/* * restore.c * Functions for handling idevices in restore mode * * Copyright (c) 2012-2019 Nikias Bassen. All Rights Reserved. * Copyright (c) 2010-2013 Martin Szulecki. All Rights Reserved. * Copyright (c) 2010 Joshua Hill. All Rights Reserved. * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Lesser General Public * License as published by the Free Software Foundation; either * version 2.1 of the License, or (at your option) any later version. * * This library is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * Lesser General Public License for more details. * * You should have received a copy of the GNU Lesser General Public * License along with this library; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA */ #ifdef HAVE_CONFIG_H #include #endif #include #include #include #include #include #include #include #include #include "idevicerestore.h" #include "asr.h" #include "fdr.h" #include "fls.h" #include "mbn.h" #include "ftab.h" #include "tss.h" #include "ipsw.h" #include "restore.h" #include "common.h" #include "endianness.h" #define CREATE_PARTITION_MAP 11 #define CREATE_FILESYSTEM 12 #define RESTORE_IMAGE 13 #define VERIFY_RESTORE 14 #define CHECK_FILESYSTEMS 15 #define MOUNT_FILESYSTEMS 16 #define FIXUP_VAR 17 #define FLASH_FIRMWARE 18 #define UPDATE_BASEBAND 19 #define SET_BOOT_STAGE 20 #define REBOOT_DEVICE 21 #define SHUTDOWN_DEVICE 22 #define TURN_ON_ACCESSORY_POWER 23 #define CLEAR_BOOTARGS 24 #define MODIFY_BOOTARGS 25 #define INSTALL_ROOT 26 #define INSTALL_KERNELCACHE 27 #define WAIT_FOR_NAND 28 #define UNMOUNT_FILESYSTEMS 29 #define SET_DATETIME 30 #define EXEC_IBOOT 31 #define FINALIZE_NAND_EPOCH_UPDATE 32 #define CHECK_INAPPR_BOOT_PARTITIONS 33 #define CREATE_FACTORY_RESTORE_MARKER 34 #define LOAD_FIRMWARE 35 #define REQUESTING_FUD_DATA 36 #define REMOVING_ACTIVATION_RECORD 37 #define CHECK_BATTERY_VOLTAGE 38 #define WAIT_BATTERY_CHARGE 39 #define CLOSE_MODEM_TICKETS 40 #define MIGRATE_DATA 41 #define WIPE_STORAGE_DEVICE 42 #define SEND_APPLE_LOGO 43 #define CHECK_LOGS 44 #define CLEAR_NVRAM 46 #define UPDATE_GAS_GAUGE 47 #define PREPARE_BASEBAND_UPDATE 48 #define BOOT_BASEBAND 49 #define CREATE_SYSTEM_KEYBAG 50 #define UPDATE_IR_MCU_FIRMWARE 51 #define RESIZE_SYSTEM_PARTITION 52 #define COLLECTING_UPDATER_OUTPUT 53 #define PAIR_STOCKHOLM 54 #define UPDATE_STOCKHOLM 55 #define UPDATE_SWDHID 56 #define CERTIFY_SEP 57 #define UPDATE_NAND_FIRMWARE 58 #define UPDATE_SE_FIRMWARE 59 #define UPDATE_SAVAGE 60 #define INSTALLING_DEVICETREE 61 #define CERTIFY_SAVAGE 62 #define SUBMITTING_PROVINFO 63 #define CERTIFY_YONKERS 64 #define UPDATE_ROSE 65 #define UPDATE_VERIDIAN 66 #define CREATING_PROTECTED_VOLUME 67 #define RESIZING_MAIN_FS_PARTITION 68 static int restore_finished = 0; static int restore_device_connected = 0; int restore_client_new(struct idevicerestore_client_t* client) { struct restore_client_t* restore = (struct restore_client_t*) malloc(sizeof(struct restore_client_t)); if (restore == NULL) { error("ERROR: Out of memory\n"); return -1; } if (restore_open_with_timeout(client) < 0) { restore_client_free(client); return -1; } client->restore = restore; return 0; } void restore_client_free(struct idevicerestore_client_t* client) { if (client && client->restore) { if(client->restore->client) { restored_client_free(client->restore->client); client->restore->client = NULL; } if(client->restore->device) { idevice_free(client->restore->device); client->restore->device = NULL; } if(client->restore->bbtss) { plist_free(client->restore->bbtss); client->restore->bbtss = NULL; } free(client->restore); client->restore = NULL; } } static int restore_idevice_new(struct idevicerestore_client_t* client, idevice_t* device) { int num_devices = 0; char **devices = NULL; idevice_get_device_list(&devices, &num_devices); if (num_devices == 0) { return -1; } *device = NULL; idevice_t dev = NULL; idevice_error_t device_error; restored_client_t restore = NULL; int j; for (j = 0; j < num_devices; j++) { if (restore != NULL) { restored_client_free(restore); restore = NULL; } if (dev != NULL) { idevice_free(dev); dev = NULL; } device_error = idevice_new(&dev, devices[j]); if (device_error != IDEVICE_E_SUCCESS) { debug("%s: can't open device with UDID %s\n", __func__, devices[j]); continue; } if (restored_client_new(dev, &restore, "idevicerestore") != RESTORE_E_SUCCESS) { debug("%s: can't connect to restored on device with UDID %s\n", __func__, devices[j]); continue; } char* type = NULL; uint64_t version = 0; if (restored_query_type(restore, &type, &version) != RESTORE_E_SUCCESS) { continue; } if (strcmp(type, "com.apple.mobile.restored") != 0) { free(type); continue; } free(type); if (client->ecid != 0) { plist_t node = NULL; plist_t hwinfo = NULL; if (restored_query_value(restore, "HardwareInfo", &hwinfo) != RESTORE_E_SUCCESS) { continue; } node = plist_dict_get_item(hwinfo, "UniqueChipID"); if (!node || plist_get_node_type(node) != PLIST_UINT) { if (hwinfo) { plist_free(hwinfo); } continue; } restored_client_free(restore); restore = NULL; uint64_t this_ecid = 0; plist_get_uint_val(node, &this_ecid); plist_free(hwinfo); if (this_ecid != client->ecid) { continue; } } if (restore) { restored_client_free(restore); restore = NULL; } client->udid = strdup(devices[j]); *device = dev; break; } idevice_device_list_free(devices); return 0; } int restore_check_mode(struct idevicerestore_client_t* client) { idevice_t device = NULL; restore_idevice_new(client, &device); if (!device) { return -1; } idevice_free(device); return 0; } irecv_device_t restore_get_irecv_device(struct idevicerestore_client_t* client) { char* model = NULL; plist_t node = NULL; idevice_t device = NULL; restored_client_t restore = NULL; restored_error_t restore_error = RESTORE_E_SUCCESS; irecv_device_t irecv_device = NULL; restore_idevice_new(client, &device); if (!device) { return NULL; } restore_error = restored_client_new(device, &restore, "idevicerestore"); if (restore_error != RESTORE_E_SUCCESS) { idevice_free(device); return NULL; } if (restored_query_type(restore, NULL, NULL) != RESTORE_E_SUCCESS) { restored_client_free(restore); idevice_free(device); return NULL; } if (client->srnm == NULL) { restore_error = restored_get_value(restore, "SerialNumber", &node); if (restore_error != RESTORE_E_SUCCESS || !node || plist_get_node_type(node) != PLIST_STRING) { error("ERROR: Unable to get SerialNumber from restored\n"); restored_client_free(restore); idevice_free(device); return NULL; } plist_get_string_val(node, &client->srnm); info("INFO: device serial number is %s\n", client->srnm); plist_free(node); node = NULL; } restore_error = restored_get_value(restore, "HardwareModel", &node); restored_client_free(restore); idevice_free(device); if (restore_error != RESTORE_E_SUCCESS || !node || plist_get_node_type(node) != PLIST_STRING) { error("ERROR: Unable to get HardwareModel from restored\n"); plist_free(node); return NULL; } plist_get_string_val(node, &model); irecv_devices_get_device_by_hardware_model(model, &irecv_device); free(model); return irecv_device; } int restore_is_image4_supported(struct idevicerestore_client_t* client) { int result = 0; plist_t hwinfo = NULL; idevice_t device = NULL; restored_client_t restore = NULL; restored_error_t restore_error = RESTORE_E_SUCCESS; if (idevice_new(&device, client->udid) != IDEVICE_E_SUCCESS) { error("ERROR: Could not connect to device %s\n", client->udid); return -1; } restore_error = restored_client_new(device, &restore, "idevicerestore"); if (restore_error != RESTORE_E_SUCCESS) { idevice_free(device); return -1; } if (restored_query_type(restore, NULL, NULL) != RESTORE_E_SUCCESS) { restored_client_free(restore); idevice_free(device); return -1; } restore_error = restored_query_value(restore, "HardwareInfo", &hwinfo); if (restore_error == RESTORE_E_SUCCESS) { uint8_t b = 0; plist_t node = plist_dict_get_item(hwinfo, "SupportsImage4"); if (node && plist_get_node_type(node) == PLIST_BOOLEAN) { plist_get_bool_val(node, &b); result = b; } } restored_client_free(restore); idevice_free(device); return result; } int restore_reboot(struct idevicerestore_client_t* client) { if(client->restore == NULL) { if (restore_open_with_timeout(client) < 0) { error("ERROR: Unable to open device in restore mode\n"); return -1; } } mutex_lock(&client->device_event_mutex); info("Rebooting restore mode device...\n"); restored_reboot(client->restore->client); restored_client_free(client->restore->client); cond_wait_timeout(&client->device_event_cond, &client->device_event_mutex, 30000); if (client->mode == &idevicerestore_modes[MODE_RESTORE]) { mutex_unlock(&client->device_event_mutex); return -1; } mutex_unlock(&client->device_event_mutex); return 0; } static int restore_is_current_device(struct idevicerestore_client_t* client, const char* udid) { if (!client) { return 0; } if (!client->srnm) { error("ERROR: %s: no SerialNumber given in client data\n", __func__); return 0; } idevice_t device = NULL; idevice_error_t device_error; restored_client_t restored = NULL; restored_error_t restore_error; char *type = NULL; uint64_t version = 0; device_error = idevice_new(&device, udid); if (device_error != IDEVICE_E_SUCCESS) { debug("%s: can't open device with UDID %s\n", __func__, udid); return 0; } restore_error = restored_client_new(device, &restored, "idevicerestore"); if (restore_error != RESTORE_E_SUCCESS) { debug("%s: can't connect to restored\n", __func__); idevice_free(device); return 0; } restore_error = restored_query_type(restored, &type, &version); if ((restore_error == RESTORE_E_SUCCESS) && type && (strcmp(type, "com.apple.mobile.restored") == 0)) { debug("%s: Connected to %s, version %d\n", __func__, type, (int)version); } else { debug("%s: device %s is not in restore mode\n", __func__, udid); restored_client_free(restored); idevice_free(device); return 0; } plist_t node = NULL; restore_error = restored_get_value(restored, "SerialNumber", &node); if ((restore_error != RESTORE_E_SUCCESS) || !node || (plist_get_node_type(node) != PLIST_STRING)) { error("ERROR: %s: Unable to get SerialNumber from restored\n", __func__); restored_client_free(restored); idevice_free(device); if (node) { plist_free(node); } return 0; } restored_client_free(restored); idevice_free(device); char* this_srnm = NULL; plist_get_string_val(node, &this_srnm); plist_free(node); if (!this_srnm) { return 0; } return (strcasecmp(this_srnm, client->srnm) == 0); } int restore_open_with_timeout(struct idevicerestore_client_t* client) { int i = 0; int attempts = 180; char *type = NULL; uint64_t version = 0; idevice_t device = NULL; restored_client_t restored = NULL; idevice_error_t device_error = IDEVICE_E_SUCCESS; restored_error_t restore_error = RESTORE_E_SUCCESS; // no context exists so bail if(client == NULL) { return -1; } if(client->srnm == NULL) { error("ERROR: no SerialNumber in client data!