/*{
** Name: OPU_GSMEMORY_CLOSE - Get memory from the stack ULM memory stream
**
** Description:
** This routine allocates memory from the ULM memory stream that is used
** for the stack style memory usage.
[@comment_line@]...
**
** Inputs:
** global -
** State info for the current query.
** global->ops_mstate.ops_ulmrcb -
** The ULM control block.
** global->ops_mstate.ops_sstreamid -
** The stream id.
** size -
** size of the piece of memory to allocate.
**
** Outputs:
**
** Returns:
** The address of the allocated memory.
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 19-July-87 (eric)
** written
** 21-feb-91 (seputis)
** make non-zero initialization of memory an xDEBUG feature
** 16-sep-93 (smc)
** Moved <cs.h> for CS_SID.
** 11-oct-2006 (hayke02)
** Send E_OP0002_NOMEMORY to errlog.log. This change fixes bug 116309.
[@history_line@]...
[@history_template@]...
*/
PTR
opu_Gsmemory_get(
OPS_STATE *global,
i4 size)
{
DB_STATUS ulmstatus; /* return status from ULM */
/* store the stream id */
global->ops_mstate.ops_ulmrcb.ulm_streamid_p = &global->ops_mstate.ops_sstreamid;
/* store the size to be allocate */
global->ops_mstate.ops_ulmrcb.ulm_psize = size;
if ( (ulmstatus = ulm_palloc( &global->ops_mstate.ops_ulmrcb )) != E_DB_OK )
{
if (global->ops_mstate.ops_ulmrcb.ulm_error.err_code == E_UL0005_NOMEM)
{
opx_lerror(E_OP0002_NOMEMORY, 0, 0, 0, 0, 0);
opx_error( E_OP0002_NOMEMORY); /* out of memory */
}
#ifdef E_OP0093_ULM_ERROR
else
opx_verror( ulmstatus, E_OP0093_ULM_ERROR,
global->ops_mstate.ops_ulmrcb.ulm_error.err_code); /* check for error */
#endif
}
#ifdef xDEBUG
MEfill( size, (u_char)127, (PTR)global->ops_mstate.ops_ulmrcb.ulm_pptr); /*FIXME
** remove this initialization after
** test for uninitialized memory
** is not required any more */
#endif
/* return the allocated memory */
return( global->ops_mstate.ops_ulmrcb.ulm_pptr );
}
/*{
** Name: psq_tinsert - Add a piece of query text to a chain in front
** of some piece.
**
** Description:
** This function inserts a piece of query text to an existing chain.
** New text is added in front of the existing piece specified by the
** caller .
** A need for the routine arises from the fact that the owner names need
** to qualify database object names in case of database procedures.
** Another use for the function is when synonym_name has to be
** replaced with owner.actual_table_name in the text stored for views,
** integrities, and permits.
** These names become known when the scanner has already 'seen' the
** object name (and therefore has already added it to the text chain).
**
** Inputs:
** header Pointer to chain header
** piece Pointer to piece of text
** size Size of piece
** result Place to put pointer to new piece
** oldpiece Piece in front of which the new piece
** will be inserted (should not be NULL).
** err_blk Filled in if an error happens
**
** Outputs:
** result Filled in with pointer to chain element
** err_blk Filled in if an error happens
** Returns:
** E_DB_OK Success
** E_DB_ERROR Non-catastrophic failure
** E_DB_FATAL Catastrophic failure
** Exceptions:
** none
**
** Side Effects:
** Allocates memory
**
** History:
** 02-jun-88 (stec)
** written
** 04-jun-90 (andre)
** renamed from psq_tb1add() to psq_tinsert();
** changed the description to describe use of this function in
** conjunction with synonyms.
*/
DB_STATUS
psq_tinsert(
PTR header,
u_char *piece,
i4 size,
PTR *result,
PTR oldpiece,
DB_ERROR *err_blk)
{
PSQ_THEAD *hp = (PSQ_THEAD *) header;
PSQ_TEXT *tp, *op = (PSQ_TEXT *) oldpiece;
i4 err_code;
DB_STATUS status;
if (op == (PSQ_TEXT *) NULL)
{
/* Should not be reached */
return (E_DB_ERROR);
}
/* Allocate enough space for PSQ_TEXT structure containing piece */
hp->psq_tmem.ulm_psize = size + sizeof(PSQ_TEXT) - 1;
status = ulm_palloc(&hp->psq_tmem);
if (DB_FAILURE_MACRO(status))
{
if (hp->psq_tmem.ulm_error.err_code == E_UL0005_NOMEM)
{
psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, err_blk, 0);
}
else
(VOID) psf_error(E_PS0371_ALLOC_TEXT_CHAIN,
hp->psq_tmem.ulm_error.err_code, PSF_INTERR, &err_code,err_blk, 0);
return (status);
}
*result = hp->psq_tmem.ulm_pptr;
tp = (PSQ_TEXT*) *result;
/* Fill in text piece */
MEcopy((char *) piece, size, (char *) tp->psq_tval);
tp->psq_psize = size;
/* Hook it up to the chain */
if (tp->psq_prev = op->psq_prev)
tp->psq_prev->psq_next = tp;
tp->psq_next = op;
op->psq_prev = tp;
if (hp->psq_first == op)
hp->psq_first = tp;
/* Add in the length to the total for the chain */
hp->psq_tsize += size;
return (E_DB_OK);
}
/*{
** Name: psq_tadd - Add a piece of query text to a chain
**
** Description:
** This function adds a piece of query text to an existing chain.
**
** Inputs:
** header Pointer to chain header
** piece Pointer to piece of text
** size Size of piece
** result Place to put pointer to new piece
** err_blk Filled in if an error happens
**
** Outputs:
** result Filled in with pointer to chain element
** err_blk Filled in if an error happens
** Returns:
** E_DB_OK Success
** E_DB_ERROR Non-catastrophic failure
** E_DB_FATAL Catastrophic failure
** Exceptions:
** none
**
** Side Effects:
** Allocates memory
**
** History:
** 18-jul-86 (jeff)
** written
*/
DB_STATUS
psq_tadd(
PTR header,
u_char *piece,
i4 size,
PTR *result,
DB_ERROR *err_blk)
{
PSQ_THEAD *hp = (PSQ_THEAD *) header;
PSQ_TEXT *tp;
i4 err_code;
DB_STATUS status;
/* Allocate enough space for PSQ_TEXT structure containing piece */
hp->psq_tmem.ulm_psize = size + sizeof(PSQ_TEXT) - 1;
status = ulm_palloc(&hp->psq_tmem);
if (status != E_DB_OK)
{
if (hp->psq_tmem.ulm_error.err_code == E_UL0005_NOMEM)
{
psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, err_blk, 0);
}
else
(VOID) psf_error(E_PS0371_ALLOC_TEXT_CHAIN,
hp->psq_tmem.ulm_error.err_code, PSF_INTERR, &err_code,err_blk, 0);
return (status);
}
*result = hp->psq_tmem.ulm_pptr;
tp = (PSQ_TEXT*) *result;
/* Fill in text piece */
MEcopy((char *) piece, size, (char *) tp->psq_tval);
tp->psq_psize = size;
/* Hook it up to the chain */
tp->psq_next = (PSQ_TEXT *) NULL;
if (hp->psq_last != (PSQ_TEXT *) NULL)
{
hp->psq_last->psq_next = tp;
tp->psq_prev = hp->psq_last;
}
else
{
tp->psq_prev = NULL;
}
hp->psq_last = tp;
if (hp->psq_first == (PSQ_TEXT *) NULL)
hp->psq_first = tp;
/* Add in the length to the total for the chain */
hp->psq_tsize += size;
return (E_DB_OK);
}
/*{
** Name: psf_symall Allocates memory for a symbol block.
**
** Description:
** Symbol blocks are used mainly by scanners to pass additional data
** to parsers. They also hold emmitted text. This routine allocates
** a new block and takes care of initializing appropriate fields in the
** session control block.
**
** Inputs:
** pss_cb session control block pointer.
** psq_cb query control block.
** size amount of memory to be allocated.
**
** Outputs:
** pss_cb session control block with
** appropriate fields initialized.
** psq_cb query control block with psq_error
** field initialized, if error.
** Returns:
** E_DB_OK
** status return by ULM
**
** Exceptions:
** none
**
** Side Effects:
** Allocates memory.
**
** History:
** 25-nov-87 (stec)
** written
** 31-jan-97 (pchang)
** psf_symall(), when allocating memory for a symbol table block,
** failed to take into account the space needed for the next block
** pointer 'pss_sbnext' which later caused memory overrun in the data
** area 'pss_symdata'. In some cases, the corruption is neutralized
** when the user of the violated adjacent memory space overlays it
** with new data. Whereas, if the violated memory space is occupied
** by a less volatile entity such as a pointer for a linked list,
** what follows could be a random SEGV. (B75105?)
*/
DB_STATUS
psf_symall(
PSS_SESBLK *pss_cb,
PSQ_CB *psq_cb,
i4 size)
{
DB_STATUS status = E_DB_OK;
ULM_RCB ulm_rcb;
i4 err_code;
/* If no more blocks, allocate another */
if (pss_cb->pss_symblk->pss_sbnext==(PSS_SYMBLK *) NULL)
{
/* If out of room, allocate some more */
ulm_rcb.ulm_facility = DB_PSF_ID;
ulm_rcb.ulm_streamid_p = &pss_cb->pss_symstr;
ulm_rcb.ulm_psize = size + sizeof(PTR); /* add space for fwd ptr */
ulm_rcb.ulm_memleft = &pss_cb->pss_memleft;
status = ulm_palloc(&ulm_rcb);
if (DB_FAILURE_MACRO(status))
{
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
{
psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, &psq_cb->psq_error, 0);
}
else
{
psf_error(2704L, 0L, PSF_USERERR,
&err_code, &psq_cb->psq_error, 0);
}
return (status);
}
pss_cb->pss_symblk->pss_sbnext = (PSS_SYMBLK*) ulm_rcb.ulm_pptr;
pss_cb->pss_symblk->pss_sbnext->pss_sbnext = NULL;
}
/* Set current block and next character pointer */
pss_cb->pss_symblk = pss_cb->pss_symblk->pss_sbnext;
pss_cb->pss_symnext = pss_cb->pss_symblk->pss_symdata;
return (E_DB_OK);
