bitbuffers module

Provides access to buffer types.

class bitbuffers.BitBufferRead

Bases: Boost.Python.instance

__init__((object)arg1, (object)arg2, (Channel)arg3[, (Channel)arg4]) → None

__init__( (object)arg1, (BitBufferWrite)arg2 [, (bool)create_copy=True]) -> object

is_overflowed((BitBufferRead)arg1) → bool

peek_ubit_long((BitBufferRead)arg1, (Channel)arg2) → int

read_bit_angle((BitBufferRead)arg1, (Channel)arg2) → float

read_bit_angles((BitBufferRead)arg1, (QAngle)arg2) → None

read_bit_coord((BitBufferRead)arg1) → float

read_bit_coord_mp((BitBufferRead)arg1, (bool)arg2, (bool)arg3) → float

read_bit_float((BitBufferRead)arg1) → float

read_bit_normal((BitBufferRead)arg1) → float

read_bit_vec3_coord((BitBufferRead)arg1, (Vector)arg2) → None

read_bit_vec3_normal((BitBufferRead)arg1, (Vector)arg2) → None

read_byte((BitBufferRead)arg1) → int

read_char((BitBufferRead)arg1) → int

read_float((BitBufferRead)arg1) → float

read_long((BitBufferRead)arg1) → int

read_long_long((BitBufferRead)arg1) → int

read_one_bit((BitBufferRead)arg1) → int

read_sbit_long((BitBufferRead)arg1, (Channel)arg2) → int

read_short((BitBufferRead)arg1) → int

read_string((BitBufferRead)arg1[, (str)errors=None]) → str

read_ubit_long((BitBufferRead)arg1, (Channel)arg2) → int

read_ubit_var((BitBufferRead)arg1) → int

read_word((BitBufferRead)arg1) → int

seek_relative((BitBufferRead)arg1, (Channel)arg2) → bool

seek_to_bit((BitBufferRead)arg1, (Channel)arg2) → bool

set_overflow_flag((BitBufferRead)arg1) → None

current_bit

data

data_bits_count

data_bytes_count

num_bits_left

num_bits_read

num_bytes_left

num_bytes_read

class bitbuffers.BitBufferWrite

Bases: Boost.Python.instance

__init__((object)arg1, (object)arg2, (Channel)arg3[, (Channel)arg4]) → None

__init__( (object)arg1, (Channel)arg2) -> object

check_for_overflow((BitBufferWrite)arg1, (Channel)arg2) → bool

is_overflowed((BitBufferWrite)arg1) → bool

reset((BitBufferWrite)arg1) → None :

Reset the buffer.

seek_to_bit((BitBufferWrite)arg1, (Channel)arg2) → None :

Seeks to a specific position.

set_overflow_flag((BitBufferWrite)arg1) → None

write_bit_angle((BitBufferWrite)arg1, (float)arg2, (Channel)arg3) → None

write_bit_angles((BitBufferWrite)arg1, (QAngle)arg2) → None

write_bit_coord((BitBufferWrite)arg1, (float)arg2) → None

write_bit_coord_mp((BitBufferWrite)arg1, (float)arg2, (bool)arg3, (bool)arg4) → None

write_bit_float((BitBufferWrite)arg1, (float)arg2) → None

write_bit_normal((BitBufferWrite)arg1, (float)arg2) → None

write_bit_vec3_coord((BitBufferWrite)arg1, (Vector)arg2) → None

write_bit_vec3_normal((BitBufferWrite)arg1, (Vector)arg2) → None

write_bits_from_buffer((BitBufferWrite)arg1, (BitBufferRead)arg2, (Channel)arg3) → bool :

Copy the bits straight out of <pIn>. This seeks <pIn> forward by <nBits>. Returns an error if this buffer or the read buffer overflows.

write_byte((BitBufferWrite)arg1, (Channel)arg2) → None

write_char((BitBufferWrite)arg1, (Channel)arg2) → None

write_float((BitBufferWrite)arg1, (float)arg2) → None

write_long((BitBufferWrite)arg1, (int)arg2) → None

write_long_long((BitBufferWrite)arg1, (int)arg2) → None

write_one_bit((BitBufferWrite)arg1, (Channel)arg2) → None

write_one_bit_at((BitBufferWrite)arg1, (Channel)arg2, (Channel)arg3) → None

write_one_bit_no_check((BitBufferWrite)arg1, (Channel)arg2) → None

write_sbit_long((BitBufferWrite)arg1, (Channel)arg2, (Channel)arg3) → None

write_short((BitBufferWrite)arg1, (Channel)arg2) → None

write_string((BitBufferWrite)arg1, (str)arg2) → bool :

Returns false if it overflows the buffer.

write_ubit_long((BitBufferWrite)arg1, (int)arg2, (Channel)arg3[, (bool)check_range=True]) → None

write_ubit_var((BitBufferWrite)arg1, (int)arg2) → None :

Writes an unsigned integer with variable bit length.

write_word((BitBufferWrite)arg1, (Channel)arg2) → None

current_bit

data

data_bits_count

data_bytes_count

max_num_bits

num_bits_left

num_bits_written

num_bytes_left

num_bytes_written