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hddsuperclone.c
executable file
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hddsuperclone.c
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// Copyright (C) 2015-2022 Scott Dwyer.
// You may use/distribute/modify this freely, under the terms of
// the GNU General Public License version 2 or later version.
// This software is distributed WITHOUT ANY WARRANTY.
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include "common.h"
#include "clone_gui_common.h"
#include "hddsuperclone.h"
#include "hddsuperclone_help.h"
#include "hddsuperclone_driver.h"
#include "hddsupertool_help.h"
#include "strncpy_wrapper.h"
// Function to handle ctrl-c
void signal_callback_handler_ccc(int signum)
{
(void) signum;
if (!critical_process_ccc)
{
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Terminated by user\n");
message_exit_ccc(tempmessage_ccc);
forced_exit_ccc = true;
exitcode_ccc = GENERAL_ERROR_EXIT_CODE;
cleanup_ccc();
exit(GENERAL_ERROR_EXIT_CODE);
}
pending_exit_ccc = true;
}
char *tool_title = "HDDSuperTool";
char *tool_version_number = "1.10_20170129";
char *scripts_title = "Scripts";
char *scripts_version_number = "1.9_20190413";
int main (int argc, char **argv)
{
title_ccc = "HDDSuperClone";
version_number_ccc = "2.4.0_20240216";
copyright_year_ccc = "2024";
// Register ctrl-c signal and signal handler
signal(SIGINT, signal_callback_handler_ccc);
//fprintf (stdout, "argument count= %d\n", argc);
critical_process_ccc = false;
pending_exit_ccc = false;
logfile_changed_ccc = false;
domainfile_changed_ccc = false;
// set start_time_ccc
start_time_ccc = time(NULL);
// set some variables
check_command_ccc = 0;
check_read_ccc = 0;
check_write_ccc = 0;
append_script_ccc = 0;
ccc_indent_ccc = 0;
spaces_ccc = 0;
argument_count_ccc = 0;
check_only_ccc = false;
do_indentation_ccc = false;
cleanup_mode_ccc = false;
quiet_ccc = false;
did_reset_ccc = 0;
stop_signal_ccc = false;
translate_ccc = 0;
running_clone_ccc = 0;
superclone_ccc = true;
force_danger_ccc = false;
force_stupid_ccc = false;
pio_mode_ccc = false;
enable_process_chunk_ccc = false;
enable_read_twice_ccc = false;
verbose_ccc = 0;
debug_ccc = 0;
debugversion_ccc = false;
verbosedebug_ccc = false;
command_line_ccc = false;
check_message_ccc = false;
repair_log_ccc = false;
fill_mode_ccc = false;
driver_only_ccc = false;
do_domain_ccc = false;
create_domain_ccc = false;
domain_dd_ccc = false;
importdd_ccc = false;
stop_on_error_ccc = false;
do_call_command_ccc = false;
activate_primary_relay_on_error_ccc = false;
write_buffer_disable_ccc = false;
write_buffer_enable_ccc = false;
driver_return_error_ccc = false;
driver_return_zeros_ccc = false;
driver_return_marked_ccc = false;
strcpy (command_to_call_ccc, "");
check_log_size_ccc = 1;
check_command_ccc = 0;
check_read_ccc = 0;
check_write_ccc = 0;
append_script_ccc = 0;
exitcode_ccc = 0;
pagesize_ccc = sysconf(_SC_PAGESIZE);
if (pagesize_ccc > 4096)
{
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Internal Error, pagesize too great\n");
message_exit_ccc(tempmessage_ccc);
exitcode_ccc = GENERAL_ERROR_EXIT_CODE;
cleanup_ccc();
}
extended_support_ccc = false;
copy_image_mode_ccc = false;
generic_mode_ccc = false;
direct_mode_ccc = false;
ahci_mode_ccc = false;
usb_mode_ccc = false;
usb_allow_ata_ccc = true;
ata_passthrough_ccc = false;
scsi_passthrough_ccc = true;
nvme_passthrough_ccc = false;
auto_passthrough_ccc = false;
