gregm@otc.otca.oz.au (Greg McFarlane) (09/05/90)
Submitted-by: Greg McFarlane <gregm@otc.otca.oz.au>
Posting-number: Volume 9, Issue 19
Archive-name: xmon/part05
Submitted-by: gregm@otc.otca.oz.au
Archive-name: xmon/part05
---- Cut Here and unpack ----
#!/bin/sh
# This is part 05 of xmon
if touch 2>&1 | fgrep 'amc' > /dev/null
then TOUCH=touch
else TOUCH=true
fi
# ============= x11.h ==============
if test X"$1" != X"-c" -a -f 'x11.h'; then
echo "File already exists: skipping 'x11.h'"
else
echo "x - extracting x11.h (Text)"
sed 's/^X//' << 'SHAR_EOF' > x11.h &&
X/*
X * Project: XMON - An X protocol monitor
X *
X * File: x11.h
X *
X * Description: Type definitions and Connection State for the X11 protocol
X */
X
X#ifndef X11_H
X#define X11_H
X
X/*
X In general, we are called with a buffer of bytes and are supposed to
X try to make sense of these bytes according to the X11 protocol. There
X are two different types of communication: requests from the client to
X the server and replies/errors/events from the server to the client.
X We must interpret these two differently.
X
X Also, we must consider that the bytes on the communication socket may
X be sent asynchronously in any amount. This means that we must be prepared
X to read in and save some bytes until we get enough to do something with
X them. For example, suppose that we get a buffer from a client. We would
X expect it to be a request. The request may be 24 bytes long. We may find,
X however, that only 16 bytes have actually arrived -- the other 8 are stuck
X in a buffer somewhere. We must be prepared to simply hold the 16 bytes we
X have until more bytes arrive.
X
X In general, we do two things: we wait for some number of bytes, and
X then we interpret this set of bytes. To interpret this data we use
X a modified state machine. We keep two pieces of information:
X
X (1) the number of bytes that we need
X (2) what to do with those bytes.
X
X This last piece of information is the "state" of the interpretation.
X We keep the state as a pointer to the procedure that is to be executed.
X
X
X CLIENTS:
X
X The data going from the client to the x11 server consists of a
X set-up message followed by an infinite stream of variable length
X requests.
X
X Our overall flow is then:
X
X (a) Wait for 12 bytes.
X (b) Interpret these first 12 bytes of the set-up message to get the
X length of the rest of the message.
X (c) Wait for the rest of the set-up message.
X (d) Interpret and print the set-up message.
X
X *** end of set-up phase -- start normal request loop ***
X
X (e) Wait for 4 bytes.
X (f) Interpret these 4 bytes to get the length of the rest of the command.
X (g) Wait for the rest of the command.
X (h) Interpret and print the command.
X (i) Go back to step (e).
X
X SERVERS:
X
X Again, we have a set-up reply followed by an infinite stream of variable
X length replies/errors/events.
X
X Our overall flow is then:
X
X (a) Wait for 8 bytes.
X (b) Interpret the 8 bytes to get the length of the rest of the set-up reply.
X (c) Wait for the rest of the set-up reply.
X (d) Interpret and print the set-up reply.
X
X *** end of set-up phase -- start normal reply/error/event loop ***
X
X We have the following properties of X11 replies, errors, and events:
X
X Replies: 32 bytes plus a variable amount. Byte 0 is 1.
X Bytes 2-3 are a sequence number; bytes 4-7 are length (n). The
X complete length of the reply is 32 + 4 * n.
X
X Errors: 32 bytes. Byte 0 is 0.
X Byte 1 is an error code; bytes 2-3 are a sequence number.
X Bytes 8-9 are a major opcode; byte 10 is a minor opcode.
X
X Events: 32 bytes. Byte 0 is 2, 3, 4, ....
X
X Looking at this we have two choices: wait for one byte and then separately
X wait for replies, errors, and events, or wait for 32 bytes, then separately
X process each type. We may have to wait for more, in the event of a reply.
X This latter seems more effective. It appears reply/error/event formats
X were selected to allow waiting for 32 bytes, and it will allow short packets
X which are only 32 bytes long, to be processed completely in one step.
X
X Thus, For normal reply/error/event processing we have
X
X (e) Wait for 32 bytes.
X (f) Interpret these 32 bytes. If possible, go back to step (e).
X (g) If the packet is a reply with bytes 4-7 non-zero, wait for the
X remainder of the the reply.
X (h) Interpret and print the longer reply. Go back to step (e).
X
X
X The similarity in approach to how both the client and server are handled
X suggests we can use the same control structure to drive the interpretation
X of both types of communication client->server and server->client.
