Adding a configuration keyword to the geodatabase in SQL Server for the BIS workspace—ArcMap

在创建数据文件之后，修改 DBTUNE 以加入新的配置关键字。根据此新关键字，数据和数据库对象将存储在之前定义的文件组位置中。DBTUNE 表存储在 SQL Server 中的地理数据库中。要修改 DBTUNE，有必要将 DBTUNE 导出至文本文件中，并在文本文件中进行修改。在对文本文件进行更新后，从文本文件中导入新的 DBTUNE。

Export the dbtune file before making any modifications.
1. Start ArcCatalog.
  提示：
  You can also export using ArcMap.
2. Click the ArcToolbox button on the Standard toolbar.
3. Expand Data Management Tools > Geodatabase Administration.
4. Double-click Export Geodatabase Configuration Keywords.
  The Export Geodatabase Configuration Keywords dialog box appears.
5. Click the browse folder for the Input Database Connection parameter and browse to the connection file for the enterprise geodatabase from which to export.
6. Click the browse folder for the Output File parameter and browse to the path where the file will be exported.
7. Name the file dbtune_exp.txt and click Save.
8. Click OK on the Export Geodatabase Configuration Keywords dialog box.
Copy dbtune_exp.txt to dbtune_bis.txt.

Using a file-based editor, modify the ##DEFAULTS configuration keywords to indicate in which FileGroup the tables and indexes will be created.

If your database only stores the BIS repository, the dbtune_bis.txt file can be opened in a text editor where you can manually edit the ##DEFAULTS configuration keyword; otherwise, create a new configuration keyword using the following example.