}
/*{
** Name: psf_umalloc - Allocate memory from ULM.
**
** Description:
** General purpose interface into allocating from ULM for the current
** session.
**
** Inputs:
** sess_cb Session control block pointer.
** mstream ULM stream id.
** msize Size of memory.
**
** Outputs:
** sess_cb Session control block:
** .pss_memleft Memory left in current session.
** mresult Pointer to result object.
** err_blk.err_code Error returned
** E_PS0F02_MEMORY_FULL No more memory for session
** E_PS0A02_BADALLOC Some other ULM error
**
** Returns:
** status return by ULM
** E_DB_FATAL If memory corrupted.
**
** Exceptions:
** none
**
** Side Effects:
** Allocates memory.
**
** History:
** 19-apr-89 (neil)
** Written
*/
DB_STATUS
psf_umalloc(
PSS_SESBLK *sess_cb,
PTR mstream,
i4 msize,
PTR *mresult,
DB_ERROR *err_blk)
{
DB_STATUS status;
ULM_RCB ulm_rcb;
i4 err_code;
ulm_rcb.ulm_facility = DB_PSF_ID;
ulm_rcb.ulm_streamid_p = &mstream;
ulm_rcb.ulm_psize = msize;
ulm_rcb.ulm_memleft = &sess_cb->pss_memleft;
status = ulm_palloc(&ulm_rcb);
if (status != E_DB_OK)
{
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
{
_VOID_ psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR, &err_code,
err_blk, 0);
}
else
{
_VOID_ psf_error(E_PS0A02_BADALLOC, 0L, PSF_INTERR, &err_code,
err_blk, 0);
}
if (ulm_rcb.ulm_error.err_code == E_UL0004_CORRUPT)
status = E_DB_FATAL;
*mresult = NULL;
}
else
{
*mresult = ulm_rcb.ulm_pptr;
}
return (status);
} /* psf_umalloc */
/*{
** Name: opu_memory - get joinop memory
**
** Description:
** This routine will allocate the requested size of memory from the
** joinop memory stream. Memory in this stream is not deallocated
** until the optimization has completed. The allocated memory will
** be aligned for any datatype.
**
** Inputs:
** global ptr to global state variable
** size size of memory block requested.
**
** Outputs:
** Returns:
** PTR to aligned memory of "size" bytes
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 16-jun-86 (seputis)
** initial creation
** 4-mar-91 (seputis)
** make initialization of memory an xDEBUG feature
** 11-oct-2006 (hayke02)
** Send E_OP0002_NOMEMORY to errlog.log. This change fixes bug 116309.
** 5-oct-2007 (dougi)
** Accumulate memory acquisition stats.
*/
PTR
opu_memory(
OPS_STATE *global,
i4 size)
{
DB_STATUS ulmstatus; /* return status from ULM */
global->ops_mstate.ops_countalloc++;
if (size >= 2048)
global->ops_mstate.ops_count2kalloc++;
global->ops_mstate.ops_totalloc += size;
global->ops_mstate.ops_ulmrcb.ulm_streamid_p = &global->ops_mstate.ops_streamid; /* allocate memory
** from the global stream */
global->ops_mstate.ops_ulmrcb.ulm_psize = size; /* size of request */
ulmstatus = ulm_palloc( &global->ops_mstate.ops_ulmrcb );
if (DB_FAILURE_MACRO(ulmstatus))
{
if (global->ops_mstate.ops_ulmrcb.ulm_error.err_code == E_UL0005_NOMEM)
{
opx_lerror(E_OP0002_NOMEMORY, 0, 0, 0, 0, 0);
opx_error( E_OP0002_NOMEMORY); /* out of memory */
}
#ifdef E_OP0093_ULM_ERROR
else
opx_verror( ulmstatus, E_OP0093_ULM_ERROR,
global->ops_mstate.ops_ulmrcb.ulm_error.err_code); /* check for error */
#endif
}
#ifdef xDEBUG
MEfill( size, (u_char)247, (PTR)global->ops_mstate.ops_ulmrcb.ulm_pptr); /*FIXME
** remove this initialization after
** test for uninitialized memory
** is not required any more */
#endif
return( global->ops_mstate.ops_ulmrcb.ulm_pptr ); /* return the allocated
** memory */
}
/*
** Name: sxapo_bgn_ses - register a session with the auditing system
**
** Description:
** This routine is called at session startup time to initialize the
** audit specific data structures associated with a session. It should
** be called only once for each session.
**
** The only session specific data structure need for the operating system
** audit log version of auditing is the record identifier that keeps
** count of the number of records written since the last flush for this
** session.
**
** Inputs:
** scb SXF session control block
**
** Outputs:
** err_code Error code returned to the caller
**
** Returns:
** DB_STATUS
**
** History:
** 1-dec-93 (stephenb)
** Initial creation.
**
*/
DB_STATUS
sxapo_bgn_ses (
SXF_SCB *scb,
i4 *err_code)
{
ULM_RCB ulm_rcb;
DB_STATUS status;
i4 local_err;
*err_code = E_SX0000_OK;
ulm_rcb.ulm_facility = DB_SXF_ID;
ulm_rcb.ulm_streamid_p = &scb->sxf_scb_mem;
ulm_rcb.ulm_psize = sizeof (SXAPO_RECID);
ulm_rcb.ulm_memleft = &Sxf_svcb->sxf_pool_sz;
status = ulm_palloc(&ulm_rcb);
if (status != E_DB_OK)
{
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
*err_code = E_SX106B_MEMORY_ERROR;
else
*err_code = E_SX106B_MEMORY_ERROR;
_VOID_ ule_format(ulm_rcb.ulm_error.err_code, NULL, ULE_LOG,
NULL, NULL, 0L, NULL, &local_err, 0);
}
else
scb->sxf_sxap_scb = ulm_rcb.ulm_pptr;
/* handle errors */
if (*err_code != E_SX0000_OK)
{
_VOID_ ule_format(*err_code, NULL, ULE_LOG, NULL, NULL,
0L, NULL, &local_err, 0);
*err_code = E_SX101D_SXAP_BGN_SESSION;
status = E_DB_ERROR;
}
return(status);
}
/*
** Name: sxapo_startup - startup the low level auditing system
**
** Description:
**
** This routine initializes the operating system audit log version of
** the SXAP auditing system. It should
** be called once at SXF startup time. Its purpose is to allocate
** and initialize the resources needed for the running of the low level
** auditing system.
**
** This routine also initializes the vector used to access all other
** SXAP routines, all these routines must be called using this vector.
**
** Inputs:
** None.
**
** Outputs:
** rscb RSCB for the current write audit file.
** err_code Error code returned to the caller.
**
** Returns:
** DB_STATUS
**
** History:
** 2-dec-93 (stephenb)
** first written.
** 4-jan-94 (stephenb)
** Add sxapo_alter entry point to the sxap vector.
*/
DB_STATUS
sxapo_startup(
SXF_RSCB *rscb,
i4 *err_code)
{
DB_STATUS status = E_DB_OK;
i4 local_err;
SXAPO_RSCB *rs;
ULM_RCB ulm_rcb;
SXAP_VECTOR *v;
bool file_open = FALSE;
*err_code = E_SX0000_OK;
for (;;)
{
/* Build the SXAP main control block */
ulm_rcb.ulm_facility = DB_SXF_ID;
ulm_rcb.ulm_streamid_p = &Sxf_svcb->sxf_svcb_mem;
ulm_rcb.ulm_psize = sizeof (SXAPO_CB);
ulm_rcb.ulm_memleft = &Sxf_svcb->sxf_pool_sz;
status = ulm_palloc(&ulm_rcb);
if (status != E_DB_OK)
{
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
*err_code = E_SX1002_NO_MEMORY;
else
*err_code = E_SX106B_MEMORY_ERROR;
_VOID_ ule_format(ulm_rcb.ulm_error.err_code, NULL,
ULE_LOG, NULL, NULL, 0L, NULL, &local_err, 0);
break;
}
Sxapo_cb = (SXAPO_CB *) ulm_rcb.ulm_pptr;
Sxapo_cb->sxapo_curr_rscb = NULL;
/* Build and initialize the SXAP call vector */
ulm_rcb.ulm_psize = sizeof (SXAP_VECTOR);
status = ulm_palloc(&ulm_rcb);
if (status != E_DB_OK)
{
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
*err_code = E_SX1002_NO_MEMORY;
else
*err_code = E_SX106B_MEMORY_ERROR;
_VOID_ ule_format(ulm_rcb.ulm_error.err_code, NULL, ULE_LOG,
NULL, NULL, 0L, NULL, &local_err, 0);
_VOID_ ule_format(*err_code, NULL, ULE_LOG,
NULL, NULL, 0L, NULL, &local_err, 0);
break;
}
Sxap_vector = (SXAP_VECTOR *) ulm_rcb.ulm_pptr;
v = Sxap_vector;
v->sxap_init = sxapo_startup;
v->sxap_term = sxapo_shutdown;
v->sxap_begin = sxapo_bgn_ses;
v->sxap_end = sxapo_end_ses;
v->sxap_open = sxapo_open;
v->sxap_close = sxapo_close;
v->sxap_pos = sxapo_position;
v->sxap_read = sxapo_read;
v->sxap_write = sxapo_write;
v->sxap_flush = sxapo_flush;
v->sxap_show = sxapo_show;
v->sxap_alter = sxapo_alter;
/* Initialize the audit file configuration data */
status = sxapo_init_cnf(&local_err);
if (status != E_DB_OK)
{
*err_code = local_err;
_VOID_ ule_format(*err_code, NULL, ULE_LOG,
NULL, NULL, 0L, NULL, &local_err, 0);
break;
}
/*
** Open the audit file for writing.
*/
status = sxapo_open( NULL, SXF_WRITE, rscb, NULL, NULL, &local_err);
if (status != E_DB_OK)
{
*err_code = local_err;
_VOID_ ule_format(*err_code, NULL, ULE_LOG,
NULL, NULL, 0L, NULL, &local_err, 0);
break;
}
file_open = TRUE;
rs = (SXAPO_RSCB *) rscb->sxf_sxap;
Sxapo_cb->sxapo_curr_rscb = rs;
Sxapo_cb->sxapo_status |= SXAPO_ACTIVE;
break;
}
/* Cleanup after any errors */
if (*err_code != E_SX0000_OK)
{
if (file_open)
_VOID_ sxapo_close(rscb, &local_err);
*err_code = E_SX101A_SXAP_STARTUP;