X Accordingly, we package up the relevant variables in a ConnState
X record. The ConnState record contains the buffer of saved bytes (if any),
X the size and length of this buffer, the number of bytes we are waiting for
X and what to do when we get them. A separate ConnState record is kept
X for the client and server.
X
X In addition, we may have several different client or server connections.
X Thus we need an array of all the necessary state for each client or server.
X A client/server is identified with a file descriptor (fd), so we use the
X fd to identify the client/server and use it as an index into an array of
X state variables.
X*/
X
X
X/* Some field contents are constants, not just types */
X
X#define CONST1(n) CARD8
X#define CONST2(n) CARD16
X#define CONST4(n) CARD32
X
X
X/* Some field contents define the components of an expression */
X
X#define DVALUE1(expression) CARD8
X#define DVALUE2(expression) CARD16
X#define DVALUE4(expression) CARD32
X
X
X/* Built-in Types */
X
X#define BYTE 1 /* 8-bit value */
X#define INT8 2 /* 8-bit signed integer */
X#define INT16 3 /* 16-bit signed integer */
X#define INT32 4 /* 32-bit signed integer */
X#define CARD8 5 /* 8-bit unsigned integer */
X#define CARD16 6 /* 16-bit unsigned integer */
X#define CARD32 7 /* 32-bit unsigned integer */
X#define STRING8 8 /* List of CARD8 */
X#define STRING16 9 /* List of CHAR2B */
X#define TEXTITEM8 10 /* STRING8 or Font shift */
X#define TEXTITEM16 11 /* STRING16 or Font shift */
X
X#define WINDOW 12 /* CARD32 plus 0 = None */
X#define WINDOWD 13 /* CARD32 plus 0 = PointerWindow, 1 =
X InputFocus */
X#define WINDOWNR 14 /* CARD32 plus 0 = None, 1 = PointerRoot */
X
X#define PIXMAP 15 /* CARD32 plus 0 = None */
X#define PIXMAPNPR 16 /* CARD32 plus 0 = None, 1 = ParentRelative
X */
X#define PIXMAPC 17 /* CARD32 plus 0 = CopyFromParent */
X
X#define CURSOR 18 /* CARD32 plus 0 = None */
X
X#define FONT 19 /* CARD32 plus 0 = None */
X
X#define GCONTEXT 20 /* CARD32 */
X
X#define COLORMAP 21 /* CARD32 plus 0 = None */
X#define COLORMAPC 22 /* CARD32 plus 0 = CopyFromParent */
X
X#define DRAWABLE 23 /* CARD32 */
X#define FONTABLE 24 /* CARD32 */
X
X#define ATOM 25 /* CARD32 plus 0 = None */
X#define ATOMT 26 /* CARD32 plus 0 = AnyPropertyType */
X
X#define VISUALID 27 /* CARD32 plus 0 = None */
X#define VISUALIDC 28 /* CARD32 plus 0 = CopyFromParent */
X
X#define TIMESTAMP 29 /* CARD32 plus 0 as the current time */
X
X#define RESOURCEID 30 /* CARD32 plus 0 = AllTemporary */
X
X#define KEYSYM 31 /* CARD32 */
X#define KEYCODE 32 /* CARD8 */
X#define KEYCODEA 33 /* CARD8 plus 0 = AnyKey */
X
X#define BUTTON 34 /* CARD8 */
X#define BUTTONA 35 /* CARD8 plus 0 = AnyButton */
X
X#define EVENTFORM 36 /* event format */
X#define CHAR8 37 /* CARD8 interpreted as a character */
X#define STR 38 /* String of CHAR8 with preceding length */
X
X/* Defined types */
X
X#define BITGRAVITY 40
X#define WINGRAVITY 41
X#define BOOL 42
X#define HOSTFAMILY 43
X#define PK_MODE 44
X#define NO_YES 45
X#define WINDOWCLASS 46
X#define BACKSTORE 47
X#define MAPSTATE 48
X#define STACKMODE 49
X#define CIRMODE 50
X#define CHANGEMODE 51
X#define GRABSTAT 52
X#define EVENTMODE 53
X#define FOCUSAGENT 54
X#define DIRECT 55
X#define GCFUNC 56
X#define LINESTYLE 57
X#define CAPSTYLE 58
X#define JOINSTYLE 59
X#define FILLSTYLE 60
X#define FILLRULE 61
X#define SUBWINMODE 62
X#define ARCMODE 63
X#define RECTORDER 64
X#define COORMODE 65
X#define POLYSHAPE 66
X#define IMAGEMODE 67
X#define ALLORNONE 68
X#define OBJECTCLASS 69
X#define OFF_ON 70
X#define INS_DEL 71
X#define DIS_EN 72
X#define CLOSEMODE 73
X#define SAVEMODE 74
