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template single_step and executors on whether to update address sets to improve performance in non-gui programs

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This commit is contained in:
Benji Dial 2023-05-30 21:39:37 -04:00
parent 8269913898
commit 6b2cbe6c00
6 changed files with 99 additions and 83 deletions
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2
bench/bench_window.cpp
View file

@ -115,7 +115,7 @@ const lib94::warrior *bench_window::do_step() {
last_core_step_distance = time - last_core_step_start;
last_core_step_start = time;
const lib94::warrior *result = lib94::single_step();
const lib94::warrior *result = lib94::single_step<true>();
core.mut.lock();
core.age_all();

1
include/lib94/lib94.hpp
View file

@ -92,6 +92,7 @@ namespace lib94 {
//assumes that there is a next warrior
//returns a warrior if it dies
template <bool update_address_sets>
const warrior *single_step();
}

66
lib94/core.cpp
View file

@ -48,10 +48,6 @@ namespace lib94 {
read_addresses.insert(instr - core);
}
void add_executed_instruction(const instruction *instr) {
executed_addresses.insert(instr - core);
}
struct warrior_info {
const warrior *the_warrior;
std::deque<number_t> processes;
@ -226,37 +222,42 @@ namespace lib94 {
}
}
template<opcode op, modifier mod>
template<opcode op, modifier mod, bool uas>
bool execute();
#define EXECUTOR_DECL_LINE(mod) \
extern template bool execute<DAT, mod>(); extern template bool execute<MOV, mod>(); \
extern template bool execute<ADD, mod>(); extern template bool execute<SUB, mod>(); \
extern template bool execute<MUL, mod>(); extern template bool execute<DIV, mod>(); \
extern template bool execute<MOD, mod>(); extern template bool execute<JMP, mod>(); \
extern template bool execute<JMZ, mod>(); extern template bool execute<JMN, mod>(); \
extern template bool execute<DJN, mod>(); extern template bool execute<SEQ, mod>(); \
extern template bool execute<SNE, mod>(); extern template bool execute<SLT, mod>(); \
extern template bool execute<SPL, mod>(); extern template bool execute<NOP, mod>();
#define EXECUTOR_DECL_LINE(mod, uas) \
extern template bool execute<DAT, mod, uas>(); extern template bool execute<MOV, mod, uas>(); \
extern template bool execute<ADD, mod, uas>(); extern template bool execute<SUB, mod, uas>(); \
extern template bool execute<MUL, mod, uas>(); extern template bool execute<DIV, mod, uas>(); \
extern template bool execute<MOD, mod, uas>(); extern template bool execute<JMP, mod, uas>(); \
extern template bool execute<JMZ, mod, uas>(); extern template bool execute<JMN, mod, uas>(); \
extern template bool execute<DJN, mod, uas>(); extern template bool execute<SEQ, mod, uas>(); \
extern template bool execute<SNE, mod, uas>(); extern template bool execute<SLT, mod, uas>(); \
extern template bool execute<SPL, mod, uas>(); extern template bool execute<NOP, mod, uas>();
EXECUTOR_DECL_LINE(A)
EXECUTOR_DECL_LINE(B)
EXECUTOR_DECL_LINE(AB)
EXECUTOR_DECL_LINE(BA)
EXECUTOR_DECL_LINE(F)
EXECUTOR_DECL_LINE(X)
EXECUTOR_DECL_LINE(I)
#define EXECUTOR_DECL(uas) \
EXECUTOR_DECL_LINE(A, uas) \
EXECUTOR_DECL_LINE(B, uas) \
EXECUTOR_DECL_LINE(AB, uas) \
EXECUTOR_DECL_LINE(BA, uas) \
EXECUTOR_DECL_LINE(F, uas) \
EXECUTOR_DECL_LINE(X, uas) \
EXECUTOR_DECL_LINE(I, uas)
EXECUTOR_DECL(true)
EXECUTOR_DECL(false)
#define EXECUTOR_REF_LINE(mod) \
&execute<DAT, mod>, &execute<MOV, mod>, \
&execute<ADD, mod>, &execute<SUB, mod>, \
&execute<MUL, mod>, &execute<DIV, mod>, \
&execute<MOD, mod>, &execute<JMP, mod>, \
&execute<JMZ, mod>, &execute<JMN, mod>, \
&execute<DJN, mod>, &execute<SEQ, mod>, \
&execute<SNE, mod>, &execute<SLT, mod>, \
&execute<SPL, mod>, &execute<NOP, mod>
&execute<DAT, mod, uas>, &execute<MOV, mod, uas>, \
&execute<ADD, mod, uas>, &execute<SUB, mod, uas>, \
&execute<MUL, mod, uas>, &execute<DIV, mod, uas>, \
&execute<MOD, mod, uas>, &execute<JMP, mod, uas>, \
&execute<JMZ, mod, uas>, &execute<JMN, mod, uas>, \
&execute<DJN, mod, uas>, &execute<SEQ, mod, uas>, \
&execute<SNE, mod, uas>, &execute<SLT, mod, uas>, \
&execute<SPL, mod, uas>, &execute<NOP, mod, uas>
template <bool uas>
static const std::function<bool ()> executors[] = {
EXECUTOR_REF_LINE(A), EXECUTOR_REF_LINE(B),
EXECUTOR_REF_LINE(AB), EXECUTOR_REF_LINE(BA),
@ -270,6 +271,7 @@ namespace lib94 {
this_warrior->processes.push_back(pc);
}
template <bool update_address_sets>
const warrior *single_step() {
this_warrior = alive_warriors.front();
alive_warriors.pop_front();
@ -277,6 +279,7 @@ namespace lib94 {
program_counter = this_warrior->processes.front();
this_warrior->processes.pop_front();
if constexpr (update_address_sets)
executed_addresses.insert(program_counter);
instruction_register = core[program_counter];
@ -286,7 +289,7 @@ namespace lib94 {
a_instruction_writable = core + (program_counter + a_pointer) % LIB94_CORE_SIZE;
b_instruction_writable = core + (program_counter + b_pointer) % LIB94_CORE_SIZE;
bool should_endeque = executors[instruction_register.op + instruction_register.mod * 16]();
bool should_endeque = executors<update_address_sets>[instruction_register.op + instruction_register.mod * 16]();
if (should_endeque)
this_warrior->processes.push_back((program_counter + 1) % LIB94_CORE_SIZE);
@ -298,4 +301,7 @@ namespace lib94 {
return 0;
}
template const warrior *single_step<true>();
template const warrior *single_step<false>();
}