supertool_mode_chosen_ccc = false;
table_address_changed_ccc = false;
ahci_address_changed_ccc = false;
ahci_interrupt_changed_ccc = false;
memory_mapped_ccc = false;
memory_failed_ccc = false;
io_permissions_ccc = false;
reg_base_address_ccc = 0;
control_base_address_ccc = 0;
bus_base_address_ccc = 0;
hba_base_address_ccc = 0;
hba_reset_address_ccc = 0;
port_base_address_ccc = 0;
port_reset_address_ccc = 0;
max_dma_size_ccc = pagesize_ccc;
real_buffer_size_ccc = MAX_BUFFER_SIZE;
first_read_time_ccc = 0;
soft_reset_time_ccc = SOFT_RESET_TIMER;
hard_reset_time_ccc = HARD_RESET_TIMER;
busy_wait_time_ccc = BUSY_WAIT_TIMER;
reset_wait_time_ccc = RESET_WAIT_TIMER;
general_timeout_ccc = GENERAL_TIMER;
usb_timeout_ccc = USB_TIMER;
cbw_timeout_ccc = CBW_TIMER;
csw_timeout_ccc = CSW_TIMER;
initial_busy_wait_time_ccc = INITIAL_BUSY_WAIT_TIME;
power_cycle_time_ccc = RESET_WAIT_TIMER;
always_wait_for_reset_timers_ccc = false;
dont_wait_for_drdy_ccc = false;
strcpy (exit_message_ccc, "\0");
strcpy (display_message_ccc, "\0");
strcpy (log_display_message_ccc, "\0");
domain_status_ccc = FINISHED;
choose_device_mode_ccc = 0;
source_total_size_ccc = 0;
bytes_per_sector_ccc = 0;
target_total_size_ccc = 0;
generic_source_total_size_ccc = 0;
disk1_fd_ccc = -1;
disk2_fd_ccc = -1;
enable_scsi_write_ccc = false;
ata_return_valid_ccc = 1;
phase_timers_ccc = false;
orig_soft_reset_time_ccc = SOFT_RESET_TIMER;
p12_soft_reset_time_ccc = P12SOFT_RESET_TIMER;
p3_soft_reset_time_ccc = P3SOFT_RESET_TIMER;
p4_soft_reset_time_ccc = P4SOFT_RESET_TIMER;
td_soft_reset_time_ccc = TDSOFT_RESET_TIMER;
d2_soft_reset_time_ccc = D2SOFT_RESET_TIMER;
sc_soft_reset_time_ccc = SCSOFT_RESET_TIMER;
rt_soft_reset_time_ccc = RTSOFT_RESET_TIMER;
memory_used_ccc = 0;
cluster_size_ccc = DEFAULT_CLUSTER_SIZE;
block_size_ccc = DEFAULT_BLOCK_SIZE;
rate_skip_ccc = DEFAULT_RATE_SKIP;
skip_timeout_ccc = DEFAULT_SKIP_TIMEOUT * 1000;
exit_on_slow_ccc = DEFAULT_EXIT_ON_SLOW;
data_read_from_log_ccc = false;
driver_mode_ccc = 0;
driver_running_ccc = 0;
driver_memory_mapped_ccc = 0;
driver_installed_ccc = 0;
driver_return_zeros_on_error_ccc = 0;
driver_io_scsi_only_ccc = false;
no_io_error_ccc = 0;
aggressive_driver_ccc = true;
charater_device_driver_mode_ccc = false; // TODO make this an option normally false
color_statusbar_ccc = false;
running_analyze_ccc = 0;
drive_locked_ccc = false;
smart_supported_ccc = false;
smart_enabled_ccc = false;
enable_extended_analyze_ccc = false;
strcpy(analyze_text_ccc, "");
strcpy(smart_data_text_ccc, "");
usbr1_vendor_id_ccc = -1;
usbr1_product_id_ccc = -1;
usbd1_vendor_id_ccc = -1;
usbd1_product_id_ccc = -1;
usbd1_bulk_in_endpoint_ccc = -1;
usbd1_bulk_out_endpoint_ccc = -1;
usb_mode_ccc = false;
usbr1_dev_handle_ccc = NULL;
usbd1_dev_handle_ccc = NULL;
usb_transfer_direction_ccc = USB_DIRECTION_IN;
usb_lun_ccc = 0;
usb_tag_ccc = 0;
usb_transfer_length_ccc = 0;
usb_bulk_reset_enabled_ccc = 1;
usb_soft_reset_enabled_ccc = 0;
usb_hard_reset_enabled_ccc = 0;
usb_port_reset_enabled_ccc = 1;
usb_read_residue_ccc = 0;
primary_relay_activation_time_ccc = PRIMARY_RELAY_ACTIVATION_TIME;
primary_relay_delay_time_ccc = PRIMARY_RELAY_DELAY_TIME;
use_rebuild_assist_ccc = false;
rebuild_assist_enabled_ccc = false;
use_fpdma_ccc = false;
wait_for_ds_bit_ccc = false;
rebuild_assist_data_valid_ccc = false;
enable_hba_reset_on_connect_source_ccc = false; // TODO this is for debug testing, turn off for normal release
