def str_decode_mbcs(s, size, errors, final=False, errorhandler=None):
if size == 0:
return u"", 0
if errorhandler is None:
errorhandler = raise_unicode_exception_decode
# Skip trailing lead-byte unless 'final' is set
if not final and is_dbcs_lead_byte(s[size - 1]):
size -= 1
dataptr = rffi.get_nonmovingbuffer(s)
try:
# first get the size of the result
usize = MultiByteToWideChar(CP_ACP, 0, dataptr, size,
lltype.nullptr(rffi.CWCHARP.TO), 0)
if usize == 0:
raise rwin32.lastWindowsError()
raw_buf, gc_buf = rffi.alloc_unicodebuffer(usize)
try:
# do the conversion
if MultiByteToWideChar(CP_ACP, 0, dataptr, size, raw_buf,
usize) == 0:
raise rwin32.lastWindowsError()
return (rffi.unicode_from_buffer(raw_buf, gc_buf, usize,
usize), size)
finally:
rffi.keep_unicodebuffer_alive_until_here(raw_buf, gc_buf)
finally:
rffi.free_nonmovingbuffer(s, dataptr)
def str_decode_mbcs(s, size, errors, final=False,
errorhandler=None):
if size == 0:
return u"", 0
if errorhandler is None:
errorhandler = raise_unicode_exception_decode
# Skip trailing lead-byte unless 'final' is set
if not final and is_dbcs_lead_byte(s[size-1]):
size -= 1
dataptr = rffi.get_nonmovingbuffer(s)
try:
# first get the size of the result
usize = MultiByteToWideChar(CP_ACP, 0,
dataptr, size,
lltype.nullptr(rffi.CWCHARP.TO), 0)
if usize == 0:
raise rwin32.lastWindowsError()
raw_buf, gc_buf = rffi.alloc_unicodebuffer(usize)
try:
# do the conversion
if MultiByteToWideChar(CP_ACP, 0,
dataptr, size, raw_buf, usize) == 0:
raise rwin32.lastWindowsError()
return (rffi.unicode_from_buffer(raw_buf, gc_buf, usize, usize),
size)
finally:
rffi.keep_unicodebuffer_alive_until_here(raw_buf, gc_buf)
finally:
rffi.free_nonmovingbuffer(s, dataptr)
def send(self, data, flags=0):
"""Send a data string to the socket. For the optional flags
argument, see the Unix manual. Return the number of bytes
sent; this may be less than len(data) if the network is busy."""
dataptr = rffi.get_nonmovingbuffer(data)
try:
return self.send_raw(dataptr, len(data), flags)
finally:
rffi.free_nonmovingbuffer(data, dataptr)
def send(self, data, flags=0):
"""Send a data string to the socket. For the optional flags
argument, see the Unix manual. Return the number of bytes
sent; this may be less than len(data) if the network is busy."""
dataptr = rffi.get_nonmovingbuffer(data)
try:
return self.send_raw(dataptr, len(data), flags)
finally:
rffi.free_nonmovingbuffer(data, dataptr)
def adler32(string, start=ADLER32_DEFAULT_START):
"""
Compute the Adler-32 checksum of the string, possibly with the given
start value, and return it as a unsigned 32 bit integer.
"""
bytes = rffi.get_nonmovingbuffer(string)
try:
checksum = _adler32(start, rffi.cast(Bytefp, bytes), len(string))
finally:
rffi.free_nonmovingbuffer(string, bytes)
return checksum
def adler32(string, start=ADLER32_DEFAULT_START):
"""
Compute the Adler-32 checksum of the string, possibly with the given
start value, and return it as a unsigned 32 bit integer.
"""
bytes = rffi.get_nonmovingbuffer(string)
try:
checksum = _adler32(start, rffi.cast(Bytefp, bytes), len(string))
finally:
rffi.free_nonmovingbuffer(string, bytes)
return checksum
def sendall(self, data, flags=0):
"""Send a data string to the socket. For the optional flags
argument, see the Unix manual. This calls send() repeatedly
until all data is sent. If an error occurs, it's impossible
to tell how much data has been sent."""
dataptr = rffi.get_nonmovingbuffer(data)
try:
remaining = len(data)
p = dataptr
while remaining > 0:
res = self.send_raw(p, remaining, flags)
p = rffi.ptradd(p, res)
remaining -= res
finally:
rffi.free_nonmovingbuffer(data, dataptr)
def sendall(self, data, flags=0):
"""Send a data string to the socket. For the optional flags
argument, see the Unix manual. This calls send() repeatedly
until all data is sent. If an error occurs, it's impossible
to tell how much data has been sent."""
