DB_STATUS
adu_iftrue(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *dv2,
DB_DATA_VALUE *rdv)
{
i4 val;
u_char *nullp;
/* Check first argument to make sure it's following the rules (first
** parameter must have non-nullable integer as its type)
*/
if (dv1->db_datatype != DB_INT_TYPE)
return(adu_error(adf_scb, E_AD2080_IFTRUE_NEEDS_INT, 0));
/* result type must be nullable version of 2nd arg */
if (-abs(dv2->db_datatype) != rdv->db_datatype)
return(adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "adu_iftrue type"));
/* length of result must be either the same or one greater than 2nd arg's */
if (rdv->db_length != dv2->db_length && rdv->db_length-1 != dv2->db_length)
return(adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "adu_iftrue len"));
switch (dv1->db_length)
{
case 1:
val = I1_CHECK_MACRO(*(i1 *)dv1->db_data);
break;
case 2:
val = *(i2 *)dv1->db_data;
break;
case 4:
val = *(i4 *)dv1->db_data;
break;
case 8:
if (*(i8 *)dv1->db_data)
val = 1;
else
val = 0;
break;
default:
return (adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "adu_iftrue val length"));
}
nullp = (u_char *) rdv->db_data + rdv->db_length - 1;
if (val)
{
*nullp = 0;
MEcopy((PTR)dv2->db_data, dv2->db_length, (PTR)rdv->db_data);
}
else
{
*nullp = ADF_NVL_BIT;
}
return(E_DB_OK);
}
DB_STATUS
adi_ficoerce(
ADF_CB *adf_scb,
DB_DT_ID adi_from_did,
DB_DT_ID adi_into_did,
ADI_FI_ID *adi_fid)
{
DB_DT_ID from_bdt = abs(adi_from_did);
DB_DT_ID into_bdt = abs(adi_into_did);
DB_DT_ID minto_bdt;
DB_DT_ID mfrom_bdt;
ADI_DATATYPE *dt;
ADI_COERC_ENT *cent;
i4 found = FALSE;
mfrom_bdt = ADI_DT_MAP_MACRO(from_bdt);
minto_bdt = ADI_DT_MAP_MACRO(into_bdt);
for (;;)
{
/* Check the validity of the datatype ids */
if ( (mfrom_bdt <= 0 || mfrom_bdt > ADI_MXDTS)
|| (minto_bdt <= 0 || minto_bdt > ADI_MXDTS)
|| Adf_globs->Adi_dtptrs[minto_bdt] == NULL
|| (dt = Adf_globs->Adi_dtptrs[mfrom_bdt]) == NULL
)
{
return (adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
}
/* First check the datatypes table to see if a coercion exists */
if (!BTtest((i4) minto_bdt, adf_scb->adf_qlang == DB_SQL
? (char *) &dt->adi_dtcoerce_sql
: (char *) &dt->adi_dtcoerce_quel))
return (adu_error(adf_scb, E_AD2009_NOCOERCION, 0));
/* Search for the appropriate function instance id */
for (cent = dt->adi_coerc_ents; cent->adi_from_dt == from_bdt; cent++)
{
if (cent->adi_into_dt == into_bdt)
{
*adi_fid = cent->adi_fid_coerc;
found = TRUE;
break;
}
}
break;
} /* end of for(;;) stmt */
if (!found)
return (adu_error(adf_scb, E_AD2009_NOCOERCION, 0));
else
return (E_DB_OK);
}
DB_STATUS
adi_per_under(
ADF_CB *adf_scb,
DB_DT_ID dtid,
DB_DATA_VALUE *under_dv)
{
DB_STATUS status;
DB_DT_ID mapped_id;
ADP_POP_CB pop_cb;
for (;;)
{
mapped_id = ADI_DT_MAP_MACRO(abs(dtid));
if ( mapped_id <= 0 || mapped_id > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[mapped_id] == NULL
|| !(Adf_globs->Adi_dtptrs[mapped_id]->adi_dtstat_bits
& AD_PERIPHERAL)
|| Adf_globs->Adi_dtptrs[mapped_id]->adi_under_dt == 0)
{
status = adu_error(adf_scb, E_AD2004_BAD_DTID, 0);
break;
}
under_dv->db_prec = 0;
under_dv->db_length = 0;
under_dv->db_datatype =
Adf_globs->Adi_dtptrs[mapped_id]->adi_under_dt;
if (Adf_globs->Adi_fexi[ADI_01PERIPH_FEXI].adi_fcn_fexi == NULL)
{
status = adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0);
break;
}
pop_cb.pop_type = (ADP_POP_TYPE);
pop_cb.pop_length = sizeof(ADP_POP_CB);
pop_cb.pop_ascii_id = ADP_POP_ASCII_ID;
pop_cb.pop_underdv = under_dv;
status = (*Adf_globs->Adi_fexi[ADI_01PERIPH_FEXI].adi_fcn_fexi)
(ADP_INFORMATION, &pop_cb);
if (status)
{
status = adu_error(adf_scb, E_AD7000_ADP_BAD_INFO, 0);
break;
}
status = adc_seglen(adf_scb, dtid, under_dv);
break;
}
return(status);
}
DB_STATUS
adu_uuid_create(
ADF_CB *adf_scb,
DB_DATA_VALUE *rdv)
{
UUID d;
DB_STATUS db_stat;
/* Verify the result is a 16 byte binary */
if ((rdv->db_datatype != DB_BYTE_TYPE) ||
(rdv->db_length != sizeof(UUID)) )
{
db_stat = adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "uuid_create wrong type/len");
return(db_stat);
}
if (check_uuid_mac())
db_stat = IDuuid_create_seq(&d);
else
db_stat = IDuuid_create(&d);
/* Ignore possible return codes, e.g. RPC_S_UUID_LOCAL_ONLY */
/* Copy the UUID into the result area */
MEcopy(&d, rdv->db_length, rdv->db_data);
return(E_DB_OK);
}
DB_STATUS
adu_uuid_to_char(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
char d[100];
DB_STATUS db_stat;
UUID u1;
UUID *uuid;
/* Verify the operand is a UUID */
if (dv1->db_datatype != DB_BYTE_TYPE)
{
db_stat = adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0 ,"uuid_to_char type");
return(db_stat);
}
if ((ME_ALIGN_MACRO((PTR)dv1->db_data, sizeof(ALIGN_RESTRICT))
!= (PTR)dv1->db_data) ||
(dv1->db_length != sizeof(UUID)))
{
uuid = &u1;
uuid_format(dv1, uuid);
}
else
uuid = (UUID *)dv1->db_data;
db_stat = IDuuid_to_string(uuid, d);
if (db_stat = adu_movestring(adf_scb, (u_char *)d,(i4) STlength(d), dv1->db_datatype, rdv))
return (db_stat);
return(E_DB_OK);
}
DB_STATUS
adi_tycoerce(
ADF_CB *adf_scb,
DB_DT_ID adi_did,
ADI_DT_BITMASK *adi_dmsk)
{
DB_DT_ID bdt = abs(adi_did);
u_i2 bm_size = sizeof(ADI_DT_BITMASK);
i4 n;
for(n=1; n <= ADI_MXDTS; n++)
{
if (Adf_globs->Adi_datatypes[n].adi_dtid == DB_NODT) break;
if (Adf_globs->Adi_datatypes[n].adi_dtid == bdt)
{
MEcopy(adf_scb->adf_qlang == DB_SQL
? (PTR)&Adf_globs->Adi_datatypes[n].adi_dtcoerce_sql
: (PTR)&Adf_globs->Adi_datatypes[n].adi_dtcoerce_quel,
bm_size, (PTR)adi_dmsk);
return(E_DB_OK);
}
}
MEfill(bm_size, (u_char)0, (PTR)adi_dmsk);
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
}
DB_STATUS
adu_uuid_compare(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *dv2,
DB_DATA_VALUE *rdv)
{
i4 d;
DB_DATA_VALUE exp;
DB_STATUS db_stat;
UUID u1, u2;
UUID *uuid1, *uuid2;
/* Verify the result is an integer and both operands are UUIDs */
if ((dv1->db_datatype != DB_BYTE_TYPE) ||
(dv2->db_datatype != DB_BYTE_TYPE) ||
(rdv->db_datatype != DB_INT_TYPE))
{
db_stat = adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "uuid_compare type");
return(db_stat);
}
if ((ME_ALIGN_MACRO((PTR)dv1->db_data, sizeof(ALIGN_RESTRICT))
!= (PTR)dv1->db_data) ||
(dv1->db_length != sizeof(UUID)))
{
uuid1 = &u1;
uuid_format(dv1, uuid1);
}
else
uuid1 = (UUID *)dv1->db_data;
if ((ME_ALIGN_MACRO((PTR)dv2->db_data, sizeof(ALIGN_RESTRICT))
!= (PTR)dv2->db_data) ||
(dv2->db_length != sizeof(UUID)))
{
uuid2 = &u2;
uuid_format(dv2, uuid2);
}
else
uuid2 = (UUID *)dv2->db_data;
d = IDuuid_compare(uuid1, uuid2);
if (rdv->db_datatype == DB_INT_TYPE && rdv->db_length == 4)
*(i4 *)rdv->db_data = d;
else if (rdv->db_datatype == DB_INT_TYPE && rdv->db_length == 2)
*(i2 *)rdv->db_data = d;
else
{
exp.db_datatype = DB_INT_TYPE;
exp.db_length = 4;
exp.db_data = (PTR) &d;
if ((db_stat = adu_1int_coerce(adf_scb, rdv, &exp)) != E_DB_OK)
return (db_stat);
}
return(E_DB_OK);
}
DB_STATUS
adu_uuid_from_char(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
UUID d;
i4 lensrc;
char e[100];
char *srcptr;
DB_STATUS db_stat;
/* Verify the result is 16 byte binary UUID */
if ((rdv->db_datatype != DB_BYTE_TYPE) ||
(rdv->db_length != sizeof(UUID)) )
{
db_stat = adu_error(adf_scb, E_AD9998_INTERNAL_ERROR, 2, 0, "uuid_from_char wrong type/len");
return(db_stat);
}
if (db_stat = adu_lenaddr(adf_scb, dv1, &lensrc, &srcptr))
return (db_stat);
if(lensrc > sizeof(e)-1)
{
db_stat = adu_error(adf_scb, E_AD50A0_BAD_UUID_PARM, 0);
return(db_stat);
}
/* Make a string */
MEcopy(srcptr, lensrc, &e);
e[lensrc] = 0x00;
if((db_stat = IDuuid_from_string(&e[0], &d)) != OK)
{
db_stat = adu_error(adf_scb, E_AD50A0_BAD_UUID_PARM, 0);
return(db_stat);
}
/* Copy the UUID into the result area */
MEcopy(&d, rdv->db_length, rdv->db_data);
return(E_DB_OK);
}
DB_STATUS
adc_getempty(
ADF_CB *adf_scb,
DB_DATA_VALUE *adc_emptydv) /* Ptr to empty/null data value */
{
i4 bdt = abs((i4) adc_emptydv->db_datatype);
i4 bdtv;
DB_STATUS db_stat;
/* Does the datatype exist? */
bdtv = ADI_DT_MAP_MACRO(bdt);
if (bdtv <= 0 || bdtv > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[bdtv] == NULL)
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
/*
** If datatype is non-nullable, call the function associated with this
** datatype to initialize a data value to be "empty". Currently, this is
** only one function for the RTI known datatypes. This level of indirection
** is provided for the implementation of user-defined datatypes in the
** future.
**
** If datatype is nullable, we can set the null value right here since it
** will be done the same way for all nullable datatypes.
*/
if (adc_emptydv->db_datatype > 0) /* non-nullable */
{
db_stat = (*Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(bdt)]->
adi_dt_com_vect.adp_getempty_addr)
(adf_scb, adc_emptydv);
}
else
{
ADF_SETNULL_MACRO(adc_emptydv);
/*
** If the datatype is peripheral, then we clear its length as
** well. This is because ADF guarantees that the lengths are
** always correct for peripheral datatypes
*/
if (Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(bdt)]->
adi_dtstat_bits & AD_PERIPHERAL)
{
((ADP_PERIPHERAL *) adc_emptydv->db_data)->per_length0 = 0;
((ADP_PERIPHERAL *) adc_emptydv->db_data)->per_length1 = 0;
((ADP_PERIPHERAL *) adc_emptydv->db_data)->per_tag = ADP_P_COUPON;
}
db_stat = E_DB_OK;
}
return(db_stat);
}
/*{
** Name: adu_datenow - Retrieve current time and date
**
** Description:
** This routine will fill the result with the INGRES internal date
** for the current date and time.
**
** Inputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct.
** .ad_ebuflen The length, in bytes, of the buffer
** pointed to by ad_errmsgp.
** .ad_errmsgp Pointer to a buffer to put formatted
** error message in, if necessary.
** adu_dv Pointer to the data value to be filled:
** .db_datatype Must be DB_DTE_TYPE (non-nullable DATE).
** .db_prec Ignored (should be zero).
** .db_length Must be sizeof(DB_DATE)
** .db_data Pointer to result location to fill.
**
** Outputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct. If an
** error occurs the following fields will
** be set. NOTE: if .ad_ebuflen = 0 or
** .ad_errmsgp = NULL, no error message
** will be formatted.
** .ad_errcode ADF error code for the error.
** .ad_errclass Signifies the ADF error class.
** .ad_usererr If .ad_errclass is ADF_USER_ERROR,
** this field is set to the corresponding
** user error which will either map to
** an ADF error code or a user-error code.
** .ad_emsglen The length, in bytes, of the resulting
** formatted error message.
** .adf_errmsgp Pointer to the formatted error message.
** adu_dv Data value to be filled:
** .db_data INGRES date of "now".
**
** Returns:
** The following DB_STATUS codes may be returned:
** E_DB_OK, E_DB_WARN, E_DB_ERROR, E_DB_SEVERE, E_DB_FATAL
**
** If a DB_STATUS code other than E_DB_OK is returned, the caller
** can look in the field adf_scb.adf_errcb.ad_errcode to determine
** the ADF error code. The following is a list of possible ADF error
** codes that can be returned by this routine:
**
** E_AD0000_OK Completed successfully.
** E_AD2004_BAD_DTID Datatype passed in was not valid
** (must be non-nullable DATE)
** E_AD2005_BAD_DTLEN Length passed in was not valid
** (must be sizeof(DB_DATE))
**
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 24-oct-89 (jrb)
