Example #1
0
void BasePage::printSeries(const Dbo::collection<Dbo::ptr<Seria> >& listseries){
	WTable *seriaTable = new WTable();
	seriaTable->setHeaderCount(1);
	seriaTable->setStyleClass("tablestyle");
	seriaTable->elementAt(0, 0)->addWidget(new WText("<p align='left'> # </p>"));
	seriaTable->elementAt(0, 1)->addWidget(new WText("<p align='left'> Name of seria </p>"));
	seriaTable->elementAt(0, 2)->addWidget(new WText("<p align='left'> Number of books </p>"));
	_pagecontent->addWidget(seriaTable);
	int row=1;
	for (Dbo::collection<Dbo::ptr<Seria> >::const_iterator i = listseries.begin(); i != listseries.end(); ++i){
			Dbo::ptr<Seria> Seria = *i;
			seriaTable->setStyleClass("tablestyle th,td,tr");
			//headers
			seriaTable->elementAt(row, 0)
			->addWidget(new WText(WString::fromUTF8("{1}")
					  .arg(row)));
			//genre
			seriaTable->elementAt(row, 1)
			->addWidget(new WText(WString::fromUTF8(Seria.get()->seria)));
			//num of books in seria
			seriaTable->elementAt(row, 2)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((Seria.get()->numOfBooks))));
			_pagecontent->addWidget(seriaTable);	
			row++;
	}
}
Example #2
0
void BasePage::printAuthors(const Dbo::collection<Dbo::ptr<Author> >& listauthors){
	WTable *authTable = new WTable();
	authTable->setHeaderCount(1);
	authTable->setStyleClass("tablestyle");
	authTable->elementAt(0, 0)->addWidget(new WText("<p align='left'> # </p>"));
	authTable->elementAt(0, 1)->addWidget(new WText("<p align='left'> Full name or pseudo </p>"));
	authTable->elementAt(0, 2)->addWidget(new WText("<p align='left'> Years of life </p>"));
	_pagecontent->addWidget(authTable);
	int row=1;
	for (Dbo::collection<Dbo::ptr<Author> >::const_iterator i = listauthors.begin(); i != listauthors.end(); ++i){
			Dbo::ptr<Author> Author = *i;
			authTable->setStyleClass("tablestyle th,td,tr");
			//headers
			authTable->elementAt(row, 0)
			->addWidget(new WText(WString::fromUTF8("{1}")
					  .arg(row)));
			//name
			authTable->elementAt(row, 1)
			->addWidget(new WText(WString::fromUTF8(Author.get()->name)));
			//authors
			authTable->elementAt(row, 2)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((Author.get()->years))));
			_pagecontent->addWidget(authTable);	
			row++;
	}
}
Example #3
0
/*void BasePage::addAuthor(){
	WContainerWidget *container1 = new WContainerWidget();
	Wt::WTemplate *r = new Wt::WTemplate(Wt::WString::tr("addAuthorForm"));
	
	WLineEdit *editName = new WLineEdit(container1);
	editName->setPlaceholderText("name");
	r->bindWidget("name", editName);
	
	WLineEdit *editYears = new WLineEdit(container1);
	editYears->setPlaceholderText("years");
	r->bindWidget("years", editYears);
				  
	WPushButton *button = new WPushButton("Add author", container1);
	button->setMargin(10, Top | Bottom);
				  
	button->clicked().connect(std::bind([=] () {BookManager am; am.addAuthor("123","2016"); }));
				  