enable_hba_test_on_connect_source_ccc = false; // TODO this is for debug testing, turn off for normal release
enable_dont_identify_on_choose_source_ccc = false; // TODO this is for debug testing, turn off for normal release
enable_data_dump_ccc = false; // TODO this is for debug testing, turn off for normal release
enable_dump_identify_on_check_ccc = false; // TODO this is for debug testing, turn off for normal release
strcpy (data_dump_filename_ccc, "debug_data_dump.log");
strcpy (virtual_driver_name_ccc, "sdv");
// get process id of this program
process_id_ccc = getpid();
// get executable file name and current directory path
if (getcwd(start_working_directory_ccc, sizeof(start_working_directory_ccc)) == NULL)
{
path_fail_ccc = true;
}
strncpy (called_name_ccc, argv[0], sizeof(called_name_ccc)-1);
called_name_ccc[sizeof(called_name_ccc)-1] = '\0';
if (called_name_ccc[0] == '/')
{
strcpy (full_exec_path_ccc, called_name_ccc);
found_exec_ccc = true;
}
else if (called_name_ccc[0] != '.')
{
strcpy (full_exec_path_ccc, install_directory_ccc);
strcat (full_exec_path_ccc, called_name_ccc);
found_exec_ccc = true;
}
else if (!path_fail_ccc && called_name_ccc[1] == '/')
{
strcpy (full_exec_path_ccc, start_working_directory_ccc);
strcat (full_exec_path_ccc, called_name_ccc+1);
found_exec_ccc = true;
}
else
{
found_exec_ccc = false;
}
// get command line
int argcount;
for (argcount = 0; argcount < argc; argcount++)
{
strcat (full_command_line_ccc, argv[argcount]);
strcat (full_command_line_ccc, " ");
}
//fprintf (stdout, "%s\n", full_command_line_ccc);
// begin processing command line arguments
int command_line_argument;
int arguments_required; // required number of non-option arguments
bool command_line_error = false; // initialize error to false
while (1)
{
static struct option long_options[] =
{
{"help", no_argument, 0, 'h'},
{"version", no_argument, 0, 'v'},
{"debug", required_argument, 0, DEBUGOUT},
{"verbose", required_argument, 0, VERBOSEOUT},
{"tool", no_argument, 0, SUPERTOOL},
{"translate", required_argument, 0, TRANSLATE},
//{"license-make", required_argument, 0, MAKELICENSE},
//{"license-type", required_argument, 0, LICENSETYPE},
//{"license-time", required_argument, 0, LICENSETIME},
//{"license-version", required_argument, 0, LICENSEVERSION},
//{"license-process-active", no_argument, 0, LICENSEPROCESSACTIVE},
{"quiet", no_argument, 0, 'Q'},
{"crash-computer-destroy-data", no_argument, 0, CRASH},
{"enable-rebuild-assist", no_argument, 0, ENABLE_REBUILD_ASSIST},
{"rebuild-assist-test", required_argument, 0, REBUILD_ASSIST_TEST},
{"enable-hba-reset", no_argument, 0, ENABLE_HBA_RESET},
{"enable-hba-test", no_argument, 0, ENABLE_HBA_TEST},
{"disable-ahci-identify", no_argument, 0, DISABLE_AHCI_IDENTIFY},
{"start-serverp", no_argument, 0, RUN_SERVERP},
{"command-serverp", required_argument, 0, COMMAND_SERVERP},
{"manual-create", no_argument, 0, MANUAL_CREATE},
// supertool command line options
{"check", no_argument, 0, 'c'},
{"command", no_argument, 0, 'C'},
{"direct", no_argument, 0, 'd'},
{"ahci", no_argument, 0, 'a'},
{"ata", no_argument, 0, ATAMODE},
{"scsi", no_argument, 0, SCSIMODE},
{"file", required_argument, 0, 'f'},
{"indent", required_argument, 0, 'i'},
{"target", required_argument, 0, 't'},
{"testskipmb", required_argument, 0, TESTSKIPMB},
{"testskip", required_argument, 0, TESTSKIP},
{"testskipfast", required_argument, 0, TESTSKIPFAST},
{0, 0, 0, 0}
};
// getopt_long stores the option index here.
