Bezier *BezierBSPTree(Bezier *bezier, BSPTree *bsptree, int action)
{
if (never_translucent((Geom *)bezier)) {
return bezier;
}
switch (action) {
case BSPTREE_CREATE:
HandleRegister(&bezier->meshhandle,
(Ref *)bezier, bsptree, BSPTreeInvalidate);
return bezier;
case BSPTREE_DELETE:
HandleUnregisterJust(&bezier->meshhandle,
(Ref *)bezier, bsptree,BSPTreeInvalidate);
return bezier;
case BSPTREE_ADDGEOM:
if (bezier->mesh == NULL ||
bezier->mesh->nu != bezier->nu || bezier->mesh->nv != bezier->nv) {
bezier->geomflags |= BEZ_REMESH;
}
if (bezier->geomflags & BEZ_REMESH) {
BezierReDice(bezier);
}
BSPTreeAddObject(bsptree, (Geom *)bezier->mesh);
return bezier;
default:
return NULL;
}
}
bool proxy_processor::on_recv_msg(mysocket & s, const mymsg & msg)
{
msg.read_buffer((int8_t*)g_msg_buffer, msg.size());
int32_t recvmsgsize = g_netmsg.Unmarshal(g_msg_buffer, msg.size());
LOG_DEBUG("recv cmd %d from %u size %d\n",
g_netmsg.m_ProxyMsgHead.m_CmdMsgPara.m_Type,
g_netmsg.m_ProxyMsgHead.m_SrcSvrID,
recvmsgsize);
if (recvmsgsize < 0)
{
return false;
}
switch (g_netmsg.m_ProxyMsgHead.m_CmdMsgPara.m_Type)
{
case Fproto::CMD_REGISTR:
HandleRegister(s, g_netmsg);
break;
case Fproto::CMD_TRANS_BY_KEY_HASH:
HandleTransByKey(s, g_netmsg);
break;
case Fproto::CMD_TRANS_BY_ID:
HandleTransByID(s, g_netmsg);
break;
case Fproto::CMD_TRANS_BROADCAST:
HandleTransBroadcast(s, g_netmsg);
break;
default:
break;
}
return true;
}
Geom *InstImport(Pool *p)
{
Inst *inst = NULL;
IOBFILE *file;
char *expect = NULL;
int c;
if(p == NULL || (file = PoolInputFile(p)) == NULL) {
return 0;
}
if(strcmp(GeomToken(file), "INST")) {
return 0;
}
for(;;) {
switch((c = iobfnextc(file, 0))) {
case EOF:
case CKET:
goto done;
case 'l':
if(iobfexpectstr(file, expect = "location")) {
goto syntax;
}
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
inst->location = getlocation( iobfdelimtok("(){}", file, 0) );
expect = "location [local|global|camera|ndc|screen]";
if(inst->location < 0) {
goto syntax;
}
break;
case 'o':
if(iobfexpectstr(file, expect = "origin")) {
goto syntax;
}
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "origin [local|global|camera|ndc|screen] X Y Z";
inst->origin = getlocation( iobfdelimtok("(){}", file, 0) );
if(inst->origin < 0) {
goto syntax;
}
if(iobfgetnf(file, 3, &inst->originpt.x, 0) < 3) {
goto syntax;
}
break;
case 'u':
if(iobfexpectstr(file, expect = "unit")) {
goto syntax;
}
goto geom;
case 'g':
if(iobfexpectstr(file, expect = "geom"))
goto syntax;
geom:
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "geometry";
if(!GeomStreamIn(p, &inst->geomhandle, &inst->geom)) {
goto failed;
}
if(inst->geomhandle) {
HandleRegister(&inst->geomhandle,
(Ref *)inst, &inst->geom, HandleUpdRef);
}
break;
case 'n': /* ntransform */
if(iobfexpectstr(file, (expect = "ntransform"))) {
goto syntax;
}
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "ntransform matrix";
if(!NTransStreamIn(p, &inst->NDaxishandle, &inst->NDaxis)) {
goto failed;
}
if(inst->NDaxishandle) {
HandleRegister(&inst->NDaxishandle,
(Ref *)inst, &inst->NDaxis, HandleUpdRef);
}
break;
case 't': /* tlist ... or transform ... */
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
iobfgetc(file);
switch((c = iobfgetc(file))) {
case 'l':
if(iobfexpectstr(file, (expect = "tlist")+2)) { /* "tlist" */
goto syntax;
}
transforms:
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "TLIST object";
if(!GeomStreamIn(p, &inst->tlisthandle, &inst->tlist)) {
goto failed;
}
if(inst->tlisthandle) {
HandleRegister(&inst->tlisthandle,
