LogDoctor/logdoctor/modules/craplog/craplog.cpp

843 lines
29 KiB
C++

#include "craplog.h"
#include "utilities/checks.h"
#include "utilities/gzip.h"
#include "utilities/io.h"
#include "utilities/memory.h"
#include "utilities/printables.h"
#include "utilities/strings.h"
#include "utilities/vectors.h"
#include "modules/dialogs.h"
#include "modules/exceptions.h"
#include "modules/shared.h"
#include "modules/blacklists/blacklists.h"
#include "modules/craplog/modules/donuts.h"
#include "modules/craplog/modules/logs.h"
#include "modules/craplog/modules/workers/lister.h"
#include "modules/craplog/modules/workers/parser.h"
#include <QPainter>
#include <filesystem>
#include <thread>
#include <exception>
#include <ctime>
Craplog::Craplog()
{
////////////////////////
//// INITIALIZATION ////
////////////////////////
// default format strings
this->logs_format_strings.emplace(
WS_APACHE, "" );
this->logs_format_strings.emplace(
WS_NGINX, "" );
this->logs_format_strings.emplace(
WS_IIS, "" );
// initialize formats
this->logs_formats.emplace(
WS_APACHE, LogsFormat() );
this->logs_formats.emplace(
WS_NGINX, LogsFormat() );
this->logs_formats.emplace(
WS_IIS, LogsFormat() );
this->current_log_format = this->logs_formats.at( WS_APACHE );
// apache2 access/error logs location
this->logs_paths.emplace( WS_APACHE, std::string{} );
// nginx access/error logs location
this->logs_paths.emplace( WS_NGINX, std::string{} );
// iis access/error logs location
this->logs_paths.emplace( WS_IIS, std::string{} );
// apache2 access/error log files' names
this->logs_base_names.emplace( WS_APACHE, LogName{ .starts = "access.log.",
.contains = "",
.ends = "" } );
// nginx access/error log files' names
this->logs_base_names.emplace( WS_NGINX, LogName{ .starts = "access.log.",
.contains = "",
.ends = "" });
// iis access/error log files' names
this->logs_base_names.emplace( WS_IIS, LogName{ .starts = "",
.contains = "_ex",
.ends = ".log" });
}
//////////////////
//// SETTINGS ////
DialogsLevel Craplog::getDialogsLevel() const noexcept
{
return this->dialogs_level;
}
void Craplog::setDialogsLevel( const DialogsLevel new_level ) noexcept
{
this->dialogs_level = new_level;
this->hashOps.setDialogLevel( new_level );
}
const std::string& Craplog::getStatsDatabasePath() const noexcept
{
return this->db_stats_path;
}
const std::string& Craplog::getHashesDatabasePath() const noexcept
{
return this->db_hashes_path;
}
void Craplog::setStatsDatabasePath( const std::string& path ) noexcept
{
this->db_stats_path = path + "/collection.db";
}
void Craplog::setHashesDatabasePath( const std::string& path ) noexcept
{
this->db_hashes_path = path + "/hashes.db";
}
size_t Craplog::getWarningSize() const noexcept
{
return this->warning_size;
}
void Craplog::setWarningSize(const size_t new_size ) noexcept
{
this->warning_size = new_size;
}
/////////////////
//// FORMATS ////
// get the logs format string
const std::string& Craplog::getLogsFormatString( const WebServer& web_server ) const noexcept
{
return this->logs_format_strings.at( web_server );
}
// get the logs format
const LogsFormat& Craplog::getLogsFormat(const WebServer& web_server ) const noexcept
{
return this->logs_formats.at( web_server );
}
// set the logs format
bool Craplog::setApacheLogFormat( const std::string& format_string ) noexcept
{
try {
this->logs_formats.at( WS_APACHE ) =
this->formatOps.processApacheFormatString( format_string );
this->logs_format_strings.at( WS_APACHE ) = format_string;
} catch ( LogFormatException& e ) {
DialogSec::errInvalidLogFormatString( e.what() );
return false;
} catch (...) {
DialogSec::errGeneric( DialogSec::tr("An error occured while parsing the format string"), true );
return false;
}
return true;
}
bool Craplog::setNginxLogFormat( const std::string& format_string ) noexcept
{
try {
this->logs_formats.at( WS_NGINX ) =
this->formatOps.processNginxFormatString( format_string );
this->logs_format_strings.at( WS_NGINX ) = format_string;