int option_index = 0;
command_line_argument = getopt_long (argc, argv, "hvQcCdaf:i:t:",
long_options, &option_index);
// Detect the end of the options.
if (command_line_argument == -1)
break;
switch (command_line_argument)
{
case 'h':
help_ccc();
exit(0);
case 'v':
version_ccc();
exit(0);
case DEBUGOUT:
debug_ccc = strtoull(optarg, NULL, 16);
break;
case VERBOSEOUT:
verbose_ccc = strtoull(optarg, NULL, 16);
break;
case TRANSLATE:
translate_ccc = strtoull(optarg, NULL, 0);
break;
case LICENSETYPE:
break;
case LICENSEVERSION:
break;
case LICENSETIME:
break;
case MAKELICENSE:
exit(0);
case LICENSEPROCESSACTIVE:
exit(0);
case 'Q':
quiet_ccc = true;
break;
case CRASH:
force_stupid_ccc = true;
force_danger_ccc = true;
break;
case ENABLE_REBUILD_ASSIST:
rebuild_assist_enabled_ccc = true;
break;
case REBUILD_ASSIST_TEST:
rebuild_assist_test_ccc = strtoull(optarg, NULL, 0);
break;
case ENABLE_HBA_RESET:
enable_hba_reset_on_connect_source_ccc = true;
break;
case ENABLE_HBA_TEST:
enable_hba_test_on_connect_source_ccc = true;
enable_dont_identify_on_choose_source_ccc = true;
break;
case DISABLE_AHCI_IDENTIFY:
enable_dont_identify_on_choose_source_ccc = true;
break;
case RUN_SERVERP:
exit(0);
case COMMAND_SERVERP:
exit(0);
case MANUAL_CREATE:
exit(0);
case SUPERTOOL:
superclone_ccc = false;
break;
case 'c':
check_only_ccc = true;
break;
case 'C':
command_line_ccc = true;
break;
case 'i':
spaces_ccc = strtoul(optarg, NULL, 0);
do_indentation_ccc = true;
check_only_ccc = true;
break;
case 'd':
direct_mode_ccc = true;
supertool_mode_chosen_ccc = true;
break;
case 'a':
direct_mode_ccc = true;
ahci_mode_ccc = true;
supertool_mode_chosen_ccc = true;
break;
case ATAMODE:
ata_passthrough_ccc = true;
scsi_passthrough_ccc = false;
supertool_mode_chosen_ccc = true;
break;
case SCSIMODE:
ata_passthrough_ccc = false;
scsi_passthrough_ccc = true;
supertool_mode_chosen_ccc = true;
break;
case 't':
disk_1_ccc = optarg;
supertool_mode_chosen_ccc = true;
break;
case 'f':
script_file_ccc = optarg;
break;
case TESTSKIPMB:
test_skip_mb_ccc = strtoul(optarg, NULL, 0);
break;
case TESTSKIP:
test_skip_ccc(strtoul(optarg, NULL, 0));
exit(0);
case TESTSKIPFAST:
skip_fast_ccc = true;
test_skip_ccc(strtoul(optarg, NULL, 0));
exit(0);
case '?':
// getopt_long already printed an error message.