\n"); return -1; } // create our restore client if it doesn't yet exist if(client->restore == NULL) { client->restore = (struct restore_client_t*) malloc(sizeof(struct restore_client_t)); if(client->restore == NULL) { error("ERROR: Out of memory\n"); return -1; } memset(client->restore, '\0', sizeof(struct restore_client_t)); } restore_device_connected = 0; if (!restore_is_current_device(client, client->udid)) { error("ERROR: Unable to connect to device in restore mode\n"); return -1; } info("Connecting now...\n"); device_error = idevice_new(&device, client->udid); if (device_error != IDEVICE_E_SUCCESS) { return -1; } restore_error = restored_client_new(device, &restored, "idevicerestore"); if (restore_error != RESTORE_E_SUCCESS) { idevice_free(device); return -1; } restore_error = restored_query_type(restored, &type, &version); if ((restore_error == RESTORE_E_SUCCESS) && type && (strcmp(type, "com.apple.mobile.restored") == 0)) { client->restore->protocol_version = version; info("Connected to %s, version %d\n", type, (int)version); } else { error("ERROR: Unable to connect to restored, error=%d\n", restore_error); restored_client_free(restored); idevice_free(device); return -1; } client->restore->device = device; client->restore->client = restored; return 0; } const char* restore_progress_string(unsigned int operation) { switch (operation) { case CREATE_PARTITION_MAP: return "Creating partition map"; case CREATE_FILESYSTEM: return "Creating filesystem"; case RESTORE_IMAGE: return "Restoring image"; case VERIFY_RESTORE: return "Verifying restore"; case CHECK_FILESYSTEMS: return "Checking filesystems"; case MOUNT_FILESYSTEMS: return "Mounting filesystems"; case FIXUP_VAR: return "Fixing up /var"; case FLASH_FIRMWARE: return "Flashing firmware"; case UPDATE_BASEBAND: return "Updating baseband"; case SET_BOOT_STAGE: return "Setting boot stage"; case REBOOT_DEVICE: return "Rebooting device"; case SHUTDOWN_DEVICE: return "Shutdown device"; case TURN_ON_ACCESSORY_POWER: return "Turning on accessory power"; case CLEAR_BOOTARGS: return "Clearing persistent boot-args"; case MODIFY_BOOTARGS: return "Modifying persistent boot-args"; case INSTALL_ROOT: return "Installing root"; case INSTALL_KERNELCACHE: return "Installing kernelcache"; case WAIT_FOR_NAND: return "Waiting for NAND"; case UNMOUNT_FILESYSTEMS: return "Unmounting filesystems"; case SET_DATETIME: return "Setting date and time on device"; case EXEC_IBOOT: return "Executing iBEC to bootstrap update"; case FINALIZE_NAND_EPOCH_UPDATE: return "Finalizing NAND epoch update"; case CHECK_INAPPR_BOOT_PARTITIONS: return "Checking for inappropriate bootable partitions"; case CREATE_FACTORY_RESTORE_MARKER: return "Creating factory restore marker"; case LOAD_FIRMWARE: return "Loading firmware data to flash"; case REQUESTING_FUD_DATA: return "Requesting FUD data"; case REMOVING_ACTIVATION_RECORD: return "Removing activation record"; case CHECK_BATTERY_VOLTAGE: return "Checking battery voltage"; case WAIT_BATTERY_CHARGE: return "Waiting for battery to charge"; case CLOSE_MODEM_TICKETS: return "Closing modem tickets"; case MIGRATE_DATA: return "Migrating data"; case WIPE_STORAGE_DEVICE: return "Wiping storage device"; case SEND_APPLE_LOGO: return "Sending Apple logo to device"; case CHECK_LOGS: return "Checking for uncollected logs"; case CLEAR_NVRAM: return "Clearing NVRAM"; case UPDATE_GAS_GAUGE: return "Updating gas gauge software"; case PREPARE_BASEBAND_UPDATE: return "Preparing for baseband update"; case BOOT_BASEBAND: return "Booting the baseband"; case CREATE_SYSTEM_KEYBAG: return "Creating system key bag"; case UPDATE_IR_MCU_FIRMWARE: return "Updating IR MCU firmware"; case RESIZE_SYSTEM_PARTITION: return "Resizing system partition"; case COLLECTING_UPDATER_OUTPUT: return "Collecting updater output"; case PAIR_STOCKHOLM: return "Pairing Stockholm"; case UPDATE_STOCKHOLM: return "Updating Stockholm"; case UPDATE_SWDHID: return "Updating SWDHID"; case CERTIFY_SEP: return "Certifying SEP"; case UPDATE_NAND_FIRMWARE: return "Updating NAND Firmware"; case UPDATE_SE_FIRMWARE: return "Updating SE Firmware"; case UPDATE_SAVAGE: return "Updating Savage"; case INSTALLING_DEVICETREE: return "Installing DeviceTree"; case CERTIFY_SAVAGE: return "Certifying Savage"; case SUBMITTING_PROVINFO: return "Submitting Provinfo"; case CERTIFY_YONKERS: return "Certifying Yonkers"; case UPDATE_ROSE: return "Updating Rose"; case UPDATE_VERIDIAN: return "Updating Veridian"; case CREATING_PROTECTED_VOLUME: return "Creating Protected Volume"; case RESIZING_MAIN_FS_PARTITION: return "Resizing Main Filesystem Partition"; default: return "Unknown operation"; } } static int lastop = 0; static int restore_handle_previous_restore_log_msg(restored_client_t client, plist_t msg) { plist_t node = NULL; char* restorelog = NULL; node = plist_dict_get_item(msg, "PreviousRestoreLog"); if (!node || plist_get_node_type(node) != PLIST_STRING) { debug("Failed to parse restore log from PreviousRestoreLog plist\n"); return -1; } plist_get_string_val(node, &restorelog); info("Previous Restore Log Received:\n%s\n", restorelog); free(restorelog); return 0; } int restore_handle_progress_msg(struct idevicerestore_client_t* client, plist_t msg) { plist_t node = NULL; uint64_t progress = 0; uint64_t operation = 0; node = plist_dict_get_item(msg, "Operation"); if (!node || plist_get_node_type(node) != PLIST_UINT) { debug("Failed to parse operation from ProgressMsg plist\n"); return -1; } plist_get_uint_val(node, &operation); node = plist_dict_get_item(msg, "Progress"); if (!node || plist_get_node_type(node) != PLIST_UINT) { debug("Failed to parse progress from ProgressMsg plist \n"); return -1; } plist_get_uint_val(node, &progress); /* for restore protocol version < 14 all operation codes > 35 are 1 less so we add one */ int adapted_operation = (int)operation; if (client && client->restore && client->restore->protocol_version < 14) { if (adapted_operation > 35) { adapted_operation++; } } if ((progress > 0) && (progress <= 100)) { if ((int)operation != lastop) { info("%s (%d)\n", restore_progress_string(adapted_operation), (int)operation); } switch (adapted_operation) { case VERIFY_RESTORE: idevicerestore_progress(client, RESTORE_STEP_VERIFY_FS, progress / 100.0); break; case FLASH_FIRMWARE: idevicerestore_progress(client, RESTORE_STEP_FLASH_FW, progress / 100.0); break; case UPDATE_BASEBAND: case UPDATE_IR_MCU_FIRMWARE: idevicerestore_progress(client, RESTORE_STEP_FLASH_BB, progress / 100.0); break; case REQUESTING_FUD_DATA: idevicerestore_progress(client, RESTORE_STEP_FUD, progress / 100.0); break; case UPDATE_ROSE: case UPDATE_VERIDIAN: break; default: debug("Unhandled progress operation %d (%d)\n", adapted_operation, (int)operation); break; } } else { info("%s (%d)\n", restore_progress_string(adapted_operation), (int)operation); } lastop = (int)operation; return 0; } int restore_handle_status_msg(restored_client_t client, plist_t msg) { int result = 0; uint64_t value = 0; char* log = NULL; info("Got status message\n"); // read status code plist_t node = plist_dict_get_item(msg, "Status"); plist_get_uint_val(node, &value); switch(value) { case 0: info("Status: Restore Finished\n"); restore_finished = 1; break; case 0xFFFFFFFFFFFFFFFFLL: info("Status: Verification Error\n"); break; case 6: info("Status: Disk Failure\n"); break; case 14: info("Status: Fail\n"); break; case 27: info("Status: Failed to mount filesystems.\n"); break; case 51: info("Status: Failed to load SEP Firmware.\n"); break; case 53: info("Status: Failed to recover FDR data.\n"); break; case 1015: info("Status: X-Gold Baseband Update Failed. Defective Unit?\n"); break; default: info("Unhandled status message (%" PRIu64 ")\n", value); debug_plist(msg); break; } // read error code node = plist_dict_get_item(msg, "AMRError"); if (node && plist_get_node_type(node) == PLIST_UINT) { plist_get_uint_val(node, &value); result = -value; if (result > 0) { result = -result; } } // check if log is available node = plist_dict_get_item(msg, "Log"); if (node && plist_get_node_type(node) == PLIST_STRING) { plist_get_string_val(node, &log); info("Log is available:\n%s\n", log); free(log); log = NULL; } return result; } static int restore_handle_bb_update_status_msg(restored_client_t client, plist_t msg) { int result = -1; plist_t node = plist_dict_get_item(msg, "Accepted"); uint8_t accepted = 0; plist_get_bool_val(node, &accepted); if (!accepted) { error("ERROR: device didn't accept BasebandData\n"); return result; } uint8_t done = 0; node = plist_access_path(msg, 2, "Output", "done"); if (node && plist_get_node_type(node) == PLIST_BOOLEAN) { plist_get_bool_val(node, &done); } if (done) { info("Updating Baseband completed.\n"); plist_t provisioning = plist_access_path(msg, 2, "Output", "provisioning"); if (provisioning && plist_get_node_type(provisioning) == PLIST_DICT) { char* sval = NULL; node = plist_dict_get_item(provisioning, "IMEI"); if (node && plist_get_node_type(node) == PLIST_STRING) { plist_get_string_val(node, &sval); info("Provisioning:\n"); info("IMEI:%s\n", sval); free(sval); sval = NULL; } } } else { info("Updating Baseband in progress...