	r->bindWidget("button", button);
	_pagecontent->addWidget(r);
}*/
void BasePage::addMark(const Dbo::collection<Dbo::ptr<Book> >& listaddmark){	
	WTable *table = new WTable();
	table->setHeaderCount(1);
	table->setStyleClass("tablestyle");
	table->elementAt(0, 0)->addWidget(new WText("<p align='left'> # </p>"));
	table->elementAt(0, 1)->addWidget(new WText("<p align='left'> Title of book </p>"));
	table->elementAt(0, 2)->addWidget(new WText("<p align='left'> Author </p>"));
	table->elementAt(0, 3)->addWidget(new WText("<p align='left'> Genre </p>"));
	table->elementAt(0, 4)->addWidget(new WText("<p align='left'> Add your mark </p>"));
	_pagecontent->addWidget(table);
	int row=1;
		for (Dbo::collection<Dbo::ptr<Book> >::const_iterator i = listaddmark.begin(); i != listaddmark.end(); ++i){
			Dbo::ptr<Book> book = *i;
			table->setStyleClass("tablestyle th,td,tr");
			//headers
			table->elementAt(row, 0)
			->addWidget(new WText(WString::fromUTF8("{1}")
					  .arg(row)));
			//titles
			table->elementAt(row, 1)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg(book.get()->title)));
			//authors
			table->elementAt(row, 2)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((book.get()->author.get()->name))));
			//genres
			table->elementAt(row, 3)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((book.get()->genre.get()->genre))));
			//add mark
			WLineEdit *editAddMark = new WLineEdit(table->elementAt(row,4));
			editAddMark->setPlaceholderText("Add mark");
			table->elementAt(row, 4)
			->addWidget(editAddMark);
			table->elementAt(row, 4)
			->addWidget(new WText("<br></br>"));
			WPushButton *button = new WPushButton("Add mark", table->elementAt(row,4));
			button->setMargin(10, Top | Bottom);
			table->elementAt(row, 4)
			->addWidget(button);
			/*button->clicked().connect(std::bind([] ( Dbo::ptr<Book> book) {
						BookManager bm;
						std::cout<<book.get()->title; 
						int curMark=book.get()->mark; 
						int curNumMarks=book.get()->numMarks; 	
						bm.refreshRate(book.get()->id, curMark+5, curNumMarks+1, session);												
			},*i ));*/
			row++;
			_pagecontent->addWidget(table);	
		}
}
Example #4
0
void BasePage::printTop10( const Dbo::collection<Dbo::ptr<Book> >& top10){
	//setContentText("top10");
	// # creating table
	WTable *table = new WTable();
	table->setHeaderCount(1);
	table->setStyleClass("tablestyle");
	table->elementAt(0, 0)->addWidget(new WText("<p align='left'> # </p>"));
	table->elementAt(0, 1)->addWidget(new WText("<p align='left'> Title of book </p>"));
	table->elementAt(0, 2)->addWidget(new WText("<p align='left'> Author </p>"));
	table->elementAt(0, 3)->addWidget(new WText("<p align='left'> Genre </p>"));
	table->elementAt(0, 4)->addWidget(new WText("<p align='left'> Mark </p>"));
	_pagecontent->addWidget(table);
	int row=1;
		for (Dbo::collection<Dbo::ptr<Book> >::const_iterator i = top10.begin(); i != top10.end(); ++i){
			Dbo::ptr<Book> Book = *i;
			table->setStyleClass("tablestyle th,td,tr");
			//headers
			table->elementAt(row, 0)
			->addWidget(new WText(WString::fromUTF8("{1}")
					  .arg(row)));
			//titles
			table->elementAt(row, 1)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg(Book.get()->title)));
			//authors
			table->elementAt(row, 2)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((Book.get()->author.get()->name))));
			//genres
			table->elementAt(row, 3)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((Book.get()->genre.get()->genre))));
			//marks
			table->elementAt(row, 4)
			->addWidget(new WText(WString::fromUTF8("{1}")
				      .arg((Book.get()->mark))));
			_pagecontent->addWidget(table);	
			row++;
		}
}
Example #5
0
void BasePage::printGenres(const Dbo::collection<Dbo::ptr<Genre> >& listgenres){
	WTable *genreTable = new WTable();
	genreTable->setHeaderCount(1);
	genreTable->setStyleClass("tablestyle");
	genreTable->elementAt(0, 0)->addWidget(new WText("<p align='left'> # </p>"));
	genreTable->elementAt(0, 1)->addWidget(new WText("<p align='left'> Types og genres </p>"));
	_pagecontent->addWidget(genreTable);
	int row=1;
	for (Dbo::collection<Dbo::ptr<Genre> >::const_iterator i = listgenres.begin(); i != listgenres.end(); ++i){
			Dbo::ptr<Genre> Genre = *i;
			genreTable->setStyleClass("tablestyle th,td,tr");
			//headers
			genreTable->elementAt(row, 0)
			->addWidget(new WText(WString::fromUTF8("{1}")
					  .arg(row)));
			//genre
			genreTable->elementAt(row, 1)
			->addWidget(new WText(WString::fromUTF8(Genre.get()->genre)));
			_pagecontent->addWidget(genreTable);	
			row++;
	}
}
Example #6
0
void SysMon::Impl::RefreshResourceUsage()
{
    sg_cpu_percents *cpuPercents;
    sg_mem_stats *memStats;
    sg_swap_stats *swapStats;
    sg_host_info *hostInfo;
    sg_disk_io_stats *diskIoStats;
    sg_network_io_stats *networkIoStats;

    std::size_t cpuPercentsEntries = 0;
    std::size_t memStatsEntries = 0;
    std::size_t swapStatsEntries = 0;
    std::size_t hostInfoEntries = 0;
    std::size_t diskIoStatsEntries = 0;
    std::size_t networkIoStatsEntries = 0;


