Parse GPS String for Time and Coordinates

Code

#include <stdio.h>
#include <string.h>

typedef struct{
    char time[10];
    char latitude[20]; 
    char NS; 
    char longitude[20];
    char EW;
}GPS_t;

void parse_gpms(char *input, GPS_t* gps){
    char token[7][50] = {0};
    int count_row = 0, count_col = 0; 
    // token:
    // [0]=$GPMS [1]=time [2]=status [3]=latitude [4]=NS [5]=longitude [6]=EW

    for(int i = 0; input[i] != '\0'&&count_row < 7; i++){
        if(input[i] == ','){
            token[count_row][count_col] = '\0';
            count_row++; 
            count_col = 0;
            continue;
        } 
        if(count_col < 49){
            token[count_row][count_col] = input[i];
        }
        count_col++;
        token[count_row][count_col] = '\0';
}
    

    if(strlen(token[1]) >= 6){
        snprintf(gps->time, sizeof(gps->time), 
        "%.2s:%.2s:%.2s", token[1], token[1] + 2, token[1] + 4);
    }

    strcpy(gps->latitude, token[3]); 
    strcpy(gps->longitude, token[5]);
    gps->NS = token[4][0]; 
    gps->EW = token[6][0];
}

void printf_gpms(GPS_t *gps){
    printf("Time: %s\n",gps->time);
    printf("Latitude: %s %c\n", gps->latitude, gps->NS);
    printf("Longitude: %s %c\n", gps->longitude, gps->EW);
}

int main(){
    char input[100];
    fgets(input, sizeof(input), stdin); 
    input[strcspn(input, "\n")] = '\0';

    GPS_t gps; 
    parse_gpms(input, &gps);
    printf_gpms(&gps); 
}  

Solving Approach