def bin(v):
"""
Similar to __builtin__.bin but works on ndarrays.
Useful in queries for converting flags to bit strings.
FIXME: The current implementation is painfully slow.
"""
import __builtin__
if not isinstance(v, np.ndarray):
return __builtin__.bin(v)
# Must be some kind of integer
assert v.dtype.kind in ['i', 'u']
# Create compatible string array
l = v.dtype.itemsize*8
ss = np.empty(v.shape, dtype=('a', v.dtype.itemsize*9))
s = ss.reshape(-1)
for i, n in enumerate(v.flat):
c = __builtin__.bin(n)[2:]
c = '0'*(l-len(c)) + c
ll = [ c[k:k+8] for k in xrange(0, l, 8) ]
s[i] = ','.join(ll)
return ss
def bin(v):
"""
Similar to __builtin__.bin but works on ndarrays.
Useful in queries for converting flags to bit strings.
FIXME: The current implementation is painfully slow.
"""
import __builtin__
if not isinstance(v, np.ndarray):
return __builtin__.bin(v)
# Must be some kind of integer
assert v.dtype.kind in ['i', 'u']
# Create compatible string array
l = v.dtype.itemsize * 8
ss = np.empty(v.shape, dtype=('a', v.dtype.itemsize * 9))
s = ss.reshape(-1)
for i, n in enumerate(v.flat):
c = __builtin__.bin(n)[2:]
c = '0' * (l - len(c)) + c
ll = [c[k:k + 8] for k in xrange(0, l, 8)]
s[i] = ','.join(ll)
return ss
def bin(n):
"""Return the equivalent to Python 2.6's bin function.
Examples
========
>>> from sympy.core.compatibility import bin
>>> bin(-123)
'-0b1111011'
>>> bin(0) # this is the only time a 0 will be to the right of 'b'
'0b0'
See Also
========
sympy.physics.quantum.shor.arr
Modified from http://code.activestate.com/recipes/576847/
"""
# =========================================================
# create hex of int, remove '0x'. now for each hex char,
# look up binary string, append in list and join at the end.
# =========================================================
if n < 0:
return '-%s' % bin(-n)
return '0b%s' % (''.join(
[_hexDict[hstr]
for hstr in hex(n)[2:].lower()]).lstrip('0') or '0')
def bin(n):
"""Return the equivalent to Python 2.6's bin function.
Examples
========
>>> from sympy.core.compatibility import bin
>>> bin(-123)
'-0b1111011'
>>> bin(0) # this is the only time a 0 will be to the right of 'b'
'0b0'
See Also
========
sympy.physics.quantum.shor.arr
Modified from http://code.activestate.com/recipes/576847/
"""
# =========================================================
# create hex of int, remove '0x'. now for each hex char,
# look up binary string, append in list and join at the end.
# =========================================================
if n < 0:
return '-%s' % bin(-n)
return '0b%s' % (''.join([_hexDict[hstr] for hstr in hex(n)[2:].lower()
]).lstrip('0') or '0')
def bin(obj):
if isinstance(obj, Element):
return obj.bin()
elif hasattr(obj, '__bin__') and callable(obj.__bin__):
return obj.__bin__()
else:
# will certainly raise
return builtins.bin(obj)
def bin(x):
"""
bin(number) -> string
Stringifies an int or long in base 2.
"""
if x < 0: return '-' + bin(-x)
out = []
if x == 0: out.append('0')
while x > 0:
out.append('01'[x & 1])
x >>= 1
pass
return '0b' + ''.join(reversed(out))
def bin(x):
"""
bin(number) -> string
Stringifies an int or long in base 2.
"""
if x < 0: return '-' + bin(-x)
out = []
if x == 0: out.append('0')
while x > 0:
out.append('01'[x & 1])
x >>= 1
pass
return '0b' + ''.join(reversed(out))
def bin(x):
"""
bin(number) -> string
Stringifies an int or long in base 2.
"""
if x < 0:
return "-" + bin(-x)
out = []
if x == 0:
out.append("0")
while x > 0:
out.append("01"[x & 1])
x >>= 1
pass
return "0b" + "".join(reversed(out))
def bin():
"""Return UUID as binary"""
return __builtin__.bin(int())[2:]
def main():
# open an output file
input_path = sys.argv[FILE_POS]
if isdir(input_path):
input_list = [ input_path + "/" +f for f in listdir(input_path)
if (isfile(join(input_path, f))) and (f.endswith(".asm")) ]
else:
input_list = [input_path]
for input_file in input_list:
index = input_file.index(".")
