src/cmd/rio/showevent/ShowEvent.c

#include <X11/Intrinsic.h>
#include <X11/Xproto.h>

Boolean use_separate_lines = True;
static char *sep;

/******************************************************************************/
/**** Miscellaneous routines to convert values to their string equivalents ****/
/******************************************************************************/

/* Returns the string equivalent of a boolean parameter */
static char *TorF(bool)
int bool;
{
	switch (bool) {
	case True:
		return ("True");

	case False:
		return ("False");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a property notify state */
static char *PropertyState(state)
int state;
{
	switch (state) {
	case PropertyNewValue:
		return ("PropertyNewValue");

	case PropertyDelete:
		return ("PropertyDelete");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a visibility notify state */
static char *VisibilityState(state)
int state;
{
	switch (state) {
	case VisibilityUnobscured:
		return ("VisibilityUnobscured");

	case VisibilityPartiallyObscured:
		return ("VisibilityPartiallyObscured");

	case VisibilityFullyObscured:
		return ("VisibilityFullyObscured");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a timestamp */
static char *ServerTime(time)
Time time;
{
	unsigned long msec;
	unsigned long sec;
	unsigned long min;
	unsigned long hr;
	unsigned long day;
	static char buffer[32];

	msec = time % 1000;
	time /= 1000;
	sec = time % 60;
	time /= 60;
	min = time % 60;
	time /= 60;
	hr = time % 24;
	time /= 24;
	day = time;

	sprintf(buffer, "%ld day%s %02ld:%02ld:%02ld.%03ld",
	  day, day == 1 ? "" : "(s)", hr, min, sec, msec);
	return (buffer);
}

/* Simple structure to ease the interpretation of masks */
typedef struct _MaskType {
	unsigned int value;
	char *string;
} MaskType;

/* Returns the string equivalent of a mask of buttons and/or modifier keys */
static char *ButtonAndOrModifierState(state)
unsigned int state;
{
	static char buffer[256];
	static MaskType masks[] = {
		{Button1Mask, "Button1Mask"},
		{Button2Mask, "Button2Mask"},
		{Button3Mask, "Button3Mask"},
		{Button4Mask, "Button4Mask"},
		{Button5Mask, "Button5Mask"},
		{ShiftMask, "ShiftMask"},
		{LockMask, "LockMask"},
		{ControlMask, "ControlMask"},
		{Mod1Mask, "Mod1Mask"},
		{Mod2Mask, "Mod2Mask"},
		{Mod3Mask, "Mod3Mask"},
		{Mod4Mask, "Mod4Mask"},
		{Mod5Mask, "Mod5Mask"},
	};
	int num_masks = sizeof(masks) / sizeof(MaskType);
	int i;
	Boolean first = True;

	buffer[0] = 0;

	for (i = 0; i < num_masks; i++)
		if (state & masks[i].value)
			if (first) {
				first = False;
				strcpy(buffer, masks[i].string);
			} else {
				strcat(buffer, " | ");
				strcat(buffer, masks[i].string);
			}
	return (buffer);
}

/* Returns the string equivalent of a mask of configure window values */
static char *ConfigureValueMask(valuemask)
unsigned int valuemask;
{
	static char buffer[256];
	static MaskType masks[] = {
		{CWX, "CWX"},
		{CWY, "CWY"},
		{CWWidth, "CWWidth"},
		{CWHeight, "CWHeight"},
		{CWBorderWidth, "CWBorderWidth"},
		{CWSibling, "CWSibling"},
		{CWStackMode, "CWStackMode"},
	};
	int num_masks = sizeof(masks) / sizeof(MaskType);
	int i;
	Boolean first = True;

	buffer[0] = 0;

	for (i = 0; i < num_masks; i++)
		if (valuemask & masks[i].value)
			if (first) {
				first = False;
				strcpy(buffer, masks[i].string);
			} else {
				strcat(buffer, " | ");
				strcat(buffer, masks[i].string);
			}

	return (buffer);
}

/* Returns the string equivalent of a motion hint */
static char *IsHint(is_hint)
char is_hint;
{
	switch (is_hint) {
	case NotifyNormal:
		return ("NotifyNormal");

	case NotifyHint:
		return ("NotifyHint");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of an id or the value "None" */
static char *MaybeNone(value)
int value;
{
	static char buffer[16];

	if (value == None)
		return ("None");
	else {
		sprintf(buffer, "0x%x", value);
		return (buffer);
	}
}