(Ref *)inst, &inst->tlist, HandleUpdRef);
}
break;
case 'r':
if(iobfexpectstr(file, (expect = "transform")+2)) {
/* "transform" */
goto syntax;
}
if(iobfexpectstr(file, "s") == 0) { /* transforms = tlist */
goto transforms;
}
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "transform matrix";
if (!TransStreamIn(p, &inst->axishandle, inst->axis)) {
goto failed;
}
if (inst->axishandle) {
HandleRegister(&inst->axishandle,
(Ref *)inst, inst->axis, TransUpdate);
}
break;
case 'x':
if (iobfexpectstr(file, (expect = "txtransforms")+2)) {
goto syntax;
}
if(inst == NULL) {
inst = (Inst *)GeomCCreate(NULL, InstMethods(), NULL);
}
expect = "TLIST object";
if(!GeomStreamIn(p, &inst->txtlisthandle, &inst->txtlist)) {
goto failed;
}
if(inst->txtlisthandle) {
HandleRegister(&inst->txtlisthandle,
(Ref *)inst, &inst->txtlist, HandleUpdRef);
}
break;
default:
expect = "something";
goto syntax;
}
break;
default:
syntax:
OOGLSyntax(file, "Couldn't read INST in \"%s\": "
"syntax error, expected %s, got char %c",
p->poolname, expect, c);
goto bogus;
failed:
OOGLSyntax(file, "Couldn't read INST in \"%s\": expected %s",
PoolName(p), expect);
bogus:
GeomDelete((Geom *)inst);
return NULL;
}
}
done:
return (Geom *)inst;
}
Inst *InstBSPTree(Inst *inst, BSPTree *bsptree, int action)
{
TransformPtr oldT, oldTxT;
GeomIter *it, *txit;
Transform T, tT, Tl2o, TxT;
Transform oldTinv;
if (inst->geom) {
GeomMakePath(inst, 'I', path, pathlen);
inst->geom->ppath = path;
inst->geom->ppathlen = pathlen;
}
/* No need to loop over all transforms unless action == BSPTREE_ADDGEOM */
switch (action) {
case BSPTREE_CREATE:
GeomBSPTree(inst->geom, bsptree, action);
HandleRegister(&inst->geomhandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleRegister(&inst->tlisthandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleRegister(&inst->axishandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleRegister(&inst->NDaxishandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
return inst;
case BSPTREE_DELETE:
/* unregister any pending callback */
HandleUnregisterJust(&inst->geomhandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleUnregisterJust(&inst->tlisthandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleUnregisterJust(&inst->axishandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
HandleUnregisterJust(&inst->NDaxishandle,
(Ref *)inst, bsptree, BSPTreeInvalidate);
GeomBSPTree(inst->geom, bsptree, action);
return inst;
case BSPTREE_ADDGEOM:
if (inst->NDaxis) {
/* No need to add to the BSPTree here, will be handled by the
* various draw_projected_BLAH() stuff.
*/
return inst;
}
if ((inst->origin != L_NONE || inst->location > L_LOCAL)) {
BSPTreeSet(bsptree, BSPTREE_ONESHOT, true, BSPTREE_END);
if (bsptree->Tidinv == NULL) {
if (bsptree->Tid != TM_IDENTITY) {
bsptree->Tidinv = obstack_alloc(&bsptree->obst, sizeof(Transform));
TmInvert(bsptree->Tid, bsptree->Tidinv);
} else {
bsptree->Tidinv = TM_IDENTITY;
}
}
}
oldT = BSPTreePushTransform(bsptree, TM_IDENTITY);
oldTxT = BSPTreePushTxTransform(bsptree, TM_IDENTITY);
if (inst->origin != L_NONE) {
TmInvert(oldT, oldTinv);
}
it = GeomIterate((Geom *)inst, DEEP);
txit = GeomIterate((Geom *)inst->txtlist, DEEP);
while (NextTransform(it, T)) {
/* Compute origin *before* changing mg tfm */
if (inst->origin != L_NONE) {
Point3 originwas, delta;
TmCoord (*l2o)[4], (*o2W)[4];
static HPoint3 zero = { 0, 0, 0, 1 };
/* We have location2W, origin2W. We want to translate
* in 'origin' coords such that (0,0,0) in location
* coords maps to originpt in origin coords.
