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open-insight/LSL2/STPROC/SQL_SERVICES_REVDOTNET.txt
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2024-09-04 20:33:41 -07:00

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Function SQL_Services_RevDotNet(@Service, @Params)
/***********************************************************************************************************************
This program is proprietary and is not to be used by or disclosed to others, nor is it to be copied without written
permission from SRP Computer Solutions, Inc..
Name : SQL_Services_RevDotNet
Description : Handler program for all module related services.
Notes : The generic parameters should contain all the necessary information to process the services. Often
this will be information like the data Record and Key ID.
Parameters :
Service [in] -- Name of the service being requested
Param1-10 [in/out] -- Additional request parameter holders
Response [out] -- Response to be sent back to the Controller (MCP) or requesting procedure
History : (Date, Initials, Notes)
06/15/21 djs v1.0.0 - Module cloned from SQL_Services v2.0.8. Converted module to use RevDotNet
instead of SRP_COM.
***********************************************************************************************************************/
#pragma precomp SRP_PreCompiler
$insert LOGICAL
$insert SERVICE_SETUP
$insert SERVERS_EQUATES
$insert MICROSOFT_ADO_EQUATES
$insert DICT_EQUATES
$insert REVDOTNETEQUATES
Common /SQLServicesRevDotNet/ ConnectionObjects@, CommandObjects@, TransactionObjects@, Unused4@, Unused5@, Unused6@, Unused7@, Unused8@
Declare function Memory_Services, SQL_Services_RevDotNet, Database_Services, SRP_JSON, SRP_Array, SRP_Hash, SRP_COM, SRP_Encode
Declare function SRP_Date, SRP_DateTime, SRP_Time, Utility, Unicode_UTF8, Str_Unicode, GetTickCount, SRP_Decode
Declare function SRP_List
Declare subroutine Memory_Services, SQL_Services_RevDotNet, Database_Services, SRP_JSON, SRP_Stopwatch, SRP_COM, SRP_List
Declare subroutine GetTempPath, GetTempFileName, Sleepery, WinYield, Yield, RList, Set_Status
If ConnectionObjects@ EQ '' then
ConnectionObjects@ = SRP_List('Create')
CommandObjects@ = SRP_List('Create')
TransactionObjects@ = SRP_List('Create')
end
GoToService else
Error_Services('Add', Service : ' is not a valid service request within the ' : ServiceModule : ' module.')
end
Return Response OR ''
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Service Parameter Options
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Options BOOLEAN = True$, False$
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Services
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//----------------------------------------------------------------------------------------------------------------------
// WriteDataRowToSQL
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table being written to. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being written to SQL. - [Required]
// OIRow - The OpenInsight row being written to SQL. - [Required]
// OIColumns - An @FM delimited list of OpenInsight table columns that should only be used to write to SQL. If empty,
// all columns that have a map defintion will be used. - [Optional]
//
// High level services that writes OpenInsight data into a designated SQL table. This services calls other lower
// level services as needed and assumes an OpenInsight to SQL map has already been created.
//----------------------------------------------------------------------------------------------------------------------
Service WriteDataRowToSQL(OITableName, OIKeyID, OIRow, OIColumns)
If (OITableName NE '') AND (OIKeyID NE '') AND (OIRow NE '') then
// Create a new or get an existing Connection Object.
SQLServer = SQL_Services_RevDotNet('GetMappedSQLServer', OITableName)
objConnection = SQL_Services_RevDotNet('GetConnectionObject', SQLServer, 2)
TransactionQueries = ''
If Error_Services('NoError') then
// Confirm if row already exists. This will determine if an INSERT or UPDATE should be made.
PrimarySQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, PrimarySQLTableName, OIKeyID, OIRow)
SQLStatement = 'SELECT TOP 1 * FROM ' : PrimarySQLTablename : ' WHERE ' : JoinClause
RowData = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLStatement, True$)
If RowData EQ '' then
// Create the INSERT statements to store the data in SQL.
TransactionQueries = SQL_Services_RevDotNet('GetSQLInsertStatements', OITableName, OIKeyID, OIRow, OIColumns)
end else
// Create the UPDATE statements to store the data in SQL.
TransactionQueries = SQL_Services_RevDotNet('GetSQLUpdateStatements', OITableName, OIKeyID, OIRow, OIColumns)
end
end
If Error_Services('NoError') AND (TransactionQueries NE '') then
// Process the tranaction queries.
SQL_Services_RevDotNet('ExecuteQueries', objConnection, TransactionQueries, True$, OITableName, OIKeyID)
end
end else
Error_Services('Add', 'The OITableName, OIKeyID, or OIRow argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// DeleteDataRowFromSQL
//
// High level services that deletes data from a designated SQL table. This services calls other lower level services as
// needed and assumes an OpenInsight to SQL map has already been created.
//----------------------------------------------------------------------------------------------------------------------
Service DeleteDataRowFromSQL(OITableName, OIKeyID)
If (OITableName NE '') AND (OIKeyID NE '') then
// Create a new or get an existing Connection Object.
SQLServer = SQL_Services_RevDotNet('GetMappedSQLServer', OITableName)
objConnection = SQL_Services_RevDotNet('GetConnectionObject', SQLServer, 2)
TransactionQueries = ''
If Error_Services('NoError') then
// Confirm if row already exists. This will determine if an INSERT or UPDATE should be made.
PrimarySQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, PrimarySQLTableName, OIKeyID, OIRow)
SQLStatement = 'SELECT TOP 1 * FROM ' : PrimarySQLTablename : ' WHERE ' : JoinClause
RowData = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLStatement, True$)
If RowData NE '' then
// Create the DELETE statements so the data in SQL is cleared out first.
TransactionQueries = SQL_Services_RevDotNet('GetSQLDeleteStatements', OITableName, OIKeyID)
end
end
If Error_Services('NoError') AND (TransactionQueries NE '') then
// Process the tranaction queries.
SQL_Services_RevDotNet('ExecuteQueries', objConnection, TransactionQueries, True$)
end
end else
Error_Services('Add', 'The OITableName or OIKeyID argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// ReadDataRowFromSQL
//
// High level services that reads data from a designated SQL table. This services calls other lower level services as
// needed and assumes an OpenInsight to SQL map has already been created.
//----------------------------------------------------------------------------------------------------------------------
Service ReadDataRowFromSQL(OITableName, OIKeyID)
OIRow = ''
If (OITableName NE '') AND (OIKeyID NE '') then
// Create a new or get an existing Connection Object.
SQLServer = SQL_Services_RevDotNet('GetMappedSQLServer', OITableName)
objConnection = SQL_Services_RevDotNet('GetConnectionObject', SQLServer, 2)
If Error_Services('NoError') then
// Select the SQL data for the primary SQL table associated to the OpenInsight table.
SQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
SQLSelectStatement = SQL_Services_RevDotNet('GetSQLSelectStatement', OITableName, SQLTableName, OIKeyID)
SQLData = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLSelectStatement, True$)
If (SQLData NE '') AND (Error_Services('NoError')) then
OIRow = SQL_Services_RevDotNet('GetMappedOIColumnValues', OITableName, SQLTableName, SQLData)
end
end
If Error_Services('NoError') then
// Select the SQL data for all secondary SQL tables associated to the OpenInsight table.
SQLTableNames = SQL_Services_RevDotNet('GetSecondarySQLTables', OITableName)
If SQLTableNames NE '' then
For Each SQLTableName in SQLTableNames using @FM
SQLSelectStatement = SQL_Services_RevDotNet('GetSQLSelectStatement', OITableName, SQLTableName, OIKeyID)
// Create a new or get an existing Connection Object.
SQLServer = SQL_Services_RevDotNet('GetMappedSQLServer', OITableName)
objConnection = SQL_Services_RevDotNet('GetConnectionObject', SQLServer, 2)
If Error_Services('NoError') AND (SQLSelectStatement NE '') then
SQLData = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLSelectStatement, True$)
If (SQLData NE '') AND (Error_Services('NoError')) then
OIRow = SQL_Services_RevDotNet('GetMappedOIColumnValues', OITableName, SQLTableName, SQLData, OIRow)
end
end
While (Error_Services('NoError'))
Next SQLTable
end
end
end else
Error_Services('Add', 'The OITableName or OIKeyID argument was missing in the ' : Service : ' service.')
end
Response = OIRow
end service
//----------------------------------------------------------------------------------------------------------------------
// GetRowCount
//
// Server - Name of the server the connection object is bound to. This should be the same name that will be used in
// the Data Source connection string.
// Table - SQL table whose row count is being requested.
//
// High level services that counts the number of rows in the designated table. This services calls other lower level
// services.
//----------------------------------------------------------------------------------------------------------------------
Service GetRowCount(Server, TableName)
RowCount = ''
If (Server NE '') AND (TableName NE '') then
// Create a new or get an existing Connection Object.
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 2)
If Error_Services('NoError') then
// Select the SQL data for the primary SQL table associated to the OpenInsight table.
ErrorMessage = ''
SQLCountStatement = 'SELECT COUNT(*) FROM ' : TableName
RowCount = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLCountStatement, True$)
If Error_Services('HasError') then
ErrorMessage = Error_Services('GetMessage')
end
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage NE '' then Error_Services('Add', ErrorMessage)
end
end else
Error_Services('Add', 'The Server or TableName argument was missing in the ' : Service : ' service.')
end
Response = RowCount
end service
//----------------------------------------------------------------------------------------------------------------------
// GetDataRows
//
// Server - Name of the server the connection object is bound to. This should be the same name that
// will be used in the Data Source connection string.
// QueryStatement - Query command. This should be a properly syntaxed SQL statement.
//
// High level service that gets database rows from the indicated database using the indicated query statement. This
// service will automatically get the connection and query object needed to perform the query statement.
//----------------------------------------------------------------------------------------------------------------------
Service GetDataRows(Server, QueryStatement, AttemptsBeforeFailure)
If AttemptsBeforeFailure EQ '' then AttemptsBeforeFailure = 1
DataRows = ''
If ( (Server NE '') AND (QueryStatement NE '') ) then
ErrorMessage = ''
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 2)
If Error_Services('NoError') then
If Error_Services('NoError') then
DataRows = SQL_Services_RevDotNet('ExecuteQuery', objConnection, QueryStatement, True$, AttemptsBeforeFailure)
end
// Get any errors from the GetConnectionObject service or the ExecuteQuery service.
ErrorMessage = Error_Services('GetMessage')
end
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage then Error_Services('Set', ErrorMessage)
end else
Error_Services('Add', 'Server or QueryStatement argument was missing in the ' : Service : 'service.')
end
Response = DataRows
end service
//----------------------------------------------------------------------------------------------------------------------
// GetConnectionObject
//
// Server - Name of the server the connection object is bound to. This should be the same name that
// will be used in the Data Source connection string.
// AttemptsBeforeFailure - Number of attempts to make the connect before erroring out. Default is 1.
//
// Returns a Connection Object based on the server. A returned Connection Object means that the server has been
// successfully connected to with the provided credentials. This service uses caching, so until an existing Connection
// Object has been destroyed (see the DestroyConnectionObject service), it will continue to use the one already in
// existence.
//----------------------------------------------------------------------------------------------------------------------
Service GetConnectionObject(Server, AttemptsBeforeFailure)
If AttemptsBeforeFailure EQ '' then AttemptsBeforeFailure = 1
objConnection = ''
// Check to see if the Connection Object already exists.
* ServiceKeyID := '*' : Server
* objConnection = Memory_Services('GetValue', ServiceKeyID)
*
* If objConnection EQ '' then
If Server NE '' then
Attempts = 0
Error = ''
Loop
//Define the dotNet version
DotNetHandle = StartDotNet("","4.0")
DotNetDir = CheckDotNet('4.0'):'\'
SqlClientDLLPath = DotNetDir:'System.Data.dll'
ConnectionString = SQL_Services_RevDotNet('GetConnectionString', Server)
//Specify the DLL
rv = Set_Property.NET(DotNetHandle, "AssemblyName", SqlClientDLLPath)
//Define the classes
Set_Status(0)
objConnection = Create_Class.NET(DotNetHandle, "System.Data.SqlClient.SqlConnection", 0, ConnectionString, 'System.String')
If Not(Get_Status(errCode)) then
Set_Status(0)
rv = Send_Message.Net(objConnection, "Open")
IF Not(Get_Status(errCode)) THEN
ConnectionState = Get_Property.Net(objConnection, "State")
If ConnectionState EQ 'Open' then
Set_Status(0)
objCommand = Send_Message.Net(objConnection, 'CreateCommand', '', '', 1)
If Not(Get_Status(errCode)) then
Set_Status(0)
objTransaction = Send_Message.Net(objConnection, 'BeginTransaction', 'Test', 'System.String', 1)
If Not(Get_Status(errCode)) then
Set_Status(0)
rv = Set_Property.NET(objCommand, 'Transaction', objTransaction)
If Get_Status(errCode) then
Error_Services('Add', 'Unable to set Transaction property of the SqlCommand object in the ' : Service : ' service: ' : errCode)
end
end else
Error_Services('Add', 'Unable to create the SQLTransaction object in the ' : Service : ' service: ' : errCode)
end
end else
Error_Services('Add', 'Unable to create the Command object in the ' : Service : ' service: ' : errCode)
end
end else
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
objConnection = ''
end
end else
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
objConnection = ''
end
end
Attempts += 1
Until (objConnection NE '') OR (Attempts GE AttemptsBeforeFailure)
Repeat
* If objConnection and Error_Services('NoError') then
* Memory_Services('SetValue', ServiceKeyID, objConnection)
* end else
* If Error_Services('NoError') then
* // If no error message has been set then create a generic one.