X#define RSTATUS 75
X#define MOTIONDETAIL 76
X#define ENTERDETAIL 77
X#define BUTTONMODE 78
X#define SCREENFOCUS 79
X#define VISIBLE 80
X#define CIRSTAT 81
X#define PROPCHANGE 82
X#define CMAPCHANGE 83
X#define MAPOBJECT 84
X#define SETofEVENT 85
X#define SETofPOINTEREVENT 86
X#define SETofDEVICEEVENT 87
X#define SETofKEYBUTMASK 88
X#define SETofKEYMASK 89
X#define WINDOW_BITMASK 90
X#define CONFIGURE_BITMASK 91
X#define GC_BITMASK 92
X#define KEYBOARD_BITMASK 93
X#define COLORMASK 94
X#define CHAR2B 95
X#define POINT 96
X#define RECTANGLE 97
X#define ARC 98
X#define HOST 99
X#define TIMECOORD 100
X#define FONTPROP 101
X#define CHARINFO 102
X#define SEGMENT 103
X#define COLORITEM 104
X#define RGB 105
X#define BYTEMODE 110
X#define BYTEORDER 111
X#define COLORCLASS 112
X#define FORMAT 113
X#define SCREEN 114
X#define DEPTH 115
X#define VISUALTYPE 116
X
X#define REQUEST 117
X#define REPLY 118
X#define ERROR 119
X#define EVENT 120
X
X#define MaxTypes 128
X
X
X/* Type Definition Table
X
X Each item in the X11 Protocol has a type. There are about 120
X different types. We need to be able to print each item in a
X format and interpretation which is appropriate for the type of
X that item. To do so, we build a table describing each type.
X Each type has a name, possibly a list of named values and a
X procedure which knows how to print that type.
X*/
X
X/* Types of Types */
X
X#define BUILTIN 1
X#define ENUMERATED 2
X#define SET 3
X#define RECORD 5
X
X
X/* Enumerated and Set types need a list of Named Values */
X
Xstruct ValueListEntry
X{
X struct ValueListEntry *Next;
X char *Name;
X short Type;
X short Length;
X long Value;
X};
X
Xstruct TypeDef
X{
X char *Name;
X short Type /* BUILTIN, ENUMERATED, SET, or RECORD */ ;
X struct ValueListEntry *ValueList;
X IntCallback PrintProc;
X};
X
Xtypedef struct TypeDef *TYPE;
X
Xstruct TypeDef TD[MaxTypes];
X
X
X/* Reply Buffer: Pseudo-buffer used to provide the opcode for the
X request to which this is a reply: Set by DecodeReply
X and used in the PrintField of the Reply procedure */
Xunsigned char RBf[2];
X
X
X/* Sequence Buffer: Pseudo-buffer used to provide the sequence number for a
X request: Set by DecodeReply and used in a PrintField of
X the Request procedure */
Xunsigned char SBf[4];
X
X
X#define PRINTSERVER 5 /* indent output as if it comes from server */
X#define PRINTCLIENT 1 /* indent output as if it comes from client */
X
X#endif /* X11_H */
SHAR_EOF
$TOUCH -am 0903162990 x11.h &&
chmod 0664 x11.h ||
echo "restore of x11.h failed"
set `wc -c x11.h`;Wc_c=$1
if test "$Wc_c" != "10536"; then
echo original size 10536, current size $Wc_c
fi
fi
# ============= xmond.h ==============
if test X"$1" != X"-c" -a -f 'xmond.h'; then
echo "File already exists: skipping 'xmond.h'"
else
echo "x - extracting xmond.h (Text)"
sed 's/^X//' << 'SHAR_EOF' > xmond.h &&
X/*
X * Project: XMON - An X protocol monitor
X *
X * File: xmond.h
X *
X */
X
X#ifndef XMOND_H
X#define XMOND_H
X
X#include <stdio.h>
X
X#include "common.h"
X#include "linkl.h"
X
X#define debug(n,f) (void)((debuglevel & n) ? (fprintf f,fflush(stderr)) : 0)
X
Xtypedef struct
X{
X char *data;
X long num_Saved;
X long num_Needed;
X long BlockSize;
X}
X Buffer;
X
X/*
X * File descriptors are grouped into four classes:
X * standard input: one FD for reading from standard input
X * X port: one FD for listening for new client connections
X * clients: FDs connected to clients
X * servers: FDs connected to servers
X * When input is read from a file desccriptor, an InputHandler function
X * is called to deal with the data just read. Each FD class has its own
X * input handler.
