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#include <exception> // for std::logic_error
#include "bitpackingunaligned.h"
using FastPForLib::byte;
typedef const byte *(*runpacker)(const byte *__restrict__ in,
uint32_t *__restrict__ out);
typedef byte *(*rpacker)(const uint32_t *__restrict__ in,
byte *__restrict__ out);
typedef const byte *(*rbyteunpacker)(const byte *__restrict__ in,
byte *__restrict__ out);
typedef byte *(*rbytepacker)(const byte *__restrict__ in,
byte *__restrict__ out);
byte *nullpacker(const uint32_t *__restrict__ /*in*/, byte *__restrict__ out) {
return out;
}
byte *nullbytepacker(const byte *__restrict__ /*in*/, byte *__restrict__ out) {
return out;
}
const byte *nullunpacker8(const byte *__restrict__ in,
uint32_t *__restrict__ out) {
memset(out, 0, 8 * 4);
return in;
}
const byte *nullbyteunpacker8(const byte *__restrict__ in,
byte *__restrict__ out) {
memset(out, 0, 8);
return in;
}
byte *__fastunalignedpackwithoutmask1_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 1;
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 3;
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 5;
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 7;
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask2_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 14;
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask3_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 3;
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 9;
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 15;
++in;
*out |= ((*in)) << 18;
++in;
*out |= ((*in)) << 21;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask4_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 16;
++in;
*out |= ((*in)) << 20;
++in;
*out |= ((*in)) << 24;
++in;
*out |= ((*in)) << 28;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask5_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 5;
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 15;
++in;
*out |= ((*in)) << 20;
++in;
*out |= ((*in)) << 25;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (5 - 3);
++in;
*out |= ((*in)) << 3;
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask6_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 18;
++in;
*out |= ((*in)) << 24;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (6 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 10;
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask7_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 7;
++in;
*out |= ((*in)) << 14;
++in;
*out |= ((*in)) << 21;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (7 - 3);
++in;
*out |= ((*in)) << 3;
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 17;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask8_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 16;
++in;
*out |= ((*in)) << 24;
++out;
++in;
*out = (*in);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 16;
++in;
*out |= ((*in)) << 24;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask9_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 9;
++in;
*out |= ((*in)) << 18;
++in;
*out |= ((*in)) << 27;
++out;
*out = ((*in)) >> (9 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 13;
++in;
*out |= ((*in)) << 22;
++in;
*out |= ((*in)) << 31;
++out;
*out = ((*in)) >> (9 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask10_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 20;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (10 - 8);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 18;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (10 - 6);
++in;
*out |= ((*in)) << 6;
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask11_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 11;
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (11 - 1);
++in;
*out |= ((*in)) << 1;
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 23;
++out;
*out = ((*in)) >> (11 - 2);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 13;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask12_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (12 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 16;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (12 - 8);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 20;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask13_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 13;
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (13 - 7);
++in;
*out |= ((*in)) << 7;
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (13 - 1);
++in;
*out |= ((*in)) << 1;
++in;
*out |= ((*in)) << 14;
++in;
*out |= ((*in)) << 27;
++out;
*out = ((*in)) >> (13 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask14_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 14;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (14 - 10);
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (14 - 6);
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (14 - 2);
++in;
*out |= ((*in)) << 2;
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask15_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 15;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (15 - 13);
++in;
*out |= ((*in)) << 13;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (15 - 11);
++in;
*out |= ((*in)) << 11;
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (15 - 9);
++in;
*out |= ((*in)) << 9;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask16_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 16;
++out;
++in;
*out = (*in);
++in;
*out |= ((*in)) << 16;
++out;
++in;
*out = (*in);
++in;
*out |= ((*in)) << 16;
++out;
++in;
*out = (*in);
++in;
*out |= ((*in)) << 16;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask17_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 17;
++out;
*out = ((*in)) >> (17 - 2);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 19;
++out;
*out = ((*in)) >> (17 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 21;
++out;
*out = ((*in)) >> (17 - 6);
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 23;
++out;
*out = ((*in)) >> (17 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask18_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 18;
++out;
*out = ((*in)) >> (18 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (18 - 8);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (18 - 12);
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (18 - 16);