\n"); } result = 0; return result; } static void restore_asr_progress_cb(double progress, void* userdata) { struct idevicerestore_client_t* client = (struct idevicerestore_client_t*)userdata; if (client) { idevicerestore_progress(client, RESTORE_STEP_UPLOAD_FS, progress); } } int restore_send_filesystem(struct idevicerestore_client_t* client, idevice_t device, const char* filesystem) { asr_client_t asr = NULL; info("About to send filesystem...\n"); if (asr_open_with_timeout(device, &asr) < 0) { error("ERROR: Unable to connect to ASR\n"); return -1; } info("Connected to ASR\n"); asr_set_progress_callback(asr, restore_asr_progress_cb, (void*)client); // this step sends requested chunks of data from various offsets to asr so // it can validate the filesystem before installing it info("Validating the filesystem\n"); if (asr_perform_validation(asr, filesystem) < 0) { error("ERROR: ASR was unable to validate the filesystem\n"); asr_free(asr); return -1; } info("Filesystem validated\n"); // once the target filesystem has been validated, ASR then requests the // entire filesystem to be sent. info("Sending filesystem now...\n"); if (asr_send_payload(asr, filesystem) < 0) { error("ERROR: Unable to send payload to ASR\n"); asr_free(asr); return -1; } info("Done sending filesystem\n"); asr_free(asr); return 0; } int restore_send_root_ticket(restored_client_t restore, struct idevicerestore_client_t* client) { restored_error_t restore_error; plist_t dict; info("About to send RootTicket...\n"); if (client->root_ticket) { dict = plist_new_dict(); plist_dict_set_item(dict, "RootTicketData", plist_new_data((char*)client->root_ticket, client->root_ticket_len)); } else { unsigned char* data = NULL; unsigned int len = 0; if (!client->tss && !(client->flags & FLAG_CUSTOM)) { error("ERROR: Cannot send RootTicket without TSS\n"); return -1; } if (client->image4supported) { if (tss_response_get_ap_img4_ticket(client->tss, &data, &len) < 0) { error("ERROR: Unable to get ApImg4Ticket from TSS\n"); return -1; } } else { if (!(client->flags & FLAG_CUSTOM) && (tss_response_get_ap_ticket(client->tss, &data, &len) < 0)) { error("ERROR: Unable to get ticket from TSS\n"); return -1; } } dict = plist_new_dict(); if (data && (len > 0)) { plist_dict_set_item(dict, "RootTicketData", plist_new_data((char*)data, len)); } else { info("NOTE: not sending RootTicketData (no data present)\n"); } free(data); } info("Sending RootTicket now...\n"); restore_error = restored_send(restore, dict); plist_free(dict); if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: Unable to send RootTicket (%d)\n", restore_error); return -1; } info("Done sending RootTicket\n"); return 0; } int restore_send_component(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, const char* component, const char* component_name) { unsigned int size = 0; unsigned char* data = NULL; char* path = NULL; plist_t blob = NULL; plist_t dict = NULL; restored_error_t restore_error = RESTORE_E_SUCCESS; if (component_name == NULL) { component_name = component; } info("About to send %s...\n", component_name); if (client->tss) { if (tss_response_get_path_by_entry(client->tss, component, &path) < 0) { debug("NOTE: No path for component %s in TSS, will fetch from build identity\n", component); } } if (!path) { if (build_identity_get_component_path(build_identity, component, &path) < 0) { error("ERROR: Unable to find %s path from build identity\n", component); return -1; } } unsigned char* component_data = NULL; unsigned int component_size = 0; int ret = extract_component(client->ipsw, path, &component_data, &component_size); free(path); path = NULL; if (ret < 0) { error("ERROR: Unable to extract component %s\n", component); return -1; } ret = personalize_component(component, component_data, component_size, client->tss, &data, &size); free(component_data); component_data = NULL; if (ret < 0) { error("ERROR: Unable to get personalized component %s\n", component); return -1; } dict = plist_new_dict(); blob = plist_new_data((char*)data, size); char compkeyname[256]; sprintf(compkeyname, "%sFile", component_name); plist_dict_set_item(dict, compkeyname, blob); free(data); info("Sending %s now...\n", component_name); restore_error = restored_send(restore, dict); plist_free(dict); if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: Unable to send component %s data\n", component_name); return -1; } info("Done sending %s\n", component_name); return 0; } int restore_send_nor(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity) { char* llb_path = NULL; char* llb_filename = NULL; char* sep_path = NULL; char* restore_sep_path = NULL; char firmware_path[PATH_MAX - 9]; char manifest_file[PATH_MAX]; unsigned int manifest_size = 0; unsigned char* manifest_data = NULL; char firmware_filename[PATH_MAX]; unsigned int llb_size = 0; unsigned char* llb_data = NULL; plist_t dict = NULL; unsigned int nor_size = 0; unsigned char* nor_data = NULL; plist_t norimage_array = NULL; plist_t firmware_files = NULL; uint32_t i; info("About to send NORData...\n"); if (client->tss) { if (tss_response_get_path_by_entry(client->tss, "LLB", &llb_path) < 0) { debug("NOTE: Could not get LLB path from TSS data, will fetch from build identity\n"); } } if (llb_path == NULL) { if (build_identity_get_component_path(build_identity, "LLB", &llb_path) < 0) { error("ERROR: Unable to get component path for LLB\n"); return -1; } } llb_filename = strstr(llb_path, "LLB"); if (llb_filename == NULL) { error("ERROR: Unable to extract firmware path from LLB filename\n"); free(llb_path); return -1; } memset(firmware_path, '\0', sizeof(firmware_path)); memcpy(firmware_path, llb_path, (llb_filename - 1) - llb_path); info("Found firmware path %s\n", firmware_path); memset(manifest_file, '\0', sizeof(manifest_file)); snprintf(manifest_file, sizeof(manifest_file), "%s/manifest", firmware_path); firmware_files = plist_new_dict(); if (ipsw_file_exists(client->ipsw, manifest_file)) { ipsw_extract_to_memory(client->ipsw, manifest_file, &manifest_data, &manifest_size); } if (manifest_data && manifest_size > 0) { info("Getting firmware manifest from %s\n", manifest_file); char *manifest_p = (char*)manifest_data; char *filename = NULL; while ((filename = strsep(&manifest_p, "\r\n")) != NULL) { if (*filename == '\0') continue; const char *compname = get_component_name(filename); if (!compname) continue; memset(firmware_filename, '\0', sizeof(firmware_filename)); snprintf(firmware_filename, sizeof(firmware_filename), "%s/%s", firmware_path, filename); plist_dict_set_item(firmware_files, compname, plist_new_string(firmware_filename)); } free(manifest_data); } else { info("Getting firmware manifest from build identity\n"); plist_dict_iter iter = NULL; plist_t build_id_manifest = plist_dict_get_item(build_identity, "Manifest"); if (build_id_manifest) { plist_dict_new_iter(build_id_manifest, &iter); } if (iter) { char *component = NULL; plist_t manifest_entry; do { component = NULL; manifest_entry = NULL; plist_dict_next_item(build_id_manifest, iter, &component, &manifest_entry); if (component && manifest_entry && plist_get_node_type(manifest_entry) == PLIST_DICT) { uint8_t is_fw = 0; plist_t is_fw_node = plist_access_path(manifest_entry, 2, "Info", "IsFirmwarePayload"); if (is_fw_node && plist_get_node_type(is_fw_node) == PLIST_BOOLEAN) { plist_get_bool_val(is_fw_node, &is_fw); } if (is_fw) { plist_t comp_path = plist_access_path(manifest_entry, 2, "Info", "Path"); if (comp_path) { plist_dict_set_item(firmware_files, component, plist_copy(comp_path)); } } } free(component); } while (manifest_entry); free(iter); } } if (plist_dict_get_size(firmware_files) == 0) { error("ERROR: Unable to get list of firmware files.\n"); return -1; } const char* component = "LLB"; unsigned char* component_data = NULL; unsigned int component_size = 0; int ret = extract_component(client->ipsw, llb_path, &component_data, &component_size); free(llb_path); if (ret < 0) { error("ERROR: Unable to extract component: %s\n", component); return -1; } ret = personalize_component(component, component_data, component_size, client->tss, &llb_data, &llb_size); free(component_data); component_data = NULL; component_size = 0; if (ret < 0) { error("ERROR: Unable to get personalized component: %s\n", component); return -1; } dict = plist_new_dict(); plist_dict_set_item(dict, "LlbImageData", plist_new_data((char*)llb_data, (uint64_t) llb_size)); free(llb_data); norimage_array = plist_new_array(); plist_dict_iter iter = NULL; plist_dict_new_iter(firmware_files, &iter); while (iter) { char *comp = NULL; plist_t pcomp = NULL; plist_dict_next_item(firmware_files, iter, &comp, &pcomp); if (!comp) { break; } char *comppath = NULL; plist_get_string_val(pcomp, &comppath); if (!comppath) { free(comp); continue; } component = (const char*)comp; if (!strcmp(component, "LLB") || !strcmp(component, "RestoreSEP")) { // skip LLB, it's already passed in LlbImageData // skip RestoreSEP, it's passed in RestoreSEPImageData free(comp); free(comppath); continue; } component_data = NULL; unsigned int component_size = 0; if (extract_component(client->ipsw, comppath, &component_data, &component_size) < 0) { free(iter); free(comp); free(comppath); plist_free(firmware_files); error("ERROR: Unable to extract component: %s\n", component); return -1; } if (personalize_component(component, component_data, component_size, client->tss, &nor_data, &nor_size) < 0) { free(iter); free(comp); free(comppath); free(component_data); plist_free(firmware_files); error("ERROR: Unable to get personalized component: %s\n", component); return -1; } free(component_data); component_data = NULL; component_size = 0; /* make sure iBoot is the first entry in the array */ if (!strncmp("iBoot", component, 5)) { plist_array_insert_item(norimage_array, plist_new_data((char*)nor_data, (uint64_t)nor_size), 0); } else { plist_array_append_item(norimage_array, plist_new_data((char*)nor_data, (uint64_t)nor_size)); } free(comp); free(comppath); free(nor_data); nor_data = NULL; nor_size = 