int FlashAction::Execute(int argc, char **argv)
{
// Setup argument types
map<string, ArgumentType> argumentTypes;
map<string, string> shortArgumentAliases;
argumentTypes["repartition"] = kArgumentTypeFlag;
argumentTypes["no-reboot"] = kArgumentTypeFlag;
argumentTypes["resume"] = kArgumentTypeFlag;
argumentTypes["verbose"] = kArgumentTypeFlag;
argumentTypes["stdout-errors"] = kArgumentTypeFlag;
argumentTypes["usb-log-level"] = kArgumentTypeString;
argumentTypes["pit"] = kArgumentTypeString;
shortArgumentAliases["pit"] = "pit";
// Add wild-cards "%d" and "%s", for partition identifiers and partition names respectively.
argumentTypes["%d"] = kArgumentTypeString;
shortArgumentAliases["%d"] = "%d";
argumentTypes["%s"] = kArgumentTypeString;
shortArgumentAliases["%s"] = "%s";
map<string, string> argumentAliases;
argumentAliases["PIT"] = "pit"; // Map upper-case PIT argument (i.e. partition name) to known lower-case pit argument.
// Handle arguments
Arguments arguments(argumentTypes, shortArgumentAliases, argumentAliases);
if (!arguments.ParseArguments(argc, argv, 2))
{
Interface::Print(FlashAction::usage);
return (0);
}
bool reboot = arguments.GetArgument("no-reboot") == nullptr;
bool resume = arguments.GetArgument("resume") != nullptr;
bool verbose = arguments.GetArgument("verbose") != nullptr;
if (arguments.GetArgument("stdout-errors") != nullptr)
Interface::SetStdoutErrors(true);
const StringArgument *usbLogLevelArgument = static_cast<const StringArgument *>(arguments.GetArgument("usb-log-level"));
BridgeManager::UsbLogLevel usbLogLevel = BridgeManager::UsbLogLevel::Default;
if (usbLogLevelArgument)
{
const string& usbLogLevelString = usbLogLevelArgument->GetValue();
if (usbLogLevelString.compare("none") == 0 || usbLogLevelString.compare("NONE") == 0)
{
usbLogLevel = BridgeManager::UsbLogLevel::None;
}
else if (usbLogLevelString.compare("error") == 0 || usbLogLevelString.compare("ERROR") == 0)
{
usbLogLevel = BridgeManager::UsbLogLevel::Error;
}
else if (usbLogLevelString.compare("warning") == 0 || usbLogLevelString.compare("WARNING") == 0)
{
usbLogLevel = BridgeManager::UsbLogLevel::Warning;
}
else if (usbLogLevelString.compare("info") == 0 || usbLogLevelString.compare("INFO") == 0)
{
usbLogLevel = BridgeManager::UsbLogLevel::Info;
}
else if (usbLogLevelString.compare("debug") == 0 || usbLogLevelString.compare("DEBUG") == 0)
{
usbLogLevel = BridgeManager::UsbLogLevel::Debug;
}
else
{
Interface::Print("Unknown USB log level: %s\n\n", usbLogLevelString.c_str());
Interface::Print(FlashAction::usage);
return (0);
}
}
const StringArgument *pitArgument = static_cast<const StringArgument *>(arguments.GetArgument("pit"));
bool repartition = arguments.GetArgument("repartition") != nullptr;
if (repartition && !pitArgument)
{
Interface::Print("If you wish to repartition then a PIT file must be specified.\n\n");
Interface::Print(FlashAction::usage);
return (0);
}
// Open files
FILE *pitFile = nullptr;
vector<PartitionFile> partitionFiles;
if (!openFiles(arguments, partitionFiles, pitFile))
{
closeFiles(partitionFiles, pitFile);
return (1);
}
if (partitionFiles.size() == 0)
{
Interface::Print(FlashAction::usage);
return (0);
}
// Info
Interface::PrintReleaseInfo();
Sleep(1000);
// Perform flash
BridgeManager *bridgeManager = new BridgeManager(verbose);
bridgeManager->SetUsbLogLevel(usbLogLevel);
if (bridgeManager->Initialise(resume) != BridgeManager::kInitialiseSucceeded || !bridgeManager->BeginSession())
{
closeFiles(partitionFiles, pitFile);
delete bridgeManager;
return (1);
}
bool success = sendTotalTransferSize(bridgeManager, partitionFiles, pitFile, repartition);
if (success)
{
PitData *pitData = getPitData(bridgeManager, pitFile, repartition);
if (pitData)
success = flashPartitions(bridgeManager, partitionFiles, pitData, repartition);
else
success = false;
delete pitData;
}