output_file = open(input_file[:index] + ".hack", "w")
# parse a new line
code = Code()
symbol_table = SymbolTable()
counter_address = FIRST_ADDRESS_RAM
counter_rom = FIRST_ADDRESS_ROM
# first pass
parser_first_pass = Parser(input_file)
while parser_first_pass.has_more_commands():
command = parser_first_pass.advance()
parse_type = parser_first_pass.command_type()
if parse_type == L_COMMAND:
if not symbol_table.contains(command[1:-1]):
symbol_table.add_entry(command[1:-1], counter_rom)
else:
counter_rom+=1
# second pass
parser_second_pass = Parser(input_file)
while parser_second_pass.has_more_commands():
command = parser_second_pass.advance()
line_to_hack = ""
parse_type = parser_second_pass.command_type()
# translate the line to an A Command
if parse_type == A_COMMAND:
if command[1:].isdigit():
address = command[1:]
else:
if symbol_table.contains(command[1:]):
address = symbol_table.get_address(command[1:])
else:
symbol_table.add_entry(command[1:], counter_address)
address = counter_address
counter_address += 1
binary_repr = str(bin(int(address))[2:].zfill(15))
line_to_hack = A_PREFIX + binary_repr
# translate the line to a C Command
if parse_type == C_COMMAND:
# C command comp
comp_type = parser_second_pass.comp()
code_comp = code.comp(comp_type)
# C command dest
dest_type = parser_second_pass.dest()
code_dest = code.dest(dest_type)
# C command jump
jump_type = parser_second_pass.jump()
code_jump = code.jump(jump_type)
if ("<" in comp_type) or (">" in comp_type):
line_to_hack = C_PREFIX_SPE + code_comp + code_dest + code_jump
else:
line_to_hack = C_PREFIX_REG + code_comp + code_dest + code_jump
if parse_type == L_COMMAND:
continue
# write the line to the output file
output_file.write(line_to_hack + "\n")
output_file.close()
def subWorkerThread(self, bytechar):
self.cmdDecodeArray.append(bytechar)
self.cmdDecodeString = ''.join(str(x) for x in self.cmdDecodeArray)
self.cmdDecodeArray = []
self.cmdDecodeArray.append(self.cmdDecodeString)
#print self.cmdDecodeString
cookee_cmd = varlisting.COOKEE
offset_cookee = self.cmdDecodeString.find(cookee_cmd)
offset_beacon1 = self.cmdDecodeString.find('aa55')
offset_beacon2 = self.cmdDecodeString.find('bb66')
#if offset_cookee != -1:
# self.ackString = self.cmdDecodeString[offset_cookee + 10:]
# #print self.ackString
# if len(self.ackString) == 14:
# if fnmatch.fnmatch(self.ackString, 'aaaa??????aaaa'):
# self.ackPkt = self.ackString
# print self.ackPkt
# print 'ACK Pkt Received'
# self.cmdDecodeArray = []
# self.cmdDecodeString = ''
# return
# else:
# print 'Error Occurred'
# self.cmdDecodeArray = []
# self.cmdDecodeString = ''
# return
# if len(self.ackString) == 12:
# if fnmatch.fnmatch(self.ackString, 'bbbb????bbbb'):
# self.ackPkt = self.ackString
# print self.ackPkt
# print 'ACK Pkt Received'
# self.cmdDecodeArray = []
# self.cmdDecodeString = ''
# return
# else:
# print 'Error Occurred'
# self.cmdDecodeArray = []
# self.cmdDecodeString = ''
# return
###
### Check for incoming bytes with 'aa55' value
###
if offset_beacon1 != -1:
self.statdlString = self.cmdDecodeString[offset_beacon1:]
if len(self.statdlString) == 216:
tempMarks = ['?' for i in xrange(208)]
tempMarks = ''.join(str(x) for x in tempMarks)
if fnmatch.fnmatch(self.statdlString, 'aa55' + '%s' %tempMarks + 'aa55'):
self.pkt1 = self.statdlString
pktfrmtd = " ".join(self.pkt1[i:i+2] for i in range(0, len(self.pkt1), 2))
pktNumDec = int(self.pkt1[4:8], 16)
timeStamp = self.pkt1[8:16]
timeStampDec = '%i' %int(timeStamp, 16)
formattedTime = strftime("%Y-%m-%d %H:%M:%S", localtime(int(timeStampDec)))
# Used to convert little endian hex to integers
#print struct.unpack("<h", "\xee\xee")[0]
#str = "\\xee\\xee"
#print struct.unpack("<h", str)[0]
#flip bytes, little endian to big endian
#data[::-1]
EPS_DATA = self.pkt1[20:152]
EPS_DATA = " ".join(EPS_DATA[i:i+2] for i in range(0, len(EPS_DATA), 2))
RADIO_DATA = self.pkt1[156:192]
RADIO_DATAARRAY = [RADIO_DATA[0:4], RADIO_DATA[4:8], RADIO_DATA[8:16], RADIO_DATA[16:20], RADIO_DATA[20:28], RADIO_DATA[28:36]]
RADIO_DATAARRAY[0] = " ".join(RADIO_DATAARRAY[0][i:i+2] for i in range(0, len(RADIO_DATAARRAY[0]), 2))
RADIO_DATAARRAY[0] = RADIO_DATAARRAY[0].split(' ')
RADIO_DATAARRAY[0] = RADIO_DATAARRAY[0][::-1]
RADIO_DATAARRAY[0] = "".join(RADIO_DATAARRAY[0])
RADIO_DATAARRAY[0] = int(RADIO_DATAARRAY[0], 16)
RADIO_DATAARRAY[1] = " ".join(RADIO_DATAARRAY[1][i:i+2] for i in range(0, len(RADIO_DATAARRAY[1]), 2))
RADIO_DATAARRAY[1] = RADIO_DATAARRAY[1].split(' ')
RADIO_DATAARRAY[1] = RADIO_DATAARRAY[1][::-1]
RADIO_DATAARRAY[1] = "".join(RADIO_DATAARRAY[1])
RADIO_DATAARRAY[1] = int(RADIO_DATAARRAY[1], 16)
RADIO_DATAARRAY[2] = " ".join(RADIO_DATAARRAY[2][i:i+2] for i in range(0, len(RADIO_DATAARRAY[2]), 2))
RADIO_DATAARRAY[2] = RADIO_DATAARRAY[2].split(' ')
RADIO_DATAARRAY[2] = RADIO_DATAARRAY[2][::-1]
RADIO_DATAARRAY[2] = "".join(RADIO_DATAARRAY[2])
RADIO_DATAARRAY[2] = int(RADIO_DATAARRAY[2], 16)
RADIO_DATAARRAY[3] = " ".join(RADIO_DATAARRAY[3][i:i+2] for i in range(0, len(RADIO_DATAARRAY[3]), 2))
RADIO_DATAARRAY[3] = RADIO_DATAARRAY[3].split(' ')
RADIO_DATAARRAY[3] = RADIO_DATAARRAY[3][::-1]
RADIO_DATAARRAY[3] = "".join(RADIO_DATAARRAY[3])
RADIO_DATAARRAY[3] = int(RADIO_DATAARRAY[3], 16)
RADIO_DATAARRAY[4] = " ".join(RADIO_DATAARRAY[4][i:i+2] for i in range(0, len(RADIO_DATAARRAY[4]), 2))
RADIO_DATAARRAY[4] = RADIO_DATAARRAY[4].split(' ')
RADIO_DATAARRAY[4] = RADIO_DATAARRAY[4][::-1]
RADIO_DATAARRAY[4] = "".join(RADIO_DATAARRAY[4])
RADIO_DATAARRAY[4] = int(RADIO_DATAARRAY[4], 16)
RADIO_DATAARRAY[5] = " ".join(RADIO_DATAARRAY[5][i:i+2] for i in range(0, len(RADIO_DATAARRAY[5]), 2))
RADIO_DATAARRAY[5] = RADIO_DATAARRAY[5].split(' ')
RADIO_DATAARRAY[5] = RADIO_DATAARRAY[5][::-1]
RADIO_DATAARRAY[5] = "".join(RADIO_DATAARRAY[5])
RADIO_DATAARRAY[5] = int(RADIO_DATAARRAY[5], 16)
#print RADIO_DATAARRAY
RADIO_DATA = " ".join(RADIO_DATA[i:i+2] for i in range(0, len(RADIO_DATA), 2))
ANTS_DATA = self.pkt1[196:212]
ANTS_DATAARRAY = [ANTS_DATA[0:4], ANTS_DATA[4:8], ANTS_DATA[8:12], ANTS_DATA[12:16]]