0; } free(iter); plist_free(firmware_files); plist_dict_set_item(dict, "NorImageData", norimage_array); unsigned char* personalized_data = NULL; unsigned int personalized_size = 0; if (build_identity_has_component(build_identity, "RestoreSEP") && build_identity_get_component_path(build_identity, "RestoreSEP", &restore_sep_path) == 0) { component = "RestoreSEP"; ret = extract_component(client->ipsw, restore_sep_path, &component_data, &component_size); free(restore_sep_path); if (ret < 0) { error("ERROR: Unable to extract component: %s\n", component); return -1; } ret = personalize_component(component, component_data, component_size, client->tss, &personalized_data, &personalized_size); free(component_data); component_data = NULL; component_size = 0; if (ret < 0) { error("ERROR: Unable to get personalized component: %s\n", component); return -1; } plist_dict_set_item(dict, "RestoreSEPImageData", plist_new_data((char*)personalized_data, (uint64_t) personalized_size)); free(personalized_data); personalized_data = NULL; personalized_size = 0; } if (build_identity_has_component(build_identity, "SEP") && build_identity_get_component_path(build_identity, "SEP", &sep_path) == 0) { component = "SEP"; ret = extract_component(client->ipsw, sep_path, &component_data, &component_size); free(sep_path); if (ret < 0) { error("ERROR: Unable to extract component: %s\n", component); return -1; } ret = personalize_component(component, component_data, component_size, client->tss, &personalized_data, &personalized_size); free(component_data); component_data = NULL; component_size = 0; if (ret < 0) { error("ERROR: Unable to get personalized component: %s\n", component); return -1; } plist_dict_set_item(dict, "SEPImageData", plist_new_data((char*)personalized_data, (uint64_t) personalized_size)); free(personalized_data); personalized_data = NULL; personalized_size = 0; } if (idevicerestore_debug) debug_plist(dict); info("Sending NORData now...\n"); if (restored_send(restore, dict) != RESTORE_E_SUCCESS) { error("ERROR: Unable to send NORData\n"); plist_free(dict); return -1; } info("Done sending NORData\n"); plist_free(dict); return 0; } static const char* restore_get_bbfw_fn_for_element(const char* elem) { struct bbfw_fn_elem_t { const char* element; const char* fn; }; struct bbfw_fn_elem_t bbfw_fn_elem[] = { // ICE3 firmware files { "RamPSI", "psi_ram.fls" }, { "FlashPSI", "psi_flash.fls" }, // Trek firmware files { "eDBL", "dbl.mbn" }, { "RestoreDBL", "restoredbl.mbn" }, // Phoenix/Mav4 firmware files { "DBL", "dbl.mbn" }, { "ENANDPRG", "ENPRG.mbn" }, // Mav5 firmware files { "RestoreSBL1", "restoresbl1.mbn" }, { "SBL1", "sbl1.mbn" }, // ICE16 firmware files { "RestorePSI", "restorepsi.bin" }, { "PSI", "psi_ram.bin" }, // ICE19 firmware files { "RestorePSI2", "restorepsi2.bin" }, { "PSI2", "psi_ram2.bin" }, { NULL, NULL } }; int i; for (i = 0; bbfw_fn_elem[i].element != NULL; i++) { if (strcmp(bbfw_fn_elem[i].element, elem) == 0) { return bbfw_fn_elem[i].fn; } } return NULL; } static int restore_sign_bbfw(const char* bbfwtmp, plist_t bbtss, const unsigned char* bb_nonce) { int res = -1; // check for BBTicket in result plist_t bbticket = plist_dict_get_item(bbtss, "BBTicket"); if (!bbticket || plist_get_node_type(bbticket) != PLIST_DATA) { error("ERROR: Could not find BBTicket in Baseband TSS response\n"); return -1; } plist_t bbfw_dict = plist_dict_get_item(bbtss, "BasebandFirmware"); if (!bbfw_dict || plist_get_node_type(bbfw_dict) != PLIST_DICT) { error("ERROR: Could not find BasebandFirmware Dictionary node in Baseband TSS response\n"); return -1; } unsigned char* buffer = NULL; unsigned char* blob = NULL; unsigned char* fdata = NULL; uint64_t fsize = 0; uint64_t blob_size = 0; int zerr = 0; int zindex = -1; struct zip_stat zstat; struct zip_file* zfile = NULL; struct zip* za = NULL; struct zip_source* zs = NULL; mbn_file* mbn = NULL; fls_file* fls = NULL; za = zip_open(bbfwtmp, 0, &zerr); if (!za) { error("ERROR: Could not open ZIP archive '%s': %d\n", bbfwtmp, zerr); goto leave; } plist_dict_iter iter = NULL; plist_dict_new_iter(bbfw_dict, &iter); if (!iter) { error("ERROR: Could not create dict iter for BasebandFirmware Dictionary\n"); return -1; } int is_fls = 0; int signed_file_idxs[16]; int signed_file_count = 0; char* key = NULL; plist_t node = NULL; while (1) { plist_dict_next_item(bbfw_dict, iter, &key, &node); if (key == NULL) break; if (node && (strcmp(key + (strlen(key) - 5), "-Blob") == 0) && (plist_get_node_type(node) == PLIST_DATA)) { char *ptr = strchr(key, '-'); *ptr = '\0'; const char* signfn = restore_get_bbfw_fn_for_element(key); if (!signfn) { error("ERROR: can't match element name '%s' to baseband firmware file name.\n", key); goto leave; } char* ext = strrchr(signfn, '.'); if (!strcmp(ext, ".fls")) { is_fls = 1; } zindex = zip_name_locate(za, signfn, 0); if (zindex < 0) { error("ERROR: can't locate '%s' in '%s'\n", signfn, bbfwtmp); goto leave; } zip_stat_init(&zstat); if (zip_stat_index(za, zindex, 0, &zstat) != 0) { error("ERROR: zip_stat_index failed for index %d\n", zindex); goto leave; } zfile = zip_fopen_index(za, zindex, 0); if (zfile == NULL) { error("ERROR: zip_fopen_index failed for index %d\n", zindex); goto leave; } buffer = (unsigned char*) malloc(zstat.size + 1); if (buffer == NULL) { error("ERROR: Out of memory\n"); goto leave; } if (zip_fread(zfile, buffer, zstat.size) != zstat.size) { error("ERROR: zip_fread: failed\n"); goto leave; } buffer[zstat.size] = '\0'; zip_fclose(zfile); zfile = NULL; if (is_fls) { fls = fls_parse(buffer, zstat.size); if (!fls) { error("ERROR: could not parse fls file\n"); goto leave; } } else { mbn = mbn_parse(buffer, zstat.size); if (!mbn) { error("ERROR: could not parse mbn file\n"); goto leave; } } free(buffer); buffer = NULL; blob = NULL; blob_size = 0; plist_get_data_val(node, (char**)&blob, &blob_size); if (!blob) { error("ERROR: could not get %s-Blob data\n", key); goto leave; } if (is_fls) { if (fls_update_sig_blob(fls, blob, (unsigned int)blob_size) != 0) { error("ERROR: could not sign %s\n", signfn); goto leave; } } else { if (mbn_update_sig_blob(mbn, blob, (unsigned int)blob_size) != 0) { error("ERROR: could not sign %s\n", signfn); goto leave; } } free(blob); blob = NULL; fsize = (is_fls ? fls->size : mbn->size); fdata = (unsigned char*)malloc(fsize); if (fdata == NULL) { error("ERROR: out of memory\n"); goto leave; } if (is_fls) { memcpy(fdata, fls->data, fsize); fls_free(fls); fls = NULL; } else { memcpy(fdata, mbn->data, fsize); mbn_free(mbn); mbn = NULL; } zs = zip_source_buffer(za, fdata, fsize, 1); if (!zs) { error("ERROR: out of memory\n"); free(fdata); goto leave; } if (zip_replace(za, zindex, zs) == -1) { error("ERROR: could not update signed '%s' in archive\n", signfn); goto leave; } if (is_fls && !bb_nonce) { if (strcmp(key, "RamPSI") == 0) { signed_file_idxs[signed_file_count++] = zindex; } } else { signed_file_idxs[signed_file_count++] = zindex; } } free(key); } free(iter); // remove everything but required files int i, j, keep, numf = zip_get_num_files(za); for (i = 0; i < numf; i++) { keep = 0; // check for signed file index for (j = 0; j < signed_file_count; j++) { if (i == signed_file_idxs[j]) { keep = 1; break; } } // check for anything but .mbn and .fls if bb_nonce is set if (bb_nonce && !keep) { const char* fn = zip_get_name(za, i, 0); if (fn) { char* ext = strrchr(fn, '.'); if (ext && (!strcmp(ext, ".fls") || !strcmp(ext, ".mbn") || !strcmp(ext, ".elf") || !strcmp(ext, ".bin"))) { keep = 1; } } } if (!keep) { zip_delete(za, i); } } if (bb_nonce) { if (is_fls) { // add BBTicket to file ebl.fls zindex = zip_name_locate(za, "ebl.fls", 0); if (zindex < 0) { error("ERROR: can't locate 'ebl.fls' in '%s'\n", bbfwtmp); goto leave; } zip_stat_init(&zstat); if (zip_stat_index(za, zindex, 0, &zstat) != 0) { error("ERROR: zip_stat_index failed for index %d\n", zindex); goto leave; } zfile = zip_fopen_index(za, zindex, 0); if (zfile == NULL) { error("ERROR: zip_fopen_index failed for index %d\n", zindex); goto leave; } buffer = (unsigned char*) malloc(zstat.size + 1); if (buffer == NULL) { error("ERROR: Out of memory\n"); goto leave; } if (zip_fread(zfile, buffer, zstat.size) != zstat.size) { error("ERROR: zip_fread: failed\n"); goto leave; } buffer[zstat.size] = '\0'; zip_fclose(zfile); zfile = NULL; fls = fls_parse(buffer, zstat.size); free(buffer); buffer = NULL; if (!fls) { error("ERROR: could not parse fls file\n"); goto leave; } blob = NULL; blob_size = 0; plist_get_data_val(bbticket, (char**)&blob, &blob_size); if (!blob) { error("ERROR: could not get BBTicket data\n"); goto leave; } if (fls_insert_ticket(fls, blob, (unsigned int)blob_size) != 0) { error("ERROR: could not insert BBTicket to ebl.fls\n"); goto leave; } free(blob); blob = NULL; fsize = fls->size; fdata = (unsigned char*)malloc(fsize); if (!fdata) { error("ERROR: out of memory\n"); goto leave; } memcpy(fdata, fls->data, fsize); fls_free(fls); fls = NULL; zs = zip_source_buffer(za, fdata, fsize, 1); if (!zs) { error("ERROR: out of memory\n"); free(fdata); goto leave; } if (zip_replace(za, zindex, zs) == -1) { error("ERROR: could not update archive with ticketed ebl.fls\n"); goto leave; } } else { // add BBTicket as bbticket.der blob = NULL; blob_size = 0; plist_get_data_val(bbticket, (char**)&blob, &blob_size); if (!blob) { error("ERROR: could not get BBTicket data\n"); goto leave; } zs = zip_source_buffer(za, blob, blob_size, 1); if (!zs) { error("ERROR: out of memory\n"); goto leave; } blob = NULL; if (zip_add(za, "bbticket.der", zs) == -1) { error("ERROR: could not add bbticket.der to archive\n"); goto leave; } } } // this will write out the modified zip if (zip_close(za) == -1) { error("ERROR: could not close and write modified archive: %s\n", zip_strerror(za)); res = -1; } else { res = 0; } za = NULL; zs = NULL; leave: if (zfile) { zip_fclose(zfile); } if (zs) { zip_source_free(zs); } if (za) { zip_unchange_all(za); zip_close(za); } mbn_free(mbn); fls_free(fls); free(buffer); free(blob); return res; } static int restore_send_baseband_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t message) { int res = -1; uint64_t bb_cert_id = 0; unsigned char* bb_snum = NULL; uint64_t bb_snum_size = 0; unsigned char* bb_nonce = NULL; uint64_t bb_nonce_size = 0; uint64_t bb_chip_id = 0; plist_t response = NULL; char* buffer = NULL; char* bbfwtmp = NULL; plist_t dict = NULL; info("About to send BasebandData...