def http_build_query(interp, w_data, num_prefix="", arg_sep=None, enctype=1):
space = interp.space
if arg_sep is None:
arg_sep = interp.config.get_ini_str("arg_separator.output")
w_data = w_data.deref()
out = StringBuilder()
if not w_data.tp in [space.tp_array, space.tp_object]:
interp.space.ec.warn("http_build_query(): Parameter 1 "
"expected to be Array or Object. "
"Incorrect value given")
if w_data.tp == space.tp_array:
with space.iter(w_data) as itr:
while not itr.done():
w_key, w_value = itr.next_item(space)
key = _get_key(space, num_prefix, w_key)
res = _build_query(space, [], key, w_value, num_prefix,
arg_sep, enctype)
out.append(''.join(res))
if w_data.tp == space.tp_object:
for key, w_value in w_data.get_instance_attrs(interp).iteritems():
_, prop = demangle_property(key)
if prop:
continue
res = _build_query(space, [], key, w_value, num_prefix, arg_sep,
enctype)
out.append(''.join(res))
outstr = out.build()
if outstr.endswith(arg_sep):
outstr = outstr.rstrip(arg_sep)
return interp.space.newstr(outstr)
def http_build_query(interp, w_data,
num_prefix="", arg_sep=None, enctype=1):
space = interp.space
if arg_sep is None:
arg_sep = interp.config.get_ini_str("arg_separator.output")
w_data = w_data.deref()
out = StringBuilder()
if not w_data.tp in [space.tp_array, space.tp_object]:
interp.space.ec.warn("http_build_query(): Parameter 1 "
"expected to be Array or Object. "
"Incorrect value given")
if w_data.tp == space.tp_array:
with space.iter(w_data) as itr:
while not itr.done():
w_key, w_value = itr.next_item(space)
key = _get_key(space, num_prefix, w_key)
res = _build_query(space, [], key, w_value,
num_prefix, arg_sep, enctype)
out.append(''.join(res))
if w_data.tp == space.tp_object:
for key, w_value in w_data.get_instance_attrs(interp).iteritems():
_, prop = demangle_property(key)
if prop:
continue
res = _build_query(space, [], key, w_value, num_prefix,
arg_sep, enctype)
out.append(''.join(res))
outstr = out.build()
if outstr.endswith(arg_sep):
outstr = outstr.rstrip(arg_sep)
return interp.space.newstr(outstr)
def _print_r(space, w_x, indent, recursion, builder):
if w_x.tp == space.tp_array:
if w_x in recursion:
builder.append('Array\n *RECURSION*')
return
recursion[w_x] = None
builder.append('Array\n%s(' % indent)
subindent = indent + ' '
with space.iter(w_x) as w_iter:
while not w_iter.done():
w_key, w_value = w_iter.next_item(space)
if w_key.tp == space.tp_int:
key = space.int_w(w_key)
s = '\n%s [%d] => ' % (indent, key)
else:
key = space.str_w(w_key)
s = '\n%s [%s] => ' % (indent, key)
builder.append(s)
_print_r(space, w_value.deref(), subindent, recursion, builder)
builder.append('\n%s)\n' % indent)
del recursion[w_x]
elif isinstance(w_x, W_InstanceObject):
builder.append('%s Object\n' % w_x.klass.name)
if w_x in recursion:
builder.append(' *RECURSION*')
return
recursion[w_x] = None
builder.append('%s(' % indent)
keyindent = indent + ' ' * 4
subindent = indent + ' ' * 8
dct_w = w_x.get_instance_attrs()
for name, w_value in dct_w.iteritems():
name, access = demangle_property(name)
if access == '':
key = '%s' % name
elif access == '*':
key = '%s:protected' % name
else:
key = '%s:%s:private' % (name, access)
builder.append('\n%s[%s] => ' % (keyindent, key))
_print_r(space, w_value.deref(), subindent, recursion, builder)
builder.append('\n%s)\n' % indent)
del recursion[w_x]
else:
builder.append(space.str_w(w_x))
def _print_r(space, w_x, indent, recursion, builder):
if w_x.tp == space.tp_array:
if w_x in recursion:
builder.append('Array\n *RECURSION*')
return
recursion[w_x] = None
builder.append('Array\n%s(' % indent)
subindent = indent + ' '
with space.iter(w_x) as w_iter:
while not w_iter.done():
w_key, w_value = w_iter.next_item(space)
if w_key.tp == space.tp_int:
key = space.int_w(w_key)
s = '\n%s [%d] => ' % (indent, key)
else:
key = space.str_w(w_key)
s = '\n%s [%s] => ' % (indent, key)
builder.append(s)
_print_r(space, w_value.deref(), subindent, recursion, builder)
builder.append('\n%s)\n' % indent)
del recursion[w_x]
elif isinstance(w_x, W_InstanceObject):
builder.append('%s Object\n' % w_x.klass.name)
if w_x in recursion:
builder.append(' *RECURSION*')
return
recursion[w_x] = None
builder.append('%s(' % indent)
keyindent = indent + ' ' * 4
subindent = indent + ' ' * 8
dct_w = w_x.get_instance_attrs()
for name, w_value in dct_w.iteritems():
name, access = demangle_property(name)
if access == '':
key = '%s' % name
elif access == '*':
key = '%s:protected' % name
else:
key = '%s:%s:private' % (name, access)
builder.append('\n%s[%s] => ' % (keyindent, key))
_print_r(space, w_value.deref(), subindent, recursion, builder)
builder.append('\n%s)\n' % indent)
del recursion[w_x]
else:
builder.append(space.str_w(w_x))