** Created.
** 19-jun-2006 (gupsh01)
** Added support for new datetime datatypes.
** 01-aug-2006 (gupsh01)
** Supply nanosecond parameter in adu_cvtime()
** call.
** 29-aug-2006 (gupsh01)
** Removed support for ANSI datetime datatypes.
** date(now) is only used for ingresdate types.
** 07-nov-2006 (gupsh01)
** Fixed the second calculations.
** 08-Feb-2008 (kiria01) b119885
** Change dn_time to dn_seconds to avoid the inevitable confusion with
** the dn_time in AD_DATENTRNL. Also ensure that the dn structure
** is fully iniialised.
*/
DB_STATUS
adu_datenow(
ADF_CB *adf_scb,
DB_DATA_VALUE *adu_dv)
{
i4 bintim_secs;
DB_DATA_VALUE dv_tmp;
DB_STATUS db_stat;
struct timevect tv;
AD_NEWDTNTRNL dn;
/* Check validity of inputs */
if (adu_dv->db_datatype != DB_DTE_TYPE)
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
if (adu_dv->db_length != ADF_DTE_LEN)
return(adu_error(adf_scb, E_AD2005_BAD_DTLEN, 0));
dv_tmp.db_datatype = DB_INT_TYPE;
dv_tmp.db_prec = 0;
dv_tmp.db_length = 4;
dv_tmp.db_data = (PTR) &bintim_secs;
if (db_stat = adu_dbconst(adf_scb, &Adf_globs->Adk_bintim_map, &dv_tmp))
return (db_stat);
adu_cvtime((i4) bintim_secs, 0, &tv);
dn.dn_year = tv.tm_year + AD_TV_NORMYR_BASE;
dn.dn_month = tv.tm_mon + AD_TV_NORMMON;
dn.dn_day = tv.tm_mday;
dn.dn_seconds = tv.tm_hour * AD_39DTE_ISECPERHOUR +
tv.tm_min * AD_10DTE_ISECPERMIN +
tv.tm_sec;
dn.dn_nsecond = 0;
AD_TZ_SETNEW(&dn, 0);
dn.dn_status = AD_DN_ABSOLUTE | AD_DN_TIMESPEC;
dn.dn_dttype = adu_dv->db_datatype;
return (adu_7from_dtntrnl (adf_scb, adu_dv, &dn));
}
DB_STATUS
adi_dtinfo(
ADF_CB *adf_scb,
DB_DT_ID dtid,
i4 *dtinfo)
{
dtid = abs(dtid);
dtid = ADI_DT_MAP_MACRO(dtid);
if ( dtid <= 0 || dtid > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[dtid] == NULL
)
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
*dtinfo = Adf_globs->Adi_dtptrs[dtid]->adi_dtstat_bits;
return(E_DB_OK);
}
DB_STATUS
adu_hash(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
i4 in_len;
i4 res_len;
char *tmp;
u_i4 *out_p = ((u_i4 *)rdv->db_data);
DB_STATUS db_stat;
/* Don't support long data types */
if ( Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(dv1->db_datatype)]->
adi_dtstat_bits & AD_PERIPHERAL )
return (adu_error(adf_scb, E_AD2090_BAD_DT_FOR_STRFUNC, 0));
switch (dv1->db_datatype)
{
/* call lenaddr for the stringish types - it gets varying length
** lengths, among other things. */
case DB_CHA_TYPE:
case DB_CHR_TYPE:
case DB_BYTE_TYPE:
case DB_VCH_TYPE:
case DB_TXT_TYPE:
case DB_LTXT_TYPE:
case DB_VBYTE_TYPE:
case DB_NCHR_TYPE:
case DB_NVCHR_TYPE:
if (db_stat = adu_lenaddr(adf_scb, dv1, &in_len, &tmp))
return(db_stat);
break;
default: /* all the others */
in_len = dv1->db_length; /* fixed length */
tmp = dv1->db_data;
break;
}
*out_p = -1;
HSH_CRC32(tmp, in_len, out_p);
return(E_DB_OK);
}
DB_STATUS
adi_fidesc(
ADF_CB *adf_scb,
ADI_FI_ID adi_fid,
ADI_FI_DESC **adi_fdesc)
{
ADI_FI_DESC *fi;
*adi_fdesc = (ADI_FI_DESC *) NULL; /* return NULL if not found */
if ( adi_fid < (ADI_FI_ID) 0
|| adi_fid > Adf_globs->Adi_fi_biggest
|| (fi = (ADI_FI_DESC *)Adf_globs->Adi_fi_lkup[
ADI_LK_MAP_MACRO(adi_fid)
].adi_fi) == NULL
)
return (adu_error(adf_scb, E_AD2010_BAD_FIID, 0));
*adi_fdesc = fi;
return (E_DB_OK);
}
DB_STATUS
adc_hg_dtln(
ADF_CB *adf_scb,
DB_DATA_VALUE *adc_fromdv,
DB_DATA_VALUE *adc_hgdv)
{
DB_STATUS db_stat;
i4 bdt = abs((i4) adc_fromdv->db_datatype);
i4 bdtv;
i4 dtinfo; /* Data type status bits for this type */
for (;;)
{
/* Check the consistency of the input datatype id */
bdtv = ADI_DT_MAP_MACRO(bdt);
if (bdtv <= 0 || bdtv > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[bdtv] == NULL)
{
db_stat = adu_error(adf_scb, E_AD2004_BAD_DTID, 0);
break;
}
/* Return error for datatypes that cannot be used in a relation or
** do not support histograms */
/* Get datatype status bits into dtinfo */
db_stat = adi_dtinfo(adf_scb, adc_fromdv->db_datatype, &dtinfo);
if (!(dtinfo & AD_INDB) || (dtinfo & AD_NOHISTOGRAM))
{
/* This datatype can't be used in a relation or doesn't support
** histograms */
db_stat = adu_error(adf_scb, E_AD3011_BAD_HG_DTID, 0);
break;
}
#ifdef xDEBUG
/* Check the consistency of adc_fromdv's length */
if (db_stat = adc_lenchk(adf_scb, FALSE, adc_fromdv, NULL))
break;
#endif /* xDEBUG */
/*
** Now call the low-level routine to do the work. Note that if the
** datatype is nullable, we use a temp DV_DATA_VALUE which gets set
** to the corresponding base datatype and length.
*/
if (adc_fromdv->db_datatype > 0) /* non-nullable */
{
db_stat = (*Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(bdt)]->
adi_dt_com_vect.adp_hg_dtln_addr)
(adf_scb, adc_fromdv, adc_hgdv);
}
else /* nullable */
{
DB_DATA_VALUE tmp_dv = *adc_fromdv;
tmp_dv.db_datatype = bdt;
tmp_dv.db_length--;
db_stat = (*Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(bdt)]->
adi_dt_com_vect.adp_hg_dtln_addr)
(adf_scb, &tmp_dv, adc_hgdv);
}
break;
} /* end of for stmt */
return(db_stat);
}
DB_STATUS
adc_1hg_dtln_rti(
ADF_CB *adf_scb,
DB_DATA_VALUE *adc_fromdv,
DB_DATA_VALUE *adc_hgdv)
{
/* Calculate the corresponding histogram datatype and length */
switch(adc_fromdv->db_datatype)
{
case DB_CHR_TYPE:
case DB_CHA_TYPE:
case DB_LOGKEY_TYPE:
case DB_TABKEY_TYPE:
adc_hgdv->db_datatype = DB_CHA_TYPE;
adc_hgdv->db_prec = 0;
if (adc_hgdv->db_length <= 0)
if (adc_fromdv->db_length == ADE_LEN_UNKNOWN) adc_hgdv->db_length = 8;
else adc_hgdv->db_length = adc_fromdv->db_length;
else
adc_hgdv->db_length = min(adc_fromdv->db_length,
adc_hgdv->db_length);
if (adc_hgdv->db_length > DB_MAX_HIST_LENGTH)
adc_hgdv->db_length = DB_MAX_HIST_LENGTH;
if ((adf_scb->adf_utf8_flag & AD_UTF8_ENABLED) &&
(adc_fromdv->db_datatype == DB_CHA_TYPE ||
adc_fromdv->db_datatype == DB_CHR_TYPE))
goto UTF8merge;
break;
case DB_TXT_TYPE:
case DB_VCH_TYPE:
adc_hgdv->db_datatype = DB_CHA_TYPE;
adc_hgdv->db_prec = 0;
if (adc_hgdv->db_length <= 0)
if (adc_fromdv->db_length == ADE_LEN_UNKNOWN) adc_hgdv->db_length = 8;
else adc_hgdv->db_length = adc_fromdv->db_length - DB_CNTSIZE;
else
adc_hgdv->db_length = min(adc_fromdv->db_length - DB_CNTSIZE,
adc_hgdv->db_length);
if (adc_hgdv->db_length > DB_MAX_HIST_LENGTH)
adc_hgdv->db_length = DB_MAX_HIST_LENGTH;
if (adc_hgdv->db_length == 0) /* Bug 104672 */
adc_hgdv->db_length = 1;
if (adf_scb->adf_utf8_flag & AD_UTF8_ENABLED)
goto UTF8merge;
break;
case DB_DTE_TYPE:
case DB_ADTE_TYPE:
adc_hgdv->db_datatype = DB_INT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_DTE1_HSIZE;
break;
case DB_TME_TYPE:
case DB_TMW_TYPE:
case DB_TMWO_TYPE:
adc_hgdv->db_datatype = DB_INT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_TME1_HSIZE;
break;
case DB_TSTMP_TYPE:
case DB_TSW_TYPE:
case DB_TSWO_TYPE:
adc_hgdv->db_datatype = DB_INT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_TST1_HSIZE;
break;
case DB_INYM_TYPE:
case DB_INDS_TYPE:
adc_hgdv->db_datatype = DB_INT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_INT1_HSIZE;
break;
case DB_BOO_TYPE:
case DB_FLT_TYPE:
case DB_INT_TYPE:
adc_hgdv->db_datatype = adc_fromdv->db_datatype;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = adc_fromdv->db_length;
break;
case DB_DEC_TYPE:
adc_hgdv->db_datatype = DB_FLT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_DEC1_HSIZE;
break;
case DB_MNY_TYPE:
adc_hgdv->db_datatype = DB_INT_TYPE;
adc_hgdv->db_prec = 0;
adc_hgdv->db_length = AD_MNY1_HSIZE;
break;
case DB_BIT_TYPE:
adc_hgdv->db_datatype = DB_BIT_TYPE;
if (adc_fromdv->db_length > AD_BIT1_MAX_HSIZE)
{
adc_hgdv->db_length = AD_BIT1_MAX_HSIZE;
adc_hgdv->db_prec = BITSPERBYTE;
}
else
{
adc_hgdv->db_length = adc_fromdv->db_length;
adc_hgdv->db_prec = adc_fromdv->db_prec;
}
break;
case DB_VBIT_TYPE:
{
DB_BIT_STRING bs;
i4 len;
adc_hgdv->db_datatype = DB_BIT_TYPE;
len = adc_fromdv->db_length - sizeof(bs.db_b_count);
if (len > AD_BIT1_MAX_HSIZE)
{
adc_hgdv->db_length = AD_BIT1_MAX_HSIZE;
adc_hgdv->db_prec = BITSPERBYTE;
}
else
{
adc_hgdv->db_length = len;
adc_hgdv->db_prec = adc_fromdv->db_prec;
}
break;
}
case DB_BYTE_TYPE:
case DB_NBR_TYPE:
adc_hgdv->db_datatype = DB_BYTE_TYPE;
adc_hgdv->db_prec = 0;
if (adc_hgdv->db_length <= 0)
if (adc_fromdv->db_length == ADE_LEN_UNKNOWN) adc_hgdv->db_length = 8;
else adc_hgdv->db_length = adc_fromdv->db_length;
else
adc_hgdv->db_length = min(adc_fromdv->db_length,
adc_hgdv->db_length);
if (adc_hgdv->db_length > DB_MAX_HIST_LENGTH)
adc_hgdv->db_length = DB_MAX_HIST_LENGTH;
break;
case DB_VBYTE_TYPE:
adc_hgdv->db_datatype = DB_BYTE_TYPE;
adc_hgdv->db_prec = 0;
if (adc_hgdv->db_length <= 0)
if (adc_fromdv->db_length == ADE_LEN_UNKNOWN) adc_hgdv->db_length = 8;
else adc_hgdv->db_length = adc_fromdv->db_length - DB_CNTSIZE;
else
adc_hgdv->db_length = min(adc_fromdv->db_length - DB_CNTSIZE,
adc_hgdv->db_length);
if (adc_hgdv->db_length > DB_MAX_HIST_LENGTH)
adc_hgdv->db_length = DB_MAX_HIST_LENGTH;
break;
case DB_NCHR_TYPE:
case DB_NVCHR_TYPE:
adc_hgdv->db_prec = 0;
if (adc_hgdv->db_length <= 0)
if (adc_fromdv->db_length == ADE_LEN_UNKNOWN) adc_hgdv->db_length = 8;
else adc_hgdv->db_length = adc_fromdv->db_length;
else
adc_hgdv->db_length = min(adc_fromdv->db_length,
adc_hgdv->db_length);
UTF8merge:
adc_hgdv->db_datatype = DB_BYTE_TYPE;
if (adc_fromdv->db_collID != DB_UCS_BASIC_COLL)
/* To make room for collation weight, multiply by 4. */
adc_hgdv->db_length *= 4;
if (adc_hgdv->db_length > DB_MAX_HIST_LENGTH)
adc_hgdv->db_length = DB_MAX_HIST_LENGTH;
break;
default:
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
} /* end of histogram switch stmt */
return(E_DB_OK);
}
DB_STATUS
adc_1getempty_rti(
ADF_CB *adf_scb,
DB_DATA_VALUE *adc_emptydv) /* Ptr to empty data value */
{
#ifdef xDEBUG
DB_STATUS db_stat;
/* check the validity of the length of the data value */
if (db_stat = adc_lenchk(adf_scb, FALSE, adc_emptydv, NULL))
return(db_stat);
#endif /* xDEBUG */
/* fill up the data value with the "default-default" value. */
switch (adc_emptydv->db_datatype)
{
case DB_CHA_TYPE:
case DB_CHR_TYPE:
/* fill character data with blanks. */
MEfill(adc_emptydv->db_length, (u_char)' ', adc_emptydv->db_data);
break;
case DB_NCHR_TYPE:
*(UCS2 *) adc_emptydv->db_data = U_BLANK;
break;
case DB_LOGKEY_TYPE:
case DB_TABKEY_TYPE:
/* fill character data with zeros. */
MEfill(adc_emptydv->db_length, (u_char)0, adc_emptydv->db_data);
break;
case DB_DTE_TYPE:
{
AD_DATENTRNL *dp = (AD_DATENTRNL *) adc_emptydv->db_data;
/* Date datatypes are defaultable by set status to AD_DN_NULL. */
dp->dn_status = AD_DN_NULL;
dp->dn_year = 0;
dp->dn_month = 0;
dp->dn_highday = 0;
dp->dn_lowday = 0;
dp->dn_time = 0;
}
break;
case DB_ADTE_TYPE:
{
AD_ADATE *ad = (AD_ADATE *) adc_emptydv->db_data;
ad->dn_year = 0;
ad->dn_month = 0;
ad->dn_day = 0;
}
break;
case DB_TMWO_TYPE:
case DB_TMW_TYPE:
case DB_TME_TYPE:
{
AD_TIME *adtm = (AD_TIME *) adc_emptydv->db_data;
adtm->dn_seconds = 0;
adtm->dn_nsecond = 0;
AD_TZ_SET(adtm, 0);
}
break;
case DB_TSWO_TYPE:
case DB_TSW_TYPE:
case DB_TSTMP_TYPE:
{
AD_TIMESTAMP *atstmp = (AD_TIMESTAMP *) adc_emptydv->db_data;
atstmp->dn_year = 0;
atstmp->dn_month = 0;
atstmp->dn_day = 0;
atstmp->dn_seconds = 0;
atstmp->dn_nsecond = 0;
AD_TZ_SET(atstmp, 0);
}
break;
case DB_INYM_TYPE:
{
AD_INTYM *aintym = (AD_INTYM *) adc_emptydv->db_data;
aintym->dn_years = 0;
aintym->dn_months = 0;
}
break;
case DB_INDS_TYPE:
{
AD_INTDS *aintds = (AD_INTDS *) adc_emptydv->db_data;
aintds->dn_days = 0;
aintds->dn_seconds = 0;
aintds->dn_nseconds = 0;
}
break;
case DB_BOO_TYPE:
((DB_ANYTYPE *)adc_emptydv->db_data)->db_booltype = DB_FALSE;
