{<CODEFILE Path="mydatabase.code" Hash="1B2M2Y8AsgTpgAmY7PhCfg==" />}
#+ DB schema - Data Management (mydatabase)

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--This code is generated with the template dbapp5.0
--Warning: Enter your changes within a <BLOCK> or <POINT> section, otherwise they will be lost.
{<POINT Name="user.comments">} {</POINT>}

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--Importing modules
IMPORT FGL libdbappCore
IMPORT FGL libdbappSql

IMPORT FGL mydatabase
IMPORT FGL mydatabase_events
IMPORT FGL mydatabase_dbxconstraints
{<POINT Name="import">} {</POINT>}

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--Database schema
SCHEMA mydatabase

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--Functions

{<BLOCK Name="fct.seqreg_pk_seqreg_selectRowByKey">}
#+ Select a row identified by the primary key in the "seqreg" table
#+
#+ @param p_key - Primary Key
#+ @param p_lock - Indicate if a lock is used in order to prevent several users editing the same rows at the same time
#+
#+ @returnType INTEGER, LIKE seqreg.*
#+ @return     ERROR_SUCCESS|ERROR_FAILURE|ERROR_NOTFOUND, RECORD LIKE seqreg.*
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_selectRowByKey(p_key, p_lock)
    DEFINE p_key
        RECORD
            seqreg_sr_name LIKE seqreg.sr_name
        END RECORD
    DEFINE p_lock BOOLEAN
    DEFINE l_data RECORD LIKE seqreg.*
    DEFINE l_supportLock BOOLEAN
    DEFINE errNo INTEGER
    {<POINT Name="fct.seqreg_pk_seqreg_selectRowByKey.define">} {</POINT>}

    LET errNo = ERROR_SUCCESS
    -- SQLite does not support the FOR UPDATE close in SELECT syntax
    LET l_supportLock = (UPSHIFT(fgl_db_driver_type()) != "SQT")
    {<POINT Name="fct.seqreg_pk_seqreg_selectRowByKey.init">} {</POINT>}
    TRY
        IF p_lock AND l_supportLock THEN
            SELECT * INTO l_data.* FROM seqreg
                WHERE @seqreg.sr_name = p_key.seqreg_sr_name
            FOR UPDATE
        ELSE
            SELECT * INTO l_data.* FROM seqreg
                WHERE @seqreg.sr_name = p_key.seqreg_sr_name
        END IF
        IF SQLCA.SQLCODE == NOTFOUND THEN
            LET errNo = ERROR_NOTFOUND
        END IF
    CATCH
        INITIALIZE l_data.* TO NULL
        LET errNo = ERROR_FAILURE
    END TRY
    {<POINT Name="fct.seqreg_pk_seqreg_selectRowByKey.afterSelect">} {</POINT>}
    RETURN errNo, l_data.*
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_selectRowByKey

{<BLOCK Name="fct.seqreg_insertRowByKey">}
#+ Insert a row in the "seqreg" table and return the primary key created
#+
#+ @param p_data - a row data LIKE seqreg.*
#+
#+ @returnType INTEGER, STRING, VARCHAR(30)
#+ @return     ERROR_SUCCESS|ERROR_FAILURE, error message, seqreg.sr_name
PRIVATE FUNCTION mydatabase_dbxdata_seqreg_insertRowByKey(p_data)
    DEFINE p_data RECORD LIKE seqreg.*
    DEFINE errNo INTEGER
    DEFINE errMsg STRING
    {<POINT Name="fct.seqreg_insertRowByKey.define">} {</POINT>}

    LET errNo = libdbapp_begin_work()
    IF errNo == ERROR_SUCCESS THEN
        {<POINT Name="fct.seqreg_insertRowByKey.init">} {</POINT>}

