public void ToImmutableTree_WithLiteral_ReturnsTreeWithRootAndChild()
{
IEquationBuilder builder = new EquationBuilder();
builder = builder.Literal("x");
var tree = (builder as EquationBuilder).ToImmutableTree();
var children = tree.GetChildren(tree.GetRoot());
Assert.AreEqual(1, children.Count());
}
private void SnippentsThatDontBreakTheBuild()
{
{
var builder = new EquationBuilder();
builder
.Value(1)
.Add()
.Value(2);
}
{
var builder = new EquationBuilder();
builder
.Literal("x")
.Add()
.Literal("y");
}
{
var builder = new MarkupEquationBuilder();
builder
.Value(1)
.Add()
.Bold(b => b.Value(2))
.Add()
.Value(3);
}
{
var builder = new MarkupEquationBuilder();
builder
.Value(1)
.Add()
.Bold(b =>
{
b.Value(2)
.Add()
.Value(3);
})
.Add()
.Value(4);
}
{
var builder = new MarkupEquationBuilder();
builder
.Value(1)
.Add()
.Bold(b => b.Literal("x"))
.Add()
.Value(3);
}
{
var builder = new EquationBuilder();
builder
.Value(1)
.Add()
.Value(2)
.Add()
.Parentheses(b =>
{
b.Value(2)
.Add()
.Value(2);
});
}
{
var builder = new EquationBuilder();
builder
.Value(1)
.Divide()
.Parentheses(b =>
{
b.Value(2)
.Add()
.Value(3);
});
}
{
var builder = new EquationBuilder();
builder
.Value(1)
.Divide(b =>
{
b.Value(2)
.Add()
.Value(3);
});
}
{
var builder = new EquationBuilder();
var adding = true;
builder
.Value(1)
.If(adding,
onTrue: b => b.Add(),
onFalse: b => b.Divide())
.Value(2);
}
{
var builder = new EquationBuilder();
var needExtraValues = true;
builder
.Value(1)
.Add()
.If(needExtraValues,
onTrue: b => b.Value(3).Add().Value(4).Add())
.Value(2);
}
{
var builder = new EquationBuilder();
builder
.Map(Enumerable.Repeat(1, 10), (b, element) =>
b.Value(element).Add())
.Value(1);
}
{
var builder = new EquationBuilder();
builder
.Map(Enumerable.Range(100, 9),
action: (b, element, index) =>
b.Value(element)
.Divide()
.Value(index)
.Add())
.Value(110)
.Divide()
.Value(10);
}
{
var builder = new EquationBuilder();
builder
.Reduce(Enumerable.Range(0, 9),
seed: 0,
action: (previouse, element) => previouse + element,
onEnd: (b, final) => b.Value(final));
}
{
var builder = new EquationBuilder();
builder
.Reduce(Enumerable.Range(0, 9),
seed: 0,
action: (previouse, element, index) => previouse + element * index,
onEnd: (b, final) => b.Value(final));
}
}