X *
X * The InputHandler called and the meaning of the private_data field for
X * each FD class is:
X *
X * FD class InputHandler private_data
X * -------- ------------ ------------
X * standard input ReadStdin FD of stdin
X * X port NewConnection FD of X port
X * clients DataFromClient pointer to Client struct
X * servers DataFromServer pointer to Server struct
X */
X
Xtypedef struct
X{
X VoidCallback InputHandler;
X Pointer private_data;
X int fd;
X Buffer inBuffer;
X Buffer outBuffer;
X IntCallback ByteProcessing;
X Bool littleEndian;
X}
X FDDescriptor;
X
Xtypedef struct
X{
X FDDescriptor *fdd;
X LinkList server_list; /* list of Server */
X long SequenceNumber;
X long ClientNumber;
X}
X Client;
X
Xtypedef struct
X{
X FDDescriptor *fdd;
X Client *client;
X LinkList reply_list; /* list of QueueEntry */
X}
X Server;
X
X/* function prototypes: */
X/* decode11.c: */
XGlobal void InitRequestCount P((void ));
XGlobal void ClearRequestCount P((void ));
XGlobal void StartRequestCount P((void ));
XGlobal void EndRequestCount P((void ));
XGlobal void PrintRequestCounts P((void ));
XGlobal void PrintZeroRequestCounts P((void ));
XGlobal void InitEventCount P((void ));
XGlobal void ClearEventCount P((void ));
XGlobal void StartEventCount P((void ));
XGlobal void EndEventCount P((void ));
XGlobal void PrintEventCounts P((void ));
XGlobal void PrintZeroEventCounts P((void ));
XGlobal void InitErrorCount P((void ));
XGlobal void ClearErrorCount P((void ));
XGlobal void StartErrorCount P((void ));
XGlobal void EndErrorCount P((void ));
XGlobal void PrintErrorCounts P((void ));
XGlobal void PrintZeroErrorCounts P((void ));
XGlobal void DecodeRequest P((Client *client , unsigned char *buf , long n ));
XGlobal void DecodeReply P((Server *server , unsigned char *buf , long n ));
XGlobal void DecodeError P((Server *server , unsigned char *buf , long n ));
XGlobal void DecodeEvent P((Server *server , unsigned char *buf , long n ));
XGlobal void KeepLastReplyExpected P((void ));
X/* print11.c: */
XGlobal void PrintSetUpMessage P((unsigned char *buf ));
XGlobal void PrintSetUpReply P((unsigned char *buf ));
XGlobal void RequestError P((unsigned char *buf ));
XGlobal void ValueError P((unsigned char *buf ));
XGlobal void WindowError P((unsigned char *buf ));
XGlobal void PixmapError P((unsigned char *buf ));
XGlobal void AtomError P((unsigned char *buf ));
XGlobal void CursorError P((unsigned char *buf ));
XGlobal void FontError P((unsigned char *buf ));
XGlobal void MatchError P((unsigned char *buf ));
XGlobal void DrawableError P((unsigned char *buf ));
XGlobal void AccessError P((unsigned char *buf ));
XGlobal void AllocError P((unsigned char *buf ));
XGlobal void ColormapError P((unsigned char *buf ));
XGlobal void GContextError P((unsigned char *buf ));
XGlobal void IDChoiceError P((unsigned char *buf ));
XGlobal void NameError P((unsigned char *buf ));
XGlobal void LengthError P((unsigned char *buf ));
XGlobal void ImplementationError P((unsigned char *buf ));
XGlobal void KeyPressEvent P((unsigned char *buf ));
XGlobal void KeyReleaseEvent P((unsigned char *buf ));
XGlobal void ButtonPressEvent P((unsigned char *buf ));
XGlobal void ButtonReleaseEvent P((unsigned char *buf ));
XGlobal void MotionNotifyEvent P((unsigned char *buf ));
XGlobal void EnterNotifyEvent P((unsigned char *buf ));
XGlobal void LeaveNotifyEvent P((unsigned char *buf ));
XGlobal void FocusInEvent P((unsigned char *buf ));
XGlobal void FocusOutEvent P((unsigned char *buf ));
XGlobal void KeymapNotifyEvent P((unsigned char *buf ));
XGlobal void ExposeEvent P((unsigned char *buf ));
XGlobal void GraphicsExposureEvent P((unsigned char *buf ));
XGlobal void NoExposureEvent P((unsigned char *buf ));
XGlobal void VisibilityNotifyEvent P((unsigned char *buf ));
XGlobal void CreateNotifyEvent P((unsigned char *buf ));