*/
o2W = coords2W(inst->origin, oldT);
l2o = coordsto(inst->location, inst->origin, oldT, oldTinv);
HPt3TransPt3(l2o, &zero, &originwas);
Pt3Sub(&inst->originpt, &originwas, &delta);
TmTranslate(tT, delta.x, delta.y, delta.z);
TmConcat(l2o, tT, Tl2o);
TmConcat(T, Tl2o, tT);
TmConcat(tT, o2W, T);
/* finally concat with tree->Tid^{-1} to get the correct
* absolute positioning.
*/
if (inst->location > L_LOCAL) {
if (bsptree->Tid != TM_IDENTITY) {
TmConcat(T, bsptree->Tidinv, T);
}
}
} else if (inst->location > L_LOCAL) {
TmConcat(T, coords2W(inst->location, oldT), T);
if (bsptree->Tid != TM_IDENTITY) {
TmConcat(T, bsptree->Tidinv, T);
}
} else {
TmConcat(T, oldT, T);
}
BSPTreeSetTransform(bsptree, T);
if (!NextTransform(txit, TxT)) {
txit = NULL;
} else {
TmConcat(TxT, oldTxT, TxT);
BSPTreeSetTxTransform(bsptree, TxT);
}
GeomBSPTree(inst->geom, bsptree, action);
}
BSPTreePopTxTransform(bsptree, oldT);
BSPTreePopTransform(bsptree, oldT);
return inst;
default:
return NULL;
}
}
Texture *
_TxSet(Texture *tx, int attr1, va_list *alist)
{
int mask;
Handle *h;
Image *img;
TransformPtr f;
int attr;
char *str;
bool do_purge = false;
bool img_files = false;
bool do_delete = false;
if (tx == NULL) {
tx = OOGLNewE(Texture, "TxCreate Texture");
TxDefault(tx);
do_delete = true;
}
#define NEXT(type) va_arg(*alist, type)
for ( attr = attr1; attr != TX_END; attr = NEXT(int)) {
switch (attr) { /* parse argument list */
case TX_DOCLAMP:
mask = NEXT(int);
tx->flags = (tx->flags & ~(TXF_SCLAMP|TXF_TCLAMP)) |
(mask & (TXF_SCLAMP|TXF_TCLAMP));
break;
case TX_APPLY:
mask = NEXT(int);
if (mask < TXF_MODULATE || mask > TXF_REPLACE) {
OOGLError(1, "TxSet: bad value for TX_APPLY: %d must be %d..%d",
mask, TXF_MODULATE, TXF_DECAL);
goto nope;
}
tx->apply = (enum apply_enum)mask;
break;
case TX_FILE:
str = NEXT(char *);
if (str && tx->filename && strcmp(str, tx->filename) == 0) {
break;
}
if (tx->filename) {
OOGLFree(tx->filename);
}
tx->filename = str ? strdup(str) : NULL;
do_purge = true;
img_files = true;
break;
case TX_ALPHAFILE:
str = NEXT(char *);
if (str && tx->alphafilename &&
strcmp(str, tx->alphafilename) == 0) {
break;
}
if (tx->alphafilename) {
OOGLFree(tx->alphafilename);
}
tx->alphafilename = str ? strdup(str) : NULL;
do_purge = true;
img_files = true;
break;
#if 0
case TX_DATA:
str = NEXT(char *);
if (tx->data && str != tx->data)
OOGLFree(tx->data);
tx->data = str;
if (str)
tx->flags |= TXF_LOADED;
break;
case TX_XSIZE:
mask = NEXT(int);
if (mask != tx->xsize)
tx->flags &= ~TXF_LOADED;
tx->xsize = mask;
break;
case TX_YSIZE:
mask = NEXT(int);
if (mask != tx->ysize)
tx->flags &= ~TXF_LOADED;
tx->ysize = mask;
break;
case TX_CHANNELS:
mask = NEXT(int);
if (mask != tx->channels)
tx->flags &= ~TXF_LOADED;
tx->channels = mask;
break;
#endif
#if 0 /* not implemented */
case TX_COORDS:
mask = NEXT(int);
if (mask < TXF_COORD_GIVEN||mask > TXF_COORD_NORMAL) {
OOGLError(1, "TxSet: bad value for TX_APPLY: %d must be %d..%d",
mask, TXF_MODULATE, TXF_DECAL);
goto nope;
}
tx->coords = mask;
break;
#endif
case TX_BACKGROUND:
tx->background = *NEXT(Color *);
break;
case TX_HANDLE_IMAGE:
h = NEXT(Handle *);
img = NEXT(Image *);
if (tx->imghandle) {
HandlePDelete(&tx->imghandle);
}
tx->imghandle = REFGET(Handle, h);
if (h) {
HandleRegister(&tx->imghandle, (Ref *)tx, &tx->image,
TxUpdateImage);
HandleSetObject(tx->imghandle, (Ref *)img);
} else {
tx->image = REFGET(Image, img);
}
do_purge = true;
break;
case TX_HANDLE_TRANSFORM:
h = NEXT(Handle *);
f = NEXT(TransformPtr);
if (tx->tfmhandle) {
HandlePDelete( &tx->tfmhandle );
}
tx->tfmhandle = REFGET(Handle, h);
TmCopy(f, tx->tfm);
if (h) {
HandleRegister(&tx->tfmhandle,
(Ref *)tx, tx->tfm, TransUpdate);
}
break;
default:
OOGLError(1, "TxSet: unknown attribute %d", attr);
goto nope;
}
}
if (do_purge) {
tx->flags &= ~TXF_LOADED;
TxPurge(tx);
}
if (img_files) {
}
return tx;
nope:
if (do_delete) {
TxDelete(tx);
}
return NULL;
}
/* see the comments in src/lib/gprim/geom/geomstream.c */
int
TxStreamIn(Pool *p, Handle **hp, Texture **txp)
{
IOBFILE *stream;
char *fname;
Handle *h = NULL;
Texture *tx = NULL;
float val[16];
struct txkw *kw;
char *w, *raww;
int i, k = 0;
int brack = 0;
int empty = 1;
bool braces = true;
/*int plus = 0;*/
bool more, mine = true; /* Questionable -- we'll report all errors */
if ((stream = PoolInputFile(p)) == NULL) {
return 0;
}
fname = PoolName(p);
more = false;
do {
iobfnextc(stream, 0);
switch(i = iobfgetc(stream)) {
case ':':
case '<':
w = iobfdelimtok("{}()", stream, 0);
/*
* Consider doing a path search.
* Do this before calling HandleReferringTo()
* to prevent spurious error messages.
*/
if (i == '<' && (h = HandleByName(w, &TextureOps)) == NULL && w[0] != '/') {
w = findfile(fname, raww = w);
if (w == NULL) {
OOGLSyntax(PoolInputFile(p),
"Error reading \"%s\": can't find file \"%s\"",
fname, raww);
}
} else if (h) {
HandleDelete(h);
}
h = HandleReferringTo(i, w, &TextureOps, NULL);
if (h != NULL) {
tx = (Texture *)HandleObject(h);
RefIncr((Ref*)tx);
}
break;
case EOF: brack = 0; break;
case '{': brack++; braces = true; break;
case '}':
if (brack-- <= 0) {
iobfungetc(i, stream);
}
break;
case '-':
case '!':
/*plus = -1;*/
break;
case '+':
/*plus = 1;*/
break;
case '*': break;
default:
more = false;
iobfungetc(i, stream);
w = iobfdelimtok("{}()", stream, 0);
if (w == NULL) {
break;
}
for (i = sizeof(tx_kw)/sizeof(tx_kw[0]), kw = tx_kw; --i >= 0; kw++)
if (!strcmp(kw->word, w))
break;
if (i < 0) {
if (mine)
OOGLSyntax(stream, "%s: unknown texture keyword %s",
fname, w);
return 0;
}
if (tx == NULL) {
tx = TxCreate(TX_END);
}
if (kw->args < 0) {
char allowed[256], *tail = allowed;
w = iobfdelimtok("{}()", stream, 0);
if (w == NULL) w = "";
allowed[0] = '\0';
for (k = 1; strcmp((kw+k)->word, w); k++) {
sprintf(tail, " %s", (kw+k)->word);
tail += strlen(tail);
if (k + kw->args >= 0) {
OOGLSyntax(stream, "%s: %s %s: expected one of: %s",
fname, kw->word, w, allowed);
TxDelete(tx);
return 0;
}
}
} else if (kw->args > 0) {
int n = iobfgetnf(stream, kw->args, val, 0);
if (n != kw->args) {
OOGLSyntax(stream, "%s: %s expected %d numeric values",
fname, w, kw->args);
TxDelete(tx);