* Error_Services('Add', 'Unable to create the connection object to ' : Server : ' in the ' : Service : ' service: ' : Error)
* end
* end
end else
Error_Services('Add', 'Server argument was missing from the ' : Service : ' service.')
end
* end
If objConnection and Error_Services('NoError') then
ConnObjIndex = SRP_List('Add', ConnectionObjects@, objConnection)
SRP_List('SetAt', CommandObjects@, ConnObjIndex, objCommand)
SRP_List('SetAt', TransactionObjects@, ConnObjIndex, objTransaction)
end else
If Assigned(objConnection) then Free_Class.Net(objConnection)
If Assigned(objCommand) then Free_Class.Net(objCommand)
If Assigned(objTransaction) then Free_Class.Net(objTransaction)
end
Response = objConnection
end service
//----------------------------------------------------------------------------------------------------------------------
// DestroyConnectionObject
//
// objConnection - Connection Object (see GetConnectionObject service.)
//
// Destroys the Connection Object. This returns True$ if successful, False$ if not.
//----------------------------------------------------------------------------------------------------------------------
Service DestroyConnectionObject(objConnection)
Destroyed = False$ ; // Assume object is not destroyed for now.
If objConnection NE '' then
ConnObjIndex = SRP_List('Locate', ConnectionObjects@, objConnection)
If ConnObjIndex GT 0 then
objCommand = SRP_List('GetAt', CommandObjects@, ConnObjIndex)
objTransaction = SRP_List('GetAt', TransactionObjects@, ConnObjIndex)
Error = ''
// Close the connection object, but don't worry about errors. It might have already been closed.
Set_Status(0)
rv = Send_Message.Net(objConnection, 'Close')
errCode = ''
If Not(Get_Status(errCode)) then
Free_Class.Net(objConnection)
Free_Class.Net(objCommand)
Free_Class.Net(objTransaction)
Destroyed = True$
end else
Error = 'Error in service ':Service:'. Failed to close SQL connection. Error code: ':errCode
end
If Destroyed then
SQL_Services_RevDotNet('ClearConnectionErrors', objConnection)
* Server = Memory_Services('GetValue', objConnection : '*Server')
* Memory_Services('SetValue', ServiceModule : '*GetConnectionObject*' : Server, '')
SRP_List('RemoveAt', ConnectionObjects@, ConnObjIndex)
SRP_List('RemoveAt', CommandObjects@, ConnObjIndex)
SRP_List('RemoveAt', TransactionObjects@, ConnObjIndex)
end else
SQL_Services_RevDotNet('AddConnectionErrors', objConnection, Error)
Error_Services('Add', 'Service : ' : Service : ', Error : ' : Error)
end
end
end else
Error_Services('Add', 'The objConnection argument was missing in the ' : Service : ' service.')
end
Response = Destroyed
end service
//----------------------------------------------------------------------------------------------------------------------
// AddConnectionErrors
//
// objConnection - Connection Object (see GetConnectionObject service.)
// ErrorList - @FM delimited list of errors.
//
// Adds a list of errors to the indicated Connection Object so the GetConnectionErrors service can retrieve them at
// will. This list will accumulate until the ClearConnectionErrors service is called.
//----------------------------------------------------------------------------------------------------------------------
Service AddConnectionErrors(objConnection, ErrorList)
objConnection = objConnection[1, '*']
ServiceKeyID = ServiceModule : '*' : 'GetConnectionErrors' : '*' : objConnection
ConnectionErrors = Memory_Services('GetValue', ServiceKeyID)
If (objConnection NE '') AND (ErrorList NE '') then
If ConnectionErrors NE '' then
ConnectionErrors := @FM : ErrorList
end else
ConnectionErrors = ErrorList
end
Memory_Services('SetValue', ServiceKeyID, ConnectionErrors)
end else
Error_Services('Add', 'The objConnection or ErrorList argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// GetConnectionErrors
//
// objConnection - Connection Object (see GetConnectionObject service.)
//
// Returns an @FM list of all connection errors associated with the indicated Connection Object.
//----------------------------------------------------------------------------------------------------------------------
Service GetConnectionErrors(objConnection)
objConnection = objConnection[1, '*']
ConnectionErrors = ''
If objConnection NE '' then
ServiceKeyID = ServiceModule : '*' : 'GetConnectionErrors' : '*' : objConnection
ConnectionErrors = Memory_Services('GetValue', ServiceKeyID)
end else
Error_Services('Add', 'The objConnection argument was missing in the ' : Service : ' service.')
end
Response = ConnectionErrors
end service
//----------------------------------------------------------------------------------------------------------------------
// ClearConnectionErrors
//
// objConnection - Connection Object (see GetConnectionObject service.)
//
// Clears all connection errors associated with the indicated Connection Object.
//----------------------------------------------------------------------------------------------------------------------
Service ClearConnectionErrors(objConnection)
objConnection = objConnection[1, '*']
If objConnection NE '' then
ServiceKeyID = ServiceModule : '*' : 'GetConnectionErrors' : '*' : objConnection
Memory_Services('SetValue', ServiceKeyID, '')
end else
Error_Services('Add', 'The objConnection argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// HasConnectionErrors
//
// objConnection - Connection Object (see GetConnectionObject service.)
//
// Returns a Boolean flag indicating of the Connection Object has any connection errors.
//----------------------------------------------------------------------------------------------------------------------
Service HasConnectionErrors(objConnection)
objConnection = objConnection[1, '*']
HasErrors = False$ ; // Assume no errors for now.
If objConnection NE '' then
ConnectionErrors = SQL_Services_RevDotNet('GetConnectionErrors', objConnection)
If ConnectionErrors NE '' then
HasErrors = True$
end else
HasErrors = False$
end
end else
Error_Services('Add', 'The objConnection argument was missing in the ' : Service : ' service.')
end
Response = HasErrors
end service
//----------------------------------------------------------------------------------------------------------------------
// GetConnectionString
//
// Returns a well formed Connection String for the current server. This is used for ADO connections.
//----------------------------------------------------------------------------------------------------------------------
Service GetConnectionString(Server)
ServiceKeyID := '*' : Server
ConnectionString = Memory_Services('GetValue', ServiceKeyID)
If ConnectionString EQ '' then
If (Server NE '') then
ConnectionString = Database_Services('ReadDataRow', 'SERVERS', Server)
If ConnectionString NE '' then
ConnectionString = Delete(ConnectionString, 2, 0, 0)
ProviderIdx = IndexC(ConnectionString, 'Provider', 1)
ConnectionString = ConnectionString[(ProviderIdx + 1), 999]
ProviderEndIdx = Index(ConnectionString, ';', 1)
ConnectionString = ConnectionString[(ProviderEndIdx + 1), 999]
end else
Error_Services('Add', Server : ' is not a valid server. [' : Service : ']')
end
end else
Error_Services('Add', 'The Server argument was missing in the ' : Service : ' service.')
end
Response = ConnectionString
end
end service
//----------------------------------------------------------------------------------------------------------------------
// ExecuteQuery
//
// objConnection - Connection Object (see GetConnectionObject service.)
// QueryStatement - Query command. This should be a properly syntaxed SQL statement.
// ReturnDataRows - Boolean flag to determine if all data rows resulting from the query should automatically be
// returned. This is the same as if the caller used the GetAllQueryDataRows service, but this allows
// everything to be done in one service rather than two. Default is False$
//
// Executes the query against the Connection Object. If the ReturnDataRows argument is False$, then this returns True$
// if there are results, False$ if there are no results or if there is a problem running the services. Otherwise, the
// datarows from the query will be returned unless there is an error.
//----------------------------------------------------------------------------------------------------------------------
Service ExecuteQuery(objConnection, QueryStatement, ReturnDataRows=BOOLEAN, AttemptsBeforeFailure)
If AttemptsBeforeFailure EQ '' then AttemptsBeforeFailure = 1
Results = False$ ; // Assume no results from this query for now.
If ReturnDataRows NE True$ then ReturnDataRows = False$
If (objConnection NE '') AND (QueryStatement NE '') then
Attempts = 0
ErrorMessage = ''
ConnObjIndex = SRP_List('Locate', ConnectionObjects@, objConnection)
If ConnObjIndex GT 0 then
Loop
objCommand = SRP_List('GetAt', CommandObjects@, ConnObjIndex)
If objCommand then
Set_Status(0)
rv = Set_Property.NET(objCommand, 'CommandText', QueryStatement)
If Not(Get_Status(errCode)) then
Set_Status(0)
Results = Send_Message.Net(objCommand, "ExecuteScalar")
If Not(Get_Status(errCode)) then
If ReturnDataRows EQ False$ then
Results = True$
end
end else
ErrorMessage = 'Failed to execute SQL command in the ' :Service : 'service.'
end
end
end
Attempts += 1
Until ( (ErrorMessage EQ '') OR (Attempts GE AttemptsBeforeFailure) )
Repeat
end else
Error_Services('Add', 'objCommand could not be found in the ' : Service : ' service.')
end
end else
Error_Services('Add', 'The objConnection or QueryStatement argument was missing in the ' : Service : ' service.')
end
Response = Results
end service
//----------------------------------------------------------------------------------------------------------------------
// ExecuteQueries
//
// objConnection - Connection Object (see GetConnectionObject service.)
// QueryStatements - @FM delimited list of Query commands. These should be a properly syntaxed SQL statement.
//
// Executes one or more queries against the Connection Object. This returns True$ if all queries processed without any
// errors, False$ if there is a problem running any of the queries.
//----------------------------------------------------------------------------------------------------------------------
Service ExecuteQueries(objConnection, QueryStatements, UseTransactionControl=BOOLEAN, OITableName, OIKeyID)
If UseTransactionControl NE True$ then UseTransactionControl = False$
AllAccepted = True$ ; // Assume all queries were accepted for now unless otherwise proven.
If (objConnection NE '') AND (QueryStatements NE '') then
ConnObjIndex = SRP_List('Locate', ConnectionObjects@, objConnection)
If ConnObjIndex GT 0 then
objCommand = SRP_List('GetAt', CommandObjects@, ConnObjIndex)
objTransaction = SRP_List('GetAt', TransactionObjects@, ConnObjIndex)
For Each QueryStatement in QueryStatements using @FM
If QueryStatement NE '' then
Set_Status(0)
rv = Set_Property.Net(objCommand, 'CommandText', QueryStatement)
If Not(Get_Status(errCode)) then
Set_Status(0)
rv = Send_Message.Net(objCommand, 'ExecuteNonQuery')
If Get_Status(errCode) then
Error_Services('Add', 'Error executing command ':Quote(QueryStatement):' in the ' : Service : ' service.')
end
end
end
Until Error_Services('HasError')
Next QueryStatement
If UseTransactionControl EQ True$ then
// COMMIT or ROLLBACK the transaction.
If Error_Services('NoError') then
Set_Status(0)
rv = Send_Message.Net(objTransaction, 'Commit')
If Get_Status(errCode) then
AllAccepted = False$
Error_Services('Add', 'Error committing transaction in the ' : Service : ' service.')
end
end else
AllAccepted = False$
rv = Send_Message.Net(objTransaction, 'Rollback')
end
end
end
end else
AllAccepted = False$
Error_Services('Add', 'The objConnection or QueryStatement argument was missing in the ' : Service : ' service.')
end
Response = AllAccepted
end service
//----------------------------------------------------------------------------------------------------------------------
// GetAllQueryDataRows
//
// objRecordSet - RecordSet Object (see ExecuteQuery service.)
//
// Gets all of the data rows from the RecordSet Object. This returns an @RM array of data rows.
//----------------------------------------------------------------------------------------------------------------------
Service GetAllQueryDataRows(objRecordSet)
DataRows = ''
If Len(objRecordSet) then
BOF = SRP_COM(objRecordSet, 'GET', 'BOF')
EOF = SRP_COM(objRecordSet, 'GET', 'EOF')
If (EOF EQ False$) then
DataRows = SRP_COM(objRecordSet, 'CALL', 'GetString', 2, -1, @FM, @RM)
If SRP_COM('', 'ERROR') then
Error = SRP_COM('', 'ERROR')
Error_Services('Add', 'ADO error in the ' : Service : ' service: ' : SRP_COM('', 'ERROR'))
end
If Error_Services('NoError') then
If DataRows[-1, 1] EQ @RM then DataRows[-1, 1] = ''
If DataRows EQ objRecordSet then
DataRows = ''
Error_Services('Add', 'Unknown ADO error in the ' : Service : ' service.')
end else
If SRP_COM('', 'ERROR') then
Error = SRP_COM('', 'ERROR')
If IndexC(Error, 'current record has been deleted', 1) then
DataRows = ''
end else
Error_Services('Add', 'ADO error in the ' : Service : ' service: ' : SRP_COM('', 'ERROR'))
end
end
end
end
end
end else
Error_Services('Add', 'The objRecordSet argument was missing in the ' : Service : ' service.')
end
Response = DataRows
end service
//----------------------------------------------------------------------------------------------------------------------
// GetServers
//
// Returns an @FM list of database servers.
