void CACHE_SESSION::unserialize_bin(char *bin)
{
// zend_printf("CACHE_SESSION::unserialize_bin()\n");
unsigned long *p = (unsigned long *)bin;
this->session_id = p[0];
unsigned long nbases = p[1];
p += 2;
CACHE_BASE *cb;
while(nbases--)
{
long base_id = *p++;
long sbas_id = *p++;
bool online = *p++ ? true : false;
char *viewname = (char *)p;
p += LSTRPAD(strlen(viewname)) / sizeof(long);
char *host = (char *)p;
p += LSTRPAD(strlen(host)) / sizeof(long);
long port = *p++;
char *user = (char *)p;
p += LSTRPAD(strlen(user)) / sizeof(long);
char *passwd = (char *)p;
p += LSTRPAD(strlen(passwd)) / sizeof(long);
long engine = *p++;
char *dbname = (char *)p;
p += LSTRPAD(strlen(dbname)) / sizeof(long);
char *xmlstruct = (char *)p;
p += LSTRPAD(strlen(xmlstruct)) / sizeof(long);
unsigned long ncoll = *p++;
cb = this->addbase(base_id, host, port, user, passwd, dbname, xmlstruct, sbas_id, viewname, online);
while(ncoll--)
{
int l;
long coll_id = *p++;
long base_id = *p++;
// long phserver_port = *p++;
long registered = *p++;
char *name = (char *)p;
l = LSTRPAD(strlen(name));
p += l/sizeof(long);
#if GETPREFS
char *prefs = (char *)p;
l = LSTRPAD(strlen(prefs));
p += l/sizeof(long);
#endif
// char *phserver_host = (char *)p;
// l = LSTRPAD(strlen(phserver_host));
// p += l/sizeof(long);
// cb->addcoll(coll_id, base_id, name, phserver_host, phserver_port, registered ? true : false);
cb->addcoll(coll_id, base_id, name, prefs, registered ? true : false);
}
}
}
CACHE_COLL::CACHE_COLL(long coll_id, long base_id, char *name, char *prefs) //, bool registered)
{
int lstr, lram;
this->coll_id = coll_id;
this->base_id = base_id;
this->name = NULL;
this->name_lenPAD = 0;
this->prefs = NULL;
this->prefs_lenPAD = 0;
// this->registered = registered;
this->binsize = sizeof(this->coll_id) // coll_id
+ sizeof(this->base_id) // base_id
// + sizeof(this->phserver_port) // phserver_port
// + sizeof(long) // registered
+ PAD // name (if null)
#if GETPREFS
+ PAD // prefs (if null)
#endif
;
if(name)
{
lstr = strlen(name);
lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->name = (char *)EMALLOC(lram))
{
this->name_lenPAD = lram;
memcpy(this->name, name, lstr+1);
while(lstr<lram)
this->name[lstr++] = '\0'; // pad with 0
this->binsize += lram-PAD; // PAD was already counted
}
}
#if GETPREFS
if(prefs)
{
lstr = strlen(prefs);
lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->prefs = (char *)EMALLOC(lram))
{
this->prefs_lenPAD = lram;
memcpy(this->prefs, prefs, lstr+1);
while(lstr<lram)
this->prefs[lstr++] = '\0'; // pad with 0
this->binsize += lram-PAD; // PAD was already counted
}
}
#endif
this->nextcoll = NULL;
}
CACHE_BASE::CACHE_BASE(long base_id, char *host, long port, char *user, char *passwd, char *dbname, char *xmlstruct, long sbas_id, char *viewname, bool online)
{
// zend_printf("NEW BASE\n");
this->online = online;
this->base_id = base_id;
this->sbas_id = sbas_id;
this->port = port;
this->engine = PHRASEA_MYSQLENGINE;
this->conn = NULL;
this->viewname = NULL;
this->viewname_lenPAD = PAD;
if(viewname)
{
long lstr = strlen(viewname);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->viewname = (char *)EMALLOC(lram))
{
this->viewname_lenPAD = lram;
memcpy(this->viewname, viewname, lstr+1);
while(lstr<lram)
this->viewname[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->host = NULL;