        IF mydatabase_events.m_DbxDataEvent_seqreg_BeforeInsertRowByKey IS NOT NULL THEN
            CALL mydatabase_events.m_DbxDataEvent_seqreg_BeforeInsertRowByKey(p_data.*)
                RETURNING errNo, errMsg, p_data.*
        END IF
        IF errNo == ERROR_SUCCESS THEN
            CALL mydatabase_dbxconstraints.mydatabase_dbxconstraints_seqreg_checkTableConstraints(FALSE, p_data.*) RETURNING errNo, errMsg
        END IF
        {<POINT Name="fct.seqreg_insertRowByKey.beforeInsert">} {</POINT>}
        IF errNo == ERROR_SUCCESS THEN
            TRY
                INSERT INTO seqreg VALUES (p_data.*)
            CATCH
                LET errNo = ERROR_FAILURE
            END TRY
            IF mydatabase_events.m_DbxDataEvent_seqreg_AfterInsertRowByKey IS NOT NULL THEN
                CALL mydatabase_events.m_DbxDataEvent_seqreg_AfterInsertRowByKey(p_data.*)
                    RETURNING errNo, errMsg
            END IF
            {<POINT Name="fct.seqreg_insertRowByKey.afterInsert">} {</POINT>}
        END IF
        IF errNo == ERROR_SUCCESS THEN
            LET errNo = libdbapp_commit_work()
        ELSE
            CALL libdbapp_rollback_work()
        END IF
    END IF
    RETURN errNo, errMsg, p_data.sr_name
END FUNCTION
{</BLOCK>} --fct.seqreg_insertRowByKey

{<BLOCK Name="fct.seqreg_pk_seqreg_insertRowByKey">}
#+ Insert a row in the "seqreg" table and return the table keys
#+
#+ @param p_data - a row data LIKE seqreg.*
#+
#+ @returnType INTEGER, STRING, VARCHAR(30)
#+ @return     ERROR_SUCCESS|ERROR_FAILURE, error message, seqreg.sr_name
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_insertRowByKey(p_data)
    DEFINE p_data RECORD LIKE seqreg.*
    DEFINE errNo INTEGER
    DEFINE errMsg STRING
    {<POINT Name="fct.seqreg_pk_seqreg_insertRowByKey.define">} {</POINT>}
    {<POINT Name="fct.seqreg_pk_seqreg_insertRowByKey.init">} {</POINT>}

    CALL mydatabase_dbxdata_seqreg_insertRowByKey(p_data.*) RETURNING errNo, errMsg, p_data.sr_name
    RETURN errNo, errMsg, p_data.sr_name
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_insertRowByKey

{<BLOCK Name="fct.seqreg_pk_seqreg_updateRowByKey">}
#+ Update a row identified by the primary key in the "seqreg" table
#+
#+ @param p_dataT0 - a row data LIKE seqreg.*
#+ @param p_dataT1 - a row data LIKE seqreg.*
#+
#+ @returnType INTEGER, STRING
#+ @return     ERROR_SUCCESS|ERROR_FAILURE|ERROR_CONCURRENT_ACCESS_NOTFOUND|ERROR_CONCURRENT_ACCESS_FAILURE, error message
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_updateRowByKey(p_dataT0, p_dataT1)
    DEFINE p_dataT0 RECORD LIKE seqreg.*
    DEFINE p_dataT1 RECORD LIKE seqreg.*
    DEFINE l_key
        RECORD
            seqreg_sr_name LIKE seqreg.sr_name
        END RECORD
    DEFINE errNo INTEGER
    DEFINE errMsg STRING
    {<POINT Name="fct.seqreg_pk_seqreg_updateRowByKey.define">} {</POINT>}
    LET l_key.seqreg_sr_name = p_dataT0.sr_name
    INITIALIZE errMsg TO NULL
    LET errNo = libdbapp_begin_work()
    IF errNo == ERROR_SUCCESS THEN
        {<POINT Name="fct.seqreg_pk_seqreg_updateRowByKey.init">} {</POINT>}
        TRY
            LET errNo = mydatabase_dbxdata_seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess(p_dataT0.*, TRUE)
            {<POINT Name="fct.seqreg_pk_seqreg_updateRowByKey.afterSelect">} {</POINT>}
            IF errNo == ERROR_SUCCESS THEN
                CALL mydatabase_dbxconstraints.mydatabase_dbxconstraints_seqreg_checkTableConstraints(TRUE, p_dataT1.*) RETURNING errNo, errMsg
                {<POINT Name="fct.seqreg_pk_seqreg_updateRowByKey.beforeUpdate">} {</POINT>}
                IF errNo == ERROR_SUCCESS THEN
                 IF mydatabase_events.m_DbxDataEvent_seqreg_BeforeUpdateRowByKey IS NOT NULL THEN
                    CALL mydatabase_events.m_DbxDataEvent_seqreg_BeforeUpdateRowByKey(p_dataT1.*)
                        RETURNING errNo, errMsg
                END IF
                    UPDATE seqreg
                        SET seqreg.* = p_dataT1.*
                        WHERE @seqreg.sr_name = l_key.seqreg_sr_name
                END IF
            END IF
        CATCH
            LET errNo = ERROR_FAILURE
        END TRY
        IF mydatabase_events.m_DbxDataEvent_seqreg_AfterUpdateRowByKey IS NOT NULL THEN
            CALL mydatabase_events.m_DbxDataEvent_seqreg_AfterUpdateRowByKey(p_dataT1.*)
                RETURNING errNo, errMsg
        END IF
        {<POINT Name="fct.seqreg_pk_seqreg_updateRowByKey.afterUpdate">} {</POINT>}
        IF errNo == ERROR_SUCCESS THEN
            LET errNo = libdbapp_commit_work()
        ELSE
            CALL libdbapp_rollback_work()
        END IF
    END IF
    RETURN errNo, errMsg
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_updateRowByKey