} catch ( LogFormatException& e ) {
DialogSec::errInvalidLogFormatString( e.what() );
return false;
} catch (...) {
DialogSec::errGeneric( DialogSec::tr("An error occured while parsing the format string"), true );
return false;
}
return true;
}
bool Craplog::setIisLogFormat( const std::string& format_string, const int log_module ) noexcept
{
try {
this->logs_formats.at( WS_IIS ) =
this->formatOps.processIisFormatString( format_string, log_module );
this->logs_format_strings.at( WS_IIS ) = format_string;
this->changeIisLogsBaseNames( log_module );
} catch ( LogFormatException& e ) {
DialogSec::errInvalidLogFormatString( e.what() );
return false;
} catch (...) {
DialogSec::errGeneric( DialogSec::tr("An error occured while parsing the format string"), true );
return false;
}
return true;
}
QString Craplog::getLogsFormatSample( const WebServer& web_server ) const
{
switch ( web_server ) {
case WS_APACHE:
return this->formatOps.getApacheLogSample( this->logs_formats.at( web_server ) );
case WS_NGINX:
return this->formatOps.getNginxLogSample( this->logs_formats.at( web_server ) );
case WS_IIS:
return this->formatOps.getIisLogSample( this->logs_formats.at( web_server ) );
default:
throw WebServerException( "Unexpected WebServer: " + toString(web_server) );
}
}
bool Craplog::checkCurrentLogsFormat() const noexcept
{
if ( this->current_log_format.string.empty() ) {
// format string not set
DialogSec::errLogFormatNotSet( nullptr );
return false;
} else if ( this->current_log_format.fields.empty() ) {
// no field, useless to parse
DialogSec::errLogFormatNoFields( nullptr );
return false;
} else if ( this->current_log_format.separators.size() < this->current_log_format.fields.size()-1 ) {
// at least one separator is missing between two (or more) fields
DialogSec::errLogFormatNoSeparators( nullptr );
return false;
}
return true;
}
// set the current Web Server
void Craplog::setCurrentWebServer( const WebServer web_server ) noexcept
{
this->current_web_server = web_server;
this->setCurrentLogFormat();
}
WebServer Craplog::getCurrentWebServer() const noexcept
{
return this->current_web_server;
}
// set the current access logs format
void Craplog::setCurrentLogFormat() noexcept
{
this->current_log_format = this->logs_formats.at( this->current_web_server );
}
// get the current access logs format
const LogsFormat& Craplog::getCurrentLogFormat() const noexcept
{
return this->current_log_format;
}
///////////////////
//// LOGS PATH ////
const std::string& Craplog::getLogsPath( const WebServer& web_server ) const noexcept
{
return this->logs_paths.at( web_server );
}
void Craplog::setLogsPath( const WebServer& web_server, const std::string& new_path ) noexcept
{
this->logs_paths.at( web_server ) = new_path;
}
///////////////////
//// LOGS LIST ////
// return the size of the list
size_t Craplog::getLogsListSize() const noexcept
{
return this->logs_list.size();
}
// return the current list
const std::vector<LogFile>& Craplog::getLogsList() const noexcept
{
return this->logs_list;
}
// return the LogFile instance of the file matching the given name
const LogFile& Craplog::getLogFileItem( const QString& file_name ) const
{
const auto item{ std::find_if( this->logs_list.begin(), this->logs_list.end(),
[&file_name](const LogFile& file){ return file.name()==file_name; } ) };
if ( item != this->logs_list.end() ) return *item;
// should be unreachable
throw GenericException("File item not found");
}
// set a file as selected
bool Craplog::setLogFileSelected( const QString& file_name ) noexcept
{
const auto item{ std::find_if( this->logs_list.begin(), this->logs_list.end(),
[&file_name](const LogFile& file){ return file.name() == file_name; } ) };
if ( item != this->logs_list.end() ) {
item->setSelected();
return true;
}
return false;
}
void Craplog::clearLogFilesSelection() noexcept
{
std::ignore = std::for_each(
this->logs_list.begin(), this->logs_list.end(),
[]( LogFile& it )
