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#include "config.h"
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <orc/orc.h>
#include <orc-test/orctest.h>
int error = FALSE;
char * get_desc (OrcStaticOpcode *opcode);
char * get_code (OrcStaticOpcode *opcode);
int
main (int argc, char *argv[])
{
int i;
OrcOpcodeSet *opcode_set;
orc_init();
orc_test_init();
printf(
"<!-- generated by " __FILE__ " -->\n"
"<table frame=\"all\" id=\"table-basictypes\" xreflabel=\"Table of Opcodes\">\n"
"<title>Table of Opcodes</title>\n"
"<tgroup cols=\"3\" align=\"left\" colsep=\"1\" rowsep=\"1\">\n"
"<thead>\n"
"<row>\n"
"<entry>opcode</entry>\n"
"<entry>destination size</entry>\n"
"<entry>source 1 size</entry>\n"
"<entry>source 2 size</entry>\n"
"<entry>description</entry>\n"
"<entry>pseudo code</entry>\n"
"</row>\n"
"</thead>\n"
"<tbody valign=\"top\">\n");
opcode_set = orc_opcode_set_get ("sys");
for(i=0;i<opcode_set->n_opcodes;i++){
printf("<row>\n");
printf("<entry>%s</entry>\n", opcode_set->opcodes[i].name);
printf("<entry>%d</entry>\n", opcode_set->opcodes[i].dest_size[0]);
printf("<entry>%d</entry>\n", opcode_set->opcodes[i].src_size[0]);
if (opcode_set->opcodes[i].src_size[1]) {
printf("<entry>%d%s</entry>\n", opcode_set->opcodes[i].src_size[1],
(opcode_set->opcodes[i].flags & ORC_STATIC_OPCODE_SCALAR) ? "S" : "");
} else {
printf("<entry></entry>\n");
}
printf("<entry>%s</entry>\n", get_desc(&opcode_set->opcodes[i]));
printf("<entry>%s</entry>\n", get_code(&opcode_set->opcodes[i]));
printf("</row>\n");
}
printf(
"</tbody>\n"
"</tgroup>\n"
"</table>\n");
return 0;
}
struct a {
char *name;
char *code;
char *desc;
};
struct a ops[] = {
{ "absb", "(a < 0) ? -a : a", "absolute value" },
{ "addb", "a + b", "add" },
{ "addssb", "clamp(a + b)", "add with signed saturate" },
{ "addusb", "clamp(a + b)", "add with unsigned saturate" },
{ "andb", "a & b", "bitwise AND" },
{ "andnb", "a & (~b)", "bitwise AND NOT" },
{ "avgsb", "(a + b + 1)>>1", "signed average" },
{ "avgub", "(a + b + 1)>>1", "unsigned average" },
{ "cmpeqb", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpgtsb", "(a > b) ? (~0) : 0", "compare greater than" },
{ "copyb", "a", "copy" },
{ "maxsb", "(a > b) ? a : b", "signed maximum" },
{ "maxub", "(a > b) ? a : b", "unsigned maximum" },
{ "minsb", "(a < b) ? a : b", "signed minimum" },
{ "minub", "(a < b) ? a : b", "unsigned minimum" },
{ "mullb", "a * b", "low bits of multiply" },
{ "mulhsb", "(a * b) >> 8", "high bits of signed multiply" },
{ "mulhub", "(a * b) >> 8", "high bits of unsigned multiply" },
{ "orb", "a | b", "bitwise or" },
{ "shlb", "a << b", "shift left" },
{ "shrsb", "a >> b", "signed shift right" },
{ "shrub", "a >> b", "unsigned shift right" },
{ "signb", "sign(a)", "sign" },
{ "subb", "a - b", "subtract" },
{ "subssb", "clamp(a - b)", "subtract with signed saturate" },
{ "subusb", "clamp(a - b)", "subtract with unsigned saturate" },
{ "xorb", "a ^ b", "bitwise XOR" },
{ "absw", "(a < 0) ? -a : a", "absolute value" },
{ "addw", "a + b", "add" },
{ "addssw", "clamp(a + b)", "add with signed saturate" },
{ "addusw", "clamp(a + b)", "add with unsigned saturate" },
{ "andw", "a & b", "bitwise AND" },
{ "andnw", "a & (~b)", "bitwise AND NOT" },
{ "avgsw", "(a + b + 1)>>1", "signed average" },
{ "avguw", "(a + b + 1)>>1", "unsigned average" },
{ "cmpeqw", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpgtsw", "(a > b) ? (~0) : 0", "compare greater than" },
{ "copyw", "a", "copy" },
{ "maxsw", "(a > b) ? a : b", "signed maximum" },
{ "maxuw", "(a > b) ? a : b", "unsigned maximum" },
{ "minsw", "(a < b) ? a : b", "signed minimum" },
{ "minuw", "(a < b) ? a : b", "unsigned minimum" },
{ "mullw", "a * b", "low bits of multiply" },
{ "mulhsw", "(a * b) >> 16", "high bits of signed multiply" },
{ "mulhuw", "(a * b) >> 16", "high bits of unsigned multiply" },
{ "orw", "a | b", "bitwise or" },
