public void TestRenderFunction()
{
EncogProgram expression = new EncogProgram("(sin(x)+cos(x))/2");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#var:0:0][sin:1][#var:0:0][cos:1][+:2][#const:0:2][/:2]", result);
}
public void TestRenderComplex()
{
EncogProgram expression = new EncogProgram("((a+25)^3/25)-((a*3)^4/250)");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#var:0:0][#const:0:25][+:2][#const:0:3][^:2][#const:0:25][/:2][#var:0:0][#const:0:3][*:2][#const:0:4][^:2][#const:0:250][/:2][-:2]", result);
}
public void TestRenderBasic()
{
EncogProgram expression = new EncogProgram("(2+6)");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#const:0:2][#const:0:6][+:2]", result);
}
public void TestRenderFunction()
{
EncogProgram expression = new EncogProgram("(sin(x)+cos(x))/2");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#var:0:0][sin:1][#var:0:0][cos:1][+:2][#const:0:2][/:2]", result);
}
public void TestRenderComplex()
{
EncogProgram expression = new EncogProgram("((a+25)^3/25)-((a*3)^4/250)");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#var:0:0][#const:0:25][+:2][#const:0:3][^:2][#const:0:25][/:2][#var:0:0][#const:0:3][*:2][#const:0:4][^:2][#const:0:250][/:2][-:2]", result);
}
public void TestRenderBasic()
{
EncogProgram expression = new EncogProgram("(2+6)");
RenderEPL render = new RenderEPL();
String result = render.Render(expression);
Assert.AreEqual("[#const:0:2][#const:0:6][+:2]", result);
}
/// <summary>
/// The string as an EPL expression. EPL is the format that
/// EncogPrograms are usually persisted as.
/// </summary>
/// <returns>EPL code.</returns>
public String GenerateEPL()
{
var render = new RenderEPL();
return render.Render(this);
}