{ if (it.isSelected()) it.setUnselected(); } );
}
// scan the logs path to update the log files list
void Craplog::scanLogsDir()
{
this->logs_list.clear();
// hire the worker
CraplogLister* worker{ new CraplogLister(
this->current_web_server,
this->dialogs_level,
this->logs_paths.at( this->current_web_server ),
this->logs_formats.at( this->current_web_server ),
this->hashOps,
[this]( const std::string& file_name)
{ return this->isFileNameValid( file_name ); }
) };
QThread* worker_thread{ new QThread() };
worker->moveToThread( worker_thread );
// start the worker
connect( worker_thread, &QThread::started,
worker, &CraplogLister::work );
// receive a new log file
connect( worker, &CraplogLister::pushLogFile,
this, &Craplog::appendLogFile );
// show a dialog
connect( worker, &CraplogLister::showDialog,
this, &Craplog::showWorkerDialog );
// worker finished its career
connect( worker, &CraplogLister::done,
this, &Craplog::logsDirScanned );
// plan deleting the worker
connect( worker, &CraplogLister::retire,
worker, &CraplogLister::deleteLater );
// quit the thread
connect( worker, &CraplogLister::retire,
worker_thread, &QThread::quit );
// plan deleting the thread
connect( worker_thread, &QThread::finished,
worker_thread, &QThread::deleteLater );
// make the worker work
worker_thread->start();
}
void Craplog::appendLogFile( const LogFile log_file ) noexcept
{
this->logs_list.push_back( std::move( log_file ) );
emit this->pushLogFile( this->logs_list.back() );
}
void Craplog::logsDirScanned() noexcept
{
emit this->finishedRefreshing();
}
void Craplog::changeIisLogsBaseNames( const int module_id )
{
switch ( module_id ) {
case 0: // W3C
this->logs_base_names.at( WS_IIS ).contains = "_ex"; break;
case 1: // NCSA
this->logs_base_names.at( WS_IIS ).contains = "_nc"; break;
case 2: // IIS
this->logs_base_names.at( WS_IIS ).contains = "_in"; break;
default: // shouldn't be reachable
throw GenericException( "Unexpected LogFormatModule ID: "+std::to_string( module_id ), true ); // leave un-catched
}
}
bool Craplog::isFileNameValid( const std::string& name ) const
{
if ( ! this->logs_base_names.at( this->current_web_server ).starts.empty() ) {
if ( ! StringOps::startsWith( name, this->logs_base_names.at( this->current_web_server ).starts ) ) {
return false;
}
}
if ( ! this->logs_base_names.at( this->current_web_server ).contains.empty() ) {
if ( ! StringOps::contains( name.substr( this->logs_base_names.at( this->current_web_server ).starts.size() ),
this->logs_base_names.at( this->current_web_server ).contains ) ) {
return false;
}
}
if ( ! this->logs_base_names.at( this->current_web_server ).ends.empty() ) {
if ( ! StringOps::endsWith( name, this->logs_base_names.at( this->current_web_server ).ends )
&& ! StringOps::endsWith( name, ".gz" ) ) {
return false;
}
}
switch ( this->current_web_server ) {
case WS_APACHE:
[[fallthrough]];
case WS_NGINX:
{
// further checks for apache / nginx
size_t start, stop;
start = name.rfind(".log." );
if ( start == std::string::npos ) {
return false;
}
start += 5ul;
stop = name.size()-1ul;
if ( StringOps::endsWith( name, ".gz" ) ) {
stop -= 3ul;
}
// serach for incremental numbers
for ( size_t i{start}; i<=stop; ++i ) {
if ( ! CharOps::isNumeric( name.at( i ) ) ) {
return false;
}
}
}break;
case WS_IIS:
{
// further checks for iis
size_t start, stop;
start = name.find( this->logs_base_names.at( WS_IIS ).contains ) + 3ul;
if ( start == std::string::npos ) {
return false;
}
stop = name.size()-5ul; // removing the finel '.log' extension
if ( StringOps::endsWith( name, ".gz" ) ) {
stop -= 3ul;
}
// search for date
std::string date;
for ( size_t i{start}; i<=stop; ++i ) {
if ( ! CharOps::isNumeric( name.at( i ) ) ) {
return false;
}
date.push_back( name.at( i ) );
}
// check if the file has today's date
time_t t;
time( &t );
struct tm* tmp = localtime( &t );
char aux_date[7];
// using strftime to display time
strftime( aux_date, 7, "%y%m%d", tmp );