return 0;
}
}
empty++;
switch((int)kw->aval) {
case -1:
mine = more = true;
empty--;
break;
case TX_APPLY:
tx->apply = (enum apply_enum)(kw+k)->aval;
break;
case TX_FILE:
case TX_ALPHAFILE:
raww = iobfdelimtok("{}()", stream, 0);
w = findfile(fname, raww);
if (w == NULL) {
OOGLSyntax(stream,
"Warning: reading \"%s\": can't find file \"%s\", ignoring texture",
fname, raww);
} else {
TxSet(tx, kw->aval, w, TX_END);
}
break;
#if 0 /* does not belong here */
case TX_XSIZE:
case TX_YSIZE:
case TX_CHANNELS:
if (val[0] < 1 ||
val[0] > (tx_kw[i].aval==TX_CHANNELS) ? 4 : 100000) {
OOGLSyntax(stream, "%s: Bad value for %s: %s",
fname, kw->word, w);
TxDelete(tx);
return 0;
}
TxSet(tx, kw->aval, (int)val[0], TX_END);
break;
#endif
#if 0 /* not implemented */
case TX_COORDS:
tx->coords = (kw+k)->aval;
break;
#endif
case TX_BACKGROUND: {
/* We allow ColorA for compatibility, but the texture
* background color really is only RGB, not RGBA (see
* glTexEnvf(3)). So: if the next character is not a closing
* brace and not '\n', consume the next float which should be
* the alpha component
*/
float dummy;
int c;
if ((c = iobfnextc(stream, 1)) != '\n' && c != '}' && c != EOF) {
if (iobfgetnf(stream, 1, &dummy, 0) < 1) {
OOGLSyntax(stream, "%s: background color expected", fname);
TxDelete(tx);
return false;
}
}
TxSet(tx, kw->aval, val, TX_END);
break;
}
case TX_HANDLE_IMAGE:
if (!ImgStreamIn(p, &tx->imghandle, &tx->image)) {
OOGLSyntax(stream, "%s: texture image definition expected",
fname);
TxDelete(tx);
return false;
}
if (tx->filename) {
OOGLFree(tx->filename);
tx->filename = NULL;
}
if (tx->alphafilename) {
OOGLFree(tx->alphafilename);
tx->alphafilename = NULL;
}
if (tx->imghandle) {
HandleRegister(&tx->imghandle, (Ref *)tx, &tx->image,
TxUpdateImage);
}
break;
case TX_HANDLE_TRANSFORM:
if (!TransStreamIn(p, &tx->tfmhandle, tx->tfm)) {
OOGLSyntax(stream, "%s: 4x4 texture transform expected",
fname);
TxDelete(tx);
return false;
}
if (tx->tfmhandle) {
HandleRegister(&tx->tfmhandle, (Ref *)tx,
tx->tfm, TransUpdate);
}
break;
case TX_DOCLAMP:
tx->flags = (kw+k)->aval;
break;
default:
break;
}
/*plus = 0;*/
}
} while (brack > 0 || more);
/* handle file and alphafile constructs */
if (h == NULL && tx->filename) {
struct stat st;
char hname[2*(4+(INO_T_LSIZE+DEV_T_LSIZE+TIME_T_LSIZE)*SIZEOF_LONG)+1];
char *ptr;
if (tx->imghandle) {
HandlePDelete(&tx->imghandle);
tx->imghandle = NULL;
}
if (tx->image) {
ImgDelete(tx->image);
tx->image = NULL;
}
if (stat(tx->filename, &st) < 0) {
OOGLSyntax(stream, "%s: cannot stat file %s", fname, tx->filename);
TxDelete(tx);
return 0;
}
ptr = hname;
ptr += stat_to_handle(ptr, st.st_dev, st.st_ino, st.st_mtime);
if (tx->alphafilename) {
if (stat(tx->alphafilename, &st) < 0) {
OOGLSyntax(stream,
"%s: cannot stat file %s", fname, tx->filename);
TxDelete(tx);
return 0;
}
ptr += stat_to_handle(ptr, st.st_dev, st.st_ino, st.st_mtime);
}
/* we share texture images defined by the same files, as was
* the previous behaviour. However, this is implemented using
* references and handles to image objects.