XGlobal void DestroyNotifyEvent P((unsigned char *buf ));
XGlobal void UnmapNotifyEvent P((unsigned char *buf ));
XGlobal void MapNotifyEvent P((unsigned char *buf ));
XGlobal void MapRequestEvent P((unsigned char *buf ));
XGlobal void ReparentNotifyEvent P((unsigned char *buf ));
XGlobal void ConfigureNotifyEvent P((unsigned char *buf ));
XGlobal void ConfigureRequestEvent P((unsigned char *buf ));
XGlobal void GravityNotifyEvent P((unsigned char *buf ));
XGlobal void ResizeRequestEvent P((unsigned char *buf ));
XGlobal void CirculateNotifyEvent P((unsigned char *buf ));
XGlobal void CirculateRequestEvent P((unsigned char *buf ));
XGlobal void PropertyNotifyEvent P((unsigned char *buf ));
XGlobal void SelectionClearEvent P((unsigned char *buf ));
XGlobal void SelectionRequestEvent P((unsigned char *buf ));
XGlobal void SelectionNotifyEvent P((unsigned char *buf ));
XGlobal void ColormapNotifyEvent P((unsigned char *buf ));
XGlobal void ClientMessageEvent P((unsigned char *buf ));
XGlobal void MappingNotifyEvent P((unsigned char *buf ));
XGlobal void CreateWindow P((unsigned char *buf ));
XGlobal void ChangeWindowAttributes P((unsigned char *buf ));
XGlobal void GetWindowAttributes P((unsigned char *buf ));
XGlobal void GetWindowAttributesReply P((unsigned char *buf ));
XGlobal void DestroyWindow P((unsigned char *buf ));
XGlobal void DestroySubwindows P((unsigned char *buf ));
XGlobal void ChangeSaveSet P((unsigned char *buf ));
XGlobal void ReparentWindow P((unsigned char *buf ));
XGlobal void MapWindow P((unsigned char *buf ));
XGlobal void MapSubwindows P((unsigned char *buf ));
XGlobal void UnmapWindow P((unsigned char *buf ));
XGlobal void UnmapSubwindows P((unsigned char *buf ));
XGlobal void ConfigureWindow P((unsigned char *buf ));
XGlobal void CirculateWindow P((unsigned char *buf ));
XGlobal void GetGeometry P((unsigned char *buf ));
XGlobal void GetGeometryReply P((unsigned char *buf ));
XGlobal void QueryTree P((unsigned char *buf ));
XGlobal void QueryTreeReply P((unsigned char *buf ));
XGlobal void InternAtom P((unsigned char *buf ));
XGlobal void InternAtomReply P((unsigned char *buf ));
XGlobal void GetAtomName P((unsigned char *buf ));
XGlobal void GetAtomNameReply P((unsigned char *buf ));
XGlobal void ChangeProperty P((unsigned char *buf ));
XGlobal void DeleteProperty P((unsigned char *buf ));
XGlobal void GetProperty P((unsigned char *buf ));
XGlobal void GetPropertyReply P((unsigned char *buf ));
XGlobal void ListProperties P((unsigned char *buf ));
XGlobal void ListPropertiesReply P((unsigned char *buf ));
XGlobal void SetSelectionOwner P((unsigned char *buf ));
XGlobal void GetSelectionOwner P((unsigned char *buf ));
XGlobal void GetSelectionOwnerReply P((unsigned char *buf ));
XGlobal void ConvertSelection P((unsigned char *buf ));
XGlobal void SendEvent P((unsigned char *buf ));
XGlobal void GrabPointer P((unsigned char *buf ));
XGlobal void GrabPointerReply P((unsigned char *buf ));
XGlobal void UngrabPointer P((unsigned char *buf ));
XGlobal void GrabButton P((unsigned char *buf ));
XGlobal void UngrabButton P((unsigned char *buf ));
XGlobal void ChangeActivePointerGrab P((unsigned char *buf ));
XGlobal void GrabKeyboard P((unsigned char *buf ));
XGlobal void GrabKeyboardReply P((unsigned char *buf ));
XGlobal void UngrabKeyboard P((unsigned char *buf ));
XGlobal void GrabKey P((unsigned char *buf ));
XGlobal void UngrabKey P((unsigned char *buf ));
XGlobal void AllowEvents P((unsigned char *buf ));
XGlobal void GrabServer P((unsigned char *buf ));
XGlobal void UngrabServer P((unsigned char *buf ));
XGlobal void QueryPointer P((unsigned char *buf ));
XGlobal void QueryPointerReply P((unsigned char *buf ));
XGlobal void GetMotionEvents P((unsigned char *buf ));
XGlobal void GetMotionEventsReply P((unsigned char *buf ));
