Bridge Specifications
| Vendor | erwin, Inc. |
| Tool Name | erwin Data Modeler |
| Tool Version | 9.x to 2021 |
| Tool Web Site | https://erwin.com/products/erwin-data-modeler/ |
| Supported Methodology | [Data Modeling] Data Store (Physical Data Model, Logical Data Model, Stored Procedure Expression Parsing), Graphical Layout via COM API on Native (.erwin) or Export (.XML) File |
SPECIFICATIONS
Tool: erwin, Inc. / erwin Data Modeler version 9.x to 2021 via COM API on Native (.erwin) or Export (.XML) File
See https://erwin.com/products/erwin-data-modeler/
Metadata: [Data Modeling] Data Store (Physical Data Model, Logical Data Model, Stored Procedure Expression Parsing), Graphical Layout
Component: CaErwin9Xml version 11.0.0
OVERVIEW
This bridge imports data models from Erwin Data Modeler, including logical only models with Entities, Attributes, Domains, physical only models with Tables, Columns, Data Types, or Logical/Physical models with both. This bridge also imports all relationships and their implementation (e.g. PK/FK) as well as the graphical layout of the data models (diagrams).
This bridge can import either the .erwin format files or .xml format files saved using erwin Data Modeler.
- Erwin Native Format (.erwin):
The bridge requires the erwin Data Modeler COM/OLE API to be installed in order to parse .ERWIN format files.
Erwin Data Modeler must be properly installed with a valid license on the machine executing this bridge.
In order to test this, open an erwin model in Data Modeler and save it as 'XML Repository Format'.
- Erwin XML File Format (.xml):
You can create the .xml version of a file (Save As... in erwin), select the 'XML Repository' format for the type of XML file that erwin creates.
Here are the steps to create this type of .XML file:
1. Open the .erwin file in erwin.
2. Select File, then Save As...
3. Select 'XML Repository (*.xml)' for the 'Save as type' pulldown.
4. Specify a path and name for the exported file.
5. Click OK
REQUIREMENTS
- Erwin User:
The bridge must run on behalf of the Windows user that can run the erwin software.
If the bridge is running as part of a Windows desktop application, then you must log on windows with that user.
If the bridge is running as part of a Windows service, then go to the Windows services and click on the 'Properties' menu of such service, go to the 'Log On' tab, select 'This account' and specify the same user name and password used as Windows session when testing connectivity from erwin to the mart, and restart the Windows service.
FREQUENTLY ASKED QUESTIONS
Q: How does the bridge import the ordering of attributes?
A: The bridge imports the physical order preferably, if the information is present in the XML file, otherwise the logical order is used.
To view the physical column ordering in erwin:
- Switch to the model Physical View,
- In the 'Diagram' menu, select 'Diagrams',
- Click on the 'Table' tab
- Select 'Physical Order' from the 'Physical Display Level' pull-down.
This is the order erwin uses when generating SQL DDL, and MIMB will import this order, if it is available in the file.
If you wish to import the logical order, please derive a logical only model in erwin and import it.
LIMITATIONS
Refer to the current general known limitations at http://metaintegration.com/Products/MIMB/MIMBKnownLimitations.html or bundled in Documentation/ReadMe/MIMBKnownLimitations.html
- Erwin Data Modeler 2021 NoSQL modeling is not supported:
In addition to relational database modeling, the new Erwin Data Modeler 2021 adds support for NoSQL / hierarchical modeling of files like JSON or databases like MongoDB.
Unfortunately, this NoSQL modeling is performed at the instance level instead of schema level, which is not compatible with the way most other DM/MM/DI/BI tools model NoSQL and is therefore unsupported.
For example Erwin creates as many columns as there are instances in an array of a json file, instead of factorizing all possible fields on the different instances to create a unified structure of all possibilities.