{<BLOCK Name="fct.seqreg_pk_seqreg_deleteRowByKey">}
#+ Delete a row identified by the primary key in the "seqreg" table
#+
#+ @param p_key - Primary Key
#+
#+ @returnType INTEGER
#+ @return     ERROR_SUCCESS|ERROR_FAILURE|ERROR_DELETE_CASCADE_ROW_USED
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_deleteRowByKey(p_key)
    DEFINE p_key
        RECORD
            seqreg_sr_name LIKE seqreg.sr_name
        END RECORD
    DEFINE errNo INTEGER
    {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKey.define">} {</POINT>}

    LET errNo = libdbapp_begin_work()
    IF errNo == ERROR_SUCCESS THEN
        {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKey.init">} {</POINT>}
        IF mydatabase_events.m_DbxDataEvent_seqreg_BeforeDeleteRowByKey IS NOT NULL THEN
            CALL mydatabase_events.m_DbxDataEvent_seqreg_BeforeDeleteRowByKey(p_key.*)
                RETURNING errNo
        END IF
        TRY
            DELETE FROM seqreg
                WHERE @seqreg.sr_name = p_key.seqreg_sr_name
        CATCH
            LET errNo = ERROR_FAILURE
        END TRY
        IF mydatabase_events.m_DbxDataEvent_seqreg_AfterDeleteRowByKey IS NOT NULL THEN
            CALL mydatabase_events.m_DbxDataEvent_seqreg_AfterDeleteRowByKey(p_key.*)
                RETURNING errNo
        END IF
        {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKey.afterDelete">} {</POINT>}
        IF errNo == ERROR_SUCCESS THEN
            LET errNo = libdbapp_commit_work()
        ELSE
            CALL libdbapp_rollback_work()
        END IF
    END IF
    RETURN errNo
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_deleteRowByKey

{<BLOCK Name="fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess">}
#+ Delete a row identified by the primary key in the "seqreg" table if the concurrent access is success
#+
#+ @param p_dataT0 - a row data LIKE seqreg.*
#+
#+ @returnType INTEGER
#+ @return     ERROR_SUCCESS|ERROR_FAILURE|ERROR_CONCURRENT_ACCESS_NOTFOUND|ERROR_CONCURRENT_ACCESS_FAILURE|ERROR_DELETE_CASCADE_ROW_USED
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess(p_dataT0)
    DEFINE p_dataT0 RECORD LIKE seqreg.*
    DEFINE l_key
        RECORD
            seqreg_sr_name LIKE seqreg.sr_name
        END RECORD
    DEFINE errNo INTEGER
    {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess.define">} {</POINT>}