dbtune_bis.txt

##DEFAULTS
A_CLUSTER_RASTER           0
A_CLUSTER_ROWID            0
A_CLUSTER_SHAPE            1
A_CLUSTER_STATEID          0
A_CLUSTER_USER             0
A_CLUSTER_XML              0
A_INDEX_RASTER             "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_INDEX_ROWID              "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_INDEX_SHAPE              "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_INDEX_STATEID            "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_INDEX_USER               "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_INDEX_XML                "WITH FILLFACTOR = 75 ON BIS_AINDEX"
A_MS_SPINDEX               "GRIDS = (MEDIUM, MEDIUM, MEDIUM, MEDIUM), CELLS_PER_OBJECT = 16"
A_OUT_OF_ROW               0
A_STORAGE                  "ON BIS_ADATA"
AUX_CLUSTER_COMPOSITE      1
AUX_INDEX_COMPOSITE        "WITH FILLFACTOR = 75 ON BIS_RASTER_INDEX"
AUX_STORAGE                "ON BIS_RASTER"
B_CLUSTER_RASTER           0
B_CLUSTER_ROWID            0
B_CLUSTER_SHAPE            1
B_CLUSTER_TO_DATE          0
B_CLUSTER_USER             0
B_CLUSTER_XML              0
B_INDEX_RASTER             "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_INDEX_ROWID              "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_INDEX_SHAPE              "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_INDEX_TO_DATE            "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_INDEX_USER               "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_INDEX_XML                "WITH FILLFACTOR = 75 ON BIS_BINDEX"
B_MS_SPINDEX               "GRIDS = (MEDIUM, MEDIUM, MEDIUM, MEDIUM), CELLS_PER_OBJECT = 16"
B_OUT_OF_ROW               0
B_STORAGE                  "ON BIS_BDATA"
BLK_CLUSTER_COMPOSITE      1
BLK_INDEX_COMPOSITE        "WITH FILLFACTOR = 75 ON BIS_RASTER_INDEX"
BLK_OUT_OF_ROW             0
BLK_STORAGE                "ON BIS_RASTER"
BND_CLUSTER_COMPOSITE      0
BND_CLUSTER_ID             0
BND_INDEX_COMPOSITE        "WITH FILLFACTOR = 75 ON BIS_RASTER_INDEX"
BND_INDEX_ID               "WITH FILLFACTOR = 75 ON BIS_RASTER_INDEX"
BND_STORAGE                "ON BIS_RASTER"
COLLATION_NAME             ""
CROSS_DB_QUERY_FILTER      0
D_CLUSTER_ALL              0
D_CLUSTER_DELETED_AT       1
D_INDEX_ALL                "WITH FILLFACTOR = 75 ON BIS_DINDEX"
D_INDEX_DELETED_AT         "WITH FILLFACTOR = 75 ON BIS_DINDEX"
D_STORAGE                  "ON BIS_DDATA"
F_CLUSTER_FID              1
F_INDEX_AREA               "WITH FILLFACTOR = 75 ON BIS_FINDEX"
F_INDEX_FID                "WITH FILLFACTOR = 75 ON BIS_FINDEX"
F_INDEX_LEN                "WITH FILLFACTOR = 75 ON BIS_FINDEX"
F_OUT_OF_ROW               0
F_STORAGE                  "ON BIS_FDATA"
GEOM_SRID_CHECK            1
GEOMETRY_STORAGE           "GEOMETRY"
GEOMTAB_OUT_OF_ROW         0
GEOMTAB_PK                 "WITH FILLFACTOR = 75 ON BIS_FINDEX"
GEOMTAB_STORAGE            "ON BIS_FDATA"
I_STORAGE                  "ON BIS_FDATA"
NUM_DEFAULT_CURSORS        -1
PERMISSION_CACHE_THRESHOLD 250
RAS_CLUSTER_ID             1
RAS_INDEX_ID               "WITH FILLFACTOR = 75 ON BIS_RASTER_INDEX"
RAS_STORAGE                "ON BIS_RASTER"
RASTER_STORAGE             "BINARY"
S_CLUSTER_ALL              1
S_CLUSTER_SP_FID           0
S_INDEX_ALL                "WITH FILLFACTOR = 75 ON BIS_SINDEX"
S_INDEX_SP_FID             "WITH FILLFACTOR = 75 ON BIS_SINDEX"
S_STORAGE                  "ON BIS_SDATA"
UI_TEXT                    "User Interface text for DEFAULTS"
UNICODE_STRING             "TRUE"
XML_COLUMN_STORAGE         "DB_XML"
XML_DOC_INDEX              "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_DOC_OUT_OF_ROW         0
XML_DOC_STORAGE            "ON BIS_XMLDOC"
XML_DOC_UNCOMPRESSED_TYPE  "BINARY"
XML_IDX_CLUSTER_DOUBLE     0
XML_IDX_CLUSTER_ID         0
XML_IDX_CLUSTER_PK         1
XML_IDX_CLUSTER_STRING     0
XML_IDX_CLUSTER_TAG        0
XML_IDX_FULLTEXT_CAT       "SDE_DEFAULT_CAT"
XML_IDX_FULLTEXT_LANGUAGE  ""
XML_IDX_FULLTEXT_TIMESTAMP 1
XML_IDX_FULLTEXT_UPDATE_METHOD "CHANGE_TRACKING BACKGROUND"
XML_IDX_INDEX_DOUBLE       "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_IDX_INDEX_ID           "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_IDX_INDEX_PK           "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_IDX_INDEX_STRING       "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_IDX_INDEX_TAG          "WITH FILLFACTOR = 75 ON BIS_XMLDOCINDEX"
XML_IDX_OUT_OF_ROW         0
XML_IDX_STORAGE            "ON BIS_XMLDOCINDEX"
END

Import the modified dbtune_bis.txt file using ArcCatalog or ArcMap.
1. In the ArcToolbox window, expand Data Management Tools > Geodatabase Administration.
2. Double-click Import Geodatabase Configuration Keywords.
  The Import Geodatabase Configuration Keywords dialog box appears.
3. Click the browse folder next to the Input Database Connection parameter and browse to the connection file for the enterprise geodatabase from which to import.
4. Click the browse folder for the Input File parameter and browse to the path where the file will be imported.
5. Name the file dbtune_bis.txt and click Open.
6. Click OK on the Import Geodatabase Configuration Keywords dialog box.