Function.ODBC.General

Available commands

Function.ODBC.Connection!conname.BeginTransaction

Syntax

Function.ODBC.Connection.BeginTransaction()

Function.ODBC.Connection!conname.CommitTransaction

Syntax

Function.ODBC.Connection.CommitTransaction()

Function.ODBC.Connection!conname.ExecuteAndReturn

This command executes the specified query against the specified database connection, and returns the results in the return variable. If the query returns a single value (one field and one row), the return variable should be declared as the appropriate type (string, float, long, date, etc.). If the query returns more than a single field or row, the return variable must be a string. The returned string will be double-delimited, with *!* delimiting the fields, and #$# delimiting the rows. Optionally transformations may be specified on the return, if the return holds multiple fields and/or fields. The transforms may be specified as follows: 1 - Left trim 2 - Right trim 4 - Trim 8 - Lowercase 16 - Uppercase Multiple transform values can be added together to create a composite transformation, but the trim values should be treated as mutually exclusive, as should be the casing values. A value of 18 will result in return string, with each field right trimmed and uppercase. Examples: Function.ODBC.Connection!conP.ExecuteAndReturn("Select JOB, SUFFIX, PART, QTY_ORDER From Job_Header Where CUSTOMER = 'BMF'",8,Variable.Local.sRet)This returns a double-delimited, uppercase string Function.ODBC.Connection!conP.ExecuteAndReturn("Select Count(*) From Job_Header",Variable.Local.iRet)This returns the job count in a long variable Note: Specifying ALL or * in the select query (for returned fields) is not recommended, since addressing the data in the resulting string needs to be done by array index position.

Syntax

Function.ODBC.Connection.ExecuteAndReturn(SQL query, return)

Function.ODBC.Connection.ExecuteAndReturn(SQL query, transform, return)

Function.ODBC.Connection!conname.GetID

Given a table and field, this function returns a long integer.  If the Increment boolean is set to True, the long return will be equal to the greatest field value, plus one.  If the boolean is False, the highest value is returned. Note: This command should only be run against a numeric field.

Syntax

Function.ODBC.Connection.GetID(Table name, field name, increment boolean, long return)

Function.ODBC.Connection.GetID(Table name, field name, increment boolean, numeric source boolean, long return)

Function.ODBC.Connection!conname.GetSchemaFieldList

Syntax

Function.ODBC.Connection.GetSchemaFieldList(table name [string], string return [string])

Arguments

table name

string

string return

string

Function.ODBC.Connection!Conname.OpenLocalRecordsetRW

These commands are similar in function to OpenRecordsetRO/RW, but they create local scope recordsets instead of global scope recordsets.

Syntax

Function.ODBC.Connection!Conname.OpenLocalRecordsetRO and Function.ODBC.Connection!Conname.OpenLocalRecordsetRW

Function.ODBC.Connection!conname.RollbackTransaction

Syntax

Function.ODBC.Connection.RollbackTransaction()

Function.ODBC.Connection!conname.RunStoredProc

This command executes the specified stored procedure against the specified database connection, providing the inbound parameters in a double-delimited string.  The outer delimiter is @!@ and the inner delimiter is *!*.  The command Function.Intrinsic.String.DoubleDelimitedSeek can be used to easily retreive the desired inbound parameter values, by name.

Syntax

Function.ODBC.Connection.RunStoredProc(stored proc name, param names, param types, param dirs, param sizes, param vals, string return)

Function.ODBC.Connection!conname.RunStoredProcNR

This executes the specified stored procedure against the specified database connection.

Syntax

Function.ODBC.Connection.RunStoredProcNR(stored proc name)

Function.ODBC.Connection.RunStoredProcNR(stored proc name, param names, param types, param sizes, param vals)

Function.ODBC.Connection!conname.RunStoredProcRst

This executes the specified stored procedure, against the specified database connection, and returns the results in the specified recordset.

Syntax

Function.ODBC.Connection!Conname.RunStoredProcRst(stored proc name [String], recordset name [String])

Function.ODBC.Connection!Conname.RunStoredProcRst(stored proc name [String], recordset name [String], param names [String], param types [Long], param sizes [Long], param vals [String])

Arguments

stored proc name

[String]

recordset name

[String]

param names

[String]

List of Input and Output parameters that needs to be passed to the stored procedure. It is a good practice to match these names with the parameter names in the stored procedure definition.

param types

[Long]

Datatype of the parameters.