/*
** Errors during startup of the auditing system are
** considered to be severe errors.
*/
status = E_DB_SEVERE;
}
return (status);
}
/*{
** Name: PSQ_TCNVT - convert db_data_value to text form
**
** Description:
** This routine takes any user supplied db_data_value and converts
** it to the value's textual representation. This is required for the
** iiqrytext catalog. It is assumed that all datavalues can be written
** into a character representation.
**
** Inputs:
** sess_cb session control block
** .pss_adfcb adf session control block for output
** arguments.
** header Pointer to chain header
** dbval db_data_value
** result Place to put pointer to new piece
** err_blk Filled in if an error happens
**
** Outputs:
** result Filled in with pointer to chain element
** err_blk Filled in if an error happens
** Returns:
** E_DB_OK Success
** E_DB_ERROR Non-catastrophic failure
** E_DB_FATAL Catastrophic failure
** Exceptions:
** none
**
** Side Effects:
** Allocates memory
**
** History:
** 29-jun-87 (daved)
** written
** 28-jan-91 (andre)
** fix bug 35446: size of a new piece should include quotes, if they
** were added.
** 18-nov-91 (rog)
** Fixed bug 40869, et alia: the above fix missed adding the quotes
** to the total size and not just the piece size.
** 23-Sep-2009 (kiria01) b122578
** Initialise the ADF_FN_BLK .adf_fi_desc and adf_dv_n members.
** 19-Aug-2010 (kschendel) b124282
** Make sure fi-desc is always set to something.
*/
DB_STATUS
psq_tcnvt(
PSS_SESBLK *sess_cb,
PTR header,
DB_DATA_VALUE *dbval,
PTR *result,
DB_ERROR *err_blk)
{
PSQ_THEAD *hp;
PSQ_TEXT *tp;
i4 err_code;
DB_STATUS status;
ADF_CB *adf_cb;
ADF_FN_BLK adffn;
i4 dv_size;
i4 count;
char *cptr;
char *quote_char;
DB_TEXT_STRING *string;
ADI_DT_NAME dt_fname;
ADI_DT_NAME dt_tname;
char f4_style;
char f8_style;
i4 f4_width;
i4 f8_width;
i4 f4_prec;
i4 f8_prec;
i4 totype;
i4 is_string;
hp = (PSQ_THEAD *) header;
adf_cb = (ADF_CB *) sess_cb->pss_adfcb;
status = E_DB_OK;
totype = (DB_DT_ID) DB_LTXT_TYPE;
adffn.adf_r_dv.db_datatype = totype;
if (dbval->db_datatype == totype)
dv_size = dbval->db_length;
else
dv_size = 0;
/* JRBCMT -- PSF is not allowed to know this!! First of all, date is */
/* missing from the list below and decimal will soon need to be on it. */
/* But also, we need to fix this code so that it doesn't make */
/* assumptions about what types exist. I think the proper approach is */
/* to quote all non-intrinsic types, but this should be investigated. */
/* are we dealing with a string type (incoming). */
if (abs(dbval->db_datatype) == DB_INT_TYPE ||
abs(dbval->db_datatype) == DB_FLT_TYPE ||
abs(dbval->db_datatype) == DB_MNY_TYPE ||
abs(dbval->db_datatype) == DB_BOO_TYPE)
{
is_string = FALSE;
quote_char = (char *) NULL;
}
else
{
is_string = TRUE;
quote_char = (sess_cb->pss_lang == DB_SQL) ? "\'" : "\"";
}
/* set the floating point conversion display */
f4_style = adf_cb->adf_outarg.ad_f4style;
f8_style = adf_cb->adf_outarg.ad_f8style;
f4_width = adf_cb->adf_outarg.ad_f4width;
f8_width = adf_cb->adf_outarg.ad_f8width;
f4_prec = adf_cb->adf_outarg.ad_f4prec;
f8_prec = adf_cb->adf_outarg.ad_f8prec;
adf_cb->adf_outarg.ad_f4style = 'n';
adf_cb->adf_outarg.ad_f8style = 'n';
adf_cb->adf_outarg.ad_f4width = 20;
adf_cb->adf_outarg.ad_f8width = 20;
adf_cb->adf_outarg.ad_f4prec = 10;
adf_cb->adf_outarg.ad_f8prec = 10;
/* get the function instance id for this conversion */
status = adi_ficoerce(adf_cb, dbval->db_datatype, totype, &adffn.adf_fi_id);
if (status != E_DB_OK)
{
goto exit;
}
/* determine the result size. */
status = adi_fidesc(adf_cb, adffn.adf_fi_id, &adffn.adf_fi_desc);
if (status != E_DB_OK)
{
goto exit;
}
if (!dv_size)
{
/* Now lets fill in the datatype length info and allocate space for the
** data.
*/
status = adi_0calclen(adf_cb, &adffn.adf_fi_desc->adi_lenspec, 1, &dbval,
&adffn.adf_r_dv);
dv_size = adffn.adf_r_dv.db_length;
if (status != E_DB_OK)
{
goto exit;
}
}
/* if string, add room for quotes */
if (is_string)
dv_size += 2 * CMbytecnt(quote_char);
/* Allocate enough space for PSQ_TEXT structure containing piece */
hp->psq_tmem.ulm_psize = dv_size + sizeof(PSQ_TEXT) - 1;
status = ulm_palloc(&hp->psq_tmem);
if (status != E_DB_OK)
{
if (hp->psq_tmem.ulm_error.err_code == E_UL0005_NOMEM)
{
psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, err_blk, 0);
}
else
(VOID) psf_error(E_PS0371_ALLOC_TEXT_CHAIN,
hp->psq_tmem.ulm_error.err_code, PSF_INTERR,
&err_code, err_blk, 0);
return (status);
}
*result = hp->psq_tmem.ulm_pptr;
tp = (PSQ_TEXT*) *result;
string = (DB_TEXT_STRING*) tp->psq_tval;
/* Fill in text piece */
adffn.adf_r_dv.db_length = dv_size;
adffn.adf_r_dv.db_data = (PTR) string;
adffn.adf_dv_n = 1;
STRUCT_ASSIGN_MACRO(*dbval, adffn.adf_1_dv);
adffn.adf_pat_flags = AD_PAT_DOESNT_APPLY;
if ((status = adf_func(adf_cb, &adffn)) != E_DB_OK)
{
goto exit;
}
/* CAUTION: entering tricky code.
** string is a variable containing a text datatype. We want to convert
** to a C datatype. We also want to add quote characters if the datatype
** was a string type. We grab the count from the string variable first.
** we can then use the 2 byte count for character data.
*/
count = string->db_t_count;
cptr = (char *) string;
if (is_string)
{
/*
** for strings, copy the opening quote (" or ', depending on language)
*/
CMcpychar(quote_char, cptr);
cptr += CMbytecnt(quote_char);
}
MEcopy((PTR) string->db_t_text, count, (PTR) cptr);
cptr += count;
if (is_string)
{
/*
** for strings, copy the closing quote (" or ', depending on language)
*/
CMcpychar(quote_char, cptr);
}
/* if storing a string, do not forget to account for quotes (bug 35446) */
tp->psq_psize = (is_string) ? count + 2 * CMbytecnt(quote_char) : count;
/* Hook it up to the chain */
tp->psq_next = (PSQ_TEXT *) NULL;
if (hp->psq_last != (PSQ_TEXT *) NULL)
{
hp->psq_last->psq_next = tp;
tp->psq_prev = hp->psq_last;
}
else
{
tp->psq_prev = NULL;
}
hp->psq_last = tp;
if (hp->psq_first == (PSQ_TEXT *) NULL)
hp->psq_first = tp;
/* Add in the length to the total for the chain */
hp->psq_tsize += tp->psq_psize;
exit:
/* set the floating point conversion display */
adf_cb->adf_outarg.ad_f4style = f4_style;
adf_cb->adf_outarg.ad_f8style = f8_style;
adf_cb->adf_outarg.ad_f4width = f4_width;
adf_cb->adf_outarg.ad_f8width = f8_width;
adf_cb->adf_outarg.ad_f4prec = f4_prec;
adf_cb->adf_outarg.ad_f8prec = f8_prec;
if (status != E_DB_OK)
{
(VOID) adi_tyname(adf_cb, dbval->db_datatype, &dt_fname);
(VOID) adi_tyname(adf_cb, totype, &dt_tname);
(VOID) psf_error(2911L, 0L, PSF_USERERR,
&err_code, err_blk, 3, sizeof (sess_cb->pss_lineno),
&sess_cb->pss_lineno,
psf_trmwhite(sizeof(dt_fname), (char *) &dt_fname), &dt_fname,
psf_trmwhite(sizeof (dt_tname), (char *) &dt_tname), &dt_tname);
return (E_DB_ERROR);
}
return (status);