//----------------------------------------------------------------------------------------------------------------------
Service GetServers()
Servers = ''
hServers = Database_Services('GetTableHandle', 'SERVERS')
If Error_Services('NoError') then
Select hServers
EOF = False$
Loop
Readnext ServerID else EOF = True$
Until EOF
Servers := ServerID : @FM
Repeat
Servers[-1, 1] = ''
Servers = SRP_Array('SortRows', Servers, 'AL1', 'LIST', @FM, @VM)
end
Response = Servers
end service
//----------------------------------------------------------------------------------------------------------------------
// SaveConnectionString
//
// ServerID - Key ID to a row in the SERVERS database table.
// ConnectionString - SQL server connection string
//
// If a row in the SERVERS table with the key ServerID exists, updates the connection string, otherwise a new row
// within the SERVERS database table containing ConnectionString.
//----------------------------------------------------------------------------------------------------------------------
Service SaveConnectionString(ServerName, ConnectionString)
If ServerName NE '' then
ServerRec = Database_Services('ReadDataRow', 'SERVERS', ServerName)
ServerRec<SERVERS.CONNECTION_STRING$> = ConnectionString
Database_Services('WriteDataRow', 'SERVERS', ServerName, ServerRec, True$, False$, True$)
end else
ErrorMsg = 'Error saving connection. Null server name passed in to the ' : Service : ' service.'
Error_Services('Add', ErrorMsg)
end
end service
//----------------------------------------------------------------------------------------------------------------------
// CreateNewConnectionString
//
// Utilizes the Windows Data Link Properties utility to create a new connection string.
// Returns a field mark delimited array containing a suggested server name (the data source) and the connection string
// generated by the Windows Data Link Properties utility.
//----------------------------------------------------------------------------------------------------------------------
Service CreateNewConnectionString()
Response = ''
ServerName = ''
ConnectionString = ''
OleDBString = ''
Filename = 'temp.udl'
TempPath = Str(\00\, 1024)
GetTempPath(Len(TempPath), TempPath)
Convert \00\ to '' in TempPath
TempFilename = Str(\00\, 1024)
GetTempFileName(TempPath, \00\, 0, TempFilename)
OSWrite OleDBString to TempFilename
UDLFile = 'C:\Windows\syswow64\rundll32.exe "C:\Program Files (x86)\Common Files\System\Ole DB\oledb32.dll",OpenDSLFile ' : TempFilename
Mode = '-1' ;* modal
rv = Utility('RUNWIN', UDLFile, Mode)
OSRead ConnectionString from TempFilename then
If ConnectionString NE '' then
Convert \FFFE\ to '' in ConnectionString
ConnectionString = Unicode_UTF8(ConnectionString)
DataSourcePos = Index(ConnectionString, 'Data Source', 1)
ServerPos = Index(ConnectionString, 'Server', 1)
Begin Case
Case DataSourcePos
ServerName = ConnectionString[(DataSourcePos + Len('Data Source') + 1), 'F;']
Case ServerPos
ServerName = ConnectionString[(ServerPos + Len('Server') + 1), 'F;']
End Case
end
end
Response = ServerName : @FM : ConnectionString
end service
//----------------------------------------------------------------------------------------------------------------------
// EditConnection
//
// ServerID - Key ID for the SERVERS database table.
//
// Utilizes the Windows Data Link Properties utility to edit the connection string found in the SERVERS record
// associated with the ServerID key.
//----------------------------------------------------------------------------------------------------------------------
Service EditConnection(ServerID)
If ServerID NE '' then
ServerRec = Database_Services('ReadDataRow', 'SERVERS', ServerID)
If Error_Services('NoError') then
ConnectionString = ServerRec<SERVERS.CONNECTION_STRING$>
TempPath = Str(\00\, 1024)
GetTempPath(Len(TempPath), TempPath)
TempFilename = Str(\00\, 1024)
GetTempFileName(TempPath, \00\, 0, TempFilename)
If ConnectionString NE '' then
UnicodeString = \FFFE\ : Str_Unicode(ConnectionString)
OSWrite UnicodeString To TempFilename
end else
OSWrite '' to TempFileName
end
Program = 'C:\Windows\syswow64\rundll32.exe "C:\Program Files (x86)\Common Files\System\Ole DB\oledb32.dll",OpenDSLFile ':TempFilename
Mode = '-1' ;* modal
rv = Utility("RUNWIN", Program, Mode)
NewFile = ''
OSRead NewConnectionString from TempFilename then
Convert \FFFE\ to '' in NewConnectionString
NewConnectionString = Unicode_UTF8(NewConnectionString)
ServerRec<SERVERS.CONNECTION_STRING$> = NewConnectionString
Database_Services('WriteDataRow', 'SERVERS', ServerID, ServerRec, True$, False$, True$)
end
end
end
end service
//----------------------------------------------------------------------------------------------------------------------
// DeleteConnection
//
// ServerID - Key ID for the SERVERS database table.
//
// Deletes the SERVERS record associated with the ServerID key.
//----------------------------------------------------------------------------------------------------------------------
Service DeleteConnection(ServerID)
If ServerID NE '' then
Database_Services('DeleteDataRow', 'SERVERS', ServerID, True$)
end
end service
//----------------------------------------------------------------------------------------------------------------------
// SetConnectionDesc
//
// ServerID - Key ID for the SERVERS database table.
// Description - Description of the server connection
//
// Sets the DESCRIPTION column of the SERVERS record associated with the ServerID key.
//----------------------------------------------------------------------------------------------------------------------
Service SetConnectionDesc(ServerID, Description)
If ServerID NE '' then
ServerRec = Database_Services('ReadDataRow', 'SERVERS', ServerID)
ServerRec<SERVERS.DESCRIPTION$> = Description
Database_Services('WriteDataRow', 'SERVERS', ServerID, ServerRec)
end
end service
//----------------------------------------------------------------------------------------------------------------------
// SetOITableToSQLMap
//
// TableName - OpenInsight table being mapped. - [Required]
// SQLMap - JSON object containing the OI Table to SQL Map information. - [Required]
//
// Updates the stored JSON object that defines the mapping between the indicated OpenInsight table and the SQL table.
//----------------------------------------------------------------------------------------------------------------------
Service SetOITableToSQLMap(TableName, SQLMap)
Convert @Lower_Case to @Upper_Case in TableName
ServiceKeyID = ServiceModule : '*' : 'GetOITableToSQLMap' : '*' : TableName
If (TableName NE '') AND (SQLMap NE '') then
Convert \0D0A\ to @FM in SQLMap ; // Makes it easier to inspect. The GetOITableToSQLMap service removes the @FMs.
Database_Services('WriteDataRow', 'DICT.' : TableName, '%SQLMap%', SQLMap, True$)
If Error_Services('NoError') then
Convert @FM to '' in SQLMap
Memory_Services('SetValue', ServiceKeyID, SQLMap)
end
end else
Error_Services('Add', 'The TableName or SQLMap argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// GetOITableToSQLMap
//
// TableName - OpenInsight table being mapped. - [Required]
//
// Returns JSON object that defines the mapping between the indicated OpenInsight table and the SQL table.
//----------------------------------------------------------------------------------------------------------------------
Service GetOITableToSQLMap(TableName)
Convert @Lower_Case to @Upper_Case in TableName
ServiceKeyID := '*' : TableName
OITableToSQLMap = Memory_Services('GetValue', ServiceKeyID)
If OITableToSQLMap EQ '' then
If TableName NE '' then
OITableToSQLMap = Database_Services('ReadDataRow', 'DICT.' : TableName, '%SQLMap%')
Convert @FM to '' in OITableToSQLMap
If OITableToSQLMap NE '' then
Memory_Services('SetValue', ServiceKeyID, OITableToSQLMap)
end
end else
Error_Services('Add', 'The TableName argument was missing in the ' : Service : ' service.')
end
end
Response = OITableToSQLMap
end service
//----------------------------------------------------------------------------------------------------------------------
// SetOIColumnToSQLMap
//
// TableName - OpenInsight table being mapped. - [Required]
// ColumnName - Database column from the OpenInsight table. - [Required]
// SQLMap - JSON object containing the OI Column to SQL Map information. - [Required]
//
// Updates the stored JSON object that defines the mapping between the indicated OpenInsight column and the SQL table.
//----------------------------------------------------------------------------------------------------------------------
Service SetOIColumnToSQLMap(TableName, ColumnName, SQLMap)
Convert @Lower_Case to @Upper_Case in TableName
Convert @Lower_Case to @Upper_Case in ColumnName
ServiceKeyID = ServiceModule : '*' : 'GetOIColumnToSQLMap' : '*' : TableName : '*' : ColumnName
If (TableName NE '') AND (ColumnName NE '') AND (SQLMap NE '') then
Convert @FM to '' in SQLMap
Convert \0D0A\ to '' in SQLMap
ColumnData = Database_Services('ReadDataRow', 'DICT.' : TableName, ColumnName)
ColumnData<DICT_USER1$> = SQLMap
Database_Services('WriteDataRow', 'DICT.' : TableName, ColumnName, ColumnData, True$)
If Error_Services('NoError') then
Memory_Services('SetValue', ServiceKeyID, SQLMap)
end
end else
Error_Services('Add', 'The TableName, ColumnName, or SQLMap argument was missing in the ' : Service : ' service.')
end
end service
//----------------------------------------------------------------------------------------------------------------------
// GetAllOIColumnToSQLMaps
//
// TableName - OpenInsight table being mapped. - [Required]
//
// Returns an @FM/@VM delimited array of all JSON objects that define the mapping being the table columns and their
// respective SQL table columns. Columns with no maps will return an empty string for the JSON object.
//----------------------------------------------------------------------------------------------------------------------
Service GetAllOIColumnToSQLMaps(TableName)
Convert @Lower_Case to @Upper_Case in TableName
ColumnSQLMaps = ''
If TableName NE '' then
FieldArray = Database_Services('ReadDataRow', 'DICT.' : TableName, '%FIELDS%')
ColumnNames = FieldArray<FIELDS_NAME$>
For Each ColumnName in ColumnNames using @VM
SQLMap = SQL_Services_RevDotNet('GetOIColumnToSQLMap', TableName, ColumnName)
ColumnSQLMaps := ColumnName : @VM
If SQLMap NE '' then
ColumnSQLMaps := SQLMap
end
ColumnSQLMaps := @FM
Next ColumnName
ColumnSQLMaps[-1, 1] = ''
end else
Error_Services('Add', 'The TableName argument was missing in the ' : Service : ' service.')
end
Response = ColumnSQLMaps
end service
//----------------------------------------------------------------------------------------------------------------------
// GetOIColumnToSQLMap
//
// TableName - OpenInsight table being mapped. - [Required]
// ColumnName - Database column from the OpenInsight table. - [Required]
//
// Returns JSON object that defines the mapping between the indicated OpenInsight table column and the SQL table column.
//----------------------------------------------------------------------------------------------------------------------
Service GetOIColumnToSQLMap(TableName, ColumnName)
Convert @Lower_Case to @Upper_Case in TableName
Convert @Lower_Case to @Upper_Case in ColumnName
ServiceKeyID := '*' : TableName : '*' : ColumnName
OIColumnToSQLMap = Memory_Services('GetValue', ServiceKeyID)
If OIColumnToSQLMap EQ '' then
If (TableName NE '') AND (ColumnName NE '') then
ColumnData = Database_Services('ReadDataRow', 'DICT.' : TableName, ColumnName)
OIColumnToSQLMap = ColumnData<DICT_USER1$>
If OIColumnToSQLMap NE '' then
Memory_Services('SetValue', ServiceKeyID, OIColumnToSQLMap)
end
end else
Error_Services('Add', 'The TableName or ColumnName argument was missing in the ' : Service : ' service.')
end
end
Response = OIColumnToSQLMap
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedSQLServer
//
// Returns the name of the SQL Server that the indicated OpenInsight table is mapped to.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedSQLServer(OITableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName
SQLServer = Memory_Services('GetValue', ServiceKeyID)
If SQLServer EQ '' then
If OITableName NE '' then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
SQLServer = SRP_JSON(MapObj, 'GETVALUE', 'SQLServer.Name')
SRP_JSON(MapObj, 'RELEASE')
end
If SQLServer NE '' then Memory_Services('SetValue', ServiceKeyID, SQLServer)
end else
Error_Services('Add', 'OITableName argument was missing in the ' : Service : ' service.')
end
end
Response = SQLServer
end service
//----------------------------------------------------------------------------------------------------------------------
// GetDatabases
//
// objConnection - Connection Object (see GetConnectionObject service.) - [Optional, but Server is then Required]
// Server - Name of a defined server. - [Optional, but objConnection is then Required]
//
// Returns an @FM list of databases available through the indicated connection object. If the connection object is
// empty, then a new one will be created (and then subsequently destroyed) for the indicated server.
