// Callback to handle changes to the root directory. Should be used with vfs_set_file_change_callback
static void file_change_handler(const vfs_filename_t filename, vfs_file_change_t change, vfs_file_t file, vfs_file_t new_file_data)
{
vfs_mngr_printf("vfs_manager file_change_handler(name=%*s, file=%p, change=%i)\r\n", 11, filename, file, change);
vfs_user_file_change_handler(filename, change, file, new_file_data);
if (VFS_FILE_CHANGED == change) {
if (file == file_transfer_state.file_to_program) {
stream_type_t stream;
uint32_t size = vfs_file_get_size(new_file_data);
vfs_sector_t sector = vfs_file_get_start_sector(new_file_data);
stream = stream_type_from_name(filename);
transfer_update_file_info(file, sector, size, stream);
}
}
if (VFS_FILE_CREATED == change) {
stream_type_t stream;
if (STREAM_TYPE_NONE != stream_type_from_name(filename)) {
// Check for a know file extension to detect the current file being
// transferred. Ignore hidden files since MAC uses hidden files with
// the same extension to keep track of transfer info in some cases.
if (!(VFS_FILE_ATTR_HIDDEN & vfs_file_get_attr(new_file_data))) {
stream = stream_type_from_name(filename);
uint32_t size = vfs_file_get_size(new_file_data);
vfs_sector_t sector = vfs_file_get_start_sector(new_file_data);
transfer_update_file_info(file, sector, size, stream);
}
}
}
if (VFS_FILE_DELETED == change) {
// Unused
}
}
// Callback to handle changes to the root directory. Should be used with vfs_set_file_change_callback
static void file_change_handler(const vfs_filename_t filename, vfs_file_change_t change, vfs_file_t file, vfs_file_t new_file_data)
{
vfs_user_printf("virtual_fs_user file_change_handler(name=%*s, change=%i)\r\n", 11, filename, change);
if (VFS_FILE_CHANGED == change) {
if (file == file_transfer_state.file_to_program) {
stream_type_t stream;
uint32_t size = vfs_file_get_size(new_file_data);
vfs_sector_t sector = vfs_file_get_start_sector(new_file_data);
vfs_user_printf(" file properties changed, size=%i\r\n", 11, size);
stream = stream_type_from_name(filename);
transfer_update_file_info(file, sector, size, stream);
}
}
if (VFS_FILE_CREATED == change) {
stream_type_t stream;
if (!memcmp(filename, daplink_mode_file_name, sizeof(vfs_filename_t))) {
if (daplink_is_interface()) {
config_ram_set_hold_in_bl(true);
} else {
// Do nothing - bootloader will go to interface by default
}
vfs_user_remount();
} else if (!memcmp(filename, "AUTO_RSTCFG", sizeof(vfs_filename_t))) {
config_set_auto_rst(true);
vfs_user_remount();
} else if (!memcmp(filename, "HARD_RSTCFG", sizeof(vfs_filename_t))) {
config_set_auto_rst(false);
vfs_user_remount();
} else if (!memcmp(filename, "ASSERT ACT", sizeof(vfs_filename_t))) {
// Test asserts
util_assert(0);
} else if (!memcmp(filename, "REFRESH ACT", sizeof(vfs_filename_t))) {
// Remount to update the drive
vfs_user_remount();
} else if (STREAM_TYPE_NONE != stream_type_from_name(filename)) {
stream = stream_type_from_name(filename);
uint32_t size = vfs_file_get_size(new_file_data);
vfs_user_printf(" found file to decode, type=%i\r\n", stream);
vfs_sector_t sector = vfs_file_get_start_sector(new_file_data);
transfer_update_file_info(file, sector, size, stream);
}
}
if (VFS_FILE_DELETED == change) {
if (!memcmp(filename, assert_file, sizeof(vfs_filename_t))) {
util_assert_clear();
}
}
}