}
/*{
** Name: psq_tsubs - Substitute one piece of text for another
**
** Description:
** This function substitutes one piece of query text for another in the
** given text chain. It will try to re-use the current piece before
** allocating another.
**
** Inputs:
** header Pointer to header
** piece Piece we want to substitute for
** newtext Pointer to new piece of text
** size Size of new piece
** newpiece Place to put pointer to new piece
** err_blk Filled in if an error happens
**
** Outputs:
** newpiece Filled in with pointer to new piece
** err_blk Filled in if an error happened
** Returns:
** E_DB_OK Success
** E_DB_ERROR Non-catastrophic error
** E_DB_FATAL Catastrophic error
** Exceptions:
** none
**
** Side Effects:
** Can allocate memory
**
** History:
** 18-jul-86 (jeff)
** written
*/
DB_STATUS
psq_tsubs(
PTR header,
PTR piece,
u_char *newtext,
i4 size,
PTR *newpiece,
DB_ERROR *err_blk)
{
PSQ_THEAD *hp = (PSQ_THEAD *) header;
PSQ_TEXT *tp = (PSQ_TEXT *) piece;
PSQ_TEXT *np;
DB_STATUS status;
i4 err_code;
i4 oldsize;
/* Remember the size of the original piece */
oldsize = tp->psq_psize;
/* If there isn't enough room in the current piece, allocate another one */
if (tp->psq_psize < size)
{
/* Allocate enough for PSQ_TEXT struct with size bytes of text */
hp->psq_tmem.ulm_psize = size + sizeof(PSQ_TEXT) - 1;
status = ulm_palloc(&hp->psq_tmem);
if (status != E_DB_OK)
{
if (hp->psq_tmem.ulm_error.err_code == E_UL0005_NOMEM)
{
psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, err_blk, 0);
}
else
(VOID) psf_error(E_PS0371_ALLOC_TEXT_CHAIN,
hp->psq_tmem.ulm_error.err_code,
PSF_INTERR,&err_code, err_blk, 0);
return (status);
}
np = (PSQ_TEXT*) hp->psq_tmem.ulm_pptr;
/* Hook up the new piece into the chain */
if (np->psq_prev = tp->psq_prev)
{
np->psq_prev->psq_next = np;
}
if (np->psq_next = tp->psq_next)
{
np->psq_next->psq_prev = np;
}
if (hp->psq_first == tp)
hp->psq_first = np;
if (hp->psq_last == tp)
hp->psq_last = np;
tp = np;
}
/* Copy the new text into the piece and set the size */
MEcopy((char *) newtext, size, (char *) tp->psq_tval);
tp->psq_psize = size;
/* Adjust the total size of the chain */
hp->psq_tsize -= oldsize - size;
/* Give the caller a pointer to the new piece */
*newpiece = (PTR) tp;
return (E_DB_OK);
}
/*{
** Name: psq_rptqry_text - add a piece of text to the text chain for a repeat
** query
**
** Description: Add a piece of text to the text chain for a repeat query. It is
** imperative that text of all repeat queries be stored in a
** uniform fashion so that comparing two stored query texts would
** serve as a reliable indicator of their sameness. Each piece
** will be preceeded with a blank except for a PERIOD. Neither the
** piece consisting of PERIOD nor the following piece will be
** preceeded with a blank.
**
** Inputs:
** header Pointer to chain header
** piece Pointer to piece of text
** size Size of piece
** result Place to put pointer to new piece
** err_blk Filled in if an error happens
**
** Outputs:
** result Filled in with pointer to chain element
** err_blk Filled in if an error happens
** Returns:
** E_DB_OK Success
** E_DB_ERROR Non-catastrophic failure
** E_DB_FATAL Catastrophic failure
** Exceptions:
** none
**
** Side Effects:
** Allocates memory
**
** History:
** 24-jan-90 (andre)
** Plagiarized from psq_tadd().
** 28-jan-91 (andre)
** Do not insert a space if a piece is immediately following a piece
** consisting of a $.
*/
DB_STATUS
psq_rptqry_text(
PTR header,
u_char *piece,
i4 size,
PTR *result,
DB_ERROR *err_blk)
{
PSQ_THEAD *hp = (PSQ_THEAD *) header;
PSQ_TEXT *tp;
i4 err_code;
bool leading_blank;
char *txt;
DB_STATUS status;
/*
** Allocate enough space for PSQ_TEXT structure containing piece:
** all pieces will be preceeded with a blank with the following exceptions:
** - piece consisting of PERIOD will not be preceeeded with a blank;
** - piece which immediately follows a piece consisting of PERIOD;
** - piece starting with a "white" character will not be preceeded with a
** blank;
** - piece which immediately follows a piece consisting of $ (preceeded by
** a blank which was inserted by this function)
*/
if ( size == CMbytecnt(".") && !CMcmpcase(piece, ".")
|| CMwhite(piece))
{
/*
** piece consists of a period or starts with a "white" character - no
** leading blanks will be added
*/
leading_blank = FALSE;
}
else if ( hp->psq_last != (PSQ_TEXT *) NULL
&& (( hp->psq_last->psq_psize == CMbytecnt(".")
&& !CMcmpcase(hp->psq_last->psq_tval, ".")
)
||
( hp->psq_last->psq_psize == CMbytecnt(" ") + CMbytecnt("$")
&& !CMcmpcase(hp->psq_last->psq_tval, " ")
&& !CMcmpcase((hp->psq_last->psq_tval + CMbytecnt(" ")), "$")
)
)
)
{
/*
** previous piece consists of a period or of a $ preceeded by a blank
** inserted by this function - no leading blanks will be added
*/
leading_blank = FALSE;
}
else
{
/* insert a blank before the piece */
leading_blank = TRUE;
}
hp->psq_tmem.ulm_psize = (leading_blank)
? size + sizeof(PSQ_TEXT) - 1 + CMbytecnt(" ")
: size + sizeof(PSQ_TEXT) - 1;
if ((status = ulm_palloc(&hp->psq_tmem)) != E_DB_OK)
{
if (hp->psq_tmem.ulm_error.err_code == E_UL0005_NOMEM)
{
(VOID) psf_error(E_PS0F02_MEMORY_FULL, 0L, PSF_CALLERR,
&err_code, err_blk, 0);
}
else
{
(VOID) psf_error(E_PS0371_ALLOC_TEXT_CHAIN,
hp->psq_tmem.ulm_error.err_code, PSF_INTERR, &err_code, err_blk,
0);
}
return (status);
}
*result = hp->psq_tmem.ulm_pptr;
tp = (PSQ_TEXT*) *result;
/* Fill in text piece */
txt = (char *) tp->psq_tval;
/* insert a leading blank if necessary */
if (leading_blank)
{
CMcpychar(" ", txt);
txt += CMbytecnt(" ");
}
MEcopy((char *) piece, size, txt);
tp->psq_psize = (leading_blank) ? size + CMbytecnt(" ") : size;
/* Hook it up to the chain */
tp->psq_next = (PSQ_TEXT *) NULL;
if (hp->psq_last != (PSQ_TEXT *) NULL)
{
hp->psq_last->psq_next = tp;
tp->psq_prev = hp->psq_last;
}
else
{
tp->psq_prev = NULL;
}
hp->psq_last = tp;
if (hp->psq_first == (PSQ_TEXT *) NULL)
hp->psq_first = tp;
/* Add in the length to the total for the chain */
hp->psq_tsize += tp->psq_psize;
return (E_DB_OK);
}
/*{
** Name: gwi_map_idx_rel - create a tuple entry in the iigwX_relation
** table for this gateway secondary index
**
** Description:
** This function creates a tuple in the extended relation catalog for this
** gateway secondary index. The tuple is identical to that for its base
** table, except that it has a non-zero xreltidx field.
**
** Inputs:
** gw_rcb-> gateway request control block
** gwr_tab_id table id for this secondary index
** dmt_cb DMF table request control block, passed in from
** parent routine to avoid re-allocating
** dmr_cb DMF record request control block passed in from
** parent routine to avoid re-allocating
** ulm_rcb memory request control block, passed in from
** parent routine as it is in the same stream, we
** want to deallocate all related memory from there
**
** Output:
** gw_rcb->
** error.err_code One of the following error numbers.
** E_GW0600_NO_MEM
**
** Returns:
** E_DB_OK Function completed normally.
** E_DB_ERROR Function completed abnormally with
** error.err_code.
** History:
** 24-sep-90 (linda)
** Created.
** 07-oct-92 (robf)
** If we can't find the base tuple, don't try to save an (incorrect)
** index tuple.
** Look up the base tuple, not index tuple, from relation (the
** index tuple doesn't exist yet, so we wouldn't expect to find it)
** If opening the iigwXX_relation catalog fails, break rather
** than trying to access an unopened table.
** Save errors on return so higher level knows what happened.
** (symptom was spurious ULEFORMAT errors on error #0)
** 8-oct-92 (daveb)
** prototyped. Cast db_id arg to gwu_copen. It's a PTR.
** removed dead var gwx.
*/
static
DB_STATUS
gwi_map_idx_rel( GW_RCB *gw_rcb,
DMT_CB *dmt,
DMR_CB *dmr,
ULM_RCB *ulm_rcb )
{
GW_SESSION *session = (GW_SESSION *)gw_rcb->gwr_session_id;
DB_TAB_ID base_tab_id;
DB_TAB_ID *tab_id;
i4 gw_id = gw_rcb->gwr_gw_id;
i4 xrel_sz = Gwf_facility->gwf_gw_info[gw_id].gwf_xrel_sz;
DB_STATUS status = E_DB_OK;
DB_STATUS ret_code=E_DB_OK;
DMR_ATTR_ENTRY attkey[2];
DMR_ATTR_ENTRY *attkey_ptr[2];
DB_ERROR err;
for (;;) /* just to break out of on error... */
{
/*
** First create the iigwXX_relation row buffer
*/
ulm_rcb->ulm_psize = xrel_sz;
if ((status = ulm_palloc(ulm_rcb)) != E_DB_OK)
{
gwf_error(ulm_rcb->ulm_error.err_code, GWF_INTERR, 0);
gwf_error(E_GW0314_ULM_PALLOC_ERROR, GWF_INTERR, 4,
sizeof(*ulm_rcb->ulm_memleft),
ulm_rcb->ulm_memleft,
sizeof(ulm_rcb->ulm_sizepool),
&ulm_rcb->ulm_sizepool,
sizeof(ulm_rcb->ulm_blocksize),
&ulm_rcb->ulm_blocksize,
sizeof(ulm_rcb->ulm_psize),
&ulm_rcb->ulm_psize);
if (ulm_rcb->ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code = E_GW021D_GWU_MAP_IDX_REL_ERROR;
break;
}
dmr->dmr_data.data_in_size = xrel_sz;
dmr->dmr_data.data_address = ulm_rcb->ulm_pptr;