//----------------------------------------------------------------------------------------------------------------------
Service GetDatabases(objConnection, Server)
Databases = ''
If (objConnection NE '') OR (Server NE '') then
If objConnection EQ '' then
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 3)
NewObject = True$
end else
NewObject = False$
end
If Error_Services('NoError') then
SQLQuery = "SELECT name FROM sys.databases WHERE name NOT IN ('master', 'tempdb', 'model', 'msdb')"
Databases = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLQuery, True$)
If Databases EQ 0 then
Databases = ''
Error_Services('Add', 'Unknown error in the ' : Service : ' service for server ' : Server : '.')
end else
Convert @RM to @FM in Databases
end
end
If NewObject EQ True$ then
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
end
end else
Error_Services('Add', 'objConnection and Server arguments were both missing in the ' : Service : ' service.')
end
Response = Databases
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSchemas
//
// objConnection - Connection Object (see GetConnectionObject service.) - [Optional, but Server is then Required]
// Server - Name of a defined server. - [Optional, but objConnection is then Required]
// Database - Name of a specific database to use. If empty, then all databases will be used. - [Required]
//
// Returns an @FM list of schemas available for the indicated database. If the connection object is empty, then a new
// one will be created (and then subsequently destroyed) for the indicated server.
//----------------------------------------------------------------------------------------------------------------------
Service GetSchemas(objConnection, Server, Database)
Schemas = ''
If Database NE '' then
If (objConnection NE '') OR (Server NE '') then
If objConnection EQ '' then
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 3)
NewObject = True$
end else
NewObject = False$
end
If Error_Services('NoError') then
SQLQuery = "SELECT DISTINCT TABLE_SCHEMA FROM [" : Database : "].INFORMATION_SCHEMA.TABLES WHERE TABLE_TYPE='BASE TABLE'"
Schemas = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLQuery, True$)
If Error_Services('NoError') then
Convert @RM to @FM in Schemas
end else
Message = Error_Services('GetMessage')
If IndexC(Message, 'not able to access the database', 1) AND IndexC(Message, 'under the current security context', 1) then
// Users does not have permission. Clear the error rather than report it.
Error_Services('Clear')
end
end
end
If NewObject EQ True$ then
ErrorMessage = Error_Services('GetMessage')
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage NE '' then Error_Services('Add', ErrorMessage)
end
end else
Error_Services('Add', 'objConnection and Server arguments were both missing in the ' : Service : ' service.')
end
end else
Error_Services('Add', 'Database argument was missing in the ' : Service : ' service.')
end
Response = Schemas
end service
//----------------------------------------------------------------------------------------------------------------------
// GetTables
//
// objConnection - Connection Object (see GetConnectionObject service.) - [Optional, but Server is then Required]
// Server - Name of a defined server. - [Optional, but objConnection is then Required]
// Databases - @FM delimited list of databases to use. If empty, then all databases will be used.
// - [Optional]
// Schemas - @FM delimited list of schemas to use. If empty, then all schemas will be used. If Databases is
// empty, then Schemas will be ignored. - [Optional]
// ReturnFullObjects - Boolean flag to indicate if full object notation (e.g., Server.Database.Schema.Table) should
// be returned or just the tables. Default is False$ - [Optional]
// BracketObjects - Boolean flag to indicate if the objects being returned should be bracketed in case some of the
// object names are reserved words. Default is False$ - [Optional]
//
// Returns an @FM list of tables using full object name formatting (i.e., Database.Schema.Table) available for the
// indicated connection object (or server). If the connection object is empty, then a new one will be created (and then
// subsequently destroyed) for the indicated server.
//----------------------------------------------------------------------------------------------------------------------
Service GetTables(objConnection, Server, Databases, Schemas, IncludeServerObject=BOOLEAN, IncludeDatabaseObject=BOOLEAN, IncludeSchemaObject=BOOLEAN, BracketObjects=BOOLEAN)
Tables = ''
If IncludeServerObject NE True$ then IncludeServerObject = False$
If IncludeDatabaseObject NE True$ then IncludeDatabaseObject = False$
If IncludeSchemaObject NE True$ then IncludeSchemaObject = False$
If BracketObjects NE True$ then BracketObjects = False$
If Databases EQ '' then Schemas = ''
If (objConnection NE '') OR (Server NE '') then
If objConnection EQ '' then
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 3)
NewObject = True$
end else
NewObject = False$
end
If Error_Services('NoError') then
If Databases EQ '' then Databases = SQL_Services_RevDotNet('GetDatabases', objConnection, Server)
If Error_Services('NoError') AND (Databases NE '') then
For Each Database in Databases using @FM
If Schemas EQ '' then Schemas = SQL_Services_RevDotNet('GetSchemas', objConnection, Server, Database)
If Error_Services('NoError') AND (Schemas NE '') then
For Each Schema in Schemas using @FM
SQLQuery = "SELECT TABLE_NAME FROM [" : Database : "].INFORMATION_SCHEMA.TABLES WHERE TABLE_SCHEMA='" : Schema : "'"
TableNames = SQL_Services_RevDotNet('ExecuteQuery', objConnection, SQLQuery, True$)
Convert @RM to @FM in TableNames
If Error_Services('NoError') AND (TableNames NE '') then
If (IncludeServerObject EQ True$) OR (IncludeDatabaseObject EQ True$) OR (IncludeSchemaObject EQ True$) then
For Each Table in TableNames using @FM
TableObject = Table
If IncludeSchemaObject EQ True$ then
TableObject = Schema : '.' : TableObject
If IncludeDatabaseObject EQ True$ then
TableObject = Database : '.' : TableObject
If IncludeServerObject EQ True$ then
TableObject = Server : '.' : TableObject
end
end
end
Tables := TableObject : @FM
Next Table
end else
Tables := TableNames : @FM
end
end
Next Schema
Schemas = ''
end
Next Database
end
Tables[-1, 1] = ''
If (Tables NE '') AND (BracketObjects EQ True$) then
Swap '.' with '].[' in Tables
Swap @FM with ']' : @FM : '[' in Tables
Tables = '[' : Tables : ']'
Tables = SRP_Array('SortRows', Tables, 'AL1', 'LIST', @FM, @VM)
end
end
If NewObject EQ True$ then
ErrorMessage = Error_Services('GetMessage')
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage NE '' then Error_Services('Add', ErrorMessage)
end
end else
Error_Services('Add', 'objConnection and Server arguments were both missing in the ' : Service : ' service.')
end
Response = Tables
end service
//----------------------------------------------------------------------------------------------------------------------
// GetTableColumns
//
// objConnection - Connection Object (see GetConnectionObject service.) - [Optional, but Server is then Required]
// Server - Name of a defined server. - [Optional, but objConnection is then Required]
// Database - Database object for the table. - [Optional]
// Schema - Schema object for the table. - [Optional]
// Table - Database Table whose column data is being requested. The Table argument might have the Server,
// Database, and/or Schema objects embedded. If so, then these will override any values specified
// in the Server, Database, or Schema arguments. - [Required]
//
// Returns an @FM/@VM array of database column information.
//----------------------------------------------------------------------------------------------------------------------
Service GetTableColumns(objConnection, Server, Database, Schema, Table)
TableColumns = ''
If Table NE '' then
Convert '[]' to '' in Table ; // Remove any brackets so the query won't fail.
If Index(Table, '.', 1) then
// Table came formatted with other objects. Parse these out.
NumObjects = DCount(Table, '.')
Begin Case
Case NumObjects EQ 4
Server = Table[1, '.']
Database = Table[Col2() + 1, '.']
Schema = Table[Col2() + 1, '.']
Table = Table[Col2() + 1, '.']
Case NumObjects EQ 3
Database = Table[1, '.']
Schema = Table[Col2() + 1, '.']
Table = Table[Col2() + 1, '.']
Case NumObjects EQ 2
Schema = Table[1, '.']
Table = Table[Col2() + 1, '.']
End Case
end
If (objConnection NE '') OR (Server NE '') then
If objConnection EQ '' then
objConnection = SQL_Services_RevDotNet('GetConnectionObject', Server, 3)
NewObject = True$
end else
NewObject = False$
end
If Error_Services('NoError') then
ErrorMessage = ''
If Database NE '' then
SQL_Services_RevDotNet('ExecuteQuery', objConnection, "USE " : Database, False$)
end
If Error_Services('NoError') then
QueryStatement = ""
QueryStatement := "SELECT "
QueryStatement := " c.name 'Column Name', "
QueryStatement := " t.Name 'Data type', "
QueryStatement := " c.max_length 'Max Length', "
QueryStatement := " c.is_nullable, "
QueryStatement := " ISNULL(i.is_primary_key, 0) 'Primary Key' "
QueryStatement := "FROM "
QueryStatement := " sys.columns c "
QueryStatement := "INNER JOIN "
QueryStatement := " sys.types t ON c.user_type_id = t.user_type_id "
QueryStatement := "LEFT OUTER JOIN "
QueryStatement := " sys.index_columns ic ON ic.object_id = c.object_id AND ic.column_id = c.column_id "
QueryStatement := "LEFT OUTER JOIN "
QueryStatement := " sys.indexes i ON ic.object_id = i.object_id AND ic.index_id = i.index_id "
QueryStatement := "WHERE"
QueryStatement := " c.object_id = OBJECT_ID('"
If Database NE '' then QueryStatement := "[" : Database : "]."
If Schema NE '' then QueryStatement := "[" : Schema : "]."
QueryStatement := "[" : Table : "]')"
TableColumns = SQL_Services_RevDotNet('ExecuteQuery', objConnection, QueryStatement, True$)
If Error_Services('NoError') then
Convert @FM to @VM in TableColumns
Convert @RM to @FM in TableColumns
TableColumns = SRP_Array('SortRows', TableColumns, 'DR5' : @FM : 'AL1', 'LIST', @FM, @VM)
end else
ErrorMessage = Error_Services('GetMessage')
end
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage NE '' then Error_Services('Add', ErrorMessage)
end
end
If NewObject EQ True$ then
ErrorMessage = Error_Services('GetMessage')
SQL_Services_RevDotNet('DestroyConnectionObject', objConnection)
If ErrorMessage NE '' then Error_Services('Add', ErrorMessage)
end
end else
Error_Services('Add', 'The Server or Table argument was missing in the ' : Service : ' service.')
end
end else
Error_Services('Add', 'Table argument was missing in the ' : Service : ' service.')
end
Response = TableColumns
end service
//----------------------------------------------------------------------------------------------------------------------
// GetPrimarySQLTable
//
// OITableName - The name of the OpenInsight table that is mapped to the primary SQL table. - [Required]
//
// Returns the name of the primary SQL table that the indicated OpenInsight table is mapped to.
//----------------------------------------------------------------------------------------------------------------------
Service GetPrimarySQLTable(OITableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName
PrimarySQLTable = Memory_Services('GetValue', ServiceKeyID)
If PrimarySQLTable EQ '' then
If OITableName NE '' then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
PrimarySQLTable = SRP_JSON(MapObj, 'GETVALUE', 'PrimarySQLTable.Name')
SRP_JSON(MapObj, 'RELEASE')
end
If PrimarySQLTable NE '' then Memory_Services('SetValue', ServiceKeyID, PrimarySQLTable)
end else
Error_Services('Add', 'The OITableName argument was missing in the ' : Service : ' service.')
end
end
Response = PrimarySQLTable
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSecondarySQLTables
//
// OITableName - The name of the OpenInsight table that is mapped to secondary SQL tables. - [Required]
//
// Returns an @FM delimited list of the secondary SQL tables that the indicated OpenInsight table is mapped to.
//----------------------------------------------------------------------------------------------------------------------
Service GetSecondarySQLTables(OITableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName
SecondarySQLTables = Memory_Services('GetValue', ServiceKeyID)
If SecondarySQLTables EQ '' then
If OITableName NE '' then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
TablesArray = SRP_JSON(MapObj, 'GET', 'SecondarySQLTables')
NumTables = SRP_JSON(TablesArray, 'GETCOUNT')
MatchFound = False$
For TableNum = 1 to NumTables
SecondarySQLTables := SRP_JSON(TablesArray, 'GETVALUE', '[' : TableNum : '].Name', '') : @FM
Until MatchFound
Next TableNum
SRP_JSON(TablesArray, 'RELEASE')
SRP_JSON(MapObj, 'RELEASE')
end
SecondarySQLTables[-1, 1] = ''
If SecondarySQLTables NE '' then Memory_Services('SetValue', ServiceKeyID, SecondarySQLTables)
end else
Error_Services('Add', 'The OITableName argument was missing in the ' : Service : ' service.')
end
end
Response = SecondarySQLTables
end service
//----------------------------------------------------------------------------------------------------------------------
// GetStaticSQLColumnNames
//
// OITableName - The name of the OpenInsight table that columns mapped to a SQL table with static values. - [Required]
//
// Returns an @FM delimited list of SQL column names that have a static value. These are usually used in a SQL insert
// statement along with the mapped columns.
//----------------------------------------------------------------------------------------------------------------------
Service GetStaticSQLColumnNames(OITableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName
StaticSQLColumnNames = Memory_Services('GetValue', ServiceKeyID)
If StaticSQLColumnNames EQ '' then
If (OITableName NE '') then
// Add all OpenInsight columns defined in the SQL Join Clause.