\n"); // NOTE: this function is called 2 or 3 times! // setup request data plist_t arguments = plist_dict_get_item(message, "Arguments"); if (arguments && plist_get_node_type(arguments) == PLIST_DICT) { plist_t bb_chip_id_node = plist_dict_get_item(arguments, "ChipID"); if (bb_chip_id_node && plist_get_node_type(bb_chip_id_node) == PLIST_UINT) { plist_get_uint_val(bb_chip_id_node, &bb_chip_id); } plist_t bb_cert_id_node = plist_dict_get_item(arguments, "CertID"); if (bb_cert_id_node && plist_get_node_type(bb_cert_id_node) == PLIST_UINT) { plist_get_uint_val(bb_cert_id_node, &bb_cert_id); } plist_t bb_snum_node = plist_dict_get_item(arguments, "ChipSerialNo"); if (bb_snum_node && plist_get_node_type(bb_snum_node) == PLIST_DATA) { plist_get_data_val(bb_snum_node, (char**)&bb_snum, &bb_snum_size); } plist_t bb_nonce_node = plist_dict_get_item(arguments, "Nonce"); if (bb_nonce_node && plist_get_node_type(bb_nonce_node) == PLIST_DATA) { plist_get_data_val(bb_nonce_node, (char**)&bb_nonce, &bb_nonce_size); } } if ((bb_nonce == NULL) || (client->restore->bbtss == NULL)) { /* populate parameters */ plist_t parameters = plist_new_dict(); plist_dict_set_item(parameters, "ApECID", plist_new_uint(client->ecid)); if (bb_nonce) { plist_dict_set_item(parameters, "BbNonce", plist_new_data((const char*)bb_nonce, bb_nonce_size)); } plist_dict_set_item(parameters, "BbChipID", plist_new_uint(bb_chip_id)); plist_dict_set_item(parameters, "BbGoldCertId", plist_new_uint(bb_cert_id)); plist_dict_set_item(parameters, "BbSNUM", plist_new_data((const char*)bb_snum, bb_snum_size)); tss_parameters_add_from_manifest(parameters, build_identity); /* create baseband request */ plist_t request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create Baseband TSS request\n"); plist_free(parameters); return -1; } /* add baseband parameters */ tss_request_add_common_tags(request, parameters, NULL); tss_request_add_baseband_tags(request, parameters, NULL); plist_t node = plist_access_path(build_identity, 2, "Info", "FDRSupport"); if (node && plist_get_node_type(node) == PLIST_BOOLEAN) { uint8_t b = 0; plist_get_bool_val(node, &b); if (b) { plist_dict_set_item(request, "ApProductionMode", plist_new_bool(1)); plist_dict_set_item(request, "ApSecurityMode", plist_new_bool(1)); } } if (idevicerestore_debug) debug_plist(request); info("Sending Baseband TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); plist_free(parameters); if (response == NULL) { error("ERROR: Unable to fetch Baseband TSS\n"); return -1; } info("Received Baseband SHSH blobs\n"); if (idevicerestore_debug) debug_plist(response); } // get baseband firmware file path from build identity plist_t bbfw_path = plist_access_path(build_identity, 4, "Manifest", "BasebandFirmware", "Info", "Path"); if (!bbfw_path || plist_get_node_type(bbfw_path) != PLIST_STRING) { error("ERROR: Unable to get BasebandFirmware/Info/Path node\n"); plist_free(response); return -1; } char* bbfwpath = NULL; plist_get_string_val(bbfw_path, &bbfwpath); if (!bbfwpath) { error("ERROR: Unable to get baseband path\n"); plist_free(response); return -1; } // extract baseband firmware to temp file bbfwtmp = get_temp_filename("bbfw_"); if (!bbfwtmp) { size_t l = strlen(client->udid); bbfwtmp = malloc(l + 10); strcpy(bbfwtmp, "bbfw_"); strncpy(bbfwtmp + 5, client->udid, l); strcpy(bbfwtmp + 5 + l, ".tmp"); error("WARNING: Could not generate temporary filename, using %s in current directory\n", bbfwtmp); } if (ipsw_extract_to_file(client->ipsw, bbfwpath, bbfwtmp) != 0) { error("ERROR: Unable to extract baseband firmware from ipsw\n"); goto leave; } if (bb_nonce && !client->restore->bbtss) { // keep the response for later requests client->restore->bbtss = response; response = NULL; } res = restore_sign_bbfw(bbfwtmp, (client->restore->bbtss) ? client->restore->bbtss : response, bb_nonce); if (res != 0) { goto leave; } res = -1; size_t sz = 0; if (read_file(bbfwtmp, (void**)&buffer, &sz) < 0) { error("ERROR: could not read updated bbfw archive\n"); goto leave; } // send file dict = plist_new_dict(); plist_dict_set_item(dict, "BasebandData", plist_new_data(buffer, (uint64_t)sz)); free(buffer); buffer = NULL; info("Sending BasebandData now...\n"); if (restored_send(restore, dict) != RESTORE_E_SUCCESS) { error("ERROR: Unable to send BasebandData data\n"); goto leave; } info("Done sending BasebandData\n"); res = 0; leave: plist_free(dict); free(buffer); if (bbfwtmp) { remove(bbfwtmp); free(bbfwtmp); } plist_free(response); return res; } int restore_send_fdr_trust_data(restored_client_t restore, idevice_t device) { restored_error_t restore_error; plist_t dict; info("About to send FDR Trust data...\n"); // FIXME: What should we send here? /* Sending an empty dict makes it continue with FDR * and this is what iTunes seems to be doing too */ dict = plist_new_dict(); info("Sending FDR Trust data now...\n"); restore_error = restored_send(restore, dict); plist_free(dict); if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: During sending FDR Trust data (%d)\n", restore_error); return -1; } info("Done sending FDR Trust Data\n"); return 0; } static int restore_send_image_data(restored_client_t restore, struct idevicerestore_client_t *client, plist_t build_identity, plist_t message, const char *image_list_k, const char *image_type_k, const char *image_data_k) { restored_error_t restore_error; plist_t arguments; plist_t dict; plist_t node; plist_t matched_images = NULL; plist_t data_dict = NULL; plist_t build_id_manifest; plist_dict_iter iter = NULL; char *image_name = NULL; int want_image_list = 0; arguments = plist_dict_get_item(message, "Arguments"); want_image_list = _plist_dict_get_bool(arguments, image_list_k); node = plist_dict_get_item(arguments, "ImageName"); if (node) { plist_get_string_val(node, &image_name); } if (!image_type_k) { node = plist_dict_get_item(arguments, "ImageType"); if (node) { image_type_k = plist_get_string_ptr(node, NULL); } } if (!image_type_k) { error("ERROR: missing ImageType"); return -1; } if (!want_image_list && !image_name) { info("About to send %s...\n", image_data_k); } if (want_image_list) { matched_images = plist_new_array(); } else { data_dict = plist_new_dict(); } build_id_manifest = plist_dict_get_item(build_identity, "Manifest"); if (build_id_manifest) { plist_dict_new_iter(build_id_manifest, &iter); } if (iter) { char *component; plist_t manifest_entry; do { component = NULL; manifest_entry = NULL; plist_dict_next_item(build_id_manifest, iter, &component, &manifest_entry); if (component && manifest_entry && plist_get_node_type(manifest_entry) == PLIST_DICT) { uint8_t is_image_type = 0; plist_t is_image_type_node = plist_access_path(manifest_entry, 2, "Info", image_type_k); if (is_image_type_node && plist_get_node_type(is_image_type_node) == PLIST_BOOLEAN) { plist_get_bool_val(is_image_type_node, &is_image_type); } if (is_image_type) { if (want_image_list) { info("Found %s component %s\n", image_type_k, component); plist_array_append_item(matched_images, plist_new_string(component)); } else if (!image_name || !strcmp(image_name, component)) { char *path = NULL; unsigned char* data = NULL; unsigned int size = 0; unsigned char* component_data = NULL; unsigned int component_size = 0; int ret = -1; if (!image_name) { info("Found %s component '%s'\n", image_type_k, component); } build_identity_get_component_path(build_identity, component, &path); if (path) { ret = extract_component(client->ipsw, path, &component_data, &component_size); } free(path); path = NULL; if (ret < 0) { error("ERROR: Unable to extract component: %s\n", component); } ret = personalize_component(component, component_data, component_size, client->tss, &data, &size); free(component_data); component_data = NULL; if (ret < 0) { error("ERROR: Unable to get personalized component: %s\n", component); } plist_dict_set_item(data_dict, component, plist_new_data((const char*)data, size)); free(data); } } free(component); } } while (manifest_entry); free(iter); } dict = plist_new_dict(); if (want_image_list) { plist_dict_set_item(dict, image_list_k, matched_images); info("Sending %s image list\n", image_type_k); } else { if (image_name) { node = plist_dict_get_item(data_dict, image_name); if (node) { plist_dict_set_item(dict, image_data_k, plist_copy(node)); } plist_dict_set_item(dict, "ImageName", plist_new_string(image_name)); info("Sending %s for %s...\n", image_type_k, image_name); } else { plist_dict_set_item(dict, image_data_k, data_dict); info("Sending %s now...\n", image_type_k); } } restore_error = restored_send(restore, dict); plist_free(dict); if (restore_error != RESTORE_E_SUCCESS) { if (want_image_list) { error("ERROR: Failed to send %s image list (%d)\n", image_type_k, restore_error); } else { if (image_name) { error("ERROR: Failed to send %s for %s (%d)\n", image_type_k, image_name, restore_error); free(image_name); } else { error("ERROR: Failed to send %s (%d)\n", image_type_k, restore_error); } } return -1; } if (!want_image_list) { if (image_name) { free(image_name); } else { info("Done sending %s\n", image_type_k); } } return 0; } static plist_t restore_get_se_firmware_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t p_info) { const char *comp_name = NULL; char *comp_path = NULL; unsigned char* component_data = NULL; unsigned int component_size = 0; plist_t parameters = NULL; plist_t request = NULL; plist_t response = NULL; int ret; uint64_t chip_id = 0; plist_t node = plist_dict_get_item(p_info, "SE,ChipID"); if (node && plist_get_node_type(node) == PLIST_UINT) { plist_get_uint_val(node, &chip_id); } if (chip_id == 0x20211) { comp_name = "SE,Firmware"; } else if (chip_id == 0x73 || chip_id == 0x64 || chip_id == 0xC8) { comp_name = "SE,UpdatePayload"; } else { info("WARNING: Unknown SE,ChipID 0x%" PRIx64 " detected. Restore might fail.