    /// Get the host info
    if ((hostInfo = sg_get_host_info(&hostInfoEntries)) != NULL) {
        HostInfoDiv->clear();

        WTable *hostTable = new WTable(HostInfoDiv);
        hostTable->setStyleClass("table table-hover");
        hostTable->setHeaderCount(1, Orientation::Horizontal);

        hostTable->elementAt(0, 0)->addWidget(new WText(tr("system-monitor-host-info-os-name")));
        hostTable->elementAt(0, 1)->addWidget(new WText(tr("system-monitor-host-info-os-release")));
        hostTable->elementAt(0, 2)->addWidget(new WText(tr("system-monitor-host-info-os-version")));
        hostTable->elementAt(0, 3)->addWidget(new WText(tr("system-monitor-host-info-platform")));
        hostTable->elementAt(0, 4)->addWidget(new WText(tr("system-monitor-host-info-hostname")));
        hostTable->elementAt(0, 5)->addWidget(new WText(tr("system-monitor-host-info-bitwidth")));
        hostTable->elementAt(0, 6)->addWidget(new WText(tr("system-monitor-host-info-host-state")));
        hostTable->elementAt(0, 7)->addWidget(new WText(tr("system-monitor-host-info-ncpus")));
        hostTable->elementAt(0, 8)->addWidget(new WText(tr("system-monitor-host-info-maxcpus")));
        hostTable->elementAt(0, 9)->addWidget(new WText(tr("system-monitor-host-info-uptime")));
        hostTable->elementAt(0, 10)->addWidget(new WText(tr("system-monitor-host-info-systime")));

        hostTable->elementAt(1, 0)->addWidget(new WText(WString(hostInfo->os_name)));
        hostTable->elementAt(1, 1)->addWidget(new WText(WString(hostInfo->os_release)));
        hostTable->elementAt(1, 2)->addWidget(new WText(WString(hostInfo->os_version)));
        hostTable->elementAt(1, 3)->addWidget(new WText(WString(hostInfo->platform)));
        hostTable->elementAt(1, 4)->addWidget(new WText(WString(hostInfo->hostname)));
        hostTable->elementAt(1, 5)->addWidget(new WText(lexical_cast<string>(hostInfo->bitwidth)));
        hostTable->elementAt(1, 6)->addWidget(new WText(lexical_cast<string>(HostState[hostInfo->host_state])));
        hostTable->elementAt(1, 7)->addWidget(new WText(lexical_cast<string>(hostInfo->ncpus)));
        hostTable->elementAt(1, 8)->addWidget(new WText(lexical_cast<string>(hostInfo->maxcpus)));
        hostTable->elementAt(1, 9)->addWidget(new WText(lexical_cast<string>(hostInfo->uptime)));
        hostTable->elementAt(1, 10)->addWidget(new WText(lexical_cast<string>(hostInfo->systime)));
    }

    /// Shift and fill the CPU usage cache and model
    if ((cpuPercents = sg_get_cpu_percents(&cpuPercentsEntries)) != NULL) {
        CpuInstant cpuInstant;
        cpuInstant[Cpu::User] = cpuPercents->user;
        cpuInstant[Cpu::Kernel] = cpuPercents->kernel;
        cpuInstant[Cpu::Idle] = cpuPercents->idle;
        cpuInstant[Cpu::IoWait] = cpuPercents->iowait;
        cpuInstant[Cpu::Swap] = cpuPercents->swap;
        cpuInstant[Cpu::Nice] = cpuPercents->nice;