ANTS_DATAARRAY[0] = " ".join(ANTS_DATAARRAY[0][i:i+2] for i in range(0, len(ANTS_DATAARRAY[0]), 2))
ANTS_DATAARRAY[0] = ANTS_DATAARRAY[0].split(' ')
ANTS_DATAARRAY[0] = ANTS_DATAARRAY[0][::-1]
ANTS_DATAARRAY[0] = "".join(ANTS_DATAARRAY[0])
ANTS_DATAARRAY[1] = " ".join(ANTS_DATAARRAY[1][i:i+2] for i in range(0, len(ANTS_DATAARRAY[1]), 2))
ANTS_DATAARRAY[1] = ANTS_DATAARRAY[1].split(' ')
ANTS_DATAARRAY[1] = ANTS_DATAARRAY[1][::-1]
ANTS_DATAARRAY[1] = "".join(ANTS_DATAARRAY[1])
#ANTS_DATAARRAY[2] = " ".join(ANTS_DATAARRAY[2][i:i+2] for i in range(0, len(ANTS_DATAARRAY[2]), 2))
#ANTS_DATAARRAY[2] = ANTS_DATAARRAY[2].split(' ')
#ANTS_DATAARRAY[2] = ANTS_DATAARRAY[2][::-1]
#ANTS_DATAARRAY[2] = "".join(ANTS_DATAARRAY[2])
ANTS_DATAARRAY[2] = __builtin__.bin(int(ANTS_DATAARRAY[2], 16))[2:].zfill(len(ANTS_DATAARRAY[2])*4)
#ANTS_DATAARRAY[3] = " ".join(ANTS_DATAARRAY[3][i:i+2] for i in range(0, len(ANTS_DATAARRAY[3]), 2))
#ANTS_DATAARRAY[3] = ANTS_DATAARRAY[3].split(' ')
#ANTS_DATAARRAY[3] = ANTS_DATAARRAY[3][::-1]
#ANTS_DATAARRAY[3] = "".join(ANTS_DATAARRAY[3])
ANTS_DATAARRAY[3] = __builtin__.bin(int(ANTS_DATAARRAY[3], 16))[2:].zfill(len(ANTS_DATAARRAY[3])*4)
#print ANTS_DATAARRAY
ANTS_DATA = " ".join(ANTS_DATA[i:i+2] for i in range(0, len(ANTS_DATA), 2))
self.tlmSeparated = self.tlmDecode(self.pkt1)
self.emit(SIGNAL('latestPkt(PyQt_PyObject)'), [pktNumDec, timeStampDec, self.tlmSeparated, RADIO_DATAARRAY, ANTS_DATAARRAY])
self.emit(SIGNAL('latestPktLog(PyQt_PyObject)'), [0, pktfrmtd, pktNumDec, timeStampDec, self.tlmSeparated, EPS_DATA, RADIO_DATA, ANTS_DATA])
self.emit(SIGNAL('latestPktUpdate(PyQt_PyObject)'), [0, pktfrmtd, pktNumDec, timeStampDec, self.tlmSeparated, EPS_DATA, RADIO_DATA, ANTS_DATA])
self.cmdDecodeArray = []
self.cmdDecodeString = ''
###
### Check for incoming bytes with 'bb66' value
###
if offset_beacon2 != -1:
self.statdlString = self.cmdDecodeString[offset_beacon2:]
#print self.statdlString
if len(self.statdlString) == 80:
tempMarks = ['?' for i in xrange(72)]
tempMarks = ''.join(str(x) for x in tempMarks)
if fnmatch.fnmatch(self.statdlString, 'bb66' + '%s' %tempMarks + 'bb66'):
self.pkt2 = self.statdlString
pktfrmtd = " ".join(self.pkt2[i:i+2] for i in range(0, len(self.pkt2), 2))
pktNumDec = int(self.pkt2[4:8], 16)
timeStamp = self.pkt2[8:16]
timeStampDec = '%i' %int(timeStamp, 16)
formattedTime = strftime("%Y-%m-%d %H:%M:%S", localtime(int(timeStampDec)))
DAVE_DATA = self.pkt2[20:24]
DAVE_DATA = " ".join(DAVE_DATA[i:i+2] for i in range(0, len(DAVE_DATA), 2))
UTEP_DATA = self.pkt2[28:76]
UTEP_DATA = " ".join(UTEP_DATA[i:i+2] for i in range(0, len(UTEP_DATA), 2))
self.tlmSeparated = ''
#self.emit(SIGNAL('latestPkt(PyQt_PyObject)'), [pktNumDec, timeStampDec, formattedTime, self.tlmSeparated])
self.emit(SIGNAL('latestPktLog(PyQt_PyObject)'), [1, pktfrmtd, pktNumDec, timeStampDec, self.tlmSeparated, DAVE_DATA, UTEP_DATA])
self.emit(SIGNAL('latestPktUpdate(PyQt_PyObject)'), [1, pktfrmtd, pktNumDec, timeStampDec, self.tlmSeparated, DAVE_DATA, UTEP_DATA])
self.cmdDecodeArray = []
self.cmdDecodeString = ''