this->host_lenPAD = PAD;
if(host)
{
long lstr = strlen(host);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->host = (char *)EMALLOC(lram))
{
this->host_lenPAD = lram;
memcpy(this->host, host, lstr+1);
while(lstr<lram)
this->host[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->user = NULL;
this->user_lenPAD = PAD;
if(user)
{
long lstr = strlen(user);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->user = (char *)EMALLOC(lram))
{
this->user_lenPAD = lram;
memcpy(this->user, user, lstr+1);
while(lstr<lram)
this->user[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->passwd = NULL;
this->passwd_lenPAD = PAD;
if(passwd)
{
long lstr = strlen(passwd);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->passwd = (char *)EMALLOC(lram))
{
this->passwd_lenPAD = lram;
memcpy(this->passwd, passwd, lstr+1);
while(lstr<lram)
this->passwd[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->dbname = NULL;
this->dbname_lenPAD = PAD;
if(dbname)
{
long lstr = strlen(dbname);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->dbname = (char *)EMALLOC(lram))
{
this->dbname_lenPAD = lram;
memcpy(this->dbname, dbname, lstr+1);
while(lstr<lram)
this->dbname[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->xmlstruct = NULL;
this->xmlstruct_lenPAD = PAD;
if(xmlstruct)
{
long lstr = strlen(xmlstruct);
long lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->xmlstruct = (char *)EMALLOC(lram))
{
this->xmlstruct_lenPAD = lram;
memcpy(this->xmlstruct, xmlstruct, lstr+1);
while(lstr<lram)
this->xmlstruct[lstr++] = '\0'; // on compl�te avec des 0
}
}
this->binsize = sizeof(this->base_id) // base_id
+ sizeof(this->sbas_id) // sbas_id
+ sizeof(long) // online
+ this->viewname_lenPAD // viewname
+ this->host_lenPAD // host
+ sizeof(this->port) // port
+ this->user_lenPAD // user
+ this->passwd_lenPAD // pwd
+ sizeof(this->engine) // engine
+ this->dbname_lenPAD // dbname
+ this->xmlstruct_lenPAD // xmlstruct
+ sizeof(long); // nombre de coll
this->firstcoll = NULL;
this->nextbase = NULL;
}
CACHE_COLL::CACHE_COLL(long coll_id, long base_id, char *name, char *prefs, bool registered)
{
// zend_printf("NEW COLL\n");
int lstr, lram;
// zend_printf("coll_id='%li', base_id='%li', name='%s', prefs='%s'<br>\n", coll_id, base_id, name, (prefs?prefs:"null") );
this->coll_id = coll_id;
this->base_id = base_id;
// this->phserver_port = phserver_port;
this->name = NULL;
this->name_lenPAD = 0;
this->prefs = NULL;
this->prefs_lenPAD = 0;
// this->phserver_host = NULL;
// this->phserver_host_lenPAD = 0;
this->registered = registered;
this->binsize = sizeof(this->coll_id) // coll_id
+ sizeof(this->base_id) // base_id
// + sizeof(this->phserver_port) // phserver_port
+ sizeof(long) // registered
+ PAD // name (si null)
#if GETPREFS
+ PAD // prefs (si null)
#endif
;
// + PAD; // phserver_host (si null)
if(name)
{
lstr = strlen(name);
lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->name = (char *)EMALLOC(lram))
{
this->name_lenPAD = lram;
memcpy(this->name, name, lstr+1);
while(lstr<lram)
this->name[lstr++] = '\0'; // on compl�te avec des 0
this->binsize += lram-PAD; // on avait d�j� compt� PAD
}
}
#if GETPREFS
if(prefs)
{
lstr = strlen(prefs);
lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
if(this->prefs = (char *)EMALLOC(lram))
{
this->prefs_lenPAD = lram;