break;
case DB_INT_TYPE:
if (adc_emptydv->db_length == 1)
*(i1 *) adc_emptydv->db_data = 0;
else if (adc_emptydv->db_length == 2)
*(i2 *) adc_emptydv->db_data = 0;
else if (adc_emptydv->db_length == 4)
*(i4 *) adc_emptydv->db_data = 0;
else if (adc_emptydv->db_length == 8)
*(i8 *) adc_emptydv->db_data = 0;
break;
case DB_DEC_TYPE:
MEfill(adc_emptydv->db_length, (u_char)0, adc_emptydv->db_data);
((u_char *)adc_emptydv->db_data)[adc_emptydv->db_length-1] = MH_PK_PLUS;
break;
case DB_FLT_TYPE:
if (adc_emptydv->db_length == 4)
*(f4 *) adc_emptydv->db_data = 0.0;
else
*(f8 *) adc_emptydv->db_data = 0.0;
break;
case DB_MNY_TYPE:
((AD_MONEYNTRNL *) adc_emptydv->db_data)->mny_cents= 0.0;
break;
case DB_VCH_TYPE:
case DB_TXT_TYPE:
case DB_LTXT_TYPE:
case DB_VBYTE_TYPE:
((DB_TEXT_STRING *) adc_emptydv->db_data)->db_t_count = 0;
*((DB_TEXT_STRING *)adc_emptydv->db_data)->db_t_text = '\0';
break;
case DB_LVCH_TYPE:
case DB_LBYTE_TYPE:
case DB_GEOM_TYPE:
case DB_POINT_TYPE:
case DB_MPOINT_TYPE:
case DB_LINE_TYPE:
case DB_MLINE_TYPE:
case DB_POLY_TYPE:
case DB_MPOLY_TYPE:
case DB_GEOMC_TYPE:
case DB_LBIT_TYPE:
case DB_LNVCHR_TYPE:
{
ADP_PERIPHERAL *periph = (ADP_PERIPHERAL *)
adc_emptydv->db_data;
periph->per_tag = ADP_P_DATA;
periph->per_length0 = periph->per_length1 = 0;
}
break;
case DB_LBLOC_TYPE:
case DB_LCLOC_TYPE:
case DB_LNLOC_TYPE:
{
ADP_PERIPHERAL *periph = (ADP_PERIPHERAL *)
adc_emptydv->db_data;
periph->per_tag = ADP_P_LOC_L_UNK;
periph->per_length0 = periph->per_length1 = 0;
MEfill (sizeof(ADP_LOCATOR), 0, ((char *)periph + ADP_HDR_SIZE));
}
break;
case DB_VBIT_TYPE:
((DB_BIT_STRING *) adc_emptydv->db_data)->db_b_count = 0;
break;
case DB_BIT_TYPE:
case DB_BYTE_TYPE:
case DB_NBR_TYPE:
MEfill(adc_emptydv->db_length, (u_char)0, adc_emptydv->db_data);
break;
case DB_NVCHR_TYPE:
((DB_NVCHR_STRING *) adc_emptydv->db_data)->count = 0;
break;
default:
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
return(E_DB_OK);
}
DB_STATUS
adi_cpficoerce(
ADF_CB *adf_scb,
DB_DT_ID adi_from_did,
DB_DT_ID adi_into_did,
ADI_FI_ID *adi_fid)
{
DB_DT_ID from_bdt = abs(adi_from_did);
DB_DT_ID into_bdt = abs(adi_into_did);
ADI_FI_DESC *fi_desc_ptr;
i4 found = FALSE;
DB_STATUS db_stat;
DB_DT_ID minto_bdt;
DB_DT_ID mfrom_bdt;
mfrom_bdt = ADI_DT_MAP_MACRO(from_bdt);
minto_bdt = ADI_DT_MAP_MACRO(into_bdt);
for (;;)
{
/* Check the validity of the datatype ids */
if ( (mfrom_bdt <= 0 || mfrom_bdt > ADI_MXDTS)
|| (minto_bdt <= 0 || minto_bdt > ADI_MXDTS)
|| Adf_globs->Adi_dtptrs[mfrom_bdt] == NULL
|| Adf_globs->Adi_dtptrs[minto_bdt] == NULL
)
{
return (adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
}
/* Search for the appropriate COPY COERCION function instance id */
for (fi_desc_ptr = (ADI_FI_DESC *)&Adf_globs->Adi_fis[Adf_globs->
Adi_copy_coercion_fis];
( fi_desc_ptr->adi_fitype == ADI_COPY_COERCION
&& fi_desc_ptr->adi_finstid != ADFI_ENDTAB
);
fi_desc_ptr++
)
{
if (fi_desc_ptr->adi_finstid == ADI_NOFI)
continue; /* Hole in fitab ... skip this one. */
if (fi_desc_ptr->adi_dtresult == into_bdt
&& fi_desc_ptr->adi_dt[0] == from_bdt
)
{
*adi_fid = fi_desc_ptr->adi_finstid;
found = TRUE;
return (E_DB_OK);
}
}
break;
} /* end of for(;;) stmt */
/* Attempt to find normal COERCION function instance ID */
if (db_stat = adi_ficoerce(adf_scb, from_bdt, into_bdt, adi_fid))
{
if (adf_scb->adf_errcb.ad_errcode == E_AD2009_NOCOERCION)
db_stat = adu_error(adf_scb, E_AD200A_NOCOPYCOERCION, 0);
}
return (db_stat);
}
/*{
** Name: adu_rdm2_finish - Finish Redeeming an ADF_COUPON
**
** Description:
** This routine completes the action of redeeming a coupon.
** If running in test mode, this routine makes sure that the
** varchar field is padded out with the appropriate amount of
** garbage.
**
** In general, it places the "closing remarks" in the
** data stream. This means that it will place the final segment
** indicator (saying "no more") in the stream if the stream is
** destined for GCA. If the datatype is nullable, then the null
** bit is set/cleared as appropriate. If there is insufficient
** room to make these closing remarks (or to supply the correct
** amount of garbage in the test case), then the fip_state is set
** to ADW_F_DONE_NEED_NULL, and an incomplete status is returned.
** This status will set up the main redeem call to call this
** routine again with a new buffer, repeating this action until
** all is done.
**
** Inputs:
** adf_scb Standard ADF SCB Ptr
** result_dv Ptr to output area DB_DATA_VALUE
** coupon_dv PTR to input area DB_DATA_VALUE
** work Ptr to ADP_LO_WKSP in which work
** is done.
** ->adw_shared Contains the result of the action
** so far
** ->adw_fip Contains more such results
** for_gca Nat indicating whether the result
** is destined for GCA
** transmission.
**
** Outputs:
** adf_scb->adf_error Filled as appropriate.
** result_dv->db_length Set correctly.
** work->adw_fip.fip_state Set to indicate whether to
** return.
** work->adw_fip.fip_test* Set to control the garbage
** returned for the test cases.
**
** Returns:
** DB_STATUS
** Exceptions:
** None
**
** Side Effects:
** None
**
** History:
** 07-dec-1989 (fred)
** Prototyped.
** 06-oct-1992 (fred)
** Altered to work with timezone integration. As a temporary measure,
** this routine was using the ADF_CB.adf_4rsvd field to store
** some context across calls. In that this field disappeared, a new,
** more appropriately named field was added (adf_lo_context). This
** new ADF_CB field is now used in this file.
** 30-Oct-1992 (fred)
** Fixed to correctly handle being called with a length too short
** for the original header.
** 20-Nov-1992 (fred)
** Rewritten for better clarity & better delineation of
** function in support of OME large objects.
[@history_template@]...
*/
DB_STATUS static
adu_rdm2_finish(ADF_CB *adf_scb,
DB_DATA_VALUE *result_dv,
DB_DATA_VALUE *coupon_dv,
ADP_LO_WKSP *work,
i4 for_gca)
{
DB_STATUS status = E_DB_OK;
i4 zero = 0;
if (work->adw_shared.shd_l1_check != work->adw_fip.fip_l1_value)
{
/* Fix_me -- get more detailed error message to log (log_key, */
/* what's wrong, etc. */
/* Then we are sending an inconsistent blob */
status = adu_error(adf_scb, E_AD7004_ADP_BAD_BLOB,0);
}
else if (result_dv->db_length >=
(work->adw_shared.shd_o_used + (for_gca * sizeof(i4)) +
work->adw_fip.fip_null_bytes))
{
if (for_gca)
{
I4ASSIGN_MACRO(zero,
result_dv->db_data[work->adw_shared.shd_o_used]);
work->adw_shared.shd_o_used += sizeof(i4);
}
if (work->adw_fip.fip_test_mode)
{
work->adw_fip.fip_test_sent += sizeof(i4);
if (work->adw_fip.fip_test_sent <=
(work->adw_fip.fip_test_length -
work->adw_fip.fip_null_bytes))
{
/* Then there isn't enough to fill the varchar() */
if (result_dv->db_length <
(work->adw_fip.fip_test_length
- work->adw_fip.fip_test_sent))
{
/*
** This is for test purposes only.
**
** We need to send a true VARCHAR() datatype.
** Thus, if the blob os smaller than that, then we
** need to pad it out with garbage bytes. To do
** so, we will increment test_sent by the
** remainder of the buffer, and happily return,
** knowing that we will arrive here with an empty
** buffer in the relatively near future.
**
** To set test_sent appropriately, we must first
** decrement it by the amount it was incremented
** before arriving here. Then we increment as
** appropriate.
*/
work->adw_fip.fip_test_sent -=
work->adw_shared.shd_o_used;
work->adw_fip.fip_test_sent += result_dv->db_length;
work->adw_fip.fip_state = ADW_F_DONE_NEED_NULL;
adf_scb->adf_errcb.ad_errcode = E_AD0002_INCOMPLETE;
status = E_DB_INFO;
}
}
}
if (status == E_DB_OK)
{
result_dv->db_length = work->adw_shared.shd_o_used +
work->adw_fip.fip_null_bytes;
if (work->adw_fip.fip_null_bytes)
{
/*
** Then the datatype was nullable. Copy the NULL byte
** from the coupon.
*/
if (ADI_ISNULL_MACRO(coupon_dv))
{
ADF_SETNULL_MACRO(result_dv);
}
else
{
ADF_CLRNULL_MACRO(result_dv);
}
}
adf_scb->adf_errcb.ad_errcode = E_DB_OK;
}
}
else
{
/*
** In this case, we are at the end of data, but the "closing
** remarks" (no more strings (if gca) and null bytes) doesn't
** fit in the buffer.
**
** We mark this fact by setting the state to ADW_F_DONE_NEED_NULL.
*/
result_dv->db_length = work->adw_shared.shd_o_used;
work->adw_fip.fip_state = ADW_F_DONE_NEED_NULL;
adf_scb->adf_errcb.ad_errcode = E_AD0002_INCOMPLETE;
status = E_DB_INFO;
}
return(status);
}
DB_STATUS
adi_tyid(
ADF_CB *adf_scb,
ADI_DT_NAME *adi_dname,
DB_DT_ID *adi_did)
{
i4 s;
i4 n;
i4 i;
i4 cmp;
char *c1;
char *c2;
ADI_DT_NAME dt_name;
bool dategiven = FALSE;
s = sizeof(adi_dname->adi_dtname);
c2 = &adi_dname->adi_dtname[0];
if (c2 && ((*c2 == 'd') || (*c2 == 'D')))
{
if (STbcompare (c2, 0, "date", 0, TRUE) == 0)
{
dategiven = TRUE;
if (adf_scb->adf_date_type_alias & AD_DATE_TYPE_ALIAS_INGRES)
{
/* replace the input string with ingresdate */
MEmove(10, (PTR)"ingresdate", '\0',
sizeof(ADI_DT_NAME), (PTR)&dt_name.adi_dtname);
dt_name.adi_dtname[10]='\0';
}
else if (adf_scb->adf_date_type_alias & AD_DATE_TYPE_ALIAS_ANSI)
{
/* replace the input string with ansidate */
MEmove(8, (PTR)"ansidate", '\0',
sizeof(ADI_DT_NAME), (PTR)&dt_name.adi_dtname);
dt_name.adi_dtname[8]='\0';
}
else
{
return (adu_error(adf_scb, E_AD5065_DATE_ALIAS_NOTSET, 0));
}
}
}
for(n=1; n <= ADI_MXDTS; n++)
{
if (Adf_globs->Adi_datatypes[n].adi_dtid == DB_NODT) break;
cmp = 1;
c1 = &Adf_globs->Adi_datatypes[n].adi_dtname.adi_dtname[0];
if (dategiven == TRUE)
c2 = (PTR)&dt_name.adi_dtname;
else
c2 = &adi_dname->adi_dtname[0];
i = 0;
while ((i++ < s) && (*c1 != 0 || *c2 != 0))
{
if (*c1++ != *c2++)
{
cmp = 0;
break;
}
}
if (cmp)
{
*adi_did = Adf_globs->Adi_datatypes[n].adi_dtid;
return(E_DB_OK);
}
}
*adi_did = DB_NODT;
return(adu_error(adf_scb, E_AD2003_BAD_DTNAME, 0));
}
static DB_STATUS
ad0_llklmatch(
ADF_CB *adf_scb,
register ADULcstate *sst,
u_char *ends,
register ADULcstate *pst,
u_char *endp,
ADULcstate *est,
bool bignore,
i4 *rcmp)
{
ADULcstate savep;
i4 cc;
i4 cur_state = AD_S1_IN_RANGE_DASH_NORM;
bool empty_range = TRUE;
bool match_found = FALSE;
adulnext(pst);
for (;;)
{
/*
** Get the next character from the pattern string,
** handling escape sequences, and ignoring blanks if required.
** -----------------------------------------------------------
*/
if (adulptr(pst) >= endp)
{
return (adu_error(adf_scb, E_AD1015_BAD_RANGE, 0));
}
else
{
if (est != NULL && !adulcmp(pst, est))
{
/* we have an escape sequence */
adulnext(pst);
if (adulptr(pst) >= endp)
{
/* ERROR: escape at end of pattern string not allowed */
return (adu_error(adf_scb, E_AD1017_ESC_AT_ENDSTR, 0));
}
switch (adultrans(pst)/COL_MULTI)
{
case AD_1LIKE_ONE:
case AD_2LIKE_ANY:
case '-':
cc = AD_CC0_NORMAL;
break;
case AD_3LIKE_LBRAC:
cc = AD_CC4_LBRAC;
break;
case AD_4LIKE_RBRAC:
cc = AD_CC5_RBRAC;
break;
default:
if (!adulcmp(pst, est))
cc = AD_CC0_NORMAL;
else
/* ERROR: illegal escape sequence */
return (adu_error(adf_scb, E_AD1018_BAD_ESC_SEQ, 0));
break;
}
}
else
{
/* not an escape character */
switch (adultrans(pst)/COL_MULTI)
{
case AD_1LIKE_ONE:
cc = AD_CC2_ONE;
break;
case AD_2LIKE_ANY:
cc = AD_CC3_ANY;
break;
case '-':
cc = AD_CC1_DASH;
break;
case AD_3LIKE_LBRAC:
case AD_4LIKE_RBRAC:
default:
cc = AD_CC0_NORMAL;
break;
}
}
}
if (cc == AD_CC6_EOS)
return (adu_error(adf_scb, E_AD1015_BAD_RANGE, 0));
if (cc == AD_CC2_ONE || cc == AD_CC3_ANY || cc == AD_CC4_LBRAC)
return (adu_error(adf_scb, E_AD1016_PMCHARS_IN_RANGE, 0));
if ( bignore
&& cc == AD_CC0_NORMAL
&& (adulspace(pst) || adulisnull(pst))
)
{
adulnext(pst);