XGlobal void TranslateCoordinates P((unsigned char *buf ));
XGlobal void TranslateCoordinatesReply P((unsigned char *buf ));
XGlobal void WarpPointer P((unsigned char *buf ));
XGlobal void SetInputFocus P((unsigned char *buf ));
XGlobal void GetInputFocus P((unsigned char *buf ));
XGlobal void GetInputFocusReply P((unsigned char *buf ));
XGlobal void QueryKeymap P((unsigned char *buf ));
XGlobal void QueryKeymapReply P((unsigned char *buf ));
XGlobal void OpenFont P((unsigned char *buf ));
XGlobal void CloseFont P((unsigned char *buf ));
XGlobal void QueryFont P((unsigned char *buf ));
XGlobal void QueryFontReply P((unsigned char *buf ));
XGlobal void QueryTextExtents P((unsigned char *buf ));
XGlobal void QueryTextExtentsReply P((unsigned char *buf ));
XGlobal void ListFonts P((unsigned char *buf ));
XGlobal void ListFontsReply P((unsigned char *buf ));
XGlobal void ListFontsWithInfo P((unsigned char *buf ));
XGlobal void ListFontsWithInfoReply P((unsigned char *buf ));
XGlobal void ListFontsWithInfoReply1 P((unsigned char *buf ));
XGlobal void ListFontsWithInfoReply2 P((unsigned char *buf ));
XGlobal void SetFontPath P((unsigned char *buf ));
XGlobal void GetFontPath P((unsigned char *buf ));
XGlobal void GetFontPathReply P((unsigned char *buf ));
XGlobal void CreatePixmap P((unsigned char *buf ));
XGlobal void FreePixmap P((unsigned char *buf ));
XGlobal void CreateGC P((unsigned char *buf ));
XGlobal void ChangeGC P((unsigned char *buf ));
XGlobal void CopyGC P((unsigned char *buf ));
XGlobal void SetDashes P((unsigned char *buf ));
XGlobal void SetClipRectangles P((unsigned char *buf ));
XGlobal void FreeGC P((unsigned char *buf ));
XGlobal void ClearArea P((unsigned char *buf ));
XGlobal void CopyArea P((unsigned char *buf ));
XGlobal void CopyPlane P((unsigned char *buf ));
XGlobal void PolyPoint P((unsigned char *buf ));
XGlobal void PolyLine P((unsigned char *buf ));
XGlobal void PolySegment P((unsigned char *buf ));
XGlobal void PolyRectangle P((unsigned char *buf ));
XGlobal void PolyArc P((unsigned char *buf ));
XGlobal void FillPoly P((unsigned char *buf ));
XGlobal void PolyFillRectangle P((unsigned char *buf ));
XGlobal void PolyFillArc P((unsigned char *buf ));
XGlobal void PutImage P((unsigned char *buf ));
XGlobal void GetImage P((unsigned char *buf ));
XGlobal void GetImageReply P((unsigned char *buf ));
XGlobal void PolyText8 P((unsigned char *buf ));
XGlobal void PolyText16 P((unsigned char *buf ));
XGlobal void ImageText8 P((unsigned char *buf ));
XGlobal void ImageText16 P((unsigned char *buf ));
XGlobal void CreateColormap P((unsigned char *buf ));
XGlobal void FreeColormap P((unsigned char *buf ));
XGlobal void CopyColormapAndFree P((unsigned char *buf ));
XGlobal void InstallColormap P((unsigned char *buf ));
XGlobal void UninstallColormap P((unsigned char *buf ));
XGlobal void ListInstalledColormaps P((unsigned char *buf ));
XGlobal void ListInstalledColormapsReply P((unsigned char *buf ));
XGlobal void AllocColor P((unsigned char *buf ));
XGlobal void AllocColorReply P((unsigned char *buf ));
XGlobal void AllocNamedColor P((unsigned char *buf ));
XGlobal void AllocNamedColorReply P((unsigned char *buf ));
XGlobal void AllocColorCells P((unsigned char *buf ));
XGlobal void AllocColorCellsReply P((unsigned char *buf ));
XGlobal void AllocColorPlanes P((unsigned char *buf ));
XGlobal void AllocColorPlanesReply P((unsigned char *buf ));
XGlobal void FreeColors P((unsigned char *buf ));
XGlobal void StoreColors P((unsigned char *buf ));
XGlobal void StoreNamedColor P((unsigned char *buf ));
XGlobal void QueryColors P((unsigned char *buf ));
XGlobal void QueryColorsReply P((unsigned char *buf ));
XGlobal void LookupColor P((unsigned char *buf ));
XGlobal void LookupColorReply P((unsigned char *buf ));
XGlobal void CreateCursor P((unsigned char *buf ));
