private static void ExportToPiWeb(string serverUri, string inspectionName, IEnumerable <Characteristic> data,
Dictionary <string, ushort> attributeMapping)
{
//1. Create the client
var client = new DataServiceRestClient(new Uri(serverUri));
//2. Check the server configuration
foreach (var entry in attributeMapping)
{
Configuration.CheckAttribute(client, EntityDto.Characteristic, entry.Value, entry.Key, AttributeTypeDto.Float);
}
//2.1 Make sure the essential time and value attributes are present
Configuration.CheckAttribute(client, EntityDto.Measurement, WellKnownKeys.Measurement.Time, "Time",
AttributeTypeDto.DateTime);
Configuration.CheckAttribute(client, EntityDto.Value, WellKnownKeys.Value.MeasuredValue, "Value", AttributeTypeDto.Float);
//3. Check the inspection plan
//3.1 Check the inspection plan part
var part = InspectionPlan.GetOrCreatePart(client, inspectionName);
var characteristicMapping = new Dictionary <Characteristic, InspectionPlanCharacteristicDto>();
//3.2 Check the inspection plan characteristics
foreach (var characteristic in data)
{
var inspectionPlanCharacteristic = InspectionPlan.GetOrCreateCharacteristic(client, part.Path.Name,
characteristic.Name, attributeMapping, characteristic.Attributes);
characteristicMapping.Add(characteristic, inspectionPlanCharacteristic);
}
//4. Create the measurement
var dataCharacteristics = characteristicMapping.Select(pair => new DataCharacteristicDto
{
Uuid = pair.Value.Uuid,
Path = pair.Value.Path,
Value = new DataValueDto
{
Attributes = new[] { new AttributeDto(1, pair.Key.Value) }
}
}).ToArray();
var measurement = new DataMeasurementDto
{
Uuid = Guid.NewGuid(),
PartUuid = part.Uuid,
Time = DateTime.UtcNow,
Attributes = new[] { new AttributeDto(WellKnownKeys.Measurement.Time, DateTime.UtcNow) },
Characteristics = dataCharacteristics
};
//4.1 Write the measurement to the database
client.CreateMeasurementValues(new[] { measurement }).Wait();
}
public static async Task Lesson(DataServiceRestClient client)
{
//Create the most commonly used attributes for measurement and measurement value
var configuration = await client.GetConfiguration();
if (configuration.GetDefinition(EntityDto.Measurement, MeasurementAttributeDefinition.Key) == null)
{
await client.CreateAttributeDefinition(EntityDto.Measurement, MeasurementAttributeDefinition);
}
if (configuration.GetDefinition(EntityDto.Value, ValueAttributeDefinition.Key) == null)
{
await client.CreateAttributeDefinition(EntityDto.Value, ValueAttributeDefinition);
}
//Every measurement is attached to a part, and every value is attached to a characteristic
await client.CreateParts(new[] { Part });
await client.CreateCharacteristics(new[] { Characteristic });
//The function 'CreateMeasurements' will create measurements without any values. You'll much more likely use the 'CreateMeasurementValues' function
await client.CreateMeasurementValues(new[] { Measurement });
Value.Value = new DataValueDto(0.0) //This will result in an unmeasured characteristic, because the attribute array doesn't contain K1
{
Attributes = new AttributeDto[] { }
};
await client.UpdateMeasurementValues(new[] { Measurement });
Value.Value = new DataValueDto //this will work!