continue; /* ignore blanks and null chars for the C datatype */
}
/*
** Now, we have the next pattern character. Switch on the current
** state, then do something depending on what character class
** the next pattern character falls in. Note, that we should be
** guaranteed at this point to have either `NORMAL', `DASH', or `RBRAC'.
** All other cases have been handled above as error conditions.
*/
switch (cur_state)
{
case AD_S1_IN_RANGE_DASH_NORM:
switch (cc)
{
case AD_CC0_NORMAL:
case AD_CC1_DASH:
empty_range = FALSE;
STRUCT_ASSIGN_MACRO(*pst, savep);
cur_state = AD_S2_IN_RANGE_DASH_IS_OK;
break;
case AD_CC5_RBRAC:
/* end of the range spec, range *MUST* have been empty. */
adulnext(pst);
return (ad0_llike(adf_scb, sst, ends, pst, endp,
est, bignore, rcmp));
default:
/* should *NEVER* get here */
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
break;
case AD_S2_IN_RANGE_DASH_IS_OK:
switch (cc)
{
case AD_CC0_NORMAL:
if (adulptr(sst) < ends && adulcmp(sst, &savep) == 0)
match_found = TRUE;
STRUCT_ASSIGN_MACRO(*pst, savep);
/* cur_state remains AD_S2_IN_RANGE_DASH_IS_OK */
break;
case AD_CC1_DASH:
/* do nothing, but change cur_state */
cur_state = AD_S3_IN_RANGE_AFTER_DASH;
break;
case AD_CC5_RBRAC:
/* end of the range spec, and we have a saved char so range */
/* was not empty. */
if (adulptr(sst) < ends && adulcmp(sst, &savep) == 0)
match_found = TRUE;
if (match_found)
{
adulnext(sst);
adulnext(pst);
return (ad0_llike(adf_scb, sst, ends, pst, endp,
est, bignore, rcmp));
}
*rcmp = -1; /* if string not in range, call it < pat */
return (E_DB_OK);
default:
/* should *NEVER* get here */
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
break;
case AD_S3_IN_RANGE_AFTER_DASH:
switch (cc)
{
case AD_CC0_NORMAL:
if (adulcmp(&savep, pst) <= 0)
{
if ( adulptr(sst) < ends
&& adulcmp(sst, &savep) >= 0
&& adulcmp(sst, pst) <= 0
)
{
match_found = TRUE;
}
cur_state = AD_S4_IN_RANGE_DASH_NOT_OK;
break;
}
/* fall through to BAD-RANGE ... x-y, where x > y */
case AD_CC1_DASH:
case AD_CC5_RBRAC:
return (adu_error(adf_scb, E_AD1015_BAD_RANGE, 0));
default:
/* should *NEVER* get here */
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
break;
case AD_S4_IN_RANGE_DASH_NOT_OK:
switch (cc)
{
case AD_CC0_NORMAL:
STRUCT_ASSIGN_MACRO(*pst, savep);
cur_state = AD_S2_IN_RANGE_DASH_IS_OK;
break;
case AD_CC1_DASH:
return (adu_error(adf_scb, E_AD1015_BAD_RANGE, 0));
case AD_CC5_RBRAC:
/* end of the range spec, no saved char, and range was not */
/* empty. */
if (match_found)
{
adulnext(sst);
adulnext(pst);
return (ad0_llike(adf_scb, sst, ends, pst, endp,
est, bignore, rcmp));
}
*rcmp = -1; /* if string not in range, call it < pat */
return (E_DB_OK);
default:
/* should *NEVER* get here */
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
break;
default:
/* should *NEVER* get here */
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
adulnext(pst);
}
}
DB_STATUS
adu_copascii(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
register char *p;
char temp[ADI_OUTMXFIELD];
i4 leftfill;
i4 plen;
i4 str_len;
i2 out_width;
p = temp;
switch(dv1->db_datatype)
{
case DB_INT_TYPE:
if (dv1->db_length == 8)
{
CVla8(*(i8 *) dv1->db_data, p);
}
else if (dv1->db_length == 4)
{
CVla(*(i4 *) dv1->db_data, p);
}
else if (dv1->db_length == 2)
{
CVla((i4) *(i2 *) dv1->db_data, p);
}
else
{
CVla(I1_CHECK_MACRO(*(i1 *) dv1->db_data), p);
}
break;
case DB_DEC_TYPE:
{
i4 pr = DB_P_DECODE_MACRO(dv1->db_prec);
i4 sc = DB_S_DECODE_MACRO(dv1->db_prec);
i4 available_width = rdv->db_length;
char decimal = (adf_scb->adf_decimal.db_decspec
? (char) adf_scb->adf_decimal.db_decimal
: '.'
);
if ( rdv->db_datatype == DB_VCH_TYPE
|| rdv->db_datatype == DB_TXT_TYPE
|| rdv->db_datatype == DB_LTXT_TYPE
)
available_width -= DB_CNTSIZE;
/* now convert to ascii: use formula from lenspec for length, get
** scale # of digits after decimal point, use left-justify
*/
if (CVpka((PTR)dv1->db_data, pr, sc, decimal,
AD_PS_TO_PRN_MACRO(pr, sc), sc, CV_PKLEFTJUST, p, &str_len)
== CV_OVERFLOW)
{
/* this should never happen */
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
if (str_len > available_width)
return(adu_error(adf_scb, E_AD1030_F_COPY_STR_TOOSHORT, 0));
}
break;
case DB_FLT_TYPE:
{
char decimal = (adf_scb->adf_decimal.db_decspec ?
(char) adf_scb->adf_decimal.db_decimal : '.');
i4 available_width = rdv->db_length;
if ( rdv->db_datatype == DB_VCH_TYPE
|| rdv->db_datatype == DB_TXT_TYPE
|| rdv->db_datatype == DB_LTXT_TYPE
)
available_width -= DB_CNTSIZE;
if (dv1->db_length == 4)
{
f8 f8tmp = (f8) *(f4 *) dv1->db_data;
/* BUG : b119968
**
** CVfa is a utility routine for both f8 and f4 floats.
** In the f4 case, the value is converted to f8 prior
** to call (as here).
**
** This works well except for the boundary case, where
** the f4 is FLT_MAX. In this case, an effective
** rounding up of the f8 that occurs as we convert to
** a string (eventually through fcvt) "overflows" the
** original f4 value.
**
** We bump down the last sig bit of the f4, and then
** we have no problems.
*/
if ( f8tmp == FLT_MAX )
{
f8tmp = FLT_MAX_ROUND;
}
else if ( f8tmp == -FLT_MAX )
{
f8tmp = -FLT_MAX_ROUND;
}
CVfa(f8tmp,
adf_scb->adf_outarg.ad_f4width,
adf_scb->adf_outarg.ad_f4prec,
adf_scb->adf_outarg.ad_f4style,
decimal, p, &out_width);
if (out_width > available_width)
return(adu_error(adf_scb, E_AD1030_F_COPY_STR_TOOSHORT, 0));
}
else
{
CVfa(*(f8 *)dv1->db_data,
adf_scb->adf_outarg.ad_f8width,
adf_scb->adf_outarg.ad_f8prec,
adf_scb->adf_outarg.ad_f8style,
decimal, p, &out_width);
if (out_width > available_width)
return(adu_error(adf_scb, E_AD1030_F_COPY_STR_TOOSHORT, 0));
}
}
break;
default:
return(adu_error(adf_scb, E_AD5002_BAD_NUMBER_TYPE, 0));
}
while (*p == ' ')
p++;
/*
** TEXT, VARCHAR, and LONGTEXT are variable length copies,
** so no need to pad on the left.
*/
if ( rdv->db_datatype == DB_TXT_TYPE
|| rdv->db_datatype == DB_VCH_TYPE
|| rdv->db_datatype == DB_LTXT_TYPE
)
{
return(adu_movestring(adf_scb, (u_char *) p,
(i4) STlength(p), dv1->db_datatype, rdv));
}
/*
** At this point the result type can be C or CHAR
*/
plen = min(STlength(p), rdv->db_length);
leftfill = rdv->db_length - plen;
MEfill(leftfill, ' ', rdv->db_data);
MEcopy((PTR)p, plen, (PTR)((char *)rdv->db_data + leftfill));
return(E_DB_OK);
}
DB_STATUS
adu_ascii(
ADF_CB *adf_scb,
register DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
DB_STATUS db_stat = E_DB_OK;
register char *p;
char temp[ADI_OUTMXFIELD]; /* could probably be smaller */
u_char *str_addr;
i4 str_len;
i2 reswidth;
bool char_text = FALSE;
i8 i8_tmp = 0;
p = temp;
switch(dv1->db_datatype)
{
case DB_INT_TYPE:
if (dv1->db_length == 8)
{
CVla8(*(i8 *) dv1->db_data, p);
}
else if (dv1->db_length == 4)
{
CVla(*(i4 *) dv1->db_data, p);
}
else if (dv1->db_length == 2)
{
CVla((i4) (*(i2 *) dv1->db_data), p);
}
else
{
CVla(I1_CHECK_MACRO(*(i1 *) dv1->db_data), p);
}
break;
case DB_BOO_TYPE:
if (((DB_ANYTYPE *)dv1->db_data)->db_booltype == DB_FALSE)
STcopy("FALSE", p);
else
STcopy("TRUE", p);
break;
case DB_VCH_TYPE:
case DB_CHA_TYPE:
case DB_CHR_TYPE:
case DB_TXT_TYPE:
case DB_LTXT_TYPE:
case DB_BYTE_TYPE:
case DB_VBYTE_TYPE:
if ((db_stat = adu_3straddr(adf_scb, dv1, (char **) &str_addr)))
return(db_stat);
if ((db_stat = adu_size(adf_scb, dv1, &str_len)))
return(db_stat);
if ((db_stat = adu_movestring(adf_scb, str_addr, str_len,
dv1->db_datatype, rdv)))
return(db_stat);
char_text = TRUE;
break;
case DB_DEC_TYPE:
{
i4 pr = DB_P_DECODE_MACRO(dv1->db_prec);
i4 sc = DB_S_DECODE_MACRO(dv1->db_prec);
char decimal = (adf_scb->adf_decimal.db_decspec
? (char) adf_scb->adf_decimal.db_decimal
: '.'
);
/* now convert to ascii: use formula from lenspec for length, get
** scale # of digits after decimal point, use left-justify option
*/
if (CVpka((PTR)dv1->db_data, pr, sc, decimal,
AD_PS_TO_PRN_MACRO(pr, sc), sc, CV_PKLEFTJUST, p, &str_len)
== CV_OVERFLOW)
{
/* this should never happen */
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
}
break;
case DB_FLT_TYPE:
{
char decimal = (adf_scb->adf_decimal.db_decspec ?
(char) adf_scb->adf_decimal.db_decimal : '.');
if (dv1->db_length == 4)
{
CVfa((f8) *(f4 *) dv1->db_data,
adf_scb->adf_outarg.ad_f4width,
adf_scb->adf_outarg.ad_f4prec,
adf_scb->adf_outarg.ad_f4style,
decimal, p, &reswidth);
}
else
{
CVfa(*(f8 *)dv1->db_data,
adf_scb->adf_outarg.ad_f8width,
adf_scb->adf_outarg.ad_f8prec,
adf_scb->adf_outarg.ad_f8style,
decimal, p, &reswidth);
}
}
break;
case DB_DTE_TYPE:
case DB_ADTE_TYPE:
case DB_TMWO_TYPE:
case DB_TMW_TYPE:
case DB_TME_TYPE:
case DB_TSWO_TYPE:
case DB_TSW_TYPE:
case DB_TSTMP_TYPE:
case DB_INYM_TYPE:
case DB_INDS_TYPE:
return( adu_6datetostr( adf_scb, dv1, rdv));
case DB_MNY_TYPE:
return( adu_9mnytostr( adf_scb, dv1, rdv));
case DB_LVCH_TYPE:
case DB_LBYTE_TYPE:
case DB_GEOM_TYPE:
case DB_POINT_TYPE:
case DB_MPOINT_TYPE:
case DB_LINE_TYPE:
case DB_MLINE_TYPE:
case DB_POLY_TYPE:
case DB_MPOLY_TYPE:
case DB_GEOMC_TYPE:
case DB_LNVCHR_TYPE:
case DB_LCLOC_TYPE:
case DB_LBLOC_TYPE:
case DB_LNLOC_TYPE:
return( adu_lvch_move( adf_scb, dv1, rdv));
case DB_BIT_TYPE:
case DB_VBIT_TYPE:
return( adu_bit2str( adf_scb, dv1, rdv));
case DB_LOGKEY_TYPE:
case DB_TABKEY_TYPE:
return( adu_3logkeytostr( adf_scb, dv1, rdv));
default:
return(adu_error(adf_scb, E_AD2090_BAD_DT_FOR_STRFUNC, 0));
}
if (!char_text)
{
if ((db_stat = adu_movestring(adf_scb, (u_char *) p,
(i4) STlength(p),
dv1->db_datatype, rdv))
!= E_DB_OK
)
return(db_stat);
}
return(E_DB_OK);
}
/*{
** Name: adc_dbtoev - Determine which type to export
**
** Description:
** This routine, given an input datatype, determines which type to send to
** output. It is assumed that a coercion exists for this datatype
** transformation.
**
** If the datatype is exportable (AD_NOEXPORT is not set), then the result
** datatype is identical with the input. Otherwise, a call is made to the
** dbtoev routine specified in the datatype com vector.
**
** If the input is nullable, then the output is nullable as well.
**
** Inputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct.
** .ad_ebuflen The length, in bytes, of the buffer
** pointed to by ad_errmsgp.
** .ad_errmsgp Pointer to a buffer to put formatted
** error message in, if necessary.
** db_value Ptr to db_data_value for database
** type/prec/length
** ev_value Pointer to DB_DATA_VALUE for exported type
**
** Outputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct. If an
** error occurs the following fields will
** be set. NOTE: if .ad_ebuflen = 0 or
** .ad_errmsgp = NULL, no error message
** will be formatted.
** .ad_errcode ADF error code for the error.
** .ad_errclass Signifies the ADF error class.
** .ad_usererr If .ad_errclass is ADF_USER_ERROR,
** this field is set to the corresponding
** user error which will either map to
** an ADF error code or a user-error code.
** .ad_emsglen The length, in bytes, of the resulting
** formatted error message.
** .adf_errmsgp Pointer to the formatted error message.
** *ev_value Filled appropriately.
**
** Returns:
** The following DB_STATUS codes may be returned:
** E_DB_OK, E_DB_WARN, E_DB_ERROR, E_DB_SEVERE, E_DB_FATAL
**
** If a DB_STATUS code other than E_DB_OK is returned, the caller
** can look in the field adf_scb.adf_errcb.ad_errcode to determine
** the ADF error code. The following is a list of possible ADF error
** codes that can be returned by this routine:
**
** E_AD0000_OK Operation succeeded.
** E_AD2004_BAD_DTID Datatype id unknown to ADF.
**
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 07-apr-89 (fred)
** Created.
** 11-jul-89 (jrb)
** Removed unused variables.
** 29-oct-1992 (stevet)
** Added check for protocol level support to see if decimal data
** can be exported.
[@history_template@]...