XGlobal void CreateGlyphCursor P((unsigned char *buf ));
XGlobal void FreeCursor P((unsigned char *buf ));
XGlobal void RecolorCursor P((unsigned char *buf ));
XGlobal void QueryBestSize P((unsigned char *buf ));
XGlobal void QueryBestSizeReply P((unsigned char *buf ));
XGlobal void QueryExtension P((unsigned char *buf ));
XGlobal void QueryExtensionReply P((unsigned char *buf ));
XGlobal void ListExtensions P((unsigned char *buf ));
XGlobal void ListExtensionsReply P((unsigned char *buf ));
XGlobal void ChangeKeyboardMapping P((unsigned char *buf ));
XGlobal void GetKeyboardMapping P((unsigned char *buf ));
XGlobal void GetKeyboardMappingReply P((unsigned char *buf ));
XGlobal void ChangeKeyboardControl P((unsigned char *buf ));
XGlobal void GetKeyboardControl P((unsigned char *buf ));
XGlobal void GetKeyboardControlReply P((unsigned char *buf ));
XGlobal void Bell P((unsigned char *buf ));
XGlobal void ChangePointerControl P((unsigned char *buf ));
XGlobal void GetPointerControl P((unsigned char *buf ));
XGlobal void GetPointerControlReply P((unsigned char *buf ));
XGlobal void SetScreenSaver P((unsigned char *buf ));
XGlobal void GetScreenSaver P((unsigned char *buf ));
XGlobal void GetScreenSaverReply P((unsigned char *buf ));
XGlobal void ChangeHosts P((unsigned char *buf ));
XGlobal void ListHosts P((unsigned char *buf ));
XGlobal void ListHostsReply P((unsigned char *buf ));
XGlobal void SetAccessControl P((unsigned char *buf ));
XGlobal void SetCloseDownMode P((unsigned char *buf ));
XGlobal void KillClient P((unsigned char *buf ));
XGlobal void RotateProperties P((unsigned char *buf ));
XGlobal void ForceScreenSaver P((unsigned char *buf ));
XGlobal void SetPointerMapping P((unsigned char *buf ));
XGlobal void SetPointerMappingReply P((unsigned char *buf ));
XGlobal void GetPointerMapping P((unsigned char *buf ));
XGlobal void GetPointerMappingReply P((unsigned char *buf ));
XGlobal void SetModifierMapping P((unsigned char *buf ));
XGlobal void SetModifierMappingReply P((unsigned char *buf ));
XGlobal void GetModifierMapping P((unsigned char *buf ));
XGlobal void GetModifierMappingReply P((unsigned char *buf ));
XGlobal void NoOperation P((unsigned char *buf ));
X/* server.c: */
XGlobal void PrintTime P((void ));
XGlobal int pad P((long n ));
XGlobal unsigned long ILong P((unsigned char buf []));
XGlobal unsigned short IShort P((unsigned char buf []));
XGlobal unsigned short IByte P((unsigned char buf []));
XGlobal Bool IBool P((unsigned char buf []));
XGlobal void StartClientConnection P((Client *client ));
XGlobal void StartServerConnection P((Server *server ));
X/* fd.c: */
XGlobal void InitializeFD P((void ));
XGlobal FDDescriptor *UsingFD P((int fd , VoidCallback Handler , Pointer
private_data ));
XGlobal void NotUsingFD P((int fd ));
XGlobal void EOFonFD P((int fd ));
X/* main.c: */
XGlobal void CloseConnection P((Client *client ));
XGlobal void enterprocedure P((char *s ));
XGlobal void panic P((char *s ));
X/* prtype.c: */
XGlobal void SetIndentLevel P((short which ));
XGlobal void ModifyIndentLevel P((short amount ));
XGlobal void DumpItem P((char *name , int fd , unsigned char *buf , long n ));
XGlobal void PrintINT8 P((unsigned char *buf ));
XGlobal void PrintINT16 P((unsigned char *buf ));
XGlobal void PrintINT32 P((unsigned char *buf ));
XGlobal void PrintCARD8 P((unsigned char *buf ));
XGlobal void PrintCARD16 P((unsigned char *buf ));
XGlobal int PrintCARD32 P((unsigned char *buf ));
XGlobal int PrintBYTE P((unsigned char *buf ));
XGlobal int PrintCHAR8 P((unsigned char *buf ));
XGlobal int PrintSTRING16 P((unsigned char *buf ));
XGlobal int PrintSTR P((unsigned char *buf ));
XGlobal int PrintWINDOW P((unsigned char *buf ));
XGlobal void PrintWINDOWD P((unsigned char *buf ));
XGlobal void PrintWINDOWNR P((unsigned char *buf ));
XGlobal void PrintPIXMAP P((unsigned char *buf ));
