public void should_send_cutting_tool()
{
Event avail = new Event("avail");
adapter.AddDataItem(avail);
avail.Value = "AVAILABLE";
adapter.SendChanged();
adapter.addClientStream(stream);
long pos = stream.Position;
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddProperty("ProcessSpindleSpeed",
new string[] { "minimum", "1000", "maximum", "10000", },
"2500");
tool.AddStatus(new string[] { "USED", "MEASURED" });
adapter.AddAsset(tool);
stream.Seek(pos, SeekOrigin.Begin);
byte[] buffer = new byte[1024];
int count = stream.Read(buffer, 0, 1024);
String line = encoder.GetString(buffer, 0, count);
Assert.IsTrue(line.EndsWith("|@ASSET@|12345|CuttingTool|--multiline--ABCD\n<CuttingTool toolId=\"AAAA\" serialNumber=\"12345\" assetId=\"12345\"><Description>A tool description</Description><CuttingToolLifeCycle><ProcessSpindleSpeed minimum=\"1000\" maximum=\"10000\">2500</ProcessSpindleSpeed><CutterStatus><Status>USED</Status><Status>MEASURED</Status></CutterStatus></CuttingToolLifeCycle></CuttingTool>\n--multiline--ABCD\n"));
}
public void should_add_tool_life()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddStatus(new string[] { "USED", "MEASURED" });
tool.AddLife(CuttingTool.LifeType.MINUTES, CuttingTool.Direction.UP, "100", "0", "200", "175");
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
XElement cycle = cuttingTool.Element("CuttingToolLifeCycle");
Assert.IsNotNull(cycle);
XElement life = cycle.Element("ToolLife");
Assert.IsNotNull(life);
Assert.AreEqual("0", life.Attribute("initial").Value);
Assert.AreEqual("200", life.Attribute("limit").Value);
Assert.AreEqual("175", life.Attribute("warning").Value);
Assert.AreEqual("100", life.Value);
Assert.AreEqual("MINUTES", life.Attribute("type").Value);
Assert.AreEqual("UP", life.Attribute("countDirection").Value);
}
public void should_add_a_status()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddStatus(new string[] { "USED", "MEASURED" });
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
XElement life = cuttingTool.Element("CuttingToolLifeCycle");
Assert.IsNotNull(life);
XElement status = life.Element("CutterStatus");
Assert.IsNotNull(status);
XNode child = status.FirstNode;
Assert.AreEqual("USED", ((XElement)child).Value);
XNode next = child.NextNode;
Assert.AreEqual("MEASURED", ((XElement)next).Value);
}
public void should_add_a_measurement()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddStatus(new string[] { "USED", "MEASURED" });
tool.AddMeasurement("BodyDiameterMax", "BDX", 120.65, 120.60, 120.25, 120.70);
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
XElement life = cuttingTool.Element("CuttingToolLifeCycle");
Assert.IsNotNull(life);
XElement measurements = life.Element("Measurements");
Assert.IsNotNull(measurements);
XElement bdx = measurements.Element("BodyDiameterMax");
Assert.IsNotNull(bdx);
Assert.AreEqual("120.6", bdx.Attribute("nominal").Value);
Assert.AreEqual("120.25", bdx.Attribute("minimum").Value);
Assert.AreEqual("120.7", bdx.Attribute("maximum").Value);
Assert.AreEqual("120.65", bdx.Value);
}
private Vector3 GetCollisionPoint(CuttingTool knife)
{
Vector3 distToObject = transform.position - knife.Origin;
Vector3 proj = Vector3.Project(distToObject, knife.BladeDirection);
Vector3 collisionPoint = knife.Origin + proj;
return(collisionPoint);
}
public void EnableCut(Transform cuttingSrc, Collider cuttingSrcCollider)
{
canCut = true;
cuttingSrcExtents = cuttingSrcCollider.bounds.extents.magnitude;
this.cuttingSrc = cuttingSrc.GetComponent <CuttingTool>();
hits = 0;
Heating heatScript = GetComponent <Heating>();
hitsToCut = (heatScript != null ? (int)(19.0f * (1.0f - DeformableBase.FindClosestHeatFactor(heatScript, cuttingSrc.position))) + 1 : defaultHitsToCut);
if (deformableMesh)
{
deformableMesh.enabled = false;
}
}
private IEnumerator Slice(CuttingTool knife)
{
// The call from OnTriggerEnter, so some object positions are wrong.