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
StaticColumnsArray = SRP_JSON(MapObj, 'GET', 'StaticColumns')
NumColumns = SRP_JSON(StaticColumnsArray, 'GETCOUNT')
For ColumnNum = 1 to NumColumns
objStaticColumn = SRP_JSON(StaticColumnsArray, 'GET', '[' : ColumnNum : ']')
StaticSQLColumnNames := SRP_JSON(objStaticColumn, 'GETVALUE', 'SQLColumnName') : @FM
SRP_JSON(objStaticColumn, 'RELEASE')
Next NumColumns
StaticSQLColumnNames[-1, 1] = ''
SRP_JSON(StaticColumnsArray, 'RELEASE')
SRP_JSON(MapObj, 'RELEASE')
end
If StaticSQLColumnNames NE '' then Memory_Services('SetValue', ServiceKeyID, StaticSQLColumnNames)
end else
Error_Services('Add', 'The OITableName argument was missing in the ' : Service : ' service.')
end
end
Response = StaticSQLColumnNames
end service
//----------------------------------------------------------------------------------------------------------------------
// GetStaticSQLColumnValues
//
// OITableName - The name of the OpenInsight table that columns mapped to a SQL table with static values. - [Required]
//
// Returns an @FM delimited list of values for SQL column names that have a static value. These are usually used in a
// SQL insert statement along with the mapped columns.
//----------------------------------------------------------------------------------------------------------------------
Service GetStaticSQLColumnValues(OITableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName
StaticSQLColumnValues = Memory_Services('GetValue', ServiceKeyID)
If StaticSQLColumnValues EQ '' then
If (OITableName NE '') then
// Add all OpenInsight columns defined in the SQL Join Clause.
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
StaticColumnsArray = SRP_JSON(MapObj, 'GET', 'StaticColumns')
NumColumns = SRP_JSON(StaticColumnsArray, 'GETCOUNT')
For ColumnNum = 1 to NumColumns
objStaticColumn = SRP_JSON(StaticColumnsArray, 'GET', '[' : ColumnNum : ']')
StaticValue = SRP_JSON(objStaticColumn, 'GETVALUE', 'StaticValue')
StaticValue = "'" : StaticValue : "'"
StaticSQLColumnValues := StaticValue : @FM
SRP_JSON(objStaticColumn, 'RELEASE')
Next NumColumns
StaticSQLColumnValues[-1, 1] = ''
SRP_JSON(StaticColumnsArray, 'RELEASE')
SRP_JSON(MapObj, 'RELEASE')
end
If StaticSQLColumnValues NE '' then Memory_Services('SetValue', ServiceKeyID, StaticSQLColumnValues)
end else
Error_Services('Add', 'The OITableName argument was missing in the ' : Service : ' service.')
end
end
Response = StaticSQLColumnValues
end service
//----------------------------------------------------------------------------------------------------------------------
// GetAMVMaster
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
//
// Returns the name of the OpenInsight column used as the AMV (associated multivalue) master used to determine the
// number of values needed to write into the secondary SQL table.
//----------------------------------------------------------------------------------------------------------------------
Service GetAMVMaster(OITableName, SQLTableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName : '*' : SQLTableName
AMVMaster = Memory_Services('GetValue', ServiceKeyID)
If AMVMaster EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
JoinArray = '' ; // Initialize the array.
If SRP_JSON(MapObj, 'Parse', OITableToSQLMap) EQ '' then
PrimarySQLTableName = SRP_JSON(MapObj, 'GetValue', 'PrimarySQLTable.Name')
If SQLTableName _EQC PrimarySQLTableName then
// Primary SQL tables do not have a Seq Key. Just return the empty string.
end else
// Look for a matching secondary SQL table.
TableArray = SRP_JSON(MapObj, 'Get', 'SecondarySQLTables')
TableObjs = SRP_JSON(TableArray, 'GetElements')
TableFound = False$
For Each TableObj in TableObjs using @FM
SecondarySQLTableName = SRP_JSON(TableObj, 'GETVALUE', 'Name', '')
If SQLTableName _EQC SecondarySQLTableName then
JoinClassArray = SRP_JSON(TableObj, 'Get', 'JoinClause')
JoinClassObjs = SRP_JSON(JoinClassArray, 'GetElements')
For Each JoinClassObj in JoinClassObjs using @FM
If SRP_JSON(JoinClassObj, 'GetValue', 'AMVMaster') EQ True$ then
AMVMaster = SRP_JSON(JoinClassObj, 'GetValue', 'OIColumnName')
end
SRP_JSON(JoinClassObj, 'Release')
Until AMVMaster NE ''
Next JoinClassObj
TableFound = True$
SRP_JSON(JoinClassArray, 'Release')
end
SRP_JSON(TableObj, 'Release')
Until TableFound
Next TableObj
SRP_JSON(TableArray, 'Release')
end
SRP_JSON(MapObj, 'Release')
end
If AMVMaster NE '' then
Memory_Services('SetValue', ServiceKeyID, AMVMaster)
end
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = AMVMaster
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedJoinedOIColumnNames
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// ValuesReturned - A return varabiable that will contain the type of values each associated column should return.
// See below for more information. - [Optional]
//
// Returns an @FM list of column names from the indicated OpenInsight table that are used to join with the indicated
// SQL table. This service will also populate the ValuesReturned variable with the intended value to be returned by the
// associated column (.e.g, Column Data or Index Position).
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedJoinedOIColumnNames(OITableName, SQLTableName, Ref ValuesReturned)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName : '*' : SQLTableName
ColumnNames = Memory_Services('GetValue', ServiceKeyID)
ValuesReturned = Memory_Services('GetValue', ServiceKeyID : '*ValuesReturned')
If ColumnNames EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
JoinArray = '' ; // Initialize the array.
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
PrimarySQLTableName = SRP_JSON(MapObj, 'GETVALUE', 'PrimarySQLTable.Name')
If SQLTableName _EQC PrimarySQLTableName then
// Use the join array from the primary SQL Table.
JoinArray = SRP_JSON(MapObj, 'GET', 'PrimarySQLTable.JoinClause')
end else
// Look for a matching secondary SQL table.
TablesArray = SRP_JSON(MapObj, 'GET', 'SecondarySQLTables')
NumTables = SRP_JSON(TablesArray, 'GETCOUNT')
MatchFound = False$
For TableNum = 1 to NumTables
TableObj = SRP_JSON(TablesArray, 'GET', '[' : TableNum : ']')
SecondarySQLTableName = SRP_JSON(TableObj, 'GETVALUE', 'Name', '')
If SQLTableName _EQC SecondarySQLTableName then
JoinArray = SRP_JSON(TableObj, 'GET', 'JoinClause')
MatchFound = True$
end
SRP_JSON(TableObj, 'RELEASE')
Until MatchFound
Next TableNum
SRP_JSON(TablesArray, 'RELEASE')
end
SRP_JSON(MapObj, 'RELEASE')
end
If JoinArray GT 0 then
NumColumns = SRP_JSON(JoinArray, 'GETCOUNT')
For ColumnNo = 1 to NumColumns
OIColumnName = SRP_JSON(JoinArray, 'GETVALUE', '[' : ColumnNo : ']' : 'OIColumnName', '')
ValueReturned = SRP_JSON(JoinArray, 'GETVALUE', '[' : ColumnNo : ']' : 'ValueReturned', '')
ColumnNames := OIColumnName : @FM
ValuesReturned := ValueReturned : @FM
Next ColumnNo
ColumnNames[-1, 1] = ''
ValuesReturned[-1, 1] = ''
SRP_JSON(JoinArray, 'RELEASE')
end
If ColumnNames NE '' then
Memory_Services('SetValue', ServiceKeyID, ColumnNames)
Memory_Services('SetValue', ServiceKeyID : '*ValuesReturned', ValuesReturned)
end
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = ColumnNames
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedJoinedSQLColumnNames
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
//
// Returns an @FM list of column names from the indicated SQL table that are used to join with the indicated OpenInsight
// table.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedJoinedSQLColumnNames(OITableName, SQLTableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName : '*' : SQLTableName
ColumnNames = Memory_Services('GetValue', ServiceKeyID)
If ColumnNames EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
JoinArray = '' ; // Initialize the array.
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
PrimarySQLTableName = SRP_JSON(MapObj, 'GETVALUE', 'PrimarySQLTable.Name')
If SQLTableName _EQC PrimarySQLTableName then
// Use the join array from the primary SQL Table.
JoinArray = SRP_JSON(MapObj, 'GET', 'PrimarySQLTable.JoinClause')
end else
// Look for a matching secondary SQL table.
TablesArray = SRP_JSON(MapObj, 'GET', 'SecondarySQLTables')
NumTables = SRP_JSON(TablesArray, 'GETCOUNT')
MatchFound = False$
For TableNum = 1 to NumTables
TableObj = SRP_JSON(TablesArray, 'GET', '[' : TableNum : ']')
SecondarySQLTableName = SRP_JSON(TableObj, 'GETVALUE', 'Name', '')
If SQLTableName _EQC SecondarySQLTableName then
JoinArray = SRP_JSON(TableObj, 'GET', 'JoinClause')
MatchFound = True$
end
SRP_JSON(TableObj, 'RELEASE')
Until MatchFound
Next TableNum
SRP_JSON(TablesArray, 'RELEASE')
end
SRP_JSON(MapObj, 'RELEASE')
end
If JoinArray GT 0 then
NumColumns = SRP_JSON(JoinArray, 'GETCOUNT')
For ColumnNo = 1 to NumColumns
SQLColumnName = SRP_JSON(JoinArray, 'GETVALUE', '[' : ColumnNo : ']' : 'SQLColumnName', '')
ColumnNames := SQLColumnName : @FM
Next ColumnNo
ColumnNames[-1, 1] = ''
SRP_JSON(JoinArray, 'RELEASE')
end
If ColumnNames NE '' then
Memory_Services('SetValue', ServiceKeyID, ColumnNames)
end
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = ColumnNames
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedJoinedOperators
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
//
// Returns an @FM list of operators from the indicated SQL table that are used to join with the indicated OpenInsight
// table.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedJoinedOperators(OITableName, SQLTableName)
Convert @Lower_Case to @Upper_Case in OITableName
ServiceKeyID := '*' : OITableName : '*' : SQLTableName
Operators = Memory_Services('GetValue', ServiceKeyID)
If Operators EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
OITableToSQLMap = SQL_Services_RevDotNet('GetOITableToSQLMap', OITableName)
JoinArray = '' ; // Initialize the array.
If SRP_JSON(MapObj, 'PARSE', OITableToSQLMap) EQ '' then
PrimarySQLTableName = SRP_JSON(MapObj, 'GETVALUE', 'PrimarySQLTable.Name')
If SQLTableName _EQC PrimarySQLTableName then
// Use the join array from the primary SQL Table.
JoinArray = SRP_JSON(MapObj, 'GET', 'PrimarySQLTable.JoinClause')
end else
// Look for a matching secondary SQL table.
TablesArray = SRP_JSON(MapObj, 'GET', 'SecondarySQLTables')
NumTables = SRP_JSON(TablesArray, 'GETCOUNT')
MatchFound = False$
For TableNum = 1 to NumTables
TableObj = SRP_JSON(TablesArray, 'GET', '[' : TableNum : ']')
SecondarySQLTableName = SRP_JSON(TableObj, 'GETVALUE', 'Name', '')
If SQLTableName _EQC SecondarySQLTableName then
JoinArray = SRP_JSON(TableObj, 'GET', 'JoinClause')
MatchFound = True$
end
SRP_JSON(TableObj, 'RELEASE')
Until MatchFound
Next TableNum
SRP_JSON(TablesArray, 'RELEASE')
end
SRP_JSON(MapObj, 'RELEASE')
end
If JoinArray GT 0 then
NumColumns = SRP_JSON(JoinArray, 'GETCOUNT')
For ColumnNo = 1 to NumColumns
Operator = SRP_JSON(JoinArray, 'GETVALUE', '[' : ColumnNo : ']' : 'Operator', '')
Operators := Operator : @FM
Next ColumnNo
Operators[-1, 1] = ''
SRP_JSON(JoinArray, 'RELEASE')
end
If Operators NE '' then
Memory_Services('SetValue', ServiceKeyID, Operators)
end
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = Operators
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedJoinedSQLColumnValues
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table to. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being written to SQL. - [Required]
// OIRow - The OpenInsight row being written to SQL. - [Optional]
// AMVPosition - The position within the multivalue column that should be used in the join clause if the OpenInsight
// column is supposed to use its Index Position. - [Optional]
//
// Returns an @FM delimited list of SQL column values for the indicated table that are derived from the indicated
// OpenInsight table and associated joined columns. This service is normally called to create a fully formed Insert
// query statement. Note: OIRow will likely be an empty string since most join clauses will be based on the OpenInsight
// Key ID.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedJoinedSQLColumnValues(OITableName, SQLTableName, OIKeyID, OIRow, AMVPosition)
Convert @Lower_Case to @Upper_Case in OITableName
If Num(AMVPosition) else AMVPosition = ''
ColumnValues = ''
If (OITableName NE '') AND (SQLTableName NE '') AND (OIKeyID NE '') then
FieldArray = Database_Services('ReadDataRow', 'DICT.' : OITablename, '%FIELDS%')
OIColumnNames = SQL_Services_RevDotNet('GetMappedJoinedOIColumnNames', OITableName, SQLTableName, ValuesReturned)
If Error_Services('NoError') then
If OIColumnNames NE '' then
For Each OIColumnName in OIColumnNames using @FM setting fPos
ValueReturned = ValuesReturned<fPos>
If ValueReturned EQ '' then ValueReturned = 'Column Data'
Locate OIColumnName in FieldArray<FIELDS_NAME$> using @VM setting vPos then
OIColumnToSQLMap = SQL_Services_RevDotNet('GetOIColumnToSQLMap', OITableName, OIColumnName)
If Error_Services('NoError') then
If SRP_JSON(MapObj, 'PARSE', OIColumnToSQLMap) EQ '' then
SQLColumnType = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnType')
OIColumnType = FieldArray<FIELDS_TYPE$, vPos>
IsOIKey = False$ ; // Assume false for now.