0 - Boolean

1 - Date-Time

2 - Float

3 - Integer

4 - String

param sizes

[Long]

Size of the I/O parameters. By convention, this size should match the parameter size in the procedure definition, and 0 is used for integers.

param vals

[String]

Values for the input parameters. Blank string should be passed for output parameter.

Examples

Function.ODBC.Connection!Conn.RunStoredProcRst("GetVendorInfo","rstVendorInfo","Vendor",4,6,"100845")

Function.ODBC.Connection!conname.RunStoredProcRstLocal

This executes the specified stored procedure, against the specified database connection, and returns the results in the specified recordset.

Syntax

Function.ODBC.Connection!conname.RunStoredProcRstLocal(stored proc name [String], recordset name [String])

Function.ODBC.Connection!conname.RunStoredProcRstLocal(stored proc name [String], recordset name [String], param names [String], param types [Long], param sizes [Long], param vals [String])

Arguments

stored proc name

[String]

recordset name

[String]

param names

[String]

List of Input and Output parameters that needs to be passed to the stored procedure. It is a good practice to match these names with the parameter names in the stored procedure definition.

param types

[Long]

Datatype of the parameters.

0 - Boolean

1 - Date-Time

2 - Float

3 - Integer

4 - String

param sizes

[Long]

Size of the I/O parameters. By convention, this size should match the parameter size in the procedure definition, and 0 is used for integers.

param vals

[String]

Values for the input parameters. Blank string should be passed for output parameter.

Examples

Function.ODBC.Connection!Conn.RunStoredProcRstLocal("GetVendorInfo","rstVendorInfoLocal","Vendor",4,6,"100845")

Function.ODBC.Connection!conname.StoredProcExistsPervasive

This function determines if the specified stored procedure is present on the specified Pervasive SQL database connection object.

Syntax

Function.ODBC.Connection.StoredProcExistsPervasive(stored proc name [String], Return [Boolean])

Arguments

Stored Proc Name

[String]

Return

[Boolean]

Examples

Function.ODBC.Connection!Conn.storedProcExistsPervasive("GetVendorCount",Variable.Local.bRet)

Function.ODBC.Connection!ConnectionName.Close

Closes a connection to a database that is open.

Syntax

Function.ODBC.Connection!ConnectionName.Close

Function.ODBC.Connection!ConnectionName.CloseRecordsets

This function closes and destroys all recordsets for the specified database connection.

Syntax

Function.ODBC.Connection!conname.CloseRecordsets

Function.ODBC.Connection!ConnectionName.Execute

Executes a SQL statement for database access. The example will update the CompDt, Seq,and Grp where the row where the parent is equal to the variable.

Syntax

Function.ODBC.Connection!ConnectionName.Execute (SQL Statements)

Arguments

SQL Statement

Statement that tells what information to get from a database

Example

Variable.local.sSQL.declare(string)
Variable.local.sDate.declare(string)
Variable.local.iGrp.declare(long)
F.Intrinsic.String.Concat("Update ATG_BOM_Comp set CompDt='2007-11-15',Seq=2,Grp=",V.Local.iGrp," where Parent='",V.Global.sBoM2.Trim,"'",V.Local.sSQL)
F.ODBC.Connection!conP.Execute(V.Local.sSQL) 

Remarks

• For those VB Programmers out there this is like a con.execute statement.

Function.ODBC.Connection!ConnectionName.ExecuteAndReturn

This command executes the specified query against the specified database connection, and returns the results in the return variable. If the query returns a single value (one field and one row), the return variable should be declared as the appropriate type (string, float, long, date, etc.). If the query returns more than a single field or row, the return variable must be a string. The returned string will be double-delimited, with *!* delimiting the fields, and #$# delimiting the rows.

Syntax

Function.ODBC.Connection!conname.ExecuteAndReturn(SQL query, return) or

Function.ODBC.Connection!conname.ExecuteAndReturn(SQL query, transform, return)

Function.ODBC.Connection!ConnectionName.FieldExists

This function returns a boolean to indicate if the specified field (or fields) is in the specified table. To specify multiple fields use *!* as the delimiter. The boolean return will indicate True if the field was found. If multiple fields are specified, a True will be returned if ALL of the specified fields were found.

Syntax

Function.ODBC.Connection!conname.FieldExists(Table name, field name(s), boolean return)

Remarks

• This command takes about 15 seconds to run against a normal Global Shop database.

