118 std::unordered_map<std::string, OpCode> map;
121 map[pair.second] = pair.first;
143 throw std::runtime_error(
"Unknown opcode string: " + str);
The Phasor Programming Language and Runtime.
const std::unordered_map< OpCode, std::string > opCodeToStringMap
@ IGREATER_THAN
Pop b, pop a, push a > b.
@ IEQUAL
Pop b, pop a, push a == b.
@ SYSTEM_OUT
Call system function and push stdout.
@ LOG_R
R[rA] = log(R[rB]).
@ FLMOD_R
R[rA] = R[rB] % R[rC].
@ SUBSTR
Pop len, pop start, pop s, push s.substr(start, len).
@ IAND
Pop b, pop a, push a && b.
@ MOV
Copy register to register: R[rA] = R[rB].
@ PRINTERROR_R
Print register to stderr: printerror(R[rA]).
@ IAND_R
R[rA] = R[rB] && R[rC].
@ FLMUL_R
R[rA] = R[rB] * R[rC].
@ IADD
Pop b, pop a, push a + b.
@ PUSH2_R
Push 2 registers to stack: push2(R[rA], R[rB]).
@ FLGE_R
R[rA] = R[rB] >= R[rC].
@ SYSTEM_R
Run an operating system shell command: system(R[rA]).
@ PUSH_CONST
Push constant from constant pool.
@ JUMP_IF_TRUE
Jump if top of stack is true (pops value).
@ FLGT_R
R[rA] = R[rB] > R[rC].
@ PUSH_R
Push register to stack: push(R[rA]).
@ POP_R
Pop stack to register: R[rA] = pop().
@ FLEQUAL
Pop b, pop a, push a == b.
@ FLNOT_EQUAL
Pop b, pop a, push a != b.
@ FLADD_R
R[rA] = R[rB] + R[rC].
@ POP2_R
Pop 2 values from stack to registers: pop2(R[rA], R[rB]).
@ LOAD_CONST_R
Load constant to register: R[rA] = constants[immediate].
@ FLADD
Pop b, pop a, push a + b.
@ JUMP
Unconditional jump to offset.
@ FLLT_R
R[rA] = R[rB] < R[rC].
@ IMULTIPLY
Pop b, pop a, push a * b.
@ READLINE_R
Read line into register: readline(R[rA]).
@ CHAR_AT
Pop index, pop s, push s[index].
@ IMUL_R
R[rA] = R[rB] * R[rC].
@ FLGREATER_EQUAL
Pop b, pop a, push a >= b.
@ FLLE_R
R[rA] = R[rB] <= R[rC].
@ IGREATER_EQUAL
Pop b, pop a, push a >= b.
@ SYSTEM_ERR
Call system function and push stderr.
@ SQRT_R
R[rA] = sqrt(R[rB]).
@ ISUB_R
R[rA] = R[rB] - R[rC].
@ FLDIV_R
R[rA] = R[rB] / R[rC].
@ COS_R
R[rA] = cos(R[rB]).
@ CALL_NATIVE
Call a native function: operand is index of function name in constants.
@ ISUBTRACT
Pop b, pop a, push a - b.
@ FLMODULO
Pop b, pop a, push a % b.
@ IDIVIDE
Pop b, pop a, push a / b.
@ FLOR
Pop b, pop a, push a || b.
@ STORE_VAR
Pop top of stack, store in variable slot.
@ ILE_R
R[rA] = R[rB] <= R[rC].
@ FLDIVIDE
Pop b, pop a, push a / b.
@ POW_R
R[rA] = pow(R[rB], R[rC]).
@ IMODULO
Pop b, pop a, push a % b.
@ FLAND_R
R[rA] = R[rB] && R[rC].
@ JUMP_IF_FALSE
Jump if top of stack is false (pops value).
@ INOT_EQUAL
Pop b, pop a, push a != b.
@ FLEQ_R
R[rA] = R[rB] == R[rC].
@ LOAD_VAR
Push variable value onto stack.
@ IOR
Pop b, pop a, push a || b.
@ EXP_R
R[rA] = exp(R[rB]).
@ RETURN
Return from function.
@ STORE_VAR_R
Store register to varible: variables[immediate] = R[rA].
@ READLINE
Read line from input and push onto stack.
@ IGT_R
R[rA] = R[rB] > R[rC].
@ FLSUBTRACT
Pop b, pop a, push a - b.
@ IADD_R
R[rA] = R[rB] + R[rC].
@ IDIV_R
R[rA] = R[rB] / R[rC].
@ FLLESS_EQUAL
Pop b, pop a, push a <= b.
@ SYSTEM_ERR_R
Run shell command and get output: system_out(R[rA], R[rB]).
@ FLMULTIPLY
Pop b, pop a, push a * b.
@ ILESS_EQUAL
Pop b, pop a, push a <= b.
@ PRINT_R
Print register: print(R[rA]).
@ PRINTERROR
Pop top of stack and print to stderr.
@ TAN_R
R[rA] = tan(R[rB]).
@ FLSUB_R
R[rA] = R[rB] - R[rC].
@ JUMP_BACK
Jump backwards (for loops).
@ FLOR_R
R[rA] = R[rB] || R[rC].
@ CALL
Call a user function: operand is index of function name in constants.
@ INE_R
R[rA] = R[rB] != R[rC].
@ FLNE_R
R[rA] = R[rB] != R[rC].
@ FLGREATER_THAN
Pop b, pop a, push a > b.
@ ILESS_THAN
Pop b, pop a, push a < b.
@ SIN_R
R[rA] = sin(R[rB]).
@ IMPORT
Import a module: operand is index of module path in constants.
@ LOAD_VAR_R
Load variable to register: R[rA] = variables[immediate].
@ FLLESS_THAN
Pop b, pop a, push a < b.
@ IOR_R
R[rA] = R[rB] || R[rC].
@ ILT_R
R[rA] = R[rB] < R[rC].
@ FLAND
Pop b, pop a, push a && b.
@ IMOD_R
R[rA] = R[rB] % R[rC].
@ PRINT
Pop top of stack and print.
@ SYSTEM
Call a system function: operand is index of function name in constants.
@ IEQ_R
R[rA] = R[rB] == R[rC].
@ IGE_R
R[rA] = R[rB] >= R[rC].
const std::unordered_map< std::string, OpCode > stringToOpCodeMap
OpCode stringToOpCode(const std::string &str)
std::string opCodeToString(OpCode op)
1.16.1