\n", (uint64_t)chip_id); if (build_identity_has_component(build_identity, "SE,UpdatePayload")) comp_name = "SE,UpdatePayload"; else if (build_identity_has_component(build_identity, "SE,Firmware")) comp_name = "SE,Firmware"; else { error("ERROR: Neither 'SE,Firmware' nor 'SE,UpdatePayload' found in build identity.\n"); return NULL; } debug("DEBUG: %s: using %s\n", __func__, comp_name); } if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { error("ERROR: Unable to get path for '%s' component\n", comp_name); return NULL; } ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { error("ERROR: Unable to extract '%s' component\n", comp_name); return NULL; } /* create SE request */ request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create SE TSS request\n"); free(component_data); return NULL; } parameters = plist_new_dict(); /* add manifest for current build_identity to parameters */ tss_parameters_add_from_manifest(parameters, build_identity); /* add SE,* tags from info dictionary to parameters */ plist_dict_merge(¶meters, p_info); /* add required tags for SE TSS request */ tss_request_add_se_tags(request, parameters, NULL); plist_free(parameters); info("Sending SE TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); if (response == NULL) { error("ERROR: Unable to fetch SE ticket\n"); free(component_data); return NULL; } if (plist_dict_get_item(response, "SE,Ticket")) { info("Received SE ticket\n"); } else { error("ERROR: No 'SE,Ticket' in TSS response, this might not work\n"); } plist_dict_set_item(response, "FirmwareData", plist_new_data((char*)component_data, (uint64_t) component_size)); free(component_data); component_data = NULL; component_size = 0; return response; } static plist_t restore_get_savage_firmware_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t p_info) { char *comp_name = NULL; char *comp_path = NULL; unsigned char* component_data = NULL; unsigned int component_size = 0; unsigned char* component_data_tmp = NULL; plist_t parameters = NULL; plist_t request = NULL; plist_t response = NULL; plist_t node = NULL; int ret; /* create Savage request */ request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create Savage TSS request\n"); return NULL; } parameters = plist_new_dict(); /* add manifest for current build_identity to parameters */ tss_parameters_add_from_manifest(parameters, build_identity); /* add Savage,* tags from info dictionary to parameters */ plist_dict_merge(¶meters, p_info); /* add required tags for Savage TSS request */ tss_request_add_savage_tags(request, parameters, NULL, &comp_name); plist_free(parameters); if (!comp_name) { error("ERROR: Could not determine Savage firmware component\n"); plist_free(request); return NULL; } debug("DEBUG: %s: using %s\n", __func__, comp_name); info("Sending Savage TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); if (response == NULL) { error("ERROR: Unable to fetch Savage ticket\n"); free(comp_name); return NULL; } if (plist_dict_get_item(response, "Savage,Ticket")) { info("Received Savage ticket\n"); } else { error("ERROR: No 'Savage,Ticket' in TSS response, this might not work\n"); } /* now get actual component data */ if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { error("ERROR: Unable to get path for '%s' component\n", comp_name); free(comp_name); return NULL; } ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { error("ERROR: Unable to extract '%s' component\n", comp_name); free(comp_name); return NULL; } free(comp_name); comp_name = NULL; component_data_tmp = realloc(component_data, (size_t)component_size+16); if (!component_data_tmp) { free(component_data); return NULL; } component_data = component_data_tmp; memmove(component_data + 16, component_data, (size_t)component_size); memset(component_data, '\0', 16); *(uint32_t*)(component_data + 4) = htole32((uint32_t)component_size); component_size += 16; plist_dict_set_item(response, "FirmwareData", plist_new_data((char*)component_data, (uint64_t) component_size)); free(component_data); component_data = NULL; component_size = 0; return response; } static plist_t restore_get_yonkers_firmware_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t p_info) { char *comp_name = NULL; char *comp_path = NULL; plist_t comp_node = NULL; unsigned char* component_data = NULL; unsigned int component_size = 0; plist_t parameters = NULL; plist_t request = NULL; plist_t response = NULL; plist_t node = NULL; int ret; /* create Yonkers request */ request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create Yonkers TSS request\n"); free(component_data); free(comp_name); return NULL; } parameters = plist_new_dict(); /* add manifest for current build_identity to parameters */ tss_parameters_add_from_manifest(parameters, build_identity); /* add Yonkers,* tags from info dictionary to parameters */ plist_dict_merge(¶meters, p_info); /* add required tags for Yonkers TSS request */ tss_request_add_yonkers_tags(request, parameters, NULL, &comp_name); plist_free(parameters); if (!comp_name) { error("ERROR: Could not determine Yonkers firmware component\n"); plist_free(request); return NULL; } debug("DEBUG: %s: using %s\n", __func__, comp_name); info("Sending Yonkers TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); if (response == NULL) { error("ERROR: Unable to fetch Yonkers ticket\n"); free(component_data); return NULL; } if (plist_dict_get_item(response, "Yonkers,Ticket")) { info("Received Yonkers ticket\n"); } else { error("ERROR: No 'Yonkers,Ticket' in TSS response, this might not work\n"); } if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { error("ERROR: Unable to get path for '%s' component\n", comp_name); free(comp_name); return NULL; } /* now get actual component data */ ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { error("ERROR: Unable to extract '%s' component\n", comp_name); free(comp_name); return NULL; } free(comp_name); comp_name = NULL; plist_t firmware_data = plist_new_dict(); plist_dict_set_item(firmware_data, "YonkersFirmware", plist_new_data((char *)component_data, (uint64_t)component_size)); plist_dict_set_item(response, "FirmwareData", firmware_data); free(component_data); component_data = NULL; component_size = 0; return response; } static plist_t restore_get_rose_firmware_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t p_info) { char *comp_name = NULL; char *comp_path = NULL; plist_t comp_node = NULL; unsigned char* component_data = NULL; unsigned int component_size = 0; ftab_t ftab = NULL; ftab_t rftab = NULL; uint32_t ftag = 0; plist_t parameters = NULL; plist_t request = NULL; plist_t response = NULL; plist_t node = NULL; int ret; /* create Rose request */ request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create Rose TSS request\n"); free(component_data); return NULL; } parameters = plist_new_dict(); /* add manifest for current build_identity to parameters */ tss_parameters_add_from_manifest(parameters, build_identity); plist_dict_set_item(parameters, "ApProductionMode", plist_new_bool(1)); if (client->image4supported) { plist_dict_set_item(parameters, "ApSecurityMode", plist_new_bool(1)); plist_dict_set_item(parameters, "ApSupportsImg4", plist_new_bool(1)); } else { plist_dict_set_item(parameters, "ApSupportsImg4", plist_new_bool(0)); } /* add Rap,* tags from info dictionary to parameters */ plist_dict_merge(¶meters, p_info); /* add required tags for Rose TSS request */ tss_request_add_rose_tags(request, parameters, NULL); plist_free(parameters); info("Sending Rose TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); if (response == NULL) { error("ERROR: Unable to fetch Rose ticket\n"); free(component_data); return NULL; } if (plist_dict_get_item(response, "Rap,Ticket")) { info("Received Rose ticket\n"); } else { error("ERROR: No 'Rap,Ticket' in TSS response, this might not work\n"); } comp_name = "Rap,RTKitOS"; if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { error("ERROR: Unable to get path for '%s' component\n", comp_name); return NULL; } ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { error("ERROR: Unable to extract '%s' component\n", comp_name); return NULL; } if (ftab_parse(component_data, component_size, &ftab, &ftag) != 0) { free(component_data); error("ERROR: Failed to parse '%s' component data.\n", comp_name); return NULL; } free(component_data); component_data = NULL; component_size = 0; if (ftag != 'rkos') { error("WARNING: Unexpected tag 0x%08x, expected 0x%08x; continuing anyway.\n", ftag, 'rkos'); } comp_name = "Rap,RestoreRTKitOS"; if (build_identity_has_component(build_identity, comp_name)) { if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { ftab_free(ftab); error("ERROR: Unable to get path for '%s' component\n", comp_name); return NULL; } ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { ftab_free(ftab); error("ERROR: Unable to extract '%s' component\n", comp_name); return NULL; } ftag = 0; if (ftab_parse(component_data, component_size, &rftab, &ftag) != 0) { free(component_data); ftab_free(ftab); error("ERROR: Failed to parse '%s' component data.\n", comp_name); return NULL; } free(component_data); component_data = NULL; component_size = 0; if (ftag != 'rkos') { error("WARNING: Unexpected tag 0x%08x, expected 0x%08x; continuing anyway.\n", ftag, 'rkos'); } if (ftab_get_entry_ptr(rftab, 'rrko', &component_data, &component_size) == 0) { ftab_add_entry(ftab, 'rrko', component_data, component_size); } else { error("ERROR: Could not find 'rrko' entry in ftab. This will probably break things.\n"); } ftab_free(rftab); component_data = NULL; component_size = 0; } else { info("NOTE: Build identity does not have a '%s' component.