If ValueReturned EQ 'Column Data' then
If OIColumnType EQ 'F' then
OIColumnPos = FieldArray<FIELDS_FIELD_NO$, vPos>
If OIColumnPos GT 0 then
OIColumnValue = OIRow<OIColumnPos>
end else
IsOIKey = True$
OIKeyPart = FieldArray<FIELDS_PART$, vPos>
OIColumnValue = Field(OIKeyID, '*', OIKeyPart, 1)
If OIColumnValue EQ '' then
Error_Services('Add', 'Key ID Column ' : OIColumnName : ' was assigned an empty string value in ' : Service : '.')
end
end
end else
// OIColumnValue = Calculate(OIColumnName) ; // Actual logic used in MFS
OIColumnValue = Xlate(OITablename, OIKeyID, OIColumnName, 'X')
end
If (AMVPosition NE '') AND (IsOIKey NE True$) then
OIColumnValue = OIColumnValue<0, AMVPosition>
end
end else
If AMVPosition EQ '' then AMVPosition = 1
OIColumnValue = AMVPosition
end
If ValueReturned EQ 'Column Data' then
// Make applicable data conversions.
Begin Case
Case OIColumnValue EQ ''
// Empty strings are treated as NULL values.
OIColumnValue = 'NULL'
Case InList('varchar,nvarchar,char,nchar', SQLColumnType, ',')
// Single quote the value.
SQLColumnLength = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnLength')
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
If (SQLColumnLength EQ '') OR (SQLColumnLength EQ '-1') then SQLColumnLength = Len(OIColumnValue)
OIColumnValue = OIColumnValue[1, SQLColumnLength, 1]
Swap "'" with "''" in OIColumnValue
OIColumnValue = "'" : OIColumnValue : "'"
Case InList('tinyint,smallint,bigint,int', SQLColumnType, ',')
// Treat as an integer.
OIColumnConv = 'MD0'
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
Case InList('decimal,numeric,float,real', SQLColumnType, ',')
// Treat as a floating point number using any OI column output conversion if it
// exists.
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
Convert 'Z' to '' in OIColumnConv ; // No empty strings with numeric columns.
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
Case SQLColumnType _EQC 'bit'
// Treat as a Boolean, but only return a 1, 0, or NULL.
If OIColumnValue EQ '' then
OIColumnValue = 'NULL'
end else
If OIColumnValue NE False$ then OIColumnValue = True$
end
Case SQLColumnType _EQC 'date'
OIColumnValue = "'" : (SRP_Date('Format', OIColumnValue, 'YYYY-MM-DD')) : "'"
Case SQLColumnType _EQC 'datetime'
OIColumnValue = "'" : (SRP_DateTime('Format', OIColumnValue, 'YYYY-MM-DD hh:mm:ss')) : "'"
Case SQLColumnType _EQC 'time'
OIColumnValue = "'" : (SRP_Time('Format', OIColumnValue, 'hh:mm:ss')) : "'"
Case Otherwise$
// Treat as a character type.
SQLColumnLength = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnLength')
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
If (SQLColumnLength EQ '') OR (SQLColumnLength EQ '-1') then SQLColumnLength = Len(OIColumnValue)
OIColumnValue = OIColumnValue[1, SQLColumnLength, 1]
Swap "'" with "''" in OIColumnValue
OIColumnValue = "'" : OIColumnValue : "'"
End Case
end
// Basic conversion rules.
Convert \09\ to ' ' in OIColumnValue
Swap \0D0A\ with ' ' in OIColumnValue
Convert @VM to '|' in OIColumnValue
Convert @SVM to ' ' in OIColumnValue
Convert @TM to ' ' in OIColumnValue
Convert @STM to ' ' in OIColumnValue
ColumnValues := OIColumnValue : @FM
SRP_JSON(MapObj, 'RELEASE')
end
end
end
While Error_Services('NoError')
Next OIColumnName
end
ColumnValues[-1, 1] = ''
end
end else
Error_Services('Add', 'The OITableName, SQLTableName, OIKeyID, or OIRow argument was missing in the ' : Service : ' service.')
end
Response = ColumnValues
end service
//----------------------------------------------------------------------------------------------------------------------
// GetJoinClause
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being written to SQL. - [Required]
// OIRow - The OpenInsight row being written to SQL. - [Optional]
// AMVPosition - The position within the multivalue column that should be used in the join clause if the
// OpenInsight column is supposed to use its Index Position. - [Optional]
// IgnoreAMVMaster - Boolean falg to indicate if the joined column associated with the OpenInsight AMV Master should
// be ignored. This is necessary for Join Clauses used for Select and Delete statements. - [Optional]
//
// Returns a well formed join clause using the indicated OpenInsight Key ID and row for the indicated OpenInsight table
// and SQL table. Note: OIRow will likely be an empty string since most join clauses will be based on the OpenInsight
// Key ID.
//----------------------------------------------------------------------------------------------------------------------
Service GetJoinClause(OITableName, SQLTableName, OIKeyID, OIRow, AMVPosition, IgnoreAMVMaster=BOOLEAN)
Convert @Lower_Case to @Upper_Case in OITableName
JoinClause = ''
If IgnoreAMVMaster NE True$ then IgnoreAMVMaster = False$
If (OITableName NE '') AND (SQLTableName NE '') AND (OIKeyID NE '') then
JoinedSQLColumns = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, SQLTableName)
If JoinedSQLColumns NE '' then
JoinedOperators = SQL_Services_RevDotNet('GetMappedJoinedOperators', OITableName, SQLTableName)
JoinedSQLValues = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnValues', OITableName, SQLTableName, OIKeyID, OIRow, AMVPosition)
If IgnoreAMVMaster EQ True$ then
// Get all of the OpenInsight columns associated with this join and the AMV Master. Remove the SQL column,
// operator, and value associated with the AMV Master.
AMVMaster = SQL_Services_RevDotNet('GetAMVMaster', OITableName, SQLTableName)
If AMVMaster NE '' then
JoinedOIColumns = SQL_Services_RevDotNet('GetMappedJoinedOIColumnNames', OITableName, SQLTableName)
Locate AMVMaster in JoinedOIColumns using @FM setting Pos then
JoinedSQLColumns = Delete(JoinedSQLColumns, Pos, 0, 0)
JoinedOperators = Delete(JoinedOperators, Pos, 0, 0)
JoinedSQLValues = Delete(JoinedSQLValues, Pos, 0, 0)
end
end
end
For Each JoinedColumn in JoinedSQLColumns using @FM setting Pos
JoinClause := JoinedColumn : ' '
JoinClause := JoinedOperators<Pos> : ' '
JoinClause := JoinedSQLValues<Pos>
JoinClause := @FM
Next JoinedColumn
JoinClause[-1, 1] = ''
Swap @FM with ' AND ' in JoinClause
end
end else
Error_Services('Add', 'The OITableName, SQLTableName, OIKeyID argument was missing in the ' : Service : ' service.')
end
Response = JoinClause
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedOIColumnNames
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// ExcludeJoinedColumns - Boolean flag indicating if the columns used for the join should be excluded from the
// list of columns returned. This would be done if the columns are used to insert or update
// the SQL table. Default is true. - [Optional]
//
// Returns an @FM delimited list of OpenInsight column names from the indicated table that are mapped to the indicated
// SQL table.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedOIColumnNames(OITableName, SQLTableName, ExcludeJoinedColumns=BOOLEAN)
Convert @Lower_Case to @Upper_Case in OITableName
If ExcludeJoinedColumns NE False$ then ExcludeJoinedColumns = True$
ServiceKeyID := '*' : OITableName : '*' : SQLTableName : '*' : ExcludeJoinedColumns
ColumnNames = Memory_Services('GetValue', ServiceKeyID)
If ColumnNames EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
// Go through all of the OpenInsight column SQL maps and add any column which is bound to the same SQL
// table. Note, one or more of these columns might already be in the list from the
// GetMappedJoinedOIColumnNames service. These will be skipped.
AllOIColumnToSQLMaps = SQL_Services_RevDotNet('GetAllOIColumnToSQLMaps', OITableName)
For Each OIColumnToSQLMapList in AllOIColumnToSQLMaps using @FM setting fPos
(OIColumnName, OIColumnToSQLMap) using @VM = OIColumnToSQLMapList
If SRP_JSON(MapObj, 'PARSE', OIColumnToSQLMap) EQ '' then
MappedSQLTableName = SRP_JSON(MapObj, 'GETVALUE', 'SQLTableName')
MappedSQLColumnName = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnName')
If (MappedSQLTableName NE '') AND (MappedSQLColumnName NE '') AND (SQLTableName EQ MappedSQLTableName) then
Locate OIColumnName in ColumnNames using @FM setting fPos else
ColumnNames := OIColumnName : @FM
end
end
SRP_JSON(MapObj, 'Release')
end
Next OIColumnToSQLMap
If ExcludeJoinedColumns EQ True$ then
// Get all OpenInsight columns defined in the SQL Join Clause. Then remove any that are rely upon Column
// Data mapping rather than Index Position. This will avoid duplicate columns being used in a SQL statement.
JoinedValuesReturned = ''
JoinedOIColumns = SQL_Services_RevDotNet('GetMappedJoinedOIColumnNames', OITableName, SQLTableName, JoinedValuesReturned)
If JoinedOIColumns NE '' then
For Each JoinedColumnName in JoinedOIColumns using @FM Setting JoinedPos
Locate JoinedColumnName in ColumnNames using @FM setting Pos then
If JoinedValuesReturned<JoinedPos> EQ 'Column Data' then
ColumnNames = Delete(ColumnNames, Pos, 0, 0)
end
end
Next JoinedColumnName
end
end
ColumnNames[-1, 1] = ''
If ColumnNames NE '' then
Memory_Services('SetValue', ServiceKeyID, ColumnNames)
end
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = ColumnNames
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedOIColumnValues
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// SQLRow - The SQL row that will be mapped to the OpenInsight row. - [Required]
// OIRow - The OpenInsight row with pre-existing data. See below for more information. - [Optional]
//
// Returns an OpenInsight data row for the indicated table that are derived from the indicated SQL table and
// corresponding SQL data. Note, since data can come from multiple SQL tables, the OIRow arguments can already contain
// data from a previous call to this service. This allows primary and secondary SQL tables to be passed into this
// service so that all relevant SQL data can be denormalized into a single OpenInsight data row. This service is
// normally called to create a denormalized OpenInsight row.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedOIColumnValues(OITableName, SQLTableName, SQLData, OIRow)
Convert @Lower_Case to @Upper_Case in OITableName
If (OITableName NE '') AND (SQLTableName NE '') AND (SQLData NE '') then
MappedOIColumnNames = SQL_Services_RevDotNet('GetMappedOIColumnNames', OITableName, SQLTableName, False$)
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, SQLTableName, '', False$)
FieldArray = Database_Services('ReadDataRow', 'DICT.' : OITablename, '%FIELDS%')
If Error_Services('NoError') then
For Each SQLRow in SQLData using @RM setting ValuePos
For Each SQLColumnName in MappedSQLColumnNames using @FM setting fPos
OIColumnName = MappedOIColumnNames<fPos>
Locate OIColumnName in FieldArray<FIELDS_NAME$> using @VM setting vPos then
OIColumnType = FieldArray<FIELDS_TYPE$, vPos>
OIColumnPos = FieldArray<FIELDS_FIELD_NO$, vPos>
If OIColumnType EQ 'F' AND OIColumnPos NE 0 then
OIColumnToSQLMap = SQL_Services_RevDotNet('GetOIColumnToSQLMap', OITableName, OIColumnName)
If Error_Services('NoError') then
If SRP_JSON(MapObj, 'PARSE', OIColumnToSQLMap) EQ '' then
SQLColumnType = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnType')
OIColumnValue = SQLRow<fPos>
Swap '<@VM>' with @VM in OIColumnValue
Swap @SVM with '<@SVM>' in OIColumnValue
Swap @TM with '<@TM>' in OIColumnValue
Swap @STM with '<@STM>' in OIColumnValue
Begin Case
Case InList('varchar,nvarchar,char,nchar', SQLColumnType, ',')
// Single quote the value.
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Iconv(OIColumnValue, OIColumnConv)
end
Case InList('tinyint,smallint,bigint,int', SQLColumnType, ',')
// Treat as an integer.
