I will provide some tests in comparison with the previous version of my language, which was executed on my cpu.
For the tests, I will use the following code, which calculates the quadratic equation.
The CPU was compiled with optimization -O3
The CPU test was run for 10 million times of calculating the quadratic equation, the average time was 42,195 sec, and the number of callgrind instructions was 195,040,740,609. And this is despite the fact that all verifiers were disabled for the test
Since the executable file does not have any extra layers of abstractions, it is much faster than my cpu, so 2 tests were conducted.
For 10 million iterations, the results were as follows: the average time is 0.453 sec, and the number of callgrind instructions is 2,200,000,256
For 1 billion iterations, the results were as follows: the average time is 50,079 sec, and the number of callgrind instructions is 220,000,000,256
Here, the calls to the stack were reduced in order to increase the overall speed by removing unnecessary move xmm registers
For 10 million iterations, the results were as follows: the average time is 0.403 sec, and the number of callgrind instructions is 2,130,000,256
For 1 billion iterations, the results were as follows: the average time is 43,044 sec, and the number of callgrind instructions is 213,000,000,256
As you can see, the program was sped up by orders of magnitude. If we start from some constant (and not a real value), then according to the callgrind instruction, the program accelerated by about 88,9 times.
Even for such a fairly highly optimized program, where there are no unnecessary operations, we could still get an acceleration of 3%, if we evaluate the callgrind instructions, and if we still start from the execution time, the program sped up more than 16%.
To start, clone the repository using the command
git clone https://github.com/Panterrich/JCC.git
Then compile the JCC using the command
make all
OK, we are ready to compile programs in the JPL language.
If you want to use the GUI, then use the command
./build/JCC
Else the console will be used
make run-rm NAME="file_path"
or
make run-hg NAME="file_path"
Depending on the version of the language in which the program is written: Romanji or Hiragana
Your finished executable file will be waiting for you along the path file_path.elf