// We have to wait for next frame to work with correct values
yield return(null);
Vector3 point = GetCollisionPoint(knife);
Vector3 normal = Vector3.Cross(knife.MoveDirection, knife.BladeDirection);
Plane plane = new Plane(normal, point);
if (_sliceableAsync != null)
{
knife.BeginNewSlice();
_sliceableAsync.Slice(plane, knife.SliceID, null);
}
}
public void should_create_xml_document()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.Manufacturers = "SMPY";
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
Assert.AreEqual("CuttingTool", cuttingTool.Name.ToString());
Assert.AreEqual("12345", cuttingTool.Attributes("assetId").First().Value);
Assert.AreEqual("A tool description", cuttingTool.XPathSelectElement("//Description").Value);
Assert.AreEqual("SMPY", cuttingTool.Attributes("manufactures").First().Value);
}
private void AddToolEventClick(object sender, RoutedEventArgs e)
{
//Create the tool
CuttingTool SomeTool = new CuttingTool()
{
ToolName = toolNameTextBx.Text,
ToolDiameter = double.Parse(tooldiaTextBx.Text),
ToolType = toolfuncTextBx.Text
};
// initialize to connect to db
using (SQLiteConnection tooldbConnection = new SQLiteConnection(App.DatabasePath))
{
tooldbConnection.CreateTable <CuttingTool>();
tooldbConnection.Insert(SomeTool);
};
// make connection and write to db
Close();
}
public void should_add_a_generic_property()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddProperty("ProcessSpindleSpeed",
new string[] { "minimum", "1000", "maximum", "10000", },
"2500");
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
XElement life = cuttingTool.Element("CuttingToolLifeCycle");
Assert.IsNotNull(life);
XElement prop = life.Element("ProcessSpindleSpeed");
Assert.IsNotNull(prop);
Assert.AreEqual("1000", prop.Attribute("minimum").Value);
Assert.AreEqual("10000", prop.Attribute("maximum").Value);
Assert.AreEqual("2500", prop.Value);
}
private void CuttingButtonClick(object sender, EventArgs e)
{
outputPanel.Add(CuttingTool.Build());
Invalidate(true);
}
private void button1_Click(object sender, EventArgs e)
{
CuttingTool tool = new CuttingTool(assetId.Text, toolId.Text, serialNumber.Text);
tool.Description = description.Text;
tool.Manufacturers = manufacturers.Text;
List <string> status = new List <string>();
if (statusUsed.Checked)
{
status.Add("USED");
}
if (statusNew.Checked)
{
status.Add("NEW");
}
if (statusAllocated.Checked)
{
status.Add("ALLOCATED");
}
if (statusMeasured.Checked)
{
status.Add("MEASURED");
}
if (statusBroken.Checked)
{
status.Add("BROKEN");
}
tool.AddStatus(status.ToArray());
MTConnect.CuttingTool.LifeType type = MTConnect.CuttingTool.LifeType.MINUTES;
if (lifeType.Text == "PART_COUNT")
{
type = MTConnect.CuttingTool.LifeType.PART_COUNT;
}
else if (lifeType.Text == "WEAR")
{
type = MTConnect.CuttingTool.LifeType.WEAR;
}
MTConnect.CuttingTool.Direction dir = MTConnect.CuttingTool.Direction.UP;
if (lifeDirection.Text == "DOWN")
{
dir = MTConnect.CuttingTool.Direction.DOWN;
}
tool.AddLife(type, dir, lifeValue.Text, lifeInitial.Text, lifeLimit.Text);
tool.AddProperty("ProcessSpindleSpeed", new string[]
{ "nominal", speedNominal.Text,
"minimum", speedMin.Text,
"maximum", speedMax.Text }, speed.Text);
tool.AddMeasurement("FunctionalLength", "LF", Double.Parse(lengthVal.Text), Double.Parse(lengthNom.Text),
Double.Parse(lengthMin.Text), Double.Parse(lengthMax.Text));
tool.AddMeasurement("CuttingDiameterMax", "DC", Double.Parse(diaVal.Text), Double.Parse(diaNom.Text),
Double.Parse(diaMin.Text), Double.Parse(diaMax.Text));
mAdapter.AddAsset(tool);
this.Close();
}
public void should_add_cutting_item()
{
CuttingTool tool = new CuttingTool("12345", "AAAA", "12345");
tool.Description = "A tool description";
tool.AddStatus(new string[] { "USED", "MEASURED" });
CuttingTool.CuttingItem item = new CuttingTool.CuttingItem("1-10", null, "440", "KMT");
item.Description = "An insert";
item.AddProperty("Locus", "22");
item.AddLife(CuttingTool.LifeType.MINUTES, CuttingTool.Direction.UP, "100", "0", "150");
item.AddMeasurement("FunctionalLength", "LF", 100);
tool.AddItem(item);
tool.ToXml(writer);
writer.WriteEndDocument();
writer.Close();
XElement cuttingTool = XElement.Parse(result.ToString());
XElement cycle = cuttingTool.Element("CuttingToolLifeCycle");
Assert.IsNotNull(cycle);
XElement cuttingItems = cycle.Element("CuttingItems");
Assert.IsNotNull(cuttingItems);
XElement cuttingItem = cuttingItems.Element("CuttingItem");
Assert.IsNotNull(cuttingItem);
Assert.AreEqual("1-10", cuttingItem.Attribute("indices").Value);
Assert.AreEqual("440", cuttingItem.Attribute("grade").Value);
Assert.AreEqual("KMT", cuttingItem.Attribute("manufacturers").Value);
XElement desc = cuttingItem.Element("Description");
Assert.IsNotNull(desc);
Assert.AreEqual("An insert", desc.Value);
XElement locus = cuttingItem.Element("Locus");
Assert.IsNotNull(locus);
Assert.AreEqual("22", locus.Value);
XElement life = cuttingItem.Element("ItemLife");
Assert.IsNotNull(life);
Assert.AreEqual("MINUTES", life.Attribute("type").Value);
Assert.AreEqual("100", life.Value);
XElement measurements = cuttingItem.Element("Measurements");
Assert.IsNotNull(measurements);
XElement lf = measurements.Element("FunctionalLength");
Assert.IsNotNull(lf);
Assert.IsNull(lf.Attribute("warning"));
Assert.IsNull(lf.Attribute("initial"));
Assert.IsNull(lf.Attribute("limit"));
Assert.AreEqual("100", lf.Value);
}
