When importing data from an external source there are essentially three levels of interaction with LUSID. (1) The data is a raw document that LUSID does not understand. You can store and retrieve it but it does not full interact with other documents inside LUSID (2) The data has a map from fields and paths to 'properties' in LUSID. In essence, LUSID can then treat the data as weakly typed (decimal, string) data that can be returned through queries and where various aggregation requests will then work. (3) The data is fully translatable into LUSID and understood, in some sense, natively. This means that it can be used for context sensitive calculations such as pricing or risk calculations. The data map object is designed to allow data to transition from step 1 to 2 and in some cases as an alternative for step 2 to 3.
More...
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| List< DataDefinition > | DataDefinitions [get, set] |
| | A map from LUSID item keys to data definitions that define the names, types and degree of uniqueness of data provided to LUSID in structured data stores. More...
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When importing data from an external source there are essentially three levels of interaction with LUSID. (1) The data is a raw document that LUSID does not understand. You can store and retrieve it but it does not full interact with other documents inside LUSID (2) The data has a map from fields and paths to 'properties' in LUSID. In essence, LUSID can then treat the data as weakly typed (decimal, string) data that can be returned through queries and where various aggregation requests will then work. (3) The data is fully translatable into LUSID and understood, in some sense, natively. This means that it can be used for context sensitive calculations such as pricing or risk calculations. The data map object is designed to allow data to transition from step 1 to 2 and in some cases as an alternative for step 2 to 3.
◆ DataMapping()
Initializes a new instance of the DataMapping class.
- Parameters
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| dataDefinitions | A map from LUSID item keys to data definitions that define the names, types and degree of uniqueness of data provided to LUSID in structured data stores.. |
◆ Equals() [1/2]
| bool Lusid.Sdk.Model.DataMapping.Equals |
( |
DataMapping |
input | ) |
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inline |
Returns true if DataMapping instances are equal
- Parameters
-
- Returns
- Boolean
◆ Equals() [2/2]
| override bool Lusid.Sdk.Model.DataMapping.Equals |
( |
object |
input | ) |
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inline |
Returns true if objects are equal
- Parameters
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| input | Object to be compared |
- Returns
- Boolean
◆ GetHashCode()
| override int Lusid.Sdk.Model.DataMapping.GetHashCode |
( |
| ) |
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inline |
Gets the hash code
- Returns
- Hash code
◆ ToJson()
| virtual string Lusid.Sdk.Model.DataMapping.ToJson |
( |
| ) |
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inlinevirtual |
Returns the JSON string presentation of the object
- Returns
- JSON string presentation of the object
◆ ToString()
| override string Lusid.Sdk.Model.DataMapping.ToString |
( |
| ) |
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inline |
Returns the string presentation of the object
- Returns
- String presentation of the object
◆ DataDefinitions
A map from LUSID item keys to data definitions that define the names, types and degree of uniqueness of data provided to LUSID in structured data stores.
A map from LUSID item keys to data definitions that define the names, types and degree of uniqueness of data provided to LUSID in structured data stores.
The documentation for this class was generated from the following file:
- /home/docs/checkouts/readthedocs.org/user_builds/lusid-sdk-csharp/checkouts/latest/sdk/Lusid.Sdk/Model/DataMapping.cs