    LET l_key.seqreg_sr_name = p_dataT0.sr_name
    LET errNo = libdbapp_begin_work()
    IF errNo == ERROR_SUCCESS THEN
        {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess.init">} {</POINT>}
        LET errNo = mydatabase_dbxdata_seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess(p_dataT0.*, TRUE)
        {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess.afterSelect">} {</POINT>}
        IF errNo == ERROR_SUCCESS THEN
            LET errNo = mydatabase_dbxdata_seqreg_pk_seqreg_deleteRowByKey(l_key.*)
        END IF
        {<POINT Name="fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess.afterDelete">} {</POINT>}
        IF errNo == ERROR_SUCCESS THEN
            LET errNo = libdbapp_commit_work()
        ELSE
            CALL libdbapp_rollback_work()
        END IF
    END IF
    RETURN errNo
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_deleteRowByKeyWithConcurrentAccess

{<BLOCK Name="fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess">}
#+ Check if a row identified by the primary key in the "seqreg" table has been modified or deleted
#+
#+ @param p_dataT0 - a row data LIKE seqreg.*
#+ @param p_lock - Indicate if a lock is used in order to prevent several users editing the same rows at the same time
#+
#+ @returnType INTEGER
#+ @return     ERROR_SUCCESS|ERROR_FAILURE|ERROR_CONCURRENT_ACCESS_NOTFOUND|ERROR_CONCURRENT_ACCESS_FAILURE
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess(p_dataT0, p_lock)
    DEFINE p_dataT0 RECORD LIKE seqreg.*
    DEFINE l_dataT2 RECORD LIKE seqreg.*
    DEFINE l_key
        RECORD
            seqreg_sr_name LIKE seqreg.sr_name
        END RECORD
    DEFINE p_lock BOOLEAN
    DEFINE errNo INTEGER
    DEFINE errDiff INTEGER
    {<POINT Name="fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess.define">} {</POINT>}

    LET l_key.seqreg_sr_name = p_dataT0.sr_name
    INITIALIZE l_dataT2.* TO NULL
    LET errDiff = FALSE
    {<POINT Name="fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess.init">} {</POINT>}
    CALL mydatabase_dbxdata_seqreg_pk_seqreg_selectRowByKey(l_key.*, p_lock) RETURNING errNo, l_dataT2.*
    CASE errNo
        WHEN ERROR_SUCCESS
            LET errDiff = (p_dataT0.* != l_dataT2.*)
            {<POINT Name="fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess.afterSelect">} {</POINT>}
            IF NOT errDiff THEN
                LET errNo = ERROR_SUCCESS
            ELSE
                LET errNo = ERROR_CONCURRENT_ACCESS_FAILURE
            END IF
        WHEN ERROR_NOTFOUND
            LET errNo = ERROR_CONCURRENT_ACCESS_NOTFOUND
    END CASE
    {<POINT Name="fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess.afterCheck">} {</POINT>}
    RETURN errNo
END FUNCTION
{</BLOCK>} --fct.seqreg_pk_seqreg_checkRowByKeyWithConcurrentAccess

{<BLOCK Name="fct.seqreg_setDefaultValuesFromDBSchema">}
#+ Set data with the default values coming from the DB schema
#+
PUBLIC FUNCTION mydatabase_dbxdata_seqreg_setDefaultValuesFromDBSchema()
    DEFINE l_data RECORD LIKE seqreg.*
    {<POINT Name="fct.seqreg_setDefaultValuesFromDBSchema.define">} {</POINT>}

    INITIALIZE l_data.* TO NULL
    {<POINT Name="fct.seqreg_setDefaultValuesFromDBSchema.init">} {</POINT>}
    IF mydatabase_events.m_DbxDataEvent_seqreg_SetDefaultValues IS NOT NULL THEN
        CALL mydatabase_events.m_DbxDataEvent_seqreg_SetDefaultValues(l_data.*)
            RETURNING l_data.*
    END IF
    RETURN l_data.*
END FUNCTION
{</BLOCK>} --fct.seqreg_setDefaultValuesFromDBSchema

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--Add user functions
{<POINT Name="user.functions">} {</POINT>}