ritualka-plang/source/command-exec.cpp
2023-07-17 23:04:51 +03:00

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#include "command-exec.h"
#include "command.h"
bool isMatchedCommand (vector<byte> compareValue, vector<vector<byte>> comparingArr) {
for (vector<byte> command : comparingArr) {
if (command[0] == compareValue[0] && command[1] == compareValue[1]) {
return true;
}
}
return false;
}
bool CommandExecutor::isCorrectionSyntax () {
if (this->isCommandDefined) {
switch (this->bytes.at(0)) {
case byte(0x00): // Работа с функциями
switch (this->bytes[1]) {
case byte(0x00): { // Заголовок функции
VOID_HEADER vh(this->bytes, this->globalStack);
return vh.checkCorrectSyntax();
}
case byte(0x01): { // Концевик функции
VOID_ENDER ve(this->bytes, this->globalStack);
return ve.checkCorrectSyntax();
}
}
case byte(0x01): // Работа со стэком
switch (this->bytes.at(1)) {
case byte(0x01): // Добавить значение в стек
STACK_PUSH sp(this->bytes, this->globalStack);
return sp.checkCorrectSyntax();
}
case byte(0x04): // Системный ввод-вывод
switch (this->bytes.at(1)) {
case byte(0x00): { // Вывод в консоль
STDOUT so(this->bytes, this->globalStack);
return so.checkCorrectSyntax();
}
case byte(0x01): { // Вывод в консоль
STDIN si(this->bytes, this->globalStack);
return si.checkCorrectSyntax();
}
}
default:
return false;
}
}
else return false;
}
void CommandExecutor::execute () {
if (this->isCommandDefined) {
if (this->bytes.at(0) == byte(0x00)) { // Работа с функциями
switch (this->bytes.at(1)) {
case byte(0x00): { // Заголовок функции
VOID_HEADER vh(this->bytes, this->globalStack);
vh.exec();
while (vh.localStack.size() != 0) {
vector<byte> bytes = vh.localStack.get();
this->insiderStack.push(bytes);
vh.localStack.rm();
}
break;
}
case byte(0x01): { // Концевик функции
VOID_ENDER ve(this->bytes, this->globalStack);
ve.exec();
while (ve.localStack.size() != 0) {
vector<byte> bytes = ve.localStack.get();
this->insiderStack.push(bytes);
ve.localStack.rm();
}
break;
}
}
}
else if (this->bytes.at(0) == byte(0x01)) { // Работа со стэком
switch (this->bytes.at(1)) {
case byte(0x01): { // Добавить значение в стек
STACK_PUSH sp(this->bytes, this->globalStack);
sp.exec();
while (sp.localStack.size() != 0) {
vector<byte> bytes = sp.localStack.get();
this->insiderStack.push(bytes);
sp.localStack.rm();
}
break;
}
case byte(0x02): { // Изменить значение в стеке
break;
}
}
}
else if (this->bytes.at(0) == byte(0x04)) {
switch (this->bytes.at(1)) {
case byte(0x00): { // Вывод в консоль
STDOUT so(this->bytes, this->globalStack);
so.exec();
while (so.localStack.size() != 0) {
vector<byte> bytes = so.localStack.get();
this->insiderStack.push(bytes);
so.localStack.rm();
}
break;
}
case byte(0x01): {
STDIN si(this->bytes, this->globalStack);
si.exec();
while (si.localStack.size() != 0) {
vector<byte> bytes = si.localStack.get();
this->insiderStack.push(bytes);
si.localStack.rm();
}
break;
}
}
}
}
}
CommandExecutor::CommandExecutor (vector<byte> bytes, Stack globalStack) {
this->bytes = bytes;
this->globalStack = globalStack;
this->commands = {
// Functions
{byte(0x00), byte(0x00)}, // void_header
{byte(0x00), byte(0x01)}, // void_ender
// Stack
{byte(0x01), byte(0x01)},
{byte(0x01), byte(0x02)},
// Stdout-Stdin
{byte(0x04), byte(0x00)},
{byte(0x04), byte(0x01)}
};
this->isCommandDefined = isMatchedCommand(
{
bytes[0], bytes[1]
}, this->commands
);
this->isEnded = this->isCorrectionSyntax();
}