/* Returns the string equivalent of a colormap state */
static char *ColormapState(state)
int state;
{
	switch (state) {
	case ColormapInstalled:
		return ("ColormapInstalled");

	case ColormapUninstalled:
		return ("ColormapUninstalled");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a crossing detail */
static char *CrossingDetail(detail)
int detail;
{
	switch (detail) {
	case NotifyAncestor:
		return ("NotifyAncestor");

	case NotifyInferior:
		return ("NotifyInferior");

	case NotifyVirtual:
		return ("NotifyVirtual");

	case NotifyNonlinear:
		return ("NotifyNonlinear");

	case NotifyNonlinearVirtual:
		return ("NotifyNonlinearVirtual");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a focus change detail */
static char *FocusChangeDetail(detail)
int detail;
{
	switch (detail) {
	case NotifyAncestor:
		return ("NotifyAncestor");

	case NotifyInferior:
		return ("NotifyInferior");

	case NotifyVirtual:
		return ("NotifyVirtual");

	case NotifyNonlinear:
		return ("NotifyNonlinear");

	case NotifyNonlinearVirtual:
		return ("NotifyNonlinearVirtual");

	case NotifyPointer:
		return ("NotifyPointer");

	case NotifyPointerRoot:
		return ("NotifyPointerRoot");

	case NotifyDetailNone:
		return ("NotifyDetailNone");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a configure detail */
static char *ConfigureDetail(detail)
int detail;
{
	switch (detail) {
	case Above:
		return ("Above");

	case Below:
		return ("Below");

	case TopIf:
		return ("TopIf");

	case BottomIf:
		return ("BottomIf");

	case Opposite:
		return ("Opposite");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a grab mode */
static char *GrabMode(mode)
int mode;
{
	switch (mode) {
	case NotifyNormal:
		return ("NotifyNormal");

	case NotifyGrab:
		return ("NotifyGrab");

	case NotifyUngrab:
		return ("NotifyUngrab");

	case NotifyWhileGrabbed:
		return ("NotifyWhileGrabbed");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a mapping request */
static char *MappingRequest(request)
int request;
{
	switch (request) {
	case MappingModifier:
		return ("MappingModifier");

	case MappingKeyboard:
		return ("MappingKeyboard");

	case MappingPointer:
		return ("MappingPointer");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a stacking order place */
static char *Place(place)
int place;
{
	switch (place) {
	case PlaceOnTop:
		return ("PlaceOnTop");

	case PlaceOnBottom:
		return ("PlaceOnBottom");

	default:
		return ("?");
	}
}

/* Returns the string equivalent of a major code */
static char *MajorCode(code)
int code;
{
	static char buffer[32];

	switch (code) {
	case X_CopyArea:
		return ("X_CopyArea");

	case X_CopyPlane:
		return ("X_CopyPlane");

	default:
		sprintf(buffer, "0x%x", code);
		return (buffer);
	}
}

/* Returns the string equivalent the keycode contained in the key event */
static char *Keycode(ev)
XKeyEvent *ev;
{
	static char buffer[256];
	KeySym keysym_str;
	char *keysym_name;
	char string[256];

	XLookupString(ev, string, 64, &keysym_str, NULL);

	if (keysym_str == NoSymbol)
		keysym_name = "NoSymbol";
	else if (!(keysym_name = XKeysymToString(keysym_str)))
		keysym_name = "(no name)";
	sprintf(buffer, "%u (keysym 0x%x \"%s\")",
	  ev->keycode, (unsigned)keysym_str, keysym_name);
	return (buffer);
}

/* Returns the string equivalent of an atom or "None"*/
static char *AtomName(Display *dpy, Atom atom)
{
	static char buffer[256];
	char *atom_name;

	if (atom == None)
		return ("None");

	atom_name = XGetAtomName(dpy, atom);
	strncpy(buffer, atom_name, 256);
	XFree(atom_name);
	return (buffer);
}

