Data Loader
About the GAA Data Loaders
GAA provides two data loaders.
- Generation Availability Analysis (GAA) Amplification Codes Data Loader: This data loader allows you to import the latest Amplification Codes to the GE Digital APM system to populate the Amplification Codes family.
- Generation Availability Analysis (GAA) Cause Codes Data Loader: This data loader allows you to import the latest Cause Codes to the GE Digital APM system to populate the Cause Codes family.
GAA Data Loaders Requirements
To use the GAA Amplification Codes Data Loader and GAA Cause Codes Data Loader, your organization must have completed the deployment of the Generation Availability Analysis module.
Security Settings
The Security User performing the data load operation must be associated with either the MI Data Loader User or MI Data Loader Admin Security Role, and must also be associated with the MI GAA Administrator Security Group or a Security Role that is associated with this Security Group.
GAA Data Loaders General Loading Strategy
Limitations
This section documents a list of the limitations for the GAA Data Loaders:
- You must use the GAA Amplification Codes Data Loader workbook (Generation Availability Analysis (GAA) Amplification Codes.xlsx) and the GAA Cause Codes Data Loader workbook (Generation Availability Analysis (GAA) Cause Code.xlsx). Any modifications made by the user to the values in column headings in any of the worksheets will not be imported.Note: Any column values in a customized format will not be imported by the GAA Amplification Codes Data Loader and the GAA Cause Codes Data Loader.
- If the user imports the same data multiple times, the most recently imported data is included in the database. If a record currently resides in the database and is then reimported, the newly imported file will replace the existing file in the database. The GAA Data Loader does not append the existing record.
GAA Data Loaders Workbook Layout and Use
To import Amplification and Cause codes, GE Digital APM provides the GAA Amplification Codes Data Loader workbook (Generation Availability Analysis (GAA) Amplification Codes.xlsx) and the GAA Cause Codes Data Loader workbook (Generation Availability Analysis (GAA) Cause Code.xlsx). These workbooks support baseline GAA in GE Digital APM. You must use these workbooks to load Amplification Codes and Cause Codes respectively.
GAA Amplification Codes Data Loader
The following table lists the worksheets that are included in the Generation Availability Analysis (GAA) Amplification Codes.xlsx workbook:
| Worksheet | Description |
|---|---|
| Configuration Worksheet |
The Configuration worksheet is needed to describe the type of data that you will be loading and how that data should be handled during the data load. |
| AmplificationCodes Worksheet |
The AmplificationCodes Worksheet is used to import the latest Amplification Codes to the GE Digital APM system to populate the Amplification Code family. |
Configuration Worksheet
| Field Caption | Field ID | Data Type (Length) | Comments |
|---|---|---|---|
| Data Worksheet ID | DATA_WORKSHEET_ID | Character | This column contains the name of the <data> worksheet where the actual data is located. It needs to have the same name as the <data> worksheet in the data loader workbook. |
| Batch Size | BATCH_SIZE | Character |
Modifying this field is required to determine the number of records processed in each batch. Enter the batch size you want, and the Data Loader will process that many records per batch. For example, if you want to use a batch size of 100, enter 100, and the data loader will process 100 records per batch. Note:
The recommended batch size is 100. If the Batch Size column is removed from the source workbook, the data loader will default to a batch size of 100.