command_line_error = true;
break;
default:
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Unknown error processing command line options\n");
message_exit_ccc(tempmessage_ccc);
command_line_error = true;
}
}
//debug_ccc = debug_ccc | DEBUG39; //debug TODO this is for hba port testing purposes only
//verbose_ccc = debug_ccc | DEBUG39; //debug TODO this is for hba port testing purposes only
if (debug_ccc || verbose_ccc)
{
verbosedebug_ccc = true;
}
//check if debug is turned on and open debug file if it is
if (debug_ccc)
{
debug_file_ccc = fopen(debugfile_ccc, "w");
if (debug_file_ccc == NULL)
{
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Cannot open %s for writing (%s).\nAborting...\n", debugfile_ccc, strerror(errno));
message_exit_ccc(tempmessage_ccc);
exitcode_ccc = GENERAL_ERROR_EXIT_CODE;
cleanup_ccc();
}
fprintf (debug_file_ccc, "%s debug file created at ", title_ccc);
time_t mytime;
mytime = time(NULL);
char timebuf4[30];
fprintf (debug_file_ccc, "%s", ctime_r(&mytime,timebuf4));
fprintf (debug_file_ccc, "disk_1 = %s\n", disk_1_ccc);
fprintf (debug_file_ccc, "script_file = %s\n", log_file_ccc);
}
if (do_indentation_ccc)
{
arguments_required = 0;
if ((argc - optind) != arguments_required)
{
command_line_error = true;
if ((argc - optind) < arguments_required)
{
fprintf (stderr, "Error: too few arguments\n");
}
if ((argc - optind) > arguments_required)
{
fprintf (stderr, "Error: too many arguments\n");
}
}
}
else if (command_line_ccc)
{
arguments_required = 0;
if ((argc - optind) < arguments_required)
{
command_line_error = true;
if ((argc - optind) < arguments_required)
{
fprintf (stderr, "Error: too few arguments\n");
}
if ((argc - optind) > arguments_required)
{
fprintf (stderr, "Error: too many arguments\n");
}
}
// get remaining arguments that are not options
while ( (argc - optind) > 0)
{
argument_ccc[argument_count_ccc] = argv[optind++];
argument_count_ccc ++;
}
if (argument_count_ccc > MAX_ARGUMENTS)
{
fprintf (stderr, "ERROR! Number of arguments exceeded the maximum of %d.\n", MAX_ARGUMENTS);
exit (1);
}
if (verbose_ccc & DEBUG1)
{
unsigned int c;
for (c = 0; c < argument_count_ccc; c++)
fprintf (stdout, "argument%d= %s\n", c+1, argument_ccc[c]);
}
if (debug_ccc & DEBUG1)
{
unsigned int c;
for (c = 0; c < argument_count_ccc; c++)
fprintf (debug_file_ccc, "argument%d= %s\n", c+1, argument_ccc[c]);
}
}
else
{
arguments_required = 0;
if ((argc - optind) < arguments_required)
{
command_line_error = true;
if ((argc - optind) < arguments_required)
{
fprintf (stderr, "Error: too few arguments\n");
}
if ((argc - optind) > arguments_required)
{
fprintf (stderr, "Error: too many arguments\n");
}
}
// get remaining arguments that are not options
while ( (argc - optind) > 0)
{
argument_ccc[argument_count_ccc] = argv[optind++];
argument_count_ccc ++;
}
if (argument_count_ccc > MAX_ARGUMENTS)
{
fprintf (stderr, "ERROR! Number of arguments exceeded the maximum of %d.\n", MAX_ARGUMENTS);
exit (1);
}
if (verbose_ccc & DEBUG1)
{
unsigned int c;
for (c = 0; c < argument_count_ccc; c++)
fprintf (stdout, "argument%d= %s\n", c+1, argument_ccc[c]);
}
if (debug_ccc & DEBUG1)
{
unsigned int c;
for (c = 0; c < argument_count_ccc; c++)
