/* Copyright (c) 1990, 1991 X Consortium Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. Except as contained in this notice, the name of the X Consortium shall not be used in advertising or otherwise to promote the sale, use or other dealings in this Software without prior written authorization from the X Consortium. * * Copyright 1990, 1991 by UniSoft Group Limited. * * Permission to use, copy, modify, distribute, and sell this software and * its documentation for any purpose is hereby granted without fee, * provided that the above copyright notice appear in all copies and that * both that copyright notice and this permission notice appear in * supporting documentation, and that the name of UniSoft not be * used in advertising or publicity pertaining to distribution of the * software without specific, written prior permission. UniSoft * makes no representations about the suitability of this software for any * purpose. It is provided "as is" without express or implied warranty. * * $XConsortium: XlibXtst.c,v 1.7 94/04/17 21:01:37 rws Exp $ */ /* * *************************************************************************** * Copyright 1988 by Sequent Computer Systems, Inc., Portland, Oregon * * * * * * All Rights Reserved * * * * Permission to use, copy, modify, and distribute this software and its * * documentation for any purpose and without fee is hereby granted, * * provided that the above copyright notice appears in all copies and that * * both that copyright notice and this permission notice appear in * * supporting documentation, and that the name of Sequent not be used * * in advertising or publicity pertaining to distribution or use of the * * software without specific, written prior permission. * * * * SEQUENT DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING * * ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL * * SEQUENT BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR * * ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, * * WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, * * ARISING OUT OF OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS * * SOFTWARE. * * *************************************************************************** */ /* * Full, and portable, functionality is available in XlibWithXTest.c if your * Xlib has the post R5 release patches to move auth/conn handling from * XOpenDis.c into XConDis.c and hence returned by _XConnectDisplay(). * You can portably do client-native only testing with XlibOpaque.c * which uses XOpenDisplay to make the connection and then ConnectionNumber() * to get the fd. This route is also appropriate if your Xlib has a different * internal interface to the MIT release or else you don't have source. * All byte-sexes can also be tested with XlibNoXTest.c but that file is only * really for BSD type environments and may represent a portability constraint. * See the documentation of the build parameter XP_OPEN_DIS for more details. */ #include #include #include "XstlibInt.h" #include "XstosInt.h" #include "DataMove.h" #ifdef notdef #include #include #include "Xlib.h" #include "Xutil.h" #include "XstlibInt.h" #include "XstosInt.h" #include "Xstos.h" #include "DataMove.h" #endif /* notdef */ /* use of _XConnectDisplay to get the fd for us may give us one with NBIO set */ #ifdef EWOULDBLOCK #define MAYBE_BLOCK(d) if (errno == EWOULDBLOCK) \ { _XstWaitForReadable(d); continue; } #else #define MAYBE_BLOCK(d) #endif #ifdef EAGAIN #define MAYBE_AGAIN(d) if (errno == EAGAIN) \ { _XstWaitForReadable(d); continue; } #else #define MAYBE_AGAIN(d) #endif /* time_proc used to set timeout routines and on error in Xst_EINTR_Read */ static void (*time_proc)() = 0; /* assume that connection info always fits in one read's worth XXX - CAREFUL */ #define Xst_EINTR_Read(dpy, buffer, len) \ while (errno=0, *(char *)buffer=xFalse, 0 > Xst_Read (dpy, (char *) buffer, (long) len)) { \ MAYBE_BLOCK(dpy); \ MAYBE_AGAIN(dpy); \ if (errno != EINTR) { \ if (time_proc) \ (*time_proc)(); \ else { \ Log_Msg ("read failed with errno = %d\n", errno); \ Delete(); \ } \ /*NOTREACHED*/ \ } \ } static int complain(dpy) Display *dpy; /* Yes, an Xlib display */ { static char buf[256]; sprintf(buf, "Connection error to server '%s'\n\t", DisplayString(dpy)); /* pass the Xlib Display secure in the knowledge that XstIOError * never uses it. THIS BETTER NOT CHANGE without a change here too! */ XstIOError((XstDisplay *)dpy, buf, 1); /*NOTREACHED*/ /* we hope */ Delete(); /* just in case */ /*NOTREACHED*/ /* definite */ return 1; /* never */ } /* * Attempts to connect to server, given display name. Returns file descriptor * (network socket) or -1 if connection fails. The expanded display name * of the form hostname:number.screen ("::" if DECnet) is returned in a result * parameter. The screen number to use is also returned. */ int XstConnectDisplay (display_name, expanded_name, screen_num, auth_proto, auth_length, auth_string, auth_strlen, xlib_dpy) char *display_name; char *expanded_name; /* return */ int *screen_num; /* return */ char **auth_proto; /* return */ int *auth_length; /* return */ char **auth_string; /* return */ int *auth_strlen; /* return */ Display **xlib_dpy; /* return */ { int idisplay; *xlib_dpy = (Display *)NULL; XSetIOErrorHandler(complain); return _XConnectDisplay(display_name, expanded_name, &idisplay, screen_num, auth_proto, auth_length, auth_string, auth_strlen); } /* * Disconnect from server. */ int XstDisconnectDisplay (server) int server; { (void) close(server); } #undef NULL #define NULL ((char *) 0) _XstWaitForReadable(dpy) XstDisplay *dpy; { int r_mask[MSKCNT]; int result; CLEARBITS(r_mask); do { BITSET(r_mask, dpy->fd); result = select(dpy->fd + 1, r_mask, (int *) 0, (int *) 0, (struct timeval *)NULL); if (result == -1 && errno != EINTR) { XstIOError(dpy,"_XstWaitForReadable",1); } } while (result <= 0); } static unsigned int padlength[4] = {0, 3, 2, 1}; XstSendClientPrefix (dpy, client, auth_proto, auth_string, needswap) XstDisplay *dpy; xConnClientPrefix *client; int needswap; { /* * Authorization string stuff.... Must always transmit multiple of 4 * bytes. */ int auth_length, auth_strlen; char pad[3]; char buffer[BUFSIZ], *bptr; int bytes=0; auth_length = client->nbytesAuthProto; auth_strlen = client->nbytesAuthString; bytes = (sizeof(xConnClientPrefix) + auth_length + padlength[auth_length & 3] + auth_strlen + padlength[auth_strlen & 3]); /* bcopy(client, buffer, sizeof(xConnClientPrefix)); */ bptr = buffer; BPRINTF1 ("OpenDisplay message:\n"); pack1(&bptr,client->byteOrder); BPRINTF2 ("\tbyteOrder = 0x%x\n", (unsigned) client->byteOrder); packpad(&bptr,sizeof(client->pad)); BPRINTF2 ("\tpad = %d\n", (int) *(bptr-1)); pack2(&bptr,(short)client->majorVersion,needswap); BPRINTF2 ("\tmajorVersion = %d\n", client->majorVersion); pack2(&bptr,(short)client->minorVersion,needswap); BPRINTF2 ("\tminorVersion = %d\n", client->minorVersion); pack2(&bptr,(short)client->nbytesAuthProto,needswap); BPRINTF2 ("\tnbytesAuthProto = %d\n", client->nbytesAuthProto); pack2(&bptr,(short)client->nbytesAuthString,needswap); BPRINTF2 ("\tnbytesAuthString = %d\n", client->nbytesAuthString); packpad(&bptr,sizeof(client->pad2)); BPRINTF2 ("\tpad2 = %d\n", (int) *(bptr-1)); /* bptr = buffer + sizeof(xConnClientPrefix); */ BPRINTF2 ("\tAuthProtoName = %d bytes\n", auth_length); if (auth_length) { bcopy(auth_proto, bptr, auth_length); bptr += auth_length; if (padlength[auth_length & 3]) { bcopy(pad, bptr, padlength[auth_length & 3]); bptr += padlength[auth_length & 3]; BPRINTF2 ("\tAuthProtoName pad = %d bytes\n", padlength[auth_length & 3]); } } BPRINTF2 ("\tAuthProtoData = %d bytes\n", auth_strlen); if (auth_strlen) { bcopy(auth_string, bptr, auth_strlen); bptr += auth_strlen; if (padlength[auth_strlen & 3]) { bcopy(pad, bptr, padlength[auth_strlen & 3]); bptr += padlength[auth_strlen & 3]; BPRINTF2 ("\tAuthProtoData pad = %d bytes\n", padlength[auth_strlen & 3]); } } BPRINTF2 ("\tTotal OpenDisplay message length = %d bytes\n", bytes); BPRINTF2 ("\t\ton fd %d\n", dpy->fd); BPRINTF2 ("\t\t%d bytes used of buffer\n", bptr - buffer); (void) WriteToServer(dpy->fd, buffer, bytes); return; } /* * The Timeout function(s) must all exit -- we don't want to get * into longjmp from out of signal (SIGALARM) handlers etc. So * we have to use the test type and request type to work out * what messages to put out and what exit code to give back to the TET. * NOTE that we use the timeout functions on Xst_EINTR_Read fails, as well. * * Behaviour is as follows: * * Request Type: OPEN_DISPLAY_REQUEST_TYPE || anything else * Test Type: OPEN_DISPLAY | anything else || anything at all * __________(bad byte order)| (0x42 or 0x6C) || (0x42 or 0x6C) * Getting: \---------------+----------------++------------------ * | | || * SetupPrefix| PASS(Exit_OK)| FAIL(Abort) || Delete * | | || * SetupData | Not Reached | FAIL(Abort) || Delete * | (Delete) | || * */ #define PASS_action 1 #define FAIL_action 2 #define DELETE_action 3 static char *nothing = "No reply from server when trying to connect to %s\n"; static void Timeout_Func(action) int action; { char *server = Xst_server_node == NULL ? "Default Server" : Xst_server_node; switch(action) { case PASS_action: Log_Trace("No prefix sent in response to bad byte order open request."); Exit_OK (); /*NOTREACHED*/ break; case FAIL_action: Log_Msg(nothing, server); Abort (); /*NOTREACHED*/ break; case DELETE_action: Log_Msg(nothing, server); Delete (); /*NOTREACHED*/ break; default: Log_Msg("INTERNAL TEST SUITE ERROR: bad action (%d) in Timeout_Func with server %s.", action, server); Delete (); /*NOTREACHED*/ break; } } static void Normal_Timeout_Func() { Timeout_Func(DELETE_action); } static void Good_Open_Timeout_Func() { Timeout_Func(FAIL_action); } static void Bad_Open_Timeout_Func() { Timeout_Func(PASS_action); } GetConnSetupPrefix (client, prefixp, needswap) int client; xConnSetupPrefix * prefixp; int needswap; { XstDisplay * dpy; char buffer[OBUFSIZE]; char *bptr; dpy = Get_Display(client); if (Get_Req_Type(client) == OPEN_DISPLAY_REQUEST_TYPE) { if (Get_Test_Type(client) == OPEN_DISPLAY) time_proc = Bad_Open_Timeout_Func; else time_proc = Good_Open_Timeout_Func; } else time_proc = Normal_Timeout_Func; Set_Timer (CONNECT_TIMER_ID, Xst_timeout_value, time_proc); Xst_EINTR_Read (dpy, (char *) buffer, (long) sizeof (xConnSetupPrefix)); Stop_Timer (CONNECT_TIMER_ID); BPRINTF1 ("Connection setup prefix:\n"); bptr = buffer; prefixp -> success = unpack1 (&bptr); BPRINTF2 ("\tsuccess = %s\n", boolname(prefixp->success)); prefixp -> lengthReason = unpack1 (&bptr); BPRINTF2 ("\tlengthReason = %d\n", prefixp->lengthReason); prefixp -> majorVersion = unpack2 (&bptr, needswap); BPRINTF2 ("\tmajorVersion = %d\n", prefixp->majorVersion); prefixp -> minorVersion = unpack2 (&bptr, needswap); BPRINTF2 ("\tminorVersion = %d\n", prefixp->minorVersion); prefixp -> length = unpack2 (&bptr, needswap); BPRINTF2 ("\tlength = %d\n", prefixp->length); } /* * GetConnSetupData - reads & byte swaps (as appropriate) * the rest of the connection setup data * (Note this is somewhat redundant with logic * in XOpenDisplay - might merge later) */ GetConnSetupData (client, setupdp, len, needswap) int client; xConnSetup * setupdp; int len; int needswap; { XstDisplay * dpy; char buffer[OBUFSIZE]; char *bptr; char *sptr; /* pointer into setup data area */ int pad; int i; int d; int s; int v; int f; int ndepths; int nvisuals; dpy = Get_Display(client); if (Get_Req_Type(client) == OPEN_DISPLAY_REQUEST_TYPE) { if (Get_Test_Type(client) == OPEN_DISPLAY) { Log_Msg ("INTERNAL ERROR: should not be getting SetupData with TestType == OPEN_DISPLAY."); Delete(); /*NOTREACHED*/ } time_proc = Good_Open_Timeout_Func; } else time_proc = Normal_Timeout_Func; Set_Timer (CONNECT_TIMER_ID, Xst_timeout_value, time_proc); if (!needswap) { Xst_EINTR_Read (dpy, (char *) setupdp, len); Stop_Timer (CONNECT_TIMER_ID); return; } else { Xst_EINTR_Read (dpy, (char *) buffer, len); Stop_Timer (CONNECT_TIMER_ID); bptr = buffer; setupdp -> release = unpack4 (&bptr, needswap); setupdp -> ridBase = unpack4 (&bptr, needswap); setupdp -> ridMask = unpack4 (&bptr, needswap); setupdp -> motionBufferSize = unpack4 (&bptr, needswap); setupdp -> nbytesVendor = unpack2 (&bptr, needswap); setupdp -> maxRequestSize = unpack2 (&bptr, needswap); setupdp -> numRoots = unpack1 (&bptr); setupdp -> numFormats = unpack1 (&bptr); setupdp -> imageByteOrder = unpack1 (&bptr); setupdp -> bitmapBitOrder = unpack1 (&bptr); setupdp -> bitmapScanlineUnit = unpack1 (&bptr); setupdp -> bitmapScanlinePad = unpack1 (&bptr); setupdp -> minKeyCode = unpack1 (&bptr); setupdp -> maxKeyCode = unpack1 (&bptr); setupdp -> pad2 = unpack4 (&bptr, needswap); sptr = (char *) (setupdp + 1); /* get the vendor string */ bcopy (bptr, sptr, setupdp -> nbytesVendor); pad = (setupdp -> nbytesVendor + 3) & ~3; bptr += pad; sptr += pad; /* Z axis screen format info */ /* NOTE - this counts on only 1 byte quantities in the format!! */ for (f = 0; f < setupdp->numFormats; f++) { bcopy (bptr, sptr, sizeof (xPixmapFormat)); bptr += sizeof (xPixmapFormat); sptr += sizeof (xPixmapFormat); } /* Screen structures */ for (s = 0; s < setupdp->numRoots; s++) { for (i = 0; i < 5; i++) { swapcplp (bptr, sptr); bptr += 4; sptr += 4; } for (i = 0; i < 6; i++) { swapcpsp (bptr, sptr); bptr += 2; sptr += 2; } swapcplp (bptr, sptr); /* visualID */ bptr += 4; sptr += 4; bcopy (bptr, sptr, 4); ndepths = bptr[3]; /* pull out nDepths */ bptr += 4; sptr += 4; for (d = 0; d < ndepths; d++) { *sptr++ = *bptr++; *sptr++ = *bptr++; swapcpsp (bptr, sptr);/* nVisuals */ nvisuals = * (short *) sptr; bptr += 2; sptr += 2; bptr += 4; /* pad */ sptr += 4; for (v = 0; v < nvisuals; v++) { swapcplp (bptr, sptr);/* visualid */ bptr += 4; sptr += 4; *sptr++ = *bptr++; *sptr++ = *bptr++; swapcpsp (bptr, sptr);/* colormapEntries */ bptr += 2; sptr += 2; for (i = 0; i < 4; i++) { swapcplp (bptr, sptr); bptr += 4; sptr += 4; } } } } } }