if (!bridgeManager->EndSession(reboot))
success = false;
delete bridgeManager;
closeFiles(partitionFiles, pitFile);
return (success ? 0 : 1);
}
int main(int argc, char **argv)
{
map<string, string> argumentMap;
int actionIndex;
if (!InterfaceManager::GetArguments(argc, argv, argumentMap, &actionIndex))
{
Sleep(250);
return (0);
}
initialiseKnownPartitionNames();
if (actionIndex == InterfaceManager::kActionHelp)
{
InterfaceManager::Print(InterfaceManager::usage);
return (0);
}
else if (actionIndex == InterfaceManager::kActionFlash)
{
if (argumentMap.find(InterfaceManager::flashArgumentNames[InterfaceManager::kFlashArgRepartition]) != argumentMap.end()
&& argumentMap.find(InterfaceManager::flashArgumentNames[InterfaceManager::kFlashArgPit]) == argumentMap.end())
{
InterfaceManager::Print("If you wish to repartition then a PIT file must be specified.\n");
return (0);
}
if (argumentMap.find(InterfaceManager::flashArgumentNames[InterfaceManager::kFlashArgPit]) != argumentMap.end()
&& argumentMap.find(InterfaceManager::flashArgumentNames[InterfaceManager::kFlashArgRepartition]) == argumentMap.end())
{
InterfaceManager::Print("A PIT file should only be used when repartitioning.\n");
return (0);
}
}
else if (actionIndex == InterfaceManager::kActionDump)
{
if (argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgOutput]) == argumentMap.end())
{
InterfaceManager::Print("Output file not specified.\n\n");
InterfaceManager::Print(InterfaceManager::usage);
return (0);
}
if (argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipType]) == argumentMap.end())
{
InterfaceManager::Print("You must specify a chip type.\n\n");
InterfaceManager::Print(InterfaceManager::usage);
return (0);
}
string chipType = argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipType])->second;
if (!(chipType == "RAM" || chipType == "ram" || chipType == "NAND" || chipType == "nand"))
{
InterfaceManager::Print("Unknown chip type: %s.\n\n", chipType.c_str());
InterfaceManager::Print(InterfaceManager::usage);
return (0);
}
if (argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipId]) == argumentMap.end())
{
InterfaceManager::Print("You must specify a Chip ID.\n\n");
InterfaceManager::Print(InterfaceManager::usage);
return (0);
}
int chipId = atoi(argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipId])->second.c_str());
if (chipId < 0)
{
InterfaceManager::Print("Chip ID must be a non-negative integer.\n");
return (0);
}
}
InterfaceManager::Print("\nHeimdall v1.2.0, Copyright (c) 2010-2011, Benjamin Dobell, Glass Echidna\n");
InterfaceManager::Print("http://www.glassechidna.com.au\n\n");
InterfaceManager::Print("This software is provided free of charge. Copying and redistribution is\nencouraged.\n\n");
InterfaceManager::Print("If you appreciate this software and you would like to support future\ndevelopment please consider donating:\n");
InterfaceManager::Print("http://www.glassechidna.com.au/donate/\n\n");
Sleep(1000);
bool verbose = argumentMap.find(InterfaceManager::commonArgumentNames[InterfaceManager::kCommonArgVerbose]) != argumentMap.end();
bool noReboot = argumentMap.find(InterfaceManager::commonArgumentNames[InterfaceManager::kCommonArgNoReboot]) != argumentMap.end();
int communicationDelay = BridgeManager::kCommunicationDelayDefault;
if (argumentMap.find(InterfaceManager::commonArgumentNames[InterfaceManager::kCommonArgDelay]) != argumentMap.end())
communicationDelay = atoi(argumentMap.find(InterfaceManager::commonArgumentNames[InterfaceManager::kCommonArgDelay])->second.c_str());
BridgeManager *bridgeManager = new BridgeManager(verbose, communicationDelay);
if (!bridgeManager->Initialise())
{
delete bridgeManager;
return (-2);
}
bool success;
switch (actionIndex)
{
case InterfaceManager::kActionFlash:
{
map<string, FILE *> argumentFileMap;
// We open the files before doing anything else to ensure they exist.