In addition to processing the data in batches, the log file reports progress by batch. |
| Primary Family ID | PRIMARY_FAMILY_ID | Character |
Depending on the type of data that you are working with, this will contain the Relationship Family ID or the Entity Family ID. You can also allow the data in source file to determine the Family ID by encapsulating the Field ID that contains the Family ID data in brackets (<>). For example, if in the <data> worksheet, there exists a column with the ID of PRIMARY_FAMILY_ID, where each row contains the corresponding Family ID, then in this column, you should put the value of <PRIMARY_FAMILY_ID>. If the Family ID in the GE Digital APM metadata contains spaces, then you must use this feature. |
| Primary Family Key Fields | PRIMARY_FAMILY_KEY_FIELDS | Character |
This column contains the Field IDs associated with the Primary Family that are used to uniquely identify a record. If more than one field is to be used, then each Field ID needs to be separated by a | (Pipe) character. In the case where you are loading data into a relationship, if no keys fields exist or are used, use the <none> constant. If the Primary Action is ACTION_INSERTONLY, then no key fields need to be specified, so you can use the <none> constant. |
| Family Type | FAMILY_TYPE | Character | The value is this column should be Entity or Relationship depending on the type of data that is being loaded. |
| Predecessor Family ID | PRED_FAMILY_ID | Character | When the Family Type is Relationship, this column will contain the value of the Entity Family ID that is the predecessor in the relationship. Otherwise, it should contain the <none> constant. You can also use the data in each of the rows to determine the Predecessor Family ID. |
| Predecessor Family Key Fields | PRED_FAMILY_KEY_FIELDS | Character |
This column contains the Field ID or IDs associated with the Predecessor Family that are used to uniquely identify the predecessor record. If more than one field is to be used, then each Field ID needs to be separated by a | (Pipe) character. If the Predecessor Action is ACTION_INSERTONLY, then no key fields need to be specified, so you can use the <none> constant. |
| Successor Family ID | SUCC_FAMILY_ID | Character | When the Family Type is Relationship, this column will contain the value of the Entity Family ID that is the successor in the relationship. Otherwise, it should contain the <none> constant. You can also use the data in each of the rows to determine the Successor Family ID. |
| Successor Family Key Fields | SUCC_FAMILY_KEY_FIELDS | Character |
This column contains the Field ID or IDs associated with the Successor Family that are used to uniquely identify the successor record. If more than one field is to be used, then each Field ID needs to be separated by a | (Pipe) character. If the Successor Action is ACTION_INSERTONLY, then no key fields need to be specified, so you can use the <none> constant. |
| Primary Action | PRIMARY_ACTION | Character |
The value in this column will determine the action that will be applied to the Primary Family records. If the Family Type is Entity, then the possible values are:
Deleting a record and purging a record will both delete the current record, the difference being that the purge action will delete the record and all of the links or relationships tied to that record. The delete action will simply attempt to delete the record, and if it is related to another record, the delete will fail. If The Family Type is Relationship, then the possible values are:
|
| Predecessor Action | PRED_ACTION | Character |
The value in this column will determine the action that will be applied to the Predecessor Family records. The possible values are:
If The Family Type is Entity then the values needs to be:
|
| Successor Action | SUCC_ACTION | Character |
The value in this column will determine the action that will be applied to the Successor Family records. The possible values are:
If The Family Type is Entity then the values needs to be:
|
| Insert with Null Values? | OPTION_INSERT_ON_NULL | Boolean | When setting field values on a new record, if a value coming across is NULL, the field values will be set to NULL if this option is set to True. |
| Update with Null Values? | OPTION_UPDATE_ON_NULL | Boolean | When setting field values on an existing record, if a value coming across is NULL, the field values will be set to NULL if this option is set to True. |
| Replace an Existing Link? | OPTION_REPLACE_EXISTING_LINK | Boolean |
The Replace Existing Relationship option is used to determine how a relationship is to be maintained by its cardinality definition. For example, the relationship Location Contains Asset that is defined in the Configuration Manager. It has a cardinality defined as Zero or One to Zero or One, has a Location LP-2300, and contains the Asset P-2300. If, in the data load, you assign the Asset P-5000 to be contained in the Location LP-2300, and you have set the Replace Existing Link property to True, then the data loader will link P-5000 to LP-2300 and unlink P-2300 from LP-2300. This assumes that P-5000 is not currently linked to another location. The same is true for a relationship that is defined as Zero or One to Zero or Many, or Zero or Many to Zero or One. |
| Allow Change of Family? | OPTION_ALLOW_CHANGE_OF_FAMILY | Boolean |
Allows the data loader to move an entity from one family to another. For example, this would allow an entity that is currently assigned to the Centrifugal Pump family to be moved to the Reciprocating Pump family. All relationships will be maintained as long as the family to which the entity is being moved allows the same relationships. Note:
Because of the extra processing required, by selecting this option, the interface performance will decrease.