        CpuUsageCache.push_back(cpuInstant);
        CpuUsageCache.pop_front();

        int i = 0;
        for (std::list<CpuInstant>::const_iterator it =
             CpuUsageCache.begin(); it != CpuUsageCache.end(); ++it) {
            cpuInstant = *it;
            CpuUsageModel->setData(i, 0, cpuInstant[Cpu::User]);
            CpuUsageModel->setData(i, 1, cpuInstant[Cpu::Kernel]);
            CpuUsageModel->setData(i, 2, cpuInstant[Cpu::Idle]);
            CpuUsageModel->setData(i, 3, cpuInstant[Cpu::IoWait]);
            CpuUsageModel->setData(i, 4, cpuInstant[Cpu::Swap]);
            CpuUsageModel->setData(i, 5, cpuInstant[Cpu::Nice]);
            CpuUsageModel->setData(i, 6, i);
            ++i;
        }
    }


    /// Shift and fill the memory usage cache and model
    if(((memStats = sg_get_mem_stats(&memStatsEntries)) != NULL)) {
        MemoryInstant memoryInstant;
        memoryInstant[Memory::Total] = 100.0;
        memoryInstant[Memory::Free] = 100.0 * memStats->free / memStats->total;
        memoryInstant[Memory::Used] = 100.0 * memStats->used / memStats->total;
        memoryInstant[Memory::Cache] = 100.0 * memStats->cache / memStats->total;

        MemoryUsageCache.push_back(memoryInstant);
        MemoryUsageCache.pop_front();

        MemoryUsageModel->setHeaderData(
                    0, WString::fromUTF8("{1} {2}")
                    .arg(Utility::CalculateSize(memStats->total))
                    .arg(tr("system-monitor-memory-stats-total")));
        MemoryUsageModel->setHeaderData(
                    1, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg(Utility::CalculateSize(memStats->free))
                    .arg((wformat(L"%.1f") % memoryInstant[Memory::Free]).str())
                .arg(tr("system-monitor-memory-stats-free"))
                );
        MemoryUsageModel->setHeaderData(
                    2, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg((Utility::CalculateSize(memStats->used)))
                    .arg((wformat(L"%.1f") % memoryInstant[Memory::Used]).str())
                .arg(tr("system-monitor-memory-stats-used"))
                );
        MemoryUsageModel->setHeaderData(
                    3, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg(Utility::CalculateSize(memStats->cache))
                    .arg((wformat(L"%.1f") % memoryInstant[Memory::Cache]).str())
                .arg(tr("system-monitor-memory-stats-cache"))
                );

        int i = 0;
        for (std::list<MemoryInstant>::const_iterator it =
             MemoryUsageCache.begin(); it != MemoryUsageCache.end(); ++it) {
            memoryInstant = *it;
            MemoryUsageModel->setData(i, 0, memoryInstant[Memory::Total]);
            MemoryUsageModel->setData(i, 1, memoryInstant[Memory::Free]);
            MemoryUsageModel->setData(i, 2, memoryInstant[Memory::Used]);
            MemoryUsageModel->setData(i, 3, memoryInstant[Memory::Cache]);
            MemoryUsageModel->setData(i, 4, i);
            ++i;
        }
    }


    /// Shift and fill the swap usage cache and model
    if(((swapStats = sg_get_swap_stats(&swapStatsEntries)) != NULL)) {
        SwapInstant swapInstant;
        swapInstant[Swap::Total] = 100.0;
        swapInstant[Swap::Used] = 100.0 * swapStats->used / swapStats->total;
        swapInstant[Swap::Free] = 100.0 * swapStats->free / swapStats->total;

        SwapUsageCache.push_back(swapInstant);
        SwapUsageCache.pop_front();

        SwapUsageModel->setHeaderData(
                    0, WString::fromUTF8("{1} {2}")
                    .arg(Utility::CalculateSize(swapStats->total))
                    .arg(tr("system-monitor-swap-stats-total")));
        SwapUsageModel->setHeaderData(
                    1, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg((Utility::CalculateSize(swapStats->used)))
                    .arg((wformat(L"%.1f") % (!isnan(swapInstant[Swap::Used]) ? swapInstant[Swap::Used] : 0.0)).str())
                .arg(tr("system-monitor-swap-stats-used"))
                );
        SwapUsageModel->setHeaderData(
                    2, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg(Utility::CalculateSize(swapStats->free))
                    .arg((wformat(L"%.1f") % (!isnan(swapInstant[Swap::Free]) ? swapInstant[Swap::Free] : 0.0)).str())
                .arg(tr("system-monitor-swap-stats-free"))
                );

        int i = 0;
        for (std::list<SwapInstant>::const_iterator it =
             SwapUsageCache.begin(); it != SwapUsageCache.end(); ++it) {
            swapInstant = *it;
            SwapUsageModel->setData(i, 0, swapInstant[Swap::Total]);
            SwapUsageModel->setData(i, 1, swapInstant[Swap::Used]);
            SwapUsageModel->setData(i, 2, swapInstant[Swap::Free]);
            SwapUsageModel->setData(i, 3, i);
            ++i;
        }
    }


