GetAssociationScoresAsync Method
Overloads
| GetAssociationScoresAsync(String, String) |
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app. When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by |
|
| GetAssociationScoresAsync(AsyncHandle, String, String) |
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app. When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by |
|
| GetAssociationScoresAsync<T>(AsyncHandle, Func<Response, T>, String, String) |
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app. When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by |
GetAssociationScoresAsync(String, String)
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app.
When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by [Synthetic Key]: .
Declaration
public Task<IEnumerable<AssociationScore>> GetAssociationScoresAsync([QixName("qTable1")] string table1, [QixName("qTable2")] string table2)
Parameters
| Type | Name | Description |
|---|---|---|
| System.String | table1 |
Name of the first table. |
| System.String | table2 |
Name of the second table. |
Returns
| Type | Description |
|---|---|
| System.Threading.Tasks.Task<System.Collections.Generic.IEnumerable<AssociationScore>> |
Implements
GetAssociationScoresAsync(AsyncHandle, String, String)
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app.
When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by [Synthetic Key]: .
Declaration
public Task<IEnumerable<AssociationScore>> GetAssociationScoresAsync(AsyncHandle asyncHandle, [QixName("qTable1")] string table1, [QixName("qTable2")] string table2)
Parameters
| Type | Name | Description |
|---|---|---|
| AsyncHandle | asyncHandle |
Handle to asynchronous method request |
| System.String | table1 |
Name of the first table. |
| System.String | table2 |
Name of the second table. |
Returns
| Type | Description |
|---|---|
| System.Threading.Tasks.Task<System.Collections.Generic.IEnumerable<AssociationScore>> |
Implements
GetAssociationScoresAsync<T>(AsyncHandle, Func<Response, T>, String, String)
Computes a set of association scores for each pair of fields between two given tables that have been loaded in an app.
When a table contains some synthetic keys, all fields in the synthetic key tables are analyzed against fields in other tables. To denote that a field is a synthetic key, the field name is prefixed by [Synthetic Key]: .
Declaration
public Task<T> GetAssociationScoresAsync<T>(AsyncHandle asyncHandle, Func<Response, T> onResult, [QixName("qTable1")] string table1, [QixName("qTable2")] string table2)
Parameters
| Type | Name | Description |
|---|---|---|
| AsyncHandle | asyncHandle |
Handle to asynchronous method request |
| System.Func<Response, T> | onResult |
Continuation function |
| System.String | table1 |
Name of the first table. |
| System.String | table2 |
Name of the second table. |
Returns
| Type | Description |
|---|---|
| System.Threading.Tasks.Task<T> |
Type Parameters
| Name | Description |
|---|---|
| T |
Implements
Did this page help you?
If you find any issues with this page or its content – a typo, a missing step, or a technical error – let us know how we can improve!