- Warning On Potential Missing Physical Names:
This issue is particularly relevant when you convert from erwin to ETL or BI (business intelligence) tools, or to the OMG CWM XMI standard. When you save a logical and physical model, the physical names of tables, columns, and keys might not always be saved into the XML file. When you use erwin to manage the automatic generation of physical names from logical names, only the generation rules are saved. This is not an issue for physical-only erwin models, which are often used to re-engineer existing databases.
The main workaround for this issue is to select the 'AllFusion Repository Format' radio button (as described above) when saving the .XML file. Just import the produced XML file in the erwin import bridge as usual.
Another solution is to make sure all physical names are explicitly set, therefore not relying on any generation rules from the logical names.
Alternatively, you can derive a new physical model (to be saved as XML) from your existing logical and physical model. Select 'Derive New Model...' from the 'Tools' menu, and select 'New Model Type' as 'Physical'.
The next step of the wizard will then invoke all the generation rules to produce all the physical names.
The new physical model can then be saved as XML. Note that the logical names of the tables are also available in this new XML file, but unfortunately the logical names of attributes might still be missing.
Note that the bridge automatically parses the .ERWIN files using the correct XML generation function in erwin, so that the problem of missing physical names does not occur.
- Warning On Potential Missing Dimensional Modeling Roles:
This issue is particularly relevant when erwin is used for dimensional modeling to BI tools, or to the OMG CWM XMI standard. As for the physical name issue explained above, the dimensional modeling roles (Fact, Dimensional, or Outrigger) may not be available in the XML file if they are automatically calculated by erwin.
One solution, is to make sure all dimensional modeling roles are explicitly set (use the 'Table Editor', tab 'Dimensional'), therefore not relying on automatic calculations by erwin based on usage.
- Warning On Potential Popup Messages:
When importing .erwin models, there is a possibility that erwin may present a popup window that is unavailable for the bridge to respond to.
The result is the bridge will hang during import. A possible workaround recommended by the vendor is to modify the registry as follows, to avoid popup messages:
* Edit the registry on the machine where the bridge is running, using Regedit.exe
* Look for the key:
for version 9.0 to 9.6: HKEY_CURRENT_USER\Software\CA\ERwin Data Modeler\9.0\Messages
for version 9.7: HKEY_CURRENT_USER\Software\erwin\Data Modeler\9.7\Messages
* Add data 'GDM-46=1;' to the value 'Message Status'
SUPPORT
Provide a trouble shooting package with:
- the debug log (can be set in the UI or in conf/conf.properties with MIR_LOG_LEVEL=6)
- the metadata backup if available (can be set in the Miscellaneous parameter with option -backup)
-Erwin Windows Com API debugging:
The bridge uses the Erwin Windows COM API via simple scripts (ErwinApi.js and ErwinXml.js).
If these scripts are not working properly, contact Erwin support to debug the issue (which may require re-installing erwin).
The scripts can be tested as follows:
cscript.exe //E:jscript //Nologo .\conf\MIRModelBridgeTemplate\ERwin\ERwinApi.js -version 9 -GetVersion
cscript.exe //E:jscript //Nologo .\conf\MIRModelBridgeTemplate\ERwin\ERwinXml.js -version 9 -from eMovies.erwin -to eMovies.xml -log eMoviesLog.txt
Bridge Parameters
| Parameter Name | Description | Type | Values | Default | Scope | ||||
| File | When creating the .xml version of a file (Save As... in erwin), it is recommended that one select the 'XML Repository Format' radio button for the type of XML file that erwin creates. Please see warnings in the overall bridge tool tip about using the standard XML format that erwin provides. Here are the steps to create this type of .XML file: 1. Open the .erwin file in erwin. 2. Select File, then Save As... 3. Select 'XML Repository (*.xml)' for the 'Save as type' pulldown. 4. Specify a path and name for the exported file. 5. Click OK The bridge will use the generated XML or ERWIN file as input. Remember that erwin must be installed on the same machine that the bridge runs on in order for the ERWIN format to be parsed. |
FILE |
|
Mandatory | |||||