    /// Shift and fill the virtual memory usage cache and model
    if (memStatsEntries > 0 && swapStatsEntries > 0) {
        unsigned long long total;
        unsigned long long used;
        unsigned long long free;

        if (!isnan(100.0 * swapStats->total / swapStats->total))
            total = memStats->total + swapStats->total;
        else
            total = memStats->total;

        if (!isnan(100.0 * swapStats->used / swapStats->total))
            used = memStats->used + swapStats->used;
        else
            used = memStats->used;

        if (!isnan(100.0 * swapStats->free / swapStats->total))
            free = memStats->free + swapStats->free;
        else
            free = memStats->free;


        VirtualMemoryInstant virtualMemoryInstant;
        virtualMemoryInstant[VirtualMemory::Total] = 100.0;
        virtualMemoryInstant[VirtualMemory::Used] = 100.0 * used / total;
        virtualMemoryInstant[VirtualMemory::Free] = 100.0 * free / total;

        VirtualMemoryUsageCache.push_back(virtualMemoryInstant);
        VirtualMemoryUsageCache.pop_front();

        VirtualMemoryUsageModel->setHeaderData(
                    0, WString::fromUTF8("{1} {2}")
                    .arg(Utility::CalculateSize(total))
                    .arg(tr("system-monitor-virtual-memory-stats-total")));
        VirtualMemoryUsageModel->setHeaderData(
                    1, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg((Utility::CalculateSize(used)))
                    .arg((wformat(L"%.1f") % virtualMemoryInstant[VirtualMemory::Used]).str())
                .arg(tr("system-monitor-virtual-memory-stats-used"))
                );
        VirtualMemoryUsageModel->setHeaderData(
                    2, WString::fromUTF8("{1} ({2}%) {3}")
                    .arg(Utility::CalculateSize(free))
                    .arg((wformat(L"%.1f") % virtualMemoryInstant[VirtualMemory::Free]).str())
                .arg(tr("system-monitor-virtual-memory-stats-free"))
                );

        int i = 0;
        for (std::list<VirtualMemoryInstant>::const_iterator it =
             VirtualMemoryUsageCache.begin(); it != VirtualMemoryUsageCache.end(); ++it) {
            virtualMemoryInstant = *it;
            VirtualMemoryUsageModel->setData(i, 0, virtualMemoryInstant[VirtualMemory::Total]);
            VirtualMemoryUsageModel->setData(i, 1, virtualMemoryInstant[VirtualMemory::Used]);
            VirtualMemoryUsageModel->setData(i, 2, virtualMemoryInstant[VirtualMemory::Free]);
            VirtualMemoryUsageModel->setData(i, 3, i);
            ++i;
        }
    }


    /// Get the disk info
    DiskInfoDiv->clear();

    size_t diskTotalRead = 0;
    size_t diskTotalWrite = 0;

    WTable *diskTable = new WTable(DiskInfoDiv);
    diskTable->setStyleClass("table table-hover");
    diskTable->setHeaderCount(1, Orientation::Horizontal);

    diskTable->elementAt(0, 0)->addWidget(new WText(tr("system-monitor-disk-io-stats-disk-name")));
    diskTable->elementAt(0, 1)->addWidget(new WText(tr("system-monitor-disk-io-stats-read-bytes")));
    diskTable->elementAt(0, 2)->addWidget(new WText(tr("system-monitor-disk-io-stats-write-bytes")));
    diskTable->elementAt(0, 3)->addWidget(new WText(tr("system-monitor-disk-io-stats-systime")));

    if ((diskIoStats = sg_get_disk_io_stats_diff(&diskIoStatsEntries)) != NULL) {
        for (size_t i = 0; i < diskIoStatsEntries; ++i) {
            diskTable->elementAt((int)i + 1, 0)->addWidget(new WText(lexical_cast<string>(diskIoStats->disk_name)));
            diskTable->elementAt((int)i + 1, 1)->addWidget(new WText(WString(L"{1}")
                                                                     .arg(Utility::CalculateSize(diskIoStats->read_bytes))));
            diskTable->elementAt((int)i + 1, 2)->addWidget(new WText(WString(L"{1}")
                                                                     .arg(Utility::CalculateSize(diskIoStats->write_bytes))));
            diskTable->elementAt((int)i + 1, 3)->addWidget(new WText(lexical_cast<string>((long)diskIoStats->systime)));

            diskTotalRead += diskIoStats->read_bytes;
            diskTotalWrite += diskIoStats->write_bytes;