/*
** NOTE we are looking for the base table entry.
*/
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, base_tab_id);
base_tab_id.db_tab_index = 0;
/* position to get if this is a DMT_A_READ */
attkey[0].attr_number = 1;
attkey[0].attr_operator = DMR_OP_EQ;
attkey[0].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_base;
attkey[1].attr_number = 2;
attkey[1].attr_operator = DMR_OP_EQ;
/*
attkey[1].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_index;
*/
attkey[1].attr_value = (char*) &base_tab_id.db_tab_index;
attkey_ptr[0] = &attkey[0];
attkey_ptr[1] = &attkey[1];
dmr->type = DMR_RECORD_CB;
dmr->length = sizeof(DMR_CB);
dmr->dmr_flags_mask = 0;
dmr->dmr_position_type = DMR_QUAL;
dmr->dmr_attr_desc.ptr_in_count = 2;
dmr->dmr_attr_desc.ptr_size = sizeof(DMR_ATTR_ENTRY);
dmr->dmr_attr_desc.ptr_address = (PTR)&attkey_ptr[0];
dmr->dmr_access_id = dmt->dmt_record_access_id;
dmr->dmr_q_fcn = NULL;
/* get extended relation catalog info - iigwX_relation */
if ((status = gwu_copen(dmt, dmr, session->gws_scf_session_id,
(PTR)gw_rcb->gwr_database_id, gw_id, gw_rcb->gwr_xact_id,
&gw_rcb->gwr_tab_id,
&session->gws_gw_info[gw_id].gws_xrel_tab_name,
DMT_A_WRITE, TRUE, &err))
!= E_DB_OK)
{
switch (dmt->error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(err.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW021D_GWU_MAP_IDX_REL_ERROR;
break;
}
break;
}
dmr->dmr_flags_mask = DMR_NEXT;
tab_id = (DB_TAB_ID *)dmr->dmr_data.data_address;
STRUCT_ASSIGN_MACRO(base_tab_id, *tab_id);
dmr->dmr_char_array.data_address = 0;
/* search for the right tuple */
do
{
status = (*Dmf_cptr)(DMR_GET, dmr);
} while (status == E_DB_OK
&&
MEcmp((PTR)dmr->dmr_data.data_address,
(PTR)&base_tab_id,
sizeof(DB_TAB_ID)));
if (status != E_DB_OK) /* cannot get table info */
{
switch (dmt->error.err_code)
{
case E_DM0042_DEADLOCK:
err.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr->error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0321_DMR_GET_ERROR, GWF_INTERR, 2,
(i4)4, (PTR)&gw_rcb->gwr_tab_id.db_tab_base,
(i4)4, (PTR)&gw_rcb->gwr_tab_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW021D_GWU_MAP_IDX_REL_ERROR;
break;
}
}
/*
** Only save the index tuple if we found base tuple
*/
if (status == E_DB_OK)
{
/*
** Now that we've found the tuple for the base table,
** update it to be that of the index. This code assumes that
** the tab_id fields are the first fields in the extended
** relation catalog.
*/
tab_id = (DB_TAB_ID *)dmr->dmr_data.data_address;
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, *tab_id);
/* put the iigwX_relation tuple */
/*
** Initialize the DMR control block with the information
** required for an insert.
*/
dmr->type = DMR_RECORD_CB;
dmr->length = sizeof(*dmr);
dmr->dmr_data.data_in_size = xrel_sz;
if ((status = (*Dmf_cptr)(DMR_PUT, dmr)) != E_DB_OK)
{
switch (dmt->error.err_code)
{
case E_DM0042_DEADLOCK:
err.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
/***note need args here to specify which catalog***/
gwf_error(dmr->error.err_code, GWF_INTERR, 0);
gwf_error(E_GW0320_DMR_PUT_ERROR, GWF_INTERR, 2,
sizeof(gw_rcb->gwr_tab_id.db_tab_base),
&gw_rcb->gwr_tab_id.db_tab_base,
sizeof(gw_rcb->gwr_tab_id.db_tab_index),
&gw_rcb->gwr_tab_id.db_tab_index);
gwf_error(E_GW0623_XCAT_PUT_FAILED, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW021D_GWU_MAP_IDX_REL_ERROR;
break;
}
}
}
/*
** Preserve previous status in case of earlier error and
** OK close loosing error status.
*/
ret_code=status;
if ((status = (*Dmf_cptr)(DMT_CLOSE, dmt)) != E_DB_OK)
{
switch (dmt->error.err_code)
{
case E_DM0042_DEADLOCK:
err.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmt->error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0325_DMT_CLOSE_ERROR, GWF_INTERR, 2,
sizeof(dmt->dmt_id.db_tab_base),
&dmt->dmt_id.db_tab_base,
sizeof(dmt->dmt_id.db_tab_index),
&dmt->dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW021D_GWU_MAP_IDX_REL_ERROR;
break;
}
}
/*
** Restore any failure from before
*/
if (status==E_DB_OK)
status=ret_code;
break;
}
return(status);
}
/*{
** Name: gwi_remove - remove a gateway index
**
** Description:
** This function removes extended gateway index catalog information. A
** DMF external interface is used to update, namely delete, the extended
** gateway index catalog, iigwX_index. This request must be made before
** gateway index removal can be considered complete.
**
** The GWF tcb cache for the base table is discarded since it is no longer
** current.
**
** Inputs:
** gw_rcb-> gateway request control block
** session_id an established session id
** dmu->
** dmu_db_id database id
** dmu_tran_id transaction id
** dmu_tbl_id base table id
** dmu_idx_id INGRES index id
** gw_id gateway id, derived from DBMS type
**
** Output:
** gw_rcb->
** error.err_code One of the following error numbers.
** E_GW0600_NO_MEM
** E_GW0400_BAD_GWID
** E_GW0006_XIDX_OPEN_FAILED
** Returns:
** E_DB_OK Function completed normally.
** E_DB_ERROR Function completed abnormally with
** error.err_code.
** History:
** 28-Apr-1989 (alexh)
** Created.
** 2-apr-90 (bryanp)
** If this gateway has no extended system catalogs, nothing to do.
** 09-apr-90 (linda)
** Added error handling, single return point.
** 18-apr-90 (bryanp)
** Return E_GW0600_NO_MEM when out of ULM memory.
** 28-mar-91 (linda)
** Fixed 2 problems: (a) error on tuple delete from dmf was logged
** but did not cause this routine to return a bad status; (b) call to
** DMR_DELETE required DMR_CURRENT_POS in flags mask.
** 7-oct-92 (daveb)
** prototyped. Cast arg to gwu_copen (db_id is PTR).
*/
DB_STATUS
gwi_remove(GW_RCB *gw_rcb)
{
GW_SESSION *session = (GW_SESSION *)gw_rcb->gwr_session_id;
DMT_CB dmt;
DMR_CB dmr;
ULM_RCB ulm_rcb;
DM_DATA xidx_buff;
i4 gw_id = gw_rcb->gwr_gw_id;
i4 xidx_sz = Gwf_facility->gwf_gw_info[gw_id].gwf_xidx_sz;
DMR_ATTR_ENTRY attkey[2];
DMR_ATTR_ENTRY *attkey_ptr[2];
DB_TAB_ID sav_idx_id;
DB_ERROR err;
DB_STATUS status;
DB_STATUS sav_status;
for (;;)
{
if ((gw_id <= 0) || (gw_id >= GW_GW_COUNT) ||
(Gwf_facility->gwf_gw_info[gw_id].gwf_gw_exist == 0))
{
(VOID) gwf_error(E_GW0400_BAD_GWID, (i4)0, GWF_INTERR, 1,
sizeof(gw_rcb->gwr_gw_id), &gw_rcb->gwr_gw_id);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
status = E_DB_ERROR;
break;
}
if (xidx_sz == 0)
{
status = E_DB_OK;
break;
}
/* copy ulm_rcb */
STRUCT_ASSIGN_MACRO(session->gws_ulm_rcb, ulm_rcb);
xidx_buff.data_in_size = xidx_sz;
ulm_rcb.ulm_blocksize = xidx_buff.data_in_size;
/* allocate a iigwX_index buffer from a temporary memory stream */
if ((status = ulm_openstream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0312_ULM_OPENSTREAM_ERROR, GWF_INTERR, 3,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft,
sizeof(ulm_rcb.ulm_sizepool),
&ulm_rcb.ulm_sizepool,
sizeof(ulm_rcb.ulm_blocksize),
&ulm_rcb.ulm_blocksize);
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
ulm_rcb.ulm_psize = ulm_rcb.ulm_blocksize;
if ((status = ulm_palloc(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0314_ULM_PALLOC_ERROR, GWF_INTERR, 4,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft,
sizeof(ulm_rcb.ulm_sizepool),
&ulm_rcb.ulm_sizepool,
sizeof(ulm_rcb.ulm_blocksize),
&ulm_rcb.ulm_blocksize,
sizeof(ulm_rcb.ulm_psize),
&ulm_rcb.ulm_psize);
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
if ((status = ulm_closestream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0313_ULM_CLOSESTREAM_ERROR, GWF_INTERR, 1,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft);
}
status = E_DB_ERROR; /* reset after closestream call */
break;
}
xidx_buff.data_address = ulm_rcb.ulm_pptr;
/* initialize dmt_sequence */
dmt.dmt_sequence = gw_rcb->gwr_gw_sequence;
/* set up position for iigwXX_index catalog*/
attkey[0].attr_number = 1;
attkey[0].attr_operator = DMR_OP_EQ;
attkey[0].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_base;
attkey[1].attr_number = 2;
attkey[1].attr_operator = DMR_OP_EQ;
attkey[1].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_index;
attkey_ptr[0] = &attkey[0];
attkey_ptr[1] = &attkey[1];
dmr.type = DMR_RECORD_CB;
dmr.length = sizeof(DMR_CB);
dmr.dmr_flags_mask = 0;
dmr.dmr_position_type = DMR_QUAL;
dmr.dmr_attr_desc.ptr_in_count = 2;
dmr.dmr_attr_desc.ptr_size = sizeof(DMR_ATTR_ENTRY);
dmr.dmr_attr_desc.ptr_address = (PTR)&attkey_ptr[0];
dmr.dmr_access_id = dmt.dmt_record_access_id;
dmr.dmr_q_fcn = NULL;
/* open the iigwX_index catalog */
if ((status = gwu_copen(&dmt, &dmr, session->gws_scf_session_id,
(PTR)gw_rcb->gwr_database_id, gw_id, gw_rcb->gwr_xact_id,
&gw_rcb->gwr_tab_id,
&session->gws_gw_info[gw_id].gws_xidx_tab_name,
DMT_A_WRITE, TRUE, &err)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(err.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
if ((status = ulm_closestream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0313_ULM_CLOSESTREAM_ERROR, GWF_INTERR, 1,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
}
break;
}
dmr.dmr_flags_mask = DMR_NEXT;
STRUCT_ASSIGN_MACRO(xidx_buff, dmr.dmr_data);
dmr.dmr_char_array.data_address = 0;
/*
** Delete the index entry with index and base table id
*/
do
{
status = (*Dmf_cptr)(DMR_GET, &dmr);
}
while (status == E_DB_OK &&
MEcmp((PTR)dmr.dmr_data.data_address,
(PTR)&gw_rcb->gwr_tab_id,
sizeof(DB_TAB_ID))
);
if (status == E_DB_OK)
{
dmr.dmr_flags_mask |= DMR_CURRENT_POS;
if ((status = (*Dmf_cptr)(DMR_DELETE, &dmr)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0322_DMR_DELETE_ERROR, GWF_INTERR,
2, sizeof(gw_rcb->gwr_tab_id.db_tab_base),
&gw_rcb->gwr_tab_id.db_tab_base,
sizeof(gw_rcb->gwr_tab_id.db_tab_index),
&gw_rcb->gwr_tab_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
if (dmt.error.err_code == E_DM0042_DEADLOCK)
break;
/* (Else no break; we still want to close index catalog.) */
}
}
else /* status != E_DB_OK */
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0321_DMR_GET_ERROR, GWF_INTERR, 2,
sizeof(gw_rcb->gwr_tab_id.db_tab_base),
&gw_rcb->gwr_tab_id.db_tab_base,
sizeof(gw_rcb->gwr_tab_id.db_tab_index),
&gw_rcb->gwr_tab_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
if (dmt.error.err_code == E_DM0042_DEADLOCK)
break;
/* (Else no break; we still want to close index catalog.) */
}
sav_status = status; /* in case of non-deadlock error above */
if ((status = (*Dmf_cptr)(DMT_CLOSE, &dmt)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmt.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0325_DMT_CLOSE_ERROR, GWF_INTERR, 2,
