/* * This file was generated automatically by xsubpp version 1.9507 from the * contents of DBI.xs. Do not edit this file, edit DBI.xs instead. * * ANY CHANGES MADE HERE WILL BE LOST! * */ #line 1 "DBI.xs" /* $Id: DBI.xs,v 10.24 1999/07/12 02:02:33 timbo Exp $ * * Copyright (c) 1994, 1995, 1996, 1997 Tim Bunce England. * * See COPYRIGHT section in DBI.pm for usage and distribution rights. */ #define IN_DBI_XS 1 /* see DBIXS.h */ #include "DBIXS.h" /* DBI public interface for DBD's written in C */ #define MY_VERSION "DBI(" XS_VERSION ")" #if (defined USE_THREADS || defined PERL_CAPI || defined PERL_OBJECT) static int xsbypass = 0; /* disable XSUB->XSUB shortcut */ #else static int xsbypass = 1; /* enable XSUB->XSUB shortcut */ #endif #define DBI_MAGIC '~' /* Retrieve imp_??h_t struct from handle magic. */ /* Cast increases required alignment of target type */ /* not a problem since we created the pointers anyway. */ #define DBIh_FROM_MG(mg) ((imp_xxh_t*)(void*)SvPVX((mg)->mg_obj)) /* If the tests fail with errors about 'setlinebuf' then try */ /* deleting the lines in the block below except the setvbuf one */ #ifndef PerlIO_setlinebuf #ifdef HAS_SETLINEBUF #define PerlIO_setlinebuf(f) setlinebuf(f) #else #define PerlIO_setlinebuf(f) setvbuf(f, Nullch, _IOLBF, 0) #endif #endif static imp_xxh_t *dbih_getcom _((SV *h)); static void dbih_clearcom _((imp_xxh_t *imp_xxh)); static SV *dbih_event _((SV *h, char *name, SV*, SV*)); static int dbih_set_attr_k _((SV *h, SV *keysv, int dbikey, SV *valuesv)); static SV *dbih_get_attr_k _((SV *h, SV *keysv, int dbikey)); static AV *dbih_get_fbav _((imp_sth_t *imp_sth)); static int quote_type _((int sql_type, int p, int s, int *base_type, void *v)); static int dbi_hash _((char *string, long i)); static SV *dbih_make_com _((SV *parent_h, char *imp_class, STRLEN imp_size, STRLEN extra)); static SV *dbih_make_fdsv _((SV *sth, char *imp_class, STRLEN imp_size, char *col_name)); char *neatsvpv _((SV *sv, STRLEN maxlen)); DBISTATE_DECLARE; struct imp_drh_st { dbih_drc_t com; }; struct imp_dbh_st { dbih_dbc_t com; }; struct imp_sth_st { dbih_stc_t com; }; struct imp_fdh_st { dbih_fdc_t com; }; /* Internal Method Attributes (attached to dispatch methods when installed) */ typedef struct dbi_ima_st { short minargs; short maxargs; char *usage_msg; U16 flags; U16 trace_level; } dbi_ima_t; #define IMA_HAS_USAGE 0x0001 /* check parameter usage */ #define IMA_FUNC_REDIRECT 0x0002 /* is $h->func(..., "method") */ #define IMA_KEEP_ERR 0x0004 /* don't reset err & errstr */ #define IMA_spare 0x0008 /* */ #define IMA_NO_TAINT_IN 0x0010 /* don't check for tainted args */ #define IMA_NO_TAINT_OUT 0x0020 /* don't taint results */ #define DBIc_STATE_adjust(imp_xxh, state) \ (SvOK(state) /* SQLSTATE is implemented by driver */ \ ? (strEQ(SvPV(state,lna),"00000") ? &sv_no : sv_mortalcopy(state))\ : (SvTRUE(DBIc_ERR(imp_xxh)) \ ? sv_2mortal(newSVpv("S1000",5)) /* General error */ \ : &sv_no) /* Success ("00000") */ \ ) #define DBI_LAST_HANDLE g_dbi_last_h /* special fake inner handle */ #define DBI_LAST_HANDLE_PARENT (DBIc_PARENT_H(DBIh_COM(DBI_LAST_HANDLE))) #define DBI_IS_LAST_HANDLE(h) (SvRVx(DBI_LAST_HANDLE) == SvRV(h)) #define DBI_SET_LAST_HANDLE(h) (SvRVx(DBI_LAST_HANDLE) = SvRV(h)) #define DBI_UNSET_LAST_HANDLE (SvRVx(DBI_LAST_HANDLE) = &sv_undef) #define DBI_LAST_HANDLE_OK (SvRVx(DBI_LAST_HANDLE) != &sv_undef ) #ifdef PERL_LONG_MAX #define MAX_LongReadLen PERL_LONG_MAX #else #define MAX_LongReadLen 2147483647L #endif #ifdef DBI_USE_THREADS static char *dbi_build_opt = "-thread"; #else static char *dbi_build_opt = "-nothread"; #endif /* --- make DBI safe for multiple perl interpreters --- */ /* Contributed by ActiveState */ typedef struct { SV *dbi_last_h; int imp_maxsize; void *dbi_watch; dbistate_t* dbi_state; } PERINTERP_t; #if defined(MULTIPLICITY) || defined(PERL_OBJECT) || defined(PERL_CAPI) # if (PATCHLEVEL == 4) && (SUBVERSION < 68) # define dPERINTERP_SV \ SV *perinterp_sv = perl_get_sv(MY_VERSION, FALSE) # else # define dPERINTERP_SV \ SV *perinterp_sv = *hv_fetch(PL_modglobal, MY_VERSION, \ sizeof(MY_VERSION)-1, TRUE) # endif # define dPERINTERP_PTR(T,name) \ T name = (T)(perinterp_sv && SvIOK(perinterp_sv) \ ? SvIVX(perinterp_sv) : NULL) # define dPERINTERP \ dPERINTERP_SV; dPERINTERP_PTR(PERINTERP_t *, PERINTERP) # define INIT_PERINTERP \ dPERINTERP; \ Newz(0,PERINTERP,1,PERINTERP_t); \ sv_setiv(perinterp_sv, (IV)PERINTERP) # undef DBIS # define DBIS (PERINTERP->dbi_state) #else static PERINTERP_t Interp; # define dPERINTERP typedef int _interp_DBI_dummy # define PERINTERP (&Interp) # define INIT_PERINTERP #endif #define g_dbi_last_h (PERINTERP->dbi_last_h) #define g_imp_maxsize (PERINTERP->imp_maxsize) #define g_dbi_watch (PERINTERP->dbi_watch) /* --- */ static void #ifdef CAN_PROTOTYPE check_version(char *name, int dbis_cv, int dbis_cs, int need_dbixs_cv, int drc_s, int dbc_s, int stc_s, int fdc_s) #else check_version(name, dbis_cv, dbis_cs, need_dbixs_cv, drc_s, dbc_s, stc_s, fdc_s) char *name; int dbis_cv, dbis_cs, need_dbixs_cv; int drc_s, dbc_s, stc_s, fdc_s; #endif { dPERINTERP; char *msg = "you probably need to rebuild the DBD driver (or possibly the DBI)"; if (dbis_cv != DBISTATE_VERSION || dbis_cs != sizeof(*DBIS)) croak("DBI/DBD internal version mismatch (DBI is v%d/s%d, DBD %s expected v%d/s%d) %s.\n", DBISTATE_VERSION, sizeof(*DBIS), name, dbis_cv, dbis_cs, msg); /* Catch structure size changes - We should probably force a recompile if the DBI */ /* runtime version is different from the build time. That would be harsh but safe. */ if (drc_s != sizeof(dbih_drc_t) || dbc_s != sizeof(dbih_dbc_t) || stc_s != sizeof(dbih_stc_t) || fdc_s != sizeof(dbih_fdc_t) ) croak("%s (dr:%d/%d, db:%d/%d, st:%d/%d, fd:%d/%d), %s.\n", "DBI/DBD internal structure mismatch", drc_s, sizeof(dbih_drc_t), dbc_s, sizeof(dbih_dbc_t), stc_s, sizeof(dbih_stc_t), fdc_s, sizeof(dbih_fdc_t), msg); } static void dbi_bootinit() { INIT_PERINTERP; Newz(dummy, DBIS, 1, dbistate_t); #ifdef DBI_USE_THREADS Newz(1, DBIS->mutex, 1, dbi_mutex); MUTEX_INIT(DBIS->mutex); #endif /* store version and size so we can spot DBI/DBD version mismatch */ DBIS->check_version = check_version; DBIS->version = DBISTATE_VERSION; DBIS->size = sizeof(*DBIS); DBIS->xs_version = DBIXS_VERSION; /* publish address of dbistate so dynaloaded DBD's can find it */ sv_setiv(perl_get_sv(DBISTATE_PERLNAME,1), (IV)DBIS); DBISTATE_INIT; /* check DBD code to set DBIS from DBISTATE_PERLNAME */ DBIS->logfp = stderr; DBIS->debug = 0; DBIS->neatsvpvlen = perl_get_sv("DBI::neat_maxlen", GV_ADDMULTI); sv_setiv(DBIS->neatsvpvlen, 400); /* store some function pointers so DBD's can call our functions */ DBIS->getcom = dbih_getcom; DBIS->clearcom = dbih_clearcom; DBIS->event = dbih_event; DBIS->set_attr_k= dbih_set_attr_k; DBIS->get_attr_k= dbih_get_attr_k; DBIS->get_fbav = dbih_get_fbav; DBIS->make_fdsv = dbih_make_fdsv; DBIS->neat_svpv = neatsvpv; DBIS->bind_as_num= quote_type; DBIS->hash = dbi_hash; /* Remember the last handle used. BEWARE! Sneaky stuff here! */ /* We want a handle reference but we don't want to increment */ /* the handle's reference count and we don't want perl to try */ /* to destroy it during global destruction. Take care! */ g_dbi_last_h = newRV(&sv_undef); SvROK_off(g_dbi_last_h); /* so sv_clean_objs() won't destroy it */ DBI_UNSET_LAST_HANDLE; /* ensure setup the correct way */ g_imp_maxsize = sizeof(imp_sth_t); if (sizeof(imp_dbh_t) > g_imp_maxsize) g_imp_maxsize = sizeof(imp_dbh_t); if (sizeof(imp_drh_t) > g_imp_maxsize) g_imp_maxsize = sizeof(imp_drh_t); /* trick to avoid 'possible typo' warnings */ gv_fetchpv("DBI::state", GV_ADDMULTI, SVt_PV); gv_fetchpv("DBI::err", GV_ADDMULTI, SVt_PV); gv_fetchpv("DBI::errstr", GV_ADDMULTI, SVt_PV); gv_fetchpv("DBI::lasth", GV_ADDMULTI, SVt_PV); gv_fetchpv("DBI::rows", GV_ADDMULTI, SVt_PV); } /* ----------------------------------------------------------------- */ /* Utility functions */ char * neatsvpv(sv, maxlen) /* return a tidy ascii value, for debugging only */ SV * sv; STRLEN maxlen; { dPERINTERP; STRLEN len; SV *nsv = Nullsv; SV *infosv = Nullsv; char *v; /* We take care not to alter the supplied sv in any way at all. */ if (!sv) return "Null!"; /* should never happen */ /* try to do the right thing with magical values */ if (SvMAGICAL(sv)) { if (DBIS->debug >= 3) { /* add magic details to help debugging */ MAGIC* mg; infosv = sv_2mortal(newSVpv(" (magic-",0)); if (SvSMAGICAL(sv)) sv_catpvn(infosv,"s",1); if (SvGMAGICAL(sv)) sv_catpvn(infosv,"g",1); if (SvRMAGICAL(sv)) sv_catpvn(infosv,"r",1); sv_catpvn(infosv,":",1); for (mg = SvMAGIC(sv); mg; mg = mg->mg_moremagic) sv_catpvn(infosv, &mg->mg_type, 1); sv_catpvn(infosv, ")", 1); } if (SvGMAGICAL(sv)) mg_get(sv); /* trigger magic to FETCH the value */ } if (!SvOK(sv)) { if (SvTYPE(sv) >= SVt_PVAV) return sv_reftype(sv,0); /* raw AV/HV etc, not via a ref */ if (!infosv) return "undef"; sv_insert(infosv, 0,0, "undef",5); return SvPVX(infosv); } if (SvNIOK(sv)) { /* is a numeric value - so no surrounding quotes */ char buf[48]; if (SvPOK(sv)) { /* already has string version of the value, so use it */ v = SvPV(sv,len); if (len == 0) { v="''"; len=2; } /* catch &sv_no style special case */ if (!infosv) return v; sv_insert(infosv, 0,0, v, len); return SvPVX(infosv); } /* we don't use SvPV here since we don't want to alter sv in _any_ way */ if (SvIOK(sv)) sprintf(buf, "%ld", (long)SvIVX(sv)); else sprintf(buf, "%g", (double)SvNVX(sv)); nsv = sv_2mortal(newSVpv(buf, 0)); if (infosv) sv_catsv(nsv, infosv); return SvPVX(nsv); } nsv = sv_newmortal(); sv_upgrade(nsv, SVt_PV); if (SvROK(sv)) { if (!SvAMAGIC(sv)) /* (un-amagic'd) refs get no special treatment */ v = SvPV(sv,len); else { /* handle Overload magic refs */ SvAMAGIC_off(sv); /* should really be done via local scoping */ v = SvPV(sv,len); /* XXX how does this relate to SvGMAGIC? */ SvAMAGIC_on(sv); } sv_setpvn(nsv, v, len); if (infosv) sv_catsv(nsv, infosv); return SvPV(nsv, len); } if (SvPOK(sv)) /* usual simple string case */ v = SvPV(sv,len); else /* handles all else via sv_2pv() */ v = SvPV(sv,len); /* XXX how does this relate to SvGMAGIC? */ /* for strings we limit the length and translate codes */ if (maxlen == 0) maxlen = SvIV(DBIS->neatsvpvlen); if (maxlen < 6) /* handle daft values */ maxlen = 6; maxlen -= 2; /* account for quotes */ if (len > maxlen) { SvGROW(nsv, (int)(1+maxlen+4+1)); sv_setpvn(nsv, "'", 1); sv_catpvn(nsv, v, maxlen-3); /* account for three dots */ sv_catpvn(nsv, "...'", 4); } else { SvGROW(nsv, (int)(1+len+1+1)); sv_setpvn(nsv, "'", 1); sv_catpvn(nsv, v, len); sv_catpvn(nsv, "'", 1); } if (infosv) sv_catsv(nsv, infosv); v = SvPV(nsv, len); while(len-- > 0) { /* cleanup string (map control chars to ascii etc) */ char c = v[len] & 0x7F; /* ignore top bit for multinational chars */ if (!isPRINT(c) && !isSPACE(c)) v[len] = '.'; } return v; } static char * mkvname(stash, item, uplevel) /* construct a variable name */ HV *stash; char *item; int uplevel; { STRLEN lna; SV *sv = sv_newmortal(); sv_setpv(sv, HvNAME(stash)); if(uplevel) { while(SvCUR(sv) && *SvEND(sv)!