public void Init()
{
const string file = "..\\..\\testdata\\simple.cfg";
var parser = new Parser();
_kerbalConfig = parser.ParseConfig(file);
}
public void Setup()
{
_testPart = "..\\..\\testdata\\capsule.cfg";
_parser = new Parser(false, true);
_cfg = _parser.ParseConfig(_testPart);
}
/**
* Method for load tree
* Status: OK
* Note: if you add a new treeLoader, update the switch...
*/
public void LoadTree(string path, TreeType treeType = TreeType.StockTechTree)
{
ResetTree();
if (_treeData == null)
{
return;
}
var parser = new Parser();
_config = parser.ParseConfig(path);
switch (treeType)
{
case TreeType.StockTechTree:
_treeLoader = new StockTechTreeLoader();
break;
case TreeType.YongeTech:
_treeLoader = new YongeTechTreeLoader();
break;
default:
throw new Exception("The techtree's file format is not reconized !");
}
_treeLoader.LoadTree(_config, _treeData);
_treeData.LinkNodes();
_treeData.WorkspaceViewModel.StatusBarText = "Tree Loaded";
}
public override void LoadTree(KerbalConfig config, TechTreeViewModel treeData)
{
var nameNodeHashtable = new Dictionary <string, TechNodeViewModel>();
var techNodes = config.First(child => child.Name == "TechTree").Children.Where(node => node.Name == "RDNode").ToArray();
foreach (KerbalNode node in techNodes.Where(kerbalNode => kerbalNode.Values.ContainsKey("nodeName")))
{
var v = node.Values;
var id = v["id"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(id))
{
techNodeViewModel = nameNodeHashtable[id];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(id, techNodeViewModel);
}
techNodeViewModel.TechNode = this.PopulateFromSource(node);
// Find parent
foreach (KerbalNode parentNode in node.Children.Where(child => child.Name == "Parent"))
{
var parentKeyValuePairs = parentNode.Values.Where(pair => pair.Key == "parentID");
var parents = new List <string>();
foreach (var parentKeyValuePair in parentKeyValuePairs)
{
parents.Add(parentKeyValuePair.Value.First());
}
foreach (var parent in parents.Where(parent => !nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent in parents.Where(parent => !String.IsNullOrEmpty(parent) && nameNodeHashtable.ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
treeData.TechTree.Add(techNodeViewModel);
}
}
public override void LoadTree(KerbalConfig config, TechTreeViewModel treeData)
{
var nameNodeHashtable = new Dictionary<string, TechNodeViewModel>();
var techNodes = config.First(child => child.Name == "TechTree").Children.Where(node => node.Name == "RDNode").ToArray();
foreach (KerbalNode node in techNodes.Where(kerbalNode => kerbalNode.Values.ContainsKey("nodepart")))
{
var v = node.Values;
var id = v["id"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(id))
{
techNodeViewModel = nameNodeHashtable[id];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(id, techNodeViewModel);
}
techNodeViewModel.TechNode = this.PopulateFromSource(node);
// Find parent
foreach (KerbalNode parentNode in node.Children.Where(child => child.Name == "Parent"))
{
var parentKeyValuePairs = parentNode.Values.Where(pair => pair.Key == "parentID");
var parents = new List<string>();
foreach (var parentKeyValuePair in parentKeyValuePairs)
{
parents.Add(parentKeyValuePair.Value.First());
}
foreach (var parent in parents.Where(parent => !nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent in parents.Where(parent => !String.IsNullOrEmpty(parent) && nameNodeHashtable.ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
treeData.TechTree.Add(techNodeViewModel);
}
}
public List <KerbalNode> LoadParts()
{
var partlist = new List <KerbalNode>();
var filter = new List <string> {
"PART"
};
var parser = new Parser(filter, false, true);
foreach (var file in Directory.GetFiles("*.cfg", SearchOption.AllDirectories))
{
OnProgress();
KerbalConfig parts = null;
try
{
parts = parser.ParseConfig(file.FullName);
}
catch (Exception e)
{
Logger.Error(e.Message);
}
if (parts == null || parts.Count < 1)
{
continue;
}
foreach (var p in parts.Where(
p => !partlist.Contains(p) &&
p.Name == "PART"))
{
if (!p.Values.ContainsKey("name"))
{
continue;
}
var part = new Part(p.Values["name"].First());
part.PopulateFromSource(p);
part.FileName = file.FullName;
_parts.Add(part);
}
}
Logger.Log("Loaded {0} parts from {1}", _parts.Count, Directory);
return(partlist);
}
public abstract void LoadTree(KerbalConfig config, TechTreeViewModel treeData);
public void CleanUp()
{
_kerbalConfig = null;
}
/**
* Method for load tree
* Status: OK
* Note: if you add a new treeLoader, update the switch...