for ( size_t i{0}; i<6ul; ++i ) {
if ( date.at(i) != aux_date[i] ) {
// different date, valid
return true;
break;
}
}
}break;
default:
throw WebServerException( "Unexpected WebServer: " + toString(this->current_web_server) );
}
return true;
}
///////////////
//// WORKK ////
bool Craplog::checkStuff()
{
this->proceed |= true;
{
const size_t l_size{ this->logs_list.size() };
this->log_files_to_use.clear();
if ( this->log_files_to_use.capacity() < l_size ) {
this->log_files_to_use.reserve( l_size );
}
this->used_files_hashes.clear();
if ( this->used_files_hashes.capacity() < l_size ) {
this->used_files_hashes.reserve( l_size );
}
}
size_t logs_size{ 0ul };
for ( const LogFile& file : this->logs_list ) {
if ( ! file.isSelected() ) {
// not selected, skip
continue;
}
// check if the file has been used already
if ( file.hasBeenUsed() ) {
// already used
QString msg{ file.name() };
if ( this->dialogs_level == DL_EXPLANATORY ) {
msg += "\n" + QString::fromStdString( file.hash() );
}
const int choice = DialogSec::choiceFileAlreadyUsed( msg );
if ( choice == 0 ) {
// choosed to abort all
this->proceed &= false;
return false;
} else if ( choice == 1 ) {
// choosed to discard the file and continue
continue;
} else if ( choice == 2 ) {
// choosed to ignore and use the file anyway
;
} else {
// shouldn't be here
throw GenericException( "Unexpeced value returned: "+std::to_string(choice) );
}
} else {
// not used already, check for duplicates in the same list
if ( VecOps::contains( this->used_files_hashes, file.hash() ) ) {
// appears twice in the list
QString msg{ file.name() };
if ( this->dialogs_level == DL_EXPLANATORY ) {
msg += "\n" + QString::fromStdString( file.hash() );
}
const int choice = DialogSec::choiceDuplicateFile( msg );
if ( choice == 0 ) {
// choosed to abort all
this->proceed &= false;
return false;
} else if ( choice == 1 ) {
// choosed to discard the file and continue
continue;
} else if ( choice == 2 ) {
// choosed to ignore and use the file anyway
;
} else {
// shouldn't be here
throw GenericException( "Unexpeced value returned: "+std::to_string(choice) );
}
}
}
// check if the file respects the warning size
if ( this->warning_size > 0ul ) {
if ( file.size() > this->warning_size ) {
// exceeds the warning size
QString msg{ file.name() };
if ( this->dialogs_level >= DL_NORMAL ) {
msg += QStringLiteral("\n\n%1:\n%2").arg(
DialogSec::tr("Size of the file"),
PrintSec::printableSize( file.size() ) );
if ( this->dialogs_level == DL_EXPLANATORY ) {
msg += QStringLiteral("\n\n%1:\n%2").arg(
DialogSec::tr("Warning size parameter"),
PrintSec::printableSize( this->warning_size ) );
}
}
const int choice = DialogSec::choiceFileSizeWarning( msg );
if ( choice == 0 ) {
// choosed to abort all
this->proceed &= false;
return false;
} else if ( choice == 1 ) {
// choosed to discard the file and continue
continue;
} else if ( choice == 2 ) {
// choosed to ignore and use the file anyway
;
} else {
// shouldn't be here
throw GenericException( "Unexpeced value returned: "+std::to_string(choice) );
}
}
}
// check if the databases are fune
if ( ! CheckSec::checkCollectionDatabase( this->db_stats_path ) ) {
// checks failed, abort
this->proceed &= false;
return false;
}
if ( ! CheckSec::checkHashesDatabase( this->db_hashes_path ) ) {
// checks failed, abort
this->proceed &= false;
return false;
}
this->log_files_to_use.push_back(
std::make_tuple( file.path(), file.hash() )
);
this->used_files_hashes.push_back( file.hash() );
logs_size += file.size();
}
// check if there are enough files to use
if ( this->log_files_to_use.empty() ) {
// no files left, abort
DialogSec::msgNoFileToParse();
this->proceed &= false;
return false;
}
// check if the total size of the files do not exceed the available RAM
if ( logs_size >= MemOps::availableMemory() ) {
// no files left, abort
QString msg;
if ( this->dialogs_level >= DL_NORMAL ) {
msg += QStringLiteral("\n\n%1: %2").arg(
DialogSec::tr("Available memory"),
