SkVM.cpp - OpenGrok cross reference for /third

Lines Matching defs:imm
672         int imm;
673         if (this->allImm(cond.id,&imm)) { SkASSERT(imm); return; }
1816     static Mod mod(int imm) {
1817         if (imm == 0)               { return Mod::Indirect; }
1818         if (SkTFitsIn<int8_t>(imm)) { return Mod::OneByteImm; }
1963     void Assembler::op(int opcode, int opcode_ext, Operand dst, int imm) {
1967         if (SkTFitsIn<int8_t>(imm)) {
1973         this->bytes(&imm, imm_bytes);
1976     void Assembler::add(Operand dst, int imm) { this->op(0x01,0b000, dst,imm); }
1977     void Assembler::sub(Operand dst, int imm) { this->op(0x01,0b101, dst,imm); }
1978     void Assembler::cmp(Operand dst, int imm) { this->op(0x01,0b111, dst,imm); }
1982     void Assembler::mov(Operand dst, int imm) {
1984         this->word(imm);
1986     void Assembler::movb(Operand dst, int imm) {
1988         this->byte(imm);
2059     void Assembler::imm_byte_after_operand(const Operand& operand, int imm) {
2069         this->byte(imm);
2072     void Assembler::vcmpps(Ymm dst, Ymm x, Operand y, int imm) {
2074         this->imm_byte_after_operand(y, imm);
2083     void Assembler::vpslld(Ymm dst, Ymm x, int imm) {
2085         this->byte(imm);
2087     void Assembler::vpsrld(Ymm dst, Ymm x, int imm) {
2089         this->byte(imm);
2091     void Assembler::vpsrad(Ymm dst, Ymm x, int imm) {
2093         this->byte(imm);
2095     void Assembler::vpsllw(Ymm dst, Ymm x, int imm) {
2097         this->byte(imm);
2099     void Assembler::vpsrlw(Ymm dst, Ymm x, int imm) {
2101         this->byte(imm);
2103     void Assembler::vpsraw(Ymm dst, Ymm x, int imm) {
2105         this->byte(imm);
2108     void Assembler::vpermq(Ymm dst, Operand x, int imm) {
2111         this->imm_byte_after_operand(x, imm);
2114     void Assembler::vperm2f128(Ymm dst, Ymm x, Operand y, int imm) {
2116         this->imm_byte_after_operand(y, imm);
2123     void Assembler::vroundps(Ymm dst, Operand x, Rounding imm) {
2125         this->imm_byte_after_operand(x, imm);
2139     void Assembler::vcvtps2ph(Operand dst, Ymm x, Rounding imm) {
2141         this->imm_byte_after_operand(dst, imm);
2244     void Assembler::vpinsrd(Xmm dst, Xmm src, Operand y, int imm) {
2246         this->imm_byte_after_operand(y, imm);
2248     void Assembler::vpinsrw(Xmm dst, Xmm src, Operand y, int imm) {
2250         this->imm_byte_after_operand(y, imm);
2252     void Assembler::vpinsrb(Xmm dst, Xmm src, Operand y, int imm) {
2254         this->imm_byte_after_operand(y, imm);
2257     void Assembler::vextracti128(Operand dst, Ymm src, int imm) {
2260         this->byte(imm);
2262     void Assembler::vpextrd(Operand dst, Xmm src, int imm) {
2265         this->byte(imm);
2267     void Assembler::vpextrw(Operand dst, Xmm src, int imm) {
2270         this->byte(imm);
2272     void Assembler::vpextrb(Operand dst, Xmm src, int imm) {
2275         this->byte(imm);
2306     void Assembler::op(uint32_t op22, V n, V d, int imm) {
2308                   | imm  // size and location depends on the instruction
2406         int imm = (imm6  & 6_mask) << 0
2410         this->op(0b1'0'0'01011'00'0'00000'000000, n,d, imm << 10);
4251             auto add = [&](A::GP64 gp, int imm) { a->add(gp, imm); };
4252             auto sub = [&](A::GP64 gp, int imm) { a->sub(gp, imm); };
4257             auto add = [&](A::X gp, int imm) { a->add(gp, gp, imm); };
4258             auto sub = [&](A::X gp, int imm) { a->sub(gp, gp, imm); };
4338         constants.foreach([&](int imm, A::Label* label) {
4342                 a->word(imm);