*/
DB_STATUS
adc_dbtoev(
ADF_CB *adf_scb,
DB_DATA_VALUE *db_value,
DB_DATA_VALUE *ev_value)
{
DB_DT_ID bdt = abs(db_value->db_datatype);
DB_DT_ID bdtv;
DB_STATUS status = E_DB_OK;
bdtv = ADI_DT_MAP_MACRO(bdt);
if ( bdtv <= 0 || bdtv > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[bdtv] == NULL
)
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
if (Adf_globs->Adi_dtptrs[bdtv]->adi_dtstat_bits &
(AD_NOEXPORT | AD_CONDEXPORT))
{
if( bdt == DB_DEC_TYPE)
{
if(adf_scb->adf_proto_level & AD_DECIMAL_PROTO)
{
ev_value->db_datatype = db_value->db_datatype;
ev_value->db_length = db_value->db_length;
ev_value->db_prec = db_value->db_prec;
ev_value->db_collID = db_value->db_collID;
}
else
return(adu_error(adf_scb, E_AD101A_DT_NOT_SUPPORTED, 2,
(i4) sizeof(SystemProductName),
(i4 *) &SystemProductName));
}
else
{
if (Adf_globs->Adi_dtptrs[bdtv]->adi_dt_com_vect.adp_dbtoev_addr)
{
if (db_value->db_datatype >= 0)
{
status = (*Adf_globs->Adi_dtptrs[bdtv]->
adi_dt_com_vect.adp_dbtoev_addr)
(adf_scb, db_value, ev_value);
}
else
{
DB_DATA_VALUE tmp_db;
DB_DATA_VALUE tmp_ev;
/* Datatype is nullable -- adjust length & datatype for */
/* underlying code */
tmp_db.db_length = db_value->db_length - 1;
tmp_db.db_prec = db_value->db_prec;
tmp_db.db_collID = db_value->db_collID;
tmp_db.db_datatype = bdt;
status = (*Adf_globs->Adi_dtptrs[bdtv]->
adi_dt_com_vect.adp_dbtoev_addr)
(adf_scb, &tmp_db, &tmp_ev);
ev_value->db_datatype = -(abs(tmp_ev.db_datatype));
ev_value->db_length = tmp_ev.db_length + 1;
ev_value->db_prec = tmp_ev.db_prec;
ev_value->db_prec = tmp_ev.db_collID;
}
}
else
{
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
}
}
else
{
status = E_DB_WARN;
STRUCT_ASSIGN_MACRO(*db_value, *ev_value);
}
return(status);
}
DB_STATUS
adu_dbmsinfo(
ADF_CB *adf_scb,
DB_DATA_VALUE *dv1,
DB_DATA_VALUE *rdv)
{
i4 i = Adf_globs->Adi_num_dbis;
i4 found = FALSE;
ADF_DBMSINFO *dbi = Adf_globs->Adi_dbi;
i4 dbi_size = sizeof(dbi->dbi_reqname);
i4 in_size = ((DB_TEXT_STRING *)dv1->db_data)->db_t_count;
char *in_str = (char *)
((DB_TEXT_STRING *)dv1->db_data)->db_t_text;
register i4 j;
register char *c1;
register char *c2;
char ch_tmp;
ALIGN_RESTRICT *tbuf;
DB_STATUS db_stat = E_DB_OK;
i4 cmp;
DB_DATA_VALUE tmp_dv;
DB_ERROR err;
ADK_MAP *kmap;
char localbuf[2004];
bool uselocal = TRUE;
if (in_size <= dbi_size) /* No possible match if input is bigger */
{
/* Find the request in the dbmsinfo() request table */
while (i--)
{
cmp = TRUE;
c1 = dbi->dbi_reqname;
c2 = in_str;
j = 0;
while (j < in_size && *c1 != 0)
{
CMtolower(c2, &ch_tmp);
if (*c1 != ch_tmp)
{
cmp = FALSE;
break;
}
c1++;
c2++;
j++;
}
if ( cmp
&& (in_size == dbi_size || (*c1 == 0 && j == in_size))
)
{
found = TRUE;
break;
}
dbi++;
}
}
if (!found)
{
((DB_TEXT_STRING *)rdv->db_data)->db_t_count = 0;
db_stat = E_DB_OK;
}
else
{
/* {@fix_me@} ... eventually, we have to handle 1 input, and
** lenspecs that are not FIXED LENGTH
*/
if (dbi->dbi_num_inputs || dbi->dbi_lenspec.adi_lncompute != ADI_FIXED)
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
tmp_dv.db_datatype = dbi->dbi_dtr;
tmp_dv.db_length = dbi->dbi_lenspec.adi_fixedsize;
if (tmp_dv.db_length >= 2004)
{
uselocal = FALSE;
tbuf = (ALIGN_RESTRICT *)MEreqmem(0,
((DB_GW4_MAXSTRING + DB_CNTSIZE - 1) /
sizeof(ALIGN_RESTRICT)) + 1,
FALSE, NULL);
tmp_dv.db_data = (PTR)tbuf;
}
else tmp_dv.db_data = (PTR)&localbuf[0];
/*
** Is request one of the query constants? If so, use adu_dbconst()
** instead of the dbi function found in the dbi table.
*/
if (dbi == Adf_globs->Adk_bintim_map.adk_dbi)
kmap = &Adf_globs->Adk_bintim_map;
else if (dbi == Adf_globs->Adk_cpu_ms_map.adk_dbi)
kmap = &Adf_globs->Adk_cpu_ms_map;
else if (dbi == Adf_globs->Adk_et_sec_map.adk_dbi)
kmap = &Adf_globs->Adk_et_sec_map;
else if (dbi == Adf_globs->Adk_dio_cnt_map.adk_dbi)
kmap = &Adf_globs->Adk_dio_cnt_map;
else if (dbi == Adf_globs->Adk_bio_cnt_map.adk_dbi)
kmap = &Adf_globs->Adk_bio_cnt_map;
else if (dbi == Adf_globs->Adk_pfault_cnt_map.adk_dbi)
kmap = &Adf_globs->Adk_pfault_cnt_map;
else if (dbi == Adf_globs->Adk_curr_date_map.adk_dbi)
kmap = &Adf_globs->Adk_curr_date_map;
else if (dbi == Adf_globs->Adk_curr_time_map.adk_dbi)
kmap = &Adf_globs->Adk_curr_time_map;
else if (dbi == Adf_globs->Adk_curr_tstmp_map.adk_dbi)
kmap = &Adf_globs->Adk_curr_tstmp_map;
else if (dbi == Adf_globs->Adk_local_time_map.adk_dbi)
kmap = &Adf_globs->Adk_local_time_map;
else if (dbi == Adf_globs->Adk_local_tstmp_map.adk_dbi)
kmap = &Adf_globs->Adk_local_tstmp_map;
else
kmap = NULL;
if (kmap == NULL)
db_stat = (*dbi->dbi_func)(dbi, NULL, &tmp_dv, &err);
else
db_stat = adu_dbconst(adf_scb, kmap, &tmp_dv);
if (DB_SUCCESS_MACRO(db_stat))
{
db_stat = adu_ascii(adf_scb, &tmp_dv, rdv);
}
if (!uselocal)
MEfree((PTR)tbuf);
}
return (db_stat);
}
/*{
** Name: adt_utf8comp() - Compare 2 c/text/char/varchar values in UTF8 server
**
** Description:
** This routine compares two string data values. Before they are compared,
** they must be coerced to UCS2 and the comparison is done according to
** the Unicode Collation Algorithm. This necessitates a call to
** adu_nvchr_utf8comp() to perform the setup and comparison. This function
** presents the values as DB_DATA_VALUE structures, as expected by
** adu_nvchr_utf8comp().
**
** Inputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct.
** .ad_ebuflen The length, in bytes, of the buffer
** pointed to by ad_errmsgp.
** .ad_errmsgp Pointer to a buffer to put formatted
** error message in, if necessary.
** atr_bdt Data type to be compared.
** atr_len Length of comparands.
** d1 Pointer to first value.
** d2 Pointer to second value.
**
** Outputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct. If an
** error occurs the following fields will
** be set. NOTE: if .ad_ebuflen = 0 or
** .ad_errmsgp = NULL, no error message
** will be formatted.
** .ad_errcode ADF error code for the error.
** .ad_errclass Signifies the ADF error class.
** .ad_usererr If .ad_errclass is ADF_USER_ERROR,
** this field is set to the corresponding
** user error which will either map to
** an ADF error code or a user-error code.
** .ad_emsglen The length, in bytes, of the resulting
** formatted error message.
** .adf_errmsgp Pointer to the formatted error message.
** status Status returned from
** adu_mvchr_utf8comp(), if called.
**
** The following DB_STATUS codes may be returned by
** adu_nvchr_utf8comp():
** E_DB_OK, E_DB_WARN, E_DB_ERROR, E_DB_SEVERE, E_DB_FATAL
**
** If a DB_STATUS code other than E_DB_OK is returned, the caller
** can look in the field adf_scb.adf_errcb.ad_errcode to determine
** the ADF error code. The following is a list of possible ADF error
** codes that can be returned by this routine:
**
** E_AD0000_OK Operation succeeded.
** E_AD2004_BAD_DTID Datatype id unknown to ADF.
** E_AD2005_BAD_DTLEN Internal length is illegal for
** the given datatype.
** (Others not yet defined)
**
** Returns:
** i4 < 0 if 1st < 2nd
** = 0 if 1st = 2nd
** > 0 if 1st > 2nd
**
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 10-may-2007 (dougi)
** Written for UTF8-enabled server.
** 05-nov-2007 (gupsh01)
** pass in default for quel pattern matching to
** adu_nvchr_utf8comp.
** 19-mar-2008 (gupsh01)
** Use an aligned buffer for varchar and text types.
** 20-mar-2008 (gupsh01)
** Start with an aligned buffer to work with.
** 12-jul-2008 (gupsh01)
** Fix the size allocated for aligned buffer.
*/
static i4
adt_utf8comp(
ADF_CB *adf_scb,
DB_ATTS *atr,
i4 atr_bdt,
i2 atr_len,
char *d1, /* Ptr to 1st value */
char *d2, /* Ptr to 2nd value */
DB_STATUS *status) /* Status from adc_compare */
{
i4 cur_cmp; /* Result of latest attr cmp */
DB_DATA_VALUE dv1;
DB_DATA_VALUE dv2;
ALIGN_RESTRICT temp_dv1[2048 / sizeof(ALIGN_RESTRICT)];
ALIGN_RESTRICT temp_dv2[2048 / sizeof(ALIGN_RESTRICT)];
char *dv1data = d1;
char *dv2data = d2;
u_char *tc1, *tc2, *dc1, *dc2;
bool getdv1mem = FALSE;
bool getdv2mem = FALSE;
i4 reqlen;
/* If varchar/text then use the aligned buffer */
if ((abs(atr_bdt) == DB_VCH_TYPE) ||
(abs(atr_bdt) == DB_TXT_TYPE))
{
STATUS stat;
/*
** Check for alignment
*/
reqlen = atr_len + DB_CNTSIZE + sizeof(ALIGN_RESTRICT);
if(ME_ALIGN_MACRO((PTR)d1, sizeof(ALIGN_RESTRICT)) !=d1)
{
if (reqlen > sizeof(temp_dv1))
{
dv1data = (char *)MEreqmem(0, reqlen, FALSE, &stat);
if ((dv1data == NULL) || (stat != OK))
return (adu_error(adf_scb, E_AD2042_MEMALLOC_FAIL, 2, 0,
(i4) sizeof(stat), (i4 *)&stat));
getdv1mem = TRUE;
}
else
dv1data = (char *)&temp_dv1[0];
I2ASSIGN_MACRO(((DB_TEXT_STRING *)d1)->db_t_count,
((DB_TEXT_STRING *)dv1data)->db_t_count);
tc1 = (u_char *)d1 + DB_CNTSIZE;
dc1 = (u_char *)dv1data + DB_CNTSIZE;
MEcopy ( tc1, atr_len, dc1);
}
if(ME_ALIGN_MACRO((PTR)d2, sizeof(ALIGN_RESTRICT)) !=d2)
{
if (reqlen > sizeof(temp_dv2))
{
dv2data = (char *)MEreqmem(0, reqlen , FALSE, &stat);
if ((dv2data == NULL) || (stat != OK))
return (adu_error(adf_scb, E_AD2042_MEMALLOC_FAIL, 2, 0,
(i4) sizeof(stat), (i4 *)&stat));
getdv2mem = TRUE;
}
else
dv2data = (char *)&temp_dv2[0];
I2ASSIGN_MACRO(((DB_TEXT_STRING *)d2)->db_t_count,
((DB_TEXT_STRING *)dv2data)->db_t_count);
tc2 = (u_char *)d2 + DB_CNTSIZE;
dc2 = (u_char *)dv2data + DB_CNTSIZE;
MEcopy ( tc2, atr_len, dc2);
}
}
/* Set up DB_DATA_VALUEs. */
dv1.db_datatype = dv2.db_datatype = (DB_DT_ID)atr_bdt;
dv1.db_prec = dv2.db_prec = atr->precision;
dv1.db_length = dv2.db_length = atr_len;
dv1.db_collID = dv2.db_collID = atr->collID;
dv1.db_data = dv1data;
dv2.db_data = dv2data;
*status = adu_nvchr_utf8comp(adf_scb, 0, &dv1, &dv2, &cur_cmp);
if (getdv1mem && dv1data)
MEfree (dv1data);
if (getdv2mem && dv2data)
MEfree (dv2data);
return(cur_cmp);
}
DB_STATUS
adu_like_all(
ADF_CB *adf_scb,
DB_DATA_VALUE *src_dv,
DB_DATA_VALUE *pat_dv,
DB_DATA_VALUE *esc_dv,
u_i4 pat_flags,
i4 *rcmp)
{
DB_STATUS db_stat = E_DB_OK;
AD_PAT_SEA_CTX _sea_ctx;
AD_PAT_SEA_CTX *sea_ctx = &_sea_ctx;
AD_PATDATA _patdata;
AD_PATDATA *patdata;
AD_PAT_DA_CTX da_ctx;
DB_DATA_VALUE dv_tmp1;
DB_DATA_VALUE dv_tmp2;
DB_DATA_VALUE *s1 = src_dv, *p1 = pat_dv;
i4 rcmp1 = 0;
i4 long_seen = 0;
DB_STATUS db_stat1 = E_DB_OK;
char tmp[2000];
i2 saved_uninorm_flag = adf_scb->adf_uninorm_flag;
static struct {
ADU_PATCOMP_FUNC *compile;
ADU_PATEXEC_FUNC *execute;
} rtns[] = {
{adu_patcomp_like, adu_pat_execute},
{adu_patcomp_like, adu_pat_execute_col},
{adu_patcomp_like_uni, adu_pat_execute_uni},
};
enum rtns_idx {
LIKE, LIKE_COLLATION, LIKE_UNICODE
} form = LIKE;
if (pat_dv->db_datatype == DB_PAT_TYPE)
{
patdata = (AD_PATDATA*)pat_dv->db_data;
if (ME_ALIGN_MACRO(patdata, sizeof(i2)) != (PTR)patdata)
{
if ((i2)sizeof(_patdata) >= pat_dv->db_length)
patdata = &_patdata;
else
{
patdata = (AD_PATDATA*)MEreqmem(0, pat_dv->db_length,
FALSE, &db_stat);
if (!patdata || db_stat)
return db_stat;
}
MEcopy(pat_dv->db_data, pat_dv->db_length, patdata);
}
pat_flags = patdata->patdata.flags|
(patdata->patdata.flags2<<16);
/* Pre-compiled pattern */
{
i4 i;
/* ->patdata is passed in preset with a valid [PATDATA_LENGTH] -
** save it now as we will clear the lot */
MEfill(sizeof(*sea_ctx), 0, (PTR)sea_ctx);
sea_ctx->patdata = patdata;
/*sea_ctx->buffer = NULL;*/
/*sea_ctx->bufend = NULL;*/
/*sea_ctx->buftrueend = NULL;*/
/*sea_ctx->seg_offset = 0;*/
/*sea_ctx->buflen = 0;*/
/*sea_ctx->at_bof = FALSE;*/
/*sea_ctx->at_eof = FALSE;*/
/*sea_ctx->trace = FALSE;*/
/*sea_ctx->force_fail = FALSE;*/
/*sea_ctx->cmplx_lim_exc = FALSE;*/
/*sea_ctx->stalled = NULL;*/
/*sea_ctx->pending = NULL;*/
/*sea_ctx->free = NULL;*/
/*sea_ctx->setbuf = NULL;*/
#if PAT_DBG_TRACE>0
/*sea_ctx->nid = 0;*/
/*sea_ctx->infile = NULL;*/
/*sea_ctx->outfile = NULL;*/
#endif
/*sea_ctx->nctxs_extra = 0;*/
sea_ctx->nctxs = DEF_THD;
for (i = DEF_THD-1; i >= 0; i--)
{
sea_ctx->ctxs[i].next = sea_ctx->free;
sea_ctx->free = &sea_ctx->ctxs[i];
}
}
db_stat = adu_patcomp_set_pats(sea_ctx);
/* If prior patcomp flagged force_fail - obey it */
if (patdata->patdata.flags2 & AD_PAT2_FORCE_FAIL)
sea_ctx->force_fail = TRUE;
}
else
{
patdata = &_patdata;
/* Tell compiler size we are prepared for */
patdata->patdata.length = sizeof(_patdata)/sizeof(_patdata.vec[0]);
sea_ctx->patdata = patdata;