fprintf (debug_file_ccc, "argument%d= %s\n", c+1, argument_ccc[c]);
}
}
// exit on command line error
if (command_line_error)
{
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "%s: Command line error.\n", title_ccc);
message_exit_ccc(tempmessage_ccc);
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Try '%s --help' for more information.\n", title_ccc);
message_exit_ccc(tempmessage_ccc);
exitcode_ccc = GENERAL_ERROR_EXIT_CODE;
cleanup_ccc();
}
// end of command line processing
superbyte_ccc[0] = 0x04;
superbyte_ccc[1] = 0x06;
superbyte_ccc[2] = 0x08;
superbyte_ccc[3] = 0x09;
superbyte_ccc[4] = 0x00;
superbyte_ccc[5] = 0x01;
superbyte_ccc[6] = 0x38;
superbyte_ccc[7] = 0x10;
superbyte_ccc[8] = 0x20;
superbyte_ccc[9] = 0x21;
superbyte_ccc[10] = 0x18;
superbyte_ccc[11] = 0x00;
superbyte_ccc[12] = 0x08;
superbyte_ccc[13] = 0x14;
superbyte_ccc[14] = 0x19;
superbyte_ccc[15] = 0x80;
superbyte_ccc[16] = 0x2c;
superbyte_ccc[17] = 0x28;
superbyte_ccc[18] = 0x30;
superbyte_ccc[19] = 0x0c;
superbyte_ccc[20] = 0x29;
superbyte_ccc[21] = 0xa6;
superbyte_ccc[22] = 0xd1;
superbyte_ccc[23] = 0x5b;
superbyte_ccc[24] = 0xb4;
superbyte_ccc[25] = 0x71;
superbyte_ccc[26] = 0xfa;
superbyte_ccc[27] = 0x1e;
superbyte_ccc[28] = 0x4f;
superbyte_ccc[29] = 0x60;
superbyte_ccc[30] = 0xd9;
superbyte_ccc[31] = 0x9c;
superbyte_ccc[32] = 0x83;
superbyte_ccc[33] = 0xb0;
superbyte_ccc[34] = 0x51;
superbyte_ccc[35] = 0x26;
superbyte_ccc[36] = 0x6f;
superbyte_ccc[37] = 0xf5;
superbyte_ccc[38] = 0x50;
superbyte_ccc[39] = 0x0e;
superbyte_ccc[40] = 0x05;
superbyte_ccc[41] = 0xd4;
superbyte_ccc[42] = 0x20;
superbyte_ccc[43] = 0x3d;
superbyte_ccc[44] = 0x88;
superbyte_ccc[45] = 0x33;
superbyte_ccc[46] = 0x9b;
superbyte_ccc[47] = 0x41;
superbyte_ccc[48] = 0x0a;
superbyte_ccc[49] = 0xd9;
superbyte_ccc[50] = 0x22;
superbyte_ccc[51] = 0x4b;
superbyte_ccc[52] = 0xf0;
superbyte_ccc[53] = 0x8f;
superbyte_ccc[54] = 0xc6;
superbyte_ccc[55] = 0x46;
superbyte_ccc[56] = 0x6b;
superbyte_ccc[57] = 0xcc;
superbyte_ccc[58] = 0x74;
superbyte_ccc[59] = 0x0c;
superbyte_ccc[60] = 0xaa;
superbyte_ccc[61] = 0x6c;
superbyte_ccc[62] = 0x15;
superbyte_ccc[63] = 0x25;
superbyte_ccc[64] = 0x08;
superbyte_ccc[65] = 0x08;
superbyte_ccc[66] = 0x08;
superbyte_ccc[67] = 0x08;
superbyte_ccc[68] = 0x04;
superbyte_ccc[69] = 0x34;
superbyte_ccc[70] = 0x07;
superbyte_ccc[71] = 0x0f;
superbyte_ccc[72] = 0x0e;
superbyte_ccc[73] = 0x0c;
superbyte_ccc[74] = 0x04;
superbyte_ccc[75] = 0x08;
superbyte_ccc[76] = 0x00;
superbyte_ccc[77] = 0x7d;
superbyte_ccc[78] = 0x61;
superbyte_ccc[79] = 0x79;
superbyte_ccc[80] = 0x78;
superbyte_ccc[81] = 0x79;
superbyte_ccc[82] = 0x75;
superbyte_ccc[83] = 0x20;
superbyte_ccc[84] = 0x93;
superbyte_ccc[85] = 0xd3;
superbyte_ccc[86] = 0x5b;
superbyte_ccc[87] = 0x77;
superbyte_ccc[88] = 0x60;
superbyte_ccc[89] = 0x8e;
superbyte_ccc[90] = 0x23;
superbyte_ccc[91] = 0x73;
superbyte_ccc[92] = 0x63;
superbyte_ccc[93] = 0xb5;
superbyte_ccc[94] = 0x78;
superbyte_ccc[95] = 0x08;
// Check if root privilages
if (geteuid())
{
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Root privilages not detected! This program must be run as root.\n");
message_now_ccc(tempmessage_ccc);
