#ifndef CNET_CONTROL #define CNET_CONTROL #include "ports.h" #include "config.h" struct PortConfig { UBYTE online; // port loaded or not UBYTE open; // 1==perm, 2==call only UBYTE check; // menu: BITS 0=DoorsClosed, 1=FilesClosed, 2=MsgsClosed // 3=NoNewUsers, 4=SysopIsIn // see also: MainPort->check_latch UBYTE idle; // clock, SAG, SAM ? UBYTE offline; // port loaded, but modem offline UBYTE not_used; UBYTE bplanes; UBYTE lace; // 0=none, 1=24 line, 2=49 line USHORT sizes[8]; // workbench window & zoom size }; struct MainPortExtension { struct SignalSemaphore sem[20]; // sem[0] = lock reload_text variable.. // sem[1] = lock idd (identd data) before insertion/removal // sem[2..19] not yet assigned/used. UBYTE reload_text; // set to 1 to cause control to reload text/menu. // you MUST ObtainSemphore(&myp->MPE->sem[0]) before accessing! UBYTE newsman_up; // 1 if cnet news server (news-task) is running. struct Task *newstask; // pointer to news-task Task structure if running. struct IdentdData *idd; // linked list of identd info for in-use clients }; struct MainPort { // common, public to all ports // the same msgport that Findport("cnetport") // returns a pointer to.. struct MsgPort mp; // 0 - standard EXEC message port char portName[22]; // 34 char LastOn[32]; // 56 long Nums[5]; // 88 [0] # of physical user accounts // [1] # of in-use user accounts // [2] last assigned unique ID Number // [3] # of calls to system TOTAL // [4] # of calls now logged ULONG SAG[2][72]; // 108 activity graph long SAM[5][15]; // activity monitor struct IsDate SAMDate[6]; long um[10]; // for C programmer use. You can // (typecast) them as you need to. // Initially at bootup == 0 struct Window *PWindow; // pointer to control window if open; otherwise 0 struct TransType *FirstTT; struct SubboardType4 *Subboard; struct LinkPort *link; // all-linked port users! struct KeyElement4 *Key; // alpha order, etc. short *IName; // Indexes into KeyElement4 array short *IPhone; // Indexes into KeyElement4 array char *SubTitle; struct MailLock *mlock; struct ChargeSet *FirstCharge; long ns; // number of subs in memory (allocated) UBYTE toss_up; // TRUE if toss running.. UBYTE yank_up; // TRUE if yank-task running.. UBYTE serv_exit; // internally set as TRUE to tell mail-task, yank-task and any other "server" programs to quit - control is closing down/quitting UBYTE item_up; // not used UBYTE mail_up; // TRUE if mail-task running.. UBYTE fileman_up; // TRUE if test/transform server up and running - added as of v4.21 (06-Aug-96) UBYTE expansion1[6]; // future expansion long OpenPfiles; // number of currently open doors struct NoiseType *FirstNT; long ClickMaint; // can we use local mouse maint? long Verbose; // do not redirect to NIL: for debug long s1; // version of CONTROL long s2; long s3; // serial number of owner 0==DEMO struct BitMap ClockBrush; // 40 bytes - for the large port clock on idle ports struct SignalSemaphore SEM[19]; // for critical structure/file/variable locking.. // Don't hold these in LOCKED state for long // as DEADLOCKS will occur! // ObtainSemaphore(SEM[x]) to lock, ReleaseSemaphore(SEM[x]) to unlock // SEM[0] = for locking myp (MainPort) itself! // SEM[1] = User myp->Key[], myp->IName, myp->PName, myp->Phone locking // SEM[2] = z.Upload/z.nuploads/z.NoUploaded locking // SEM[3] = for locking serial device // SEM[4] = myp->NUMS[1] locking (NUMS[1] = number of user account currently active // SEM[5] = net/echomail import/export, subbards3/4 data file and COMPLETE allocated subboard locking - lock before altering/ordering subboard structures // SEM[7] = conference (join) chat locking // SEM[8] = joinlink/conference (join) ROOM locking // SEM[10] = Pfile locking // SEM[11] = bbs.udata, bbs.cuser & userlist locking // SEM[12] = sysdata:log/%s locking // SEM[13] = semaphore for locking LIST items - ie. items in a type "LIST" subboard // SEM[14] = vote list locking while reading/editing vote items/results // SEM[16] = lock before accessing the CopyCDRom() function // SEM[18] = semaphore for locking SAM struct AccessGroup AGC[32]; // BBS.ADATA / Access Group stuff struct NewConfig1 gc; // global configuration defaults char SysPassword[6][21]; ULONG IDQ; short root; // first area# struct PortConfig pc [101]; // For CONTROL, remembers things about each port's window menus, etc,.. struct PortData *PortZ[100]; // pointers to each port's PortData struct struct Room *CRoom[100]; // pointers to ROOM structures.. struct ULock *FirstULock; // Account Locking ... list of dynamically locked accounts! short LastTickHour; // control is ticking ... short LastTickMinute; short HiPort; // highest port loaded short nPorts; char regto[32], regco[32]; struct SignalSemaphore ysem; // the 3.1 Yank-Task struct YankType *yfirst; struct SignalSemaphore isem; // WAS the 3.1 Item-Task = not used struct ItemServerType *ifirst; // not used! struct SignalSemaphore csem; // the 3.1 Charge-Server struct ChargeType *cfirst; struct SignalSemaphore sem; struct PortData *z0; // control's PortData structure - copied to other ports as default, when opened.. /* new for v4.12 */ UBYTE cron_up; /* non-zero if events are being externally edited - Control WILL NOT exit as long as this is >0 */ struct JobType4 *Events; /* configured events */ struct SignalSemaphore eventsem; /* lock this using ObtainSemaphore() before altering myp->Events! */ /* make sure to release using ReleaseSemaphore() after changing events list */ struct SignalSemaphore cesem; /* control event semaphore locking - internal use only! */ struct JobType4 *cEvents; /* list of events to be executed by Control */ struct SignalSemaphore flsem; /* semaphore for locking the LIST of file locks */ struct Library *NodelistBase; /* traplist.library - nodelist base */ UBYTE check_latch; // 3rd party coders - SET this (1=SET) if ANY of the PortConfig "check" bits are altered via doors // changes will not take effect unless this is latched!! // task pointers Added in v4.21/v4.22 - used to send signals to CNet servers // ie. use Signal(myp->mailtask, SIGBREAKF_CTRL_C) to tell mail-task to quit // note: server will set it's myp->#?task pointer to ZERO when it exits // You cannot be sure the task has exited until it's Task pointer // is 0. Also, if a server is processing a packet (ie. mail item, // test/transform, NNTPGet etc, the task/server will not exit // until the current operation is complete. struct Task *mailtask; // pointer to mail-task task structure struct Task *filetask; // pointer to file-task task structure struct Task *nntptask; // pointer to nntpget task structure struct Task *yanktask; // pointer to yank-task task structure struct MainPortExtension *MPE; // MainPort data extensions - see struct MainPortExtension above. }; #endif