Lines Matching full:bits
135 * Flushes given number of bits. Bits consumed increases by this number
146 * Number of bits to be flushed
171 * Flushes to next byte boundary.Bits consumed increases by this number
174 * Compute number of bits remaining in the current byte then call
175 * ihevcd_bits_flush() bits with this number
207 * Seeks by given number of bits in the bitstream from current position
210 * Add given number of bits to bitstream offset and update pu4_buf, cur_word and
217 * Number of bits to seek
238 /* If the current offset is greater than number of bits to seek back,
246 /* If the current offset is lesser than number of bits to seek back,
278 * Snoops for next numbits number of bits from the bitstream this does not
279 * update the bitstream offset and does not consume the bits
282 * Extract required number of bits from cur_word & nxt_word return these
283 * bits
289 * Number of bits
291 * @returns Next u4_numbits number of bits
314 * Snoops for next 32 bits from the bitstream this does not update the
315 * bitstream offset and does not consume the bits
318 * Extract required number of bits from cur_word & nxt_word return these
319 * bits
325 * Number of bits
327 * @returns Next 32 bits
350 * Reads next numbits number of bits from the bitstream this updates the
351 * bitstream offset and consumes the bits
354 * Extract required number of bits from cur_word & nxt_word return these
355 * bits
361 * Number of bits
363 * @returns Bits read
388 * Returns the number of bits remaining in the bitstream
391 * Compute number of bits remaining based on current pointer and buffer base
398 * @returns Total number of bits remaining
425 * Returns the number of bits consumed in the bitstream
428 * Compute number of bits consumed based on current pointer and buffer base
435 * @returns Total number of bits bits consumed
462 * Extract required number of bits from cur_word & nxt_word return these
463 * bits
482 /* Find leading zeros in next 32 bits */
521 * Extract required number of bits from cur_word & nxt_word return these
522 * bits
542 /* Find leading zeros in next 32 bits */
