Files
HyprArch/airootfs/etc/calamares/modules/mobile/PartitionJob.cpp

137 lines
4.5 KiB
C++

/* SPDX-FileCopyrightText: 2020 Oliver Smith <ollieparanoid@postmarketos.org>
* SPDX-License-Identifier: GPL-3.0-or-later */
#include "PartitionJob.h"
#include "GlobalStorage.h"
#include "JobQueue.h"
#include "Settings.h"
#include "utils/System.h"
#include "utils/Logger.h"
#include <QDir>
#include <QFileInfo>
PartitionJob::PartitionJob( const QString& cmdInternalStoragePrepare,
const QString& cmdLuksFormat,
const QString& cmdLuksOpen,
const QString& cmdMkfsRoot,
const QString& cmdMount,
const QString& targetDeviceRoot,
const QString& targetDeviceRootInternal,
bool installFromExternalToInternal,
bool isFdeEnabled,
const QString& password )
: Calamares::Job()
, m_cmdInternalStoragePrepare( cmdInternalStoragePrepare )
, m_cmdLuksFormat( cmdLuksFormat )
, m_cmdLuksOpen( cmdLuksOpen )
, m_cmdMkfsRoot( cmdMkfsRoot )
, m_cmdMount( cmdMount )
, m_targetDeviceRoot( targetDeviceRoot )
, m_targetDeviceRootInternal( targetDeviceRootInternal )
, m_installFromExternalToInternal( installFromExternalToInternal )
, m_isFdeEnabled( isFdeEnabled )
, m_password( password )
{
}
QString
PartitionJob::prettyName() const
{
return "Creating and formatting installation partition";
}
/* Fill the "global storage", so the following jobs (like unsquashfs) work.
The code is similar to modules/partition/jobs/FillGlobalStorageJob.cpp in
Calamares. */
void
FillGlobalStorage( const QString device, const QString pathMount )
{
using namespace Calamares;
GlobalStorage* gs = JobQueue::instance()->globalStorage();
QVariantList partitions;
QVariantMap partition;
/* See mapForPartition() in FillGlobalStorageJob.cpp */
partition[ "device" ] = device;
partition[ "mountPoint" ] = "/";
partition[ "claimed" ] = true;
/* Ignored by calamares modules used in combination with the "mobile"
* module, so we can get away with leaving them empty for now. */
partition[ "uuid" ] = "";
partition[ "fsName" ] = "";
partition[ "fs" ] = "";
partitions << partition;
gs->insert( "partitions", partitions );
gs->insert( "rootMountPoint", pathMount );
}
Calamares::JobResult
PartitionJob::exec()
{
using namespace Calamares;
using namespace Calamares;
using namespace std;
const QString pathMount = "/mnt/install";
const QString cryptName = "calamares_crypt";
QString cryptDev = "/dev/mapper/" + cryptName;
QString passwordStdin = m_password + "\n";
QString dev = m_targetDeviceRoot;
QList< QPair< QStringList, QString > > commands = {};
if ( m_installFromExternalToInternal )
{
dev = m_targetDeviceRootInternal;
commands.append( {
{ { "sh", "-c", m_cmdInternalStoragePrepare }, QString() },
} );
}
commands.append( { { { "mkdir", "-p", pathMount }, QString() } } );
if ( m_isFdeEnabled )
{
commands.append( {
{ { "sh", "-c", m_cmdLuksFormat + " " + dev }, passwordStdin },
{ { "sh", "-c", m_cmdLuksOpen + " " + dev + " " + cryptName }, passwordStdin },
{ { "sh", "-c", m_cmdMkfsRoot + " " + cryptDev }, QString() },
{ { "sh", "-c", m_cmdMount + " " + cryptDev + " " + pathMount }, QString() },
} );
}
else
{
commands.append( { { { "sh", "-c", m_cmdMkfsRoot + " " + dev }, QString() },
{ { "sh", "-c", m_cmdMount + " " + dev + " " + pathMount }, QString() } } );
}
foreach ( auto command, commands )
{
const QStringList args = command.first;
const QString stdInput = command.second;
const QString pathRoot = "/";
ProcessResult res
= System::runCommand( System::RunLocation::RunInHost, args, pathRoot, stdInput, chrono::seconds( 600 ) );
if ( res.getExitCode() )
{
return JobResult::error( "Command failed:<br><br>"
"'"
+ args.join( " " )
+ "'<br><br>"
" with output:<br><br>"
"'"
+ res.getOutput() + "'" );
}
}
FillGlobalStorage( m_isFdeEnabled ? cryptDev : dev, pathMount );
return JobResult::ok();
}