            ++diskIoStats;
        }

        diskTable->elementAt((int)diskIoStatsEntries + 1, 0)->addWidget(new WText(tr("system-monitor-disk-io-stats-total")));
        diskTable->elementAt((int)diskIoStatsEntries + 1, 1)->addWidget(new WText(WString(L"{1}")
                                                                                  .arg(Utility::CalculateSize(diskTotalRead))));
        diskTable->elementAt((int)diskIoStatsEntries + 1, 2)->addWidget(new WText(WString(L"{1}")
                                                                                  .arg(Utility::CalculateSize(diskTotalWrite))));
        diskTable->elementAt((int)diskIoStatsEntries + 1, 3)->addWidget(new WText("-"));
    }

    /// Get the netowrk info
    NetworkInfoDiv->clear();

    size_t networkTotalRx = 0;
    size_t networkTotalTx = 0;
    size_t networkTotalPacketsIn = 0;
    size_t networkTotalPacketsOut = 0;
    size_t networkTotalErrorsIn = 0;
    size_t networkTotalErrorsOut = 0;
    size_t networkTotalCollisions = 0;

    WTable *networkTable = new WTable(NetworkInfoDiv);
    networkTable->setStyleClass("table table-hover");
    networkTable->setHeaderCount(1, Orientation::Horizontal);

    networkTable->elementAt(0, 0)->addWidget(new WText(tr("system-monitor-network-io-stats-interface_name")));
    networkTable->elementAt(0, 1)->addWidget(new WText(tr("system-monitor-network-io-stats-tx")));
    networkTable->elementAt(0, 2)->addWidget(new WText(tr("system-monitor-network-io-stats-rx")));
    networkTable->elementAt(0, 3)->addWidget(new WText(tr("system-monitor-network-io-stats-ipackets")));
    networkTable->elementAt(0, 4)->addWidget(new WText(tr("system-monitor-network-io-stats-opackets")));
    networkTable->elementAt(0, 5)->addWidget(new WText(tr("system-monitor-network-io-stats-ierrors")));
    networkTable->elementAt(0, 6)->addWidget(new WText(tr("system-monitor-network-io-stats-oerrors")));
    networkTable->elementAt(0, 7)->addWidget(new WText(tr("system-monitor-network-io-stats-collisions")));
    networkTable->elementAt(0, 8)->addWidget(new WText(tr("system-monitor-network-io-stats-systime")));

    if ((networkIoStats = sg_get_network_io_stats_diff(&networkIoStatsEntries)) != NULL) {
        for (size_t i = 0; i < networkIoStatsEntries; ++i) {
            networkTable->elementAt((int)i + 1, 0)->addWidget(new WText(lexical_cast<string>(networkIoStats->interface_name)));
            networkTable->elementAt((int)i + 1, 1)->addWidget(new WText(WString(L"{1}")
                                                                        .arg(Utility::CalculateSize(networkIoStats->tx))));
            networkTable->elementAt((int)i + 1, 2)->addWidget(new WText(WString(L"{1}")
                                                                        .arg(Utility::CalculateSize(networkIoStats->rx))));
            networkTable->elementAt((int)i + 1, 3)->addWidget(new WText(lexical_cast<string>(networkIoStats->ipackets)));
            networkTable->elementAt((int)i + 1, 4)->addWidget(new WText(lexical_cast<string>(networkIoStats->opackets)));
            networkTable->elementAt((int)i + 1, 5)->addWidget(new WText(lexical_cast<string>(networkIoStats->ierrors)));
            networkTable->elementAt((int)i + 1, 6)->addWidget(new WText(lexical_cast<string>(networkIoStats->oerrors)));
            networkTable->elementAt((int)i + 1, 7)->addWidget(new WText(lexical_cast<string>(networkIoStats->collisions)));
            networkTable->elementAt((int)i + 1, 8)->addWidget(new WText(lexical_cast<string>((long)networkIoStats->systime)));

            networkTotalTx += networkIoStats->tx;
            networkTotalRx += networkIoStats->rx;
            networkTotalPacketsIn += networkIoStats->ipackets;
            networkTotalPacketsOut += networkIoStats->opackets;
            networkTotalErrorsIn += networkIoStats->ierrors;
            networkTotalErrorsOut += networkIoStats->oerrors;
            networkTotalCollisions += networkIoStats->collisions;

            new WBreak(NetworkInfoDiv);

