/* * 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; char header[100][12]; struct DISPLAY_SETTING dpy_settings[] = { {Off, 0, 0, "", ""}, {Off, 0, 4, "Eth", "Ethernet"}, {Off, R_Ethernet, 8, "type", "Ethernet type"}, {Off, R_Ethernet, 4, "len", "Ethernet length"}, {On, R_Ethernet, 12, "src Addr", "Ethernet src address"}, {On, R_Ethernet, 12, "dst Addr", "Ethernet dst address"}, {Off, R_Ethernet, 4, "ARP", "Address Resolution Protocol"}, {Off, R_ARP, 14, "src phys addr", "ARP src phys addr"}, {Off, R_ARP, 14, "dst phys addr", "ARP dst phys addr"}, {On, R_ARP, 16, "src addr", "ARP src proto addr"}, {On, R_ARP, 16, "dst addr", "ARP dst proto addr"}, {Off, R_Ethernet, 4, "IP", "Internet Protocol"}, {Off, R_IP, 4, "vers", "IP version"}, {Off, R_IP, 4, "hlen", "IP header length"}, {Off, R_IP, 4, "type", "IP type"}, {Off, R_IP, 5, "len", "IP length"}, {Off, R_IP, 4, "frag", "IP fragment"}, {Off, R_IP, 6, "offset", "IP fragment offset"}, {Off, R_IP, 5, "ident", "IP identification"}, {Off, R_IP, 3, "ttl", "IP ttl"}, {On, R_IP, 5, "proto", "IP protocol"}, {Off, R_IP, 5, "xsum", "IP checksum"}, {On, R_IP, 16, "src addr" "IP src address"}, {On, R_IP, 16, "dst addr", "IP dst address"}, {Off, R_IP, 4, "ICMP", "Internet Control Management Protocol"}, {On, R_ICMP, 4, "type", "ICMP type"}, {Off, R_ICMP, 4, "code", "ICMP code"}, {Off, R_ICMP, 5, "xsum", "ICMP checksum"}, {Off, R_ICMP, 0, "", "ICMP IP header"}, {Off, R_ICMP, 3, "ptr", "ICMP pointer"}, {Off, R_ICMP, 16, "gateway", "ICMP gateway"}, {Off, R_ICMP, 5, "ident", "ICMP identifier"}, {Off, R_ICMP, 5, "seq", "ICMP sequence"}, {Off, R_ICMP, 12, "orig time", "ICMP orig timestamp"}, {Off, R_ICMP, 12, "recv time", "ICMP recv timestamp"}, {Off, R_ICMP, 12, "trans time", "ICMP trans timestamp"}, {Off, R_ICMP, 4, "data", "ICMP data"}, {Off, R_IP, 4, "UDP", "Universal Datagram Protocol"}, {Off, R_UDP, 5, "xsum", "UDP checksum"}, {Off, R_UDP, 5, "len", "UDP length"}, {On, R_UDP, 12, "src port", "UDP src port"}, {On, R_UDP, 12, "dst port" "UDP dst port"}, {Off, R_IP, 4, "TCP", "Transmission Control Protocol"}, {Off, R_IP, 8, "seq", "TCP sequence"}, {Off, R_IP, 8, "ack", "TCP ack"}, {On, R_IP, 12, "src port", "TCP src port"}, {On, R_IP, 12, "dst port", "TCP dst port"}, {Off, R_Ethernet, 4, "AARP", "Apple Address Resolution Protocol"}, {Off, R_AARP, 5, "htype", "AARP hardware type"}, {Off, R_AARP, 5, "ptype", "AARP proto type"}, {Off, R_AARP, 4, "hlen", "AARP hardware length"}, {Off, R_AARP, 4, "plen", "AARP proto length"}, {Off, R_AARP, 5, "haddr", "AARP hardware addr"}, {Off, R_AARP, 5, "paddr", "AARP proto addr"}, {Off, R_Ethernet, 4, "ELAP", "Ethertalk Link Access Protocol"}, {Off, R_ELAP, 8, "src addr", "ELAP src address"}, {Off, R_ELAP, 8, "dst addr", "ELAP dst address"}, {Off, R_ELAP, 5, "type", "ELAP type"}, {Off, R_ELAP, 4, "DDP", "Datagram Delivery Protocol"}, {Off, R_DDP, 5, "len", "DDP length"}, {Off, R_DDP, 4, "hops", "DDP hop count"}, {Off, R_DDP, 5, "type", "DDP type"}, {Off, R_DDP, 5, "xsum", "DDP checksum"}, {Off, R_DDP, 7, "src net", "DDP src network"}, {Off, R_DDP, 7, "dst net", "DDP dst network"}, {On, R_DDP, 7, "src node", "DDP src