sizeof(dmt.dmt_id.db_tab_base),
&dmt.dmt_id.db_tab_base,
sizeof(dmt.dmt_id.db_tab_index),
&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
}
/*
** delete tcb from GWF cache since its index info cannot be current.
*/
/*
** First save index's tab_id, set base to 0 for call.
*/
_VOID_ MEcopy((PTR)&gw_rcb->gwr_tab_id, sizeof(DB_TAB_ID),
(PTR)&sav_idx_id);
gw_rcb->gwr_tab_id.db_tab_index = 0;
if ((status = gwu_deltcb(gw_rcb, GWU_TCB_OPTIONAL, &err)) != E_DB_OK)
{
(VOID) gwf_error(err.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
_VOID_ MEcopy((PTR)&sav_idx_id, sizeof(DB_TAB_ID),
(PTR)&gw_rcb->gwr_tab_id);
break;
}
_VOID_ MEcopy((PTR)&sav_idx_id, sizeof(DB_TAB_ID),
(PTR)&gw_rcb->gwr_tab_id);
if ((status = ulm_closestream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0313_ULM_CLOSESTREAM_ERROR, GWF_INTERR, 1,
sizeof(ulm_rcb.ulm_error.err_code),
&ulm_rcb.ulm_error.err_code);
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
break;
}
/*
** If we get here, things went okay after the tuple delete. Recheck
** status from that call.
*/
if (sav_status == E_DB_OK)
{
gw_rcb->gwr_error.err_code = E_DB_OK;
}
else
{
status = sav_status;
gw_rcb->gwr_error.err_code = E_GW0209_GWI_REMOVE_ERROR;
}
break;
}
return(status);
}
/*
** Name: gwi_register - register a gateway index
**
** Description:
** This function registers extended gateway index catalog information. A
** DMF external interface is used to update, namely put, the extended
** gateway catalog, iigwX_index. This request must be made before
** gateway index registration can be considered complete.
**
** The GWF tcb cache for the base table is discarded since it is no longer
** current.
**
** Inputs:
** gw_rcb-> gateway request control block
** session_id an established session id
** dmu->
** dmu_db_id database id
** dmu_tran_id transaction id
** dmu_tbl_id base table id
** dmu_idx_id INGRES index id
** gw_id gateway id, derived from DBMS type
** in_vdata2 source of the gateway index.
**
** Output:
** gw_rcb->
** error.err_code One of the following error numbers.
** E_GW0600_NO_MEM
** E_GW0400_BAD_GWID
** E_GW0208_GWI_REGISTER_ERROR
** E_GW0006_XIDX_OPEN_FAILED
** Returns:
** E_DB_OK Function completed normally.
** E_DB_ERROR Function completed abnormally with
** error.err_code.
** History:
** 28-Apr-1989 (alexh)
** Created.
** 2-apr-90 (bryanp)
** If gateway has no extended system catalog, nothing to do.
** 09-apr-90 (linda)
** Add error handling and single return point.
** 18-apr-90 (bryanp)
** Return E_GW0600_NO_MEM when out of ULM memory.
** 1-jul-91 (rickh)
** If the gateway exit returns an error, don't clobber the status
** word when we close the stream! Also, if the exit has already
** reported the problem, spare us the uninformative yet alarming
** error-babble of higher facilities.
** 7-oct-92 (robf)
** Still create Xrelation & Xattribute entries even if no Xindex
** table - a gateway may need rel/attr entires but not the
** index one
** 7-oct-92 (daveb)
** Hand the exit the session pointer, in case it wants to add
** an exit-private SCB. Prototyped. Removed dead vars xrel_sz
** and sav_idx_id. Cast db_id arg to gwu_copen; it's a PTR.
** 17-nov-92 (robf)
** Changed calls to gwf_display() to use array rather than
** arg list.
*/
DB_STATUS
gwi_register(GW_RCB *gw_rcb)
{
GWX_RCB gwx;
ULM_RCB ulm_rcb;
GW_SESSION *session = (GW_SESSION *)gw_rcb->gwr_session_id;
DMT_CB dmt;
DMR_CB dmr;
i4 gw_id = gw_rcb->gwr_gw_id;
i4 xidx_sz = Gwf_facility->gwf_gw_info[gw_id].gwf_xidx_sz;
DB_STATUS status;
DB_STATUS ulm_status;
DB_ERROR err;
char trbuf[GWF_MAX_MSGLEN + 1]; /* last char for `\n' */
if(GWF_MAIN_MACRO(12))
{
gwf_display(gwf_scctalk, 0, trbuf, sizeof(trbuf) - 1,
"GWI_REGISTER: REGISTER INDEX entry\n");
}
for (;;)
{
if ((gw_id <= 0) || (gw_id >= GW_GW_COUNT) ||
(Gwf_facility->gwf_gw_info[gw_id].gwf_gw_exist == 0))
{
(VOID) gwf_error(E_GW0400_BAD_GWID, (i4)0, GWF_INTERR, 1,
sizeof(gw_id), &gw_id);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
status = E_DB_ERROR;
break;
}
/*
** Allocate a memory stream for the life of this operation. Used as
** storage for temporary structures. Note that it is allocated from
** the session's GWF memory stream.
*/
STRUCT_ASSIGN_MACRO(session->gws_ulm_rcb, ulm_rcb);
ulm_rcb.ulm_blocksize = xidx_sz;
if ((status = ulm_openstream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0312_ULM_OPENSTREAM_ERROR, GWF_INTERR, 3,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft,
sizeof(ulm_rcb.ulm_sizepool),
&ulm_rcb.ulm_sizepool,
sizeof(ulm_rcb.ulm_blocksize),
&ulm_rcb.ulm_blocksize);
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
/*
** Only process extended index info if this gateway has an
** extended index catalog
*/
if (Gwf_facility->gwf_gw_info[gw_id].gwf_xidx_sz > 0)
{
gwx.xrcb_tab_id = &gw_rcb->gwr_tab_id;
/* STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, gwx.xrcb_tab_id); */
gwx.xrcb_gw_id = gw_id;
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_in_vdata2, gwx.xrcb_var_data2);
/* allocate iigwX_index tuple buffer */
gwx.xrcb_var_data1.data_in_size =
ulm_rcb.ulm_psize = ulm_rcb.ulm_blocksize;
if ((status = ulm_palloc(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0314_ULM_PALLOC_ERROR, GWF_INTERR, 4,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft,
sizeof(ulm_rcb.ulm_sizepool),
&ulm_rcb.ulm_sizepool,
sizeof(ulm_rcb.ulm_blocksize),
&ulm_rcb.ulm_blocksize,
sizeof(ulm_rcb.ulm_psize),
&ulm_rcb.ulm_psize);
if (ulm_rcb.ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
gwx.xrcb_var_data1.data_address = ulm_rcb.ulm_pptr;
/* request exit format */
if ((status =
(*Gwf_facility->gwf_gw_info[gw_id].gwf_gw_exits [GWX_VIDXF])
(&gwx)) != E_DB_OK)
{
if ( gwx.xrcb_error.err_code == E_GW050E_ALREADY_REPORTED )
{
gw_rcb->gwr_error.err_code = E_GW050E_ALREADY_REPORTED;
}
else
{
(VOID) gwf_error(gwx.xrcb_error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
}
if ((ulm_status = ulm_closestream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0313_ULM_CLOSESTREAM_ERROR, GWF_INTERR, 1,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft);
break;
}
break;
}
else
{
/* initialize dmt_sequence */
dmt.dmt_sequence = gw_rcb->gwr_gw_sequence;
/* request DMF to append tuples */
status = gwu_copen(&dmt, &dmr, session->gws_scf_session_id,
(PTR) gw_rcb->gwr_database_id, gw_id, gw_rcb->gwr_xact_id,
&gw_rcb->gwr_tab_id,
&session->gws_gw_info[gw_id].gws_xidx_tab_name,
DMT_A_WRITE, FALSE, &err);
/* put the iigwX_index tuple */
if ( status == E_DB_OK)
{
STRUCT_ASSIGN_MACRO(gwx.xrcb_var_data1, dmr.dmr_data);
if ((status = (*Dmf_cptr)(DMR_PUT, &dmr)) == E_DB_OK)
{
status = (*Dmf_cptr)(DMT_CLOSE, &dmt);
if (status != E_DB_OK)
{
/* Handle error from close */
(VOID) gwf_error(dmt.error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code =
E_GW0208_GWI_REGISTER_ERROR;
break;
}
}
else
{
/* Handle error from put */
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmt.error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code =
E_GW0208_GWI_REGISTER_ERROR;
break;
}
break;
