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/* C:B**************************************************************************
This software is Copyright 2014-2017 Bright Plaza Inc. <drivetrust@drivetrust.com>
This file is part of sedutil.
sedutil is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
sedutil 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 General Public License for more details.
You should have received a copy of the GNU General Public License
along with sedutil. If not, see <http://www.gnu.org/licenses/>.
* C:E********************************************************************** */
#include <iostream>
#include "os.h"
#include "DtaHashPwd.h"
#include "DtaOptions.h"
#include "DtaLexicon.h"
#include "DtaDevGeneric.h"
#include "DtaDevOpal1.h"
#include "DtaDevOpal2.h"
#include "DtaDevEnterprise.h"
using namespace std;
/* Default to output that omits timestamps and goes to stdout */
sedutiloutput outputFormat = sedutilReadable;
int isValidSEDDisk(char *devname)
{
DtaDev * d;
d = new DtaDevGeneric(devname);
if (d->isPresent()) {
printf("%s", devname);
if (d->isAnySSC())
printf(" SED %s%s%s ", (d->isOpal1() ? "1" : "-"),
(d->isOpal2() ? "2" : "-"), (d->isEprise() ? "E" : "-"));
else
printf("%s", " NO --- ");
cout << d->getModelNum() << " " << d->getFirmwareRev();
cout << std::endl;
}
delete d;
return 0;
}
int main(int argc, char * argv[])
{
DTA_OPTIONS opts;
DtaDev *tempDev = NULL, *d = NULL;
if (DtaOptions(argc, argv, &opts)) {
return DTAERROR_COMMAND_ERROR;
}
if ((opts.action != sedutiloption::scan) &&
(opts.action != sedutiloption::validatePBKDF2) &&
(opts.action != sedutiloption::isValidSED)) {
if (opts.device > (argc - 1)) opts.device = 0;
tempDev = new DtaDevGeneric(argv[opts.device]);
if (NULL == tempDev) {
LOG(E) << "Create device object failed";
return DTAERROR_OBJECT_CREATE_FAILED;
}
if ((!tempDev->isPresent()) || (!tempDev->isAnySSC())) {
LOG(E) << "Invalid or unsupported disk " << argv[opts.device];
delete tempDev;
return DTAERROR_COMMAND_ERROR;
}
if (tempDev->isOpal2())
d = new DtaDevOpal2(argv[opts.device]);
else
if (tempDev->isOpal1())
d = new DtaDevOpal1(argv[opts.device]);
else
if (tempDev->isEprise())
d = new DtaDevEnterprise(argv[opts.device]);
else
{
LOG(E) << "Unknown OPAL SSC ";
return DTAERROR_INVALID_COMMAND;
}
delete tempDev;
if (NULL == d) {
LOG(E) << "Create device object failed";
return DTAERROR_OBJECT_CREATE_FAILED;
}
// make sure DtaDev::no_hash_passwords is initialized
d->no_hash_passwords = opts.no_hash_passwords;
d->output_format = opts.output_format;
}
switch (opts.action) {
case sedutiloption::initialSetup:
LOG(D) << "Performing initial setup to use sedutil on drive " << argv[opts.device];
return (d->initialSetup(argv[opts.password]));
case sedutiloption::setup_SUM:
LOG(D) << "Performing SUM setup on drive " << argv[opts.device];
return (d->setup_SUM(opts.lockingrange, atoll(argv[opts.lrstart]),
atoll(argv[opts.lrlength]), argv[opts.password], argv[opts.newpassword]));
break;
case sedutiloption::setSIDPassword:
LOG(D) << "Performing setSIDPassword ";
return d->setSIDPassword(argv[opts.password], argv[opts.newpassword]);
break;
case sedutiloption::setAdmin1Pwd:
LOG(D) << "Performing setPAdmin1Pwd ";
return d->setPassword(argv[opts.password], (char *) "Admin1",