            ++networkIoStats;
        }

        networkTable->elementAt((int)networkIoStatsEntries + 1, 0)->addWidget(new WText(tr("system-monitor-network-io-stats-total")));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 1)->addWidget(new WText(WString(L"{1}")
                                                                                        .arg(Utility::CalculateSize(networkTotalTx))));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 2)->addWidget(new WText(WString(L"{1}")
                                                                                        .arg(Utility::CalculateSize(networkTotalRx))));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 3)->addWidget(new WText(lexical_cast<string>(networkTotalPacketsIn)));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 4)->addWidget(new WText(lexical_cast<string>(networkTotalPacketsOut)));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 5)->addWidget(new WText(lexical_cast<string>(networkTotalErrorsIn)));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 6)->addWidget(new WText(lexical_cast<string>(networkTotalErrorsOut)));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 7)->addWidget(new WText(lexical_cast<string>(networkTotalCollisions)));
        networkTable->elementAt((int)networkIoStatsEntries + 1, 8)->addWidget(new WText("-"));

        new WBreak(NetworkInfoDiv);
    }
}
Example #7
0
void HighScoresWidget::update()
{
  clear();
  
  new WText("<h2>Hall of fame</h2>", this);
  
  int ranking = session_->findRanking();
  
  std::string yourScore;
  if (ranking == 1)
    yourScore = "Congratulations! You are currently leading the pack.";
  else {
    yourScore = "You are currently ranked number "
      + boost::lexical_cast<std::string>(ranking)
      + ". Almost there !";
  }

  WText *score = new WText("<p>" + yourScore + "</p>", this);
  score->addStyleClass("score");
  
  std::vector<User> top = session_->topUsers(20);

  WTable *table = new WTable(this);

  new WText("Rank", table->elementAt(0, 0));
  new WText("User", table->elementAt(0, 1));
  new WText("Games", table->elementAt(0, 2));
  new WText("Score", table->elementAt(0, 3));
  new WText("Last game", table->elementAt(0, 4));
  table->setHeaderCount(1);

  int formerScore = -1;
  int rank = 0;
  for (unsigned i = 0; i < top.size(); i++) {
    User u = top[i];

    if (u.score != formerScore) {
      formerScore = u.score;
      ++rank;
    }
    
    int row = table->rowCount();
    new WText(boost::lexical_cast<std::string>(rank),
	      table->elementAt(row, 0));
    new WText(u.name, table->elementAt(row, 1));
    new WText(boost::lexical_cast<std::string>(u.gamesPlayed),
	      table->elementAt(row, 2));
    new WText(boost::lexical_cast<std::string>(u.score),
	      table->elementAt(row, 3));
    if (!u.lastGame.isNull())
      new WText(u.lastGame.timeTo(WDateTime::currentDateTime())
		+ " ago", table->elementAt(row, 4));
    else
      new WText("---", table->elementAt(row, 4));
    
    if (session_->login().loggedIn() && session_->userName() == u.name)
      table->rowAt(row)->setId("self");
  }

  WText *fineprint = new WText(tr("highscore.info"), this);
  fineprint->addStyleClass("fineprint");
}
void CmsSubscribers::Impl::FillDataTable(const CmsSubscribers::Impl::Table &tableType)
{
    try {
        SubscribersTableContainer->clear();