Function.ODBC.Connection!ConnectionName.GetID

Given a table and field, this function returns a long integer. If the Increment boolean is set to True, the long return will be equal to the greatest field value, plus one. If the boolean is False, the highest value is returned.

Syntax

Function.ODBC.Connection!conname.GetID(Table name, field name, increment boolean, long return)

Example

Function.ODBC.Connection!con.GetID("ATG_B_SETUP_SHEET","COL_NO",True,V.Local.iRet) 

Remarks

This command should only be run against a numeric field.

Function.ODBC.Connection!ConnectionName.GetSchemaFieldList

This function returns a double delimited string of the tables and fields in the database on the specified connection. The inner delimiter is :: and the outer delimiter is *!*.

Syntax

Function.ODBC.Connection!conname.GetSchemaFieldList(string return) or

Function.ODBC.Connection!conname.GetSchemaFieldList(table name, string return)

Remarks

• The alternate syntax version still returns the table name in the double delimited string.

Function.ODBC.Connection!ConnectionName.GetSchemaList

Syntax

Function.ODBC.Connection!conname.GetSchemaList(Tables Boolean, Views Boolean, string Return)

Arguments

Tables

True to Show Tables, False to Exclude Tables

Views

True to show views, False to exclude views

String Return

String that delimits tables and views with *!*

Example

Function.ODBC.Connection!con.GetSchemaList(True, False,variable.local.sReturn)

Remarks

When using PERVASIVE views must always be set to False (Pervasive does not support this feature). Can you F.I.S.Split to separate the string Return.

Function.ODBC.Connection!ConnectionName.OpenConnection

Opens a connection to a database

Syntax

Function.ODBC.Connection!ConnectionName.OpenConnection (DSN Name, UserName, Password) or

Function.ODBC.Connection!connection_name.OpenConnection(DSN, username, password, timeout) or

Function.ODBC.Connection!connection_name.OpenConnection(Connection string) or

Function.ODBC.Connection!connection_name.OpenConnection(DSN)

Arguments

Connection Name

The name of the connection

DSNName

The name of the DSN (Database) on the computer

UserName

Default use “Admin”

Password

Default use “”

Example

Function.ODBC.Connection!testConnect.OpenConnection (“GLOBAL_GSS”, “Master”, master“”)

Remarks

• The timeout value is in seconds

• This only affects the timeout of commands that execute against the database directly (UPDATE, DELETE, INSERT INTO, etc.)

• This isn't a bug fix, per se, but some ODBC commands executing against the Pervasive database engine will exceed the command timeout. When this happens, a S100 Timeout Expired fault will be thrown.

• This command can be used if you have a properly formatted connection string, or if you want to use NTLM security with your DSN.

• If you are using a DSN with this command, you will need to manually check for its presence.

Function.ODBC.Connection!ConnectionName.OpenLocalRecordset

These commands are similar in function to OpenRecordsetRO/RW, but they create local scope recordsets instead of global scope recordsets.

Syntax

Function.ODBC.Connection!Conname.OpenLocalRecordsetRO

Function.ODBC.Connection!Conname.OpenLocalRecordsetRW

Remarks

• When working with a table that has a memo field, the recordset must be opened using OpenRecordsetRW not OpenRecordsetRO. Once you have gotten into the recordset records the memo field will need to be placed in a stored variable, other wise the memo field will disappear from you.

Function.ODBC.Connection!ConnectionName.OpenmdbConnection

Opens a connection to a Microsoft Access database

Syntax

Function.ODBC.Connection!ConnectionName.OpenMDBConnection (Fully Qualified Name-mdb)

Arguments

Connection Name

The name of the connection

MDB Name

The fully qualified name to the .mdb (Microsoft Access Database) on the computer

Example

Function.ODBC.Connection!testConnect.OpenMDBConnection (“C:\test.mdb”)

Function.ODBC.Connection!ConnectionName.OpenRecordsetRO

Opens a record set for read-only

Syntax

Function.ODBC.Connection!connectionName.OpenRecordsetRO(RecordsetName, Table or SQL Statement)

Arguments

Table or SQL Statement

Example

Function.ODBC.Connection!testCon.OpenRecordsetRO(“rst”, “Select * from CUST_master where CustName = ‘“+”Global Shop Solutions”+”’”)

Remarks

• When working with a table that has a memo field, the recordset must be opened using OpenRecordsetRW not OpenRecordsetRO. Once you have gotten into the recordset records the memo field will need to be placed in a stored variable, other wise the memo field will disappear from you.