XGlobal void PrintPIXMAPNPR P((unsigned char *buf ));
XGlobal void PrintPIXMAPC P((unsigned char *buf ));
XGlobal void PrintCURSOR P((unsigned char *buf ));
XGlobal void PrintFONT P((unsigned char *buf ));
XGlobal void PrintGCONTEXT P((unsigned char *buf ));
XGlobal int PrintCOLORMAP P((unsigned char *buf ));
XGlobal void PrintCOLORMAPC P((unsigned char *buf ));
XGlobal void PrintDRAWABLE P((unsigned char *buf ));
XGlobal void PrintFONTABLE P((unsigned char *buf ));
XGlobal int PrintATOM P((unsigned char *buf ));
XGlobal void PrintATOMT P((unsigned char *buf ));
XGlobal void PrintVISUALID P((unsigned char *buf ));
XGlobal void PrintVISUALIDC P((unsigned char *buf ));
XGlobal void PrintTIMESTAMP P((unsigned char *buf ));
XGlobal void PrintRESOURCEID P((unsigned char *buf ));
XGlobal int PrintKEYSYM P((unsigned char *buf ));
XGlobal int PrintKEYCODE P((unsigned char *buf ));
XGlobal void PrintKEYCODEA P((unsigned char *buf ));
XGlobal void PrintBUTTON P((unsigned char *buf ));
XGlobal void PrintBUTTONA P((unsigned char *buf ));
XGlobal void PrintEVENTFORM P((unsigned char *buf ));
XGlobal void PrintENUMERATED P((unsigned char *buf , short length ,
struct ValueListEntry *ValueList ));
XGlobal void PrintSET P((unsigned char *buf , short length , struct
ValueListEntry *ValueList ));
XGlobal void PrintField P((unsigned char *buf , short start , short
length , short FieldType , char *name ));
XGlobal int PrintList P((unsigned char *buf , long number , short
ListType , char *name ));
XGlobal void PrintListSTR P((unsigned char *buf , long number , char *name ));
XGlobal int PrintBytes P((unsigned char buf [], long number , char *name ));
XGlobal int PrintString8 P((unsigned char buf [], short number , char *name ));
XGlobal int PrintString16 P((unsigned char buf [], short number , char
*name ));
XGlobal void PrintValues P((unsigned char *control , short clength ,
short ctype , unsigned char *values , char *name ));
XGlobal void PrintTextList8 P((unsigned char *buf , short length , char
*name ));
XGlobal void PrintTextList16 P((unsigned char *buf , short length , char
*name ));
XGlobal void DumpHexBuffer P((unsigned char *buf , long n ));
X/* table11.c: */
XGlobal void InitializeX11 P((void ));
X
X/* end function prototypes */
X
X#endif /* XMOND_H */
SHAR_EOF
$TOUCH -am 0903173390 xmond.h &&
chmod 0775 xmond.h ||
echo "restore of xmond.h failed"
set `wc -c xmond.h`;Wc_c=$1
if test "$Wc_c" != "18148"; then
echo original size 18148, current size $Wc_c
fi
fi
# ============= xmonui.h ==============
if test X"$1" != X"-c" -a -f 'xmonui.h'; then
echo "File already exists: skipping 'xmonui.h'"
else
echo "x - extracting xmonui.h (Text)"
sed 's/^X//' << 'SHAR_EOF' > xmonui.h &&
X/*
X * Project: XMON - An X protocol monitor
X *
X * File: xmonui.h
X *
X */
X
X#ifndef XMONUI_H
X#define XMONUI_H
X
X#include <stdio.h>
X
X#include "common.h"
X
X/* function prototypes: */
X/* xmonui.c: */
X
X/* end function prototypes */
X
X#endif /* XMONUI_H */
SHAR_EOF
$TOUCH -am 0903173390 xmonui.h &&
chmod 0775 xmonui.h ||
echo "restore of xmonui.h failed"
set `wc -c xmonui.h`;Wc_c=$1
if test "$Wc_c" != "247"; then
echo original size 247, current size $Wc_c
fi
fi
# ============= patchlevel.h ==============
if test X"$1" != X"-c" -a -f 'patchlevel.h'; then
echo "File already exists: skipping 'patchlevel.h'"
else
echo "x - extracting patchlevel.h (Text)"
sed 's/^X//' << 'SHAR_EOF' > patchlevel.h &&
X#define PATCHLEVEL 0
SHAR_EOF
$TOUCH -am 0903182090 patchlevel.h &&
chmod 0664 patchlevel.h ||
echo "restore of patchlevel.h failed"
set `wc -c patchlevel.h`;Wc_c=$1
if test "$Wc_c" != "21"; then
echo original size 21, current size $Wc_c
fi
fi
exit 0
dan
----------------------------------------------------
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Opinions expressed reflect those of the author only.