public void Build_ShouldPlacePagesInRightOrder_ForOneProductOneSheet4Up()
{
var sourceFiles = new List <SourceFile>
{
new SourceFile
{
FileName = "test_file_name.pdf",
Pages = GetFakeSourcePages(8)
}
};
var actual = _target.Build(sourceFiles);
actual.Pages.Count.ShouldBe(2);
actual.Pages.ShouldAllBe(p => p.ColumnsCount == 2);
actual.Pages.ShouldAllBe(p => p.RowsCount == 2);
var frontPage = actual.Pages.First();
var backPage = actual.Pages.Last();
frontPage.Tiles[0, 0].SourcePage.Number.ShouldBe(7);
frontPage.Tiles[0, 1].SourcePage.Number.ShouldBe(3);
frontPage.Tiles[1, 0].SourcePage.Number.ShouldBe(5);
frontPage.Tiles[1, 1].SourcePage.Number.ShouldBe(1);
backPage.Tiles[0, 0].SourcePage.Number.ShouldBe(6);
backPage.Tiles[0, 1].SourcePage.Number.ShouldBe(2);
backPage.Tiles[1, 0].SourcePage.Number.ShouldBe(8);
backPage.Tiles[1, 1].SourcePage.Number.ShouldBe(4);
}
public void Build_ShouldSetValuesFromLayout()
{
var sourceFiles = new List <SourceFile>
{
new SourceFile
{
FileName = "test_file_name.pdf",
Pages = GetFakeSourcePages(2)
}
};
var layout = new Layout {
Tiles = new List <Tile> {
new Tile()
}, SheetSize = new Size {
Width = 300, Height = 320
}
};
var target = new DuplexSmartStackerOutputFileBuilder(layout, new Imposition());
var actual = target.Build(sourceFiles);
actual.SheetSize.ShouldBe(layout.SheetSize);
}
public void Build_ShouldSetCorrectTileParameters()
{
// todo: move tile building to a separate testable class
var layout = new Layout
{
Tiles = new List <Tile>
{
new Tile
{
RowIndex = 0,
ColumnIndex = 0,
MediaBox = new Box {
Left = 0, Bottom = 100, Width = 100, Height = 100
},
CutBox = new Box {
Left = 10, Bottom = 110, Width = 80, Height = 80
}
},
new Tile
{
RowIndex = 0,
ColumnIndex = 1,
MediaBox = new Box {
Left = 100, Bottom = 100, Width = 100, Height = 100
},
CutBox = new Box {
Left = 110, Bottom = 110, Width = 80, Height = 80
}
},
new Tile
{
RowIndex = 1,
ColumnIndex = 0,
MediaBox = new Box {
Left = 0, Bottom = 0, Width = 100, Height = 100
},
CutBox = new Box {
Left = 10, Bottom = 10, Width = 80, Height = 80
}
},
new Tile
{
RowIndex = 1,
ColumnIndex = 1,
MediaBox = new Box {
Left = 100, Bottom = 0, Width = 100, Height = 100
},
CutBox = new Box {
Left = 110, Bottom = 10, Width = 80, Height = 80
}
}
}
};
var imposition = new Imposition
{
MediaRotationAngle = 90.0f
};
var target = new DuplexSmartStackerOutputFileBuilder(layout, imposition);
var sourceFiles = new List <SourceFile>
{
new SourceFile
{
FileName = "test_file_name.pdf",
Pages = GetFakeSourcePages(8)
}
};
var actual = target.Build(sourceFiles);
void ValidateTiles(List <OutputTile> tilesToValidate, Tile layoutTile)
{
foreach (var outputTile in tilesToValidate)
{
outputTile.MediaBox.ShouldBe(layoutTile.MediaBox);
outputTile.CutBox.ShouldBe(layoutTile.CutBox);
outputTile.MediaRotationAngle.ShouldBe(imposition.MediaRotationAngle);
}
}
ValidateTiles(actual.Pages.Select(p => p.Tiles[0, 0]).ToList(), layout.Tiles[0]);
ValidateTiles(actual.Pages.Select(p => p.Tiles[0, 1]).ToList(), layout.Tiles[1]);
ValidateTiles(actual.Pages.Select(p => p.Tiles[1, 0]).ToList(), layout.Tiles[2]);
ValidateTiles(actual.Pages.Select(p => p.Tiles[1, 1]).ToList(), layout.Tiles[3]);
}