|
AmplificationCodes Worksheet
| Field Caption | Field ID | Data Type (Length) | Comments |
|---|---|---|---|
| Amplification Code | MI_GADS_AMPL_CODE_AMPL_CODE_C | Character (50) | This field is required. |
| Description | MI_GADS_AMPL_CODE_DESC_C | Character (1000) | This field is required. |
| Regulatory Organization | MI_GADS_AMP_COD_REG_REP_ORG_C | Character (50) | This field is required. |
| Event Type | MI_GADS_AMPL_CODE_EVEN_TYPE_C | Character (50) | None |
| Enterprise Support 1 Code | MI_REF_TABLES_ENTER_SUPPO_1_CODE_CHR | Character (50) | None |
| Enterprise Support 1 Description | MI_REF_TABLES_ENTER_SUPPO_1_DESCR_CHR | Character (50) | None |
| Enterprise Support 2 Code | MI_REF_TABLES_ENTER_SUPPO_2_CODE_CHR | Character (50) | None |
| Enterprise Support 2 Description | MI_REF_TABLES_ENTER_SUPPO_2_DESCR_CHR | Character (50) | None |
| Enterprise Support 3 Code | MI_REF_TABLES_ENTER_SUPPO_3_CODE_CHR | Character (50) | None |
| Enterprise Support 3 Description | MI_REF_TABLES_ENTER_SUPPO_3_DESCR_CHR | Character (50) | None |
| Enterprise Support 4 Code | MI_REF_TABLES_ENTER_SUPPO_4_CODE_CHR | Character (50) | None |
| Enterprise Support 4 Description | MI_REF_TABLES_ENTER_SUPPO_4_DESCR_CHR | Character (50) | None |
| Enterprise Support 5 Code | MI_REF_TABLES_ENTER_SUPPO_5_CODE_CHR | Character (50) | None |
| Enterprise Support 5 Description | MI_REF_TABLES_ENTER_SUPPO_5_DESCR_CHR | Character (50) | None |
| Enterprise Support 6 Code | MI_REF_TABLES_ENTER_SUPPO_6_CODE_CHR | Character (50) | None |
| Enterprise Support 6 Description | MI_REF_TABLES_ENTER_SUPPO_6_DESCR_CHR | Character (50) | None |
| Enterprise Support 7 Code | MI_REF_TABLES_ENTER_SUPPO_7_CODE_CHR | Character (50) | None |
| Enterprise Support 7 Description | MI_REF_TABLES_ENTER_SUPPO_7_DESCR_CHR | Character (50) | None |
| Enterprise Support 8 Code | MI_REF_TABLES_ENTER_SUPPO_8_CODE_CHR | Character (50) | None |
| Enterprise Support 8 Description | MI_REF_TABLES_ENTER_SUPPO_8_DESCR_CHR | Character (50) | None |
| Unit Type | MI_GADS_AMPL_CODE_UNIT_TYPE_N | Character (50) | None |
GAA Cause Codes Data Loader
The following table lists the worksheet that is included in the Generation Availability Analysis (GAA) Cause Code.xlsx workbook:
| Worksheet | Description |
|---|---|
| CauseCode | The CauseCodes worksheet is used to import the latest GADS Cause Codes to the GE Digital APM system to populate the GADS Cause Code family. |
| Mapped ID | The Mapped to ID worksheet is used to populate values based on your selection in the Regulatory Reporting Organization in the Cause Codes record. |
| Unique Key |
The Unique Key field is populated and must be in a sequential order. This field is required. |
CauseCode Worksheet
| Field Caption | Field ID | Data Type (Length) | Comments |
|---|---|---|---|
| Code | MI_CAUSECODE_CODE_C | Character (5) | This field is required. |
| Unit Type | MI_CAUSECODE_UNITTYPE | Numeric | This field is required. |
| Cause Code Description | MI_CAUSECODE_DESC | Character (250) | This field is required. |
| System | MI_CAUSECODE_SYSTEM | Character (50) | This field is required. |
| Component | MI_CAUSECODE_COMPONENT | Character (50) | This field is required. |
| Is OMC Event? | MI_CAUSECODE_OMC | Boolean | For an OMC Event, set this field to TRUE. For a non-OMC Event, this field must be blank. |
| Regulatory Organization | MI_GMGADCAU_REG_REP_ORG_C | Character (50) | This field is required. |
GAA Data Loaders Load Verification
About this task
- On the Data Loaders page, view the value in the Status and Log column. If the value Complete appears in the Status and Log column, then the data has been loaded successfully.
- On the Data Loaders page, select the hyperlink in the Job ID column to access the Interface Log datasheet, and then view the value in the Status field. If the value Complete appears in the Status field, then the data has been loaded successfully.
- Navigate to the Primary Event datasheet and view the fields that belong to the GADS Amplification Codes and GADS Cause Codes families. If you can populate the fields using values available in the drop-down lists on this datasheet, then the data has been loaded successfully.