public void GenerateGUI()
{
QLGuiBuilder guiBuilder = new QLGuiBuilder();
AST.Build(guiBuilder);
GUIMain main = new GUIMain(guiBuilder.GetGUI());
main.Initialize();
main.ShowDialog();
}
public void TestInterpretAndTranslateFunction()
{
var input = "7+3*5-2";
var result = AST.Parse(input);
var ethalon = new List <ANode>
{
new ANode {
token_type = TokenType.Bracket, token_value = "("
},
new ANode {
token_type = TokenType.Integer, token_value = "7"
},
new ANode {
token_type = TokenType.Operation, token_value = "+"
},
new ANode {
token_type = TokenType.Bracket, token_value = "("
},
new ANode {
token_type = TokenType.Bracket, token_value = "("
},
new ANode {
token_type = TokenType.Integer, token_value = "3"
},
new ANode {
token_type = TokenType.Operation, token_value = "*"
},
new ANode {
token_type = TokenType.Integer, token_value = "5"
},
new ANode {
token_type = TokenType.Bracket, token_value = ")"
},
new ANode {
token_type = TokenType.Operation, token_value = "-"
},
new ANode {
token_type = TokenType.Integer, token_value = "2"
},
new ANode {
token_type = TokenType.Bracket, token_value = ")"
},
new ANode {
token_type = TokenType.Bracket, token_value = ")"
}
};
Assert.AreEqual(ethalon.Count, result.Count);
for (var i = 0; i < result.Count; i++)
{
Assert.AreEqual(ethalon[i].token_type, result[i].token_type);
Assert.AreEqual(ethalon[i].token_value, result[i].token_value);
}
var actualTree = AST.Build(result);
var root = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Operation, token_value = "+"
}, null);
var ethalonTree = new SimpleTree <ANode>(root);
var leftRootChild = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Integer, token_value = "7"
}, root);
ethalonTree.AddChild(root, leftRootChild);
var rightRootChild = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Operation, token_value = "-"
}, root);
ethalonTree.AddChild(root, rightRootChild);
var leftMultiplyOperation = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Operation, token_value = "*"
}, rightRootChild);
ethalonTree.AddChild(rightRootChild, leftMultiplyOperation);
var right2Value = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Integer, token_value = "2"
}, rightRootChild);
ethalonTree.AddChild(rightRootChild, right2Value);
var left3Value = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Integer, token_value = "3"
}, leftMultiplyOperation);
ethalonTree.AddChild(leftMultiplyOperation, left3Value);
var right5Value = new SimpleTreeNode <ANode>(new ANode {
token_type = TokenType.Integer, token_value = "5"
}, leftMultiplyOperation);
ethalonTree.AddChild(leftMultiplyOperation, right5Value);
var actualTreeList = actualTree.GetAllNodes();
var ethalonTreeList = ethalonTree.GetAllNodes();
Assert.AreEqual(ethalonTreeList.Count, actualTreeList.Count);
for (var i = 0; i < actualTreeList.Count; i++)
{
Assert.AreEqual(ethalonTreeList[i].NodeValue.token_type, actualTreeList[i].NodeValue.token_type);
Assert.AreEqual(ethalonTreeList[i].NodeValue.token_value, actualTreeList[i].NodeValue.token_value);
if (ethalonTreeList[i].Children == null)
{
Assert.IsNull(actualTreeList[i].Children);
}
else
{
Assert.AreEqual(ethalonTreeList[i].Children.Count, actualTreeList[i].Children.Count);
Assert.AreEqual(ethalonTreeList[i].Children.Count, 2);
Assert.AreEqual(actualTreeList[i].Children.Count, 2);
}
}
var resultNode = AST.InterpretAndTranslate(actualTree);
Assert.AreEqual(TokenType.Integer, resultNode.token_type);
Assert.AreEqual("20", resultNode.token_value);
Assert.AreEqual("(7+((3*5)-2))", resultNode.translated_result);
}