| Import UDPs | In erwin data modeler, a User Defined Property (UDP) is defined with a name (e.g. Threat Level), a definition (e.g. an enumeration with values: green, yellow, orange, red), and a possible default value (e.g. green). Applying a UDP to an object (e.g. table or column) can be done with an explicit value (e.g. orange) or without value therefore the default value of the UDP (e.g. green). UDP can be imported: 'As metadata' Import an explicit value as Property Value, implicit values are not imported, the default value is kept on the Property Type only. 'As metadata, migrate default values' Import explicit and implicit values as Property Value objects. 'In description, migrate default values' Append the property name and value, even if implicit, to the object's description and/or comment (depending upon the design level). This allows you to export the UDP values to another tool which does not support the notion of UDP. 'Both, migrate default values' Import the UDP value, even if implicit, both as metadata and in the object's description and/or comment (depending upon the design level). |
ENUMERATED |
|
As metadata | |||||
| Import relationship name | Controls how the erwin relationship names are imported: 'From relationship name' from the name property. 'From derived name' from the verb phrase derived name. |
ENUMERATED |
|
From relationship name | |||||
| Import column order from | In Erwin data modeler, the columns physical order can viewed through edit the current subject area 'Stored Display Settings', then click on tab 'Physical', group 'Display Level', then on the 'Physical Order' radio button. Controls how the erwin table's column order is imported: 'Column order' Order of the columns displayed in the erwin physical view. 'Physical order' Order of the columns in the database, as generated in SQL DDL. |
ENUMERATED |
|
Physical order | |||||
| Import owner schemas | Controls how the erwin owner schemas are imported: 'True' The owner schema for Tables and views and other database objects is imported. 'False' The owner schema for Tables and views and other database objects is ignored. This option may be useful for models where physical names are not unique, to indicate the model should be treated as a logical model (not ready for SQL DDL generation) while physical information is still maintained the model. |
BOOLEAN |
|
True | |||||
| Import diagrams | Controls how the erwin data model diagrams are imported: 'None' Diagrams are not imported. 'Current view' Only the current view of the diagrams are imported. 'All' Diagrams are imported twice: once for the logical view and once for the physical view. |
ENUMERATED |
|
Current view | |||||
| Move entities to subject areas | In erwin data modeler, entities belong under the model and may be assigned to one or more subject areas. Move entities to subject areas: 'True' In order to use subject areas as conventional (UML) design packages with their own namespace where any entity may belong to ONLY one subject area. Specifically, if entities belong to only one subject area, they will be placed in the corresponding package. Other entities are placed under the model. Additionally, this option assumes that all entities are defined within a user defined subject area. 'False' |
BOOLEAN |
|
False | |||||
| Miscellaneous | INTRODUCTION Specify miscellaneous options starting with a dash and optionally followed by parameters, e.g. -connection.cast MyDatabase1="SQL Server" Some options can be used multiple times if applicable, e.g. -connection.rename NewConnection1=OldConnection1 -connection.rename NewConnection2=OldConnection2; As the list of options can become a long string, it is possible to load it from a file which must be located in ${MODEL_BRIDGE_HOME}\data\MIMB\parameters and have the extension .txt. In such case, all options must be defined within that file as the only value of this parameter, e.g. ETL/Miscellaneous.txt JAVA ENVIRONMENT OPTIONS -java.memory <Java Memory's maximum size> (previously -m) 1G by default on 64bits JRE or as set in conf/conf.properties, e.g. -java.memory 8G -java.memory 8000M -java.parameters <Java Runtime Environment command line options> (previously -j) This option must be the last one in the Miscellaneous parameter as all the text after -java.parameters is passed "as is" to the JRE, e.g. -java.parameters -Dname=value -Xms1G The following option must be set when a proxy is used to access internet (this is critical to access https://repo.maven.apache.org/maven2/ (and exceptionally a few other tool sites) in order to