public DetailedStorageReport Generate(DetailedReportInput input)
{
var dataFile = GenerateDataFileReport(input.NumberOfAllocatedPages, input.NumberOfFreePages, input.NextPageNumber);
var trees = new List <TreeReport>();
foreach (var tree in input.Trees)
{
var treeReport = GetReport(tree, input.IncludeDetails);
trees.Add(treeReport);
}
foreach (var fst in input.FixedSizeTrees)
{
var treeReport = GetReport(fst, input.IncludeDetails);
trees.Add(treeReport);
}
var tables = new List <TableReport>();
foreach (var table in input.Tables)
{
var tableReport = table.GetReport(input.IncludeDetails);
tables.Add(tableReport);
}
var journals = new JournalsReport
{
Journals = GenerateJournalsReport(input.Journals, input.FlushedJournals),
LastFlushedJournal = input.LastFlushedJournalId,
LastFlushedTransaction = input.LastFlushedTransactionId,
TotalWrittenButUnsyncedBytes = input.TotalWrittenButUnsyncedBytes
};
var tempBuffers = GenerateTempBuffersReport(input.TempPath, input.JournalPath);
return(new DetailedStorageReport
{
InMemoryState = input.InMemoryStorageState,
DataFile = dataFile,
Trees = trees,
Tables = tables,
Journals = journals,
PreAllocatedBuffers = GetReport(new NewPageAllocator(_tx, _tx.RootObjects), input.IncludeDetails),
ScratchBufferPoolInfo = input.ScratchBufferPoolInfo,
TempBuffers = tempBuffers,
TotalEncryptionBufferSize = input.TotalEncryptionBufferSize.ToString()
});
}
public DetailedStorageReport Generate(DetailedReportInput input)
{
var dataFile = GenerateDataFileReport(input.NumberOfAllocatedPages, input.NumberOfFreePages, input.NextPageNumber);
var trees = new List <TreeReport>();
foreach (var tree in input.Trees)
{
var treeReport = GetReport(tree, input.IncludeDetails);
trees.Add(treeReport);
}
foreach (var fst in input.FixedSizeTrees)
{
var treeReport = GetReport(fst, input.IncludeDetails);
trees.Add(treeReport);
}
var tables = new List <TableReport>();
foreach (var table in input.Tables)
{
var tableReport = table.GetReport(input.IncludeDetails);
tables.Add(tableReport);
}
var journals = GenerateJournalsReport(input.Journals);
var tempBuffers = GenerateTempBuffersReport(input.TempPath, input.JournalPath);
return(new DetailedStorageReport
{
DataFile = dataFile,
Trees = trees,
Tables = tables,
Journals = journals,
PreAllocatedBuffers = GetReport(new NewPageAllocator(_tx, _tx.RootObjects), input.IncludeDetails),
ScratchBufferPoolInfo = input.ScratchBufferPoolInfo,
TempBuffers = tempBuffers,
});
}
public DetailedStorageReport Generate(DetailedReportInput input)
{
var dataFile = GenerateDataFileReport(input.NumberOfAllocatedPages, input.NumberOfFreePages, input.NextPageNumber);
var trees = new List <TreeReport>();
foreach (var tree in input.Trees)
{
var treeReport = GetReport(tree, input.CalculateExactSizes);
trees.Add(treeReport);
}
foreach (var fst in input.FixedSizeTrees)
{
var treeReport = GetReport(fst, input.CalculateExactSizes);
trees.Add(treeReport);
}
var tables = new List <TableReport>();
foreach (var table in input.Tables)
{
var tableReport = table.GetReport(input.CalculateExactSizes);
tables.Add(tableReport);
}
var journals = GenerateJournalsReport(input.Journals);
return(new DetailedStorageReport
{
DataFile = dataFile,
Trees = trees,
Tables = tables,
Journals = journals
});
}
public DetailedStorageReport Generate(DetailedReportInput input)
{
var dataFile = GenerateDataFileReport(input.NumberOfAllocatedPages, input.NumberOfFreePages, input.NextPageNumber);
long _streamsAllocatedSpaceInBytes = 0;
long _treesAllocatedSpaceInBytes = 0;
var trees = new List <TreeReport>();
foreach (var tree in input.Trees)
{
var treeReport = GetReport(tree, input.IncludeDetails);
trees.Add(treeReport);
if (input.IncludeDetails)
{
continue;
}
if (treeReport.Streams == null)
{
_treesAllocatedSpaceInBytes += treeReport.AllocatedSpaceInBytes;
}
else
{
_streamsAllocatedSpaceInBytes += treeReport.Streams.AllocatedSpaceInBytes;
}
}
foreach (var fst in input.FixedSizeTrees)
{
var treeReport = GetReport(fst, input.IncludeDetails);
trees.Add(treeReport);
_treesAllocatedSpaceInBytes += treeReport.AllocatedSpaceInBytes;
}
long _tablesAllocatedSpaceInBytes = 0;
var tables = new List <TableReport>();
foreach (var table in input.Tables)
{
var tableReport = table.GetReport(input.IncludeDetails, this);
tables.Add(tableReport);
_tablesAllocatedSpaceInBytes += tableReport.AllocatedSpaceInBytes;
}
var journals = new JournalsReport
{
Journals = GenerateJournalsReport(input.Journals, input.FlushedJournals),
LastFlushedJournal = input.LastFlushedJournalId,
LastFlushedTransaction = input.LastFlushedTransactionId,
TotalWrittenButUnsyncedBytes = input.TotalWrittenButUnsyncedBytes
};
var tempBuffers = GenerateTempBuffersReport(input.TempPath, input.JournalPath);
var preAllocatedBuffers = GetReport(new NewPageAllocator(_tx, _tx.RootObjects), input.IncludeDetails);
if (input.IncludeDetails == false && _skippedStreamsDetailsEntry != null)
{
// we don't have the actual trees' streams size at this point
// so we calculate the original size as if we read the streams by:
// [DataFile allocated space] - [DataFile free space] - [Tables allocated space] - [FixedTrees allocated space] - [pre allocated buffers space]
var treesCalculatedSpaceInBytes = dataFile.UsedSpaceInBytes - _tablesAllocatedSpaceInBytes - preAllocatedBuffers.AllocatedSpaceInBytes - _treesAllocatedSpaceInBytes;
foreach (var tree in trees)
{
if (tree.Streams?.Streams != null && tree.Streams.Streams.Count > 0 && tree.Streams.Streams[0].Name == SkippedStreamsDetailsName)
{
_skippedStreamsDetailsEntry.AllocatedSpaceInBytes = treesCalculatedSpaceInBytes;
_skippedStreamsDetailsEntry.Length = treesCalculatedSpaceInBytes;
tree.AllocatedSpaceInBytes = treesCalculatedSpaceInBytes - _streamsAllocatedSpaceInBytes;
break;
}
}
}
return(new DetailedStorageReport
{
InMemoryState = input.InMemoryStorageState,
DataFile = dataFile,
Trees = trees,
Tables = tables,
Journals = journals,
PreAllocatedBuffers = preAllocatedBuffers,
ScratchBufferPoolInfo = input.ScratchBufferPoolInfo,
TempBuffers = tempBuffers,
TotalEncryptionBufferSize = input.TotalEncryptionBufferSize.ToString()
});
}