• Some data types, specifically LONGVARCHAR will only work if the recordset is opened as RW instead of RO.

Function.ODBC.Connection!ConnectionName.OpenRecordsetRW

Opens records for read and write

Syntax

Function.ODBC.Connection.OpenRecordsetRW(RecordsetName, Table or SQL Statement)

Arguments

Table or SQL Statement

Example

Function.ODBC.Connection!testCon.OpenRecordsetRW(“rst”, “Select * from CUST_master where CustName = ‘“+”Global Shop Solutions”+”’”) 

Remarks

• When working with a table that has a memo field, the recordset must be opened using OpenRecordsetRW not OpenRecordsetRO. Once you have gotten into the recordset records the memo field will need to be placed in a stored variable, other wise the memo field will disappear from you.

Function.ODBC.Connection!ConnectionName.TableExists

Syntax

Function.ODBC.Connection!conname.TableExists(Table name(s), Boolean return)

Arguments

Table Name(s)

Can list single table name or multiple ones delimited with a *!*

Boolean Return

True if table(s) exist or false if any do not exists

Example

Function.ODBC.Connection!con.TableExists(“ATG_Ext_BuildUp”,variable.local.bTable) 

Function.ODBC.Connection.BeginTransaction

Function.ODBC.Connection.BeginTransaction

Function.ODBC.Connection.Close

Function.ODBC.Connection.Close

Function.ODBC.Connection.CloseRecordsets

Function.ODBC.Connection.CloseRecordsets

Function.ODBC.Connection.CommitTransaction

Function.ODBC.Connection.CommitTransaction

Function.ODBC.Connection.Execute

Function.ODBC.Connection.Execute

Function.ODBC.Connection.ExecuteANDReturn

Function.ODBC.Connection.ExecuteANDReturn

Function.ODBC.Connection.FieldExists

Function.ODBC.Connection.FieldExists

Function.ODBC.Connection.GetID

Function.ODBC.Connection.GetID

Function.ODBC.Connection.GetSchemaFieldList

Function.ODBC.Connection.GetSchemaFieldList

Function.ODBC.Connection.GetSchemaFieldListExt

Function.ODBC.Connection.GetSchemaFieldListExt

Function.ODBC.Connection.GetSchemaList

Function.ODBC.Connection.GetSchemaList

Function.ODBC.Connection.OpenCommonConnection

Function.ODBC.Connection.OpenCommonConnection

Function.ODBC.Connection.OpenCompanyConnection

Function.ODBC.Connection.OpenCompanyConnection

Function.ODBC.Connection.OpenConnection

Function.ODBC.Connection.OpenConnection

Function.ODBC.Connection.OpenConnectionPSQL

Function.ODBC.Connection.OpenConnectionPSQL

Function.ODBC.Connection.OpenLocalRecordsetRO

Function.ODBC.Connection.OpenLocalRecordsetRO

Function.ODBC.Connection.OpenMDBConnection

Function.ODBC.Connection.OpenMDBConnection

Function.ODBC.Connection.OpenRecordsetRO

Function.ODBC.Connection.OpenRecordsetRO

Function.ODBC.Connection.OpenRecordsetRW

Function.ODBC.Connection.OpenRecordsetRW

Function.ODBC.Connection.RollBackTransaction

Function.ODBC.Connection.RollBackTransaction

Function.ODBC.Connection.RunStoredProc

Function.ODBC.Connection.RunStoredProc

Function.ODBC.Connection.RunStoredProcNR

Function.ODBC.Connection.RunStoredProcNR

Function.ODBC.Connection.RunStoredProcRST

Function.ODBC.Connection.RunStoredProcRST

Function.ODBC.Connection.RunStoredProcRSTLOCAL

Function.ODBC.Connection.RunStoredProcRSTLOCAL

Function.ODBC.Connection.SaveStringToLongVarChar

Function.ODBC.Connection.SaveStringToLongVarChar

Function.ODBC.Connection.StoredProcExistsPervasive

Function.ODBC.Connection.StoredProcExistsPervasive

Function.ODBC.Connection.TableExists

Function.ODBC.Connection.TableExists

Function.ODBC.ConnectionName!RecordsetName.AddNew

Adds new row to a table

Syntax

Function.ODBC.ConnectionName!RecordsetName.AddNew

Arguments

None

Example

Function.ODBC.testCon!testrst.addnew

Remarks

• Addnew opens the recordset up for a new row in the table.