exitcode_ccc = GENERAL_ERROR_EXIT_CODE;
cleanup_ccc();
}
if (superclone_ccc)
{
start_gtk_ccc(argc, argv, title_ccc, version_number_ccc);
}
else
{
if (!quiet_ccc)
{
fprintf (stdout, "%s %s\n", tool_title, tool_version_number);
fprintf (stdout, "%s %s\n", scripts_title, scripts_version_number);
}
supertooltool_ccc();
}
cleanup_ccc();
return 0;
}
// time functions
/* Return 1 if the difference is negative, otherwise 0. */
int timeval_subtract_ccc(struct timeval *result, struct timeval *t2, struct timeval *t1)
{
long long diff = (t2->tv_usec + 1000000 * t2->tv_sec) - (t1->tv_usec + 1000000 * t1->tv_sec);
result->tv_sec = diff / 1000000;
result->tv_usec = diff % 1000000;
return (diff<0);
}
void timeval_print_ccc(struct timeval *tv)
{
char buffer[30];
time_t curtime;
// printf("%ld.%06ld", tv->tv_sec, tv->tv_usec);
curtime = tv->tv_sec;
strftime(buffer, 30, "%Y-%m-%d %T", localtime(&curtime));
printf("%s.%06ld\n", buffer, tv->tv_usec);
}
// function to cleanup and exit
void cleanup_ccc(void)
{
cleanup_mode_ccc = true;
int other_code = return_value_ccc;
char gui_exit_message[EXIT_MESSAGE_SIZE * 2] = "";
char tempstring[256];
strcat (gui_exit_message, exit_message_ccc);
if (logfile_changed_ccc && log_file_ccc != NULL)
{
return_value_ccc = write_logfile_ccc(log_file_ccc, 0);
if (return_value_ccc)
{
snprintf (tempstring, sizeof(tempstring), "Error writing progress log file\n");
strcat (gui_exit_message, tempstring);
}
}
if (domainfile_changed_ccc && domain_file_ccc != NULL)
{
return_value_ccc = write_domainfile_ccc(domain_file_ccc, 0);
if (return_value_ccc)
{
snprintf (tempstring, sizeof(tempstring), "Error writing domain file\n");
strcat (gui_exit_message, tempstring);
}
}
if (debug_ccc)
{
fclose(debug_file_ccc);
}
if (driver_running_ccc)
{
stop_driver_ccc();
}
if (memory_mapped_ccc)
{
unmap_driver_memory_ccc();
}
uninstall_driver_ccc();
release_devices_ccc();
dissconnect_usbr1_ccc();
dissconnect_usbd1_ccc();
free (ccc_buffer_ccc);
free (ccc_scratchpad_ccc);
free (table_buffer_ccc);
free (fis_buffer_ccc);
free (command_list_buffer_ccc);
free (sensebuffer_ccc);
free (lposition_ccc);
free (lsize_ccc);
free (lstatus_ccc);
free (dposition_ccc);
free (dsize_ccc);
free (dstatus_ccc);
free (padding_buffer_ccc);
if (enable_data_dump_ccc || enable_dump_identify_on_check_ccc)
{
char temp_string[256];
dump_info_to_filename_ccc (data_dump_filename_ccc, "*****************************************************************\n");
snprintf(temp_string, sizeof(temp_string), "********** %s %s end of dump **********\n", title_ccc, version_number_ccc);
dump_info_to_filename_ccc (data_dump_filename_ccc, temp_string);
}
// print time elapsed
end_time_ccc = time(NULL);
if (!quiet_ccc && !superclone_ccc)
{
snprintf(tempstring, sizeof(tempstring), "Total program run time = %ld seconds\n", end_time_ccc - start_time_ccc);
strcat (gui_exit_message, tempstring);
}
if (!superclone_ccc)
{
snprintf(tempstring, sizeof(tempstring), "%s = %d\n%s = %d\n", "exit code", exitcode_ccc, "other code", other_code);
strcat (gui_exit_message, tempstring);
}
if (1)
{
fprintf(stdout, "%s", gui_exit_message);
fprintf (stdout, "\n");
}
exit (exitcode_ccc);
}
int begin_cloning_ccc (void)
{