PrintSec::printableSize( MemOps::availableMemory() ) );
if ( this->dialogs_level == DL_EXPLANATORY ) {
msg += QStringLiteral("\n%1: %2").arg(
DialogSec::tr("Size of the logs"),
PrintSec::printableSize( logs_size ) );
}
}
DialogSec::msgNotEnoughMemory( msg );
this->proceed &= false;
return false;
}
return true;
}
void Craplog::showWorkerDialog( const WorkerDialog dialog_type, const QStringList args ) const noexcept
{
switch ( dialog_type ) {
case WorkerDialog::errGeneric:
DialogSec::errGeneric( args.at(0) );
break;
case WorkerDialog::errDirNotExists:
DialogSec::errDirNotExists( args.at(0) );
break;
case WorkerDialog::errFailedDefiningLogType:
DialogSec::errFailedDefiningLogType( args.at(0) );
break;
case WorkerDialog::errFailedParsingLogs:
DialogSec::errFailedParsingLogs( args.at(0) );
break;
case WorkerDialog::errDatabaseFileNotFound:
DialogSec::errDatabaseNotFound( args.at(0) );
break;
case WorkerDialog::errDatabaseFileNotFile:
DialogSec::errDatabaseNotFile( args.at(0) );
break;
case WorkerDialog::errDatabaseFileNotReadable:
DialogSec::errDatabaseNotReadable( args.at(0) );
break;
case WorkerDialog::errDatabaseFileNotWritable:
DialogSec::errDatabaseNotWritable( args.at(0) );
break;
case WorkerDialog::errDatabaseFailedOpening:
if ( args.size() < 2 ) {
// do not throw, just print to stderr
GenericException{ "call to showWorkerDialog() with invalid number of list items", true };
}
DialogSec::errDatabaseFailedOpening( args.at(0), args.at(1) );
break;
case WorkerDialog::errDatabaseFailedExecuting:
if ( args.size() < 3 ) {
// do not throw, just print to stderr
GenericException{ "call to showWorkerDialog() with invalid number of list items", true };
}
DialogSec::errDatabaseFailedExecuting( args.at(0), args.at(1), args.at(2) );
break;
case WorkerDialog::warnFileNotReadable:
DialogSec::warnFileNotReadable( args.at(0) );
break;
case WorkerDialog::warnEmptyFile:
DialogSec::warnEmptyFile( args.at(0) );
break;
}
}
void Craplog::startWorking( const Blacklists& blacklists )
{
std::unique_lock<std::mutex> lock( this->mutex );
this->proceed |= true;
this->total_lines = 0ul;
this->parsed_lines = 0ul;
this->total_size = 0ul;
this->parsed_size = 0ul;
this->blacklisted_size = 0ul;
// hire a worker
this->hireWorker( blacklists );
}
void Craplog::hireWorker( const Blacklists& blacklists ) const
{
CraplogParser* worker{ new CraplogParser(
this->current_web_server,
this->dialogs_level,
this->db_stats_path,
this->db_hashes_path,
this->logs_formats.at( this->current_web_server ),
blacklists.getConst( this->current_web_server ),
this->log_files_to_use
) };
QThread* worker_thread{ new QThread() };
worker->moveToThread( worker_thread );
// start the worker
connect( worker_thread, &QThread::started,
worker, &CraplogParser::work );
// worker started parsing
connect( worker, &CraplogParser::startedParsing,
this, &Craplog::workerStartedParsing );
// worker finished parsing
connect( worker, &CraplogParser::finishedParsing,
this, &Craplog::workerFinishedParsing );
// receive performance data
connect( worker, &CraplogParser::perfData,
this, &Craplog::updatePerfData );
// receive chart data, only received when worker has done
connect( worker, &CraplogParser::chartData,
this, &Craplog::updateChartData );
// show a dialog
connect( worker, &CraplogParser::showDialog,
this, &Craplog::showWorkerDialog );
// worker finished its career
connect( worker, &CraplogParser::done,
this, &Craplog::stopWorking );
// plan deleting the worker
connect( worker, &CraplogParser::retire,
worker, &CraplogParser::deleteLater );
// quit the thread
connect( worker, &CraplogParser::retire,
worker_thread, &QThread::quit );
// plan deleting the thread
connect( worker_thread, &QThread::finished,
worker_thread, &QThread::deleteLater );
// make the worker work
worker_thread->start();
}
void Craplog::stopWorking( const bool successful )
{
this->db_edited = successful;
if ( successful ) {
// insert the hashes of the used files
try {