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask19_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 19;
++out;
*out = ((*in)) >> (19 - 6);
++in;
*out |= ((*in)) << 6;
++in;
*out |= ((*in)) << 25;
++out;
*out = ((*in)) >> (19 - 12);
++in;
*out |= ((*in)) << 12;
++in;
*out |= ((*in)) << 31;
++out;
*out = ((*in)) >> (19 - 18);
++in;
*out |= ((*in)) << 18;
++out;
*out = ((*in)) >> (19 - 5);
++in;
*out |= ((*in)) << 5;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask20_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (20 - 8);
++in;
*out |= ((*in)) << 8;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (20 - 16);
++in;
*out |= ((*in)) << 16;
++out;
*out = ((*in)) >> (20 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (20 - 12);
++in;
*out |= ((*in)) << 12;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask21_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 21;
++out;
*out = ((*in)) >> (21 - 10);
++in;
*out |= ((*in)) << 10;
++in;
*out |= ((*in)) << 31;
++out;
*out = ((*in)) >> (21 - 20);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (21 - 9);
++in;
*out |= ((*in)) << 9;
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (21 - 19);
++in;
*out |= ((*in)) << 19;
++out;
*out = ((*in)) >> (21 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask22_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (22 - 12);
++in;
*out |= ((*in)) << 12;
++out;
*out = ((*in)) >> (22 - 2);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (22 - 14);
++in;
*out |= ((*in)) << 14;
++out;
*out = ((*in)) >> (22 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (22 - 16);
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask23_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 23;
++out;
*out = ((*in)) >> (23 - 14);
++in;
*out |= ((*in)) << 14;
++out;
*out = ((*in)) >> (23 - 5);
++in;
*out |= ((*in)) << 5;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (23 - 19);
++in;
*out |= ((*in)) << 19;
++out;
*out = ((*in)) >> (23 - 10);
++in;
*out |= ((*in)) << 10;
++out;
*out = ((*in)) >> (23 - 1);
++in;
*out |= ((*in)) << 1;
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask24_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (24 - 16);
++in;
*out |= ((*in)) << 16;
++out;
*out = ((*in)) >> (24 - 8);
++in;
*out |= ((*in)) << 8;
++out;
++in;
*out = (*in);
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (24 - 16);
++in;
*out |= ((*in)) << 16;
++out;
*out = ((*in)) >> (24 - 8);
++in;
*out |= ((*in)) << 8;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask25_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 25;
++out;
*out = ((*in)) >> (25 - 18);
++in;
*out |= ((*in)) << 18;
++out;
*out = ((*in)) >> (25 - 11);
++in;
*out |= ((*in)) << 11;
++out;
*out = ((*in)) >> (25 - 4);
++in;
*out |= ((*in)) << 4;
++in;
*out |= ((*in)) << 29;
++out;
*out = ((*in)) >> (25 - 22);
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (25 - 15);
++in;
*out |= ((*in)) << 15;
++out;
*out = ((*in)) >> (25 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask26_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (26 - 20);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (26 - 14);
++in;
*out |= ((*in)) << 14;
++out;
*out = ((*in)) >> (26 - 8);
++in;
*out |= ((*in)) << 8;
++out;
*out = ((*in)) >> (26 - 2);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (26 - 22);
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (26 - 16);
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask27_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 27;
++out;
*out = ((*in)) >> (27 - 22);
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (27 - 17);
++in;
*out |= ((*in)) << 17;
++out;
*out = ((*in)) >> (27 - 12);
++in;
*out |= ((*in)) << 12;
++out;
*out = ((*in)) >> (27 - 7);
++in;
*out |= ((*in)) << 7;
++out;
*out = ((*in)) >> (27 - 2);
++in;
*out |= ((*in)) << 2;
++in;
*out |= ((*in)) << 29;
++out;
*out = ((*in)) >> (27 - 24);
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask28_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (28 - 24);
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (28 - 20);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (28 - 16);
++in;
*out |= ((*in)) << 16;
++out;
*out = ((*in)) >> (28 - 12);
++in;
*out |= ((*in)) << 12;
++out;
*out = ((*in)) >> (28 - 8);
++in;
*out |= ((*in)) << 8;
++out;
*out = ((*in)) >> (28 - 4);
++in;
*out |= ((*in)) << 4;
++out;
++in;
return reinterpret_cast<byte *>(out) + 0;
}
byte *__fastunalignedpackwithoutmask29_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 29;
++out;
*out = ((*in)) >> (29 - 26);
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (29 - 23);
++in;
*out |= ((*in)) << 23;
++out;
*out = ((*in)) >> (29 - 20);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (29 - 17);
++in;
*out |= ((*in)) << 17;
++out;
*out = ((*in)) >> (29 - 14);
++in;
*out |= ((*in)) << 14;
++out;
*out = ((*in)) >> (29 - 11);
++in;
*out |= ((*in)) << 11;
++out;
*out = ((*in)) >> (29 - 8);
++in;
return reinterpret_cast<byte *>(out) + 1;
}
byte *__fastunalignedpackwithoutmask30_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (30 - 28);
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (30 - 26);
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (30 - 24);
++in;
*out |= ((*in)) << 24;
++out;
*out = ((*in)) >> (30 - 22);
++in;
*out |= ((*in)) << 22;
++out;
*out = ((*in)) >> (30 - 20);
++in;
*out |= ((*in)) << 20;
++out;
*out = ((*in)) >> (30 - 18);
++in;
*out |= ((*in)) << 18;
++out;
*out = ((*in)) >> (30 - 16);
++in;
return reinterpret_cast<byte *>(out) + 2;
}
byte *__fastunalignedpackwithoutmask31_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++in;
*out |= ((*in)) << 31;
++out;
*out = ((*in)) >> (31 - 30);
++in;
*out |= ((*in)) << 30;
++out;
*out = ((*in)) >> (31 - 29);
++in;
*out |= ((*in)) << 29;
++out;
*out = ((*in)) >> (31 - 28);
++in;
*out |= ((*in)) << 28;
++out;
*out = ((*in)) >> (31 - 27);
++in;
*out |= ((*in)) << 27;
++out;
*out = ((*in)) >> (31 - 26);
++in;
*out |= ((*in)) << 26;
++out;
*out = ((*in)) >> (31 - 25);
++in;
*out |= ((*in)) << 25;
++out;
*out = ((*in)) >> (31 - 24);
++in;
return reinterpret_cast<byte *>(out) + 3;
}
byte *__fastunalignedpackwithoutmask32_8(const uint32_t *__restrict__ in,
byte *__restrict__ outbyte) {
uint32_t *__restrict__ out = reinterpret_cast<uint32_t *>(outbyte);
*out = (*in);
++out;
++in;
*out = (*in);
++out;