first_read_time_ccc = FIRST_READ_TIMER;
if (fill_mode_ccc)
{
return_value_ccc = do_fill_ccc(FINISHED, STATUS_MASK & BAD_HEAD_MASK);
}
else if (reverse_ccc)
{
return_value_ccc = clone_reverse_ccc();
}
else
{
return_value_ccc = clone_forward_ccc();
}
if (return_value_ccc < 0 && !exitcode_ccc)
{
exitcode_ccc = return_value_ccc * -1;
}
else if (!exitcode_ccc)
{
exitcode_ccc = return_value_ccc;
}
write_logfile_ccc(log_file_ccc, 0);
return (return_value_ccc);
}
int begin_driver_ccc (void)
{
// if output offset is not default of -1 then this is a short trip, that is not allowed with the driver
if (output_offset_ccc != -1)
{
strcpy (tempmessage_ccc, curlang_ccc[LANGERRORDRIVEROFFSET]);
message_error_ccc(tempmessage_ccc);
print_gui_error_message_ccc(error_message_ccc, curlang_ccc[LANGERROR], 1);
clear_error_message_ccc();
return -1;
}
// if sector size is not evenly dividable by kernel sector size of 512 that wont work either
if (sector_size_ccc % KERNEL_SECTOR_SIZE || output_sector_size_adjustment_ccc != 0)
{
strcpy (tempmessage_ccc, curlang_ccc[LANGERRORDRIVERSECTORSIZE]);
message_error_ccc(tempmessage_ccc);
print_gui_error_message_ccc(error_message_ccc, curlang_ccc[LANGERROR], 1);
clear_error_message_ccc();
return -1;
}
// if cluster size is too big then cut it down
if ((sector_size_ccc * original_cluster_size_ccc) > MAX_BUFFER_SIZE)
{
int cluster_limit = MAX_BUFFER_SIZE / sector_size_ccc;
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Warning: The cluster limit for the driver is %d and you chose %d.\n", cluster_limit , original_cluster_size_ccc);
message_now_ccc(tempmessage_ccc);
original_cluster_size_ccc = cluster_limit;
snprintf(tempmessage_ccc, sizeof(tempmessage_ccc), "Using a new cluster size of %d\n", original_cluster_size_ccc);
message_now_ccc(tempmessage_ccc);
}
copy_start_time_ccc = get_elapsed_usec_ccc() / 1000;
if (driver_return_zeros_ccc)
{
driver_return_zeros_on_error_ccc = 1;
}
else if (driver_return_marked_ccc)
{
driver_return_zeros_on_error_ccc = 2;
}
else
{
driver_return_zeros_on_error_ccc = 0;
}
// backup some settings
long long current_position_bak = current_position_ccc;
long long start_position_bak = start_position_ccc;
long long end_position_bak = end_position_ccc;
int ret = 0;
//driver_buffer_ccc = malloc(DRIVER_TRANSFER_BUFFER_SIZE);
//driver_control_data_ccc.buffer = driver_buffer_ccc;
driver_control_data_ccc.logical_block_size = sector_size_ccc;
driver_control_data_ccc.physical_block_size = sector_size_ccc * block_size_ccc;
driver_control_data_ccc.total_logical_sectors = source_total_size_ccc;
if (use_physical_sector_size_for_virtual_ccc)
{
driver_control_data_ccc.logical_block_size = sector_size_ccc * block_size_ccc;
driver_control_data_ccc.total_logical_sectors = source_total_size_ccc / block_size_ccc;
}
driver_control_data_ccc.chs_heads = 255;
driver_control_data_ccc.chs_sectors = 63;
driver_control_data_ccc.chs_cylinders = driver_control_data_ccc.total_logical_sectors / (255*63);
if (direct_mode_ccc)
{
driver_control_data_ccc.read_timeout = general_timeout_ccc / 2;
}
else
{
driver_control_data_ccc.read_timeout = general_timeout_ccc;
}
driver_control_data_ccc.request_timeout = general_timeout_ccc;