node"}, {On, R_DDP, 7, "dst node", "DDP dst node"}, {On, R_DDP, 7, "src sock", "DDP src socket"}, {On, R_DDP, 7, "dst sock", "DDP dst socket"}, {Off, R_DDP, 4, "RTMP", "Routing Table Maintainance Protocol"}, {Off, R_DDP, 4, "AEP", "Appletalk Echo Protocol"}, {Off, R_AEP, 4, "type", "AEP type"}, {Off, R_DDP, 4, "NBP", "Name Binding Protocol"}, {Off, R_NBP, 4, "type", "NBP type"}, {Off, R_NBP, 5, "ident", "NBP identification"}, {End, 0, 3, "end", "End of list"}, }; /* * macros for creating widgets */ #define create_row(leftname, lval, rightname, rval) \ cbox = XtCreateManagedWidget(leftname"Form", formWidgetClass, \ grpForm, NULL, 0); \ XtCreateManagedWidget(leftname"Label", labelWidgetClass, cbox, NULL, 0); \ XtSetArg(carg, XtNstate, lval); \ XtCreateManagedWidget(leftname"Toggle", toggleWidgetClass, cbox,&carg, 1); \ XtSetArg(carg, XtNstate, rval); \ XtCreateManagedWidget(rightname"Toggle", toggleWidgetClass, cbox,&carg, 1); \ XtCreateManagedWidget(rightname"Label", labelWidgetClass, cbox, NULL, 0) #define create_box(name) \ grpForm = XtCreateManagedWidget(name"Form",formWidgetClass,cform, NULL, 0); \ XtCreateManagedWidget(name"Label", labelWidgetClass, grpForm, NULL, 0) #define create_form(toplevel, name) \ cwidget = XtCreateManagedWidget(name"Viewport", viewportWidgetClass, \ toplevel, NULL, 0); \ cform = XtCreateManagedWidget(name"PopupForm", formWidgetClass, \ cwidget, NULL, 0); \ XtCreateManagedWidget(name"PopupLabel", labelWidgetClass, cform, NULL, 0) /* * variables used by macros */ Widget grpForm; Widget cbox; Widget cform; Widget cwidget; Arg carg; display_ip_panel(w) { if(IPpopup) { XtMapWidget(IPpopup); XRaiseWindow(XtDisplay(IPpopup), XtWindow(IPpopup)); return; } IPpopup= XtCreatePopupShell("dpyPopup", topLevelShellWidgetClass, toplevel, NULL, 0); create_form(IPpopup, "dpyTCPIP"); /* * Ethernet box */ create_box("dpyEther"); create_row("dpyEtherType", dpy_settings[R_EthernetType].d, "dpyEtherLen", dpy_settings[R_EthernetLength].d); create_row("dpyEtherSrcAddr", dpy_settings[R_EthernetSrcAddress].d, "dpyEtherDstAddr", dpy_settings[R_EthernetDstAddress].d); /* * ARP */ create_box("dpyARP"); create_row("dpyARPSrcHAddr", dpy_settings[R_ARPSrcPhysicalAddress].d, "dpyARPDstHAddr", dpy_settings[R_ARPTargetPhysicalAddress].d); create_row("dpyARPSrcPAddr", dpy_settings[R_ARPSrcProtocolAddress].d, "dpyARPDstPAddr", dpy_settings[R_ARPTargetProtocolAddress].d); /* * IP */ create_box("dpyIP"); create_row("dpyIPVersion", dpy_settings[R_IPVersion].d, "dpyIPIHL", dpy_settings[R_IPHeaderLength].d); create_row("dpyIPType", dpy_settings[R_IPType].d, "dpyIPLen", dpy_settings[R_IPLength].d); create_row("dpyIPFragment", dpy_settings[R_IPFragment].d, "dpyIPFragOffset", dpy_settings[R_IPFragmentOffset].d); create_row("dpyIPIdent", dpy_settings[R_IPIdentfication].d, "dpyIPTTL", dpy_settings[R_IPTTL].d); create_row("dpyIPProto", dpy_settings[R_IPProtocol].d, "dpyIPXSum", dpy_settings[R_IPChecksum].d); create_row("dpyIPSrcAddr", dpy_settings[R_IPSrcAddress].d, "dpyIPDstAddr", dpy_settings[R_IPDstAddress].d); /* * ICMP */ create_box("dpyICMP"); create_row("dpyICMPType", dpy_settings[R_ICMPType].d, "dpyICMPCode", dpy_settings[R_ICMPCode].d); create_row("dpyICMPXSum", dpy_settings[R_ICMPChecksum].d, "dpyICMPIPData", dpy_settings[R_ICMPIPHeader].d); create_row("dpyICMPPtr", dpy_settings[R_ICMPPointer].d, "dpyICMPGw", dpy_settings[R_ICMPGateway].d); create_row("dpyICMPIdent", dpy_settings[R_ICMPIdentifier].d, "dpyICMPSeq", dpy_settings[R_ICMPSequence].d); create_row("dpyICMPTimeOrig", dpy_settings[R_ICMPOriginateTimestamp].d, "dpyICMPTimeRecv", dpy_settings[R_ICMPReceiveTimestamp].d); create_row("dpyICMPTimeTrans", dpy_settings[R_ICMPTransmitTimestamp].d, "dpyICMPData", dpy_settings[R_ICMPData].d); /* * UDP */ create_box("dpyUDP"); create_row("dpyUDPXSum", dpy_settings[R_UDPChecksum].d, "dpyUDPLen", dpy_settings[R_UCPLength].d); create_row("dpyUDPSrcPort", dpy_settings[R_UCPSrcPort].d, "dpyUDPDstPort", dpy_settings[R_UDPDstPort].d); /* * TCP */ create_box("dpyTCP"); create_row("dpyTCPSeq", dpy_settings[R_TCPSequence].d, "dpyTCPAck", dpy_settings[R_TCPAck].d); create_row("dpyTCPSrcPort", dpy_settings[R_TCPSrcPort].d, "dpyTCPDstPort", dpy_settings[R_TCPDstPort].d); XtPopup(IPpopup, XtGrabNone); return; } display_at_panel(w) { if(ATpopup) { XtMapWidget(ATpopup); XRaiseWindow(XtDisplay(ATpopup), XtWindow(ATpopup)); return; } ATpopup= XtCreatePopupShell("dpyPopup", topLevelShellWidgetClass, toplevel, NULL, 0); create_form(ATpopup, "dpyAT"); /* * Ethernet box */ create_box("dpyEther"); create_row("dpyEtherType", dpy_settings[R_EthernetType].d, "dpyEtherLen", dpy_settings[R_EthernetLength].d); create_row("dpyEtherSrcAddr", dpy_settings[R_EthernetSrcAddress].d, "dpyEtherDstAddr", dpy_settings[R_EthernetDstAddress].d); /* * AARP */ create_box("dpyAARP"); create_row("dpyAARPHType", dpy_settings[R_AARPHardwareType].d, "dpyAARPPType", dpy_settings[R_AARPProtocolType].d); create_row("dpyAARPHLength", dpy_settings[R_AARPHardwareLength].d, "dpyAARPPLength", dpy_settings[R_AARPProtocolLength].d); create_row("dpyAARPHAddr", dpy_settings[R_AARPHardwareAddress].d, "dpyAARPPAddr", dpy_settings[R_AARPProtocolAddress].d); /* * ELAP */ create_box("dpyELAP"); create_row("dpyELAPSrcAddr", dpy_settings[R_ELAPSrcAddress].d, "dpyELAPDstAddr", dpy_settings[R_ELAPDstAddress].d); create_row("dpyELAPType", dpy_settings[R_ELAPType].d, "dpyEmpty", 0); /* * DDP */ create_box("dpyDDP"); create_row("dpyDDPLength", dpy_settings[R_DDPLength].d, "dpyDDPHop", dpy_settings[R_DDPHopCount].d); create_row("dpyDDPType", dpy_settings[R_DDPType].d, "dpyDDPXSum", dpy_settings[R_DDPChecksum].d); create_row("dpyDDPSrcNet", dpy_settings[R_DDPSrcNetwork].d, "dpyDDPDstNet", dpy_settings[R_DDPDstNetwork].d); create_row("dpyDDPSrcNode", dpy_settings[R_DDPSrcNode].d, "dpyDDPDstNode", dpy_settings[R_DDPDstNode].d); create_row("dpyDDPSrcSocket", dpy_settings[R_DDPSrcSocket].d, "dpyDDPDstSocket", dpy_settings[R_DDPDstSocket].d); /* * RTMP */ create_box("dpyRTMP"); /* * AEP */ create_box("dpyAEP"); create_row("dpyAEPType", dpy_settings[R_AEPType].d, "dpyEmpty", 0); /* * NBP */ create_box("dpyNBP"); create_row("dpyNBPType", dpy_settings[R_NBPType].d, "dpyNBPId", dpy_settings[R_NBPIdentification].d); XtPopup(ATpopup, XtGrabNone); return; } new_header() { }