public void CaseWriter()
{
CaseWriter writer = new CaseWriter();
CaseTemplate template = new CaseTemplate(Code.String("test"));
template.Code.AddLine(Code.Comment("code here"));
writer.Write(template, this.output);
Assert.AreEqual("case \"test\":\r\n // code here\r\n break;", this.output.ToString());
}
public MethodNameSwitch()
{
CaseWriter = new CaseWriter();
}
public MainForm()
{
caseReader = new CaseReader();
caseWriter = new CaseWriter();
caseConvertor = new CaseConvertor();
caseReader.OnTaskStarted += OnOpenCaseStart;
caseReader.OnTaskFinished += OnOpenCaseFinished;
caseWriter.OnTaskStarted += OnWriteCaseStart;
caseWriter.OnTaskFinished += OnWriteCaseFinished;
caseConvertor.OnTaskStarted += OnConvertCaseStart;
caseConvertor.OnTaskFinished += OnConvertCaseFinished;
currentTreeNode = null;
if (!File.Exists(configFileName))
{
foamConfig = GlobalConfig.Default;
foamConfig.Write(configFileName);
}
else
{
foamConfig = GlobalConfig.Read(configFileName);
}
if (!File.Exists(logFileName))
{
File.Create(logFileName).Close();
}
commonLogWriter = new StreamWriter(logFileName, true, new UTF8Encoding(false));
runner = new FoamRunner(foamConfig);
InitializeComponent();
runner.OnOutput = this.OnRunnerOutput;
runner.OnError = this.OnRunnerError;
runner.OnExit = this.OnRunnerExit;
runner.IsWriteErr = true;
runner.IsWriteLog = true;
onPlugTypeChange = new OnPlugTypeChange(
(me, patchName, from, to) =>
{
if (from == to)
{
return;
}
Plug plug = null;
switch (to)
{
case Plug.PLUG_TYPE.BasicPlug:
plug = new Plug(patchName);
plug.Alpha = me.Alpha;
plug.GasVelocity = me.GasVelocity;
plug.MeanSlitRadius = me.MeanSlitRadius; plug.Radius = me.Radius;
plug.Radius = me.Radius;
break;
case Plug.PLUG_TYPE.PorousPlug:
plug = new PorousPlug(patchName);
plug.Alpha = me.Alpha;
plug.GasVelocity = me.GasVelocity;
plug.MeanSlitRadius = me.MeanSlitRadius; plug.Radius = me.Radius;
plug.Radius = me.Radius;
break;
case Plug.PLUG_TYPE.SlitPlug:
plug = new SlitPlug(patchName);
break;
}
if (plug != null)
{
currentCase.Field.Boundarys.Remove(me);
currentCase.Field.Boundarys.Add(plug);
currentTreeNode = treeView_main.SelectedNode;
UpdateCaseObject();
}
}
);
onWallHeatTypeChange = new OnWallHeatTypeChange(
(me, patchName, from, to) =>
{
if (from == to)
{
return;
}
Wall wall = null;
switch (to)
{
case Wall.WALL_TYPE.Adiabat:
wall = new AdiabatWall(patchName);
wall.Layers = me.Layers;
break;
case Wall.WALL_TYPE.Coefficent:
wall = new HeatTransferWall(patchName);
wall.Layers = me.Layers;
break;
case Wall.WALL_TYPE.Flux:
wall = new HeatFluxWall(patchName);
wall.Layers = me.Layers;
break;
case Wall.WALL_TYPE.Power:
wall = new PowerWall(patchName);
wall.Layers = me.Layers;
break;
case Wall.WALL_TYPE.Temperature:
wall = new TemperatureWall(patchName);
wall.Layers = me.Layers;
break;
}
if (wall != null)
{
currentCase.Field.Boundarys.Remove(me);
currentCase.Field.Boundarys.Add(wall);
currentTreeNode = treeView_main.SelectedNode;
UpdateCaseObject();
}
}
);
onBoundaryTypeChange = new OnBoundaryTypeChange(
(me, patchName, from, to) =>
{
if (from != to)
{
Boundary bn = null;
switch (to)
{
case Boundary.BOUNDARY_TYPE.Plug:
bn = new Plug(patchName);
break;
case Boundary.BOUNDARY_TYPE.Symmetry:
bn = new Symmetry(patchName);
break;
case Boundary.BOUNDARY_TYPE.Upface:
bn = new Upface(patchName);
break;
case Boundary.BOUNDARY_TYPE.Wall:
bn = new AdiabatWall(patchName);
break;
}
if (bn != null)
{
currentCase.Field.Boundarys.Remove(me);
currentCase.Field.Boundarys.Add(bn);
currentTreeNode = treeView_main.SelectedNode;
UpdateCaseObject();
}
}
}
);
foamViewer_main.OnReadMeshStarted += OnReadMeshStart;
foamViewer_main.OnReadMeshFinished += OnReadMeshFinished;
foamViewer_main.OnPatchSelected += OnPatchSelected;
foamViewer_main.MeshColor = foamConfig.MeshColor;
foamViewer_main.HightLightColor = foamConfig.HighLightMeshColor;
InitCase();
InitControls();
treeNode_boundary = treeView_main.Nodes["Case"].Nodes["Field"].Nodes["Boundary"];
msgManager = new LflowMsgManager(rtb_log, tb_foamlog);
//msgManager.AsyncStartProcesser();
}