*/
tx->imghandle = HandleByName(hname, &ImageOps);
if (tx->imghandle != NULL) {
tx->image = REFGET(Image, HandleObject(tx->imghandle));
} else {
/* This means there is no image, create one */
tx->image = tx->alphafilename
? ImgCreate(IMG_DATA_CHAN_FILE,
IMGF_AUTO, NULL, tx->filename,
IMG_DATA_CHAN_FILE,
IMGF_ALPHA, NULL, tx->alphafilename,
IMG_END)
: ImgCreate(IMG_DATA_CHAN_FILE,
IMGF_AUTO, NULL, tx->filename,
IMG_END);
if (!tx->image) {
OOGLSyntax(stream,
"%s: cannot create image from given file(s) "
"(\"%s\"/\"%s\"",
fname, tx->filename, tx->alphafilename);
TxDelete(tx);
return 0;
}
/* Generate a new reference */
tx->imghandle = HandleAssign(hname, &ImageOps, (Ref *)tx->image);
tx->imghandle->permanent = false;
}
}
/* Pass the ownership of h and tx to the caller if requested */
if (hp != NULL) {
/* pass on ownership of the handle h to the caller of this function */
if (*hp != NULL) {
if (*hp != h) {
HandlePDelete(hp);
} else {
HandleDelete(*hp);
}
}
*hp = h;
} else if (h) {
/* Otherwise delete h because we are its owner. Note that
* HandleReferringTo() has passed the ownership of h to us;
* explicitly defined handles (hdefine and define constructs)
* will not be deleted by this call.
*/
HandleDelete(h);
}
/* same logic as for hp */
if (txp != NULL) {
if (*txp != NULL) {
TxDelete(*txp);
}
*txp = tx;
} else if(tx) {
TxDelete(tx);
}
return (tx != NULL || h != NULL || (empty && braces));
}
void HandleClientMsg(SSL_CLIENT_DATA* ssl_data, int epollfd)
{
if(!ssl_data)
return;
cJSON *root=NULL, *cmd=NULL, *attr=NULL, *child=NULL;
SSL *ssl = ssl_data->ssl;
char buffer[BUFF_LEN];
int recvLen;
bzero(buffer, BUFF_LEN);
/*Receive information from client*/
recvLen = SSL_recv(ssl, buffer, BUFF_LEN);
if(recvLen <= 0 || strncmp(buffer, "quit", 4)==0)
{
printf("client quit!\n");
int connfd = SSL_get_fd(ssl_data->ssl);
Session_Delete(connfd);
Session_Print_All();
SSL_Client_Leave(ssl_data, epollfd);
return;
}
printf("client %d: %s\n", SSL_get_fd(ssl_data->ssl), buffer);
/*Parse the client message*/
root = cJSON_Parse(buffer);
if(!root)
{
printf("Error before: [%s]\n",cJSON_GetErrorPtr());
HandleError(ssl, "JSON format not recognized.");
return;
}
child = root->child;
while(child)
{
if(strcmp(child->string, "cmd")==0)
{
cmd = child;
} else if(strcmp(child->string, "attr")==0)
{
attr = child;
}
child = child->next;
}
if(0==strcmp(cmd->valuestring, "register"))
{
HandleRegister(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "cert_status_ok"))
{
HandleCertStatusUpdate(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "login"))
{
HandleLogin(ssl,attr);
} else if(0==strcmp(cmd->valuestring, "query_pulse"))
{
HandleQueryPulse(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "file_query"))
{
HandleFileQuery(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "sending_file_next"))
{
HandleSendingFile(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "receiving_file_next"))
{
HandleReceivingFile(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "open_file"))
{
HandleOpenFile(ssl, attr);
} else if(0==strcmp(cmd->valuestring, "revoke_file"))
{
HandleRevokeFile(ssl, attr);
}
cJSON_Delete(root);
}