argv[opts.newpassword]);
break;
case sedutiloption::loadPBAimage:
LOG(D) << "Loading PBA image " << argv[opts.pbafile] << " to " << opts.device;
return d->loadPBA(argv[opts.password], argv[opts.pbafile]);
break;
case sedutiloption::setLockingRange:
LOG(D) << "Setting Locking Range " << (uint16_t) opts.lockingrange << " " << (uint16_t) opts.lockingstate;
return d->setLockingRange(opts.lockingrange, opts.lockingstate, argv[opts.password]);
break;
case sedutiloption::setLockingRange_SUM:
LOG(D) << "Setting Locking Range " << (uint16_t)opts.lockingrange << " " << (uint16_t)opts.lockingstate << " in Single User Mode";
return d->setLockingRange_SUM(opts.lockingrange, opts.lockingstate, argv[opts.password]);
break;
case sedutiloption::enableLockingRange:
LOG(D) << "Enabling Locking Range " << (uint16_t) opts.lockingrange;
return (d->configureLockingRange(opts.lockingrange,
(DTA_READLOCKINGENABLED | DTA_WRITELOCKINGENABLED), argv[opts.password]));
break;
case sedutiloption::disableLockingRange:
LOG(D) << "Disabling Locking Range " << (uint16_t) opts.lockingrange;
return (d->configureLockingRange(opts.lockingrange, DTA_DISABLELOCKING,
argv[opts.password]));
break;
case sedutiloption::readonlyLockingRange:
LOG(D) << "Enabling Locking Range " << (uint16_t)opts.lockingrange;
return (d->configureLockingRange(opts.lockingrange,
DTA_WRITELOCKINGENABLED, argv[opts.password]));
break;
case sedutiloption::setupLockingRange:
LOG(D) << "Setup Locking Range " << (uint16_t)opts.lockingrange;
return (d->setupLockingRange(opts.lockingrange, atoll(argv[opts.lrstart]),
atoll(argv[opts.lrlength]), argv[opts.password]));
break;
case sedutiloption::setupLockingRange_SUM:
LOG(D) << "Setup Locking Range " << (uint16_t)opts.lockingrange << " in Single User Mode";
return (d->setupLockingRange_SUM(opts.lockingrange, atoll(argv[opts.lrstart]),
atoll(argv[opts.lrlength]), argv[opts.password]));
break;
case sedutiloption::listLockingRanges:
LOG(D) << "List Locking Ranges ";
return (d->listLockingRanges(argv[opts.password], -1));
break;
case sedutiloption::listLockingRange:
LOG(D) << "List Locking Range[" << opts.lockingrange << "]";
return (d->listLockingRanges(argv[opts.password], opts.lockingrange));
break;
case sedutiloption::rekeyLockingRange:
LOG(D) << "Rekey Locking Range[" << opts.lockingrange << "]";
return (d->rekeyLockingRange(opts.lockingrange, argv[opts.password]));
break;
case sedutiloption::setBandsEnabled:
LOG(D) << "Set bands Enabled";
return (d->setBandsEnabled(-1, argv[opts.password]));
break;
case sedutiloption::setBandEnabled:
LOG(D) << "Set band[" << opts.lockingrange << "] enabled";
return (d->setBandsEnabled(opts.lockingrange, argv[opts.password]));
break;
case sedutiloption::setMBRDone:
LOG(D) << "Setting MBRDone " << (uint16_t)opts.mbrstate;
return (d->setMBRDone(opts.mbrstate, argv[opts.password]));
break;
case sedutiloption::setMBREnable:
LOG(D) << "Setting MBREnable " << (uint16_t)opts.mbrstate;
return (d->setMBREnable(opts.mbrstate, argv[opts.password]));
break;
case sedutiloption::enableuser:
LOG(D) << "Performing enable user for user " << argv[opts.userid];
return d->enableUser(argv[opts.password], argv[opts.userid]);
break;
case sedutiloption::activateLockingSP:
LOG(D) << "Activating the LockingSP on" << argv[opts.device];