download the necessary third party software libraries. -java.parameters -Dhttp.proxyHost=127.0.0.1 -Dhttp.proxyPort=3128 -Dhttps.proxyHost=127.0.0.1 -Dhttps.proxyPort=3128 -Dhttp.proxyUser=user -Dhttp.proxyPassword=pass -Dhttps.proxyUser=user -Dhttps.proxyPassword=pass -java.executable <Java Runtime Environment full path name> (previously -jre) It can be an absolute path to javaw.exe on Windows or a link/script path on Linux, e.g. -java.executable "c:\Program Files\Java\jre1.8.0_211\bin\javaw.exe" -environment.variable <name>=<value> (previously -v) None by default, e.g. -environment.variable var2="value2 with spaces" MODEL IMPORT OPTIONS -model.name <model name> Override the model name, e.g. -model.name "My Model Name" -prescript <script name> The script must be located in the bin directory, and have .bat or .sh extension. The script path must not include any parent directory symbol (..). The script should return exit code 0 to indicate success, or another value to indicate failure. For example: -prescript "script.bat arg1 arg2" -cache.clear Clears the cache before the import, and therefore will run a full import without incremental harvesting. Warning: this is a system option managed by the application calling the bridge and should not be set by users. -backup <directory> Full path of an empty directory to save the metadata input files for further troubleshooting. DATA CONNECTION OPTIONS Data Connections are produced by the import bridges typically from ETL/DI and BI tools to refer to the source and target data stores they use. These data connections are then used by metadata management tools to connect them (metadata stitching) to their actual data stores (e.g. databases, file system, etc.) in order to produce the full end to end data flow lineage and impact analysis. The name of each data connection is unique by import model. The data connection names used within DI/BI design tools are used when possible, otherwise connection names are generated to be short but meaningful such as the database / schema name, the file system path, or Uniform Resource Identifier (URI). The following options allows to manipulate connections. These options replaces the legacy options -c, -cd, and -cs. -connection.cast ConnectionName=ConnectionType Casts a generic database connection (e.g. ODBC/JDBC) to a precise database type (e.g. ORACLE) for SQL Parsing, e.g. -connection.cast "My Database"="SQL SERVER". The list of supported data store connection types includes: ACCESS CASSANDRA DB2 DENODO HIVE MYSQL NETEZZA ORACLE POSTGRESQL PRESTO REDSHIFT SALESFORCE SAP HANA SNOWFLAKE SQL SERVER SYBASE TERADATA VECTORWISE VERTICA -connection.rename OldConnection=NewConnection Renames an existing connection to a new name, e.g. -connection.rename OldConnectionName=NewConnectionName Multiple existing database connections can be renamed and merged into one new database connection, e.g. -connection.rename MySchema1=MyDatabase -connection.rename MySchema2=MyDatabase -connection.split oldConnection.Schema1=newConnection Splits a database connection into one or multiple database connections. A single database connection can be split into one connection per schema, e.g. -connection.split MyDatabase All database connections can be split into one connection per schema, e.g. -connection.split * A database connection can be explicitly split creating a new database connection by appending a schema name to a database, e.g. -connection.split MyDatabase.schema1=MySchema1 -connection.map DestinationPath=SourcePath Maps a source path to destination path. This is useful for file system connections when different paths points to the same object (directory or file). On Hadoop, a process can write into a CSV file specified with the HDFS full path, but another process reads from a HIVE table implemented (external) by the same file specified using a relative path with default file name and extension, e.g. -connection.map hdfs://host:8020/users/user1/folder/file.csv=/user1/folder On Linux, a given directory (or file) like /data can be referred to by multiple symbolic links like /users/john and /users/paul, e.g. -connection.map /users/John=/data -connection.map /users/paul=/data On Windows, a given directory like C:\data can be referred to by multiple network drives like M: and N:, e.g. -connection.map M:\=C:\data -connection.map N:\=C:\data -connection.casesensitive ConnectionName Overrides the default case insensitive matching rules for the object identifiers inside the specified connection, provided the detected type of the data store by itself supports this configuration (e.g. Microsoft SQL Server, MySql etc.), e.g. -connection.casesensitive "My Database" |