}
}
else
{
/* Handle error from gwu_copen() */
(VOID) gwf_error(err.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
/*
** delete tcb from GWF cache since its index info cannot be
** current.
**
**** Not clear that we care about this. We probably can't remove
**** an index if it is being used and it is only referenced in its
**** own tcb.
*/
#if 0
/*
** Save the index's table id, set db_tab_index to 0 for the call.
*/
_VOID_ MEcopy((PTR)&gw_rcb->gwr_tab_id, sizeof(DB_TAB_ID),
(PTR)&sav_idx_id);
gw_rcb->gwr_tab_id.db_tab_index = 0;
if ((status = gwu_deltcb(gw_rcb, GWU_TCB_OPTIONAL, &err))
!= E_DB_OK)
{
(VOID) gwf_error(err.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
_VOID_ MEcopy((PTR)&sav_idx_id, sizeof(DB_TAB_ID),
(PTR)&gw_rcb->gwr_tab_id);
break;
}
_VOID_ MEcopy((PTR)&sav_idx_id, sizeof(DB_TAB_ID),
(PTR)&gw_rcb->gwr_tab_id);
#endif /* 0 */
}
} /* End if Xindex processing */
/*
** Append a tuple to iigwX_relation catalog for this index.
*/
if ((status = gwi_map_idx_rel(gw_rcb, &dmt, &dmr, &ulm_rcb)) != E_DB_OK)
{
_VOID_ gwf_error(gw_rcb->gwr_error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
/*
** Now append iigwX_attribute tuples.
*/
if ((status = gwi_map_idx_att(gw_rcb, &ulm_rcb)) != E_DB_OK)
{
_VOID_ gwf_error(gw_rcb->gwr_error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
/* close the temporary stream */
if ((status = ulm_closestream(&ulm_rcb)) != E_DB_OK)
{
(VOID) gwf_error(ulm_rcb.ulm_error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0313_ULM_CLOSESTREAM_ERROR, GWF_INTERR, 1,
sizeof(*ulm_rcb.ulm_memleft),
ulm_rcb.ulm_memleft);
gw_rcb->gwr_error.err_code = E_GW0208_GWI_REGISTER_ERROR;
break;
}
/* If we get here everything is okay. */
break;
}
if (status == E_DB_OK)
gw_rcb->gwr_error.err_code = E_DB_OK;
return(status);
}
/*{
** Name: gwi_map_idx_att - create tuple entries in the iigwX_attribute
** table for this gateway secondary index
**
** Description:
** This function creates tuples in the extended attribute catalog for this
** gateway secondary index. The tuples are those defined for the index,
** plus a tidp column.
**
** In order to create the tuple entries, the following steps are performed:
**
** (1) select all rows from iiattribute for this index, and save them.
** (2) For each row saved:
** (a) if it's 'tidp', drop down to (3).
** (b) select the row from iiattribute for the base table which has
** the same name and save its attid; we will use this to get
** extended attribute info.
** (c) now select the appropriate row from iigwX_attribute.
** (d) update the xrelidx and xattid fields -- xrelidx is non-zero for
** this index, xattid is that for the index not the base table.
** (e) append the row.
** (3) finished with "real" attributes. Check that we found 1 or more
** other attributes -- else error. Now create the row for the tidp
** domain and append it. Use integer gw datatype, length 4, offset 0;
** we don't really use this attribute and it doesn't exist in the
** gateway record. Need to have a gateway-specific static definition
** for this row.
**
** Inputs:
** gw_rcb-> gateway request control block
** gwr_tab_id table id for this secondary index
** ulm_rcb memory request control block, passed in from
** parent routine as it is in the same stream, we
** want to deallocate all related memory from there
**
** Output:
** gw_rcb->
** error.err_code One of the following error numbers.
** E_GW0600_NO_MEM
**
** Returns:
** E_DB_OK Function completed normally.
** E_DB_ERROR Function completed abnormally with
** error.err_code.
** History:
** 24-sep-90 (linda)
** Created.
** 07-oct-92 (robf)
** If open of iiattribute fails, don't try to continue processing.
** 8-oct-92 (daveb)
** cast an assignment.
** 8-oct-92 (daveb)
** prototyped. Cast db_id arg to gwu_copen; it's a PTR.
** 30-May-2006 (jenjo02)
** Max attributes in an index is now DB_MAXIXATTS, not DB_MAXKEYS.
*/
static
DB_STATUS
gwi_map_idx_att(GW_RCB *gw_rcb,
ULM_RCB *ulm_rcb )
{
GW_SESSION *session = (GW_SESSION *)gw_rcb->gwr_session_id;
DMT_CB dmt;
DMR_CB dmr;
char *dmp_atts[DB_MAXIXATTS+1];
GW_DMP_ATTR *dmp_att1;
GW_DMP_ATTR *dmp_att2;
GW_DMP_ATTR iiatt_buf;
DB_TAB_ID base_tab_id;
DB_TAB_ID *tab_id;
i4 i;
i4 j;
i2 *attid_ptr;
DMR_ATTR_ENTRY attkey[2];
DMR_ATTR_ENTRY *attkey_ptr[2];
i4 gw_id = gw_rcb->gwr_gw_id;
i4 xatt_sz = Gwf_facility->gwf_gw_info[gw_id].gwf_xatt_sz;
char stage_buf[DB_MAXTUP];
char *xatt_rows[DB_MAXIXATTS+1];
DB_STATUS status = E_DB_OK;
/*
** Set up the base table id for later use.
*/
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, base_tab_id);
base_tab_id.db_tab_index = 0;
for (;;) /* just to break out of on error... */
{
/*
** First set up dmt and open iiattribute table.
*/
dmt.type = DMT_TABLE_CB;
dmt.length = sizeof(DMT_CB);
dmt.dmt_id.db_tab_base = 3; /* tab_id for iiattribute */
dmt.dmt_id.db_tab_index = 0; /* " " " " " " */
/**
*** gwr_gw_sequence == 0, which causes dmt_open to fail. For now set it to 1.
*** dmt.dmt_sequence = gw_rcb->gwr_gw_sequence;
**/
dmt.dmt_sequence = 1;
dmt.dmt_db_id = (PTR)gw_rcb->gwr_database_id;
dmt.dmt_tran_id = gw_rcb->gwr_xact_id;
dmt.dmt_flags_mask = 0;
dmt.dmt_access_mode = DMT_A_READ;
dmt.dmt_lock_mode = DMT_IS;
dmt.dmt_update_mode = DMT_U_DEFERRED;
dmt.dmt_char_array.data_address = NULL;
dmt.dmt_char_array.data_in_size = 0;
if ((status = (*Dmf_cptr)(DMT_OPEN, &dmt)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmt.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0324_DMT_OPEN_ERROR, GWF_INTERR, 2,
(i4)4, (PTR)&dmt.dmt_id.db_tab_base,
(i4)4, (PTR)&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
/* position to get if this is a DMT_A_READ */
attkey[0].attr_number = 1;
attkey[0].attr_operator = DMR_OP_EQ;
attkey[0].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_base;
attkey[1].attr_number = 2;
attkey[1].attr_operator = DMR_OP_EQ;
attkey[1].attr_value = (char *)&gw_rcb->gwr_tab_id.db_tab_index;
attkey_ptr[0] = &attkey[0];
attkey_ptr[1] = &attkey[1];
dmr.type = DMR_RECORD_CB;
dmr.length = sizeof(DMR_CB);
dmr.dmr_flags_mask = 0;
dmr.dmr_position_type = DMR_QUAL;
dmr.dmr_attr_desc.ptr_in_count = 2;
dmr.dmr_attr_desc.ptr_size = sizeof(DMR_ATTR_ENTRY);
dmr.dmr_attr_desc.ptr_address = (PTR)&attkey_ptr[0];
dmr.dmr_access_id = dmt.dmt_record_access_id;
dmr.dmr_q_fcn = NULL;
if ((status = (*Dmf_cptr)(DMR_POSITION, &dmr)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0323_DMR_POSITION_ERROR, GWF_INTERR, 2,
(i4)4, (PTR)&dmt.dmt_id.db_tab_base,
(i4)4, (PTR)&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW0213_GWU_COPEN_ERROR;
break;
}
}
/*
** We'll allocate room for a GW_DMP_ATTR struct plus an extra 2
** bytes for the column's base table attid, which we'll use to get
** the right row from iigwX_attribute.
*/
ulm_rcb->ulm_psize = sizeof(GW_DMP_ATTR) + 2;
dmr.dmr_data.data_in_size = sizeof(GW_DMP_ATTR) + 2;
dmr.dmr_flags_mask = DMR_NEXT;
dmr.dmr_data.data_address = &stage_buf[0];
dmr.dmr_char_array.data_address = 0;
for (i=0; i < gw_rcb->gwr_column_cnt; i++)
{
do
{
status = (*Dmf_cptr)(DMR_GET, &dmr);
}
while ((status == E_DB_OK) &&
(MEcmp((PTR)dmr.dmr_data.data_address,
(PTR)&gw_rcb->gwr_tab_id,
sizeof(DB_TAB_ID)))
);
if (status == E_DB_OK)
{
if ((status = ulm_palloc(ulm_rcb)) != E_DB_OK)
{
gwf_error(ulm_rcb->ulm_error.err_code, GWF_INTERR, 0);
gwf_error(E_GW0314_ULM_PALLOC_ERROR, GWF_INTERR, 4,
sizeof(*ulm_rcb->ulm_memleft),
ulm_rcb->ulm_memleft,
sizeof(ulm_rcb->ulm_sizepool),
&ulm_rcb->ulm_sizepool,
sizeof(ulm_rcb->ulm_blocksize),
&ulm_rcb->ulm_blocksize,
sizeof(ulm_rcb->ulm_psize),
&ulm_rcb->ulm_psize);
if (ulm_rcb->ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code =
E_GW0327_DMF_DEADLOCK;
break;
default:
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
}
break;
}
MEcopy((PTR)&stage_buf[0], sizeof(GW_DMP_ATTR)+2,
ulm_rcb->ulm_pptr);
dmp_atts[i] = (char *)ulm_rcb->ulm_pptr;
continue; /* get next attribute for the index */
}
else if (dmr.error.err_code == E_DM0055_NONEXT)
{
/***FIXME*** -- at this point we've allocated an extra buffer? look at -- ***/
status = E_DB_OK;
dmr.error.err_code = E_DB_OK;
break; /* no more attributes for this index */
}
else
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0323_DMR_POSITION_ERROR,
GWF_INTERR, 2, (i4)4,
(PTR)&dmt.dmt_id.db_tab_base,
(i4)4,
(PTR)&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
}
break;
}
if (status != E_DB_OK)