/*
** To allow for default processing we have the user specified
** case flags to deal with. If AD_PAT_WITH_CASE or AD_PAT_WO_CASE
** is set then we use that setting to override any collation
** case request. If neither are set we obey the collation.
*/
if (pat_flags & AD_PAT_WITH_CASE)
{
pat_flags &= ~AD_PAT_WO_CASE;
}
else if (!(pat_flags & AD_PAT_WO_CASE) &&
(src_dv->db_collID == DB_UNICODE_CASEINSENSITIVE_COLL ||
pat_dv->db_collID == DB_UNICODE_CASEINSENSITIVE_COLL))
{
pat_flags |= AD_PAT_WO_CASE;
}
/*
** From this point on, the AD_PAT_WITH_CASE flag is ignored as
** its state has been folded into the AD_PAT_WO_CASE flag.
*/
}
if (ADU_pat_legacy == -1)
pat_flags &= ~AD_PAT_WO_CASE;
else if (ADU_pat_legacy == -2)
pat_flags |= AD_PAT_WO_CASE;
dv_tmp1.db_data = NULL;
dv_tmp2.db_data = NULL;
switch (abs(src_dv->db_datatype))
{
case DB_LNVCHR_TYPE:
case DB_LNLOC_TYPE:
long_seen = 1;
case DB_NVCHR_TYPE:
case DB_NCHR_TYPE:
case DB_UTF8_TYPE:
case DB_NQTXT_TYPE:
form = LIKE_UNICODE;
/* All handled directly by DA */
break;
case DB_LVCH_TYPE:
case DB_LCLOC_TYPE:
if (adf_scb->adf_utf8_flag & AD_UTF8_ENABLED)
form = LIKE_UNICODE;
case DB_LBYTE_TYPE:
case DB_LBLOC_TYPE:
long_seen = 1;
case DB_BYTE_TYPE:
case DB_VBYTE_TYPE:
/* All handled directly by DA */
break;
case DB_CHR_TYPE:
pat_flags |= AD_PAT_BIGNORE; /* Ignore blanks */
/*FALLTHROUGH*/
case DB_CHA_TYPE:
case DB_VCH_TYPE:
case DB_TXT_TYPE:
case DB_LTXT_TYPE:
if (adf_scb->adf_utf8_flag & AD_UTF8_ENABLED)
{
form = LIKE_UNICODE;
dv_tmp1.db_datatype = DB_NVCHR_TYPE;
dv_tmp1.db_length = src_dv->db_length * 4 + DB_CNTSIZE;
dv_tmp1.db_prec = 0;
dv_tmp1.db_collID = -1;
if (dv_tmp1.db_length < (i2)sizeof(tmp))
dv_tmp1.db_data = tmp;
else
{
dv_tmp1.db_data = (char *) MEreqmem (0, dv_tmp1.db_length, TRUE, &db_stat);
if (db_stat)
return db_stat;
}
adf_scb->adf_uninorm_flag = AD_UNINORM_NFC;
db_stat = adu_nvchr_fromutf8(adf_scb, src_dv, &dv_tmp1);
adf_scb->adf_uninorm_flag = saved_uninorm_flag;
src_dv = &dv_tmp1;
}
break;
default:
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
/*
** See how the pattern looks and coerce appropriatly
*/
switch (abs(pat_dv->db_datatype))
{
case DB_LNVCHR_TYPE:
case DB_LNLOC_TYPE:
long_seen = 1;
case DB_NVCHR_TYPE:
case DB_NCHR_TYPE:
case DB_UTF8_TYPE:
case DB_NQTXT_TYPE:
if (form != LIKE_UNICODE)
{
DB_DATA_VALUE dv_tmp3;
form = LIKE_UNICODE;
dv_tmp1.db_datatype = DB_NVCHR_TYPE;
dv_tmp1.db_length = src_dv->db_length * 3 + DB_CNTSIZE;
dv_tmp1.db_prec = 0;
dv_tmp1.db_collID = -1;
dv_tmp3.db_datatype = DB_NVCHR_TYPE;
dv_tmp3.db_length = src_dv->db_length * 3 + DB_CNTSIZE;
dv_tmp3.db_prec = 0;
dv_tmp3.db_collID = -1;
if (dv_tmp1.db_length < (i2)sizeof(tmp))
dv_tmp1.db_data = tmp;
else
{
dv_tmp1.db_data = (char *) MEreqmem (0, dv_tmp1.db_length, TRUE, &db_stat);
if (db_stat)
return db_stat;
}
dv_tmp3.db_data = (char *) MEreqmem (0, dv_tmp3.db_length, TRUE, &db_stat);
if (db_stat)
return db_stat;
if (db_stat = adu_nvchr_coerce(adf_scb, src_dv, &dv_tmp3))
{
if (dv_tmp1.db_data && dv_tmp1.db_data != tmp)
MEfree((char *)dv_tmp1.db_data);
return db_stat;
}
adf_scb->adf_uninorm_flag = AD_UNINORM_NFC;
db_stat = adu_unorm(adf_scb, &dv_tmp3, &dv_tmp1);
adf_scb->adf_uninorm_flag = saved_uninorm_flag;
MEfree((char *)dv_tmp3.db_data);
if (db_stat)
{
if (dv_tmp1.db_data && dv_tmp1.db_data != tmp)
MEfree((char *)dv_tmp1.db_data);
return db_stat;
}
src_dv = &dv_tmp1;
}
break;
case DB_CHR_TYPE:
pat_flags |= AD_PAT_BIGNORE; /* Ignore blanks */
/*FALLTHROUGH*/
case DB_LVCH_TYPE:
case DB_LCLOC_TYPE:
case DB_LBYTE_TYPE:
case DB_LBLOC_TYPE:
case DB_BYTE_TYPE:
case DB_VBYTE_TYPE:
case DB_CHA_TYPE:
case DB_VCH_TYPE:
case DB_TXT_TYPE:
case DB_LTXT_TYPE:
if (form == LIKE_UNICODE)
{
DB_DATA_VALUE dv_tmp3;
dv_tmp2.db_datatype = DB_NVCHR_TYPE;
dv_tmp2.db_length = pat_dv->db_length * 4 + DB_CNTSIZE;
dv_tmp2.db_prec = 0;
dv_tmp2.db_collID = -1;
dv_tmp3.db_datatype = DB_NVCHR_TYPE;
dv_tmp3.db_length = pat_dv->db_length * 3 + DB_CNTSIZE;
dv_tmp3.db_prec = 0;
dv_tmp3.db_collID = -1;
if (dv_tmp2.db_length < (i2)sizeof(tmp) && dv_tmp1.db_data != tmp)
dv_tmp2.db_data = tmp;
else
{
dv_tmp2.db_data = (char *) MEreqmem (0, dv_tmp2.db_length, TRUE, &db_stat);
if (db_stat)
return db_stat;
}
if (adf_scb->adf_utf8_flag & AD_UTF8_ENABLED)
{
adf_scb->adf_uninorm_flag = AD_UNINORM_NFC;
db_stat = adu_nvchr_fromutf8(adf_scb, pat_dv, &dv_tmp2);
adf_scb->adf_uninorm_flag = saved_uninorm_flag;
}
else
{
dv_tmp3.db_data = (char *) MEreqmem (0, dv_tmp3.db_length, TRUE, &db_stat);
if (db_stat)
return db_stat;
if (db_stat = adu_nvchr_coerce(adf_scb, pat_dv, &dv_tmp3))
{
if (dv_tmp2.db_data && dv_tmp2.db_data != tmp)
MEfree((char *)dv_tmp2.db_data);
return db_stat;
}
adf_scb->adf_uninorm_flag = AD_UNINORM_NFC;
db_stat = adu_unorm(adf_scb, &dv_tmp3, &dv_tmp2);
adf_scb->adf_uninorm_flag = saved_uninorm_flag;
MEfree((char *)dv_tmp3.db_data);
if (db_stat)
{
if (dv_tmp2.db_data && dv_tmp2.db_data != tmp)
MEfree((char *)dv_tmp2.db_data);
return db_stat;
}
}
pat_dv = &dv_tmp2;
}
break;
case DB_PAT_TYPE:
if (patdata->patdata.flags2 & AD_PAT2_UNICODE)
form = LIKE_UNICODE;
else if (patdata->patdata.flags2 & AD_PAT2_COLLATE)
form = LIKE_COLLATION;
break;
default:
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
if (abs(pat_dv->db_datatype) != DB_PAT_TYPE)
{
if (form == LIKE && adf_scb->adf_collation)
{
form = LIKE_COLLATION;
pat_flags |= (AD_PAT2_COLLATE<<16);
}
else if (form == LIKE_UNICODE)
pat_flags |= (AD_PAT2_UNICODE<<16);
if (ADU_pat_legacy > 0 &&
!long_seen &&
(pat_flags & AD_PAT_FORM_MASK) == AD_PAT_FORM_LIKE)
{
if (form == LIKE_UNICODE)
db_stat1 = adu_ulike(adf_scb, s1, p1,
(UCS2*)(esc_dv?esc_dv->db_data:0), &rcmp1);
else
db_stat1 = adu_like(adf_scb, s1, p1,
(u_char*)(esc_dv?esc_dv->db_data:0), &rcmp1);
if (ADU_pat_legacy == 3)
{
/* Look no further */
*rcmp = rcmp1;
if (dv_tmp1.db_data && dv_tmp1.db_data != tmp)
MEfree((char *)dv_tmp1.db_data);
if (dv_tmp2.db_data && dv_tmp2.db_data != tmp)
MEfree((char *)dv_tmp2.db_data);
return db_stat1;
}
}
/* Compile the input pattern */
db_stat = (rtns[form].compile)(adf_scb, pat_dv, esc_dv, pat_flags, sea_ctx);
}
if (!db_stat && sea_ctx)
{
if (sea_ctx->force_fail)
*rcmp = 1;
else
{
/* Init the data access */
if (!(db_stat = adu_patda_init(adf_scb, src_dv, sea_ctx, &da_ctx)))
{
/* Do the search */
db_stat = (rtns[form].execute)(sea_ctx, &da_ctx, rcmp);
}
/* Cleanup the data access */
(VOID)adu_patda_term(&da_ctx);
if (!db_stat && sea_ctx->cmplx_lim_exc)
db_stat = adu_error(adf_scb, E_AD1026_PAT_TOO_CPLX, 0);
}
}
adu_patcomp_free(sea_ctx);
if (dv_tmp1.db_data && dv_tmp1.db_data != tmp)
MEfree((char *)dv_tmp1.db_data);
if (dv_tmp2.db_data && dv_tmp2.db_data != tmp)
MEfree((char *)dv_tmp2.db_data);
if (patdata != &_patdata && (PTR)patdata != pat_dv->db_data)
MEfree((PTR)patdata);
if (ADU_pat_legacy > 0 &&
!long_seen &&
(pat_flags & AD_PAT_FORM_MASK) == AD_PAT_FORM_LIKE)
{
if (db_stat1 && db_stat)
{
/* Old unsupported? - just report */
TRdisplay("%s old fail - %d %d osts=%d nsts=%d\n",
pat_flags & AD_PAT_WO_CASE?"ILIKE":"LIKE",
s1->db_datatype, p1->db_datatype,
db_stat1, db_stat);
}
else if (db_stat1 && !db_stat)
{
/* NEW SOLUTION - */
TRdisplay("%s new support - %d %d osts=%d\n",
pat_flags & AD_PAT_WO_CASE?"ILIKE":"LIKE",
s1->db_datatype, p1->db_datatype,
db_stat1);
}
else if (!db_stat1 && db_stat)
{
i4 sl, pl;
char *s, *p;
/*NEW PROB - report & fixup */
adu_lenaddr(adf_scb, s1, &sl, &s);
adu_lenaddr(adf_scb, p1, &pl, &p);
TRdisplay("%s new problem - %d %d nsts=%d ores=%d nres=%d '%.#s' '%.#s'\n",
pat_flags & AD_PAT_WO_CASE?"ILIKE":"LIKE",
s1->db_datatype, p1->db_datatype,
db_stat,
rcmp1, *rcmp,
sl,s,pl,p);
if (ADU_pat_legacy > 1)
{
*rcmp = rcmp1;
db_stat = db_stat1;
}
}
else if (*rcmp != rcmp1)
{
i4 sl, pl;
char *s, *p;
/*NEW PROB - report & fixup */
adu_lenaddr(adf_scb, s1, &sl, &s);
adu_lenaddr(adf_scb, p1, &pl, &p);
TRdisplay("%s bad? %d %d ores=%d nres=%d '%.#s' '%.#s'\n",
pat_flags & AD_PAT_WO_CASE?"ILIKE":"LIKE",
s1->db_datatype, p1->db_datatype,
rcmp1, *rcmp,
sl,s,pl,p);
if (ADU_pat_legacy > 1)
{
*rcmp = rcmp1;
db_stat = db_stat1;
}
}
}
return db_stat;
}
/*
** {
** Name: adu_redeem - Redeem an ADF_COUPON
**
** Description:
** This routine redeems an ADF_COUPON, i.e. it materializes the object
** represented by the coupon. Since objects represented by coupons
** may not fit in memory, this routine must deal with returning partial
** results. In such cases, it will store its partial status in its fourth
** argument, which is to be returned for each call.
**
** Inputs:
** adf_scb Standard ADF session control block
** result_dv Ptr to DB_DATA_VALUE into which to
** place the result.
** coupon_dv Ptr to DB_DATA_VALUE which contains
** the input to redeem.
** workspace_dv Ptr to DB_DATA_VALUE which points to
** the workspace. This workspace is
** expected to be maintained across
** calls to this routine for any given
** coupon. (I.e. it can be "new" only
** when "continuation" (next param) is
** zero.
** continuation Is this a continuation of a previous
** call.
**
** Outputs:
** adf_scb->adf_errcb Filled as appropriate.
** result_dv->db_length Filled with the length of the result
** area actually used.
** *workspace->db_data Filled with info to be used by
** subsequent invocations of this routine.
** Returns:
** E_DB_ERROR In case of error
** E_DB_INFO/E_AD0002_INCOMPLETE
** When more calls are necessary
** E_DB_OK When complete.
**
** Exceptions:
** None.
**
** Side Effects:
** None.
**
** History:
** 07-dec-1989 (fred)
** Prototyped.
** 06-oct-1992 (fred)
** Altered to work with timezone integration. As a temporary measure,
** this routine was using the ADF_CB.adf_4rsvd field to store
** some context across calls. In that this field disappeared, a new,
** more appropriately named field was added (adf_lo_context). This
** new ADF_CB field is now used in this file.
** 30-Oct-1992 (fred)
** Fixed to correctly handle being called with a length too short
** for the original header.
** 20-Nov-1992 (fred)
** Rewritten for better clarity & better delineation of
** function in support of OME large objects.
** 18-Oct-1993 (fred)
** Moved check for FEXI function so that STAR, which has
** none, can send null blobs sometimes. It helps get a tiny
** bit of support in to STAR.
** 13-Apr-1994 (fred)
** Altered to hand status from FEXI call straight back. By
** not losing the actual status, interrupts may avoid logging
** too much stuff.
** 14-Sep-1995 (shust01/thaju02)
** fixed problem of endless loop when we are finished, but we
** come in just to get the NULL byte. work->adw_shared.shd_o_used
** had old size (which was max value), so we never end. Set
** work->adw_shared.shd_o_used = 0.
** 24-Oct-2001 (thaju02)
** If adc_lvch_xform() was unable to fit the 2-byte segment
** length in the result buffer, decrement result length
** with unused byte and flush segment. (B104122)
[@history_template@]...
