public void UsesCreatorAfterReset()
{
bool didCallRef = false;
var refLazy = new ResettableLazy <string>(() =>
{
if (didCallRef)
{
return("Second");
}
didCallRef = true;
return("First");
});
_ = refLazy.Value;
refLazy.Reset();
Assert.AreEqual("Second", refLazy.Value);
bool didCallVal = false;
var valLazy = new ResettableLazyValue <int>(() =>
{
if (didCallVal)
{
return(1337);
}
didCallVal = true;
return(42);
});
_ = valLazy.Value;
valLazy.Reset();
Assert.AreEqual(1337, valLazy.Value);
}
public void AddTable(Table table)
{
if (table.rows.Count <= 0)
{
return;
}
int moduleNumber = table.rows.First().Key.Module;
ModuleType module = EnumUtils.intToEnum <ModuleType>(moduleNumber);
if (module == ModuleType.Unknown)
{
throw new InvalidDataException("Unknown database module");
}
// Merge by overwriting previous defined rows
modules[module] = modules[module].Concat(table.rows)
.GroupBy(pair => pair.Key)
.ToDictionary(
group => group.Key,
group => group.Last().Value
);
switch (module)
{
case ModuleType.Fairy: fairiesByIndex.Reset(); break;
case ModuleType.Item: itemsByIndex.Reset(); break;
case ModuleType.Spell: spellsByIndex.Reset(); break;
}
}
private void Flush()
{
_queryTextStoringService.Flush();
_pendingLocksInfo.BulkInsert(_connectionProvider);
_logger.LogInformation("{0} long locks inserted.", _pendingLocksInfo.Count);
_pendingLocksInfo.Clear();
_pendingDeadLocksInfo.BulkInsert(_connectionProvider);
_logger.LogInformation("{0} deadloks inserted.", _pendingDeadLocksInfo.Count);
_pendingDeadLocksInfo.Clear();
_lastQueryDate.Reset();
_lastDeadLockDate.Reset();
}
public void CanBeReset()
{
var refLazy = new ResettableLazy <string>(() => "");
_ = refLazy.Value;
refLazy.Reset();
Assert.IsFalse(refLazy.HasValue);
var valLazy = new ResettableLazyValue <int>(() => 0);
_ = valLazy.Value;
valLazy.Reset();
Assert.IsFalse(valLazy.HasValue);
}
public void Value()
{
var func = Substitute.For <Func <bool> >();
func.Invoke().Returns(true);
var rl = new ResettableLazy <bool>(func);
rl.Value.Should().BeTrue();
func.Received(1).Invoke();
rl.Value.Should().BeTrue();
func.Received(1).Invoke();
rl.Reset();
rl.Value.Should().BeTrue();
func.Received(2).Invoke();
}
private void HandleGraphicsSurfaceSizeChanged(object?sender, PropertyChangedEventArgs <Vector2> e)
{
WaitForIdle();
if (_frameBuffers.IsCreated)
{
var frameBuffers = _frameBuffers.Value;
foreach (var frameBuffer in frameBuffers)
{
if (frameBuffer != VK_NULL_HANDLE)
{
vkDestroyFramebuffer(_device.Value, frameBuffer, pAllocator: null);
}
}
_frameBuffers.Reset();
}
if (_swapChainImageViews.IsCreated)
{
var swapChainImageViews = _swapChainImageViews.Value;
foreach (var swapChainImageView in swapChainImageViews)
{
if (swapChainImageView != VK_NULL_HANDLE)
{
vkDestroyImageView(_device.Value, swapChainImageView, pAllocator: null);
}
}
_swapChainImageViews.Reset();
}
if (_swapChain.IsCreated)
{
vkDestroySwapchainKHR(_device.Value, _swapChain.Value, pAllocator: null);
_swapChain.Reset();
}
}
private void HandleGraphicsSurfaceSizeChanged(object?sender, PropertyChangedEventArgs <Vector2> e)
{
WaitForIdle();
if (_renderTargets.IsCreated)
{
var renderTargets = _renderTargets.Value;
foreach (var renderTarget in renderTargets)
{
if (renderTarget != null)
{
_ = renderTarget->Release();
}
}
_renderTargets.Reset();
}
if (_swapChain.IsCreated)
{
ThrowExternalExceptionIfFailed(nameof(IDXGISwapChain.ResizeBuffers), SwapChain->ResizeBuffers((uint)_graphicsSurface.BufferCount, (uint)_graphicsSurface.Width, (uint)_graphicsSurface.Height, DXGI_FORMAT_R8G8B8A8_UNORM, SwapChainFlags: 0));