break; /* error already reported. */
/*
** Now we get the base table rows from iiattribute, so we can store the
** attid from the base to get the proper base table row from
** iigwX_attribute.
*/
attkey[0].attr_value = (char *)&base_tab_id.db_tab_base;
attkey[1].attr_value = (char *)&base_tab_id.db_tab_index;
if ((status = (*Dmf_cptr)(DMR_POSITION, &dmr)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0323_DMR_POSITION_ERROR, GWF_INTERR, 2,
(i4)4, (PTR)&dmt.dmt_id.db_tab_base,
(i4)4, (PTR)&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
/*
** We don't know how many columns are in the base table; just need to
** find matches for those in the index table. The tidp column will be
** handled separately. Only need one buffer here, we store base table
** attid with previously-allocated rows for index table.
*/
dmr.dmr_data.data_in_size = sizeof(GW_DMP_ATTR);
dmr.dmr_data.data_address = (PTR)&iiatt_buf;
dmr.dmr_char_array.data_address = 0;
i = 0; /* keep a count of matches found */
for (;;) /* this gives us a place to continue to. */
{
do
{
status = (*Dmf_cptr)(DMR_GET, &dmr);
}
while ((status == E_DB_OK) &&
(MEcmp((PTR)dmr.dmr_data.data_address,
(PTR)&base_tab_id,
sizeof(DB_TAB_ID)))
);
if (status == E_DB_OK)
{
dmp_att1 = (GW_DMP_ATTR *)dmr.dmr_data.data_address;
for (j=0; j < gw_rcb->gwr_column_cnt; j++)
{
dmp_att2 = (GW_DMP_ATTR *)dmp_atts[j];
if
(!MEcmp((PTR)&dmp_att1->attname, (PTR)&dmp_att2->attname,
sizeof(DB_ATT_NAME)))
{
attid_ptr =
(i2 *)(dmp_atts[j] + sizeof(GW_DMP_ATTR));
*attid_ptr = dmp_att1->attid;
i++;
break; /* out of inner loop */
}
}
}
else if (dmr.error.err_code == E_DM0055_NONEXT)
{
status = E_DB_OK;
dmr.error.err_code = E_DB_OK;
break; /* no more attributes for this index */
}
else
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0323_DMR_POSITION_ERROR,
GWF_INTERR, 2, (i4)4,
(PTR)&dmt.dmt_id.db_tab_base,
(i4)4,
(PTR)&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
if (i == gw_rcb->gwr_column_cnt - 1)
break; /* we've found all the matching rows */
}
/* Always close iiattribute table. */
if ((status = (*Dmf_cptr)(DMT_CLOSE, &dmt)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
gwf_error(dmt.error.err_code, GWF_INTERR, 0);
gwf_error(E_GW0325_DMT_CLOSE_ERROR, GWF_INTERR, 2,
sizeof(dmt.dmt_id.db_tab_base),
&dmt.dmt_id.db_tab_base,
sizeof(dmt.dmt_id.db_tab_index),
&dmt.dmt_id.db_tab_index);
gwf_error(E_GW062C_XREL_CLOSE_FAILED, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
if (status != E_DB_OK) /* whether from previous code, or close */
break; /* error already reported */
/*
** We should have found matches for all but one index column (tidp).
*/
if (i != gw_rcb->gwr_column_cnt - 1)
{
/***generate error here***/
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
/* position on base table id */
dmr.dmr_position_type = DMR_QUAL;
dmr.dmr_attr_desc.ptr_in_count = 2;
dmr.dmr_attr_desc.ptr_size = sizeof(DMR_ATTR_ENTRY);
dmr.dmr_attr_desc.ptr_address = (PTR)&attkey_ptr[0];
/* now we get the rows from the extended attribute catalog */
if ((status = gwu_copen(&dmt, &dmr, session->gws_scf_session_id,
(PTR)gw_rcb->gwr_database_id, gw_id, gw_rcb->gwr_xact_id,
&gw_rcb->gwr_tab_id,
&session->gws_gw_info[gw_id].gws_xatt_tab_name,
DMT_A_WRITE, TRUE, &gw_rcb->gwr_error))
!= E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(gw_rcb->gwr_error.err_code, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
}
/*
** Set up staging area for tuples returned from extended attribute
** catalog. We'll allocate space when we find a match, so we can
** insert them later.
*/
dmr.dmr_flags_mask = DMR_NEXT;
dmr.dmr_data.data_in_size = xatt_sz;
dmr.dmr_data.data_address = (PTR)&stage_buf[0];
dmr.dmr_char_array.data_address = 0;
/*
** Size to be allocated is one extended attribute row.
*/
ulm_rcb->ulm_psize = xatt_sz;
i = 0;
/* search for the right tuples */
for (;;)
{
do
{
status = (*Dmf_cptr)(DMR_GET, &dmr);
} while (status == E_DB_OK
&&
MEcmp((PTR)dmr.dmr_data.data_address,
(PTR)&base_tab_id,
sizeof(DB_TAB_ID)));
if (status == E_DB_OK)
{
/*
** When we find a tuple from iigwX_attribute which matches one
** of the index tuples, update the values to represent the
** index and then store the tuple. NOTE that we assume that
** tab_id and attid fields are the first fields in the extended
** catalog. We can't know the internal structure of extended
** attribute catalogs for particular gateways beyond the 1st
** three cols.
*/
dmp_att1 = (GW_DMP_ATTR *)dmr.dmr_data.data_address;
for (j=0; j < gw_rcb->gwr_column_cnt - 1; j++)
{
if (dmp_att1->attid ==
*(i2 *)(dmp_atts[j] + sizeof(GW_DMP_ATTR)))
{
if ((status = ulm_palloc(ulm_rcb)) != E_DB_OK)
{
gwf_error(ulm_rcb->ulm_error.err_code, GWF_INTERR,
0);
gwf_error(E_GW0314_ULM_PALLOC_ERROR, GWF_INTERR, 4,
sizeof(*ulm_rcb->ulm_memleft),
ulm_rcb->ulm_memleft,
sizeof(ulm_rcb->ulm_sizepool),
&ulm_rcb->ulm_sizepool,
sizeof(ulm_rcb->ulm_blocksize),
&ulm_rcb->ulm_blocksize,
sizeof(ulm_rcb->ulm_psize),
&ulm_rcb->ulm_psize);
if (ulm_rcb->ulm_error.err_code == E_UL0005_NOMEM)
gw_rcb->gwr_error.err_code = E_GW0600_NO_MEM;
else
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
dmp_att1->attid = i + 1;
xatt_rows[i] = ulm_rcb->ulm_pptr;
MEcopy(dmr.dmr_data.data_address,
xatt_sz, xatt_rows[i]);
tab_id = (DB_TAB_ID *)xatt_rows[i];
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, *tab_id);
i++;
break;
}
}
if (i == gw_rcb->gwr_column_cnt - 1)
break;
}
else /* cannot get table info */
{
if (dmr.error.err_code == E_DM0055_NONEXT)
{
status = E_DB_OK;
dmr.error.err_code = E_DB_OK;
break; /* no more attributes for this index */
}
else
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmr.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0321_DMR_GET_ERROR,
GWF_INTERR, 2, (i4)4,
(PTR)&gw_rcb->gwr_tab_id.db_tab_base,
(i4)4,
(PTR)&gw_rcb->gwr_tab_id.db_tab_index);
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
}
continue; /* get next attribute for the base */
}
/*
** Okay, now construct the row for tidp. Reuse stage_buf for this.
*/
MEcopy(Gwf_facility->gwf_gw_info[gw_id].gwf_xatt_tidp, xatt_sz,
(PTR)&stage_buf[0]);
tab_id = (DB_TAB_ID *)&stage_buf[0];
STRUCT_ASSIGN_MACRO(gw_rcb->gwr_tab_id, *tab_id);
attid_ptr = (i2 *)(&stage_buf[0] + sizeof(DB_TAB_ID));
*attid_ptr = i + 1;
xatt_rows[i] = &stage_buf[0];
/*
** Finally, put the iigwX_attribute tuples for the gateway secondary
** index.
*/
dmr.dmr_data.data_in_size = xatt_sz;
for (j=0; j<=i; j++)
{
dmr.dmr_data.data_address = (PTR)xatt_rows[j];
if ((status = (*Dmf_cptr)(DMR_PUT, &dmr)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
/***note need args here to specify which catalog***/
gwf_error(dmr.error.err_code, GWF_INTERR, 0);
gwf_error(E_GW0320_DMR_PUT_ERROR, GWF_INTERR, 2,
sizeof(gw_rcb->gwr_tab_id.db_tab_base),
&gw_rcb->gwr_tab_id.db_tab_base,
sizeof(gw_rcb->gwr_tab_id.db_tab_index),
&gw_rcb->gwr_tab_id.db_tab_index);
gwf_error(E_GW0623_XCAT_PUT_FAILED, GWF_INTERR, 0);
gw_rcb->gwr_error.err_code =
E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
}
if ((status = (*Dmf_cptr)(DMT_CLOSE, &dmt)) != E_DB_OK)
{
switch (dmt.error.err_code)
{
case E_DM0042_DEADLOCK:
gw_rcb->gwr_error.err_code = E_GW0327_DMF_DEADLOCK;
break;
default:
(VOID) gwf_error(dmt.error.err_code, GWF_INTERR, 0);
(VOID) gwf_error(E_GW0325_DMT_CLOSE_ERROR, GWF_INTERR, 2,
sizeof(dmt.dmt_id.db_tab_base),
&dmt.dmt_id.db_tab_base,
sizeof(dmt.dmt_id.db_tab_index),
&dmt.dmt_id.db_tab_index);
gw_rcb->gwr_error.err_code = E_GW021E_GWU_MAP_IDX_ATT_ERROR;
break;
}
break;
}
/* if we get here everything's OK... */
break;
}
return(status);
}