• Must be used with OpenRecordSetRW.

Function.ODBC.ConnectionName!RecordsetName.Close

Closes the record set

Syntax

Function.ODBC.ConnectionName!RecordsetName.Close

Arguments

None

Example

Function.ODBC.testCon!testrst.close

Remarks

• It is very important to always close your recordset!

Function.ODBC.ConnectionName!RecordsetName.Delete

Deletes a specified record set

Syntax

Function.ODBC.ConnectionName!RecordsetName.delete

Arguments

None

Example

Function.ODBC.testCon!testrst.delete

Function.ODBC.ConnectionName!RecordsetName.FieldExists

This function returns a boolean value indicating if the specified field exists within the specified recordset. This function differs from Function.ODBC.Connection!conname.FieldExists in that it is much faster, but requires a recordset.

Syntax

Function.ODBC.ConnectionName!RecordsetName.FieldExists(field name, boolean return)

Arguments

Field Name

[String]

Return

[Boolean]

Example

Function.ODBC.conx!rst.FieldExists(PART,v.local.bRet) 

Function.ODBC.ConnectionName!RecordsetName.InvokeSpy

Description

Function.ODBC.ConnectionName!RecordsetName.MoveFirst

Description

Function.ODBC.ConnectionName!RecordsetName.MoveLast

Description

Function.ODBC.ConnectionName!RecordsetName.MoveNext

Moves to the next record in the record set

Syntax

Function.ODBC.ConnectionName!RecordsetName.MoveNext

Arguments

None

Example

Function.ODBC.testCon!testrst.Movenext 

Remarks

• This command is helpful when looping through a recordset.

Function.ODBC.ConnectionName!RecordsetName.MovePrevious

Description

Function.ODBC.ConnectionName!RecordsetName.RecordToString

Syntax

Function.ODBC.ConnectionName!RecordsetName.RecordToString(transform flag)

Remarks

• This overload accepts a transform flag parameter, which accepts the following values:

• 1 - force uppercase
• 2 - force lowercase
• 8 - trim leading and trailing spaces
• 16 - trim leading spaces
• 32 - trim trailing spaces

• The flag values are additive, so a value of 33 will result in an uppercase return with trailing spaces removed.

Function.ODBC.ConnectionName!RecordsetName.RecordType2String

Syntax

Function.ODBC.ConnectionName!rstName.RecordType2String(String Return)

Example

Variable.Local.sRet.Declare(String)
Function.ODBC.Con!rstLU.RecordType2String(variable.local.sRet) 

Function.ODBC.ConnectionName!RecordsetName.RecordTypeToString

Syntax

Function.ODBC.ConnectionName!rstName.RecordTypeToString(String Return)

Arguments

None

Example

Variable.Local.sRet.Declare(String) 
Function.ODBC.Con!rstLU.RecordTypeToString(variable.local.sRet)

Remarks

None

Function.ODBC.ConnectionName!RecordsetName.ReQuery

Syntax

Function.ODBC.ConnectionName!rstName.Requery

Arguments

None

Example

Function.ODBC.Con!rstLU.ReQuery

Remarks

None

Function.ODBC.ConnectionName!RecordsetName.SaveBLOBToFile

This function saves the value of a Binary Long OBject (BLOB) database field into the specified fully-qualified filename. This command can be used with any database supporting this data type (MySQL, SQL Server, Pervasive SQL, Oracle, DB2, etc.). In Pervasive, the data type is LongVarBinary.

Syntax

Function.ODBC.ConnectionName!RecordsetName.SaveBLOBtoFile(field name, FQ filename)

Arguments

Field Name

Field name as string

File Name

Fully qualified file name as string

Example

Function.ODBC.ConnectionName!RecordsetName.SaveBLOBtoFile("PART","c:/")

Remarks

• This function must be used with recordsets opened with either Function.ODBC.Connection!ConnectionName.OpenLocalRecordsetRW, or Function.ODBC.Connection!ConnectionName.OpenRecordsetRW

• When using Pervasive SQL, this function is supported on 9.x versions, but is recommended only for 10.x and higher.

Function.ODBC.ConnectionName!RecordsetName.SaveFileToBlob

This function saves the binary contents of the specified fully-qualified filename into a Binary Long OBject (BLOB) database field. This command can be used with any database supporting this data type (MySQL, SQL Server, Pervasive SQL, Oracle, DB2, etc.). In Pervasive, the data type is LongVarBinary.