107
lib94/executors.cpp
View file

@ -17,6 +17,11 @@ namespace lib94 {
void add_written_instruction(const instruction *instr);
void add_read_instruction(const instruction *instr);
#define maybe_add_written_instruction(instr) \
if constexpr (uas) add_written_instruction(instr)
#define maybe_add_read_instruction(instr) \
if constexpr (uas) add_read_instruction(instr)
struct single_target {
number_t *ptr;
@ -154,7 +159,7 @@ namespace lib94 {
template<> struct target<X> : pair_target {};
template<> struct target<I> : instruction_target {};
template<opcode op, modifier mod>
template<opcode op, modifier mod, bool uas>
bool execute() {
target<mod> dest_out;
target<mod> dest_in;
@ -214,8 +219,8 @@ namespace lib94 {
return false;
else if constexpr (op == MOV) {
add_read_instruction(a_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
if constexpr (mod == I) {
dest_out.instr->op = src_in.instr->op;
dest_out.instr->mod = src_in.instr->mod;
@ -229,36 +234,36 @@ namespace lib94 {
}
else if constexpr (op == ADD) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
return dest_out.assign(dest_in, src_in, [](number_t a, number_t b) -> std::optional<number_t> {
return (a + b) % LIB94_CORE_SIZE;
});
}
else if constexpr (op == SUB) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
return dest_out.assign(dest_in, src_in, [](number_t a, number_t b) -> std::optional<number_t> {
return (a + LIB94_CORE_SIZE - b) % LIB94_CORE_SIZE;
});
}
else if constexpr (op == MUL) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
return dest_out.assign(dest_in, src_in, [](number_t a, number_t b) -> std::optional<number_t> {
return (a * b) % LIB94_CORE_SIZE;
});
}
else if constexpr (op == DIV) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
return dest_out.assign(dest_in, src_in, [](number_t a, number_t b) -> std::optional<number_t> {
if (b == 0)
return {};
@ -267,9 +272,9 @@ namespace lib94 {
}
else if constexpr (op == MOD) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
return dest_out.assign(dest_in, src_in, [](number_t a, number_t b) -> std::optional<number_t> {
if (b == 0)
return {};
@ -278,62 +283,62 @@ namespace lib94 {
}
else if constexpr (op == JMP) {
add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
program_counter = (a_instruction_writable - core + LIB94_CORE_SIZE - 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == JMZ) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
if (dest_in.is_zero())
program_counter = (a_instruction_writable - core + LIB94_CORE_SIZE - 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == JMN) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
if (!dest_in.is_zero())
program_counter = (a_instruction_writable - core + LIB94_CORE_SIZE - 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == DJN) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
add_written_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
maybe_add_written_instruction(b_instruction_writable);
if (dest_out.dec_not_zero())
program_counter = (a_instruction_writable - core + LIB94_CORE_SIZE - 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == SEQ) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
if (src_in.equal_to(dest_in))
