public void Constructor_SRID_SetsSRID()
{
int srid = 1;
GeometryMock target = new GeometryMock(srid);
Assert.Equal(srid, target.Srid);
}
public void Constructor_SRID_SetsSRID()
{
int srid = 1;
GeometryMock target = new GeometryMock(srid);
Assert.Equal(srid, target.Srid);
}
void given_a_generated_node()
{
before = () => _node = _kaleidoscope.Generate(10, null, 100, 100);
it["should not be null"] = () => _node.should_not_be_null();
it["should have 4 children"] = () => _node.Children.Count.should_be(4);
context["given its geometry"] = () =>
{
before = () => _geometry = _node.Geometry;
it["should not be null"] = () => _geometry.should_not_be_null();
it["should contain 3 points"] = () => _geometry.Points.Count.should_be(3);
};
context["given its transformation"] = () =>
{
before = () => _transformation = _node.Transformation;
it["should not be null"] = () => _transformation.should_not_be_null();
it["should be a translation"] = () =>
_transformation.Type.should_be(TransformationMock.TransformationType.Translation);
};
context["given its first child"] = () =>
{
before = () => _node = _node.Children[0];
it["should not be null"] = () => _node.should_not_be_null();
it["should have a geometry"] = () => _node.Geometry.should_not_be_null();
it["should have a geometry with 3 points"] = () => _node.Geometry.Points.Count.should_be(3);
it["should have a translation and flip transformation"] = () =>
{
_node.Transformation.should_not_be_null();
_node.Transformation.Type.should_be(TransformationMock.TransformationType.Group);
_node.Transformation.Parameters.should_not_be_null();
_node.Transformation.Parameters.Length.should_be(2);
((TransformationMock)_node.Transformation.Parameters[0]).Type.should_be(TransformationMock.TransformationType.Flip);
((TransformationMock)_node.Transformation.Parameters[1]).Type.should_be(TransformationMock.TransformationType.Translation);
};
};
// TODO: roughly check positioning
}
void given_a_generated_node()
{
before = () => _node = _kaleidoscope.Generate(10, null, 100, 100);
it["should not be null"] = () => _node.should_not_be_null();
it["should have 4 children"] = () => _node.Children.Count.should_be(4);
context["given its geometry"] = () =>
{
before = () => _geometry = _node.Geometry;
it["should not be null"] = () => _geometry.should_not_be_null();
it["should contain 3 points"] = () => _geometry.Points.Count.should_be(3);
};
context["given its transformation"] = () =>
{
before = () => _transformation = _node.Transformation;
it["should not be null"] = () => _transformation.should_not_be_null();
it["should be a translation"] = () =>
_transformation.Type.should_be(TransformationMock.TransformationType.Translation);
};
context["given its first child"] = () =>
{
before = () => _node = _node.Children[0];
it["should not be null"] = () => _node.should_not_be_null();
it["should have a geometry"] = () => _node.Geometry.should_not_be_null();
it["should have a geometry with 3 points"] = () => _node.Geometry.Points.Count.should_be(3);
it["should have a translation and flip transformation"] = () =>
{
_node.Transformation.should_not_be_null();
_node.Transformation.Type.should_be(TransformationMock.TransformationType.Group);
_node.Transformation.Parameters.should_not_be_null();
_node.Transformation.Parameters.Length.should_be(2);
((TransformationMock)_node.Transformation.Parameters[0]).Type.should_be(TransformationMock.TransformationType.Flip);
((TransformationMock)_node.Transformation.Parameters[1]).Type.should_be(TransformationMock.TransformationType.Translation);
};
};
// TODO: roughly check positioning
}
public void Constructor_SetsDefaultSRID()
{
GeometryMock target = new GeometryMock();
Assert.Equal(SRIDList.WSG84, target.Srid);
}
public void Constructor_SetsDefaultSRID()
{
GeometryMock target = new GeometryMock();
Assert.Equal(SRIDList.WSG84, target.Srid);
}
