def __str__(self):
self.check()
instrnamestr = self.name if self._opcode <= 17 else "illegal{0}".format(self._opcode)
instrstr = None
if self._opcode > 17:
return ''.join([labelstr,
"illegal{0}\t{1}, {2}, {3}".format(self._opcode, self._subOpcode, self._parameter)])
elif self._opcode in (0, 8, 15): # nop, return, exit
instrstr = "{0}".format((self._subOpcode, self._parameter)) if\
not (self._subOpcode, self._parameter) == (0, 0) else ""
elif self._opcode == 1: # operator
instrstr = FunctionInfo.getOperatorName(self._subOpcode)
elif self._opcode == 2: # ldimm
if self._subOpcode == 0:
instrstr = 'none_t, ={0}'.format('None' if self.ctx is None or self.ctx.sections["CODE"].instructions[self._position + 1] == 0
else self.ctx.sections["CODE"].instructions[self._position + 1])
elif self._subOpcode == 1:
instrstr = 'int, ={0}'.format("" if self.ctx is None else str(self.ctx.sections["CODE"].instructions[self._position + 1]))
elif self._subOpcode == 2:
if self.ctx is None:
instrstr = 'float, ='
else:
fstr = '{0:.7g}'.format(self.ctx.sections["CODE"].instructions[self._position + 1])#.rstrip('0')
fstr = fstr if fstr else "0."
instrstr = 'float, ={0}'.format(fstr)
elif self._subOpcode == 3:
instrstr = 'str, ={0}'.format(self._parameter if self.ctx is None or self.ctx.sections.get("STRG") is None
else '"{0}"'.format(self.ctx.sections["STRG"].getString(self._parameter)))
elif self._subOpcode == 4:
instrstr = "vector, ={0}".format(self._parameter if self.ctx is None or self.ctx.sections.get("VECT") is None
else "<{0}, {1}, {2}>".format(*self.ctx.sections["VECT"].vectors[self._parameter]) )
elif self._subOpcode == 0x2c:
instrstr = "type44, {0}".format(self._parameter & 0xffff) # unsigned parameter
elif self._subOpcode == 0x35:
typestr = "codeptr_t"
valuestr = "={0}".format(hex(self.ctx.sections["CODE"].instructions[self._position + 1])\
if self.ctx is not None else "")
else:
instrstr = "{0}, {1}".format(self._subOpcode, self._parameter & 0xffff)
elif self._opcode in (3, 4, 17): # ldvar, setvar, ldncpvar
instrstr = self.variableName
elif self._opcode == 5: # setvector
instrstr = "{0}, {1}".format(self.__class__.vectorCoordNames[self.subSubOpcodes[0]], self.variableName)
elif self._opcode in (6, 13, 14): # pop, reserve, release
instrstr = "{0}{1}".format(self._subOpcode, "" if self._parameter == 0 else\
"(, {0})".format(self._parameter))
elif self._opcode in (7, 10, 11, 12): # call/jmptrue/jmpfalse/jmp
instrID = self.instructionID
instrstr = hex(instrID) if (self.ctx is None or instrID >= len(self.ctx.sections["CODE"].instructions))\
else self.ctx.sections["CODE"].labels[instrID]
elif self._opcode == 9: # callstd
instrstr = FunctionInfo.getStdFunctionName(self._subOpcode, self._parameter)
elif self._opcode == 16: # setline
instrstr = str(self._parameter)
ret = ''.join([instrnamestr, (14 - len(instrnamestr)) * ' ', instrstr])
return ret
def __str__(self):
self.check()
instrnamestr = self.name if self._opcode <= 17 else "illegal{0}".format(
self._opcode)
instrstr = None
if self._opcode > 17:
return ''.join([
labelstr,
"illegal{0}\t{1}, {2}, {3}".format(self._opcode,
self._subOpcode,
self._parameter)
])
elif self._opcode in (0, 8, 15): # nop, return, exit
instrstr = "{0}".format((self._subOpcode, self._parameter)) if\
not (self._subOpcode, self._parameter) == (0, 0) else ""
elif self._opcode == 1: # operator
instrstr = FunctionInfo.getOperatorName(self._subOpcode)
elif self._opcode == 2: # ldimm
if self._subOpcode == 0:
instrstr = 'none_t, ={0}'.format(
'None' if self.ctx is None or self.ctx.sections["CODE"].
instructions[self._position + 1] == 0 else self.ctx.
sections["CODE"].instructions[self._position + 1])
elif self._subOpcode == 1:
instrstr = 'int, ={0}'.format("" if self.ctx is None else str(
self.ctx.sections["CODE"].instructions[self._position +
1]))
elif self._subOpcode == 2:
if self.ctx is None:
instrstr = 'float, ='
else:
fstr = '{0:.7g}'.format(
self.ctx.sections["CODE"].instructions[
self._position + 1]) #.rstrip('0')
fstr = fstr if fstr else "0."
instrstr = 'float, ={0}'.format(fstr)
elif self._subOpcode == 3:
instrstr = 'str, ={0}'.format(
self._parameter if self.ctx is None or
self.ctx.sections.get("STRG") is None else '"{0}"'.format(
self.ctx.sections["STRG"].getString(self._parameter)))
elif self._subOpcode == 4:
instrstr = "vector, ={0}".format(
self._parameter if self.ctx is None or self.ctx.sections.
get("VECT") is None else "<{0}, {1}, {2}>".format(
*self.ctx.sections["VECT"].vectors[self._parameter]))
elif self._subOpcode == 0x2c:
instrstr = "type44, {0}".format(self._parameter
& 0xffff) # unsigned parameter
elif self._subOpcode == 0x35:
typestr = "codeptr_t"
valuestr = "={0}".format(hex(self.ctx.sections["CODE"].instructions[self._position + 1])\
if self.ctx is not None else "")
else:
instrstr = "{0}, {1}".format(self._subOpcode,
self._parameter & 0xffff)
elif self._opcode in (3, 4, 17): # ldvar, setvar, ldncpvar
instrstr = self.variableName
elif self._opcode == 5: # setvector
instrstr = "{0}, {1}".format(
self.__class__.vectorCoordNames[self.subSubOpcodes[0]],
self.variableName)
elif self._opcode in (6, 13, 14): # pop, reserve, release
instrstr = "{0}{1}".format(self._subOpcode, "" if self._parameter == 0 else\
"(, {0})".format(self._parameter))
elif self._opcode in (7, 10, 11, 12): # call/jmptrue/jmpfalse/jmp
instrID = self.instructionID
instrstr = hex(instrID) if (self.ctx is None or instrID >= len(self.ctx.sections["CODE"].instructions))\
else self.ctx.sections["CODE"].labels[instrID]
elif self._opcode == 9: # callstd
instrstr = FunctionInfo.getStdFunctionName(self._subOpcode,
self._parameter)
elif self._opcode == 16: # setline
instrstr = str(self._parameter)
ret = ''.join([instrnamestr, (14 - len(instrnamestr)) * ' ', instrstr])
return ret
