 = cpu.bs(l=5, cls=(mips32_imm, ), fname="cpr0")
def decode(self, v):
index = int(self.parent.cpr0.expr) << 3
index += v
self.expr = regs.regs_cpr0_expr[index]
return True
def encode(self):
e = self.expr
if not e in regs.regs_cpr0_expr:
return False
index = regs.regs_cpr0_expr.index(e)
self.value = index & 7
index >>=2
self.parent.cpr0.value = index
return True
rs = cpu.bs(l=5, cls=(mips32_gpreg,))
rt = cpu.bs(l=5, cls=(mips32_gpreg,))
rd = cpu.bs(l=5, cls=(mips32_gpreg,))
ft = cpu.bs(l=5, cls=(mips32_fltpreg,))
fs = cpu.bs(l=5, cls=(mips32_fltpreg,))
fd = cpu.bs(l=5, cls=(mips32_fltpreg,))
s16imm = cpu.bs(l=16, cls=(mips32_s16imm,))
u16imm = cpu.bs(l=16, cls=(mips32_u16imm,))
sa = cpu.bs(l=5, cls=(mips32_u16imm,))
base = cpu.bs(l=5, cls=(mips32_dreg_imm,))
soff = cpu.bs(l=16, cls=(mips32_soff,))
cpr0 = cpu.bs(l=5, cls=(mips32_imm,), fname="cpr0")
cpr = cpu.bs(l=3, cls=(mips32_cpr,))
def decode(self, v):
index = int(self.parent.cpr0.expr) << 3
index += v
self.expr = regs.regs_cpr0_expr[index]
return True
def encode(self):
e = self.expr
if not e in regs.regs_cpr0_expr:
return False
index = regs.regs_cpr0_expr.index(e)
self.value = index & 7
index >>=2
self.parent.cpr0.value = index
return True
rs = cpu.bs(l=5, cls=(mips32_gpreg,))
rt = cpu.bs(l=5, cls=(mips32_gpreg,))
rd = cpu.bs(l=5, cls=(mips32_gpreg,))
ft = cpu.bs(l=5, cls=(mips32_fltpreg,))
fs = cpu.bs(l=5, cls=(mips32_fltpreg,))
fd = cpu.bs(l=5, cls=(mips32_fltpreg,))
s16imm = cpu.bs(l=16, cls=(mips32_s16imm,))
u16imm = cpu.bs(l=16, cls=(mips32_u16imm,))
sa = cpu.bs(l=5, cls=(mips32_u16imm,))
base = cpu.bs(l=5, cls=(mips32_dreg_imm,))
soff = cpu.bs(l=16, cls=(mips32_soff,))
cpr0 = cpu.bs(l=5, cls=(mips32_imm,), fname="cpr0")
cpr = cpu.bs(l=3, cls=(mips32_cpr,))