}
}
public void MergeCells(ITableCell inputCell1, ITableCell inputCell2) // TODO: Optimize method
{
SCTableCell cell1 = (SCTableCell)inputCell1;
SCTableCell cell2 = (SCTableCell)inputCell2;
if (CannotBeMerged(cell1, cell2))
{
return;
}
int minRowIndex = cell1.RowIndex < cell2.RowIndex ? cell1.RowIndex : cell2.RowIndex;
int maxRowIndex = cell1.RowIndex > cell2.RowIndex ? cell1.RowIndex : cell2.RowIndex;
int minColIndex = cell1.ColumnIndex < cell2.ColumnIndex ? cell1.ColumnIndex : cell2.ColumnIndex;
int maxColIndex = cell1.ColumnIndex > cell2.ColumnIndex ? cell1.ColumnIndex : cell2.ColumnIndex;
// Horizontal merging
List <A.TableRow> aTableRowList = this.ATable.Elements <A.TableRow>().ToList();
if (minColIndex != maxColIndex)
{
int horizontalMergingCount = maxColIndex - minColIndex + 1;
for (int rowIdx = minRowIndex; rowIdx <= maxRowIndex; rowIdx++)
{
A.TableCell[] rowATblCells = aTableRowList[rowIdx].Elements <A.TableCell>().ToArray();
A.TableCell firstMergingCell = rowATblCells[minColIndex];
firstMergingCell.GridSpan = new Int32Value(horizontalMergingCount);
Span <A.TableCell> nextMergingCells =
new Span <A.TableCell>(rowATblCells, minColIndex + 1, horizontalMergingCount - 1);
foreach (A.TableCell aTblCell in nextMergingCells)
{
aTblCell.HorizontalMerge = new BooleanValue(true);
MergeParagraphs(minRowIndex, minColIndex, aTblCell);
}
}
}
// Vertical merging
if (minRowIndex != maxRowIndex)
{
// Set row span value for the first cell in the merged cells
int verticalMergingCount = maxRowIndex - minRowIndex + 1;
IEnumerable <A.TableCell> rowSpanCells = aTableRowList[minRowIndex].Elements <A.TableCell>()
.Skip(minColIndex)
.Take(maxColIndex + 1);
foreach (A.TableCell aTblCell in rowSpanCells)
{
aTblCell.RowSpan = new Int32Value(verticalMergingCount);
}
// Set vertical merging flag
foreach (A.TableRow aTblRow in aTableRowList.Skip(minRowIndex + 1).Take(maxRowIndex))
{
foreach (A.TableCell aTblCell in aTblRow.Elements <A.TableCell>().Take(maxColIndex + 1))
{
aTblCell.VerticalMerge = new BooleanValue(true);
MergeParagraphs(minRowIndex, minColIndex, aTblCell);
}
}
}
// Delete a:gridCol and a:tc elements if all columns are merged
for (int colIdx = 0; colIdx < Columns.Count;)
{
int?gridSpan = ((SCTableCell)Rows[0].Cells[colIdx]).ATableCell.GridSpan?.Value;
if (gridSpan > 1 && Rows.All(row =>
((SCTableCell)row.Cells[colIdx]).ATableCell.GridSpan?.Value == gridSpan))
{
int deleteColumnCount = gridSpan.Value - 1;
// Delete a:gridCol elements
foreach (Column column in Columns.Skip(colIdx + 1).Take(deleteColumnCount))
{
column.AGridColumn.Remove();
Columns[colIdx].Width += column.Width; // append width of deleting column to merged column
}
// Delete a:tc elements
foreach (A.TableRow aTblRow in aTableRowList)
{
IEnumerable <A.TableCell> removeCells =
aTblRow.Elements <A.TableCell>().Skip(colIdx).Take(deleteColumnCount);
foreach (A.TableCell aTblCell in removeCells)
{
aTblCell.Remove();
}
}
colIdx += gridSpan.Value;
continue;
}
colIdx++;
}
// Delete a:tr
for (int rowIdx = 0; rowIdx < Rows.Count;)
{
int?rowSpan = ((SCTableCell)Rows[rowIdx].Cells[0]).ATableCell.RowSpan?.Value;
if (rowSpan > 1 && Rows[rowIdx].Cells.All(c => ((SCTableCell)c).ATableCell.RowSpan?.Value == rowSpan))
{
int deleteRowsCount = rowSpan.Value - 1;
// Delete a:gridCol elements
foreach (SCTableRow row in Rows.Skip(rowIdx + 1).Take(deleteRowsCount))
{
row.ATableRow.Remove();
Rows[rowIdx].Height += row.Height;
}
rowIdx += rowSpan.Value;
continue;
}
rowIdx++;
}
rowCollection.Reset();
}