*/
public void LoadTree(string path, TreeType treeType = TreeType.StockTechTree)
{
ResetTree();
if (_treeData == null)
{
return;
}
var parser = new Parser();
_config = parser.ParseConfig(path);
switch (treeType)
{
case TreeType.StockTechTree:
_treeLoader = new StockTechTreeLoader();
break;
case TreeType.YongeTech:
_treeLoader = new YongeTechTreeLoader();
break;
default:
throw new Exception("The techtree's file format is not reconized !");
}
_treeLoader.LoadTree(_config, _treeData);
_treeData.LinkNodes();
_treeData.WorkspaceViewModel.StatusBarText = "Tree Loaded";
}
public void LoadTree(string path, TreeType treeType = TreeType.TechMananger)
{
ResetTree();
var nameNodeHashtable = new Dictionary <string, TechNodeViewModel>();
if (_treeData == null)
{
return;
}
_config = ParseTree(path);
switch (treeType)
{
case TreeType.TechMananger:
var techNodes =
_config.
First(
child =>
child.Name == "TECHNOLOGY_TREE_DEFINITION").
Children.Where(node => node.Name == "NODE").
ToArray();
foreach (var node in
techNodes.Where(
kerbalNode =>
kerbalNode.Values.ContainsKey("name")))
{
var v = node.Values;
var name = v["name"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(name))
{
techNodeViewModel = nameNodeHashtable[name];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(name, techNodeViewModel);
}
techNodeViewModel.TechNode.PopulateFromSource(node);
if (v.ContainsKey("parents"))
{
var parentsString = v["parents"].First();
var parents = parentsString.Split(',');
foreach (var parent
in parents.
Where(
parent =>
!nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent
in parents
.Where(
parent => !String.IsNullOrEmpty(parent) &&
nameNodeHashtable.
ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
_treeData.TechTree.Add(techNodeViewModel);
}
break;
case TreeType.ATC:
var atcNodes =
_config.First(child => child.Name == "TECH_TREE").
Children.Where(node => node.Name == "TECH_NODE").
ToArray();
foreach (var node in
atcNodes.Where(
kerbalNode =>
kerbalNode.Values.ContainsKey("name")))
{
var v = node.Values;
var name = v["name"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(name))
{
techNodeViewModel = nameNodeHashtable[name];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(name, techNodeViewModel);
}
techNodeViewModel.TechNode.PopulateFromSource(node, TreeType.ATC);
foreach (var parentNode in node.Children.Where(child => child.Name == "PARENT_NODE"))
{
var parentKeyValuePairs = parentNode.Values.Where(pair => pair.Key == "name");
var parents = new List <string>();
foreach (var parentKeyValuePair in parentKeyValuePairs)
{
parents.Add(parentKeyValuePair.Value.First());
}
foreach (var parent
in parents.
Where(
parent =>
!nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent
in parents
.Where(
parent => !String.IsNullOrEmpty(parent) &&
nameNodeHashtable.
ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
_treeData.TechTree.Add(techNodeViewModel);
}
break;
}
_treeData.LinkNodes();
_treeData.WorkspaceViewModel.StatusBarText = "Tree Loaded";
}
public void TearDown()
{
_testPart = null;
_parser = null;
_cfg = null;
}
public KerbalConfig ParseConfig(String configFile)
{
_lineNumber = 0;
_currentLine = null;
_configFile = configFile;
_skipDepth = -1;
var kerbalConfig = new KerbalConfig(configFile);
var sr = new StreamReader(configFile);
try
{
var kerbalRoot = ParseTree(sr);
// Not a headless file - Split children into separate trees
if (kerbalRoot.Values.Count == 0)
{
foreach (var tree in kerbalRoot.Children)
{
kerbalConfig.Add(tree);
}
}
else if (_filters == null ||
_filters.Contains(kerbalRoot.Name))
{
// Headless file (unless filtered out)
kerbalConfig.Add(kerbalRoot);
}
}
catch (ParseErrorException e)
{
throw new ParseErrorException(
e.Message + "\nFile: " +
kerbalConfig.FileName);
}
return kerbalConfig;
}
public abstract void LoadTree(KerbalConfig config, TechTreeViewModel treeData);
public void Init()
{
const string file = "..\\..\\testdata\\simple.cfg";
var parser = new Parser();
_kerbalConfig = parser.ParseConfig(file);
}
public void CleanUp()
{
_kerbalConfig = null;
}
public void LoadTree(string path, TreeType treeType = TreeType.TechMananger)
{
ResetTree();
var nameNodeHashtable = new Dictionary<string, TechNodeViewModel>();
if (_treeData == null)
{
return;
}
_config = ParseTree(path);
switch (treeType)
{
case TreeType.TechMananger:
var techNodes =
_config.
First(
child =>
child.Name == "TECHNOLOGY_TREE_DEFINITION").
Children.Where(node => node.Name == "NODE").
ToArray();
foreach (var node in
techNodes.Where(
kerbalNode =>
kerbalNode.Values.ContainsKey("name")))
{
var v = node.Values;
var name = v["name"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(name))
{
techNodeViewModel = nameNodeHashtable[name];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(name, techNodeViewModel);
}
techNodeViewModel.TechNode.PopulateFromSource(node);
if (v.ContainsKey("parents"))
{
var parentsString = v["parents"].First();
var parents = parentsString.Split(',');
foreach (var parent
in parents.
Where(
parent =>
!nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent
in parents
.Where(
parent => !String.IsNullOrEmpty(parent) &&
nameNodeHashtable.
ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
_treeData.TechTree.Add(techNodeViewModel);
}
break;
case TreeType.ATC:
var atcNodes =
_config.First(child => child.Name == "TECH_TREE").
Children.Where(node => node.Name == "TECH_NODE").
ToArray();
foreach (var node in
atcNodes.Where(
kerbalNode =>
kerbalNode.Values.ContainsKey("name")))
{
var v = node.Values;
var name = v["name"].First();
TechNodeViewModel techNodeViewModel;
if (nameNodeHashtable.ContainsKey(name))
{
techNodeViewModel = nameNodeHashtable[name];
}
else
{
techNodeViewModel = new TechNodeViewModel();
nameNodeHashtable.Add(name, techNodeViewModel);
}
techNodeViewModel.TechNode.PopulateFromSource(node, TreeType.ATC);
foreach (var parentNode in node.Children.Where(child => child.Name == "PARENT_NODE"))
{
var parentKeyValuePairs = parentNode.Values.Where(pair => pair.Key == "name");
var parents = new List<string>();
foreach (var parentKeyValuePair in parentKeyValuePairs)
{
parents.Add(parentKeyValuePair.Value.First());
}
foreach (var parent
in parents.
Where(
parent =>
!nameNodeHashtable.ContainsKey(parent)))
{
nameNodeHashtable.Add(parent, new TechNodeViewModel());
}
foreach (var parent
in parents
.Where(
parent => !String.IsNullOrEmpty(parent) &&
nameNodeHashtable.
ContainsKey(parent)))
{
techNodeViewModel.Parents.Add(nameNodeHashtable[parent]);
}
}
_treeData.TechTree.Add(techNodeViewModel);
}
break;
}
_treeData.LinkNodes();
_treeData.WorkspaceViewModel.StatusBarText = "Tree Loaded";
}