dataptr = rffi.get_nonmovingbuffer(data)
try:
remaining = len(data)
p = dataptr
while remaining > 0:
res = self.send_raw(p, remaining, flags)
p = rffi.ptradd(p, res)
remaining -= res
finally:
rffi.free_nonmovingbuffer(data, dataptr)
def decodeex(decodebuf, stringdata, errors="strict", errorcb=None, namecb=None, ignore_error=0):
inleft = len(stringdata)
inbuf = rffi.get_nonmovingbuffer(stringdata)
try:
if pypy_cjk_dec_init(decodebuf, inbuf, inleft) < 0:
raise MemoryError
while True:
r = pypy_cjk_dec_chunk(decodebuf)
if r == 0 or r == ignore_error:
break
multibytecodec_decerror(decodebuf, r, errors, errorcb, namecb, stringdata)
src = pypy_cjk_dec_outbuf(decodebuf)
length = pypy_cjk_dec_outlen(decodebuf)
return rffi.wcharpsize2unicode(src, length)
#
finally:
rffi.free_nonmovingbuffer(stringdata, inbuf)
def PyObject_Print(space, w_obj, fp, flags):
"""Print an object o, on file fp. Returns -1 on error. The flags argument
is used to enable certain printing options. The only option currently
supported is Py_PRINT_RAW; if given, the str() of the object is written
instead of the repr()."""
if rffi.cast(lltype.Signed, flags) & Py_PRINT_RAW:
w_str = space.str(w_obj)
else:
w_str = space.repr(w_obj)
count = space.len_w(w_str)
data = space.str_w(w_str)
buf = rffi.get_nonmovingbuffer(data)
try:
fwrite(buf, 1, count, fp)
finally:
rffi.free_nonmovingbuffer(data, buf)
return 0
def PyObject_Print(space, w_obj, fp, flags):
"""Print an object o, on file fp. Returns -1 on error. The flags argument
is used to enable certain printing options. The only option currently
supported is Py_PRINT_RAW; if given, the str() of the object is written
instead of the repr()."""
if rffi.cast(lltype.Signed, flags) & Py_PRINT_RAW:
w_str = space.str(w_obj)
else:
w_str = space.repr(w_obj)
count = space.len_w(w_str)
data = space.str_w(w_str)
buf = rffi.get_nonmovingbuffer(data)
try:
fwrite(buf, 1, count, fp)
finally:
rffi.free_nonmovingbuffer(data, buf)
return 0
def decodeex(decodebuf, stringdata, errors="strict", errorcb=None, namecb=None,
ignore_error=0):
inleft = len(stringdata)
inbuf = rffi.get_nonmovingbuffer(stringdata)
try:
if pypy_cjk_dec_init(decodebuf, inbuf, inleft) < 0:
raise MemoryError
while True:
r = pypy_cjk_dec_chunk(decodebuf)
if r == 0 or r == ignore_error:
break
multibytecodec_decerror(decodebuf, r, errors,
errorcb, namecb, stringdata)
src = pypy_cjk_dec_outbuf(decodebuf)
length = pypy_cjk_dec_outlen(decodebuf)
return rffi.wcharpsize2unicode(src, length)
#
finally:
rffi.free_nonmovingbuffer(stringdata, inbuf)
def multibytecodec_encerror(encodebuf, e, errors,
errorcb, namecb, unicodedata):
if e > 0:
reason = "illegal multibyte sequence"
esize = e
elif e == MBERR_TOOFEW:
reason = "incomplete multibyte sequence"
esize = pypy_cjk_enc_inbuf_remaining(encodebuf)
elif e == MBERR_NOMEMORY:
raise MemoryError
else:
raise RuntimeError
#
# compute the string to use as a replacement -> 'replace', and
# the current position in the input 'unicodedata' -> 'end'
start = pypy_cjk_enc_inbuf_consumed(encodebuf)
end = start + esize
if errors == "strict":
raise EncodeDecodeError(start, end, reason)
elif errors == "ignore":
replace = ""
elif errors == "replace":
codec = pypy_cjk_enc_getcodec(encodebuf)
try:
replace = encode(codec, u"?")
except EncodeDecodeError:
replace = "?"
else:
assert errorcb
replace, end = errorcb(errors, namecb, reason,
unicodedata, start, end)
inbuf = rffi.get_nonmovingbuffer(replace)
try:
r = pypy_cjk_enc_replace_on_error(encodebuf, inbuf, len(replace), end)
finally:
rffi.free_nonmovingbuffer(replace, inbuf)
if r == MBERR_NOMEMORY:
raise MemoryError
def multibytecodec_encerror(encodebuf, e, errors,
errorcb, namecb, unicodedata):
if e > 0:
reason = "illegal multibyte sequence"
esize = e
elif e == MBERR_TOOFEW:
reason = "incomplete multibyte sequence"
esize = pypy_cjk_enc_inbuf_remaining(encodebuf)
elif e == MBERR_NOMEMORY:
raise MemoryError
else:
raise RuntimeError
#
# compute the string to use as a replacement -> 'replace', and
# the current position in the input 'unicodedata' -> 'end'
start = pypy_cjk_enc_inbuf_consumed(encodebuf)
end = start + esize
if errors == "strict":
raise EncodeDecodeError(start, end, reason)
elif errors == "ignore":
replace = ""
elif errors == "replace":
codec = pypy_cjk_enc_getcodec(encodebuf)
try:
replace = encode(codec, u"?")