this->hashOps.insertUsedHashes( this->db_hashes_path, this->used_files_hashes, this->current_web_server );
} catch (...) {
DialogSec::errFailedInsertUsedHashes();
}
}
emit this->finishedWorking();
}
bool Craplog::editedDatabase() const noexcept
{
return this->db_edited;
}
size_t Craplog::getParsedSize() noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
return this->parsed_size;
}
size_t Craplog::getParsedLines() noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
return this->parsed_lines;
}
QString Craplog::getParsingSpeed() noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
auto stop{ ( is_parsing )
? std::chrono::system_clock::now()
: this->parsing_time_stop };
return PrintSec::printableSpeed(
static_cast<double>(
this->parsed_size ),
static_cast<double>(
std::chrono::duration_cast<std::chrono::milliseconds>(
stop - this->parsing_time_start
).count()
) * 0.001
);
}
void Craplog::workerStartedParsing() noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
this->is_parsing |= true;
this->parsing_time_start = std::chrono::system_clock::now();
}
void Craplog::workerFinishedParsing() noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
this->parsing_time_stop = std::chrono::system_clock::now();
this->is_parsing &= false;
}
bool Craplog::isParsing() const noexcept
{
return this->is_parsing;
}
void Craplog::updatePerfData( const size_t parsed_size, const size_t parsed_lines ) noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
this->parsed_size = parsed_size;
this->parsed_lines = parsed_lines;
}
void Craplog::updateChartData( const size_t total_size, const size_t total_lines, const size_t blacklisted_size ) noexcept
{
std::unique_lock<std::mutex> lock( this->mutex );
this->total_size = total_size;
this->total_lines = total_lines;
this->blacklisted_size = blacklisted_size;
}
void Craplog::makeChart( const QChart::ChartTheme& theme, const std::unordered_map<std::string, QFont>& fonts, QChartView* size_chart ) const
{
const QString
size_chart_name { TR::tr("Logs Size Breakdown") },
ignored_slice_name { TR::tr("Ignored") },
parsed_slice_name { TR::tr("Parsed") },
blacklisted_slice_name { TR::tr("Blacklisted") };
// logs size donut chart
QPieSeries* parsedSize_donut{ new QPieSeries() };
parsedSize_donut->setName( PrintSec::printableSize( this->parsed_size ) );
const size_t parsed_size{ this->parsed_size - this->blacklisted_size };
parsedSize_donut->append(
"P@" + parsed_slice_name + "@" + PrintSec::printableSize( parsed_size ),
static_cast<qreal>( parsed_size ) );
parsedSize_donut->append(
"B@" + blacklisted_slice_name + "@" + PrintSec::printableSize( this->blacklisted_size ),
static_cast<qreal>( this->blacklisted_size ) );
// logs size donut chart
QPieSeries* ignoredSize_donut{ new QPieSeries() };
const size_t ignored_size{ this->total_size - this->parsed_size };
QString printable_ignored_size{ PrintSec::printableSize( ignored_size ) };
ignoredSize_donut->setName( printable_ignored_size );
ignoredSize_donut->append(
"I@#" + ignored_slice_name + "@#" + printable_ignored_size,
static_cast<qreal>( ignored_size ) );
ignoredSize_donut->setLabelsVisible( false );
DonutBreakdown* sizeBreakdown{ new DonutBreakdown() };
sizeBreakdown->setTheme( theme );
sizeBreakdown->setAnimationOptions( QChart::AllAnimations );
sizeBreakdown->setTitle( size_chart_name );
if ( this->proceed && this->total_size > 0ul ) {
sizeBreakdown->legend()->setAlignment( Qt::AlignRight );
sizeBreakdown->addBreakdownSeries( parsedSize_donut, Qt::GlobalColor::darkCyan, fonts.at("main_small") );
sizeBreakdown->addBreakdownSeries( ignoredSize_donut, Qt::GlobalColor::gray, fonts.at("main_small") );
} else {
sizeBreakdown->legend()->setVisible( false );
sizeBreakdown->setTitle("");
}
if ( auto markers{ sizeBreakdown->legend()->markers( ignoredSize_donut ) }; !markers.isEmpty() ) {
markers.first()->setVisible( false );
}
size_chart->setChart( sizeBreakdown );
size_chart->setRenderHint( QPainter::Antialiasing );
}