def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('BYTE', 1, 'pad0'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'flags'),
minx.XData('INT32', 1, 'attr_type'),
minx.XData('INT32', 1, 'min'),
minx.XData('INT32', 1, 'max'),
minx.XData('CARD32', 1, 'bits'),
minx.XData('CARD32', 1, 'perms'))
for n, v in xreply.iteritems():
setattr(self, n, v)
def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('BYTE', 1, 'pad0'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'flags'),
minx.XData('CARD32', 1, 'pad3'),
minx.XData('CARD32', 1, 'pad4'),
minx.XData('CARD32', 1, 'pad5'),
minx.XData('CARD32', 1, 'pad6'),
minx.XData('CARD32', 1, 'pad7'))
for n, v in xreply.iteritems():
setattr(self, n, v)
def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('PAD', 1, 'padb1'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'count'),
minx.XData('CARD32', 1, 'padl4'),
minx.XData('CARD32', 1, 'padl5'),
minx.XData('CARD32', 1, 'padl6'),
minx.XData('CARD32', 1, 'padl7'),
minx.XData('CARD32', 1, 'padl8'))
for n, v in xreply.iteritems():
setattr(self, n, v)
def __init__(self, opcode, screen, display_mask, attr, data):
dlen = len(data) + 1 #include terminating 0
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlSetStringAttribute),
minx.XData('CARD16', 1, 5 + (((dlen + 3) & ~3) >> 2)),
minx.XData('CARD32', 1, screen),
minx.XData('CARD32', 1, display_mask),
minx.XData('CARD32', 1, attr), minx.XData('CARD32', 1, dlen),
minx.XData('STRING8', dlen, data + '\0'))
def __init__(self, opcode, screen, display_mask, attr, value):
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlSetAttributeAndGetStatus),
minx.XData('CARD16', 1, 5), minx.XData('CARD32', 1, screen),
minx.XData('CARD32', 1, display_mask),
minx.XData('CARD32', 1, attr), minx.XData('INT32', 1, value))
def __init__(self, opcode, target_id, target_type, display_mask, attr):
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlQueryValidAttributeValues),
minx.XData('CARD16', 1, 4), minx.XData('CARD16', 1, target_id),
minx.XData('CARD16', 1, target_type),
minx.XData('CARD32', 1, display_mask),
minx.XData('CARD32', 1, attr))
def __init__(self, opcode, target_id, target_type, display_mask, attr,
data):
dlen = 0
if data and len(data) > 0:
dlen = len(data) + 1 #include terminating 0
else:
data = ''
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlStringOperation),
minx.XData('CARD16', 1, 5 + (((dlen + 3) & ~3) >> 2)),
minx.XData('CARD16', 1, target_id),
minx.XData('CARD16', 1, target_type),
minx.XData('CARD32', 1, display_mask),
minx.XData('CARD32', 1, attr), minx.XData('CARD32', 1, dlen),
minx.XData('STRING8', dlen, data + '\0'))
def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('BYTE', 1, 'padb1'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'flags'),
minx.XData('CARD32', 1, 'n'),
minx.XData('CARD32', 1, 'padl4'),
minx.XData('CARD32', 1, 'padl5'),
minx.XData('CARD32', 1, 'padl6'),
minx.XData('CARD32', 1, 'padl7'))
for n, v in xreply.iteritems():
setattr(self, n, v)
rs, ad = minx.decode(ad, minx.XData('STRING8', self.n, 'string'))
self.string = str(rs['string'])
def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('BYTE', 1, 'pad0'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'flags'),
minx.XData('CARD32', 1, 'n'),
minx.XData('CARD32', 1, 'pad4'),
minx.XData('CARD32', 1, 'pad5'),
minx.XData('CARD32', 1, 'pad6'),
minx.XData('CARD32', 1, 'pad7'))
for n, v in xreply.iteritems():
setattr(self, n, v)
rs, ad = minx.decode(ad, minx.XData('STRING8', self.n, 'string'))
self.string = str(rs['string'])
if self.string is not None and self.string.endswith('\0'):
self.string = self.string[:-1]
def __init__(self, encoding):
xreply, ad = minx.decode(encoding, minx.XData('BYTE', 1, 'type'),
minx.XData('PAD', 1, 'pad0'),
minx.XData('CARD16', 1, 'sequence_number'),
minx.XData('CARD32', 1, 'length'),
minx.XData('CARD32', 1, 'flags'),
minx.XData('CARD32', 1, 'n'),
minx.XData('CARD32', 1, 'pad4'),
minx.XData('CARD32', 1, 'pad5'),
minx.XData('CARD32', 1, 'pad6'),
minx.XData('CARD32', 1, 'pad7'))
for n, v in xreply.iteritems():
setattr(self, n, v)
rs, ad = minx.decode(ad, minx.XData('STRING8', self.n, 'data'))
self.data = str(rs['data'])
def __init__(self, opcode, target):
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlQueryTargetCount),
minx.XData('CARD16', 1, 2), minx.XData('CARD32', 1, target))
def __init__(self, opcode):
self.encoding = minx.encode(
minx.XData('CARD8', 1, opcode),
minx.XData('CARD8', 1, _X_nvCtrlQueryExtension),
minx.XData('CARD16', 1, 1))