Syntax

Function.ODBC.ConnectionName!RecordsetName.SaveFiletoBLOB(field name, FQ filename)

Arguments

Field Name

Field name as string

File Name

Fully qualified file name as string

Example

Function.ODBC.ConnectionName!RecordsetName.SaveFiletoBLOB("PART","c:/")

Remarks

• This function must be used with recordsets opened with either Function.ODBC.Connection!Conname.OpenLocalRecordsetRW, or Function.ODBC.Connection!Conname.OpenRecordsetRW

• When using Pervasive SQL, this function is supported on 9.x versions, but is recommended only for 10.x and higher.

Function.ODBC.ConnectionName!RecordsetName.SaveFiletoBLOB

This function saves the binary contents of the specified fully-qualified filename into a Binary Long OBject (BLOB) database field.  This command can be used with any database supporting this data type (MySQL, SQL Server, Pervasive SQL, Oracle, DB2, etc.).  In Pervasive, the data type is LongVarBinary. Note: This function must be used with recordsets opened with either Function.ODBC.Connection!Conname.OpenLocalRecordsetRW, or Function.ODBC.Connection!Conname.OpenRecordsetRW Note: When using Pervasive SQL, this function is supported on 9.x versions, but is recommended only for 10.x and higher.

Syntax

Function.ODBC.ConnectionName!RecordsetName.SaveFiletoBLOB(field name, FQ filename)

Function.ODBC.ConnectionName!RecordsetName.Set

Set is used with the Update functionality to change the database information either by updating an existing row or adding a new row with the AddNew function. The alternate syntax sets the specified recordset field to the truncated passed value. You may have unpredictable results when using this with non-text fields.

Syntax

Function.ODBC.ConnectionName!RecordsetName.Set!FieldName(“Value to set”) or

Function.ODBC.ConnectionName!RecordsetName.Set!FieldName(value, truncate length)

Arguments

Value to set

This is a value you want the specified field to be

Example

Function.ODBC.testCon!testrst.Set!FirstName(“George”)

Function.ODBC.ConnectionName!RecordsetName.Set!Fieldname

Syntax

Function.ODBC.ConnectionName!RecordsetName‏‎.Set!fieldname(value, truncate length)

Function.ODBC.ConnectionName!RecordsetName.Set!Record2String

Used to convert a row into a string passed with *!* delimeters

Syntax

Function.ODBC.ConnectionName!RecordsetName.Set!Record2String(Return Variable)

Arguments

Return Variable

String returned with the data from the recordset row

Example

Function.ODBC.ConnectionName!RecordsetName.Set!Record2String(variable.local.sRecord)

Remarks

• Use F.I.String.Split(variable.local.sRecord,”*!*”, variable.local.sRetArray) to get the records out of the string and into an array to use for manipulation.

Function.ODBC.ConnectionName!RecordsetName.Update

Updates the record set that is specified in the code with the data in the Set statements.

Syntax

Function.ODBC.ConnectionName!RecordsetName.update

Example

Function.ODBC.testCon!testrst.update

Function.ODBC.Misc.GetDriverList

Returns a list of the drivers for the pc the user is on

Syntax

Function.ODBC.Misc.GETDRIVERLIST(Ret String Array)

Arguments

Return String Array

Converts string variables to arrays, auto declares

Example

Function.ODBC.MISC.GetDriverList(variable.local.strArray()) 

Function.ODBC.Misc.GetDSNList

Retrieves list of DSN’s on the computer being used.

Syntax

Function.ODBC.Misc.GETDSNLIST(Ret String Array)

Arguments

Return String Array

Converts string variables to arrays

Example

Function.ODBC.MISC.GetDSNList(variable.local.strArray)

Function.ODBC.Misc.GetGlobalDSNList

Syntax

Function.ODBC.Misc.GetGlobalDSNList(string array return)

Examples

Function.ODBC.MISC.GetGlobalDSNList(variable.local.sRet)

Function.ODBC.Misc.IsDSN

Pass a DSN to be verified

Syntax

Function.ODBC.Misc.ISDSN(DSN Name, Ret boolean)

Arguments

DSN Name

Pass the System DSN Name

Return Boolean

True=Present on System, and False if not present on System

Example

Function.ODBC.MISC.IsDSN(“Global_GSS”, variable.local.bDSN)
Returns true if the DSN “Global_GSS” exists on the machine. 

Function.ODBC.Misc.SwitchIhopCreds

Function.ODBC.Misc.SwitchIhopCreds