*/
DB_STATUS
adu_redeem(
ADF_CB *adf_scb,
DB_DATA_VALUE *result_dv,
DB_DATA_VALUE *coupon_dv,
DB_DATA_VALUE *workspace_dv,
i4 continuation)
{
ADP_LO_WKSP *work = (ADP_LO_WKSP *) workspace_dv->db_data;
DB_DT_ID dtid;
ADP_PERIPHERAL *p = (ADP_PERIPHERAL *) result_dv->db_data;
DB_STATUS status;
i4 done = FALSE;
i4 flush;
i4 for_gca = 1;
i4 loop_around;
if (result_dv->db_datatype != coupon_dv->db_datatype)
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
dtid = ADI_DT_MAP_MACRO(abs(result_dv->db_datatype));
if ( dtid <= 0
|| dtid > ADI_MXDTS
|| Adf_globs->Adi_dtptrs[dtid] == NULL
|| !Adf_globs->Adi_dtptrs[dtid]->adi_under_dt
)
return(adu_error(adf_scb, E_AD2004_BAD_DTID, 0));
if ((!continuation) || (work->adw_fip.fip_state == ADW_F_STARTING))
{
if (!continuation)
work->adw_fip.fip_state = ADW_F_INITIAL;
status = adu_rdm1_setup(adf_scb, result_dv, coupon_dv, work, for_gca);
if (status || work->adw_fip.fip_done)
return(status);
}
else if (work->adw_fip.fip_state == ADW_F_DONE_NEED_NULL)
{
/*
** This is an indication that we finished, but didn't
** send the NULL byte, and must do so now...
*/
work->adw_shared.shd_o_used = 0;
status = adu_rdm2_finish(adf_scb, result_dv, coupon_dv, work, for_gca);
return(status);
}
else
{
if (Adf_globs->Adi_fexi[ADI_01PERIPH_FEXI].adi_fcn_fexi == NULL)
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
work->adw_shared.shd_o_used = 0;
work->adw_shared.shd_o_length = result_dv->db_length;
work->adw_shared.shd_o_area = (char *) result_dv->db_data;
work->adw_fip.fip_pop_cb.pop_continuation = 0;
work->adw_fip.fip_pop_cb.pop_coupon = coupon_dv;
}
for (flush = 0;
!done
&& (!flush)
&& (work->adw_shared.shd_l1_check <
work->adw_fip.fip_l1_value);
/* No update action */)
{
switch (work->adw_shared.shd_exp_action)
{
case ADW_FLUSH_SEGMENT:
case ADW_START:
if (for_gca)
{
/*
** Since we got a segment back, insert the `here
** comes another segment indicator'.
*/
i4 one = 1;
if ( (work->adw_shared.shd_o_length -
work->adw_shared.shd_o_used)
< sizeof(one))
{
/* Then the next segment marker won't fit. Dump */
/* the current segment and move on... */
/* fix_me -- better error... */
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
I4ASSIGN_MACRO(one,
work->adw_shared.shd_o_area[work->adw_shared.shd_o_used]);
work->adw_shared.shd_o_used += sizeof(one);
}
/* Fall thru -- if out of input data, get some */
case ADW_FLSH_SEG_NOFIT_LIND:
case ADW_NEXT_SEGMENT:
if ( (work->adw_shared.shd_exp_action == ADW_NEXT_SEGMENT)
&& (work->adw_shared.shd_inp_tag == ADP_P_COUPON))
{
/*
** For [DBMS style] coupons, each segment is in a row
** unto itself, regardless of the length of the row.
** Since this routine is datatype independent, it
** cannot tell when a segment is up, and thus must
** rely on the called routine. Thus, if the callee
** asks for a new segment when processing a DBMS
** coupon, this routine will assume that the current
** set of data has been all used up...
*/
work->adw_shared.shd_i_used =
work->adw_shared.shd_i_length;
}
/* Fall thru... */
case ADW_GET_DATA:
if (work->adw_shared.shd_i_used == work->adw_shared.shd_i_length)
{
/*
** If no unmoved segment data, then get some more.
*/
if (work->adw_fip.fip_done)
{
done = TRUE;
status = E_DB_OK;
}
else
{
status =
(*Adf_globs->Adi_fexi[ADI_01PERIPH_FEXI].adi_fcn_fexi)
(ADP_GET, &work->adw_fip.fip_pop_cb);
if (status)
{
if (work->adw_fip.fip_pop_cb.pop_error.err_code
== E_AD7001_ADP_NONEXT)
{
work->adw_fip.fip_done = TRUE;
if (status == E_DB_WARN)
status = E_DB_OK;
else
break;
}
else
{
return(adu_error(adf_scb,
work->adw_fip.fip_pop_cb.pop_error.err_code,
0));
}
}
work->adw_shared.shd_i_used = 0;
work->adw_shared.shd_i_length =
work->adw_fip.fip_seg_dv.db_length;
work->adw_shared.shd_i_area =
work->adw_fip.fip_seg_dv.db_data;
}
}
break;
case ADW_CONTINUE: /* This shouldn't happen */
default: /* Nor should anything else */
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
break;
}
if (done)
break;
status = adc_xform(adf_scb, (PTR)work);
if (DB_FAILURE_MACRO(status))
{
return(adu_error(adf_scb, E_AD7003_ADP_BAD_RECON, 0));
}
if (work->adw_shared.shd_exp_action == ADW_FLUSH_SEGMENT)
{
flush = 1;
}
/* B104122 */
if (work->adw_shared.shd_exp_action == ADW_FLSH_SEG_NOFIT_LIND)
{
result_dv->db_length = work->adw_shared.shd_o_used;
flush = 1;
}
/* B?????? */
if (work->adw_shared.shd_exp_action == ADW_FLUSH_INCOMPLETE_SEGMENT)
{
result_dv->db_length = work->adw_shared.shd_o_used;
work->adw_shared.shd_exp_action = ADW_FLUSH_SEGMENT;
flush = 1;
}
work->adw_fip.fip_pop_cb.pop_continuation = 0;
}
if (work->adw_shared.shd_l1_check == work->adw_fip.fip_l1_value)
{
done = TRUE;
}
if (work->adw_fip.fip_test_mode)
{
work->adw_fip.fip_test_sent += work->adw_shared.shd_o_used;
if ((work->adw_fip.fip_test_length
- work->adw_fip.fip_test_sent
- work->adw_fip.fip_null_bytes
- (for_gca * sizeof(i4)))
<= 0)
{
/*
** Then, for test purposes, we've sent all that we can.
** Emulate completion.
*/
work->adw_fip.fip_done = done = TRUE;
work->adw_shared.shd_i_used = work->adw_shared.shd_i_length;
work->adw_shared.shd_l1_check = work->adw_fip.fip_l1_value;
work->adw_shared.shd_o_used = work->adw_fip.fip_test_length
- work->adw_fip.fip_test_sent
- sizeof(i4) /* end marker */
- work->adw_fip.fip_null_bytes;
/* null indicator */
work->adw_fip.fip_test_sent =
work->adw_fip.fip_test_length - sizeof(i4)
- work->adw_fip.fip_null_bytes;
}
}
if (done && ((work->adw_shared.shd_exp_action == ADW_NEXT_SEGMENT)
|| (work->adw_shared.shd_exp_action == ADW_FLUSH_SEGMENT)))
{
/*
** If we think we are done and have used all the input,...
*/
status = adu_rdm2_finish(adf_scb, result_dv, coupon_dv, work, for_gca);
}
else
{
/*
** Otherwise, if we are surpassing the amount of data which
** be available...
*/
if (work->adw_shared.shd_l1_check > work->adw_fip.fip_l1_value)
{
/*
** FIX_ME -- better error message...
** Then we would be sending an inconsistent blob.
** That would be bad.
*/
return(adu_error(adf_scb, E_AD7004_ADP_BAD_BLOB,0));
}
adf_scb->adf_errcb.ad_errcode = E_AD0002_INCOMPLETE;
status = E_DB_INFO;
}
return(status);
}
/*{
** Name: adu_rdm1_setup - Setup for Redeem an ADF_COUPON
**
** Description:
** This routine performs the initialization for the redeeming of
** a coupon. This amount primarily to initializing the
** ADP_LO_WKSP function instance private and shared (adw_fip &
** adw_shared, respectively). This routine also moves the
** appropriate peripheral header into the output area.
**
** Since this routine moves the peripheral header to the output
** area, in the case where the original call to this routine has
** insufficient space for the output header, this routine may be
** called more than once. We note this since it is "unusual" for
** the initialization routine to be called more than one time for
** an object. In the case where the original space is of
** insufficent size, then this routine will return an indication
** that the output area is full, and will move nothing into it.
** Thus, this routine considers it a call-protocol error to be
** called a second time with insufficient space.
**
** Inputs:
** adf_scb The session's control block (ptr).
** result_dv Pointer to DB_DATA_VALUE for
** result.
** coupon_dv Pointer to DB_DATA_VALUE
** describing the input coupon to
** be redeemed.
** workspace_dv Pointer to DB_DATA_VALUE
** describing redeem's workspace.
** continuation Continuation indicator. 0
** indicates the first call, else
** not the first call.
**
** Outputs:
** adf_scb->adf_error Filled as appropriate.
** *result_dv->db_data Setup with beginning of peripheral
** data type.
** *workspace_dv->db_data Initialized for ongoing redeem work.
** Returns:
** DB_STATUS
** Exceptions:
** None.
**
** Side Effects:
** None.
**
** History:
** 02-dec-1992 (fred)
** Coded. Created from adu_redeem prototype in support of
** OME large objects.
** 8-Apr-1993 (fred)
** Fixed bug in zero length large object handling. For large
** objects of zero length which are not nullable, the length
** should not include the null-value-byte.
** 12-Oct-1993 (fred)
** Removed call to ADP_INFORMATION -- subsumed by
** adi_per_under().
** 10-sep-1998 (schte01)
** Modified I4ASSIGN for axp_osf to pass the value, not the address
** of the value, to be assigned. This worked under the -oldc
** compiler option and got compile errors under -newc.
** 28-jul-1999 (thaju02)
** If the coupon stipulates that the data is not null, then
** the minimum result buffer length must be large enough to
** hold one byte of data along with all necessary info
** (ADP_HDR_SIZE + nextsegmarker(i4) + 2byteseglenindicator
** + 1byteofdata). Given a buffer with only 18 bytes of space
** available, 12 bytes are filled with peripheral header info
** in adu_rdm1_setup and 4 bytes are filled with the next
** segment marker in adu_redeem. In adc_lvch_xform, the 2
** byte segment length indicator is initially set to zero
** in the result buffer. If there is no space left in the
** result buffer for segment data, we flush the buffer. In
** the front end, upon receiving this result buffer, the
** next segment marker indicates that there is data following,
** yet the length is zero; terminal monitor infinitely loops.
** (b98104)
** 12-aug-99 (stial01)
** adu_rdm1_setup() 'blob_work' arg to adi_per_under should be
** NULL before redeem.
** 24-may-2000 (stial01)
** adu_rdm1_setup() clear null indicator if not null (B101656)
**
[@history_template@]...
*/
DB_STATUS static
adu_rdm1_setup(ADF_CB *adf_scb,
DB_DATA_VALUE *result_dv,
DB_DATA_VALUE *coupon_dv,
ADP_LO_WKSP *work,
i4 for_gca)
{
DB_STATUS status;
ADP_PERIPHERAL *p = (ADP_PERIPHERAL *) result_dv->db_data;
DB_DT_ID dtid =
ADI_DT_MAP_MACRO(abs(result_dv->db_datatype));
i4 min_size;
bool isnull = 0;
if (coupon_dv->db_datatype < 0)
work->adw_fip.fip_null_bytes = 1;
else
work->adw_fip.fip_null_bytes = 0;
if (ult_check_macro(&Adf_globs->Adf_trvect, ADF_011_RDM_TO_V_STYLE,
&dummy1, &dummy2))
{
work->adw_fip.fip_test_mode = 1;
work->adw_fip.fip_test_length = ADP_TST_VLENGTH +
work->adw_fip.fip_null_bytes;
work->adw_fip.fip_test_sent = 0;
}
else
{
work->adw_fip.fip_test_mode = 0;
}
work->adw_shared.shd_exp_action = ADW_START;
work->adw_fip.fip_done = FALSE;