=':') --SvCUR(sv); if (SvCUR(sv)) --SvCUR(sv); } sv_catpv(sv, "::"); sv_catpv(sv, item); return SvPV(sv, lna); } static int dbi_hash(key, i) char *key; long i; /* spare */ { STRLEN klen = strlen(key); U32 hash = 0; while (klen--) hash = hash * 33 + *key++; hash &= 0x7FFFFFFF; /* limit to 31 bits */ hash |= 0x40000000; /* set bit 31 */ return -(int)hash; /* return negative int */ } static void set_trace_file(file) SV *file; { dPERINTERP; STRLEN lna; char *filename; FILE *fp; if (!file) /* no arg == no change */ return; if (!SvOK(file)) { /* undef arg == reset back to stderr */ if (DBILOGFP != stderr) fclose(DBILOGFP); DBILOGFP = stderr; return; } filename = SvPV(file, lna); fp = fopen(filename, "a+"); if (fp == Nullfp) fprintf(DBILOGFP,"Can't open trace file %s: %s", filename, Strerror(errno)); else { if (DBILOGFP != stderr) fclose(DBILOGFP); DBILOGFP = fp; PerlIO_setlinebuf(fp); /* force line buffered output */ } } static SV * dbih_inner(orv, what) /* convert outer to inner handle else croak */ SV *orv; /* ref of outer hash */ char *what; /* error msg, NULL=no croak and return NULL */ { dPERINTERP; MAGIC *mg; SV *hrv; STRLEN lna; if (!SvROK(orv) || SvTYPE(SvRV(orv)) != SVt_PVHV) { if (!what) return NULL; if (!SvOK(orv)) croak("%s given an undefined handle %s", what, "(perhaps returned from a previous call which failed)"); croak("%s handle '%s' is not a DBI handle", what, SvPV(orv,lna)); } if (!SvMAGICAL(SvRV(orv))) { sv_dump(orv); croak("%s handle '%s' is not a DBI handle (has no magic)", what, SvPV(orv,lna)); } if ( (mg=mg_find(SvRV(orv),'P')) == NULL) { /* hash tie magic */ /* maybe it's already an inner handle... */ if (mg_find(SvRV(orv), DBI_MAGIC) == NULL) { if (!what) return NULL; croak("%s handle '%s' is not a valid DBI handle", what, SvPV(orv,lna)); } hrv = orv; /* was already a DBI handle inner hash */ }else{ hrv = mg->mg_obj; /* inner hash of tie */ } /* extra checks if being paranoid */ if (DBIS->debug && (!SvROK(hrv) || SvTYPE(SvRV(hrv)) != SVt_PVHV)) { if (!what) return NULL; croak("panic: %s inner handle '%s' is not a hash ref", what, SvPV(hrv,lna)); } return hrv; } #ifdef DBI_USE_THREADS static void dbi_cond_signal(imp_xxh) imp_xxh_t *imp_xxh; { if (!imp_xxh || !DBIc_THR_COND(imp_xxh)) return; DBI_LOCK; if (PL_threadnum && DBIS->debug >= 4) fprintf(DBILOGFP," .. thread %lu leaving %s\n", DBIc_THR_USER(imp_xxh), HvNAME(DBIc_IMP_STASH(imp_xxh))); DBIc_THR_USER(imp_xxh) = DBIc_THR_USER_NONE; /* free for other thread to enter */ COND_SIGNAL(DBIc_THR_COND(imp_xxh)); DBI_UNLOCK; } #endif static void dbi_watcher(h, imp_xxh, pre) /* internal utility hook for debugging */ SV *h; imp_sth_t *imp_xxh; int pre; { if (DBIc_TYPE(imp_xxh) == DBIt_ST) { D_imp_sth(h); warn("watch %s %lx:\n", neatsvpv(h,0), imp_sth); } } /* -------------------------------------------------------------------- */ /* Functions to manage a DBI handle (magic and attributes etc). */ static imp_xxh_t * dbih_getcom(hrv) /* Get com struct for handle. Must be fast. */ SV *hrv; { dPERINTERP; MAGIC *mg; SV *sv; STRLEN lna; /* important and quick sanity check (esp non-'safe' Oraperl) */ if (!SvROK(hrv) /* must at least be a ref */ && hrv != DBI_LAST_HANDLE /* special for var::FETCH */) { sv_dump(hrv); croak("Invalid DBI handle %s", SvPV(hrv,lna)); } sv = SvRV(hrv); /* Short cut for common case. We assume that a magic var always */ /* has magic and that DBI_MAGIC, if present, will be the first. */ if (SvRMAGICAL(sv) && (mg=SvMAGIC(sv))->mg_type == DBI_MAGIC) { /* ignore 'cast increases required alignment' warning */ return DBIh_FROM_MG(mg); } /* Validate handle (convert outer to inner if required) */ hrv = dbih_inner(hrv, "dbih_getcom"); mg = mg_find(SvRV(hrv), DBI_MAGIC); /* ignore 'cast increases required alignment' warning */ return DBIh_FROM_MG(mg); } static SV * dbih_setup_attrib(h, attrib, parent, read_only) SV *h; char *attrib; SV *parent; int read_only; { dPERINTERP; STRLEN len = strlen(attrib); STRLEN lna; SV *asv = *hv_fetch((HV*)SvRV(h), attrib, len, 1); /* we assume that we won't have any existing 'undef' attribures here */ /* (or, alternately, we take undef to mean 'copy from parent') */ if (!SvOK(asv)) { /* attribute doesn't already exists (the common case) */ SV **psv; if (!parent || !SvROK(parent)) croak("dbih_setup_attrib(%s): '%s' not set and no parent supplied", SvPV(h,lna), attrib); psv = hv_fetch((HV*)SvRV(parent), attrib, len, 0); if (!psv) croak("dbih_setup_attrib(%s): '%s' not set and not in parent", SvPV(h,lna), attrib); sv_setsv(asv, *psv); /* copy attribute from parent to handle */ } if (DBIS->debug >= 5) { fprintf(DBILOGFP," dbih_setup_attrib(%s, %s, %s)", neatsvpv(h,0), attrib, neatsvpv(parent,0)); if (SvOK(asv)) fprintf(DBILOGFP," %s (already defined)\n", neatsvpv(asv,0)); else fprintf(DBILOGFP," %s (copied from parent)\n", neatsvpv(asv,0)); } if (read_only) SvREADONLY_on(asv); return asv; } static SV * dbih_make_fdsv(sth, imp_class, imp_size, col_name) SV *sth; char *imp_class; /* eg "DBD::Driver::fd" */ STRLEN imp_size; char *col_name; { dPERINTERP; STRLEN cn_len = strlen(col_name); imp_fdh_t *imp_fdh; SV *fdsv; if (imp_size < sizeof(imp_fdh_t) || cn_len<10 || strNE("::fd",&col_name[cn_len-4])) croak("panic: dbih_makefdsv %s '%s' imp_size %d invalid", imp_class, col_name, imp_size); if (DBIS->debug >= 3) fprintf(DBILOGFP," dbih_make_fdsv(%s, %s, %d, '%s')\n", neatsvpv(sth,0), imp_class, imp_size, col_name); fdsv = dbih_make_com(sth, imp_class, imp_size, cn_len+2); imp_fdh = (imp_fdh_t*)(void*)SvPVX(fdsv); imp_fdh->com.col_name = ((char*)imp_fdh) + imp_size; strcpy(imp_fdh->com.col_name, col_name); return fdsv; } static SV * dbih_make_com(parent_h, imp_class, imp_size, extra) SV *parent_h; char *imp_class; /* eg "DBD::Driver::db" */ STRLEN imp_size; STRLEN extra; { dPERINTERP; char *errmsg = "Can't make DBI com handle for %s: %s"; HV *imp_stash; SV *dbih_imp_sv; imp_xxh_t *imp; if ( (imp_stash = gv_stashpv(imp_class, FALSE)) == NULL) croak(errmsg, imp_class, "unknown package"); if (imp_size == 0) { /* get size of structure to allocate for common and imp specific data */ char *imp_size_name = mkvname(imp_stash, "imp_data_size", 0); imp_size = SvIV(perl_get_sv(imp_size_name, 0x05)); if (imp_size == 0) imp_size = g_imp_maxsize + 64; } if (DBIS->debug >= 3) fprintf(DBILOGFP," dbih_make_com(%s, %s, %d)\n", neatsvpv(parent_h,0), imp_class, imp_size); dbih_imp_sv = newSV(imp_size); imp = (imp_xxh_t*)(void*)SvPVX(dbih_imp_sv); memzero((char*)imp, imp_size); DBIc_IMP_STASH(imp) = imp_stash; if (!parent_h) { /* only a driver (drh) has no parent */ DBIc_PARENT_H(imp) = &sv_undef; DBIc_PARENT_COM(imp) = NULL; DBIc_TYPE(imp) = DBIt_DR; DBIc_on(imp,DBIcf_WARN /* set only here, children inherit */ |DBIcf_ACTIVE /* drivers are 'Active' by default */ |DBIcf_AutoCommit /* advisory, driver must manage this */ ); #ifdef DBI_USE_THREADS Newz(1, DBIc_THR_COND(imp), 1, dbi_cond); COND_INIT(DBIc_THR_COND(imp)); #endif } else { imp_xxh_t *parent_com = DBIh_COM(parent_h); DBIc_PARENT_H(imp) = SvREFCNT_inc(parent_h); /* ensure it lives */ DBIc_PARENT_COM(imp) = parent_com; /* shortcut for speed */ DBIc_TYPE(imp) = DBIc_TYPE(parent_com) + 1; DBIc_FLAGS(imp) = DBIc_FLAGS(parent_com) & ~DBIcf_INHERITMASK; DBIc_THR_COND(imp) = DBIc_THR_COND(parent_com); ++DBIc_KIDS(parent_com); } /* handles come into life with DBIc_THR_USER set to DBIc_THR_USER_NONE */ /* because DBIc_THR_USER indicates which thread has 'entered the DBI' */ /* on this handle and, at this point, none has. */ DBIc_THR_USER(imp) = DBIc_THR_USER_NONE; if (DBIc_TYPE(imp) == DBIt_ST) { imp_sth_t *imp_sth = (imp_sth_t*)imp; DBIc_NUM_FIELDS(imp_sth) = 0; /* num of fields not known yet */ DBIc_FIELDS_AV(imp_sth) = Nullav; DBIc_ROW_COUNT(imp_sth) = -1; } DBIc_COMSET_on(imp); /* common data now set up */ /* The implementor should DBIc_IMPSET_on(imp) when setting up */ /* any private data which will need clearing/freeing later. */ return dbih_imp_sv; } static void dbih_setup_handle(orv, imp_class, parent, imp_datasv) SV *orv; /* ref of outer hash */ char *imp_class; SV *parent; SV *imp_datasv; { dPERINTERP; SV *h; char *errmsg = "Can't setup DBI handle of %s to %s: %s"; SV *dbih_imp_sv; SV *dbih_imp_rv; char imp_mem_name[300]; HV *imp_mem_stash; imp_xxh_t *imp; STRLEN lna; h = dbih_inner(orv, "dbih_setup_handle"); parent = dbih_inner(parent, NULL); /* check parent valid (& inner) */ if (DBIS->debug >= 3) fprintf(DBILOGFP," dbih_setup_handle(%s=>%s, %s, %lx, %s)\n", SvPV(orv,lna), SvPV(h,lna), imp_class, (long)parent, neatsvpv(imp_datasv,0)); if (mg_find(SvRV(h), DBI_MAGIC) != NULL) croak(errmsg, SvPV(orv,lna), imp_class, "already a DBI (or ~magic) handle"); strcpy(imp_mem_name, imp_class); strcat(imp_mem_name, "_mem"); if ( (imp_mem_stash = gv_stashpv(imp_mem_name, FALSE)) == NULL) croak(errmsg, SvPV(orv,lna), imp_mem_name, "unknown _mem package"); DBI_LOCK; dbih_imp_sv = dbih_make_com(parent, imp_class, 0, 0); imp = (imp_xxh_t*)(void*)SvPVX(dbih_imp_sv); dbih_imp_rv = newRV(dbih_imp_sv); /* just needed for sv_bless */ sv_bless(dbih_imp_rv, imp_mem_stash); sv_free(dbih_imp_rv); DBIc_MY_H(imp) = SvRV(orv); /* take _copy_ of pointer, not new ref */ DBIc_IMP_DATA(imp) = (imp_datasv) ? newSVsv(imp_datasv) : &sv_undef; if (DBIc_TYPE(imp) <= DBIt_ST) { /* Copy some attributes from parent if not defined locally and */ /* also take address of attributes for speed of direct access. */ /* parent is null for drh, in which case h must hold the values */ #define COPY_PARENT(name,ro) SvREFCNT_inc(dbih_setup_attrib(h, (name), parent, ro)) #define DBIc_ATTR(imp, f) _imp2com(imp, attr.f) /* XXX we should validate that these are the right type (refs etc) */ DBIc_ATTR(imp, Err) = COPY_PARENT("Err",1); /* scalar ref */ DBIc_ATTR(imp, State) = COPY_PARENT("State",1); /* scalar ref */ DBIc_ATTR(imp, Errstr) = COPY_PARENT("Errstr",1); /* scalar ref */ DBIc_ATTR(imp, Handlers) = COPY_PARENT("Handlers",1); /* array ref */ DBIc_ATTR(imp, Debug) = COPY_PARENT("Debug",0); /* scalar (int) */ if (parent) DBIc_LongReadLen(imp) = DBIc_LongReadLen(DBIh_COM(parent)); else DBIc_LongReadLen(imp) = DBIc_LongReadLen_init; } /* Use DBI magic on inner handle to carry handle attributes */ sv_magic(SvRV(h), dbih_imp_sv, DBI_MAGIC, Nullch, 0); SvREFCNT_dec(dbih_imp_sv); /* since sv_magic() incremented it */ SvRMAGICAL_on(SvRV(h)); /* so magic gets sv_clear'd ok */ DBI_SET_LAST_HANDLE(h); DBI_UNLOCK; } static void dbih_dumpcom(imp_xxh, msg) imp_xxh_t *imp_xxh; char *msg; { dPERINTERP; SV *flags = newSVpv("",0); STRLEN lna; char *pad = " "; if (!msg) msg = "dbih_dumpcom"; fprintf(DBILOGFP," %s (h 0x%lx, com 0x%lx):\n", msg, (IV)DBIc_MY_H(imp_xxh), (IV)imp_xxh); if (DBIc_COMSET(imp_xxh)) sv_catpv(flags,"COMSET "); if (DBIc_IMPSET(imp_xxh)) sv_catpv(flags,"IMPSET "); if (DBIc_ACTIVE(imp_xxh)) sv_catpv(flags,"Active "); if (DBIc_WARN(imp_xxh)) sv_catpv(flags,"Warn "); if (DBIc_COMPAT(imp_xxh)) sv_catpv(flags,"CompatMode "); if (DBIc_is(imp_xxh, DBIcf_ChopBlanks)) sv_catpv(flags,"ChopBlanks "); if (DBIc_is(imp_xxh, DBIcf_RaiseError)) sv_catpv(flags,"RaiseError "); if (DBIc_is(imp_xxh, DBIcf_PrintError)) sv_catpv(flags,"PrintError "); if (DBIc_is(imp_xxh, DBIcf_AutoCommit)) sv_catpv(flags,"AutoCommit "); if (DBIc_is(imp_xxh, DBIcf_LongTruncOk)) sv_catpv(flags,"LongTruncOk "); if (DBIc_is(imp_xxh, DBIcf_MultiThread)) sv_catpv(flags,"MultiThread "); if (DBIc_is(imp_xxh, DBIcf_Taint)) sv_catpv(flags,"Taint "); fprintf(DBILOGFP,"%s FLAGS 0x%lx: %s\n", pad, (long)DBIc_FLAGS(imp_xxh), SvPV(flags,lna)); fprintf(DBILOGFP,"%s TYPE %d\n", pad, DBIc_TYPE(imp_xxh)); fprintf(DBILOGFP,"%s PARENT %s\n", pad, neatsvpv(DBIc_PARENT_H(imp_xxh),0)); fprintf(DBILOGFP,"%s KIDS %ld (%ld active)\n", pad, (long)DBIc_KIDS(imp_xxh), (long)DBIc_ACTIVE_KIDS(imp_xxh)); fprintf(DBILOGFP,"%s IMP_DATA %s in '%s'\n", pad, neatsvpv(DBIc_IMP_DATA(imp_xxh),0), HvNAME(DBIc_IMP_STASH(imp_xxh))); if (DBIc_LongReadLen(imp_xxh) != DBIc_LongReadLen_init) fprintf(DBILOGFP,"%s LongReadLen %ld\n", pad, (long)DBIc_LongReadLen(imp_xxh)); #ifdef DBI_USE_THREADS if (DBIc_THR_COND(imp_xxh)) { fprintf(DBILOGFP,"%s thread cond var 0x%lx", pad, (long)DBIc_THR_COND(imp_xxh)); fprintf(DBILOGFP,", tid %lu\n", (unsigned long)DBIc_THR_USER(imp_xxh)); } #endif if (DBIc_TYPE(imp_xxh) <= DBIt_DB) { imp_dbh_t *imp_dbh = (imp_dbh_t*)imp_xxh; if (DBIc_CACHED_KIDS(imp_dbh)) fprintf(DBILOGFP,"%s CachedKids %d\n", pad, (int)HvKEYS(DBIc_CACHED_KIDS(imp_dbh))); } if (DBIc_TYPE(imp_xxh) == DBIt_ST) { imp_sth_t *imp_sth = (imp_sth_t*)imp_xxh; fprintf(DBILOGFP,"%s NUM_OF_FIELDS %d\n", pad, DBIc_NUM_FIELDS(imp_sth)); fprintf(DBILOGFP,"%s NUM_OF_PARAMS %d\n", pad, DBIc_NUM_PARAMS(imp_sth)); } } static void dbih_clearcom(imp_xxh) imp_xxh_t *imp_xxh; { dPERINTERP; dTHR; int dump = FALSE; int auto_dump = (DBIS->debug >= 6); /* Note that we're very much on our own here. DBIc_MY_H(imp_xxh) almost */ /* certainly points to memory which has been freed. Don't use it! */ /* --- pre-clearing sanity checks --- */ if (!DBIc_COMSET(imp_xxh)) { /* should never happen */ dbih_dumpcom(imp_xxh, "dbih_clearcom: DBI handle already cleared"); return; } if (auto_dump) dbih_dumpcom(imp_xxh,"dbih_clearcom"); if (!dirty) { if (DBIc_TYPE(imp_xxh) <= DBIt_DB) { imp_dbh_t *imp_dbh = (imp_dbh_t*)imp_xxh; /* works for DRH also */ if (DBIc_CACHED_KIDS(imp_dbh)) { warn("DBI handle cleared whilst still holding %d cached kids", HvKEYS(DBIc_CACHED_KIDS(imp_dbh)) ); SvREFCNT_dec(DBIc_CACHED_KIDS(imp_dbh)); /* may recurse */ DBIc_CACHED_KIDS(imp_dbh) = Nullhv; } } if (DBIc_ACTIVE(imp_xxh)) { /* bad news */ warn("DBI handle cleared whilst still active"); DBIc_ACTIVE_off(imp_xxh); dump = TRUE; } /* check that the implementor has done its own housekeeping */ if (DBIc_IMPSET(imp_xxh)) { warn("DBI Handle has uncleared implementors data"); dump = TRUE; } if (DBIc_KIDS(imp_xxh)) { warn("DBI Handle has %d uncleared child handles", (int)DBIc_KIDS(imp_xxh)); dump = TRUE; } } if (dump && !auto_dump) /* else was already dumped above */ dbih_dumpcom(imp_xxh, "dbih_clearcom"); /* --- pre-clearing adjustments --- */ if (DBIc_PARENT_COM(imp_xxh) && !dirty) { --DBIc_KIDS(DBIc_PARENT_COM(imp_xxh)); } /* --- clear fields (may invoke object destructors) --- */ if (DBIc_TYPE(imp_xxh) == DBIt_ST) { imp_sth_t *imp_sth = (imp_sth_t*)imp_xxh; if (DBIc_FIELDS_AV(imp_sth)); sv_free((SV*)DBIc_FIELDS_AV(imp_sth)); } sv_free(DBIc_IMP_DATA(imp_xxh)); /* do this first */ if (DBIc_TYPE(imp_xxh) <= DBIt_ST) { /* DBIt_FD doesn't have attr */ sv_free(_imp2com(imp_xxh, attr.Handlers)); sv_free(_imp2com(imp_xxh, attr.Debug)); sv_free(_imp2com(imp_xxh, attr.State)); sv_free(_imp2com(imp_xxh, attr.Err)); sv_free(_imp2com(imp_xxh, attr.Errstr)); } #ifdef DBI_USE_THREADS if (DBIc_TYPE(imp_xxh) == DBIt_DR && DBIc_THR_COND(imp_xxh)) { COND_DESTROY(DBIc_THR_COND(imp_xxh)); Safefree(DBIc_THR_COND(imp_xxh)); } #endif sv_free(DBIc_PARENT_H(imp_xxh)); /* do this last */ DBIc_COMSET_off(imp_xxh); if (DBIS->debug >= 4) fprintf(DBILOGFP," dbih_clearcom 0x%lx (com 0x%lx, type %d) done.\n\n", (IV)DBIc_MY_H(imp_xxh), (IV)imp_xxh, DBIc_TYPE(imp_xxh)); } /* --- Functions for handling field buffer arrays --- */ static AV * dbih_setup_fbav(imp_sth) imp_sth_t *imp_sth; { dPERINTERP; int i; AV *av; if (DBIc_FIELDS_AV(imp_sth)) return DBIc_FIELDS_AV(imp_sth); i = DBIc_NUM_FIELDS(imp_sth); if (i <= 0 || i > 32000) /* trap obvious mistakes */ croak("dbih_setup_fbav: invalid number of fields: %d%s", i, ", NUM_OF_FIELDS attribute probably not set right"); av = newAV(); if (DBIS->debug >= 3) fprintf(DBILOGFP," dbih_setup_fbav for %d fields => 0x%lx\n", i, (long)av); /* load array with writeable SV's. Do this backwards so */ /* the array only gets extended once. */ while(i--) /* field 1 stored at index 0 */ av_store(av, i, newSV(0)); SvREADONLY_on(av); /* protect against shift @$row etc */ /* row_count will need to be manually reset by the driver if the */ /* sth is re-executed (since this code won't get rerun) */ DBIc_ROW_COUNT(imp_sth) = 0; DBIc_FIELDS_AV(imp_sth) = av; return av; } static AV * dbih_get_fbav(imp_sth) /* Called once per-fetch: must be fast */ imp_sth_t *imp_sth; { AV *av; if (DBIc_TYPE(imp_sth) != DBIt_ST) croak("dbih_get_fbav: bad handle type: %d", DBIc_TYPE(imp_sth)); if ( (av = DBIc_FIELDS_AV(imp_sth)) == Nullav) av = dbih_setup_fbav(imp_sth); if (DBIc_is(imp_sth, DBIcf_Taint)) { dTHR; TAINT; /* affects sv_setsv()'s called within same perl statement */ } /* XXX fancy stuff to happen here later (re scrolling etc) */ ++DBIc_ROW_COUNT(imp_sth); return av; } static int dbih_sth_bind_col(sth, col, ref, attribs) SV *sth; SV *col; SV *ref; SV *attribs; { dPERINTERP; D_imp_sth(sth); AV *av; int idx = SvIV(col); int fields = DBIc_NUM_FIELDS(imp_sth); if (fields <= 0) { attribs = attribs; /* avoid 'unused variable' warning */ croak("Statement has no result columns to bind%s", DBIc_ACTIVE(imp_sth) ? "" : " (perhaps you need to call execute first)"); } if (!SvROK(ref) || SvTYPE(SvRV(ref)) >= SVt_PVBM) /* XXX LV */ croak("Can't %s->bind_col(%s, %s,...), need a reference to a scalar", neatsvpv(sth,0), neatsvpv(col,0), neatsvpv(ref,0)); if ( (av = DBIc_FIELDS_AV(imp_sth)) == Nullav) av = dbih_setup_fbav(imp_sth); if (DBIS->debug >= 3) fprintf(DBILOGFP," dbih_sth_bind_col %s => %s\n", neatsvpv(col,0), neatsvpv(ref,0)); if (idx < 1 || idx > fields) croak("bind_col: column %d is not a valid column (1..