\n", comp_name); } ftab_write(ftab, &component_data, &component_size); ftab_free(ftab); plist_dict_set_item(response, "FirmwareData", plist_new_data((char *)component_data, (uint64_t)component_size)); free(component_data); component_data = NULL; component_size = 0; return response; } static plist_t restore_get_veridian_firmware_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t p_info) { char *comp_name = "BMU,FirmwareMap"; char *comp_path = NULL; plist_t comp_node = NULL; unsigned char* component_data = NULL; unsigned int component_size = 0; plist_t parameters = NULL; plist_t request = NULL; plist_t response = NULL; plist_t node = NULL; int ret; /* create Veridian request */ request = tss_request_new(NULL); if (request == NULL) { error("ERROR: Unable to create Veridian TSS request\n"); free(component_data); return NULL; } parameters = plist_new_dict(); /* add manifest for current build_identity to parameters */ tss_parameters_add_from_manifest(parameters, build_identity); /* add BMU,* tags from info dictionary to parameters */ plist_dict_merge(¶meters, p_info); /* add required tags for Veridian TSS request */ tss_request_add_veridian_tags(request, parameters, NULL); plist_free(parameters); info("Sending Veridian TSS request...\n"); response = tss_request_send(request, client->tss_url); plist_free(request); if (response == NULL) { error("ERROR: Unable to fetch Veridian ticket\n"); free(component_data); return NULL; } if (plist_dict_get_item(response, "BMU,Ticket")) { info("Received Veridian ticket\n"); } else { error("ERROR: No 'BMU,Ticket' in TSS response, this might not work\n"); } if (build_identity_get_component_path(build_identity, comp_name, &comp_path) < 0) { error("ERROR: Unable to get path for '%s' component\n", comp_name); return NULL; } /* now get actual component data */ ret = extract_component(client->ipsw, comp_path, &component_data, &component_size); free(comp_path); comp_path = NULL; if (ret < 0) { error("ERROR: Unable to extract '%s' component\n", comp_name); return NULL; } plist_t fw_map = NULL; if (plist_is_binary((const char*)component_data, component_size)) { plist_from_bin((const char*)component_data, component_size, &fw_map); } else { plist_from_xml((const char*)component_data, component_size, &fw_map); } free(component_data); component_data = NULL; component_size = 0; if (!fw_map) { error("ERROR: Unable to parse '%s' component data as plist\n", comp_name); return NULL; } plist_t fw_map_digest = plist_access_path(build_identity, 3, "Manifest", comp_name, "Digest"); if (!fw_map_digest) { plist_free(fw_map); error("ERROR: Unable to get Digest for '%s' component\n", comp_name); return NULL; } plist_dict_set_item(fw_map, "fw_map_digest", plist_copy(fw_map_digest)); char *bin_plist = NULL; uint32_t bin_size = 0; plist_to_bin(fw_map, &bin_plist, &bin_size); plist_free(fw_map); plist_dict_set_item(response, "FirmwareData", plist_new_data(bin_plist, (uint64_t)bin_size)); free(bin_plist); return response; } static int restore_send_firmware_updater_data(restored_client_t restore, struct idevicerestore_client_t* client, plist_t build_identity, plist_t message) { plist_t arguments; plist_t p_type, p_updater_name, p_loop_count, p_info; plist_t loop_count_dict = NULL; char *s_type = NULL; plist_t dict = NULL; plist_t fwdict = NULL; char *s_updater_name = NULL; int restore_error; if (idevicerestore_debug) { debug("DEBUG: %s: Got FirmwareUpdaterData request:\n", __func__); debug_plist(message); } arguments = plist_dict_get_item(message, "Arguments"); if (!arguments || plist_get_node_type(arguments) != PLIST_DICT) { error("ERROR: %s: Arguments missing or has invalid type!\n", __func__); goto error_out; } p_type = plist_dict_get_item(arguments, "MessageArgType"); if (!p_type || (plist_get_node_type(p_type) != PLIST_STRING)) { error("ERROR: %s: MessageArgType missing or has invalid type!\n", __func__); goto error_out; } p_updater_name = plist_dict_get_item(arguments, "MessageArgUpdaterName"); if (!p_updater_name || (plist_get_node_type(p_updater_name) != PLIST_STRING)) { error("ERROR: %s: MessageArgUpdaterName missing or has invalid type!\n", __func__); goto error_out; } p_loop_count = plist_dict_get_item(arguments, "MessageArgUpdaterLoopCount"); if (p_loop_count) { loop_count_dict = plist_new_dict(); plist_dict_set_item(loop_count_dict, "LoopCount", plist_copy(p_loop_count)); } plist_get_string_val(p_type, &s_type); if (!s_type || strcmp(s_type, "FirmwareResponseData")) { error("ERROR: %s: MessageArgType has unexpected value '%s'\n", __func__, s_type); goto error_out; } free(s_type); s_type = NULL; p_info = plist_dict_get_item(arguments, "MessageArgInfo"); if (!p_info || (plist_get_node_type(p_info) != PLIST_DICT)) { error("ERROR: %s: MessageArgInfo missing or has invalid type!\n", __func__); goto error_out; } plist_get_string_val(p_updater_name, &s_updater_name); if (strcmp(s_updater_name, "SE") == 0) { fwdict = restore_get_se_firmware_data(restore, client, build_identity, p_info); if (fwdict == NULL) { error("ERROR: %s: Couldn't get SE firmware data\n", __func__); goto error_out; } } else if (strcmp(s_updater_name, "Savage") == 0) { const char *fwtype = "Savage"; plist_t p_info2 = plist_dict_get_item(p_info, "YonkersDeviceInfo"); if (p_info2 && plist_get_node_type(p_info2) == PLIST_DICT) { fwtype = "Yonkers"; fwdict = restore_get_yonkers_firmware_data(restore, client, build_identity, p_info2); } else { fwdict = restore_get_savage_firmware_data(restore, client, build_identity, p_info); } if (fwdict == NULL) { error("ERROR: %s: Couldn't get %s firmware data\n", __func__, fwtype); goto error_out; } } else if (strcmp(s_updater_name, "Rose") == 0) { fwdict = restore_get_rose_firmware_data(restore, client, build_identity, p_info); if (fwdict == NULL) { error("ERROR: %s: Couldn't get Rose firmware data\n", __func__); goto error_out; } } else if (strcmp(s_updater_name, "T200") == 0) { fwdict = restore_get_veridian_firmware_data(restore, client, build_identity, p_info); if (fwdict == NULL) { error("ERROR: %s: Couldn't get Veridian firmware data\n", __func__); goto error_out; } } else { error("ERROR: %s: Got unknown updater name '%s'.\n", __func__, s_updater_name); goto error_out; } free(s_updater_name); s_updater_name = NULL; dict = plist_new_dict(); plist_dict_set_item(dict, "FirmwareResponseData", fwdict); info("Sending FirmwareResponse data now...\n"); restore_error = restored_send(restore, dict); plist_free(dict); if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: Couldn't send FirmwareResponse data (%d)\n", restore_error); goto error_out; } info("Done sending FirmwareUpdater data\n"); return 0; error_out: free(s_type); free(s_updater_name); plist_free(loop_count_dict); return -1; } int restore_handle_data_request_msg(struct idevicerestore_client_t* client, idevice_t device, restored_client_t restore, plist_t message, plist_t build_identity, const char* filesystem) { plist_t node = NULL; // checks and see what kind of data restored is requests and pass // the request to its own handler node = plist_dict_get_item(message, "DataType"); if (node && PLIST_STRING == plist_get_node_type(node)) { const char *type = plist_get_string_ptr(node, NULL); // this request is sent when restored is ready to receive the filesystem if (!strcmp(type, "SystemImageData")) { if(restore_send_filesystem(client, device, filesystem) < 0) { error("ERROR: Unable to send filesystem\n"); return -2; } } // send RootTicket (== APTicket from the TSS request) else if (!strcmp(type, "RootTicket")) { if (restore_send_root_ticket(restore, client) < 0) { error("ERROR: Unable to send RootTicket\n"); return -1; } } // send KernelCache else if (!strcmp(type, "KernelCache")) { if (restore_send_component(restore, client, build_identity, "KernelCache", NULL) < 0) { error("ERROR: Unable to send kernelcache\n"); return -1; } } else if (!strcmp(type, "DeviceTree")) { if (restore_send_component(restore, client, build_identity, "DeviceTree", NULL) < 0) { error("ERROR: Unable to send DeviceTree\n"); return -1; } } else if (!strcmp(type, "SystemImageRootHash")) { if (restore_send_component(restore, client, build_identity, "SystemVolume", type) < 0) { error("ERROR: Unable to send SystemImageRootHash data\n"); return -1; } } else if (!strcmp(type, "SystemImageCanonicalMetadata")) { if (restore_send_component(restore, client, build_identity, "Ap,SystemVolumeCanonicalMetadata", type) < 0) { error("ERROR: Unable to send SystemImageCanonicalMetadata data\n"); return -1; } } else if (!strcmp(type, "NORData")) { if((client->flags & FLAG_EXCLUDE) == 0) { if(restore_send_nor(restore, client, build_identity) < 0) { error("ERROR: Unable to send NOR data\n"); return -1; } } else { info("Not sending NORData... Quitting...