/* * This file contains routines to draw and update the screen. * * Copyright 1990 by the Massachusetts Institute of Technology. * * For copying and distribution information, please see the file * . * * Tom Coppeto * MIT Network Services * 8 August 1990 * * $Source: /afs/net.mit.edu/tools/src/xport/RCS/xstuff.c,v $ * $Author: tom $ * $Locker: tom $ * $Log: xstuff.c,v $ * Revision 1.2 90/08/19 16:19:18 tom * *** empty log message *** * * Revision 1.1 90/08/15 01:13:17 tom * Initial revision * */ #ifndef lint static char *rcsid = "$Header: /afs/net.mit.edu/tools/src/xport/RCS/xstuff.c,v 1.2 90/08/19 16:19:18 tom Exp Locker: tom $"; #endif #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "xrmonwatch.h" extern XtAppContext app_con; extern Widget toplevel; static Widget IPpopup = (Widget) NULL; static Widget ATpopup = (Widget) NULL; static void create_row(); static Widget create_box(); static Widget create_form(); static void make_resource(); struct TABLE *parse_table(); static XtResource tableResources[] = { {"tableEtherTypes", XtCString, XtRString, sizeof(String), 0, XtRString, NULL}, {"tableEtherVendors", XtCString, XtRString, sizeof(String), sizeof(char *), XtRString, NULL}, {"tableEtherMCasts", XtCString, XtRString, sizeof(String), 2 * sizeof(char *), XtRString, NULL}, }; display_init() { XtResource *resources; int n = 0, i = 0; int nr = 0; char *res_tables[3]; /* array for raw tables via resources */ while(pieces[n++].resource); resources = (XtResource *) malloc(sizeof(XtResource) * n * 6); parts = (struct PART *) malloc(sizeof(struct PART) * n); if(!resources || !parts) { fprintf("unable to allocate memory in display_init()\n"); exit(1); } bzero(parts, sizeof(struct PART) * n); bzero(resources, 6 * n); i = 1; while(pieces[i].resource) { if(pieces[i].index) *(pieces[i].index) = i; parts[i].resource = pieces[i].resource; if(pieces[i].base) parts[i].base = *(pieces[i].base); make_resource(&resources[nr++], pieces[i].resource, "State", XtCState, XtRBoolean, sizeof(Boolean), (unsigned int) &(parts[i].state) - (unsigned int) parts, XtRString, "off"); make_resource(&resources[nr++],pieces[i].resource,"Color", XtCForeground, XtRPixel, sizeof(Pixel), (unsigned int) &(parts[i].color) - (unsigned int) parts, XtRString, "white"); make_resource(&resources[nr++],pieces[i].resource,"Highlight", XtCForeground, XtRPixel, sizeof(Pixel), (unsigned int) &(parts[i].highlight) -(unsigned int) parts, XtRString, "white"); make_resource(&resources[nr++],pieces[i].resource, "LLength", XtCLength, XtRInt, sizeof(int), (unsigned int) &(parts[i].llength) - (unsigned int) parts, XtRImmediate, (caddr_t) 0); make_resource(&resources[nr++], pieces[i].resource, "SLabel", XtCLabel, XtRString, sizeof(String), (unsigned int) &(parts[i].slabel) - (unsigned int) parts, XtRString, ""); make_resource(&resources[nr++], pieces[i].resource, "Label", XtCString, XtRString, sizeof(String), (unsigned int) &(parts[i].label) - (unsigned int) parts, XtRString, ""); ++i; } XtGetApplicationResources(toplevel, parts, resources, 400, NULL, 0); XtGetApplicationResources(toplevel, parts, &resources[400], 400, NULL, 0); XtGetApplicationResources(toplevel, parts, &resources[800], nr-800, NULL, 0); XtGetApplicationResources(toplevel, res_tables, tableResources, XtNumber(tableResources), NULL, 0); ether_types = parse_table(res_tables[0]); ether_addrs = parse_table(res_tables[1]); ether_mcasts = parse_table(res_tables[2]); } static void make_resource(resource, name, op, class, type, size, offset, deftype, defaddr) XtResource *resource; char *name; char *op; char *class; char *type; int size; int offset; char *deftype; caddr_t defaddr; { char buf[100]; char *save_string(); sprintf(buf, "%s%s", name, op); resource->resource_name = save_string(buf); resource->resource_class = class; resource->resource_type = type; resource->default_type = deftype; resource->default_addr = defaddr; resource->resource_size = size; resource->resource_offset = offset; } struct TABLE * parse_table(s) char *s; { struct TABLE *t; char *value; int i = 0; int page = 10; char *type; if(!s) return((struct TABLE *) NULL); if(!(t = (struct TABLE *) malloc((page + 1) * sizeof(struct TABLE)))) return((struct TABLE *) NULL); while(*s) { if(i == 0) { while(isspace(*s)) ++s; if(!*s) break; type = s; while(!isspace(*s)) ++s; if(!*s) break; *s++ = '\0'; } while(isspace(*s)) ++s; if(!*s) break; value = s; while(!isspace(*s)) ++s; if(!*s) break; *s++ = '\0'; while(isspace(*s)) ++s; if(!*s) break; t[i].name = s; while(*s != ':') ++s; if(!*s) break; *s++ = '\0'; while(isspace(*s)) ++s; if(!*s) break; t[i].sname = s; while(*s != ':') ++s; if(!*s) break; *s++ = '\0'; t[i].value = 0; t[i].svalue = (char *) NULL; if(strncasecmp(type, "integer", strlen(type)) == 0) t[i].value = atoi(value); if(strncasecmp(type, "hexadecmial", strlen(type)) == 0) sscanf(value, "0x%x", &t[i].value); if(strncasecmp(type, "string", strlen(type)) == 0) t[i].svalue = value; if(++i >= page) { page += 10; if(!(t = (struct TABLE *) realloc(t, (page+1) * sizeof(struct TABLE)))) return((struct TABLE *) NULL); } } t[i].name = (char *) NULL; t[i].value = 0; return(t); } display_ip_panel(w) { Widget box; Widget form; if(IPpopup) { XtMapWidget(IPpopup); XRaiseWindow(XtDisplay(IPpopup), XtWindow(IPpopup)); return; } IPpopup= XtCreatePopupShell("dpyPopup", topLevelShellWidgetClass, toplevel, NULL, 0); form = create_form(IPpopup, "dpyTCPIP"); /* * Ethernet box */ box = create_box(form, &parts[R_Ethernet]); create_row(box, &parts[R_EthernetType], &parts[R_EthernetLength]); create_row(box, &parts[R_EthernetSrcAddress], &parts[R_EthernetDstAddress]); create_row(box, &parts[R_EthernetSrcVendor], &parts[R_EthernetDstVendor]); create_row(box, &parts[R_EthernetVersion], &parts[R_EthernetMulticast]); /* * 802.2 */ box = create_box(form, &parts[R_LLC]); create_row(box, &parts[R_LLCType], &parts[R_LLCClass]); create_row(box, &parts[R_LLCFormat], &parts[R_LLCCommand]); create_row(box, &parts[R_LLCSrcAddress], &parts[R_LLCDstAddress]); create_row(box, &parts[R_LLCSrcAddrDesig], &parts[R_LLCDstAddrDesig]); create_row(box, &parts[R_LLCSendSequence], &parts[R_LLCRecvSequence]); create_row(box, &parts[R_LLCPFBit], &parts[R_LLCCRIdentifier]); create_row(box, &parts[R_LLCSupervisoryBit], &parts[R_LLCInformation]); /* * SNAP */ box = create_box(form, &parts[R_SNAP]); create_row(box, &parts[R_SNAPAddress], &parts[R_SNAPNull]); /* * ARP */ box = create_box(form, &parts[R_ARP]); create_row(box, &parts[R_ARPSrcPhysicalAddress], &parts[R_ARPTargetPhysicalAddress]); create_row(box, &parts[R_ARPSrcProtocolAddress], &parts[R_ARPTargetProtocolAddress]); create_row(box, &parts[R_ARPSrcName], &parts[R_ARPTargetName]); /* * IP */ box = create_box(form, &parts[R_IP]); create_row(box, &parts[R_IPVersion], &parts[R_IPHeaderLength]); create_row(box, &parts[R_IPType], &parts[R_IPLength]); create_row(box, &parts[R_IPFlags], &parts[R_IPFragmentOffset]); create_row(box, &parts[R_IPIdentification], &parts[R_IPTTL]); create_row(box, &parts[R_IPProtocol], &parts[R_IPChecksum]); create_row(box, &parts[R_IPSrcAddress], &parts[R_IPDstAddress]); create_row(box, &parts[R_IPSrcName], &parts[R_IPDstName]); /* * ICMP */ box = create_box(form, &parts[R_ICMP]); create_row(box, &parts[R_ICMPType], &parts[R_ICMPCode]); create_row(box, &parts[R_ICMPChecksum], &parts[R_ICMPIPHeader]); create_row(box, &parts[R_ICMPPointer], &parts[R_ICMPGateway]); create_row(box, &parts[R_ICMPIdentifier], &parts[R_ICMPSequence]); create_row(box, &parts[R_ICMPOriginateTimestamp], &parts[R_ICMPReceiveTimestamp]); create_row(box, &parts[R_ICMPTransmitTimestamp], &parts[R_ICMPData]); /* * UDP */ box = create_box(form, &parts[R_UDP]); create_row(box, &parts[R_UDPChecksum], &parts[R_UDPLength]); create_row(box, &parts[R_UDPSrcPort], &parts[R_UDPDstPort]); create_row(box, &parts[R_UDPSrcPortName], &parts[R_UDPDstPortName]); /* * Zephyr */ #ifdef ZEPHYR box = create_box(form, &parts[R_Zephyr]); create_row(box, &parts[R_ZPacket], &parts[R_ZVersion]); create_row(box, &parts[R_ZKind], &parts[R_ZNull]); create_row(box, &parts[R_ZSender], &parts[R_ZRecipient]); create_row(box, &parts[R_ZClass], &parts[R_ZInstance]); create_row(box, &parts[R_ZOpcode], &parts[R_ZNull]); #endif /* ZEPHYR */ /* * TCP */ box = create_box(form, &parts[R_TCP]); create_row(box, &parts[R_TCPChecksum], &parts[R_TCPAck]); create_row(box, &parts[R_TCPSequence], &parts[R_TCPWindow]); create_row(box, &parts[R_TCPOffset], &parts[R_TCPUrgent]); create_row(box, &parts[R_TCPSrcPort], &parts[R_TCPDstPort]); create_row(box, &parts[R_TCPSrcPortName], &parts[R_TCPDstPortName]); create_row(box, &parts[R_TCPFlags], &parts[R_TCPNull]); XtPopup(IPpopup, XtGrabNone); return; } display_at_panel(w) { Widget form; Widget box; if(ATpopup) { XtMapWidget(ATpopup); XRaiseWindow(XtDisplay(ATpopup), XtWindow(ATpopup)); return; } ATpopup= XtCreatePopupShell("dpyPopup", topLevelShellWidgetClass, toplevel, NULL, 0); form = create_form(ATpopup, "dpyAT"); /* * Ethernet box */ box = create_box(form, &parts[R_Ethernet]); create_row(box, &parts[R_EthernetType], &parts[R_EthernetLength]); create_row(box, &parts[R_EthernetSrcAddress], &parts[R_EthernetDstAddress]); create_row(box, &parts[R_EthernetSrcVendor], &parts[R_EthernetDstVendor]); create_row(box, &parts[R_EthernetVersion], &parts[R_EthernetMulticast]); /* * 802.2 */ box = create_box(form, &parts[R_LLC]); create_row(box, &parts[R_LLCType], &parts[R_LLCClass]); create_row(box, &parts[R_LLCFormat], &parts[R_LLCCommand]); create_row(box, &parts[R_LLCSrcAddress], &parts[R_LLCDstAddress]); create_row(box, &parts[R_LLCSrcAddrDesig], &parts[R_LLCDstAddrDesig]); create_row(box, &parts[R_LLCSendSequence], &parts[R_LLCRecvSequence]); create_row(box, &parts[R_LLCPFBit], &parts[R_LLCCRIdentifier]); create_row(box, &parts[R_LLCSupervisoryBit], &parts[R_LLCInformation]); /* * SNAP */ box = create_box(form, &parts[R_SNAP]); create_row(box, &parts[R_SNAPAddress], &parts[R_SNAPNull]); /* * AARP */ box = create_box(form, &parts[R_AARP]); create_row(box, &parts[R_AARPType], &parts[R_AARPNull]); create_row(box, &parts[R_AARPHardwareType], &parts[R_AARPProtocolType]); create_row(box, &parts[R_AARPHardwareLength], &parts[R_AARPProtocolLength]); create_row(box, &parts[R_AARPSrcHardwareAddress], &parts[R_AARPDstHardwareAddress]); create_row(box, &parts[R_AARPSrcProtocolAddress], &parts[R_AARPDstProtocolAddress]); /* * DDP */ box = create_box(form, &parts[R_DDP]); create_row(box, &parts[R_DDPLength], &parts[R_DDPHopCount]); create_row(box, &parts[R_DDPType], &parts[R_DDPChecksum]); create_row(box, &parts[R_DDPSrcNetwork], &parts[R_DDPDstNetwork]); create_row(box, &parts[R_DDPSrcNode], &parts[R_DDPDstNode]); create_row(box, &parts[R_DDPSrcSocket], &parts[R_DDPDstSocket]); create_row(box, &parts[R_DDPSrcName], &parts[R_DDPDstName]); create_row(box, &parts[R_DDPSrcType], &parts[R_DDPDstType]); create_row(box, &parts[R_DDPSrcZone], &parts[R_DDPDstZone]); /* * RTMP */ box = create_box(form, &parts[R_RTMP]); create_row(box, &parts[R_RTMPVersion], &parts[R_RTMPFunction]); create_row(box, &parts[R_RTMPSrcNetwork], &parts[R_RTMPSrcNode]); create_row(box, &parts[R_RTMPRangeStart], &parts[R_RTMPRangeEnd]); create_row(box, &parts[R_RTMPDistance], &parts[R_RTMPHops]); create_row(box, &parts[R_RTMPSrcNodeLength], &parts[R_RTMPNetwork]); /* * AEP */ box = create_box(form, &parts[R_AEP]); create_row(box, &parts[R_AEPType], &parts[R_AEPNull]); /* * NBP */ box = create_box(form, &parts[R_NBP]); create_row(box, &parts[R_NBPType], &parts[R_NBPIdentification]); create_row(box, &parts[R_NBPTupleCount], &parts[R_NBPNetwork]); create_row(box, &parts[R_NBPNode], &parts[R_NBPSocket]); create_row(box, &parts[R_NBPObjectLength], &parts[R_NBPObjectEntity]); create_row(box, &parts[R_NBPTypeLength], &parts[R_NBPTypeEntity]); create_row(box, &parts[R_NBPZoneLength], &parts[R_NBPZoneEntity]); create_row(box, &parts[R_NBPEnumerator], &parts[R_NBPNull]); /* * ZIP */ box = create_box(form, &parts[R_ZIP]); create_row(box, &parts[R_ZIPNetworkCount], &parts[R_ZIPNetwork]); create_row(box, &parts[R_ZIPZoneLength], &parts[R_ZIPZone]); create_row(box, &parts[R_ZIPType], &parts[R_ZIPNull]); /* * ADSP */ box = create_box(form, &parts[R_ADSP]); create_row(box, &parts[R_ADSPConnId], &parts[R_ADSPControlCode]); create_row(box, &parts[R_ADSPFirstSeq], &parts[R_ADSPNextSeq]); create_row(box, &parts[R_ADSPWindow], &parts[R_ADSPDescriptor]); XtPopup(ATpopup, XtGrabNone); return; } new_header() { } /* * for creating widgets */ static void create_row(parent, left, right) Widget parent; struct PART *left; struct PART *right; { Arg carg; Widget w; Widget t; char buf[100]; sprintf(buf, "%sForm", left->resource); w = XtCreateManagedWidget(buf, formWidgetClass, parent, NULL, 0); sprintf(buf, "%sLabel", left->resource); XtCreateManagedWidget(buf, labelWidgetClass, w, NULL, 0); XtSetArg(carg, XtNstate, left->state); sprintf(buf, "%sToggle", left->resource); t = XtCreateManagedWidget(buf, toggleWidgetClass, w, &carg, 1); XtAddCallback(t, XtNcallback, cb_chdisplay, &(left->state)); XtSetArg(carg, XtNstate, right->state); sprintf(buf, "%sToggle", right->resource); t = XtCreateManagedWidget(buf, toggleWidgetClass, w, &carg, 1); XtAddCallback(t, XtNcallback, cb_chdisplay, &(right->state)); sprintf(buf, "%sLabel", right->resource); XtCreateManagedWidget(buf, labelWidgetClass, w, NULL, 0); } static Widget create_box(parent, box) Widget parent; struct PART *box; { Widget w; char buf[100]; Arg args[2]; XtSetArg(args[0], XtNlabel, box->label); w = XtCreateManagedWidget("dpyForm", formWidgetClass, parent, args, 1); sprintf(buf, "%sLabel", box->resource); XtCreateManagedWidget(buf, labelWidgetClass, w, NULL, 0); return(w); } static Widget create_form(parent, name) Widget parent; char *name; { Widget w; char buf[100]; Arg arg; sprintf(buf, "%sRolo", name); w = XtCreateManagedWidget(buf, roloWidgetClass, parent, NULL, 0); return(w); } char * save_string(s) char *s; { char *c; if(!s) return(s); if(!(c = (char * ) malloc(strlen(s) + 1))) { perror(""); return((char *) NULL); } strcpy(c, s); return(c); }