// Gets the comma formatted score of the i-th entry.
string HighScores::GetScore(Uint32 i)
{
multimap<Uint32, string, std::greater<Uint32> >::iterator itr = m_table.begin();
Uint32 j = 0;
while (j < i)
{
itr++;
++j;
}
return AddCommas(itr->first);
}
LRESULT CSimpleGraph::OnMouseHover(WPARAM, LPARAM lp)
{
CPoint pt(LOWORD(lp), HIWORD(lp)); // client window coords
CHexEditView *pv = GetView();
ASSERT(pv != NULL);
m_bar = get_bar(pt);
if (m_bar > -1 && !m_tip.IsWindowVisible())
{
// Update the tip info
m_tip.Clear();
CString ss;
if (theApp.hex_ucase_)
ss.Format("Byte: %d [%02.2Xh] %s", m_bar, m_bar, pv->DescChar(m_bar));
else
ss.Format("Byte: %d [%02.2xh] %s", m_bar, m_bar, pv->DescChar(m_bar));
m_tip.AddString(ss);
char buf[32]; // used with sprintf (CString::Format can't handle __int64)
sprintf(buf, "%I64d", m_val[m_bar]);
ss = buf;
AddCommas(ss);
m_tip.AddString("Count: " +ss);
// Work out the tip window display position and move the tip window there
CPoint tip_pt = pt + CSize(16, 16);
ClientToScreen(&tip_pt);
m_tip.Move(tip_pt, false);
m_tip.Show();
track_mouse(TME_LEAVE);
return 0; // return 0 to say we processed it
}
return 1;
}
void SetReportInfo (HWND Dlg, DefragReport &Report, uint32 BytesDivisor, const wchar_t *BytesUnits, bool Fractional)
{
wchar_t Text[1000];
wchar_t Text2[1000];
wchar_t Text3[1000];
memset (Text, 0, sizeof (Text));
// Volume name
SetDlgItemText (Dlg, IDC_DRIVELETTER, Report.RootPath.c_str());
// Volume label
SetDlgItemText (Dlg, IDC_VOLUMELABEL, Defrag->GetVolume().GetVolumeInfo().Name.c_str());
// Volume Serial
SetDlgItemText (Dlg, IDC_VOLUMESERIAL, Defrag->GetVolume().GetVolumeInfo().Serial.c_str());
// File System
SetDlgItemText (Dlg, IDC_FILESYSTEM, Defrag->GetVolume().GetVolumeInfo().FileSystem.c_str());
// DiskSizeBytes
if (Fractional)
{
swprintf (Text, L"%.2f %s", (double)(signed)(Report.DiskSizeBytes /
(BytesDivisor / 1024)) / 1024.0, BytesUnits);
}
else
{
AddCommas (Text, Report.DiskSizeBytes / BytesDivisor);
wcscat (Text, L" ");
wcscat (Text, BytesUnits);
}
SetDlgItemText (Dlg, IDC_DISKSIZEBYTES, Text);
// DiskFreeBytes
if (Fractional)
{
swprintf (Text, L"%.2f %s", (double)(signed)(Defrag->GetVolume().GetVolumeInfo().FreeBytes /
(BytesDivisor / 1024)) / 1024.0, BytesUnits);
}
else
{
AddCommas (Text, Defrag->GetVolume().GetVolumeInfo().FreeBytes / BytesDivisor);
wcscat (Text, L" ");
wcscat (Text, BytesUnits);
}
SetDlgItemText (Dlg, IDC_DISKFREEBYTES, Text);
// DiskSizeClusters
AddCommas (Text, Defrag->GetVolume().GetVolumeInfo().ClusterCount);
wcscat (Text, L" clusters");
SetDlgItemText (Dlg, IDC_DISKSIZECLUSTERS, Text);
// DiskClusterSize
swprintf (Text, L"%u bytes", Defrag->GetVolume().GetVolumeInfo().ClusterSize);
SetDlgItemText (Dlg, IDC_DISKCLUSTERSIZE, Text);
// DirsCount
AddCommas (Text, Report.DirsCount);
SetDlgItemText (Dlg, IDC_DIRSCOUNT, Text);
// FilesCount
AddCommas (Text, Report.FilesCount);