\n"); client->flags |= FLAG_QUIT; } } else if (!strcmp(type, "BasebandData")) { if(restore_send_baseband_data(restore, client, build_identity, message) < 0) { error("ERROR: Unable to send baseband data\n"); return -1; } } else if (!strcmp(type, "FDRTrustData")) { if(restore_send_fdr_trust_data(restore, device) < 0) { error("ERROR: Unable to send FDR Trust data\n"); return -1; } } else if (!strcmp(type, "FUDData")) { if(restore_send_image_data(restore, client, build_identity, message, "FUDImageList", "IsFUDFirmware", "FUDImageData") < 0) { error("ERROR: Unable to send FUD data\n"); return -1; } } else if (!strcmp(type, "FirmwareUpdaterData")) { if(restore_send_firmware_updater_data(restore, client, build_identity, message) < 0) { error("ERROR: Unable to send FirmwareUpdater data\n"); return -1; } } else if (!strcmp(type, "PersonalizedData")) { if(restore_send_image_data(restore, client, build_identity, message, "ImageList", NULL, "ImageData") < 0) { error("ERROR: Unable to send Personalized data\n"); return -1; } } else if (!strcmp(type, "EANData")) { if(restore_send_image_data(restore, client, build_identity, message, "EANImageList", "IsEarlyAccessFirmware", "EANData") < 0) { error("ERROR: Unable to send Personalized data\n"); return -1; } } else { // Unknown DataType!! error("Unknown data request '%s' received\n", type); if (idevicerestore_debug) debug_plist(message); } } return 0; } int restore_device(struct idevicerestore_client_t* client, plist_t build_identity, const char* filesystem) { int err = 0; char* type = NULL; plist_t node = NULL; plist_t message = NULL; plist_t hwinfo = NULL; idevice_t device = NULL; restored_client_t restore = NULL; restored_error_t restore_error = RESTORE_E_SUCCESS; thread_t fdr_thread = (thread_t)NULL; restore_finished = 0; // open our connection to the device and verify we're in restore mode err = restore_open_with_timeout(client); if (err < 0) { error("ERROR: Unable to open device in restore mode\n"); return (err == -2) ? -1: -2; } info("Device %s has successfully entered restore mode\n", client->udid); restore = client->restore->client; device = client->restore->device; restore_error = restored_query_value(restore, "HardwareInfo", &hwinfo); if (restore_error == RESTORE_E_SUCCESS) { uint64_t i = 0; uint8_t b = 0; info("Hardware Information:\n"); node = plist_dict_get_item(hwinfo, "BoardID"); if (node && plist_get_node_type(node) == PLIST_UINT) { plist_get_uint_val(node, &i); info("BoardID: %d\n", (int)i); } node = plist_dict_get_item(hwinfo, "ChipID"); if (node && plist_get_node_type(node) == PLIST_UINT) { plist_get_uint_val(node, &i); info("ChipID: %d\n", (int)i); } node = plist_dict_get_item(hwinfo, "UniqueChipID"); if (node && plist_get_node_type(node) == PLIST_UINT) { plist_get_uint_val(node, &i); info("UniqueChipID: %" PRIu64 "\n", i); } node = plist_dict_get_item(hwinfo, "ProductionMode"); if (node && plist_get_node_type(node) == PLIST_BOOLEAN) { plist_get_bool_val(node, &b); info("ProductionMode: %s\n", (b==1) ? "true":"false"); } plist_free(hwinfo); } restore_error = restored_query_value(restore, "SavedDebugInfo", &hwinfo); if (restore_error == RESTORE_E_SUCCESS) { char* sval = NULL; node = plist_dict_get_item(hwinfo, "PreviousExitStatus"); if (node && plist_get_node_type(node) == PLIST_STRING) { plist_get_string_val(node, &sval); info("Previous restore exit status: %s\n", sval); free(sval); sval = NULL; } node = plist_dict_get_item(hwinfo, "USBLog"); if (node && plist_get_node_type(node) == PLIST_STRING) { plist_get_string_val(node, &sval); info("USB log is available:\n%s\n", sval); free(sval); sval = NULL; } node = plist_dict_get_item(hwinfo, "PanicLog"); if (node && plist_get_node_type(node) == PLIST_STRING) { plist_get_string_val(node, &sval); info("Panic log is available:\n%s\n", sval); free(sval); sval = NULL; } plist_free(hwinfo); } if (plist_dict_get_item(client->tss, "BBTicket")) { client->restore->bbtss = plist_copy(client->tss); } fdr_client_t fdr_control_channel = NULL; info("Starting FDR listener thread\n"); if (!fdr_connect(device, FDR_CTRL, &fdr_control_channel)) { if(thread_new(&fdr_thread, fdr_listener_thread, fdr_control_channel)) { error("ERROR: Failed to start FDR listener thread\n"); fdr_thread = (thread_t)NULL; /* undefined after failure */ } } else { error("ERROR: Failed to start FDR Ctrl channel\n"); // FIXME: We might want to return failure here as it will likely fail } plist_t opts = plist_new_dict(); // FIXME: required? //plist_dict_set_item(opts, "AuthInstallRestoreBehavior", plist_new_string("Erase")); plist_dict_set_item(opts, "AutoBootDelay", plist_new_uint(0)); if (client->preflight_info) { plist_t node; plist_t bbus = plist_copy(client->preflight_info); plist_dict_remove_item(bbus, "FusingStatus"); plist_dict_remove_item(bbus, "PkHash"); plist_dict_set_item(opts, "BBUpdaterState", bbus); node = plist_dict_get_item(client->preflight_info, "Nonce"); if (node) { plist_dict_set_item(opts, "BasebandNonce", plist_copy(node)); } } // FIXME: new on iOS 5 ? plist_dict_set_item(opts, "BootImageType", plist_new_string("UserOrInternal")); // FIXME: required? //plist_dict_set_item(opts, "BootImageFile", plist_new_string("018-7923-347.dmg")); plist_dict_set_item(opts, "CreateFilesystemPartitions", plist_new_bool(1)); plist_dict_set_item(opts, "DFUFileType", plist_new_string("RELEASE")); plist_dict_set_item(opts, "DataImage", plist_new_bool(0)); // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "DeviceTreeFile", plist_new_string("DeviceTree.k48ap.img3")); plist_dict_set_item(opts, "FirmwareDirectory", plist_new_string(".")); // FIXME: usable if false? (-x parameter) plist_dict_set_item(opts, "FlashNOR", plist_new_bool(1)); // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "KernelCacheFile", plist_new_string("kernelcache.release.k48")); // FIXME: new on iOS 5 ? plist_dict_set_item(opts, "KernelCacheType", plist_new_string("Release")); // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "NORImagePath", plist_new_string(".")); // FIXME: new on iOS 5 ? plist_dict_set_item(opts, "NORImageType", plist_new_string("production")); // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "PersonalizedRestoreBundlePath", plist_new_string("/tmp/Per2.tmp")); if (client->restore_boot_args) { plist_dict_set_item(opts, "RestoreBootArgs", plist_new_string(client->restore_boot_args)); } plist_dict_set_item(opts, "RestoreBundlePath", plist_new_string("/tmp/Per2.tmp")); plist_dict_set_item(opts, "RootToInstall", plist_new_bool(0)); // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "SourceRestoreBundlePath", plist_new_string("/tmp")); plist_dict_set_item(opts, "SystemImage", plist_new_bool(1)); // FIXME: new on iOS 5 ? plist_dict_set_item(opts, "SystemImageType", plist_new_string("User")); plist_t spp = plist_access_path(build_identity, 2, "Info", "SystemPartitionPadding"); if (spp) { spp = plist_copy(spp); } else { spp = plist_new_dict(); plist_dict_set_item(spp, "128", plist_new_uint(1280)); plist_dict_set_item(spp, "16", plist_new_uint(160)); plist_dict_set_item(spp, "32", plist_new_uint(320)); plist_dict_set_item(spp, "64", plist_new_uint(640)); plist_dict_set_item(spp, "8", plist_new_uint(80)); } plist_dict_set_item(opts, "SystemPartitionPadding", spp); char* guid = generate_guid(); if (guid) { plist_dict_set_item(opts, "UUID", plist_new_string(guid)); free(guid); } // FIXME: does this have any effect actually? plist_dict_set_item(opts, "UpdateBaseband", plist_new_bool(0)); plist_t sep = plist_access_path(build_identity, 3, "Manifest", "SEP", "Info"); if (sep) { node = plist_dict_get_item(sep, "RequiredCapacity"); if (node && plist_get_node_type(node) == PLIST_STRING) { char* sval = NULL; plist_get_string_val(node, &sval); debug("TZ0RequiredCapacity: %s\n", sval); plist_dict_set_item(opts, "TZ0RequiredCapacity", plist_copy(node)); free(sval); sval = NULL; } } // FIXME: not required for iOS 5? //plist_dict_set_item(opts, "UserLocale", plist_new_string("en_US")); /* this is mandatory on iOS 7+ to allow restore from normal mode */ plist_dict_set_item(opts, "PersonalizedDuringPreflight", plist_new_bool(1)); // start the restore process restore_error = restored_start_restore(restore, opts, client->restore->protocol_version); if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: Unable to start the restore process\n"); plist_free(opts); restore_client_free(client); return -1; } plist_free(opts); idevicerestore_progress(client, RESTORE_STEP_PREPARE, 1.0); // this is the restore process loop, it reads each message in from // restored and passes that data on to it's specific handler while (!(client->flags & FLAG_QUIT)) { // finally, if any of these message handlers returned -1 then we encountered // an unrecoverable error, so we need to bail. if (err < 0) { error("ERROR: Unable to successfully restore device\n"); client->flags |= FLAG_QUIT; } restore_error = restored_receive(restore, &message); #ifdef HAVE_RESTORE_E_RECEIVE_TIMEOUT if (restore_error == RESTORE_E_RECEIVE_TIMEOUT) { debug("No data to read (timeout)\n"); message = NULL; continue; } else if (restore_error != RESTORE_E_SUCCESS) { error("ERROR: Could not read data (%d). Aborting.\n", restore_error); err = -11; break; } #else if (restore_error != RESTORE_E_SUCCESS) { debug("No data to read\n"); message = NULL; continue; } #endif // discover what kind of message has been received node = plist_dict_get_item(message, "MsgType"); if (!node || plist_get_node_type(node) != PLIST_STRING) { debug("Unknown message received:\n"); //if (idevicerestore_debug) debug_plist(message); plist_free(message); message = NULL; continue; } plist_get_string_val(node, &type); // data request messages are sent by restored whenever it requires // files sent to the server by the client. these data requests include // SystemImageData, RootTicket, KernelCache, NORData and BasebandData requests if (!strcmp(type, "DataRequestMsg")) { err = restore_handle_data_request_msg(client, device, restore, message, build_identity, filesystem); } // restore logs are available if a previous restore failed else if (!strcmp(type, "PreviousRestoreLogMsg")) { err = restore_handle_previous_restore_log_msg(restore, message); } // progress notification messages sent by the restored inform the client // of it's current operation and sometimes percent of progress is complete else if (!strcmp(type, "ProgressMsg")) { err = restore_handle_progress_msg(client, message); } // status messages usually indicate the current state of the restored // process or often to signal an error has been encountered else if (!strcmp(type, "StatusMsg")) { err = restore_handle_status_msg(restore, message); if (restore_finished) { plist_t dict = plist_new_dict(); plist_dict_set_item(dict, "MsgType", plist_new_string("ReceivedFinalStatusMsg")); restored_send(restore, dict); plist_free(dict); client->flags |= FLAG_QUIT; } } // baseband update message else if (!strcmp(type, "BBUpdateStatusMsg")) { err = restore_handle_bb_update_status_msg(restore, message); } // there might be some other message types i'm not aware of, but I think // at least the "previous error logs" messages usually end up here else { debug("Unknown message type received\n"); //if (idevicerestore_debug) debug_plist(message); } free(type); plist_free(message); message = NULL; } if (thread_alive(fdr_thread)) { if (fdr_control_channel) { fdr_disconnect(fdr_control_channel); thread_join(fdr_thread); fdr_control_channel = NULL; } } restore_client_free(client); return err; }