This library provides a simple and easy-to-use interface for working with CSV (comma-separated values) files in C. It includes functions for creating, reading, updating, and deleting CSV files, as well as searching for specific data within a CSV file and getting data from the file.

To install the CSV library, simply copy the raycsv.h files into your project directory. You will also need to include the rayutils.h header file, which is included in the library , You should to define CSV_C_ before include liberary.

. Here is a brief description of each method provided by the CSV_Class class:

1. CSV_Init: Initializes a new CSV object with the given filename and format. The format is a string that specifies the type of each column in the CSV file (e.g., "snb" for string, number, boolean).
2. CSV_Add_Data: Adds new data to the CSV file. The data is specified as an array of strings, where each string corresponds to a column in the CSV file.
3. CSV_Del_Data: Deletes a line of data from the CSV file.
4. CSV_Find_Data: Searches for a specific value in the CSV file and returns the positions where it was found.
5. CSV_Get_Data: Retrieves a line of data from the CSV file based on its ID.
6. CSV_Get_Titles: Retrieves the titles (first line) of the CSV file.
7. CSV_Edit_Data_Line: Edits a line of data in the CSV file.
8. CSV_File_Info: Retrieves information about the CSV file, such as its name, number of lines, and number of columns.
9. CSV_Print_Table: Prints the contents of the CSV file as a table in the console.
10. CSV_Close: Frees the memory used by the CSV object.

1. First, include the CSV header file in your C program:

#include "raycsv.h"

2. a new CSV_Class object using the Init_Class_Functions() function:

CSV_Class csv = Init_Class_Functions();

4. Initialize a new CSV file using the CSV_Init() function. In this example, we'll create a new file called "example.csv" with two columns: a string column and a number column:

Status status;
CSV_Class csvfile;
csvfile = Init_Class_Functions();
status = csvfile.CSV_Init("example.csv", true, "sn", csvfile.csvfile);
if (status != success) {
    printf("Error initializing CSV file: %d\n", status);
    return 1;
}

5. Add some data to the CSV file using the CSV_Add_Data() function. In this example, we'll add three rows of data:

char* data1[] = {"John", "30"};
char* data2[] = {"Jane", "25"};
char* data3[] = {"Bob", "35"};

status = csv.CSV_Add_Data(csvfile.csvfile, true, (char*[]) {data1, data2, data3}, 3);
if (status != success) {
    printf("Error adding data to CSV file: %d\n", status);
    return 1;
}

6. Print the contents of the CSV file using the CSV_Print_Table() function:

status = csv.CSV_Print_Table(csvfile.csvfile);
if (status != success) {
    printf("Error printing CSV file: %d\n", status);
    return 1;
}

7. Close the CSV file using the CSV_Close() function:

csv.CSV_Close(csvfile.csvfile);

#define CSV_C_
#include "raycsv.h"

int main() {
    CSV_Class csv = Init_Class_Functions();

    Status status = csv.CSV_Init("example.csv", true, "sn", csvfile.csvfile);
    if (status != success) {
        printf("Error initializing CSV file: %d\n", status);
        return 1;
    }

    char* data1[] = {"John", "30"};
    char* data2[] = {"Jane", "25"};
    char* data3[] = {"Bob", "35"};

    status = csv.CSV_Add_Data(csvfile.csvfile, true, (char*[]) {data1, data2, data3}, 3);
    if (status != success) {
        printf("Error adding data to CSV file: %d\n", status);
        return 1;
    }

    status = csv.CSV_Print_Table(csvfile.csvfile);
    if (status != success) {
        printf("Error printing CSV file: %d\n", status);
        return 1;
    }

    csv.CSV_Close(csvfile.csvfile);

    return 0;
}

string,number
John,30
Jane,25
Bob,35

You can modify this example to add more data, search for specific data, edit data, and so on, using the other functions provided by the CSV library.