/*
** Fool the main routine into getting us an input segment. Make
** look like the input segement is all used up.
*/
work->adw_shared.shd_type = coupon_dv->db_datatype;
work->adw_shared.shd_i_area = (char *) 0;
work->adw_shared.shd_i_used = work->adw_shared.shd_i_length = 0;
work->adw_shared.shd_o_used = ADP_HDR_SIZE;
work->adw_shared.shd_o_length = result_dv->db_length;
work->adw_shared.shd_o_area = (char *) result_dv->db_data;
if (work->adw_shared.shd_o_length > MAXI2)
{
TRdisplay("adu_rdm1_setup shd_o_length %d MAX %d\n",
work->adw_shared.shd_o_length, MAXI2);
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
work->adw_shared.shd_l0_check = work->adw_shared.shd_l1_check = 0;
work->adw_fip.fip_pop_cb.pop_continuation = ADP_C_BEGIN_MASK;
work->adw_fip.fip_pop_cb.pop_user_arg = (PTR) 0;
work->adw_fip.fip_pop_cb.pop_type = (ADP_POP_TYPE);
work->adw_fip.fip_pop_cb.pop_length = sizeof(ADP_POP_CB);
work->adw_fip.fip_pop_cb.pop_ascii_id = ADP_POP_ASCII_ID;
work->adw_fip.fip_pop_cb.pop_temporary = ADP_POP_PERMANENT;
work->adw_fip.fip_pop_cb.pop_coupon = coupon_dv;
work->adw_fip.fip_pop_cb.pop_segment = &work->adw_fip.fip_seg_dv;
work->adw_fip.fip_pop_cb.pop_underdv = &work->adw_fip.fip_under_dv;
status = adi_per_under(adf_scb,
result_dv->db_datatype,
&work->adw_fip.fip_under_dv);
if (status)
{
return(adu_error(adf_scb, E_AD7000_ADP_BAD_INFO, 0));
}
STRUCT_ASSIGN_MACRO(work->adw_fip.fip_under_dv,
work->adw_fip.fip_seg_dv);
work->adw_fip.fip_seg_dv.db_data = (char *) ((char *) work +
sizeof(ADP_LO_WKSP));
if (ADI_ISNULL_MACRO(coupon_dv) ||
((((ADP_PERIPHERAL *)coupon_dv->db_data)->per_length0 == 0)
&& (((ADP_PERIPHERAL *) coupon_dv->db_data)->per_length1 == 0)))
isnull = 1;
if (isnull)
/* hdr + segment indicator + sizeof(null byte) */
min_size = ADP_HDR_SIZE + sizeof(i4) + work->adw_fip.fip_null_bytes;
else
/* hdr + segment indicator + segment length + segment single byte */
min_size = ADP_HDR_SIZE + sizeof(i4) + sizeof(i2) + sizeof(char);
if (result_dv->db_length >= min_size)
{
if (for_gca)
work->adw_shared.shd_out_tag = ADP_P_GCA;
else
work->adw_shared.shd_out_tag = ADP_P_DATA;
I4ASSIGN_MACRO(work->adw_shared.shd_out_tag, p->per_tag);
work->adw_shared.shd_out_segmented =
(work->adw_shared.shd_out_tag != ADP_P_DATA);
I4ASSIGN_MACRO( ((ADP_PERIPHERAL *)
coupon_dv->db_data)->per_tag,
work->adw_shared.shd_inp_tag);
work->adw_shared.shd_inp_segmented =
(work->adw_shared.shd_inp_tag != ADP_P_DATA);
I4ASSIGN_MACRO( ((ADP_PERIPHERAL *)
coupon_dv->db_data)->per_length0,
p->per_length0);
I4ASSIGN_MACRO(p->per_length0, work->adw_fip.fip_l0_value);
I4ASSIGN_MACRO(((ADP_PERIPHERAL *)
coupon_dv->db_data)->per_length1,
p->per_length1);
I4ASSIGN_MACRO(p->per_length1, work->adw_fip.fip_l1_value);
work->adw_fip.fip_state = ADW_F_RUNNING;
}
else if (work->adw_fip.fip_state != ADW_F_STARTING)
{
work->adw_fip.fip_state = ADW_F_STARTING;
result_dv->db_length = 0;
adf_scb->adf_errcb.ad_errcode = E_AD0002_INCOMPLETE;
return(E_DB_INFO);
}
else
{
return(adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
if (isnull)
{
if (work->adw_fip.fip_test_mode)
{
((DB_TEXT_STRING *) p)->db_t_count = (i2) 0;
if (result_dv->db_length >=
(work->adw_fip.fip_test_length -
work->adw_fip.fip_test_sent))
{
result_dv->db_length = work->adw_fip.fip_test_length -
work->adw_fip.fip_test_sent;
work->adw_fip.fip_test_sent = work->adw_fip.fip_test_length;
}
else
{
work->adw_fip.fip_state = ADW_F_DONE_NEED_NULL;
work->adw_fip.fip_test_sent += result_dv->db_length;
adf_scb->adf_errcb.ad_errcode = E_AD0002_INCOMPLETE;
return(E_DB_INFO);
}
}
else
{
i4 zero = 0;
/*
** Insert GCA mark that says there is no segment.
*/
#if defined(axp_osf) || defined(ris_u64) || defined(LP64) || \
defined(axp_lnx)
/*
** We want to init the GCA field after the header, but
** on axp_osf this is not the same as the start of the
** coupon, because 8-byte alignment causes a slack 4-byte
** integer to be between the header and the coupon. See
** adu_redeem above for a different way this field is set
** to 1 when we have real data (not null). The addressing
** of this field should really be standardized in such a
** way that contiguous layout of 4-byte aligned fields is
** not assumed.
*/
I4ASSIGN_MACRO(zero,*((char *)p + ADP_HDR_SIZE));
#endif
I4ASSIGN_MACRO(zero, p->per_value);
result_dv->db_length = ADP_NULL_PERIPH_SIZE;
if (work->adw_shared.shd_type > 0)
result_dv->db_length -= 1;
}
if (ADI_ISNULL_MACRO(coupon_dv))
ADF_SETNULL_MACRO(result_dv);
else
ADF_CLRNULL_MACRO(result_dv);
adf_scb->adf_errcb.ad_errcode = E_DB_OK;
work->adw_fip.fip_done = TRUE;
return(E_DB_OK);
}
if (work->adw_fip.fip_test_mode)
{
i4 segment_count;
i4 length1;
i2 count;
I4ASSIGN_MACRO(p->per_length1, length1);
I4ASSIGN_MACRO(p->per_length0, segment_count);
if (!segment_count)
segment_count = ADP_TST_SEG_CNT;
count = min( ADP_TST_VLENGTH,
(i2) (length1
+ (segment_count *
(sizeof(i4) + sizeof(i2)))
+ sizeof(i4) /* no more segments */
+ work->adw_shared.shd_o_used)
) - sizeof(i2);
I2ASSIGN_MACRO(count, ((DB_TEXT_STRING *) p)->db_t_count);
}
return(E_DB_OK);
}
DB_STATUS
ad0_llike(
ADF_CB *adf_scb,
register ADULcstate *sst,
u_char *ends,
register ADULcstate *pst,
u_char *endp,
ADULcstate *est,
bool bignore,
i4 *rcmp)
{
i4 cc; /* the `character class' for pch */
i4 stat;
u_char match; /* the untranslated character */
for (;;) /* loop through pattern string */
{
int count = 0;
DB_STATUS (*llkmatch)(ADF_CB *,ADULcstate *,u_char*,ADULcstate*,u_char*,
ADULcstate*,bool,i4,i4*) = ad0_llkpmatch;
/*
** Get the next character from the pattern string,
** handling escape sequences, and ignoring blanks if required.
** -----------------------------------------------------------
*/
if (adulptr(pst) >= endp)
{
/* end of pattern string */
cc = AD_CC6_EOS;
}
else
{
if (est != NULL && !adulcmp(pst, est))
{
adulnext(pst);
/* we have an escape sequence */
if (adulptr(pst) >= endp)
{
/* ERROR: escape at end of pattern string not allowed */
return (adu_error(adf_scb, E_AD1017_ESC_AT_ENDSTR, 0));
}
match = *(pst->lstr);
_VOID_ adultrans(pst); /* increment pointer, ignore return */
switch (match) /* the RAW character value */
{
case AD_1LIKE_ONE:
case AD_2LIKE_ANY:
case '-':
cc = AD_CC0_NORMAL;
break;
case AD_3LIKE_LBRAC:
cc = AD_CC4_LBRAC;
break;
case AD_4LIKE_RBRAC:
cc = AD_CC5_RBRAC;
break;
default:
if (!adulcmp(pst, est))
cc = AD_CC0_NORMAL;
else
/* ERROR: illegal escape sequence */
return (adu_error(adf_scb, E_AD1018_BAD_ESC_SEQ, 0));
break;
}
}
else
{
/* not an escape character */
match = *(pst->lstr);
_VOID_ adultrans(pst); /* increment pointer, ignore return */
switch (match) /* the RAW character value */
{
case AD_1LIKE_ONE:
cc = AD_CC2_ONE;
break;
case AD_2LIKE_ANY:
cc = AD_CC3_ANY;
break;
case '-':
cc = AD_CC1_DASH;
break;
case AD_3LIKE_LBRAC:
case AD_4LIKE_RBRAC:
default:
cc = AD_CC0_NORMAL;
break;
}
}
}
if ( bignore
&& cc == AD_CC0_NORMAL
&& (adulspace(pst) || adulisnull(pst))
)
{
adulnext(pst);
continue; /* ignore blanks and null chars for the C datatype */
}
/* Now we have the next pattern string character and its class */
/* ----------------------------------------------------------- */
switch (cc)
{
case AD_CC0_NORMAL:
case AD_CC1_DASH:
for (;;)
{
if (adulptr(sst) >= ends)
{
*rcmp = -1; /* string is shorter than pattern */
return (E_DB_OK);
}
if (!bignore || (!adulspace(sst) && !adulisnull(sst)))
break;
adulnext(sst);
}
if ((stat = adulcmp(sst, pst)) != 0)
{
*rcmp = stat;
return (E_DB_OK);
}
break;
case AD_CC2_ONE:
count = 1;
adulnext(pst);
llkmatch = ad0_llkqmatch;
/*FALLTHROUGH*/
case AD_CC3_ANY:
while (adulptr(pst) < endp)
{
match = *(pst->lstr);
if (match == AD_1LIKE_ONE)
{
_VOID_ adultrans(pst); /* increment pointer, ignore return */
count++;
}
else if (match == AD_2LIKE_ANY)
{
_VOID_ adultrans(pst); /* increment pointer, ignore return */
llkmatch = ad0_llkpmatch;
}
else if (!bignore || !adulspace(pst) && !adulisnull(pst))
break;
adulnext(pst);
}
return llkmatch(adf_scb, sst, ends, pst, endp,
est, bignore, count, rcmp);
case AD_CC4_LBRAC:
return (ad0_llklmatch(adf_scb, sst, ends, pst, endp,
est, bignore, rcmp));
case AD_CC5_RBRAC:
/*
** ERROR: bad range specification.
*/
return (adu_error(adf_scb, E_AD1015_BAD_RANGE, 0));
case AD_CC6_EOS:
/*
** End of pattern string. Check for rest of other string.
*/
while (adulptr(sst) < ends)
{
if (!bignore || (!adulspace(sst) && !adulisnull(sst)))
{
*rcmp = 1; /* string is longer than pattern */
return (E_DB_OK);
}
adulnext(sst);
}
*rcmp = 0;
return (E_DB_OK);
default:
/*
** ERROR: should *NEVER* get here.
*/
return (adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0));
}
adulnext(pst);
adulnext(sst);
}
}
/*{
** Name: adc_1dbtoev_ingres - Dbtoev for Ingres datatypes
**
** Description:
** This routine, given an input datatype, determines which type to send to
** output. It is assumed that a coercion exists for this datatype
** transformation.
**
** If the datatype is exportable (AD_NOEXPORT is not set), then the result
** datatype is identical with the input. Otherwise, a call is made to the
** dbtoev routine specified in the datatype com vector.
**
** If the input is nullable, then the output is nullable as well.
**
** Inputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct.
** .ad_ebuflen The length, in bytes, of the buffer
** pointed to by ad_errmsgp.
** .ad_errmsgp Pointer to a buffer to put formatted
** error message in, if necessary.
** db_value Ptr to db_data_value for database
** type/prec/length
** ev_value Pointer to DB_DATA_VALUE for exported type
**
** Outputs:
** adf_scb Pointer to an ADF session control block.
** .adf_errcb ADF_ERROR struct. If an
** error occurs the following fields will
** be set. NOTE: if .ad_ebuflen = 0 or
** .ad_errmsgp = NULL, no error message
** will be formatted.
** .ad_errcode ADF error code for the error.
** .ad_errclass Signifies the ADF error class.
** .ad_usererr If .ad_errclass is ADF_USER_ERROR,
** this field is set to the corresponding
** user error which will either map to
** an ADF error code or a user-error code.
** .ad_emsglen The length, in bytes, of the resulting
** formatted error message.
** .adf_errmsgp Pointer to the formatted error message.
** *ev_value Filled appropriately.
**
** Returns:
** The following DB_STATUS codes may be returned:
** E_DB_OK, E_DB_WARN, E_DB_ERROR, E_DB_SEVERE, E_DB_FATAL
**
** If a DB_STATUS code other than E_DB_OK is returned, the caller
** can look in the field adf_scb.adf_errcb.ad_errcode to determine
** the ADF error code. The following is a list of possible ADF error
** codes that can be returned by this routine:
**
** E_AD0000_OK Operation succeeded.
** E_AD2004_BAD_DTID Datatype id unknown to ADF.
**
** Exceptions:
** none
**
** Side Effects:
** none
**
** History:
** 09-apr-93 (fred)
** Created.
** 12-Jul-1993 (fred)
** For the bit datatypes, since they are being output as
** varchar, we need to increase the size of the
** aforementioned varchar element by DB_CNTSIZE. This is
** necessary since the number of characters needed is given
** by adu_bitsize, but we need space for the count.
[@history_template@]...
*/
DB_STATUS
adc_1dbtoev_ingres(
ADF_CB *adf_scb,
DB_DATA_VALUE *db_value,
DB_DATA_VALUE *ev_value)
{
DB_DT_ID bdt = abs(db_value->db_datatype);
DB_DT_ID bdtv;
DB_STATUS status = E_DB_OK;
DB_DATA_VALUE local_dv;
i4 must_coerce;
must_coerce =
Adf_globs->Adi_dtptrs[ADI_DT_MAP_MACRO(bdt)]->adi_dtstat_bits
& AD_NOEXPORT;
bdtv = ADI_DT_MAP_MACRO(bdt);
switch (bdt)
{
case DB_BYTE_TYPE:
ev_value->db_length = db_value->db_length;
ev_value->db_datatype = db_value->db_datatype;
ev_value->db_prec = db_value->db_prec;
ev_value->db_collID = db_value->db_collID;
if ( (must_coerce)
||( ((adf_scb->adf_proto_level & AD_BYTE_PROTO) == 0)
&& (Adf_globs->Adi_dtptrs[bdtv]->adi_dtstat_bits &
AD_CONDEXPORT)
)
)
{
ev_value->db_datatype = DB_CHA_TYPE;
}
break;
case DB_VBYTE_TYPE:
STRUCT_ASSIGN_MACRO(*db_value, *ev_value);
ev_value->db_length = db_value->db_length;
ev_value->db_datatype = db_value->db_datatype;
ev_value->db_prec = db_value->db_prec;
ev_value->db_collID = db_value->db_collID;
if ( (must_coerce)
||( ((adf_scb->adf_proto_level & AD_BYTE_PROTO) == 0)
&& (Adf_globs->Adi_dtptrs[bdtv]->adi_dtstat_bits &
AD_CONDEXPORT)
)
)
{
ev_value->db_datatype = DB_VCH_TYPE;
}
break;
case DB_LBYTE_TYPE:
ev_value->db_length = db_value->db_length;
ev_value->db_datatype = db_value->db_datatype;
ev_value->db_prec = db_value->db_prec;
ev_value->db_collID = db_value->db_collID;
if ( (must_coerce)
||( ((adf_scb->adf_proto_level & AD_BYTE_PROTO) == 0)
&& (Adf_globs->Adi_dtptrs[bdtv]->adi_dtstat_bits &
AD_CONDEXPORT)
)
)
{
ev_value->db_datatype = DB_LVCH_TYPE;
}
break;
case DB_BIT_TYPE:
case DB_VBIT_TYPE:
ev_value->db_length = db_value->db_length;
ev_value->db_datatype = db_value->db_datatype;
ev_value->db_prec = db_value->db_prec;
ev_value->db_collID = db_value->db_collID;
if ( (must_coerce)
||( ((adf_scb->adf_proto_level & AD_BIT_PROTO) == 0)
&& (Adf_globs->Adi_dtptrs[bdtv]->adi_dtstat_bits &
AD_CONDEXPORT)
)
)
{
ev_value->db_datatype = DB_VCH_TYPE;
/* send them back as varchar, size appropriate to datatype */
local_dv.db_datatype = DB_INT_TYPE;
local_dv.db_length = sizeof(ev_value->db_length);
local_dv.db_prec = 0;
local_dv.db_data = (char *) &ev_value->db_length;
status = adu_bitsize(adf_scb, db_value, &local_dv);
ev_value->db_length += DB_CNTSIZE;
}
break;
default:
status = adu_error(adf_scb, E_AD9999_INTERNAL_ERROR, 0);
break;
}
return(status);
}