SetDlgItemText (Dlg, IDC_FILESCOUNT, Text);
// FilesFragged
swprintf (Text, L"(%.2f%%)", Report.PercentFragged);
AddCommas (Text2, Report.FraggedFiles.size());
swprintf (Text3, L"%s %s", Text, Text2);
SetDlgItemText (Dlg, IDC_FILESFRAGGED, Text3);
// Average Frags
swprintf (Text, L"%.2f", Report.AverageFragments);
SetDlgItemText (Dlg, IDC_AVERAGEFRAGS, Text);
// FilesSizeBytes
if (Fractional)
{
swprintf (Text, L"%.2f %s", (double)(signed)(Report.FilesSizeBytes /
(BytesDivisor / 1024)) / 1024.0, BytesUnits);
}
else
{
AddCommas (Text, Report.FilesSizeBytes / (uint64)BytesDivisor);
wcscat (Text, L" ");
wcscat (Text, BytesUnits);
}
SetDlgItemText (Dlg, IDC_FILESSIZEBYTES, Text);
// Files SizeOnDisk
if (Fractional)
{
swprintf (Text, L"%.2f %s", (double)(signed)((Report.FilesSizeBytes + Report.FilesSlackBytes) /
(BytesDivisor / 1024)) / 1024.0, BytesUnits);
}
else
{
AddCommas (Text, (Report.FilesSizeBytes + Report.FilesSlackBytes) / (uint64)BytesDivisor);
wcscat (Text, L" ");
wcscat (Text, BytesUnits);
}
SetDlgItemText (Dlg, IDC_FILESSIZEONDISK, Text);
// FilesSlackBytes
if (Fractional)
{
swprintf (Text, L"%.2f %s", (double)(signed)(Report.FilesSlackBytes /
(BytesDivisor / 1024)) / 1024.0, BytesUnits);
}
else
{
AddCommas (Text, Report.FilesSlackBytes / BytesDivisor);
wcscat (Text, L" ");
wcscat (Text, BytesUnits);
}
swprintf (Text2, L"(%.2f%%)", Report.PercentSlack);
swprintf (Text3, L"%s %s", Text2, Text);
SetDlgItemText (Dlg, IDC_FILESSLACKBYTES, Text3);
// Recommendation
bool PFRec = false; // Recommend based off percent fragged files?
bool AFRec = false; // Recommend based off average fragments per file?
if (Report.PercentFragged >= 5.0f)
PFRec = true;
if (Report.AverageFragments >= 1.1f)
AFRec = true;
wcscpy (Text, L"* ");
if (PFRec)
{
swprintf
(
Text2,
L"%.2f%% of the files on this volume are fragmented. ",
Report.PercentFragged
);
wcscat (Text, Text2);
}
if (AFRec)
{
swprintf
(
Text2,
L"The average fragments per file (%.2f) indicates a high degree of fragmentation. ",
Report.AverageFragments
);
wcscat (Text, Text2);
}
if (Report.PercentFragged < 5.0f && Report.AverageFragments < 1.1f)
swprintf (Text, L"* No defragmentation is necessary at this point.");
else
if (Report.PercentFragged < 15.0f && Report.AverageFragments < 1.3f)
wcscat (Text, L"It is recommended that you perform a Fast Defrag.");
else
wcscat (Text, L"It is recommended that you perform an Extensive Defrag.");
// Should we recommend a smaller cluster size?
if (Report.PercentSlack >= 10.0f)
{
swprintf
(
Text2,
L"\n* A large amount of disk space (%.2f%%) is being lost "
L"due to a large (%u bytes) cluster size. It is recommended "
L"that you use a disk utility such as Partition Magic to "
L"reduce the cluster size of this volume.",
Report.PercentSlack,
Defrag->GetVolume().GetVolumeInfo().ClusterSize
);
wcscat (Text, Text2);
}
SetDlgItemText (Dlg, IDC_RECOMMEND, Text);
return;
}
