public void Check_Two_Root_Nodes_With_Alias()
{
const string localeContent = @"
default: &DEFAULT
default: Default Value
parent1:
child1: Child1 Value
<<: *DEFAULT
parent2:
child2: Child2 Value
<<: *DEFAULT
";
var parser = new YParser(localeContent);
var valueChild1 = parser.FindValue("parent1.child1");
var valueDefault1 = parser.FindValue("parent1.default");
var valueChild2 = parser.FindValue("parent2.child2");
var valueDefault2 = parser.FindValue("parent2.default");
Assert.AreEqual("Child1 Value", valueChild1);
Assert.AreEqual("Child2 Value", valueChild2);
Assert.AreEqual("Default Value", valueDefault1);
Assert.AreEqual("Default Value", valueDefault2);
}
public void Check_Hard_Mapping_2()
{
const string localeContent = @"
parent:
Title: En TitleValue
Locale: en
Buttons:
SubmitButton: En SubmitButtonValue
Test1:
Test2:
Test3: Test3 Value
Test4: Test4 Value
# Test Comment
Test5:
Test6: Test5 Value
Test7:
Test8: Test8 Value
";
var parser = new YParser(localeContent);
var valueTest3 = parser.FindValue("parent.Test1.Test2.Test3");
var valueTest8 = parser.FindValue("parent.Test1.Test5.Test7.Test8");
Assert.AreEqual("Test3 Value", valueTest3);
Assert.AreEqual("Test8 Value", valueTest8);
}
public void Check_Mapping()
{
const string localeContent = @"
parent:
child: value
";
var parser = new YParser(localeContent);
var value = parser.FindValue("parent.child.value");
Assert.NotNull(value);
}
public void Check_Parser()
{
const string localeContent = @"
parent:
child: value
";
var parser = new YParser(localeContent);
var value = parser.FindValue("parent.child");
Assert.AreEqual("value", value);
}
public void Check_Nested_Mapping()
{
const string localeContent = @"
parent:
child: value
nested_map:
nested_key: nested_value
";
var parser = new YParser(localeContent);
var value = parser.FindValue("parent.nested_map.nested_key");
Assert.AreEqual("nested_value", value);
}
public void Check_RootSequence()
{
const string localeContent = @"
sequence:
- child_1
- child_2
- child_3
";
var parser = new YParser(localeContent);
var value = parser.FindValue("sequence.child_3");
Assert.NotNull(value);
}
public void Check_Hard_Mapping_1()
{
const string localeContent = @"
parent:
Test1:
Test2:
Test3: Test3
";
var parser = new YParser(localeContent);
var value = parser.FindValue("parent.Test1.Test2.Test3");
Assert.AreEqual("Test3", value);
}
public gui_mesh_button(DXGui gui, String s, String fname, int id, int x, int y, int dx, int dy) :
base(gui, s, x, y, dx, dy, id)
{
YParser yparser = new YParser();
yparser.FromFile(fname);
mesh = yparser.Mesh;
mesh.AutoTransformEnable = false;
size = mesh.BoundingBox.calculateSize();
seleccionable = true;
item3d = true;
}
public void Check_Alias()
{
const string localeContent = @"
buttons: &BUTTONS
alias_button: AliasButton
parent:
child: value
<<: *BUTTONS
";
var parser = new YParser(localeContent);
var value = parser.FindValue("parent.alias_button");
Assert.AreEqual("AliasButton", value);
}
public void Check_Nested_Alias()
{
const string localeContent = @"
default: &DEFAULT
default: Default Value
parent:
Test1:
Test2:
Test3: Test3
<<: *DEFAULT
";
var parser = new YParser(localeContent);
var valueDefault = parser.FindValue("parent.Test1.default");
Assert.AreEqual("Default Value", valueDefault);
}
public void Check_MultipleContents()
{
const string localeContent1 = @"
parent:
child: value1
";
const string localeContent2 = @"
parent:
child: value2
";
var parser = new YParser(localeContent1, localeContent2);
var value = parser.FindValue("parent.child");
Assert.AreEqual("value2", value);
}
public void Check_Two_Root_Nodes()
{
const string localeContent = @"
parent1:
child1: Child1 Value
parent2:
child2: Child2 Value
";
var parser = new YParser(localeContent);