{
Attributes = new[] { new AttributeDto(ValueAttributeDefinition.Key, 0.5) }
};
await client.UpdateMeasurementValues(new[] { Measurement });
var result = await client.GetMeasurementValues(
PathInformationDto.Root, // Part where to search measurements
new MeasurementValueFilterAttributesDto
{
AggregationMeasurements = AggregationMeasurementSelectionDto.All, // Decide how to include aggregated measurements in your query
CharacteristicsUuidList = null, // Use characteristic uuids to fetch single measurement values
Deep = true, // A deep search will find measurements recursively below the start path
FromModificationDate = null, // Will only search measurements with a modification date (LastModified) newer than the specified one
ToModificationDate = null, // Will only search measurements with a modification date (LastModified) older than the specified one
LimitResult = 10, // Will limit the number of returned measurements
MeasurementUuids = null, // Use measurement uuids to search for specific measurements
OrderBy = new[] // Order the returned measurements by specific attributes
{
new OrderDto(WellKnownKeys.Measurement.Time, OrderDirectionDto.Asc, EntityDto.Measurement)
},
RequestedMeasurementAttributes = null, // Specify, which measurement attributes should be returned (default: all)
RequestedValueAttributes = null, // Specify, which value attributes should be returned (default: all)
SearchCondition = new GenericSearchAttributeConditionDto // You can create more complex attribute conditions using the GenericSearchAnd, GenericSearchOr and GenericSearchNot class
{
Attribute = WellKnownKeys.Measurement.Time, //Only measurement attributes are supported
Operation = OperationDto.GreaterThan,
Value = XmlConvert.ToString(DateTime.UtcNow - TimeSpan.FromDays(2), XmlDateTimeSerializationMode.Utc)
}
});
foreach (var measurement in result)
{
Console.WriteLine(measurement.ToString());
}
}
private async void creatNewDemo(string demoType)
{
try
{
creatSuccessed = true;
var partPath = PathHelper.String2PartPathInformation("/Demo/");
var parts = await _RestDataServiceClient.GetParts(partPath);
if (parts.Count() != 0)
{
var Part = (InspectionPlanPart)parts.ToList()[0];
var attributes = new List <Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute>();
//demo type
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20043, demoType + "_Demo"));
//serial number
string date = DateTime.Now.ToString("yyyyMMddHHmmss");
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)14, CC_Data["CC"] + date));
//CC
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)801, CC_Data["CC"]));
//owner
if (comboBox1.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20028, comboBox1.Text.Trim()));
}
else
{
MessageBox.Show("专案负责人未填写！");
creatSuccessed = false;
}
//sales
if (comboBox2.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20004, comboBox2.Text.Trim()));
}
else
{
MessageBox.Show("销售联系人未填写！");
creatSuccessed = false;
}
//application engineer
if (comboBox3.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20003, comboBox3.Text.Trim()));
}
else
{
MessageBox.Show("Demo工程师未填写！");
creatSuccessed = false;
}
//customer
if (comboBox4.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)1062, comboBox4.Text.Trim()));
}
else
{
MessageBox.Show("客户名称未填写！");
creatSuccessed = false;
}
//province
if (comboBox5.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20001, comboBox5.Text.Trim()));
}
else
{
MessageBox.Show("客户所在省份未填写！");
creatSuccessed = false;
}
//city
if (comboBox6.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20002, comboBox6.Text.Trim()));
}
else
{
MessageBox.Show("客户所在城市未填写！");
creatSuccessed = false;
}
//customer Contact person
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20053, textBox1.Text.Trim()));
//customer phone number
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20054, textBox2.Text.Trim()));
//customer address
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20055, textBox3.Text.Trim()));
//customer person count
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20056, textBox4.Text.Trim()));
//cmm info
if (comboBox7.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20051, comboBox7.Text.Trim()));
}
else
{
MessageBox.Show("三坐标信息未填写！");
creatSuccessed = false;
}
//sensor info
if (comboBox8.Text != "")
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20052, comboBox8.Text.Trim()));
}
else
{
MessageBox.Show("传感器信息未填写！");
creatSuccessed = false;
}
//time K4
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)4, DateTime.Now));
//check report
if (checkBox1.Checked)
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20048, "已完成"));
}
//check handover
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20029, textBox5.Text));
//part number
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20041, 1));
//process status
if (checkBox2.Checked)
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20027, "技术交接完成"));
}
else
{
attributes.Add(new Zeiss.IMT.PiWeb.Api.DataService.Rest.Attribute((ushort)20027, "创建完成"));
}
var Measurement = new DataMeasurement
{
Uuid = Guid.NewGuid(),
PartUuid = Part.Uuid,
Time = DateTime.Now,
Attributes = attributes.ToArray()
};
if (creatSuccessed)
{
//Create measurement on the server
await _RestDataServiceClient.CreateMeasurementValues(new[] { Measurement });
}
else
{
creatSuccessed = false;
}
}
else
{
creatSuccessed = false;
}
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
creatSuccessed = false;
}
finally
{
if (creatSuccessed)
{
DirectoryInfo path_exe = new DirectoryInfo(Application.StartupPath); //exe目录
RealAction(path_exe + @"\PiWebInterface.exe", " 主界面");
//写入完成
DialogResult dr = MessageBox.Show("创建Demo完成,是否继续创建Demo?", "创建Demo", MessageBoxButtons.YesNo, MessageBoxIcon.Question);
if (dr == DialogResult.Yes)
{
//询问是否清空界面内容
comboBox2.Text = "";
comboBox3.Text = "";
comboBox4.Text = "";
comboBox5.Text = "";
comboBox6.Text = "";
comboBox7.Text = "";
comboBox8.Text = "";
textBox1.Text = "";
textBox2.Text = "";
textBox3.Text = "";
textBox4.Text = "";
checkBox1.Checked = false;
checkBox2.Checked = false;
textBox5.Text = "";
}
else
{
Application.Exit();
}
}
}
}