        WTable *table = new WTable(SubscribersTableContainer);
        table->setStyleClass("table table-striped table-hover");
        table->setHeaderCount(1, Orientation::Horizontal);

        table->elementAt(0, 0)->addWidget(new WText(tr("cms-subscribers-no")));
        table->elementAt(0, 1)->addWidget(new WText(tr("cms-subscribers-inbox")));
        table->elementAt(0, 2)->addWidget(new WText(tr("cms-subscribers-subscription")));
        table->elementAt(0, 3)->addWidget(new WText(tr("cms-subscribers-pending-confirm")));
        table->elementAt(0, 4)->addWidget(new WText(tr("cms-subscribers-pending-cancel")));
        table->elementAt(0, 5)->addWidget(new WText(tr("cms-subscribers-join-date")));
        table->elementAt(0, 6)->addWidget(new WText(tr("cms-subscribers-update-date")));
        table->elementAt(0, 7)->addWidget(new WText(tr("cms-subscribers-uuid")));

        result r;
        switch (tableType) {
        case Table::All:
            r = Pool::Database()->Sql()
                    << (format("SELECT inbox, uuid, subscription, pending_confirm, pending_cancel, join_date, update_date"
                               " FROM \"%1%\" ORDER BY inbox COLLATE \"en_US.UTF-8\" ASC;")
                        % Pool::Database()->GetTableName("SUBSCRIBERS")).str();
            break;
        case Table::EnFa:
            r = Pool::Database()->Sql()
                    << (format("SELECT inbox, uuid, subscription, pending_confirm, pending_cancel, join_date, update_date"
                               " FROM \"%1%\" WHERE subscription = 'en_fa' ORDER BY inbox COLLATE \"en_US.UTF-8\" ASC;")
                        % Pool::Database()->GetTableName("SUBSCRIBERS")).str();
            break;
        case Table::En:
            r = Pool::Database()->Sql()
                    << (format("SELECT inbox, uuid, subscription, pending_confirm, pending_cancel, join_date, update_date"
                               " FROM \"%1%\" WHERE subscription = 'en' ORDER BY inbox COLLATE \"en_US.UTF-8\" ASC;")
                        % Pool::Database()->GetTableName("SUBSCRIBERS")).str();
            break;
        case Table::Fa:
            r = Pool::Database()->Sql()
                    << (format("SELECT inbox, uuid, subscription, pending_confirm, pending_cancel, join_date, update_date"
                               " FROM \"%1%\" WHERE subscription = 'fa' ORDER BY inbox COLLATE \"en_US.UTF-8\" ASC;")
                        % Pool::Database()->GetTableName("SUBSCRIBERS")).str();
            break;
        case Table::Inactive:
            r = Pool::Database()->Sql()
                    << (format("SELECT inbox, uuid, subscription, pending_confirm, pending_cancel, join_date, update_date"
                               " FROM \"%1%\" WHERE subscription = 'none' ORDER BY inbox COLLATE \"en_US.UTF-8\" ASC;")
                        % Pool::Database()->GetTableName("SUBSCRIBERS")).str();
            break;
        }

        int i = 0;
        while(r.next()) {
            ++i;
            string inbox;
            string uuid;
            string subscription;
            string pending_confirm;
            string pending_cancel;
            string join_date;
            string update_date;

            r >> inbox >> uuid >> subscription >> pending_confirm >> pending_cancel >> join_date >> update_date;

            WString subscriptionTypeName;
            WString pendingConfirmTypeName;
            WString pendingCancelTypeName;

            this->GetSubscriptionTypeName(subscription, subscriptionTypeName);
            this->GetSubscriptionTypeName(pending_confirm, pendingConfirmTypeName);
            this->GetSubscriptionTypeName(pending_cancel, pendingCancelTypeName);

            WString joinDate;
            WString updateDate;

            this->GetDate(join_date, joinDate);
            this->GetDate(join_date, updateDate);

            table->elementAt(i, 0)->addWidget(new WText(WString::fromUTF8(lexical_cast<string>(i))));
            table->elementAt(i, 1)->addWidget(new WText(WString::fromUTF8(inbox)));
            table->elementAt(i, 2)->addWidget(new WText(subscriptionTypeName));
            table->elementAt(i, 3)->addWidget(new WText(pendingConfirmTypeName));
            table->elementAt(i, 4)->addWidget(new WText(pendingCancelTypeName));
            table->elementAt(i, 5)->addWidget(new WText(joinDate));
            table->elementAt(i, 6)->addWidget(new WText(updateDate));
            table->elementAt(i, 7)->addWidget(new WText(WString::fromUTF8(uuid)));
        }
    }

    catch (boost::exception &ex) {
        LOG_ERROR(boost::diagnostic_information(ex));
    }

    catch (std::exception &ex) {
        LOG_ERROR(ex.what());
    }

    catch (...) {
        LOG_ERROR(UNKNOWN_ERROR);
    }
}