%d)", idx, fields); /* use supplied scalar as storage for this column */ SvREADONLY_off(av); av_store(av, idx-1, SvREFCNT_inc(SvRV(ref)) ); SvREADONLY_on(av); return 1; } static int quote_type(sql_type, p, s, t, v) /* don't use - in a state of flux */ int sql_type; int p, s; /* not used (yet?), pass as zero */ int *t; void *v; { /* Returns true if type should be bound as a number else */ /* false implying that binding as a string should be okay. */ /* The true value is either SQL_INTEGER or SQL_DOUBLE which */ /* can be used as a hint if desired. */ switch(sql_type) { case SQL_INTEGER: case SQL_SMALLINT: case SQL_TINYINT: case SQL_BIGINT: return 0; case SQL_FLOAT: case SQL_REAL: case SQL_DOUBLE: return 0; case SQL_NUMERIC: case SQL_DECIMAL: return 0; /* bind as string to attempt to retain precision */ } return 1; } /* --- Generic Handle Attributes (for all handle types) --- */ static int dbih_set_attr_k(h, keysv, dbikey, valuesv) /* XXX split into dr/db/st funcs */ SV *h; SV *keysv; int dbikey; SV *valuesv; { dPERINTERP; dTHR; D_imp_xxh(h); STRLEN lna; STRLEN keylen; char *key = SvPV(keysv, keylen); int htype = DBIc_TYPE(imp_xxh); int on = (SvTRUE(valuesv)); int internal = 1; /* DBIh_IN_PERL_DBD(imp_xxh); -- for DBD's in perl */ int cacheit = 0; if (DBIS->debug >= 3) fprintf(DBILOGFP," STORE %s %s => %s\n", SvPV(h,lna), neatsvpv(keysv,0), neatsvpv(valuesv,0)); if (strEQ(key, "CompatMode")) { (on) ? DBIc_COMPAT_on(imp_xxh) : DBIc_COMPAT_off(imp_xxh); } else if (strEQ(key, "Warn")) { (on) ? DBIc_WARN_on(imp_xxh) : DBIc_WARN_off(imp_xxh); } else if (internal && strEQ(key, "Active")) { if (on) { D_imp_sth(h); DBIc_ACTIVE_on(imp_xxh); /* for pure-perl drivers on second and subsequent */ /* execute()'s, else row count keeps rising. */ if (htype==DBIt_ST && DBIc_FIELDS_AV(imp_sth)) DBIc_ROW_COUNT(imp_sth) = 0; } else { DBIc_ACTIVE_off(imp_xxh); } } else if (strEQ(key, "InactiveDestroy")) { (on) ? DBIc_IADESTROY_on(imp_xxh) : DBIc_IADESTROY_off(imp_xxh); } else if (strEQ(key, "RootClass")) { cacheit = 1; /* just save it */ } else if (strEQ(key, "RowCacheSize")) { cacheit = 0; /* ignore it */ } else if (strEQ(key, "ChopBlanks")) { DBIc_set(imp_xxh,DBIcf_ChopBlanks, on); } else if (strEQ(key, "LongReadLen")) { if (SvNV(valuesv) < 0 || SvNV(valuesv) > MAX_LongReadLen) croak("Can't set LongReadLen < 0 or > %ld",MAX_LongReadLen); DBIc_LongReadLen(imp_xxh) = SvIV(valuesv); } else if (strEQ(key, "LongTruncOk")) { DBIc_set(imp_xxh,DBIcf_LongTruncOk, on); } else if (strEQ(key, "RaiseError")) { DBIc_set(imp_xxh,DBIcf_RaiseError, on); } else if (strEQ(key, "PrintError")) { DBIc_set(imp_xxh,DBIcf_PrintError, on); } else if (strEQ(key, "MultiThread") && internal) { /* here to allow pure-perl drivers to set MultiThread */ DBIc_set(imp_xxh,DBIcf_MultiThread, on); if (on && DBIc_WARN(imp_xxh)) { warn("MultiThread support not yet implemented in DBI"); } } else if (strEQ(key, "Taint")) { DBIc_set(imp_xxh,DBIcf_Taint, on); } else if (htype<=DBIt_DB && keylen==10 && strEQ(key, "CachedKids")) { D_imp_dbh(h); /* XXX also for drh */ if (DBIc_CACHED_KIDS(imp_dbh)) { SvREFCNT_dec(DBIc_CACHED_KIDS(imp_dbh)); DBIc_CACHED_KIDS(imp_dbh) = Nullhv; } if (SvROK(valuesv)) { DBIc_CACHED_KIDS(imp_dbh) = (HV*)SvREFCNT_inc(SvRV(valuesv)); } } else if (htype<=DBIt_DB && strEQ(key, "AutoCommit")) { /* The driver should have intercepted this and handled it. */ croak("DBD driver has not implemented the AutoCommit attribute"); /* DBIc_set(imp_xxh,DBIcf_AutoCommit, on); */ } else if (htype==DBIt_ST && strEQ(key, "NUM_OF_FIELDS")) { D_imp_sth(h); if (DBIc_NUM_FIELDS(imp_sth) > 0) /* don't change NUM_FIELDS! */ croak("NUM_OF_FIELDS already set to %d", DBIc_NUM_FIELDS(imp_sth)); DBIc_NUM_FIELDS(imp_sth) = SvIV(valuesv); cacheit = 1; } else if (htype==DBIt_ST && strEQ(key, "NUM_OF_PARAMS")) { D_imp_sth(h); DBIc_NUM_PARAMS(imp_sth) = SvIV(valuesv); cacheit = 1; } else { /* XXX should really be an event ? */ if (isUPPER(*key)) { char *hint = ""; if (strEQ(key, "NUM_FIELDS")) hint = " (perhaps you meant NUM_OF_FIELDS)"; croak("Can't set %s->{%s}: unrecognised attribute%s", SvPV(h,lna), key, hint); } /* Allow private_* attributes to be stored in the cache. */ /* This is designed to make life easier for people subclassing */ /* the DBI classes and may be of use to simple perl DBD's. */ if (strnNE(key,"private_",8) && strnNE(key,"dbd_",4)) return FALSE; cacheit = 1; } if (cacheit) { /* old code SV **svp = hv_fetch((HV*)SvRV(h), key, keylen, 1); SvREFCNT_dec(*svp); *svp = SvREFCNT_inc(valuesv); */ hv_store((HV*)SvRV(h), key, keylen, newSVsv(valuesv), 0); } return TRUE; } static SV * dbih_get_attr_k(h, keysv, dbikey) /* XXX split into dr/db/st funcs */ SV *h; SV *keysv; int dbikey; { dPERINTERP; /* dTHR; not currently needed */ D_imp_xxh(h); STRLEN lna; STRLEN keylen; char *key = SvPV(keysv, keylen); int htype = DBIc_TYPE(imp_xxh); SV *valuesv = &sv_undef; int cacheit = FALSE; char *p; int i; SV *sv; SV **svp; /* DBI quick_FETCH will service some requests (e.g., cached values) */ /* XXX needs to be split into separate dr/db/st funcs */ /* XXX probably needs some form of hashing->switch lookup */ if (htype==DBIt_ST && keylen==7 && strnEQ(key, "NAME_", 5) && (key[5]=='u' || key[5]=='l') && key[6] == 'c' ) { D_imp_sth(h); AV *name = NULL; svp = hv_fetch((HV*)DBIc_MY_H(imp_sth), "NAME",4, FALSE); sv = (svp) ? *svp : &sv_undef; if (SvGMAGICAL(sv)) mg_get(sv); /* can core dump in 5.004 */ name = (AV*)SvRV(sv); if (sv && name) { int up = (key[5] == 'u'); AV *av = newAV(); i = DBIc_NUM_FIELDS(imp_sth); assert(i == AvFILL(name)+1); while(--i >= 0) { sv = newSVsv(AvARRAY(name)[i]); for (p = SvPV(sv,lna); p && *p; ++p) { #ifdef toUPPER_LC *p = (up) ? toUPPER_LC(*p) : toLOWER_LC(*p); #else *p = (up) ? toUPPER(*p) : toLOWER(*p); #endif } av_store(av, i, sv); } valuesv = newRV(sv_2mortal((SV*)av)); cacheit = TRUE; /* can't change */ } } else if (htype==DBIt_ST && keylen==13 && strEQ(key, "NUM_OF_FIELDS")) { D_imp_sth(h); valuesv = newSViv(DBIc_NUM_FIELDS(imp_sth)); if (DBIc_NUM_FIELDS(imp_sth) > 0) cacheit = TRUE; /* can't change once set */ } else if (htype==DBIt_ST && keylen==13 && strEQ(key, "NUM_OF_PARAMS")) { D_imp_sth(h); valuesv = newSViv(DBIc_NUM_PARAMS(imp_sth)); cacheit = TRUE; /* can't change */ } else if (keylen==12 && strEQ(key, "RowCacheSize")) { valuesv = &sv_undef; } else if (htype==DBIt_ST && keylen==11 && strEQ(key, "RowsInCache")) { valuesv = &sv_undef; } else if (keylen==6 && strEQ(key, "Active")) { valuesv = boolSV(DBIc_ACTIVE(imp_xxh)); } else if (keylen==4 && strEQ(key, "Kids")) { valuesv = newSViv(DBIc_KIDS(imp_xxh)); } else if (keylen==10 && strEQ(key, "ActiveKids")) { valuesv = newSViv(DBIc_ACTIVE_KIDS(imp_xxh)); } else if (keylen==4 && strEQ(key, "Warn")) { valuesv = boolSV(DBIc_WARN(imp_xxh)); } else if (htype<=DBIt_DB && keylen==10 && strEQ(key, "CachedKids")) { D_imp_dbh(h); HV *hv = DBIc_CACHED_KIDS(imp_dbh); valuesv = (hv) ? newRV((SV*)hv) : &sv_undef; } else if (keylen==10 && strEQ(key, "CompatMode")) { valuesv = boolSV(DBIc_COMPAT(imp_xxh)); } else if (keylen==15 && strEQ(key, "InactiveDestroy")) { valuesv = boolSV(DBIc_IADESTROY(imp_xxh)); } else if (keylen==10 && strEQ(key, "ChopBlanks")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_ChopBlanks)); } else if (keylen==11 && strEQ(key, "LongReadLen")) { valuesv = newSVnv((double)DBIc_LongReadLen(imp_xxh)); } else if (keylen==11 && strEQ(key, "LongTruncOk")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_LongTruncOk)); } else if (keylen==10 && strEQ(key, "RaiseError")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_RaiseError)); } else if (keylen==10 && strEQ(key, "PrintError")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_PrintError)); } else if (keylen==10 && strEQ(key, "MultiThread")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_MultiThread)); } else if (keylen==5 && strEQ(key, "Taint")) { valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_Taint)); } else if (htype<=DBIt_DB && keylen==10 && strEQ(key, "AutoCommit")) { /* The driver should have intercepted this and handled it. */ croak("DBD driver has not implemented the AutoCommit attribute"); /* valuesv = boolSV(DBIc_has(imp_xxh,DBIcf_AutoCommit)); */ } else { /* finally check the actual hash just in case */ svp = hv_fetch((HV*)SvRV(h), key, keylen, FALSE); if (svp) valuesv = *svp; else if (isUPPER(*key)) croak("Can't get %s->{%s}: unrecognised attribute",SvPV(h,lna),key); else valuesv = &sv_undef; /* dbd_*, private_* etc */ } if (cacheit) { svp = hv_fetch((HV*)SvRV(h), key, keylen, TRUE); sv = *svp; *svp = SvREFCNT_inc(valuesv); sv_free(sv); } if (DBIS->debug >= 3) fprintf(DBILOGFP," FETCH %s %s = %s%s\n", SvPV(h,lna), neatsvpv(keysv,0), neatsvpv(valuesv,0), cacheit?" (cached)":""); if (valuesv == &sv_yes || valuesv == &sv_no || valuesv == &sv_undef) return valuesv; /* no need to mortalize yes or no */ return sv_2mortal(valuesv); } static SV * /* find attrib in handle or its parents */ dbih_find_attr(h, keysv, copydown, spare) SV *h; SV *keysv; int copydown; /* copydown attribute down from parent */ int spare; { D_imp_xxh(h); SV *ph; STRLEN keylen; char *key = SvPV(keysv, keylen); SV *valuesv; SV **svp = hv_fetch((HV*)SvRV(h), key, keylen, FALSE); if (svp) valuesv = *svp; else if (!SvOK(ph=DBIc_PARENT_H(imp_xxh))) valuesv = Nullsv; else /* recurse up */ valuesv = dbih_find_attr(ph, keysv, copydown, spare); if (valuesv && copydown) hv_store((HV*)SvRV(h), key, keylen, newSVsv(valuesv), 0); return valuesv; /* return actual sv, not a mortalised copy */ } /* -------------------------------------------------------------------- */ /* Functions implementing Error and Event Handling. */ static SV * dbih_event(hrv, evtype, a1, a2) SV *hrv; /* ref to inner hash */ char *evtype; SV *a1, *a2; { dPERINTERP; dSP; D_imp_xxh(hrv); /* We arrive here via DBIh_EVENT* macros (see DBIXS.h) called from */ /* DBD driver C code OR $h->event() method (in DBD::_::common) */ /* If an array of handlers is defined then call them in reverse */ /* order until one returns true */ STRLEN lna; AV *handlers_av = (AV*)DBIc_HANDLERS(imp_xxh); SV *status = &sv_undef; SV *evtype_sv = Nullsv; int i; if (DBIS->debug >= 3) fprintf(DBILOGFP," %s EVENT %s %s on %s\n", evtype, neatsvpv(a1,0), neatsvpv(a2,0), SvPV(hrv,lna)); if (SvTYPE(handlers_av) != SVt_PVAV) { /* must be \@ or undef */ if (SvOK(handlers_av)) warn("%s->{Handlers} (%s) is not an array reference or undef", neatsvpv(hrv,0), neatsvpv((SV*)handlers_av,0)); return &sv_undef; } i = av_len(handlers_av) + 1; while(--i >= 0) { /* Call each handler in turn */ SV *sv = *av_fetch(handlers_av, i, 1); if (!evtype_sv) evtype_sv = sv_2mortal(newSVpv(evtype,0)); /* call handler */ /* XXX probably need a better way. Note that DBD::ExampleP uses this! */ PUSHMARK(sp); EXTEND(sp, 4); PUSHs(hrv); PUSHs(evtype_sv); if (SvOK(a2) || SvOK(a1)) { PUSHs(a1); } if (SvOK(a2)) { PUSHs(a2); } PUTBACK; perl_call_sv(sv, G_SCALAR); /* NOTE: May longjmp (die) */ SPAGAIN; status = POPs; PUTBACK; if (DBIS->debug >= 3) fprintf(DBILOGFP, " %s handler%d %s returned %s\n", neatsvpv(hrv,0), i, neatsvpv(sv,0), neatsvpv(status,0)); if (SvTRUE(status)) /* event was handled so */ break; /* don't call any more handlers */ } return