OIColumnConv = 'MD0'
If OIColumnConv NE '' then
OIColumnValue = Iconv(OIColumnValue, OIColumnConv)
end
Case InList('decimal,numeric,float,real', SQLColumnType, ',')
// Treat as a floating point number using any OI column output conversion if it
// exists.
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Iconv(OIColumnValue, OIColumnConv)
end
Case SQLColumnType _EQC 'date'
OIColumnValue = SRP_Date('Parse', OIColumnValue, 'MM/DD/YYYY')
Case SQLColumnType _EQC 'datetime'
OIColumnValue = SRP_DateTime('Parse', OIColumnValue, 'MM/DD/YYYY hh:mm:ss')
Case SQLColumnType _EQC 'time'
OIColumnValue = SRP_Time('Parse', OIColumnValue, 'hh:mm:ss')
Case Otherwise$
// Treat as a character type.
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Iconv(OIColumnValue, OIColumnConv)
end
End Case
OIRow<OIColumnPos, ValuePos> = OIColumnValue
end
SRP_JSON(MapObj, 'RELEASE')
end
end
end
Next SQLColumnName
Next SQLRow
end
end else
Error_Services('Add', 'The SQLTableName, SQLData, or OITableName argument was missing in the ' : Service : ' service.')
end
Response = OIRow
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedSQLColumnNames
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// OIColumns - An @FM delimited list of OpenInsight table columns that should only be used to write to
// SQL. If empty, all columns that have a map defintion will be used. - [Optional]
// ExcludeJoinedColumns - Boolean flag indicating if the columns used for the join should be excluded from the
// list of columns returned. This would be done if the columns are used to insert or update
// the SQL table. Default is true. - [Optional]
//
// Returns an @FM delimited list of SQL column names from the indicated table that are mapped from the indicated
// OpenInsight table and associated OpenInsight columns.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedSQLColumnNames(OITableName, SQLTableName, OIColumns, ExcludeJoinedColumns)
Convert @Lower_Case to @Upper_Case in OITableName
If ExcludeJoinedColumns NE False$ then ExcludeJoinedColumns = True$
ServiceKeyID := '*' : OITableName : '*' : SQLTableName : '*' : ExcludeJoinedColumns
ColumnNames = Memory_Services('GetValue', ServiceKeyID)
If ColumnNames EQ '' then
If (OITableName NE '') AND (SQLTableName NE '') then
If OIColumns NE '' then
Transfer OIColumns to OIColumnNames
end else
// The GetMappedOIColumnNames service will automatically remove any columns that are also mapped in
// a join clause with the "Column Data" return value attribute.
OIColumnNames = SQL_Services_RevDotNet('GetMappedOIColumnNames', OITableName, SQLTableName, ExcludeJoinedColumns)
end
If OIColumnNames NE '' then
For Each OIColumnName in OIColumnNames using @FM setting fPos
OIColumnToSQLMap = SQL_Services_RevDotNet('GetOIColumnToSQLMap', OITableName, OIColumnName)
If Error_Services('NoError') then
If SRP_JSON(MapObj, 'PARSE', OIColumnToSQLMap) EQ '' then
SQLColumnName = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnName')
If SQLColumnName NE '' then
ColumnNames := SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnName') : @FM
end
SRP_JSON(MapObj, 'RELEASE')
end
end
Next OIColumnName
end
ColumnNames[-1, 1] = ''
If ColumnNames NE '' then Memory_Services('SetValue', ServiceKeyID, ColumnNames)
end else
Error_Services('Add', 'The OITableName or SQLTableName argument was missing in the ' : Service : ' service.')
end
end
Response = ColumnNames
end service
//----------------------------------------------------------------------------------------------------------------------
// GetMappedSQLColumnValues
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table to. - [Required]
// SQLTableName - The name of the SQL table that the Openinsight table is mapped to. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being written to SQL. - [Required]
// OIRow - The OpenInsight row being written to SQL. - [Required]
// AMVPosition - The position within the multivalue column that should be used in the join clause if the OpenInsight
// column is supposed to use its Index Position. - [Optional]
// OIColumns - An @FM delimited list of OpenInsight table columns that should only be used to write to SQL. If empty,
// all columns that have a map defintion will be used. - [Optional]
//
// Returns an @FM delimited list of SQL column values for the indicated table that are derived from the indicated
// OpenInsight table and associated OpenInsight columns. This service is normally called to create a fully formed Insert
// query statement.
//----------------------------------------------------------------------------------------------------------------------
Service GetMappedSQLColumnValues(OITableName, SQLTableName, OIKeyID, OIRow, AMVPosition, OIColumns)
Convert @Lower_Case to @Upper_Case in OITableName
If Num(AMVPosition) else AMVPosition = ''
ColumnValues = ''
If (OITableName NE '') AND (SQLTableName NE '') AND (OIKeyID NE '') AND (OIRow NE '') then
FieldArray = Database_Services('ReadDataRow', 'DICT.' : OITablename, '%FIELDS%')
If OIColumns NE '' then
Transfer OIColumns to OIColumnNames
end else
// The GetMappedOIColumnNames service will automatically remove any columns that are also mapped in
// a join clause with the "Column Data" return value attribute.
OIColumnNames = SQL_Services_RevDotNet('GetMappedOIColumnNames', OITableName, SQLTableName, True$)
end
If OIColumnNames NE '' then
For Each OIColumnName in OIColumnNames using @FM setting fPos
Locate OIColumnName in FieldArray<FIELDS_NAME$> using @VM setting vPos then
OIColumnToSQLMap = SQL_Services_RevDotNet('GetOIColumnToSQLMap', OITableName, OIColumnName)
If Error_Services('NoError') then
If SRP_JSON(MapObj, 'PARSE', OIColumnToSQLMap) EQ '' then
SQLColumnType = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnType')
OIColumnType = FieldArray<FIELDS_TYPE$, vPos>
IsOIKey = False$ ; // Assume false for now.
If OIColumnType EQ 'F' then
OIColumnPos = FieldArray<FIELDS_FIELD_NO$, vPos>
If OIColumnPos GT 0 then
OIColumnValue = OIRow<OIColumnPos>
end else
IsOIKey = True$
OIKeyPart = FieldArray<FIELDS_PART$, vPos>
OIColumnValue = Field(OIKeyID, '*', OIKeyPart, 1)
If OIColumnValue EQ '' then
Error_Services('Add', 'Key ID Column ' : OIColumnName : ' was assigned an empty string value in ' : Service : '.')
end
end
end else
// OIColumnValue = Calculate(OIColumnName) ; // Actual logic used in MFS
OIColumnValue = Xlate(OITablename, OIKeyID, OIColumnName, 'X')
end
If (AMVPosition NE '') AND (IsOIKey NE True$) then
OIColumnValue = OIColumnValue<0, AMVPosition>
end
Begin Case
Case SQLColumnType _EQC 'uniqueidentifier'
OIColumnValue = 'NEWID()'
Case OIColumnValue EQ ''
// Empty strings are treated as NULL values.
OIColumnValue = 'NULL'
Case InList('varchar,nvarchar,char,nchar', SQLColumnType, ',')
// Single quote the value.
SQLColumnLength = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnLength')
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
If (SQLColumnLength EQ '') OR (SQLColumnLength EQ '-1') then SQLColumnLength = Len(OIColumnValue)
OIColumnValue = OIColumnValue[1, SQLColumnLength, 1]
Swap "'" with "''" in OIColumnValue
OIColumnValue = "'" : OIColumnValue : "'"
Case InList('tinyint,smallint,bigint,int', SQLColumnType, ',')
// Treat as an integer.
OIColumnConv = 'MD0'
If Len(OIColumnConv) then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
If Not(Num(OIColumnValue)) then
// Not a true number so format like a string.
OIColumnValue = "'" : OIColumnValue : "'"
end
end else
// Empty value so treat it as a NULL value.
OIColumnValue = 'NULL'
end
Case InList('decimal,numeric,float,real', SQLColumnType, ',')
// Treat as a floating point number using any OI column output conversion if it
// exists.
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
Convert 'Z' to '' in OIColumnConv ; // No empty strings with numeric columns.
If Len(OIColumnConv) then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
If Not(Num(OIColumnValue)) then
// Not a true number so format like a string.
OIColumnValue = "'" : OIColumnValue : "'"
end
end else
// Empty value so treat it as a NULL value.
OIColumnValue = 'NULL'
end
Case SQLColumnType _EQC 'bit'
// Treat as a Boolean, but only return a 1, 0, or NULL.
If OIColumnValue EQ '' then
OIColumnValue = 'NULL'
end else
If OIColumnValue NE False$ then OIColumnValue = True$
end
Case SQLColumnType _EQC 'date'
OIColumnValue = "'" : (SRP_Date('Format', OIColumnValue, 'YYYY-MM-DD')) : "'"
Case SQLColumnType _EQC 'datetime'
OIColumnValue = "'" : (SRP_DateTime('Format', OIColumnValue, 'YYYY-MM-DD hh:mm:ss')) : "'"
Case SQLColumnType _EQC 'time'
OIColumnValue = "'" : (SRP_Time('Format', OIColumnValue, 'hh:mm:ss')) : "'"
Case Otherwise$
// Treat as a character type.
SQLColumnLength = SRP_JSON(MapObj, 'GETVALUE', 'SQLColumnLength')
OIColumnConv = FieldArray<FIELDS_CONV$, vPos>
If OIColumnConv NE '' then
OIColumnValue = Fmt(OIColumnValue, OIColumnConv)
end
If (SQLColumnLength EQ '') OR (SQLColumnLength EQ '-1') then SQLColumnLength = Len(OIColumnValue)
OIColumnValue = OIColumnValue[1, SQLColumnLength, 1]
Swap "'" with "''" in OIColumnValue
OIColumnValue = "'" : OIColumnValue : "'"
End Case
// Basic conversion rules.
Convert \09\ to ' ' in OIColumnValue
Swap \0D0A\ with ' ' in OIColumnValue
Convert @VM to '|' in OIColumnValue
Convert @SVM to ' ' in OIColumnValue
Convert @TM to ' ' in OIColumnValue
Convert @STM to ' ' in OIColumnValue
ColumnValues := OIColumnValue : @FM
SRP_JSON(MapObj, 'RELEASE')
end
Error_Services('Clear') ; // Any errors at this point would have been created during calculated column logic, which is unrelated to this service.
end
end
While Error_Services('NoError')
Next OIColumnName
end
ColumnValues[-1, 1] = ''
end else
Error_Services('Add', 'The OITableName, SQLTableName, OIKeyID, or OIRow argument was missing in the ' : Service : ' service.')
end
Response = ColumnValues
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSQLInsertStatements
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being deleted from SQL. - [Required]
// OIRow - The OpenInsight row associated with the OpenInsight Key ID. - [Optional]
// OIColumns - An @FM delimited list of OpenInsight table columns that should only be used to write to SQL. If empty,
// all columns that have a map defintion will be used. - [Optional]
//
// Returns an @FM delimited list of SQL insert statements for the SQL table mapped to the indicated OpenInsight table.
// This will automatically create all SQL insert statements for secondary SQL tables as well.
//----------------------------------------------------------------------------------------------------------------------
Service GetSQLInsertStatements(OITableName, OIKeyID, OIRow, OIColumns)
Convert @Lower_Case to @Upper_Case in OITableName
SQLInsertStatements = ''
If (OITableName NE '') AND (OIKeyID NE '') AND (OIRow NE '') then
// Start with the primary SQL table that is mapped to this OpenInsight table.
PrimarySQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, PrimarySQLTableName, OIColumns)
If MappedSQLColumnNames NE '' then MappedSQLColumnNames := @FM
MappedSQLColumnValues = SQL_Services_RevDotNet('GetMappedSQLColumnValues', OITablename, PrimarySQLTableName, OIKeyID, OIRow, '', OIColumns)
If MappedSQLColumnValues NE '' then MappedSQLColumnValues := @FM
JoinedSQLColumnNames = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, PrimarySQLTableName)
If JoinedSQLColumnNames NE '' then
MappedSQLColumnNames := JoinedSQLColumnNames : @FM
JoinedSQLColumnValues = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnValues', OITableName, PrimarySQLTableName, OIKeyID, OIRow)
MappedSQLColumnValues := JoinedSQLColumnValues : @FM
end
StaticSQLColumnNames = SQL_Services_RevDotNet('GetStaticSQLColumnNames', OITableName)
If StaticSQLColumnNames NE '' then
MappedSQLColumnNames := StaticSQLColumnNames : @FM
StaticSQLColumnValues = SQL_Services_RevDotNet('GetStaticSQLColumnValues', OITableName)
MappedSQLColumnValues := StaticSQLColumnValues : @FM
end
MappedSQLColumnNames[-1, 1] = ''
MappedSQLColumnValues[-1, 1] = ''
Swap @FM with ', ' in MappedSQLColumnNames
Swap @FM with ", " in MappedSQLColumnValues
SQLInsertStatement = 'INSERT INTO ' : PrimarySQLTableName : ' '
SQLInsertStatement := '('
SQLInsertStatement := MappedSQLColumnNames
SQLInsertStatement := ') VALUES ('
SQLInsertStatement := MappedSQLColumnValues
SQLInsertStatement := ')'
SQLInsertStatements := SQLInsertStatement : @FM
If Error_Services('NoError') then
// Add any secondary SQL table inserts that might be required.