program_counter = (program_counter + 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == SNE) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
if (!src_in.equal_to(dest_in))
program_counter = (program_counter + 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == SLT) {
add_read_instruction(a_instruction_writable);
add_read_instruction(b_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(b_instruction_writable);
if (src_in.less_than(dest_in))
program_counter = (program_counter + 1) % LIB94_CORE_SIZE;
return true;
}
else if constexpr (op == SPL) {
add_read_instruction(a_instruction_writable);
maybe_add_read_instruction(a_instruction_writable);
enqueue_process((program_counter + 1) % LIB94_CORE_SIZE);
program_counter = (a_instruction_writable - core + LIB94_CORE_SIZE - 1) % LIB94_CORE_SIZE;
return true;
@ -345,22 +350,26 @@ namespace lib94 {
else assert(false);
}
#define EXECUTOR_INST_LINE(mod) \
template bool execute<DAT, mod>(); template bool execute<MOV, mod>(); \
template bool execute<ADD, mod>(); template bool execute<SUB, mod>(); \
template bool execute<MUL, mod>(); template bool execute<DIV, mod>(); \
template bool execute<MOD, mod>(); template bool execute<JMP, mod>(); \
template bool execute<JMZ, mod>(); template bool execute<JMN, mod>(); \
template bool execute<DJN, mod>(); template bool execute<SEQ, mod>(); \
template bool execute<SNE, mod>(); template bool execute<SLT, mod>(); \
template bool execute<SPL, mod>(); template bool execute<NOP, mod>();
#define EXECUTOR_INST_LINE(mod, uas) \
template bool execute<DAT, mod, uas>(); template bool execute<MOV, mod, uas>(); \
template bool execute<ADD, mod, uas>(); template bool execute<SUB, mod, uas>(); \
template bool execute<MUL, mod, uas>(); template bool execute<DIV, mod, uas>(); \
template bool execute<MOD, mod, uas>(); template bool execute<JMP, mod, uas>(); \
template bool execute<JMZ, mod, uas>(); template bool execute<JMN, mod, uas>(); \
template bool execute<DJN, mod, uas>(); template bool execute<SEQ, mod, uas>(); \
template bool execute<SNE, mod, uas>(); template bool execute<SLT, mod, uas>(); \
template bool execute<SPL, mod, uas>(); template bool execute<NOP, mod, uas>();
EXECUTOR_INST_LINE(A)
EXECUTOR_INST_LINE(B)
EXECUTOR_INST_LINE(AB)
EXECUTOR_INST_LINE(BA)
EXECUTOR_INST_LINE(F)
EXECUTOR_INST_LINE(X)
EXECUTOR_INST_LINE(I)
#define EXECUTOR_INST(uas) \
EXECUTOR_INST_LINE(A, uas) \
EXECUTOR_INST_LINE(B, uas) \
EXECUTOR_INST_LINE(AB, uas) \
EXECUTOR_INST_LINE(BA, uas) \
EXECUTOR_INST_LINE(F, uas) \
EXECUTOR_INST_LINE(X, uas) \
EXECUTOR_INST_LINE(I, uas)
EXECUTOR_INST(true)
EXECUTOR_INST(false)
}

2
score/main.cpp
View file

@ -85,7 +85,7 @@ int main(int argc, const char **argv) {
for (unsigned step_number = 0; step_number < steps_until_tie; ++step_number) {
const lib94::warrior *w = lib94::single_step();
const lib94::warrior *w = lib94::single_step<false>();
if (w == ws[0]) {
++w2_wins;

2
tabulator-mpi/worker.cpp
View file

@ -15,7 +15,7 @@ static int do_round(const lib94::warrior *w1, const lib94::warrior *w2) {
lib94::init_round(ws, 2);
for (int i = 0; i < 1000000; ++i) {
const lib94::warrior *result = lib94::single_step();
const lib94::warrior *result = lib94::single_step<false>();
if (result == w1)
return -1;
if (result == w2)