#include "graph.h"
#include "matrix.h"
#include <stdint.h>
#include <stdio.h>
#include <time.h>

void benchmark() {
    const uint64_t row_length1 = 100, column_length1 = 100;
    uint64_t matrix1[row_length1][column_length1];

    const uint64_t row_length2 = 100, column_length2 = 100;
    uint64_t matrix2[row_length2][column_length2];

    uint64_t new_matrix[row_length1][column_length2];

    double elapsed_time = 0.0;
    const uint64_t iterations = 10000;
    clock_t start_time;

    for (uint64_t i = 0; i < iterations; i++) {
        random_adjacency(row_length1, matrix1);
        random_adjacency(row_length2, matrix2);;

        start_time = clock();

        matrix_multiply_basic(row_length1, column_length1, matrix1,
                              row_length2, column_length2, matrix2,
                              new_matrix);

        elapsed_time += (double)(clock() - start_time) / CLOCKS_PER_SEC;
    }

    printf("%lu iterations of matrix_multiply_basic took roughly %f seconds\n", iterations, elapsed_time);
    printf("An iteration of matrix_multiply_basic took on average roughly %f seconds\n", elapsed_time/iterations);
}

void test() {
    const uint64_t vertex_count = 5;
    uint64_t adjacency_matrix[vertex_count][vertex_count];

    read_csv("csv/graph.csv", vertex_count, vertex_count, adjacency_matrix);

    printf("G:\n");
    print_matrix(vertex_count, vertex_count, adjacency_matrix);
    printf("\n");

    // uint64_t new_matrix1[vertex_count][vertex_count];
    //
    // matrix_multiply_basic(vertex_count, vertex_count, adjacency_matrix,
    //                       vertex_count, vertex_count, adjacency_matrix,
    //                       new_matrix1);
    //
    // printf("G²:\n");
    // print_matrix(vertex_count, vertex_count, new_matrix1);
    // printf("\n");
    //
    // uint64_t new_matrix2[vertex_count][vertex_count];
    //
    // copy(vertex_count, vertex_count, new_matrix1, new_matrix2);
    //
    // matrix_multiply_basic(vertex_count, vertex_count, new_matrix1,
    //                       vertex_count, vertex_count, adjacency_matrix,
    //                       new_matrix2);
    //
    // printf("G³:\n");
    // print_matrix(vertex_count, vertex_count, new_matrix2);
    // printf("\n");

    uint64_t distance_matrix[vertex_count][vertex_count];

    calculate_distance_matrix(vertex_count, adjacency_matrix, distance_matrix);

    printf("distance_matrix:\n");
    print_matrix(vertex_count, vertex_count, distance_matrix);
    printf("\n");
}

int main(void) {
    test();
    // benchmark();
}