SecondarySQLTableNames = SQL_Services_RevDotNet('GetSecondarySQLTables', OITableName)
If SecondarySQLTableNames NE '' then
For Each SecondarySQLTableName in SecondarySQLTableNames using @FM
OIColumnValue = '' ; // Default to empty string. Update if AMV Master is found.
NumPositions = 1 ; // Default to only 1 index position. Update if AMV Master is found.
AMVMaster = SQL_Services_RevDotNet('GetAMVMaster', OITableName, SecondarySQLTableName)
If AMVMaster NE '' then
FieldArray = Database_Services('ReadDataRow', 'DICT.' : OITablename, '%FIELDS%')
If Error_Services('NoError') then
Locate AMVMaster in FieldArray<FIELDS_NAME$> using @VM setting vPos then
OIColumnType = FieldArray<FIELDS_TYPE$, vPos>
If OIColumnType EQ 'F' then
OIColumnPos = FieldArray<FIELDS_FIELD_NO$, vPos>
If OIColumnPos GT 0 then
OIColumnValue = OIRow<OIColumnPos>
end else
OIKeyPart = FieldArray<FIELDS_PART$, vPos>
OIColumnValue = Field(OIKeyID, '*', OIKeyPart, 1)
end
end else
// OIColumnValue = Calculate(OIColumnName) ; // Actual logic used in MFS
OIColumnValue = Xlate(OITablename, OIKeyID, OIColumnName, 'X')
end
NumPositions = DCount(OIColumnValue, @VM)
end
end
end
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, SecondarySQLTableName)
If MappedSQLColumnNames NE '' then
JoinedSQLColumnNames = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, SecondarySQLTableName)
If JoinedSQLColumnNames NE '' then
MappedSQLColumnNames := @FM : JoinedSQLColumnNames
end
Swap @FM with ', ' in MappedSQLColumnNames
For AMVPosition = 1 to NumPositions
If OIColumnValue<0, AMVPosition> NE '' then
MappedSQLColumnValues = SQL_Services_RevDotNet('GetMappedSQLColumnValues', OITablename, SecondarySQLTableName, OIKeyID, OIRow, AMVPosition)
If JoinedSQLColumnNames NE '' then
JoinedSQLColumnValues = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnValues', OITableName, SecondarySQLTableName, OIKeyID, OIRow, AMVPosition)
MappedSQLColumnValues := @FM : JoinedSQLColumnValues
end
Swap @FM with ', ' in MappedSQLColumnValues
SQLInsertStatement = 'INSERT INTO ' : SecondarySQLTableName : ' '
SQLInsertStatement := '('
SQLInsertStatement := MappedSQLColumnNames
SQLInsertStatement := ') VALUES ('
SQLInsertStatement := MappedSQLColumnValues
SQLInsertStatement := ')'
SQLInsertStatements := SQLInsertStatement : @FM
end
Next AMVPosition
end
Next SecondarySQLTableName
end
end
SQLInsertStatements[-1, 1] = ''
end else
Error_Services('Add', 'The OITableName, OIKeyID, or OIRow argument was missing in the ' : Service : ' service.')
end
Response = SQLInsertStatements
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSQLUpdateStatements
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being deleted from SQL. - [Required]
// OIRow - The OpenInsight row associated with the OpenInsight Key ID. - [Optional]
// OIColumns - An @FM delimited list of OpenInsight table columns that should only be used to write to SQL. If empty,
// all columns that have a map defintion will be used. - [Optional]
//
// Returns an @FM delimited list of SQL update statements for the SQL table mapped to the indicated OpenInsight table.
// This will automatically create all SQL update statements for secondary SQL tables as well.
//----------------------------------------------------------------------------------------------------------------------
Service GetSQLUpdateStatements(OITableName, OIKeyID, OIRow, OIColumns)
Convert @Lower_Case to @Upper_Case in OITableName
SQLUpdateStatements = ''
If (OITableName NE '') AND (OIKeyID NE '') AND (OIRow NE '') then
// Start with the primary SQL table that is mapped to this OpenInsight table.
PrimarySQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, PrimarySQLTableName, OIKeyID, OIRow)
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, PrimarySQLTableName, OIColumns)
If MappedSQLColumnNames NE '' then MappedSQLColumnNames := @FM
MappedSQLColumnValues = SQL_Services_RevDotNet('GetMappedSQLColumnValues', OITablename, PrimarySQLTableName, OIKeyID, OIRow, '', OIColumns)
If MappedSQLColumnValues NE '' then MappedSQLColumnValues := @FM
JoinedSQLColumnNames = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, PrimarySQLTableName)
StaticSQLColumnNames = SQL_Services_RevDotNet('GetStaticSQLColumnNames', OITableName)
If StaticSQLColumnNames NE '' then
MappedSQLColumnNames := StaticSQLColumnNames : @FM
StaticSQLColumnValues = SQL_Services_RevDotNet('GetStaticSQLColumnValues', OITableName)
MappedSQLColumnValues := StaticSQLColumnValues : @FM
end
MappedSQLColumnNames[-1, 1] = ''
MappedSQLColumnValues[-1, 1] = ''
SQLUpdateStatement = ''
If MappedSQLColumnNames NE '' then
SQLUpdateStatement := 'UPDATE ' : PrimarySQLTableName : ' SET '
For Each SQLColumnName in MappedSQLColumnNames using @FM setting fPos
SQLUpdateStatement := SQLColumnName : '=' : MappedSQLColumnValues<fPos> : ', '
Next SQLColumnName
SQLUpdateStatement[-2, 1] = ''
SQLUpdateStatement := 'WHERE '
SQLUpdateStatement := JoinClause : ' '
SQLUpdateStatements := SQLUpdateStatement : @FM
end
If Error_Services('NoError') then
// Add any secondary SQL table inserts that might be required.
SecondarySQLTableNames = SQL_Services_RevDotNet('GetSecondarySQLTables', OITableName)
If SecondarySQLTableNames NE '' then
For Each SecondarySQLTableName in SecondarySQLTableNames using @FM
OIColumnValue = '' ; // Default to empty string. Update if AMV Master is found.
NumPositions = 1 ; // Default to only 1 index position. Update if AMV Master is found.
AMVMaster = SQL_Services_RevDotNet('GetAMVMaster', OITableName, SecondarySQLTableName)
If AMVMaster NE '' then
FieldArray = Database_Services('ReadDataRow', 'DICT.' : OITablename, '%FIELDS%')
If Error_Services('NoError') then
Locate AMVMaster in FieldArray<FIELDS_NAME$> using @VM setting vPos then
OIColumnType = FieldArray<FIELDS_TYPE$, vPos>
If OIColumnType EQ 'F' then
OIColumnPos = FieldArray<FIELDS_FIELD_NO$, vPos>
If OIColumnPos GT 0 then
OIColumnValue = OIRow<OIColumnPos>
end else
OIKeyPart = FieldArray<FIELDS_PART$, vPos>
OIColumnValue = Field(OIKeyID, '*', OIKeyPart, 1)
end
end else
// OIColumnValue = Calculate(OIColumnName) ; // Actual logic used in MFS
OIColumnValue = Xlate(OITablename, OIKeyID, OIColumnName, 'X')
end
NumPositions = DCount(OIColumnValue, @VM)
end
end
end
// Remove all rows from the secondary table. These will be added back using the INSERT statements as needed.
SQLUpdateStatement = 'DELETE FROM ' : SecondarySQLTableName : ' '
SQLUpdateStatement := 'WHERE '
SQLUpdateStatement := JoinClause
SQLUpdateStatements := SQLUpdateStatement : @FM
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, SecondarySQLTableName)
If MappedSQLColumnNames NE '' then
JoinedSQLColumnNames = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, SecondarySQLTableName)
If JoinedSQLColumnNames NE '' then
MappedSQLColumnNames := @FM : JoinedSQLColumnNames
end
Swap @FM with ', ' in MappedSQLColumnNames
For AMVPosition = 1 to NumPositions
If OIColumnValue<0, AMVPosition> NE '' then
MappedSQLColumnValues = SQL_Services_RevDotNet('GetMappedSQLColumnValues', OITablename, SecondarySQLTableName, OIKeyID, OIRow, AMVPosition)
If JoinedSQLColumnNames NE '' then
JoinedSQLColumnValues = SQL_Services_RevDotNet('GetMappedJoinedSQLColumnValues', OITableName, SecondarySQLTableName, OIKeyID, OIRow, AMVPosition)
MappedSQLColumnValues := @FM : JoinedSQLColumnValues
end
Swap @FM with ', ' in MappedSQLColumnValues
SQLUpdateStatement = 'INSERT INTO ' : SecondarySQLTableName : ' '
SQLUpdateStatement := '('
SQLUpdateStatement := MappedSQLColumnNames
SQLUpdateStatement := ') VALUES ('
SQLUpdateStatement := MappedSQLColumnValues
SQLUpdateStatement := ')'
SQLUpdateStatements := SQLUpdateStatement : @FM
end
Next AMVPosition
end
Next SecondarySQLTableName
end
end
SQLUpdateStatements[-1, 1] = ''
end else
Error_Services('Add', 'The OITableName, OIKeyID, or OIRow argument was missing in the ' : Service : ' service.')
end
Response = SQLUpdateStatements
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSQLSelectStatement
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being deleted from SQL. - [Required]
// OIRow - The OpenInsight row associated with the OpenInsight Key ID. - [Optional]
//
// Returns the SQL select statement for the indicated SQL table based on its mapping to the indicated OpenInsight table.
//----------------------------------------------------------------------------------------------------------------------
Service GetSQLSelectStatement(OITableName, SQLTableName, OIKeyID, OIRow)
Convert @Lower_Case to @Upper_Case in OITableName
SQLSelectStatement = ''
If (OITableName NE '') AND (SQLTableName NE '') AND (OIKeyID NE '') then
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, SQLTableName, OIKeyID, OIRow, '', True$)
If JoinClause NE '' then
MappedSQLColumnNames = SQL_Services_RevDotNet('GetMappedSQLColumnNames', OITableName, SQLTableName)
If MappedSQLColumnNames NE '' then
// Include the join columns among the columns being returned so their values can be updated in their
// joined OpenInsight columns (if applicable).
MappedSQLColumnNames := @FM : SQL_Services_RevDotNet('GetMappedJoinedSQLColumnNames', OITableName, SQLTableName)
Swap @FM with ', ' in MappedSQLColumnNames
SQLSelectStatement := 'SELECT '
SQLSelectStatement := MappedSQLColumnNames : ' '
SQLSelectStatement := 'FROM ' : SQLTableName : ' '
SQLSelectStatement := 'WHERE '
SQLSelectStatement := JoinClause : ' '
end
end
end else
Error_Services('Add', 'The OITableName, SQLTableName, or OIKeyID argument was missing in the ' : Service : ' service.')
end
Response = SQLSelectStatement
end service
//----------------------------------------------------------------------------------------------------------------------
// GetSQLDeleteStatements
//
// OITableName - The name of the OpenInsight table that is mapped to the SQL table. - [Required]
// OIKeyID - The Key ID to the OpenInsight row being deleted from SQL. - [Required]
// OIRow - The OpenInsight row associated with the OpenInsight Key ID. - [Optional]
//
// Returns an @FM delimited list of SQL delete statements for the SQL table mapped to the indicated OpenInsight table.
// This will automatically create all SQL delete statements for secondary SQL tables as well. Note: OIRow will likely be
// an empty string since most join clauses will be based on the OpenInsight Key ID.
//----------------------------------------------------------------------------------------------------------------------
Service GetSQLDeleteStatements(OITableName, OIKeyID, OIRow)
Convert @Lower_Case to @Upper_Case in OITableName
SQLDeleteStatements = ''
If (OITableName NE '') AND (OIKeyID NE '') then
// Start with the primary SQL table that is mapped to this OpenInsight table.
PrimarySQLTableName = SQL_Services_RevDotNet('GetPrimarySQLTable', OITableName)
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, PrimarySQLTableName, OIKeyID, OIRow, '', True$)
SQLDeleteStatement = 'DELETE FROM ' : PrimarySQLTableName : ' '
SQLDeleteStatement := 'WHERE '
SQLDeleteStatement := JoinClause
SQLDeleteStatements := SQLDeleteStatement : @FM
// Add any secondary SQL table inserts that might be required.
SecondarySQLTableNames = SQL_Services_RevDotNet('GetSecondarySQLTables', OITableName)
If SecondarySQLTableNames NE '' then
For Each SecondarySQLTableName in SecondarySQLTableNames using @FM
JoinClause = SQL_Services_RevDotNet('GetJoinClause', OITableName, SecondarySQLTableName, OIKeyID, OIRow, '', True$)
SQLDeleteStatement = 'DELETE FROM ' : SecondarySQLTableName : ' '
SQLDeleteStatement := 'WHERE '
SQLDeleteStatement := JoinClause
SQLDeleteStatements := SQLDeleteStatement : @FM
Next SecondarySQLTableName
end
SQLDeleteStatements[-1, 1] = ''
end else
Error_Services('Add', 'The OITableName or OIKeyID argument was missing in the ' : Service : ' service.')
end
Response = SQLDeleteStatements
end service
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Internal GoSubs
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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