memcpy(this->prefs, prefs, lstr+1);
while(lstr<lram)
this->prefs[lstr++] = '\0'; // on compl�te avec des 0
this->binsize += lram-PAD; // on avait d�j� compt� PAD
}
}
#endif
// if(phserver_host)
// {
// lstr = strlen(phserver_host);
// lram = LSTRPAD(lstr); // place pour le '\0' final, arrondi au multiple de PAD sup�rieur
// if(this->phserver_host = (char *)EMALLOC(lram))
// {
// this->phserver_host_lenPAD = lram;
// memcpy(this->phserver_host, phserver_host, lstr+1);
// while(lstr<lram)
// this->phserver_host[lstr++] = '\0'; // on compl�te avec des 0
// this->binsize += lram-PAD; // on avait d�j� compt� PAD
// }
// }
this->nextcoll = NULL;
}
CACHE_BASE::CACHE_BASE(long base_id, char *host, long port, char *user, char *passwd, char *dbname, char *xmlstruct, long sbas_id, char *viewname) //, bool online)
{
// this->online = online;
this->base_id = base_id;
this->sbas_id = sbas_id;
this->port = port;
// this->engine = PHRASEA_MYSQLENGINE;
this->conn = NULL;
this->viewname = NULL;
this->viewname_lenPAD = PAD;
if(viewname)
{
long lstr = strlen(viewname);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->viewname = (char *)EMALLOC(lram))
{
this->viewname_lenPAD = lram;
memcpy(this->viewname, viewname, lstr+1);
while(lstr<lram)
this->viewname[lstr++] = '\0'; // pad with 0
}
}
this->host = NULL;
this->host_lenPAD = PAD;
if(host)
{
long lstr = strlen(host);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->host = (char *)EMALLOC(lram))
{
this->host_lenPAD = lram;
memcpy(this->host, host, lstr+1);
while(lstr<lram)
this->host[lstr++] = '\0'; // pad with 0
}
}
this->user = NULL;
this->user_lenPAD = PAD;
if(user)
{
long lstr = strlen(user);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->user = (char *)EMALLOC(lram))
{
this->user_lenPAD = lram;
memcpy(this->user, user, lstr+1);
while(lstr<lram)
this->user[lstr++] = '\0'; // pad with 0
}
}
this->passwd = NULL;
this->passwd_lenPAD = PAD;
if(passwd)
{
long lstr = strlen(passwd);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->passwd = (char *)EMALLOC(lram))
{
this->passwd_lenPAD = lram;
memcpy(this->passwd, passwd, lstr+1);
while(lstr<lram)
this->passwd[lstr++] = '\0'; // pad with 0
}
}
this->dbname = NULL;
this->dbname_lenPAD = PAD;
if(dbname)
{
long lstr = strlen(dbname);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->dbname = (char *)EMALLOC(lram))
{
this->dbname_lenPAD = lram;
memcpy(this->dbname, dbname, lstr+1);
while(lstr<lram)
this->dbname[lstr++] = '\0'; // pad with 0
}
}
this->xmlstruct = NULL;
this->xmlstruct_lenPAD = PAD;
if(xmlstruct)
{
long lstr = strlen(xmlstruct);
long lram = LSTRPAD(lstr); // room for the final '\0', rounded to the next multiple of PAD
if(this->xmlstruct = (char *)EMALLOC(lram))
{
this->xmlstruct_lenPAD = lram;
memcpy(this->xmlstruct, xmlstruct, lstr+1);
while(lstr<lram)
this->xmlstruct[lstr++] = '\0'; // pad with 0
}
}
this->binsize = sizeof(this->base_id) // base_id
+ sizeof(this->sbas_id) // sbas_id
// + sizeof(this->online) // online
+ this->viewname_lenPAD // viewname
+ this->host_lenPAD // host
+ sizeof(this->port) // port
+ this->user_lenPAD // user
+ this->passwd_lenPAD // pwd
// + sizeof(this->engine) // engine
+ this->dbname_lenPAD // dbname
+ this->xmlstruct_lenPAD // xmlstruct
+ sizeof(long); // count of collections
this->firstcoll = NULL;
this->nextbase = NULL;
}