STRING |
Bridge Mapping
| Meta Integration Repository (MIR) Metamodel (based on the OMG CWM standard) |
"erwin 9.x to 2021 Data Modeler (File)" Metamodel CA ERwin Data Modeler (Model) |
Mapping Comments |
| Argument | Argument | |
| Comment | Comment | |
| DefaultValue | Default Value | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Kind | Kind | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| Position | Position | |
| Association | Relationship | |
| Aggregation | Identifying | True if identifying |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| ExtraConstraint | Constraint | |
| Name | Name | |
| NativeId | Native Id | |
| AssociationRole | Unnamed RelationshipEnd, Named RelationshipEnd | |
| Multiplicity | Cardinality | |
| Name | Name | |
| OnDelete | On Delete | |
| OnInsert | On Insert | |
| OnUpdate | On Update | |
| Source | Source | Based on the multiplicity of each role and the Identifying/Non Identifying property |
| Attribute | Attribute, Column, Primary Key Column - Attribute, Primary Key Attribute, Column - Attribute, Primary Key Column | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| ExtraConstraint | Constraint | if the validation rule cannot be set on the type |
| Generate | Generate | |
| InitialValue | Default Value | imported from the default value tag associated to this type |
| Name | Physical Name, Name | |
| NativeId | Native Id | |
| Optional | Nullable | |
| PhysicalName | Physical Name | |
| Position | Position | |
| BusinessRule | Min - Max, Valid Values List, Default Value, User-Defined | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| LowerBound | Min | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| UpperBound | Max | |
| Value | Default Value, Text | |
| CandidateKey | Candidate Key Group | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | if set by the user |
| UniqueKey | Unique Key | True for Primary Key/Alternate Key, False for Inversion Entries |
| Class | Entity, Table, Table - Entity, Data Source Table | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| DimensionalRole | Dimensional Role | |
| DimensionalType | Dimensional Type | |
| Generate | Generate | |
| Name | Physical Name, Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| ClassDiagram | ER Diagram | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| MaxDefinitionLength | Max Definition Length | |
| Name | Name | |
| NativeId | Native Id | |
| Notation | Notation | |
| PhysicalName | Physical Name | |
| Condition | Condition | |
| Name | Name | |
| ConnectionNamespace | Folder | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| ConnectionPackage | Data Source Schema, Directory | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| DatabaseSchema | Database Schema | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| DerivedType | Domain | The MIR UserDefined property is set to True for User Defined Domains |
| Comment | Comment | |
| DataType | Data Type | See datatype conversion arrays |
| Description | Definition | |
| DesignLevel | Design Level | |
| InitialValue | Initial Value | imported from the default value tag associated to this type |
| Length | Length | extracted from the datatype |
| LowerBound | Lower Bound | imported from the validation rule associated to this type |
| Name | Name | |
| NativeDataType | Native Data Type | |
| NativeId | Native Id | |
| NativeLogicalDataType | Native Logical Data Type | |
| PhysicalName | Physical Name | computed from the datatype, length and precision |
| Scale | Scale | extracted from the datatype |
| UpperBound | Upper Bound | imported from the validation rule associated to this type |
| UserDataType | User Data Type | |
| DesignPackage | Subject Area | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| FlatTextFile | Data Source File, File | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Physical Name, Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| ForeignKey | Foreign Key Group | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Generate | Generate | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | if set by the user |
| Generalization | Subtype Relationship | |
| Complete | Complete | |
| Description | Definition | |
| DesignLevel | Design Level | set to Logical Only if involved in a transformation |
| Exclusive | Exclusive | |
| Name | Name | |
| NativeId | Native Id | |
