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lsfs_disk_controller.h

@@ -41,10 +41,10 @@ int lsfs_disk_read_data_from_file(lsfs_file *file, int data_length, char *data,
 int lsfs_disk_write_data_to_file(lsfs_file* file, int data_length, char *data, size_t offset_to_next_entry);
 int lsfs_disk_rename_file(const char* old_filename_, const char* new_filename);
 int lsfs_disk_load_disk();
-int write_data_to_disk(lsfs_sector_offset at_sector, uint32_t file_block_size, void* data_to_write);
-int write_data_to_disk_off(lsfs_sector_offset index, uint32_t file_block_size, void* data_to_write, int offset);
-int read_data_from_disk(lsfs_sector_offset index, uint32_t file_block_size, void* data_buffer);
-int read_data_from_disk_off(lsfs_sector_offset index, uint32_t file_block_size, void* data_to_write, int offset); 
+int write_data_to_disk(lsfs_sector_offset at_sector, uint32_t number_sectors, void* data_to_write);
+int write_data_to_disk_off(lsfs_sector_offset index, uint32_t number_sectors, void* data_to_write, int offset);
+int read_data_from_disk(lsfs_sector_offset index, uint32_t number_sectors, void* data_buffer);
+int read_data_from_disk_off(lsfs_sector_offset index, uint32_t number_sectors, void* data_to_write, int offset); 
 int save_modified_file_information(lsfs_file* file);
 
 #define SPACE_MBR_RECORD 2048 // Sectors
@@ -99,7 +99,7 @@ typedef struct struct_table_entry
     lsfs_file_id    file_id;
     uint64_t        file_size;
     mif*            ext_file_data;
-    uint32_t        file_block_size;    // This tells how many block there are allocated for the specific file. eg. we read this amount of bloks for the file.    
+    uint32_t        number_sectors;    // This tells how many block there are allocated for the specific file. eg. we read this amount of bloks for the file.    
     uint8_t         entry_kind;
     uint8_t         extra_control_bits1;
     uint8_t         extra_control_bits2;
@@ -178,7 +178,7 @@ typedef struct lsfs_file {
     uint64_t creation_date; 
     uint64_t access_time;
     uint64_t modification_time;
-    uint32_t file_block_size;
+    uint32_t number_sectors;
     lsfs_sector_offset table_entry_sector_index;
     lsfs_sector_offset data_pointer[NUM_DATA_POINTERS];
 } lsfs_file;
@@ -235,7 +235,7 @@ int lsfs_disk_getattr(lsfs_file* find_file, const char* path) {
             find_file->access_time = (uint64_t) timestamp_loading;
             find_file->modification_time = (uint64_t) timestamp_loading;
             memcpy(find_file->data_pointer, dir_table->entries[i].data_pointer, NUM_DATA_POINTERS * 8);
-            find_file->file_block_size = 1; // TODO: should be loaded from disk.
+            find_file->number_sectors = 1; // TODO: should be loaded from disk.
             return 1;
         }
     }
@@ -278,7 +278,7 @@ int lsfs_disk_read_data_from_file(lsfs_file *file, int buffer_size, char *data,
             {
                 amount_to_read = (DEFAULT_DATA_POINTER_SIZE * SECTOR_SIZE);
             }
-            //read_data_from_disk(lsfs_sector_offset index, uint32_t file_block_size, void* data_buffer)
+            //read_data_from_disk(lsfs_sector_offset index, uint32_t number_sectors, void* data_buffer)
             if (file->data_pointer[data_pointer_index] == 0) 
             {
                 break;
@@ -848,27 +848,27 @@ int save_modified_file_information(lsfs_file* file) {
 }
 
 
-int write_data_to_disk(lsfs_sector_offset index, uint32_t file_block_size, void* data_to_write) {
+int write_data_to_disk(lsfs_sector_offset index, uint32_t number_sectors, void* data_to_write) {
     fseek ( disk, (index * SECTOR_SIZE), SEEK_SET ); // SEEK_SET start offset at index 0 and move 1 * SECTOR_SIZE, and write here.
-    int written = fwrite(data_to_write, 1, (file_block_size * SECTOR_SIZE), disk);
+    int written = fwrite(data_to_write, 1, (number_sectors * SECTOR_SIZE), disk);
     return written;
 }
 
-int write_data_to_disk_off(lsfs_sector_offset index, uint32_t file_block_size, void* data_to_write, int offset) {
+int write_data_to_disk_off(lsfs_sector_offset index, uint32_t number_sectors, void* data_to_write, int offset) {
     fseek ( disk, ((index * SECTOR_SIZE) + offset), SEEK_SET ); // SEEK_SET start offset at index 0 and move 1 * SECTOR_SIZE, and write here.
-    int written = fwrite(data_to_write, 1, ((file_block_size * SECTOR_SIZE) - offset), disk);
+    int written = fwrite(data_to_write, 1, ((number_sectors * SECTOR_SIZE) - offset), disk);
     return written;
 }
 
-int read_data_from_disk(lsfs_sector_offset index, uint32_t file_block_size, void* data_buffer) {
+int read_data_from_disk(lsfs_sector_offset index, uint32_t number_sectors, void* data_buffer) {
     fseek ( disk, (index * SECTOR_SIZE ), SEEK_SET ); // SEEK_SET start offset at index 0 and move 1 * SECTOR_SIZE, and write here.
-    int read = fread(data_buffer, 1, (file_block_size * SECTOR_SIZE), disk);
+    int read = fread(data_buffer, 1, (number_sectors * SECTOR_SIZE), disk);
     return read;
 }
 
-int read_data_from_disk_off(lsfs_sector_offset index, uint32_t file_block_size, void* data_to_write, int offset) {
+int read_data_from_disk_off(lsfs_sector_offset index, uint32_t number_sectors, void* data_to_write, int offset) {
     fseek ( disk, ((index * SECTOR_SIZE) + offset), SEEK_SET ); // SEEK_SET start offset at index 0 and move 1 * SECTOR_SIZE, and write here.
-    int written = fread(data_to_write, 1, ((file_block_size * SECTOR_SIZE) - offset), disk);
+    int written = fread(data_to_write, 1, ((number_sectors * SECTOR_SIZE) - offset), disk);
     return written;
 }
 #endif