{ "shlw", "a << b", "shift left" },
{ "shrsw", "a >> b", "signed shift right" },
{ "shruw", "a >> b", "unsigned shift right" },
{ "signw", "sign(a)", "sign" },
{ "subw", "a - b", "subtract" },
{ "subssw", "clamp(a - b)", "subtract with signed saturate" },
{ "subusw", "clamp(a - b)", "subtract with unsigned saturate" },
{ "xorw", "a ^ b", "bitwise XOR" },
{ "absl", "(a < 0) ? -a : a", "absolute value" },
{ "addl", "a + b", "add" },
{ "addssl", "clamp(a + b)", "add with signed saturate" },
{ "addusl", "clamp(a + b)", "add with unsigned saturate" },
{ "andl", "a & b", "bitwise AND" },
{ "andnl", "a & (~b)", "bitwise AND NOT" },
{ "avgsl", "(a + b + 1)>>1", "signed average" },
{ "avgul", "(a + b + 1)>>1", "unsigned average" },
{ "cmpeql", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpgtsl", "(a > b) ? (~0) : 0", "compare greater than" },
{ "copyl", "a", "copy" },
{ "maxsl", "(a > b) ? a : b", "signed maximum" },
{ "maxul", "(a > b) ? a : b", "unsigned maximum" },
{ "minsl", "(a < b) ? a : b", "signed minimum" },
{ "minul", "(a < b) ? a : b", "unsigned minimum" },
{ "mulll", "a * b", "low bits of multiply" },
{ "mulhsl", "(a * b) >> 16", "high bits of signed multiply" },
{ "mulhul", "(a * b) >> 16", "high bits of unsigned multiply" },
{ "orl", "a | b", "bitwise or" },
{ "shll", "a << b", "shift left" },
{ "shrsl", "a >> b", "signed shift right" },
{ "shrul", "a >> b", "unsigned shift right" },
{ "signl", "sign(a)", "sign" },
{ "subl", "a - b", "subtract" },
{ "subssl", "clamp(a - b)", "subtract with signed saturate" },
{ "subusl", "clamp(a - b)", "subtract with unsigned saturate" },
{ "xorl", "a ^ b", "bitwise XOR" },
{ "addq", "a + b", "add" },
{ "andq", "a & b", "bitwise AND" },
{ "andnq", "a & (~b)", "bitwise AND NOT" },
{ "cmpeqq", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpgtsq", "(a > b) ? (~0) : 0", "compare greater than" },
{ "copyq", "a", "copy" },
{ "orq", "a | b", "bitwise or" },
{ "shlq", "a << b", "shift left" },
{ "shrsq", "a >> b", "signed shift right" },
{ "shruq", "a >> b", "unsigned shift right" },
{ "subq", "a - b", "subtract" },
{ "xorq", "a ^ b", "bitwise XOR" },
{ "convsbw", "a", "convert signed" },
{ "convubw", "a", "convert unsigned" },
{ "convswl", "a", "convert signed" },
{ "convuwl", "a", "convert unsigned" },
{ "convwb", "a", "convert" },
{ "convssswb", "clamp(a)", "convert signed to signed with saturation" },
{ "convsuswb", "clamp(a)", "convert signed to unsigned with saturation" },
{ "convusswb", "clamp(a)", "convert unsigned to signed with saturation" },
{ "convuuswb", "clamp(a)", "convert unsigned to unsigned with saturation" },
{ "convlw", "a", "convert" },
{ "convssslw", "clamp(a)", "convert signed to signed with saturation" },
{ "convsuslw", "clamp(a)", "convert signed to unsigned with saturation" },
{ "convusslw", "clamp(a)", "convert unsigned to signed with saturation" },
{ "convuuslw", "clamp(a)", "convert unsigned to unsigned with saturation" },
{ "mulsbw", "a * b", "multiply signed" },
{ "mulubw", "a * b", "multiply unsigned" },
{ "mulswl", "a * b", "multiply signed" },
{ "muluwl", "a * b", "multiply unsigned" },
{ "mulslq", "a * b", "multiply signed" },
{ "mululq", "a * b", "multiply unsigned" },
{ "mergelq", "special", "merge halves" },
{ "mergewl", "special", "merge halves" },
{ "mergebw", "special", "merge halves" },
{ "select0wb", "special", "select first half" },
{ "select1wb", "special", "select second half" },
{ "select0lw", "special", "select first half" },
{ "select1lw", "special", "select second half" },
{ "select0ql", "special", "select first half" },
{ "select1ql", "special", "select second half" },
{ "swapq", "special", "endianness byte swap" },
{ "swapw", "special", "endianness byte swap" },
{ "swapl", "special", "endianness byte swap" },
{ "swapwl", "special", "endianness word swap" },
{ "swaplq", "special", "endianness long word swap" },
{ "accw", "+= a", "accumulate" },