if (!openFiles(argumentMap, argumentFileMap))
{
closeFiles(argumentFileMap);
delete bridgeManager;
return (0);
}
if (!bridgeManager->BeginSession())
{
closeFiles(argumentFileMap);
delete bridgeManager;
return (-1);
}
bool repartition = argumentMap.find(InterfaceManager::flashArgumentNames[InterfaceManager::kFlashArgRepartition]) != argumentMap.end();
success = attemptFlash(bridgeManager, argumentFileMap, repartition);
if (noReboot)
success = bridgeManager->EndSession() && success;
else
success = bridgeManager->EndSession() && bridgeManager->RebootDevice() && success;
closeFiles(argumentFileMap);
break;
}
case InterfaceManager::kActionClosePcScreen:
{
if (!bridgeManager->BeginSession())
{
delete bridgeManager;
return (-1);
}
InterfaceManager::Print("Attempting to close connect to pc screen...\n");
if (noReboot)
success = bridgeManager->EndSession();
else
success = bridgeManager->EndSession() && bridgeManager->RebootDevice();
if (success)
InterfaceManager::Print("Attempt complete\n");
break;
}
case InterfaceManager::kActionDump:
{
const char *outputFilename = argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgOutput])->second.c_str();
FILE *dumpFile = fopen(outputFilename, "wb");
if (!dumpFile)
{
InterfaceManager::PrintError("Failed to open file \"%s\"\n", outputFilename);
delete bridgeManager;
return (-1);
}
int chipType = 0;
string chipTypeName = argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipType])->second;
if (chipTypeName == "NAND" || chipTypeName == "nand")
chipType = 1;
int chipId = atoi(argumentMap.find(InterfaceManager::dumpArgumentNames[InterfaceManager::kDumpArgChipId])->second.c_str());
if (!bridgeManager->BeginSession())
{
fclose(dumpFile);
delete bridgeManager;
return (-1);
}
success = bridgeManager->ReceiveDump(chipType, chipId, dumpFile);
fclose(dumpFile);
if (noReboot)
success = bridgeManager->EndSession() && success;
else
success = bridgeManager->EndSession() && bridgeManager->RebootDevice() && success;
break;
}
case InterfaceManager::kActionPrintPit:
{
if (!bridgeManager->BeginSession())
{
delete bridgeManager;
return (-1);
}
unsigned char *devicePit;
if (downloadPitFile(bridgeManager, &devicePit) < -1)
{
if (!bridgeManager->EndSession())
return (-1);
if (!noReboot)
bridgeManager->RebootDevice();
delete bridgeManager;
return (-1);
}
PitData *pitData = new PitData();
if (pitData->Unpack(devicePit))
{
pitData->Print();
success = true;
}
else
{
InterfaceManager::PrintError("Failed to unpack device's PIT file!\n");
success = false;
}
delete pitData;
if (noReboot)
success = bridgeManager->EndSession() && success;
else
success = bridgeManager->EndSession() && bridgeManager->RebootDevice() && success;
break;
}
}
delete bridgeManager;
return ((success) ? 0 : -1);
}