| GeneralizationRole | Subtype Relationship Role | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| OnDelete | On Delete | |
| OnInsert | On Insert | |
| OnUpdate | On Update | |
| Identity | Identity | |
| Cache | Cache | |
| Cycle | Cycle | |
| IncrementValue | Increment Value | |
| MaximumValue | Maximum Value | |
| MinimumValue | Minimum Value | |
| Name | Name | |
| StartValue | Start Value | |
| Index | Index | |
| Clustered | Clustered | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Generate | Generate | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| Unique | Unique | |
| IndexMember | Index Member | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| NativeId | Native Id | |
| Position | Position | |
| SortOrder | Sort Order | |
| Note | Note | |
| Author | Author | |
| Importance | Importance | |
| ModificationTime | Modification Time | |
| Name | Name | |
| NativeId | Native Id | |
| Status | Status | |
| Value | Note | |
| PropertyElementTypeScope | UDPs | used for UDP values and column physical information specific to Teradata: COMPRESS, CASE and FORMAT |
| Name | Name | |
| Scope | Scope | |
| PropertyType | UDP | UDP design level: Logical and/or Physical |
| DataType | Data Type | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Group | Group | |
| InitialValue | Initial Value | |
| Name | Name | |
| NativeId | Native Id | |
| Position | Position | |
| Usage | Usage | set to User |
| SQLViewAssociation | View Relationship | |
| AliasName | Alias Name | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| SQLTableSequence | Sequence | |
| SQLViewAttribute | View Column | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Expression | Expression | |
| InitialValue | Default Value | |
| Name | Name | |
| NativeId | Native Id | |
| Optional | Nullable | |
| Position | Position | |
| SQLViewEntity | View | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| DimensionalRole | Dimensional Role | |
| Generate | Generate | |
| GroupByClause | Group By Clause | |
| HavingClause | Having Clause | |
| Name | Name | |
| NativeId | Native Id | |
| OrderByClause | Order By Clause | |
| SelectType | Select Type | |
| ViewStatement | View Statement | |
| ViewStatementType | View Statement Type | |
| ViewType | View Type | |
| WhereClause | Where Clause | The View SQL if user defined or else the Where clause |
| Sequence | Sequence | |
| Comment | Comment | |
| DataType | Data Type | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Generate | Generate | |
| Length | Length | |
| Name | Name | |
| NativeDataType | Native Data Type | |
| NativeId | Native Id | |
| Scale | Scale | |
| StoreConnection | Model Source, Data Source | |
| Comment | Comment | |
| Connection | Connection | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| StoreType | Store Type | |
| SystemMajorVersion | System Major Version | |
| SystemMinorVersion | System Minor Version | |
| SystemReleaseVersion | System Release Version | |
| SystemType | System Type | |
| SystemTypeOld | System Type Old | |
| StoreModel | Model | |
| Author | Author | |
| Comment | Comment | |
| CreationTime | Creation Time | |
| Description | Definition | |
| DesignLevel | Design Level | |
| ModificationTime | Modification Time | |
| Modifier | Modifier | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| StoreType | Store Type | |
| SystemMajorVersion | System Major Version | |
| SystemMinorVersion | System Minor Version | |
| SystemReleaseVersion | System Release Version | |
| SystemType | System Type | |
| SystemTypeOld | System Type Old | |
| StoredProcedure | Stored Procedure | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Generate | Generate | |
| Name | Name | |
| NativeId | Native Id | |
| Postcondition | Postcondition | |
| Precondition | Precondition | |
| Semantics | Code | |
| Synonym | Synonym | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Generate | Generate | |
| Name | Name | |
| NativeId | Native Id | |
| Trigger | Trigger | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| FireOnDelete | Fire On Delete | |
| FireOnInsert | Fire On Insert | |
| FireOnUpdate | Fire On Update | |
| Generate | Generate | |
| Name | Name | |
| NativeId | Native Id | |
| Semantics | Code | |
| TriggerType | Trigger Type | |
| TypeValue | Type Value | |
| Comment | Comment | |
| Description | Definition | |
| DesignLevel | Design Level | |
| Name | Name | |
| NativeId | Native Id | |
| PhysicalName | Physical Name | |
| Position | Position | |
| Value | Value |