status; /* true if event was 'handled' (not defined) */ } /* ----------------------------------------------------------------- */ /* Functions implementing DBI dispatcher shortcuts. */ /* This function implements the DBI FETCH shortcut mechanism. Any handle attribute FETCH will come to this function (see dispatch). This function returns either an SV for the fetched value or NULL. If NULL is returned the dispatcher will call the full FETCH method. - If key =~ /^_/ then return NULL (so driver can hide private attribs) - If the key does not exist return NULL (may be a virtual attribute). - If value is not a ref then return value (the main shortcut). - If it's a CODE ref then run CODE and return it's result value! (actually it sets a flag so dispatch will run code for us). - If it's a ref to a CODE ref then return the CODE ref (an escape mechanism to allow real code refs to be stored). - Else return NULL (it's some other form of ref, let driver do it). */ static SV * quick_FETCH(hrv, keysv, imp_msv) SV *hrv; /* ref to inner hash */ SV *keysv; SV **imp_msv; /* Code GV or CV */ { void *tmp; SV *sv; STRLEN lp; char *key = SvPV(keysv,lp); int type; if (*key == '_') return NULL; /* never quick_FETCH a '_' prefixed attribute */ if ( (tmp = hv_fetch((HV*)SvRV(hrv), key, lp, 0)) == NULL) return NULL; /* does not exist */ sv = *(SV**)tmp; if (!SvROK(sv)) /* return value of all non-refs directly */ return sv; /* this is the main shortcut */ if ( (type=SvTYPE(SvRV(sv))) == SVt_RV && SvTYPE(SvRV(SvRV(sv))) == SVt_PVCV) return SvRV(sv); /* return deref if ref to CODE ref */ if (type != SVt_PVCV) return sv; /* return non-code refs */ *imp_msv = (SV*)SvRV(sv); /* tell dispatch() to execute this code instead */ return NULL; } static void log_where(logfp, trace_level) FILE *logfp; int trace_level; { dTHR; char *file, *sep; STRLEN len; if (dirty) { fprintf(logfp," during global destruction."); return; } if (!curcop->cop_line) { fprintf(logfp," at unknown location!"); return; } file = SvPV(GvSV(curcop->cop_filegv), len); if (trace_level<=4) { if ( (sep=strrchr(file,'/')) || (sep=strrchr(file,'\\'))) file = sep+1; } fprintf(logfp," at %s line %ld.", file, (long)curcop->cop_line); } static void clear_cached_kids(h, imp_xxh, meth_name, trace_level) SV *h; imp_xxh_t *imp_xxh; char *meth_name; int trace_level; { dPERINTERP; if (DBIc_TYPE(imp_xxh) <= DBIt_DB && DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh)) { if (trace_level >= 2) { fprintf(DBILOGFP," >> %s %s clearing %d CachedKids\n", meth_name, neatsvpv(h,0), (int)HvKEYS(DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh))); Fflush(DBILOGFP); } /* This will probably recurse through dispatch to DESTROY the kids */ /* For drh we should probably explicitly do dbh disconnects */ SvREFCNT_dec(DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh)); DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh) = Nullhv; } } /* ----------------------------------------------------------------- */ /* --- The DBI dispatcher. The heart of the perl DBI. --- */ XS(XS_DBI_dispatch) /* prototype must match XS produced code */ { dXSARGS; dPERINTERP; SV *h = ST(0); /* the DBI handle we are working with */ SV *st1 = ST(1); /* used in debugging */ SV *st2 = ST(2); /* used in debugging */ SV *orig_h = h; MAGIC *mg; STRLEN lna; int gimme = GIMME; int debug = DBIS->debug; /* local, may change during dispatch */ int is_DESTROY = FALSE; int keep_error = FALSE; int i, outitems; int call_depth; char *meth_name = GvNAME(CvGV(cv)); dbi_ima_t *ima = (dbi_ima_t*)CvXSUBANY(cv).any_ptr; imp_xxh_t *imp_xxh = NULL; SV *imp_msv = NULL; /* handle implementors method (GV or CV) */ SV *qsv = NULL; /* quick result from a shortcut method */ if (debug >= 5) { FILE *logfp = DBILOGFP; fprintf(logfp," >> %-11s DISPATCH (%s rc%ld/%ld @%ld g%x a%lx)", meth_name, neatsvpv(h,0), (long)SvREFCNT(h), (SvROK(h) ? (long)SvREFCNT(SvRV(h)) : (long)-1), (long)items, (int)gimme, (long)ima); log_where(logfp, debug); fputs("\n", logfp); /* end of the line */ Fflush(logfp); } if (*meth_name=='D' && strEQ(meth_name,"DESTROY")) { /* note that croak()'s won't propagate, only append to $@ */ is_DESTROY = TRUE; keep_error = TRUE; } if (!SvROK(h) || SvTYPE(SvRV(h)) != SVt_PVHV) { croak("%s: handle %s is not a hash reference",meth_name,SvPV(h,lna)); /* This will also catch: CLASS->method(); we might want to do */ /* something better in that case. */ } /* Check method call against Internal Method Attributes */ if (ima && !is_DESTROY) { if (ima->flags & IMA_FUNC_REDIRECT) { SV *meth_name_sv = POPs; PUTBACK; --items; if (!SvPOK(meth_name_sv) || SvNIOK(meth_name_sv)) croak("%s->%s() invalid redirect method name '%s'", SvPV(h,lna), meth_name, SvPV(meth_name_sv,lna)); meth_name = SvPV(meth_name_sv, na); } if (ima->flags & IMA_KEEP_ERR) keep_error = TRUE; if (ima->flags & IMA_HAS_USAGE) { char *err = NULL; char msg[200]; if (ima->minargs && (items < ima->minargs || (ima->maxargs>0 && items > ima->maxargs))) { /* the error reporting is a little tacky here */ sprintf(msg, "DBI %s: invalid number of parameters: handle + %ld\n", meth_name, (long)items-1); err = msg; } /* arg type checking could be added here later */ if (err) { croak("%sUsage: %s->%s(%s)", err, "$h", meth_name, (ima->usage_msg) ? ima->usage_msg : "...?"); } } } /* If h is a tied hash ref, switch to the inner ref 'behind' the tie. This means *all* DBI methods work with the inner (non-tied) ref. This makes it much easier for methods to access the real hash data (without having to go through FETCH and STORE methods) and for tie and non-tie methods to call each other. */ if (SvRMAGICAL(SvRV(h)) && (mg=mg_find(SvRV(h),'P'))!=NULL) { if (SvPVX(mg->mg_obj)==NULL) { /* maybe global destruction */ if (debug >= 3) fprintf(DBILOGFP, " <> %s for %s ignored (inner handle gone)\n", meth_name, neatsvpv(h,0)); XSRETURN(0); } /* Distinguish DESTROY of tie (outer) from DESTROY of inner ref */ /* This may one day be used to manually destroy extra internal */ /* refs if the application ceases to use the handle. */ if (is_DESTROY) { imp_xxh = DBIh_COM(mg->mg_obj); if (DBIc_TYPE(imp_xxh) <= DBIt_DB && DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh)) clear_cached_kids(mg->mg_obj, imp_xxh, meth_name, debug); if (debug >= 3) fprintf(DBILOGFP," <> DESTROY ignored for outer handle %s (inner %s)\n", neatsvpv(h,0), neatsvpv(mg->mg_obj,0)); /* for now we ignore it since it'll be followed soon by */ /* a destroy of the inner hash and that'll do the real work */ XSRETURN(0); } h = mg->mg_obj; /* switch h to inner ref */ ST(0) = h; /* switch handle on stack to inner ref */ } imp_xxh = DBIh_COM(h); /* get common Internal Handle Attributes */ if (tainting && items > 1 /* method call has args */ && DBIc_is(imp_xxh, DBIcf_Taint) /* taint checks requested */ && !(ima && ima->flags & IMA_NO_TAINT_IN) ) { for(i=1; i < items; ++i) { if (SvTAINTED(ST(i))) { char buf[100]; sprintf(buf,"parameter %d of %s->%s method call", i, SvPV(h,lna), meth_name); tainted = 1; /* needed for TAINT_PROPER to work */ TAINT_PROPER(buf); /* die's */ } } } if ( (i = DBIc_DEBUGIV(imp_xxh)) > debug) { /* bump up debugging if handle wants it */ debug = i; } /* record this inner handle for use by DBI::var::FETCH */ if (is_DESTROY) { if (DBIc_TYPE(imp_xxh) <= DBIt_DB && DBIc_CACHED_KIDS((imp_drh_t*)imp_xxh)) clear_cached_kids(h, imp_xxh, meth_name, debug); if (DBI_IS_LAST_HANDLE(h)) { /* if destroying _this_ handle */ SV *lhp = DBI_LAST_HANDLE_PARENT; (SvROK(lhp)) ? DBI_SET_LAST_HANDLE(lhp) : DBI_UNSET_LAST_HANDLE; } /* otherwise don't alter last handle */ if (DBIc_IADESTROY(imp_xxh)) { /* want's ineffective destroy */ DBIc_ACTIVE_off(imp_xxh); } call_depth = 0; } else { DBI_SET_LAST_HANDLE(h); SAVEINT(DBIc_CALL_DEPTH(imp_xxh)); call_depth = ++DBIc_CALL_DEPTH(imp_xxh); } /* --- dispatch --- */ if (!keep_error) DBIh_CLEAR_ERROR(imp_xxh); /* Now check if we can provide a shortcut implementation here. */ /* At the moment we only offer a quick fetch mechanism. */ if (*meth_name=='F' && strEQ(meth_name,"FETCH")) { qsv = quick_FETCH(h, ST(1), &imp_msv); } if (qsv) { /* skip real method call if we already have a 'quick' value */ ST(0) = sv_mortalcopy(qsv); outitems = 1; } else { if (debug) { SAVEI32(DBIS->debug); /* fall back to orig value later */ DBIS->debug = debug; /* make value global (for now) */ if (ima && debug < ima->trace_level) { debug = 0; /* silence dispatch log for this method */ } } #ifdef DBI_USE_THREADS /* only pay the cost with threaded perl */ if (PL_threadnum) { /* and only if > one thread exists */ DBI_LOCK; while(DBIc_THR_USER(imp_xxh) != DBIc_THR_USER_NONE && DBIc_THR_USER(imp_xxh) != thr->tid) { if (debug >= 4) { fprintf(DBILOGFP," .. %s: thread %lu waiting for thread %lu to leave %s\n", meth_name, thr->tid, DBIc_THR_USER(imp_xxh), HvNAME(DBIc_IMP_STASH(imp_xxh))); Fflush(DBILOGFP); } COND_WAIT(DBIc_THR_COND(imp_xxh), DBIS->mutex); } DBIc_THR_USER(imp_xxh) = thr->tid; if (debug >= 4) { fprintf(DBILOGFP," .. %s: thread %lu entering %s\n", meth_name, thr->tid, HvNAME(DBIc_IMP_STASH(imp_xxh))); Fflush(DBILOGFP); } SAVEDESTRUCTOR(dbi_cond_signal, imp_xxh); /* arrange later cond signal */ DBI_UNLOCK; } #endif if (!imp_msv) { imp_msv = (SV*)gv_fetchmethod(DBIc_IMP_STASH(imp_xxh), meth_name); if (!imp_msv) { if (dirty && is_DESTROY) { XSRETURN(0); } croak("Can't locate DBI object method \"%s\" via package \"%s\"", meth_name, HvNAME(DBIc_IMP_STASH(imp_xxh))); } } if (debug >= 2) { FILE *logfp = DBILOGFP; /* Full pkg method name (or just meth_name for ANON CODE) */ char *imp_meth_name = (isGV(imp_msv)) ? GvNAME(imp_msv) : meth_name; HV *imp_stash = DBIc_IMP_STASH(imp_xxh); fprintf(logfp, "%c -> %s ", call_depth>1 ? '0'+call_depth : ' ', imp_meth_name); if (isGV(imp_msv) && GvSTASH(imp_msv) != imp_stash) fprintf(logfp, "in %s ", HvNAME(GvSTASH(imp_msv))); fprintf(logfp, "for %s (%s", HvNAME(imp_stash), SvPV(orig_h,lna)); if (h != orig_h) /* show inner