except EncodeDecodeError:
replace = "?"
else:
assert errorcb
replace, end = errorcb(errors, namecb, reason,
unicodedata, start, end)
inbuf = rffi.get_nonmovingbuffer(replace)
try:
r = pypy_cjk_enc_replace_on_error(encodebuf, inbuf, len(replace), end)
finally:
rffi.free_nonmovingbuffer(replace, inbuf)
if r == MBERR_NOMEMORY:
raise MemoryError
def decode(codec, stringdata, errors="strict", errorcb=None, namecb=None):
inleft = len(stringdata)
inbuf = rffi.get_nonmovingbuffer(stringdata)
try:
decodebuf = pypy_cjk_dec_init(codec, inbuf, inleft)
if not decodebuf:
raise MemoryError
try:
while True:
r = pypy_cjk_dec_chunk(decodebuf)
if r == 0:
break
multibytecodec_decerror(decodebuf, r, errors,
errorcb, namecb, stringdata)
src = pypy_cjk_dec_outbuf(decodebuf)
length = pypy_cjk_dec_outlen(decodebuf)
return rffi.wcharpsize2unicode(src, length)
#
finally:
pypy_cjk_dec_free(decodebuf)
#
finally:
rffi.free_nonmovingbuffer(stringdata, inbuf)
def _Pattern_match_search(vm, anchored):
mod = vm.get_funcs_mod()
(self, s_o, sp_o),_ = vm.decode_args(mand="!S", opt="I", self_of=Pattern)
assert isinstance(self, Pattern)
assert isinstance(s_o, Con_String)
ovect_size = (1 + self.num_caps) * 3
ovect = lltype.malloc(rffi.INTP.TO, ovect_size, flavor="raw")
if anchored:
flags = PCRE_ANCHORED
else:
flags = 0
sp = translate_idx_obj(vm, sp_o, len(s_o.v))
rs = rffi.get_nonmovingbuffer(s_o.v)
r = int(pcre_exec(self.cp, None, rs, len(s_o.v), sp, flags, ovect, ovect_size))
rffi.free_nonmovingbuffer(s_o.v, rs)
if r < 0:
if r == PCRE_ERROR_NOMATCH:
lltype.free(ovect, flavor="raw")
return vm.get_builtin(BUILTIN_FAIL_OBJ)
else:
raise Exception("XXX")
return Match(vm, mod.get_defn(vm, "Match"), ovect, self.num_caps, s_o)
def inet_ntop(family, packed):
"packed string -> human-readable string"
if family == AF_INET:
srcsize = sizeof(_c.in_addr)
dstsize = _c.INET_ADDRSTRLEN
elif AF_INET6 is not None and family == AF_INET6:
srcsize = sizeof(_c.in6_addr)
dstsize = _c.INET6_ADDRSTRLEN
else:
raise RSocketError("unknown address family")
if len(packed) != srcsize:
raise ValueError("packed IP wrong length for inet_ntop")
srcbuf = rffi.get_nonmovingbuffer(packed)
try:
dstbuf = mallocbuf(dstsize)
try:
res = _c.inet_ntop(family, srcbuf, dstbuf, dstsize)
if not res:
raise last_error()
return rffi.charp2str(res)
finally:
lltype.free(dstbuf, flavor='raw')
finally:
rffi.free_nonmovingbuffer(packed, srcbuf)
def inet_ntop(family, packed):
"packed string -> human-readable string"
if family == AF_INET:
srcsize = sizeof(_c.in_addr)
dstsize = _c.INET_ADDRSTRLEN
elif AF_INET6 is not None and family == AF_INET6:
srcsize = sizeof(_c.in6_addr)
dstsize = _c.INET6_ADDRSTRLEN
else:
raise RSocketError("unknown address family")
if len(packed) != srcsize:
raise ValueError("packed IP wrong length for inet_ntop")
srcbuf = rffi.get_nonmovingbuffer(packed)
try:
dstbuf = mallocbuf(dstsize)
try:
res = _c.inet_ntop(family, srcbuf, dstbuf, dstsize)
if not res:
raise last_error()
return rffi.charp2str(res)
finally:
lltype.free(dstbuf, flavor='raw')
finally:
rffi.free_nonmovingbuffer(packed, srcbuf)
