fscanf not advancing pointer

Question

I used fscanf to parse a file, but on same cases it seem that the pointer does not advance correctly, and althought I thing I am using the right format to parsing the lines, the \n is not read, the pointer is not moved forward, and next fscanf returns the same line since the pointer does not advance.

I had to do an additional fgets to get the pointer advancing to next line/record.

Particularly, I have two cases on my code below, that I do not understand:

a).- After reading the ESSID with a first fscanf, I had to do another additional fscanf to be able to advance the pointer

b).- After reading the "Signal Level" at end of the code using fscanf(filePointer, "%*[^-0123456789] %i\n", &n1); the file pointer did not advance. I had to do resultado=fgets(buffer, bufferLength, filePointer) to keep on advancing pointer.

What I am doing worng to the parsing that forces me to do new reads to advance the file pointers?

See for example, the following code:

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

#define MAXCELLS 10
#define MAXCHAR 40
#define DO_DEBUG 1

struct structCell    
{
    int idCell;
    char MacAddress[MAXCHAR];
    char Essid[MAXCHAR];
    char Mode[MAXCHAR];
    int Channel;
    char Encrypted[MAXCHAR];  
    int Quality1;
    int Quality2;
    float Frequency;
    int SignalLevel;
};

typedef struct structCell Cell;


void main()
{

    Cell cell[MAXCELLS];
    

    FILE* filePointer;
    
    char* resultado;
    char filename [MAXCHAR]="./cells/info_cell_6.txt";
    
    int bufferLength = 255;
    char buffer[bufferLength];

    int cell_pos=0;
    char data[20] = {0};  
    char ignore[20] = {0};
    int n1, n2;
    float f1;

        
    if ( (filePointer = fopen(filename, "r") ) == NULL) { 
        printf("ERROR!! Unable to open file %s.\n", filename);
    } else {
        while (fscanf(filePointer, "Cell %i \n", &n1)!=EOF) {  
            printf ("\n\nReading Record number %d\n",cell_pos+1);
            // We already have fist line of the record (idCell)
            printf ("Cell %i \n", n1);
            cell[cell_pos].idCell=n1;
            // Address :  Get address data
            fscanf(filePointer, "Address: %s\n", data); 
            strcpy(cell[cell_pos].MacAddress, data); 
            printf("Address: -%s-\n", data);         
            // ESSID
            fscanf(filePointer, "ESSID: \"%[^\"]\"\n", data);
            strcpy(cell[cell_pos].Essid, data);
            printf("ESSID: -%s-\n", data); 
            // WHY I NEED THIS NEW FSCANF TO ADVANCE TO NEXT LINE ON FILE ?
            // WHY IS NOT PREVIOUS FSCANF AUTOMATICALLY MOVES THE POINTER?
            fscanf(filePointer, "%[A-Za-z]: %s\n", ignore, data);
            // Mode
            fscanf(filePointer, "Mode:%s\n", data);
            strcpy(cell[cell_pos].Mode, data);
            printf("Mode: -%s-\n", data); 
            // Channel
            fscanf(filePointer, "%*[^0123456789] %i\n", &n1);
            cell[cell_pos].Channel= n1; 
            printf("Chanel %i \n", n1);
            // Encryption
            fscanf(filePointer, "Encryption key:%s\n", data);
            strcpy(cell[cell_pos].Encrypted, data);
            printf("Encryption: -%s-\n", data); 
            // Quality
            fscanf(filePointer, "%*[^0123456789] %i/%i \n", &n1,&n2);   
            printf("Quality = %i/%i \n", n1,n2); 
            cell[cell_pos].Quality1=n1;
            cell[cell_pos].Quality2=n2;
            fscanf(filePointer, "Frequency: %f \n", &f1);
            cell[cell_pos].Frequency=f1;    
            printf("Frequency: %f GHz\n", f1);
            fscanf(filePointer, "%*[^-0123456789] %i\n", &n1);
            cell[cell_pos].SignalLevel=n1;  
            printf("Signal level= %i dBm\n", n1);
            resultado=fgets(buffer, bufferLength, filePointer); // Why is this line needed? to advance to next line?*/ 
            cell_pos++;
        }   
        fclose(filePointer);
    }
}

The file that is read (and that I should parse into the struct array) is the following one:

Cell 6
Address: 00:11:F5:E8:A4:54
ESSID:"Miguel 3"
Mode:Master
Channel:11
Encryption key:off
Quality=27/70  
Frequency:2.462 GHz
Signal level=-83 dBm  
Cell 6
Address: 90:84:0D:D8:46:89
ESSID:"acrumin"
Mode:Master
Channel:11
Encryption key:on
Quality=31/70  
Frequency:2.462 GHz
Signal level=-79 dBm  
Cell 6
Address: 00:27:0D:56:01:60
ESSID:"WiFi-UC3M"
Mode:Master
Channel:6
Encryption key:off
Quality=48/70  
Frequency:2.437 GHz
Signal level=-62 dBm