inline extern bool_t createDir (char *name) {
struct dirEntryStruct *entry;
getBlock (currentDir);
if (nameValid (name)) {
if ((entry = getUnusedEntry())) {// nicht mehr als 256 , da dir nicht mehr ausgibt!
if (!getEntryByName (name)) { //alle entrys auch files!
if ((entry->startBlock = allocateBlock())) {
dirBufferChanged = TRUE;
/* set entry */
memcpy (entry->fileName, name, FILE_NAME_SIZE);
entry->fileSize = 0;
entry->fileType = DIR;
entry->readOnly = FALSE;
entry->splat = FALSE;
{ /* init new directory block */
getBlock (entry->startBlock);
memset (&dirBuffer, '\0', BLOCKSIZE);
dirBuffer.dirEntry[0].startBlock = currentDir;
memcpy_P (dirBuffer.dirEntry[0].fileName, PSTR ("."), 3);
dirBuffer.dirEntry[0].fileSize = 0;
dirBuffer.dirEntry[0].fileType = DIR;
dirBuffer.dirEntry[0].readOnly = TRUE;
dirBuffer.dirEntry[0].splat = FALSE;
dirBufferChanged = TRUE;
}
flushDirBuffer();
flushFreeBlockList();
return TRUE;
}
}
}
}
return FALSE;
}
inline extern bool_t openWrite (char *name, uint8_t fileType,
uint8_t channel) {
struct dirEntryStruct *entry;
struct channelTableStruct *channelStruct = &channelTable[channel];
if (nameValid (name)) {
if (channelStruct->fileState == NO_FILE) {
getBlock (currentDir);
if (!getEntryByName (name)) {
if ((entry = getUnusedEntry())) {
/* create first inode */
memset (&(channelStruct->inode), '\0', BLOCKSIZE);
if ((channelStruct->inodeBlock = allocateBlock())) {
/* set entry */
entry->startBlock = channelStruct->inodeBlock;
memcpy (entry->fileName, name, FILE_NAME_SIZE);
entry->fileSize = 0;
entry->fileType = fileType;
entry->splat = TRUE;
/* set channel struct */
memcpy (&channelStruct->dirEntry, entry,
sizeof (struct dirEntryStruct));
channelStruct->dirBlock = currentDir;
channelStruct->inodePtr = 0;
/* save entry to disk */
dirBufferChanged = TRUE;
flushDirBuffer();
return TRUE;
}
}
}
}
}
return FALSE;
}
void newUser(int sd, char *buff) {
//TODO: add uniquenick support
char sendbuff[512];
char nick[GP_NICK_LEN],email[GP_EMAIL_LEN],pass[GP_PASSWORD_LEN],uniquenick[GP_NICK_LEN];
int userid,profileid;
find_param("uniquenick",buff,uniquenick,sizeof(uniquenick));
if(!find_param("nick", buff, nick, sizeof(nick))) {
sendError(sd,"Error recieving request");
return;
}
mysql_real_escape_string(conn,nick,nick,strlen(nick));
if(!find_param("email", buff, email, sizeof(email))) {
sendError(sd,"Error recieving request");
return;
}
mysql_real_escape_string(conn,email,email,strlen(email));
if(!find_param("pass", buff, pass, sizeof(pass))) {
if(!find_param("passenc",buff,pass,sizeof(pass))) {
sendError(sd,"Error recieving request");
return;
} else {
char *dpass;
int passlen = strlen(pass);
dpass = (char *)base64_decode((uint8_t *)pass, &passlen);
passlen = gspassenc((uint8_t *)dpass);
strcpy(pass,dpass);
free(dpass);
}
}
mysql_real_escape_string(conn,pass,pass,strlen(pass));
userid = getUserIDFromEmail(conn,email);
if(userid == 0 || !tryPassword(conn,userid,pass)) {
formatSend(sd,true,0,"\\nur\\%d",GP_NEWUSER_BAD_PASSWORD);
return;
}
profileid = getProfileIDFromNickEmail(conn, nick, email);
if(profileid != 0) {
formatSend(sd,true,0,"\\nur\\%d\\pid\\%d",GP_NEWUSER_BAD_NICK,profileid);
return;
}
if(!nameValid(nick,false)) {
formatSend(sd,true,0,"\\nur\\%d",GP_NEWUSER_BAD_NICK);
return;
}
if(uniquenick[0] != 0) {
profileid = getProfileIDFromUniquenick(conn,uniquenick);
if(profileid != 0) {
formatSend(sd,true,0,"\\nur\\%d",GP_NEWUSER_UNIQUENICK_INUSE);
return;
}
if(!nameValid(uniquenick,false)) {
formatSend(sd,true,0,"\\nur\\%d",GP_NEWUSER_UNIQUENICK_INVALID);
return;
}
}
if(uniquenick[0] != 0) {
profileid = makeNewProfileWithUniquenick(conn,nick,uniquenick,userid);
} else {
profileid = makeNewProfile(conn,nick,userid);
}
if(profileid != 0) {
formatSend(sd,true,0,"\\nur\\0\\pid\\%d",profileid);
return;
}
}