handle to aid tracing */ fprintf(logfp, "~0x%lx", (long)SvRV(h)); else fprintf(logfp, "~INNER"); for(i=1; i<items; ++i) fprintf(logfp," %s", neatsvpv(ST(i),0)); #ifdef DBI_USE_THREADS fprintf(logfp, ") thr%lu\n", thr->tid); #else fprintf(logfp, ")\n"); #endif Fflush(logfp); if (g_dbi_watch) dbi_watcher(h, imp_xxh, 1); } PUSHMARK(mark); /* mark arguments again so we can pass them on */ /* Note: the handle on the stack is still an object blessed into a * DBI::* class and *not* the DBD::*::* class whose method is being * invoked. This *is* correct and should be largely transparent. */ /* SHORT-CUT ALERT! */ if (xsbypass && isGV(imp_msv) && CvXSUB(GvCV(imp_msv))) { /* If we are calling an XSUB we jump directly to its C code and * bypass perl_call_sv(), pp_entersub() etc. This is fast. * This code is copied from a small section of pp_entersub(). */ I32 markix = TOPMARK; CV *xscv = GvCV(imp_msv); (void)(*CvXSUB(xscv))(xscv); /* Call the C code directly */ if (gimme == G_SCALAR) { /* Enforce sanity in scalar context */ if (++markix != stack_sp - stack_base ) { if (markix > stack_sp - stack_base) *(stack_base + markix) = &sv_undef; else *(stack_base + markix) = *stack_sp; stack_sp = stack_base + markix; } outitems = 1; } else { outitems = stack_sp - (stack_base + markix); } } else { outitems = perl_call_sv(isGV(imp_msv) ? (SV*)GvCV(imp_msv) : imp_msv, gimme); } if (debug) { /* XXX restore local vars so ST(n) works below */ SPAGAIN; sp -= outitems; ax = (sp - stack_base) + 1; } /* We might perform some fancy error handling here one day */ } if (debug >= 1) { FILE *logfp = DBILOGFP; if (!keep_error && SvTRUE(DBIc_ERR(imp_xxh))) fprintf(logfp," !! ERROR: %s %s\n", neatsvpv(DBIc_ERR(imp_xxh),0), neatsvpv(DBIc_ERRSTR(imp_xxh),0)); fprintf(logfp,"%c <- %s", call_depth>1 ? '0'+call_depth : DBIc_is(imp_xxh, DBIcf_Taint) ? 'T':' ', meth_name); if (debug==1) { /* make debug level 1 for some methods more useful */ if (*meth_name=='S' && strEQ(meth_name,"STORE")) fprintf(logfp,"(%s, %s)", neatsvpv(st1,0),neatsvpv(st2,0)); else if (*meth_name=='p' && strEQ(meth_name,"prepare")) fprintf(logfp,"(%s)", neatsvpv(st1,0)); } if (gimme & G_ARRAY) fprintf(logfp,"= ("); else fprintf(logfp,"="); for(i=0; i < outitems; ++i) { SV *s = ST(i); if ( SvROK(s) && SvTYPE(SvRV(s))==SVt_PVAV) { AV *av = (AV*)SvRV(s); int avi; fprintf(logfp, " ["); for(avi=0; avi <= AvFILL(av); ++avi) fprintf(logfp, " %s", neatsvpv(AvARRAY(av)[avi],0)); fprintf(logfp, " ]"); } else { fprintf(logfp, " %s", neatsvpv(s,0)); if ( SvROK(s) && SvTYPE(SvRV(s))==SVt_PVHV && !SvOBJECT(SvRV(s)) ) fprintf(logfp, "%ldkeys", HvKEYS(SvRV(s))); } } if (gimme & G_ARRAY) fprintf(logfp," ) [%d items]", outitems); else if (SvROK(ST(0)) && outitems == 1) { /* XXX to do: AvFILL+1 or HvKEYS long elems = -1; fprintf(logfp," of %ld elements", elems); */ } if (qsv) /* flag as quick and peek at the first arg (still on the stack) */ fprintf(logfp," (%s from cache)", neatsvpv(st1,0)); log_where(logfp, debug); /* add file and line number information */ fputs("\n", logfp); /* end of the line */ Fflush(logfp); if (g_dbi_watch) dbi_watcher(h, imp_xxh, 0); } if ( !keep_error /* so would be a new error */ && SvTRUE(DBIc_ERR(imp_xxh)) /* and an error exists */ && call_depth <= 1 /* skip nested (internal) calls */ && DBIc_has(imp_xxh, DBIcf_RaiseError|DBIcf_PrintError) /* check that we're not nested inside a call to our parent */ && (!DBIc_PARENT_COM(imp_xxh) || DBIc_CALL_DEPTH(DBIc_PARENT_COM(imp_xxh)) < 1) ) { int raise_error = DBIc_has(imp_xxh, DBIcf_RaiseError); SV *msg; char intro[200]; sprintf(intro,"%s %s failed: ", HvNAME(DBIc_IMP_STASH(imp_xxh)), meth_name); msg = sv_2mortal(newSVpv(intro,0)); sv_catsv(msg, DBIc_ERRSTR(imp_xxh)); /* PrintError = report errors via warn() */ if (DBIc_has(imp_xxh, DBIcf_PrintError)) { /* if both PrintError and RaiseError are true */ /* we do both unless there's no __DIE__ hook */ if (!raise_error || (diehook && SvOK(diehook))) warn(SvPV(msg,lna)); } /* RaiseError = report errors via croak() */ if (raise_error) croak(SvPV(msg,lna)); } if (tainting && DBIc_is(imp_xxh, DBIcf_Taint) /* taint checks requested */ && 0/*disabled*/ /* !(ima && ima->flags & IMA_NO_TAINT_OUT) */ ) { dTHR; TAINT; /* affects sv_setsv()'s within same perl statement */ for(i=0; i < outitems; ++i) { I32 avi; char *p; SV *s; SV *agg = ST(i); if ( !SvROK(agg) ) continue; agg = SvRV(agg); #define DBI_OUT_TAINTABLE(s) (!SvREADONLY(s) && !SvTAINTED(s)) switch (SvTYPE(agg)) { case SVt_PVAV: for(avi=0; avi <= AvFILL((AV*)agg); ++avi) { s = AvARRAY((AV*)agg)[avi]; if (DBI_OUT_TAINTABLE(s)) SvTAINTED_on(s); } break; case SVt_PVHV: hv_iterinit((HV*)agg); while( (s = hv_iternextsv((HV*)agg, &p, &avi)) ) { if (DBI_OUT_TAINTABLE(s)) SvTAINTED_on(s); } break; default: if (DBIc_WARN(imp_xxh)) { fprintf(DBILOGFP,"Don't know how to taint contents of returned %s (type %ld)", neatsvpv(agg,0), SvTYPE(agg)); } } } } XSRETURN(outitems); } /* -------------------------------------------------------------------- */ /* The DBI Perl interface (via XS) starts here. Currently these are */ /* all internal support functions. Note install_method and see DBI.pm */ #line 1918 "DBI.c" XS(XS_DBI_constant) { dXSARGS; dXSI32; if (items != 0) croak("Usage: %s()", GvNAME(CvGV(cv))); { I32 RETVAL; #line 1947 "DBI.xs" RETVAL = ix; #line 1929 "DBI.c" ST(0) = sv_newmortal(); sv_setiv(ST(0), (IV)RETVAL); } XSRETURN(1); } XS(XS_DBI__setup_handle) { dXSARGS; if (items != 4) croak("Usage: DBI::_setup_handle(sv, imp_class, parent, imp_datasv)"); { SV * sv = ST(0); char * imp_class = (char *)SvPV(ST(1),PL_na); SV * parent = ST(2); SV * imp_datasv = ST(3); #line 1959 "DBI.xs" dbih_setup_handle(sv, imp_class, parent, SvOK(imp_datasv) ? imp_datasv : Nullsv); ST(0) = &sv_undef; #line 1949 "DBI.c" } XSRETURN(1); } XS(XS_DBI__get_imp_data) { dXSARGS; if (items != 1) croak("Usage: DBI::_get_imp_data(sv)"); { SV * sv = ST(0); #line 1967 "DBI.xs" D_imp_xxh(sv); ST(0) = sv_mortalcopy(DBIc_IMP_DATA(imp_xxh)); /* okay if NULL */ #line 1964 "DBI.c" } XSRETURN(1); } XS(XS_DBI__handles) { dXSARGS; if (items != 1) croak("Usage: DBI::_handles(sv)"); SP -= items; { SV * sv = ST(0); #line 1975 "DBI.xs" /* return the outer and inner handle for any given handle */ D_imp_xxh(sv); SV *ih = sv_mortalcopy( dbih_inner(sv, "_handles") ); SV *oh = sv_2mortal(newRV(DBIc_MY_H(imp_xxh))); /* XXX dangerous */ EXTEND(SP, 2); PUSHs(oh); /* returns outer handle then inner */ PUSHs(ih); #line 1985 "DBI.c" PUTBACK; return; } } XS(XS_DBI_set_err) { dXSARGS; if (items < 2 || items > 4) croak("Usage: DBI::set_err(sv, errval, errstr=&sv_no, state=&sv_undef)"); { SV * sv = ST(0); SV * errval = ST(1); SV * errstr; SV * state; if (items < 3) errstr = &sv_no; else { errstr = ST(2); } if (items < 4) state = &sv_undef; else { state = ST(3); } #line 1991 "DBI.xs" { dPERINTERP; D_imp_xxh(sv); sv_setsv(DBIc_ERR(imp_xxh), errval); if (errstr==&sv_no || !SvOK(errstr)) errstr = errval; sv_setsv(DBIc_ERRSTR(imp_xxh), errstr); if (SvOK(state)) { STRLEN len; if (SvPV(state, len) && len != 5) croak("set_err: state must be 5 character string"); sv_setsv(DBIc_STATE(imp_xxh), state); } else { (void)SvOK_off(DBIc_STATE(imp_xxh)); } sv = dbih_inner(sv,"set_err"); DBI_SET_LAST_HANDLE(sv); ST(0) = &sv_undef; } #line 2034 "DBI.c" } XSRETURN(1); } XS(XS_DBI_neat) { dXSARGS; if (items < 1 || items > 2) croak("Usage: DBI::neat(sv, maxlen=0)"); { SV * sv = ST(0); U32 maxlen; if (items < 2) maxlen = 0; else { maxlen = (unsigned long)SvUV(ST(1)); } #line 2018 "DBI.xs" ST(0) = sv_2mortal(newSVpv(neatsvpv(sv, maxlen), 0)); #line 2055 "DBI.c" } XSRETURN(1); } XS(XS_DBI_hash) { dXSARGS; if (items < 1 || items > 2) croak("Usage: DBI::hash(key, i=0)"); { char * key = (char *)SvPV(ST(0),PL_na); int i; int RETVAL; if (items < 2) i = 0; else { i = (int)SvIV(ST(1)); } #line 2026 "DBI.xs" RETVAL = dbi_hash(key, i); #line 2077 "DBI.c" ST(0) = sv_newmortal(); sv_setiv(ST(0), (IV)RETVAL); } XSRETURN(1); } XS(XS_DBI_looks_like_number) { dXSARGS; SP -= items; { #line 2033 "DBI.xs" int i; EXTEND(SP, items); for(i=0; i < items ; ++i) { SV *sv = ST(i); if (!SvOK(sv) || (SvPOK(sv) && SvCUR(sv)==0)) PUSHs(&sv_undef); else if ( looks_like_number(sv) ) PUSHs(&sv_yes); else PUSHs(&sv_no); } #line 2101 "DBI.c" PUTBACK; return; } } XS(XS_DBI__install_method) { dXSARGS; if (items < 3 || items > 4) croak("Usage: DBI::_install_method(class, meth_name, file, attribs=Nullsv)"); { char * class = (char *)SvPV(ST(0),PL_na); char * meth_name = (char *)SvPV(ST(1),PL_na); char * file = (char *)SvPV(ST(2),PL_na); SV * attribs; if (items < 4) attribs = Nullsv; else { attribs = ST(3); } #line 2053 "DBI.xs" { dPERINTERP; /* install another method name/interface for the DBI dispatcher */ int debug = (DBIS->debug >= 7); CV *cv; SV **svp; dbi_ima_t *ima = NULL; class = class; /* avoid 'unused variable' warning */ if (debug) fprintf(DBILOGFP,"install_method %s\t", meth_name); if (strnNE(meth_name, "DBI::", 5)) /* XXX m/^DBI::\w+::\w+$/ */ croak("install_method: invalid name '%s'", meth_name); if (attribs && SvROK(attribs)) { SV *sv; /* convert and store method attributes in a fast access form */ if (SvTYPE(SvRV(attribs)) != SVt_PVHV) croak("install_method %s: bad attribs", meth_name); sv = newSV(sizeof(*ima)); ima = (dbi_ima_t*)(void*)SvPVX(sv); memzero((char*)ima, sizeof(*ima)); DBD_ATTRIB_GET_IV(attribs, "O",1, svp, ima->flags); DBD_ATTRIB_GET_IV(attribs, "T",1, svp, ima->trace_level); if ( (svp=DBD_ATTRIB_GET_SVP(attribs, "U",1)) != NULL) { STRLEN lna; AV *av = (AV*)SvRV(*svp); ima->minargs = SvIV(*av_fetch(av, 0, 1)); ima->maxargs = SvIV(*av_fetch(av, 1, 1)); svp = av_fetch(av, 2, 0); ima->usage_msg = savepv( (svp) ? SvPV(*svp,lna) : ""); ima->flags |= IMA_HAS_USAGE; if (debug) fprintf(DBILOGFP," usage: min %d, max %d, '%s', tl %d\n", ima->minargs, ima->maxargs, ima->usage_msg, ima->trace_level); } if (debug) fprintf(DBILOGFP,", flags 0x%x", ima->flags); } else if (attribs && SvOK(attribs)) { croak("install_method %s: attributes not a ref", meth_name); } cv = newXS(meth_name, XS_DBI_dispatch, file); CvXSUBANY(cv).any_ptr = ima; if (debug) fprintf(DBILOGFP,"\n"); ST(0) = &sv_yes; } #line 2175 "DBI.c" } XSRETURN(1); } XS(XS_DBI_trace) { dXSARGS; dXSI32; if (items < 1 || items > 3) croak("Usage: %s(sv, level=-1, file=Nullsv)", GvNAME(CvGV(cv))); { SV * sv = ST(0); int level; SV * file; int RETVAL; if (items < 2) level = -1; else { level = (int)SvIV(ST(1)); } if (items < 3) file = Nullsv; else { file = ST(2); } #line 2114 "DBI.xs" { dPERINTERP; if (!DBIS) { sv=sv; ix=ix; /* avoid 'unused variable' warnings */ croak("DBI not initialised"); } if (level == -1) level = DBIS->debug; /* Return old/current value. No change if new value not given. */ RETVAL = DBIS->debug; set_trace_file(file); /* always call this regardless of level */ if (level != DBIS->debug) { if (level > 0) { fprintf(DBILOGFP," DBI %s%s dispatch trace level set to %d\n", XS_VERSION, dbi_build_opt, level); if (!dowarn) fprintf(DBILOGFP," Note: perl is running without the recommended perl -w option\n"); Fflush(DBILOGFP); } DBIS->debug = level; sv_setiv(perl_get_sv("DBI::dbi_debug",0x5), level); } } #line 2226 "DBI.c" ST(0) = sv_newmortal(); sv_setiv(ST(0), (IV)RETVAL); } XSRETURN(1); } XS(XS_DBI_dump_handle) { dXSARGS; if (items < 1 || items > 2) croak("Usage: DBI::dump_handle(sv, msg=\"DBI::dump_handle\")"); { SV * sv = ST(0); char * msg; if (items < 2) msg = "DBI::dump_handle"; else { msg = (char *)SvPV(ST(1),PL_na); } #line 2146 "DBI.xs" { D_imp_xxh(sv); dbih_dumpcom(imp_xxh, msg); } #line 2252 "DBI.c" } XSRETURN_EMPTY; } XS(XS_DBI__svdump) { dXSARGS; if (items != 1) croak("Usage: DBI::_svdump(sv)"); { SV * sv = ST(0); #line 2156 "DBI.xs" { dPERINTERP; fprintf(DBILOGFP, "DBI::_svdump(%s)", SvPV(sv,na)); #ifdef DEBUGGING sv_dump(sv); #endif } #line 2272 "DBI.c" } XSRETURN_EMPTY; } XS(XS_DBI__var_FETCH) { dXSARGS; if (items != 1) croak("Usage: DBI::var::FETCH(sv)"); { SV * sv = ST(0); #line 2171 "DBI.xs" dPERINTERP; /* Note that we do not come through the dispatcher to get here. */ char *meth = SvPV(SvRV(sv),na); /* what should this tie do ? */ char type = *meth++; /* is this a $ or & style */ HV *imp_stash; GV *imp_gv; int ok = DBI_LAST_HANDLE_OK; imp_xxh_t *imp_xxh = (ok) ? DBIh_COM(DBI_LAST_HANDLE) : NULL; int trace = 0; if (DBIS->debug >= 2 || (ok && DBIc_DEBUGIV(imp_xxh) >= 2)) { trace = 2; fprintf(DBILOGFP," -> $DBI::%s (%c) FETCH from lasth=", meth, type); if (ok) { SvROK_on(DBI_LAST_HANDLE); fprintf(DBILOGFP,"%s\n", SvPV(DBI_LAST_HANDLE,na)); SvROK_off(DBI_LAST_HANDLE); } else { fprintf(DBILOGFP,"none\n"); } } if (type == '!') { /* special case for $DBI::lasth */ if (!ok) { XSRETURN_UNDEF; } /* Currently we can only return the INNER handle. */ /* This handle should only be used for true/false tests */ SvROK_on(DBI_LAST_HANDLE); ST(0) = sv_mortalcopy(DBI_LAST_HANDLE); if (trace) fprintf(DBILOGFP," <- $DBI::%s= %s (inner)\n", meth, SvPV(DBI_LAST_HANDLE,na)); SvROK_off(DBI_LAST_HANDLE); XSRETURN(1); } if ( !ok ) { /* warn() may be changed to a debug later */ warn("Can't read $DBI::%s, last handle unknown or destroyed", meth); XSRETURN_UNDEF; } if (type == '*') { /* special case for $DBI::err, see also err method */ SV *errsv = DBIc_ERR(imp_xxh); if (trace) fprintf(DBILOGFP," <- err= %s\n", neatsvpv(errsv,0)); ST(0) = sv_mortalcopy(errsv); XSRETURN(1); } if (type == '"') { /* special case for $DBI::state */ STRLEN lna; SV *state = DBIc_STATE(imp_xxh); ST(0) = DBIc_STATE_adjust(imp_xxh, state); if (trace) fprintf(DBILOGFP," <- state= %s\n", neatsvpv(ST(0),0)); XSRETURN(1); } if (type == '$') { /* lookup scalar variable in implementors stash */ char *vname = mkvname(DBIc_IMP_STASH(imp_xxh), meth, 0); SV *vsv = perl_get_sv(vname, 1); if (trace) fprintf(DBILOGFP," <- %s = %s\n", vname, neatsvpv(vsv,0)); ST(0) = sv_mortalcopy(vsv); XSRETURN(1); } /* default to method call via stash of implementor of DBI_LAST_HANDLE */ imp_stash = DBIc_IMP_STASH(imp_xxh); if (DBIS->debug >= 2) fprintf(DBILOGFP," >> %s::%s\n", HvNAME(imp_stash), meth); ST(0) = DBI_LAST_HANDLE; if ((imp_gv = gv_fetchmethod(imp_stash,meth)) == NULL) { croak("Can't locate $DBI::%s object method \"%s\" via package \"%s\"", meth, meth, HvNAME(imp_stash)); } PUSHMARK(mark); /* reset mark (implies one arg as we were called with one arg?) */ perl_call_sv((SV*)GvCV(imp_gv), GIMME); #line 2360 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st__get_fbav) { dXSARGS; if (items != 1) croak("Usage: DBD::_::st::_get_fbav(sth)"); { SV * sth = ST(0); #line 2255 "DBI.xs" D_imp_sth(sth); AV *av = dbih_get_fbav(imp_sth); ST(0) = sv_2mortal(newRV((SV*)av)); #line 2376 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st__set_fbav) { dXSARGS; if (items != 2) croak("Usage: DBD::_::st::_set_fbav(sth, src_rv)"); { SV * sth = ST(0); SV * src_rv = ST(1); #line 2264 "DBI.xs" D_imp_sth(sth); int i; AV *src_av; AV *dst_av = dbih_get_fbav(imp_sth); int num_fields = AvFILL(dst_av)+1; if (!SvROK(src_rv) || SvTYPE(SvRV(src_rv)) != SVt_PVAV) croak("_set_fbav(%s): not an array ref", neatsvpv(src_rv,0)); src_av = (AV*)SvRV(src_rv); if (AvFILL(src_av)+1 != num_fields) croak("_set_fbav(%s): array has %d fields, should have %d%s", neatsvpv(src_rv,0), AvFILL(src_av)+1, num_fields); for(i=0; i < num_fields; ++i) { /* copy over the row */ sv_setsv(AvARRAY(dst_av)[i], AvARRAY(src_av)[i]); } ST(0) = sv_2mortal(newRV((SV*)dst_av)); #line 2405 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st_bind_col) { dXSARGS; if (items < 3 || items > 4) croak("Usage: DBD::_::st::bind_col(sth, col, ref, attribs=Nullsv)"); { SV * sth = ST(0); SV * col = ST(1); SV * ref = ST(2); SV * attribs; if (items < 4) attribs = Nullsv; else { attribs = ST(3); } #line 2288 "DBI.xs" DBD_ATTRIBS_CHECK("bind_col", sth, attribs); ST(0) = boolSV(dbih_sth_bind_col(sth, col, ref, attribs)); #line 2429 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st_bind_columns) { dXSARGS; if (items < 1) croak("Usage: DBD::_::st::bind_columns(sth, ...)"); { SV * sth = ST(0); #line 2295 "DBI.xs" D_imp_sth(sth); SV *colsv; SV *attribs = &sv_undef; int fields = DBIc_NUM_FIELDS(imp_sth); int skip = 0; int i; if (fields <= 0 && !DBIc_ACTIVE(imp_sth)) croak("Statement has no result columns to bind %s", "(perhaps you need to successfully call execute first)"); ST(0) = &sv_yes; /* Backwards compatibility for old-style call with attribute hash */ /* ref as first arg. Skip arg if undef or a hash ref. */ if (!SvOK(ST(1)) || (SvROK(ST(1)) && SvTYPE(SvRV(ST(1)))==SVt_PVHV)) { attribs = ST(1); DBD_ATTRIBS_CHECK("bind_columns", sth, attribs); skip = 1; } if (items-(1+skip) != fields) croak("bind_columns called with %ld refs when %d needed.", items-(1+skip), fields); colsv = sv_2mortal(newSViv(0)); for(i=1; i < items-skip; ++i) { sv_setiv(colsv, i); if (!dbih_sth_bind_col(sth, colsv, ST(skip+i), attribs)) { ST(0) = &sv_no; break; } } #line 2469 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st_fetchrow_array) { dXSARGS; dXSI32; if (items != 1) croak("Usage: %s(sth)", GvNAME(CvGV(cv))); SP -= items; { SV * sth = ST(0); #line 2330 "DBI.xs" dPERINTERP; SV *retsv; if (CvDEPTH(cv) == 99) { ix = ix; /* avoid 'unused variable' warning' */ croak("Deep recursion. Probably fetchrow-fetch-fetchrow loop."); } PUSHMARK(sp); XPUSHs(sth); PUTBACK; if (perl_call_method("fetch", G_SCALAR) != 1) croak("panic: DBI fetch"); /* should never happen */ SPAGAIN; retsv = POPs; PUTBACK; if (SvROK(retsv) && SvTYPE(SvRV(retsv)) == SVt_PVAV) { D_imp_sth(sth); int num_fields, i; AV *bound_av; AV *av = (AV*)SvRV(retsv); num_fields = AvFILL(av)+1; EXTEND(sp, num_fields+1); /* We now check for bind_col() having been called but fetch */ /* not returning the fields_svav array. Probably because the */ /* driver is implemented in perl. XXX This logic may change later. */ bound_av = DBIc_FIELDS_AV(imp_sth); /* bind_col() called ? */ if (bound_av && av != bound_av) { /* let dbih_get_fbav know what's going on */ bound_av = dbih_get_fbav(imp_sth); if (DBIS->debug >= 3) { fprintf(DBILOGFP, "fetchrow: updating fbav 0x%lx from 0x%lx\n", (long)bound_av, (long)av); } for(i=0; i < num_fields; ++i) { /* copy over the row */ sv_setsv(AvARRAY(bound_av)[i], AvARRAY(av)[i]); } } for(i=0; i < num_fields; ++i) { PUSHs(AvARRAY(av)[i]); } } #line 2526 "DBI.c" PUTBACK; return; } } XS(XS_DBD_____st_fetch) { dXSARGS; dXSI32; if (items != 1) croak("Usage: %s(sth)", GvNAME(CvGV(cv))); { SV * sth = ST(0); #line 2379 "DBI.xs" int num_fields; if (CvDEPTH(cv) == 99) { ix = ix; /* avoid 'unused variable' warning' */ croak("Deep recursion. Probably fetch-fetchrow-fetch loop."); } PUSHMARK(sp); XPUSHs(sth); PUTBACK; num_fields = perl_call_method("fetchrow", G_ARRAY); /* XXX change the name later */ if (num_fields == 0) { ST(0) = &sv_undef; } else { D_imp_sth(sth); AV *av = dbih_get_fbav(imp_sth); if (num_fields != AvFILL(av)+1) croak("fetchrow returned %d fields, expected %d", num_fields, AvFILL(av)+1); SPAGAIN; while(--num_fields >= 0) sv_setsv(AvARRAY(av)[num_fields], POPs); PUTBACK; ST(0) = sv_2mortal(newRV((SV*)av)); } #line 2564 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st_rows) { dXSARGS; if (items != 1) croak("Usage: DBD::_::st::rows(sth)"); { SV * sth = ST(0); #line 2408 "DBI.xs" D_imp_sth(sth); IV rows = DBIc_ROW_COUNT(imp_sth); ST(0) = sv_2mortal(newSViv(rows)); #line 2580 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____st_finish) { dXSARGS; if (items != 1) croak("Usage: DBD::_::st::finish(sth)"); { SV * sth = ST(0); #line 2417 "DBI.xs" D_imp_sth(sth); DBIc_ACTIVE_off(imp_sth); ST(0) = &sv_yes; #line 2596 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_DESTROY) { dXSARGS; { #line 2428 "DBI.xs" /* the interesting stuff happens in DBD::_mem::common::DESTROY */ items = items; /* avoid 'unused variable' warning */ ST(0) = &sv_undef; #line 2609 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_STORE) { dXSARGS; if (items != 3) croak("Usage: DBD::_::common::STORE(h, keysv, valuesv)"); { SV * h = ST(0); SV * keysv = ST(1); SV * valuesv = ST(2); #line 2439 "DBI.xs" ST(0) = &sv_yes; if (!dbih_set_attr_k(h, keysv, 0, valuesv)) ST(0) = &sv_no; #line 2627 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_FETCH) { dXSARGS; if (items != 2) croak("Usage: DBD::_::common::FETCH(h, keysv)"); { SV * h = ST(0); SV * keysv = ST(1); #line 2449 "DBI.xs" ST(0) = dbih_get_attr_k(h, keysv, 0); #line 2642 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_event) { dXSARGS; if (items < 2 || items > 4) croak("Usage: DBD::_::common::event(h, type, a1=&sv_undef, a2=&sv_undef)"); { SV * h = ST(0); char * type = (char *)SvPV(ST(1),PL_na); SV * a1; SV * a2; if (items < 3) a1 = &sv_undef; else { a1 = ST(2); } if (items < 4) a2 = &sv_undef; else { a2 = ST(3); } #line 2459 "DBI.xs" { dPERINTERP; ST(0) = sv_mortalcopy(DBIh_EVENT2(h, type, a1, a2)); } #line 2674 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_private_data) { dXSARGS; if (items != 1) croak("Usage: DBD::_::common::private_data(h)"); { SV * h = ST(0); #line 2469 "DBI.xs" D_imp_xxh(h); ST(0) = sv_mortalcopy(DBIc_IMP_DATA(imp_xxh)); #line 2689 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_err) { dXSARGS; if (items != 1) croak("Usage: DBD::_::common::err(h)"); { SV * h = ST(0); #line 2477 "DBI.xs" D_imp_xxh(h); SV *errsv = DBIc_ERR(imp_xxh); ST(0) = sv_mortalcopy(errsv); #line 2705 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_state) { dXSARGS; if (items != 1) croak("Usage: DBD::_::common::state(h)"); { SV * h = ST(0); #line 2485 "DBI.xs" D_imp_xxh(h); STRLEN lna; SV *state = DBIc_STATE(imp_xxh); ST(0) = DBIc_STATE_adjust(imp_xxh, state); #line 2722 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_errstr) { dXSARGS; if (items != 1) croak("Usage: DBD::_::common::errstr(h)"); { SV * h = ST(0); #line 2494 "DBI.xs" D_imp_xxh(h); SV *errstr = DBIc_ERRSTR(imp_xxh); SV *err; /* If there's no errstr but there is an err then use err */ if (!SvTRUE(errstr) && (err=DBIc_ERR(imp_xxh)) && SvTRUE(err)) errstr = err; ST(0) = sv_mortalcopy(errstr); #line 2742 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_trace) { dXSARGS; dXSI32; if (items < 1 || items > 3) croak("Usage: %s(sv, level=0, file=Nullsv)", GvNAME(CvGV(cv))); { SV * sv = ST(0); int level; SV * file; int RETVAL; if (items < 2) level = 0; else { level = (int)SvIV(ST(1)); } if (items < 3) file = Nullsv; else { file = ST(2); } #line 2511 "DBI.xs" { dPERINTERP; D_imp_xxh(sv); SV *dsv = DBIc_DEBUG(imp_xxh); STRLEN lna; /* Return trace level in effect now. No change if new value not given */ RETVAL = (DBIS->debug > SvIV(dsv)) ? DBIS->debug : SvIV(dsv); set_trace_file(file); if (level != RETVAL) { /* set value */ if (level > 0) { fprintf(DBILOGFP," %s trace level set to %d in DBI %s%s\n", SvPV(sv,lna), level, XS_VERSION, dbi_build_opt); if (!dowarn && level>0) fprintf(DBILOGFP," Note: perl is running without the recommended perl -w option\n"); Fflush(DBILOGFP); ix = ix; /* avoid 'unused variable' warning */ } sv_setiv(dsv, level); } } #line 2791 "DBI.c" ST(0) = sv_newmortal(); sv_setiv(ST(0), (IV)RETVAL); } XSRETURN(1); } XS(XS_DBD_____common_trace_msg) { dXSARGS; if (items < 2 || items > 3) croak("Usage: DBD::_::common::trace_msg(sv, msg, min_level=1)"); { SV * sv = ST(0); char * msg = (char *)SvPV(ST(1),PL_na); int min_level; #line 2541 "DBI.xs" int debug = 0; #line 2809 "DBI.c" if (items < 3) min_level = 1; else { min_level = (int)SvIV(ST(2)); } #line 2543 "DBI.xs" { dPERINTERP; if (SvROK(sv)) { D_imp_xxh(sv); debug = DBIc_DEBUGIV(imp_xxh); } if (DBIS->debug >= min_level || debug >= min_level) { fputs(msg, DBILOGFP); ST(0) = &sv_yes; } else { ST(0) = &sv_no; } } #line 2831 "DBI.c" } XSRETURN(1); } XS(XS_DBD_____common_rows) { dXSARGS; if (items != 1) croak("Usage: DBD::_::common::rows(h)"); { SV * h = ST(0); #line 2563 "DBI.xs" /* fallback esp for $DBI::rows after $drh was last used */ if (0) h = h; /* avoid unused variable warning */ ST(0) = sv_2mortal(newSViv(-1)); #line 2847 "DBI.c" } XSRETURN(1); } XS(XS_DBD___mem__common_DESTROY) { dXSARGS; if (items != 1) croak("Usage: DBD::_mem::common::DESTROY(imp_xxh_rv)"); { SV * imp_xxh_rv = ST(0); #line 2574 "DBI.xs" dPERINTERP; /* ignore 'cast increases required alignment' warning */ imp_xxh_t *imp_xxh = (imp_xxh_t*)SvPVX(SvRV(imp_xxh_rv)); DBIS->clearcom(imp_xxh); #line 2864 "DBI.c" } XSRETURN_EMPTY; } #ifdef __cplusplus extern "C" #endif XS(boot_DBI) { dXSARGS; char* file = __FILE__; XS_VERSION_BOOTCHECK ; { CV * cv ; cv = newXS("DBI::SQL_WLONGVARCHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_WLONGVARCHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_WVARCHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_WVARCHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_LONGVARBINARY", XS_DBI_constant, file); XSANY.any_i32 = SQL_LONGVARBINARY ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_VARBINARY", XS_DBI_constant, file); XSANY.any_i32 = SQL_VARBINARY ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_DATE", XS_DBI_constant, file); XSANY.any_i32 = SQL_DATE ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_FLOAT", XS_DBI_constant, file); XSANY.any_i32 = SQL_FLOAT ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_INTEGER", XS_DBI_constant, file); XSANY.any_i32 = SQL_INTEGER ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_CHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_CHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_BIT", XS_DBI_constant, file); XSANY.any_i32 = SQL_BIT ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_TINYINT", XS_DBI_constant, file); XSANY.any_i32 = SQL_TINYINT ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_LONGVARCHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_LONGVARCHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_VARCHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_VARCHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_TIME", XS_DBI_constant, file); XSANY.any_i32 = SQL_TIME ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_DECIMAL", XS_DBI_constant, file); XSANY.any_i32 = SQL_DECIMAL ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::constant", XS_DBI_constant, file); XSANY.any_i32 = 0 ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_DOUBLE", XS_DBI_constant, file); XSANY.any_i32 = SQL_DOUBLE ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_NUMERIC", XS_DBI_constant, file); XSANY.any_i32 = SQL_NUMERIC ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_TIMESTAMP", XS_DBI_constant, file); XSANY.any_i32 = SQL_TIMESTAMP ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_REAL", XS_DBI_constant, file); XSANY.any_i32 = SQL_REAL ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_SMALLINT", XS_DBI_constant, file); XSANY.any_i32 = SQL_SMALLINT ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_WCHAR", XS_DBI_constant, file); XSANY.any_i32 = SQL_WCHAR ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_BIGINT", XS_DBI_constant, file); XSANY.any_i32 = SQL_BIGINT ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_BINARY", XS_DBI_constant, file); XSANY.any_i32 = SQL_BINARY ; sv_setpv((SV*)cv, "") ; cv = newXS("DBI::SQL_ALL_TYPES", XS_DBI_constant, file); XSANY.any_i32 = SQL_ALL_TYPES ; sv_setpv((SV*)cv, "") ; newXS("DBI::_setup_handle", XS_DBI__setup_handle, file); newXS("DBI::_get_imp_data", XS_DBI__get_imp_data, file); newXS("DBI::_handles", XS_DBI__handles, file); newXS("DBI::set_err", XS_DBI_set_err, file); newXS("DBI::neat", XS_DBI_neat, file); newXS("DBI::hash", XS_DBI_hash, file); newXS("DBI::looks_like_number", XS_DBI_looks_like_number, file); newXS("DBI::_install_method", XS_DBI__install_method, file); cv = newXS("DBI::_debug_dispatch", XS_DBI_trace, file); XSANY.any_i32 = 1 ; cv = newXS("DBI::trace", XS_DBI_trace, file); XSANY.any_i32 = 0 ; newXS("DBI::dump_handle", XS_DBI_dump_handle, file); newXS("DBI::_svdump", XS_DBI__svdump, file); newXS("DBI::var::FETCH", XS_DBI__var_FETCH, file); newXS("DBD::_::st::_get_fbav", XS_DBD_____st__get_fbav, file); newXS("DBD::_::st::_set_fbav", XS_DBD_____st__set_fbav, file); newXS("DBD::_::st::bind_col", XS_DBD_____st_bind_col, file); newXS("DBD::_::st::bind_columns", XS_DBD_____st_bind_columns, file); cv = newXS("DBD::_::st::fetchrow_array", XS_DBD_____st_fetchrow_array, file); XSANY.any_i32 = 0 ; cv = newXS("DBD::_::st::fetchrow", XS_DBD_____st_fetchrow_array, file); XSANY.any_i32 = 1 ; cv = newXS("DBD::_::st::fetchrow_arrayref", XS_DBD_____st_fetch, file); XSANY.any_i32 = 1 ; cv = newXS("DBD::_::st::fetch", XS_DBD_____st_fetch, file); XSANY.any_i32 = 0 ; newXS("DBD::_::st::rows", XS_DBD_____st_rows, file); newXS("DBD::_::st::finish", XS_DBD_____st_finish, file); newXS("DBD::_::common::DESTROY", XS_DBD_____common_DESTROY, file); newXS("DBD::_::common::STORE", XS_DBD_____common_STORE, file); newXS("DBD::_::common::FETCH", XS_DBD_____common_FETCH, file); newXS("DBD::_::common::event", XS_DBD_____common_event, file); newXS("DBD::_::common::private_data", XS_DBD_____common_private_data, file); newXS("DBD::_::common::err", XS_DBD_____common_err, file); newXS("DBD::_::common::state", XS_DBD_____common_state, file); newXS("DBD::_::common::errstr", XS_DBD_____common_errstr, file); cv = newXS("DBD::_::common::trace", XS_DBD_____common_trace, file); XSANY.any_i32 = 0 ; cv = newXS("DBD::_::common::debug", XS_DBD_____common_trace, file); XSANY.any_i32 = 1 ; newXS("DBD::_::common::trace_msg", XS_DBD_____common_trace_msg, file); newXS("DBD::_::common::rows", XS_DBD_____common_rows, file); newXS("DBD::_mem::common::DESTROY", XS_DBD___mem__common_DESTROY, file); } /* Initialisation Section */ #line 1915 "DBI.xs" items = items; /* avoid 'unused variable' warning */ dbi_bootinit(); #line 3006 "DBI.c" /* End of Initialisation Section */ XSRETURN_YES; }

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