public void GetDocumentSize() { TestingRenderer renderer = new TestingRenderer(); Size docSize; SizeF maxSize = SizeF.Empty; // measuring an empty list returns 0x0 docSize = renderer.GetDocumentSize(_empty.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize, Is.EqualTo(new Size(0, 0))); // measure for a non empty list relies on the longest item // in that list foreach (ErrorItem item in _filled.Items) { SizeF sz = renderer.MeasureItem(_gr, item); if (sz.Width > maxSize.Width) { maxSize = sz; } } docSize = renderer.GetDocumentSize(_filled.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize.Width, Is.EqualTo((int)maxSize.Width)); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That(docSize.Height, Is.EqualTo(_filled.Items.Count * itemHeight)); return; }
public void GetDocumentSize() { TestingRenderer renderer = new TestingRenderer(); Size docSize; SizeF maxSize = SizeF.Empty; // measuring an empty list returns 0x0 docSize = renderer.GetDocumentSize(_empty.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize, Is.EqualTo(new Size(0, 0))); // measure for a non empty list relies on the longest item // in that list foreach(ErrorItem item in _filled.Items) { SizeF sz = renderer.MeasureItem(_gr, item); if (sz.Width > maxSize.Width) maxSize = sz; } docSize = renderer.GetDocumentSize(_filled.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize.Width, Is.EqualTo((int)maxSize.Width)); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That(docSize.Height, Is.EqualTo(_filled.Items.Count * itemHeight)); return; }
public void GetDocumentSize() { TestingRenderer renderer = new TestingRenderer(); Size docSize; SizeF szItem; // measuring an empty list returns 0x0 docSize = renderer.GetDocumentSize(_empty.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize, Is.EqualTo(new Size(0, 0))); // measure for a non empty list relies on the longest item // in that list szItem = renderer.MeasureItem(_gr, _filled.Items[2]); // the longest item docSize = renderer.GetDocumentSize(_filled.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize.Width, Is.EqualTo((int)szItem.Width)); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That(docSize.Height, Is.EqualTo(_filled.Items.Count * itemHeight)); return; }
public void MeasureItem() { TestingRenderer renderer = new TestingRenderer(); SizeF exp; SizeF actual; ErrorItem itemClass = new ErrorItem("/dir/f.cs", "0123456789012.a()", 3); ErrorItem itemMethod = new ErrorItem("/dir/f.cs", "a.0123456789012()", 3); ErrorItem itemFile = new ErrorItem("/dir/0123456789012.cs", "a.b()", 3); // measure an item whoose width should be determined // by class field value exp = _gr.MeasureString("0123456789012", renderer.Font); actual = renderer.MeasureItem(_gr, itemClass); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); // measure an item whoose width should be determined // by method field value exp = _gr.MeasureString("0123456789012()", renderer.Font); actual = renderer.MeasureItem(_gr, itemMethod); Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); // measure an item whoose width should be determined // by filename field value exp = _gr.MeasureString("0123456789012.cs", renderer.Font); actual = renderer.MeasureItem(_gr, itemFile); Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); return; }
public void MeasureItem() { TestingRenderer renderer = new TestingRenderer(); SizeF exp; SizeF actual; ErrorItem itemClass = new ErrorItem("/dir/f.cs", "0123456789012.a()", 3); ErrorItem itemMethod = new ErrorItem("/dir/f.cs", "a.0123456789012()", 3); ErrorItem itemFile = new ErrorItem("/dir/0123456789012.cs", "a.b()", 3); // measure an item whoose width should be determined // by class field value exp = _gr.MeasureString("0123456789012", renderer.Font); actual = renderer.MeasureItem(_gr, itemClass); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); // measure an item whoose width should be determined // by method field value exp = _gr.MeasureString("0123456789012()", renderer.Font); actual = renderer.MeasureItem(_gr, itemMethod); Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); // measure an item whoose width should be determined // by filename field value exp = _gr.MeasureString("0123456789012.cs", renderer.Font); actual = renderer.MeasureItem(_gr, itemFile); Assert.That((int)actual.Width, Is.EqualTo((int)exp.Width + 16)); Assert.That((int)actual.Height, Is.EqualTo(itemHeight)); return; }
public void GetDocumentSize() { TestingRenderer renderer = new TestingRenderer(); Size docSize; SizeF szItem; // measuring an empty list returns 0x0 docSize = renderer.GetDocumentSize(_empty.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize, Is.EqualTo(new Size(0, 0))); // measure for a non empty list relies on the longest item // in that list szItem = renderer.MeasureItem(_gr, _filled.Items[2]); // the longest item docSize = renderer.GetDocumentSize(_filled.Items, _gr); Assert.NotNull(docSize); Assert.That(docSize.Width, Is.EqualTo((int)szItem.Width)); int itemHeight = renderer.Font.Height * 4 + 6; Assert.That(docSize.Height, Is.EqualTo(_filled.Items.Count * itemHeight)); return; }