return d->activateLockingSP(argv[opts.password]);
break;
case sedutiloption::activateLockingSP_SUM:
LOG(D) << "Activating the LockingSP on" << argv[opts.device];
return d->activateLockingSP_SUM(opts.lockingrange, argv[opts.password]);
break;
case sedutiloption::eraseLockingRange_SUM:
LOG(D) << "Erasing LockingRange " << opts.lockingrange << " on" << argv[opts.device];
return d->eraseLockingRange_SUM(opts.lockingrange, argv[opts.password]);
break;
case sedutiloption::query:
LOG(D) << "Performing diskquery() on " << argv[opts.device];
d->puke();
return 0;
break;
case sedutiloption::scan:
LOG(D) << "Performing diskScan() ";
return(DtaDevOS::diskScan());
break;
case sedutiloption::isValidSED:
LOG(D) << "Verify whether " << argv[opts.device] << "is valid SED or not";
return isValidSEDDisk(argv[opts.device]);
break;
case sedutiloption::takeOwnership:
LOG(D) << "Taking Ownership of the drive at" << argv[opts.device];
return d->takeOwnership(argv[opts.password]);
break;
case sedutiloption::revertLockingSP:
LOG(D) << "Performing revertLockingSP on " << argv[opts.device];
return d->revertLockingSP(argv[opts.password], 0);
break;
case sedutiloption::setPassword:
LOG(D) << "Performing setPassword for user " << argv[opts.userid];
return d->setPassword(argv[opts.password], argv[opts.userid],
argv[opts.newpassword]);
break;
case sedutiloption::setPassword_SUM:
LOG(D) << "Performing setPassword in SUM mode for user " << argv[opts.userid];
return d->setNewPassword_SUM(argv[opts.password], argv[opts.userid],
argv[opts.newpassword]);
break;
case sedutiloption::revertTPer:
LOG(D) << "Performing revertTPer on " << argv[opts.device];
return d->revertTPer(argv[opts.password], 0, 0);
break;
case sedutiloption::revertNoErase:
LOG(D) << "Performing revertLockingSP keep global locking range on " << argv[opts.device];
return d->revertLockingSP(argv[opts.password], 1);
break;
case sedutiloption::validatePBKDF2:
LOG(D) << "Performing PBKDF2 validation ";
TestPBKDF2();
break;
case sedutiloption::yesIreallywanttoERASEALLmydatausingthePSID:
case sedutiloption::PSIDrevert:
LOG(D) << "Performing a PSID Revert on " << argv[opts.device] << " with password " << argv[opts.password];
return d->revertTPer(argv[opts.password], 1, 0);
break;
case sedutiloption::PSIDrevertAdminSP:
LOG(D) << "Performing a PSID RevertAdminSP on " << argv[opts.device] << " with password " << argv[opts.password];
return d->revertTPer(argv[opts.password], 1, 1);
break;
case sedutiloption::eraseLockingRange:
LOG(D) << "Erase Locking Range " << (uint16_t)opts.lockingrange;
return (d->eraseLockingRange(opts.lockingrange, argv[opts.password]));
break;
case sedutiloption::objDump:
LOG(D) << "Performing objDump " ;
return d->objDump(argv[argc - 5], argv[argc - 4], argv[argc - 3], argv[argc - 2]);
break;
case sedutiloption::printDefaultPassword:
LOG(D) << "print default password";
return d->printDefaultPassword();
break;
case sedutiloption::rawCmd:
LOG(D) << "Performing cmdDump ";
return d->rawCmd(argv[argc - 7], argv[argc - 6], argv[argc - 5], argv[argc - 4], argv[argc - 3], argv[argc - 2]);
break;
default:
LOG(E) << "Unable to determine what you want to do ";
usage();
}
return DTAERROR_INVALID_COMMAND;
}
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