var valueChild1 = parser.FindValue("parent1.child1");
var valueChild2 = parser.FindValue("parent2.child2");
Assert.AreEqual("Child1 Value", valueChild1);
Assert.AreEqual("Child2 Value", valueChild2);
}
public void Check_Skip_Comments()
{
const string localeContent = @"
# Comment 1
parent:
# Comment 2
Test1:
# Comment 3
Test2:
# Comment 4
Test3: Test3 Value
# Comment 5
Test4: Test4 Value
";
var parser = new YParser(localeContent);
var valueTest3 = parser.FindValue("parent.Test1.Test2.Test3");
var valueTest4 = parser.FindValue("parent.Test1.Test4");
Assert.AreEqual("Test3 Value", valueTest3);
Assert.AreEqual("Test4 Value", valueTest4);
}
private CompletionDataList GenerateCompletionDataList()
{
var solutionProjects = IdeApp.ProjectOperations.CurrentSelectedSolution.Items;
var completitionDataList = new CompletionDataList();
foreach (var project in solutionProjects)
{
var files = project.GetItemFiles(true);
var yamlFiles =
from file in files
where file.Extension == ".yaml"
select file.FullPath;
var fileContents = new List <string>();
foreach (var yamlFile in yamlFiles)
{
fileContents.Add(File.ReadAllText(yamlFile.FullPath.ToString()));
}
var parser = new YParser(fileContents.ToArray());
completitionDataList.AddRange(
parser.map.Select(
x => new CompletionData(x.Key)
{
DisplayFlags = DisplayFlags.DescriptionHasMarkup,
CompletionCategory = new YamlFileCompletionCategory(project.Name),
//Description = project.Name
Description = $"<markup><tt>{project.Name}</tt> – <big>{x.Value}</big></markup>"
}
)
);
}
return(completitionDataList);
}
public void Check_Nested_Alias_With_Mapping()
{
const string localeContent = @"
default: &DEFAULT
default: Default Value
def_mapping:
key_mapping1:
nested_key_mapping:
nested_nested_key: Nested Key Key
key_mapping2:
nested_key_mapping: Nested Key
parent:
Test1:
Test2:
Test3: Test3
<<: *DEFAULT
";
var parser = new YParser(localeContent);
var valueDefault = parser.FindValue("parent.Test1.def_mapping.key_mapping2.nested_key_mapping");
Assert.AreEqual("Nested Key", valueDefault);
}
/// <summary>
/// Lexing aka Tokenizing and parsing the assembly.
/// </summary>
private bool FirstPass(StreamReader readStream)
{
bool BuildSuccessful = true;
int LineNumber = 0;
string CurrentLine;
Token[] currentTokens;
Console.WriteLine("Lexical analysis and parsing...");
while (!readStream.EndOfStream)
{
CurrentLine = String.Empty;
CurrentLine = readStream.ReadLine();
CurrentLine.Trim();
LineNumber += 1;
if (CurrentLine == String.Empty)
{
continue;
}
try
{
//FIRST PASS
currentTokens = YParser.ParseString(CurrentLine);
if (currentTokens == null || currentTokens.Length == 0)
{
continue;
}
YFile.AddLine(currentTokens);
}
catch (FoundUnexpectedToken e)
{
//Console.WriteLine("ERROR : Unexpected Token " + e.token1.Text + " On Line : " + LineNumber + "|" + CurrentLine);
if (e.token1 != null)
{
Console.WriteLine($"ERROR : Unexpected Token {e.token1.Text} On Line : {LineNumber} | {CurrentLine}");
}
else
{
Console.WriteLine($"ERROR : Unexpected Token On Line : {LineNumber} | {CurrentLine}");
}
}
catch (AssemblerException e)
{
Console.ForegroundColor = ConsoleColor.Red;
Console.WriteLine("ERROR at stage : " + Enum.GetName(typeof(EnumAssemblerStages), e._stage) + " " + e.Message);
BuildSuccessful = false;
}
catch (TokenAccessException e)
{
BuildSuccessful = false;
Console.ForegroundColor = ConsoleColor.Red;
if (e._Tkn != null)
{
Console.WriteLine("ERROR accessing token: " + e.Message);
Console.WriteLine(e._Tkn.TokenInfoString());
}
else
{
Console.WriteLine("ERROR accessing token: " + e.Message);
}
}
catch (Exception e)
{
BuildSuccessful = false;
Console.ForegroundColor = ConsoleColor.Yellow;
Console.WriteLine(e.Message);
}
finally
{
Console.ResetColor();
}
}
return(BuildSuccessful);
}
