public void TableWriterWritesSomething()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new ICellContent[] {
new BasicCellContent {
Value = "TestCell"
},
new BreakingRuleContentArea(),
new BasicCellContent {
Value = "Line2"
}
}
} }
},
ColumnDetails = new [] { new ColumnDetails {
columnName = "harrumph", columnWidth = 10, isNullable = false, type = Data.DataType.String
} }
};
target.Draw(table);
string s = ConsoleOutputHelper.getConsoleOutput(mockOutputter.Invocations);
Assert.Contains("Line2", s);
}
public void TableWriterMultipleRows()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
var table = new DisplayTable()
{
Header = new TableRow
{
Cells = new[] { new BasicTableCell {
ContentAreas = new ICellContent[] {
new BasicCellContent {
Value = "TestCell"
},
new BreakingRuleContentArea(),
new BasicCellContent {
Value = "Line2"
}
}
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = 10, isNullable = false, type = Data.DataType.String
} }
};
target.Draw(table);
string s = ConsoleOutputHelper.getConsoleOutput(mockOutputter.Invocations);
string[] effectiveLines = s.Split(Environment.NewLine, StringSplitOptions.RemoveEmptyEntries);
Assert.Equal(4, effectiveLines.Length);
}
public void TableWriterColumnConstraintsRespectedOverallWidth()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
int columnWidth = new Random().Next(95);
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "TestCell"
} }
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = columnWidth, isNullable = false, type = Data.DataType.String
} },
Rows = new[] { new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "This is a test value."
} }
} }
} }
};
target.Draw(table);
string s = ConsoleOutputHelper.getConsoleOutput(mockOutputter.Invocations);
string[] effectiveLines = s.Split(Environment.NewLine, StringSplitOptions.RemoveEmptyEntries);
Assert.True(effectiveLines.All(l => l.Length == columnWidth + ("|".Length * 2)), GetLengths(effectiveLines));
}
public void TableWriterColumnConstraintsPadsWithTooLargeColumn()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
int columnWidth = 25;
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "TestCell"
} }
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = columnWidth, isNullable = false, type = Data.DataType.String
} },
Rows = new[] { new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "This is a test value."
} }
} }
} }
};
target.Draw(table);
string s = ConsoleOutputHelper.getConsoleOutput(mockOutputter.Invocations);
Assert.Contains(" This is a test value.", s);
}
public void TableWriterWritesExpected()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
Guid expectedValue = Guid.NewGuid();
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "TestCell"
} }
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = expectedValue.ToString().Length + 2, isNullable = false, type = Data.DataType.String
} },
Rows = new[] { new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = expectedValue.ToString()
} }
} }
} }
};
target.Draw(table);
string s = ConsoleOutputHelper.getConsoleOutput(mockOutputter.Invocations);
Assert.Contains(expectedValue.ToString(), s);
}
public void TableWriterWritesHeaderResetsColorChoice()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "TestCell", ForegroundColor = ConsoleColor.Green
} }
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = 10, isNullable = false, type = Data.DataType.String
} }
};
target.Draw(table);
mockOutputter.Verify(m => m.ResetColor(), Times.Once());
}
public void TableWriter_SimpleTable_WritesHeaderLines3LineBreaks()
{
var mockOutputter = new Mock <IConsoleOutputter>();
var target = new TableWriter(mockOutputter.Object, new ViewPort(100, 100));
var table = new DisplayTable()
{
Header = new TableRow {
Cells = new[] { new BasicTableCell {
ContentAreas = new[] { new BasicCellContent {
Value = "TestCell"
} }
} }
},
ColumnDetails = new[] { new ColumnDetails {
columnName = "harrumph", columnWidth = 10, isNullable = false, type = Data.DataType.String
} }
};
target.Draw(table);
mockOutputter.Verify(m => m.Write(It.Is <string>(s => s == Environment.NewLine)), Times.Exactly(3));
}