{ "accl", "+= a", "accumulate" },
{ "accsadubl", "+= abs(a - b)", "accumulate absolute difference" },
{ "splitql" , "special", "split first/second long words" },
{ "splitlw" , "special", "split first/second words" },
{ "splitwb" , "special", "split first/second bytes" },
{ "addf", "a + b", "add" },
{ "addd", "a + b", "add" },
{ "subf", "a - b", "subtract" },
{ "subd", "a - b", "subtract" },
{ "mulf", "a * b", "multiply" },
{ "muld", "a * b", "multiply" },
{ "divf", "a / b", "divide" },
{ "divd", "a / b", "divide" },
{ "sqrtf", "sqrt(a)", "square root" },
{ "sqrtd", "sqrt(a)", "square root" },
{ "maxf", "max(a,b)", "maximum" },
{ "maxd", "max(a,b)", "maximum" },
{ "minf", "min(a,b)", "minimum" },
{ "mind", "min(a,b)", "minimum" },
{ "cmpeqf", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpeqd", "(a == b) ? (~0) : 0", "compare equal" },
{ "cmpltf", "(a == b) ? (~0) : 0", "compare less than" },
{ "cmpltd", "(a == b) ? (~0) : 0", "compare less than" },
{ "cmplef", "(a == b) ? (~0) : 0", "compare less than or equal" },
{ "cmpled", "(a == b) ? (~0) : 0", "compare less than or equal" },
{ "convfl", "a", "convert float point to integer" },
{ "convlf", "a", "convert integer to floating point" },
{ "convdl", "a", "convert double point to integer" },
{ "convld", "a", "convert integer to double point" },
{ "convfd", "a", "convert float to double" },
{ "convdf", "a", "convert double to float" },
{ "loadb", "array[i]", "load from memory" },
{ "loadw", "array[i]", "load from memory" },
{ "loadl", "array[i]", "load from memory" },
{ "loadq", "array[i]", "load from memory" },
{ "storeb", "special", "store to memory" },
{ "storew", "special", "store to memory" },
{ "storel", "special", "store to memory" },
{ "storeq", "special", "store to memory" },
{ "loadoffb", "array[i+offset]", "load from memory with offset" },
{ "loadoffw", "array[i+offset]", "load from memory with offset" },
{ "loadoffl", "array[i+offset]", "load from memory with offset" },
{ "loadoffq", "array[i+offset]", "load from memory with offset" },
{ "loadpb", "scalar", "load parameter or constant" },
{ "loadpw", "scalar", "load parameter or constant" },
{ "loadpl", "scalar", "load parameter or constant" },
{ "loadpq", "scalar", "load parameter or constant" },
{ "loadupdb", "array[i>>1]", "load upsampled duplicate" },
{ "loadupib", "(array[i>>1] + array[(i+1)>>1] + 1)>>1",
"load upsampled interpolate" },
{ "ldresnearb", "array[(b+c*i)>>8]", "load, nearest neighbor resampled" },
{ "ldreslinb", "special", "load, bilinear resampled" },
{ "ldresnearl", "array[(b+c*i)>>8]", "load, nearest neighbor resampled" },
{ "ldreslinl", "special", "load, bilinear resampled" },
{ "div255w", "a/255", "divide by 255" },
{ "divluw", "clamp(a/(b & 255),0,255)", "saturated unsigned divide 16-bit by 8-bit" },
{ "splatw3q", "special", "duplicates high 16-bits to lower 48 bits" },
{ "splatbw", "special", "duplicates 8 bits to both halfs of 16 bits" },
{ "splatbl", "special", "duplicates 8 bits to all parts of 32 bits" },
{ "convql", "a", "convert" },
{ "convslq", "a", "signed convert" },
{ "convulq", "a", "unsigned convert" },
{ "convhwb", "a>>8", "shift and convert" },
{ "convhlw", "a>>16", "shift and convert" },
{ "convsssql", "clamp(a)", "convert signed to signed with saturation" },
{ "convsusql", "clamp(a)", "convert signed to unsigned with saturation" },
{ "convussql", "clamp(a)", "convert unsigned to signed with saturation" },
{ "convuusql", "clamp(a)", "convert unsigned to unsigned with saturation" },
};
char *
get_desc (OrcStaticOpcode *opcode)
{
int i;
for(i=0;i<sizeof(ops)/sizeof(ops[0]);i++){
if (strcmp (opcode->name, ops[i].name) == 0) {
return ops[i].desc;
}
}
return "";
}
char *
get_code (OrcStaticOpcode *opcode)
{
int i;
for(i=0;i<sizeof(ops)/sizeof(ops[0]);i++){
if (strcmp (opcode->name, ops[i].name) == 0) {
return ops[i].code;
}
}
return "";
}
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