/******************************************************************************/
/**** Routines to print out readable values for the field of various events ***/
/******************************************************************************/

static void VerbMotion(XMotionEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("root=0x%x%s", (unsigned)ev->root, sep);
	printf("subwindow=0x%x%s", (unsigned)ev->subwindow, sep);
	printf("time=%s%s", ServerTime(ev->time), sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("x_root=%d y_root=%d%s", ev->x_root, ev->y_root, sep);
	printf("state=%s%s", ButtonAndOrModifierState(ev->state), sep);
	printf("is_hint=%s%s", IsHint(ev->is_hint), sep);
	printf("same_screen=%s\n", TorF(ev->same_screen));
}

static void VerbButton(XButtonEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("root=0x%x%s", (unsigned)ev->root, sep);
	printf("subwindow=0x%x%s", (unsigned)ev->subwindow, sep);
	printf("time=%s%s", ServerTime(ev->time), sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("x_root=%d y_root=%d%s", ev->x_root, ev->y_root, sep);
	printf("state=%s%s", ButtonAndOrModifierState(ev->state), sep);
	printf("button=%s%s", ButtonAndOrModifierState(ev->button), sep);
	printf("same_screen=%s\n", TorF(ev->same_screen));
}

static void VerbColormap(XColormapEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("colormap=%s%s", MaybeNone(ev->colormap), sep);
	printf("new=%s%s", TorF(ev->new), sep);
	printf("state=%s\n", ColormapState(ev->state));
}

static void VerbCrossing(XCrossingEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("root=0x%x%s", (unsigned)ev->root, sep);
	printf("subwindow=0x%x%s", (unsigned)ev->subwindow, sep);
	printf("time=%s%s", ServerTime(ev->time), sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("x_root=%d y_root=%d%s", ev->x_root, ev->y_root, sep);
	printf("mode=%s%s", GrabMode(ev->mode), sep);
	printf("detail=%s%s", CrossingDetail(ev->detail), sep);
	printf("same_screen=%s%s", TorF(ev->same_screen), sep);
	printf("focus=%s%s", TorF(ev->focus), sep);
	printf("state=%s\n", ButtonAndOrModifierState(ev->state));
}

static void VerbExpose(XExposeEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("width=%d height=%d%s", ev->width, ev->height, sep);
	printf("count=%d\n", ev->count);
}

static void VerbGraphicsExpose(XGraphicsExposeEvent *ev)
{
	printf("drawable=0x%x%s", (unsigned)ev->drawable, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("width=%d height=%d%s", ev->width, ev->height, sep);
	printf("major_code=%s%s", MajorCode(ev->major_code), sep);
	printf("minor_code=%d\n", ev->minor_code);
}

static void VerbNoExpose(XNoExposeEvent *ev)
{
	printf("drawable=0x%x%s", (unsigned)ev->drawable, sep);
	printf("major_code=%s%s", MajorCode(ev->major_code), sep);
	printf("minor_code=%d\n", ev->minor_code);
}

static void VerbFocus(XFocusChangeEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("mode=%s%s", GrabMode(ev->mode), sep);
	printf("detail=%s\n", FocusChangeDetail(ev->detail));
}

static void VerbKeymap(XKeymapEvent *ev)
{
	int i;

	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("key_vector=");
	for (i = 0; i < 32; i++)
		printf("%02x", ev->key_vector[i]);
	printf("\n");
}

static void VerbKey(XKeyEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("root=0x%x%s", (unsigned)ev->root, sep);
	printf("subwindow=0x%x%s", (unsigned)ev->subwindow, sep);
	printf("time=%s%s", ServerTime(ev->time), sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("x_root=%d y_root=%d%s", ev->x_root, ev->y_root, sep);
	printf("state=%s%s", ButtonAndOrModifierState(ev->state), sep);
	printf("keycode=%s%s", Keycode(ev), sep);
	printf("same_screen=%s\n", TorF(ev->same_screen));
}

static void VerbProperty(XPropertyEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("atom=%s%s", AtomName(ev->display, ev->atom), sep);
	printf("time=%s%s", ServerTime(ev->time), sep);
	printf("state=%s\n", PropertyState(ev->state));
}

static void VerbResizeRequest(XResizeRequestEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("width=%d height=%d\n", ev->width, ev->height);
}

static void VerbCirculate(XCirculateEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("place=%s\n", Place(ev->place));
}

static void VerbConfigure(XConfigureEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("width=%d height=%d%s", ev->width, ev->height, sep);
	printf("border_width=%d%s", ev->border_width, sep);
	printf("above=%s%s", MaybeNone(ev->above), sep);
	printf("override_redirect=%s\n", TorF(ev->override_redirect));
}

static void VerbCreateWindow(XCreateWindowEvent *ev)
{
	printf("parent=0x%x%s", (unsigned)ev->parent, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("width=%d height=%d%s", ev->width, ev->height, sep);
	printf("border_width=%d%s", ev->border_width, sep);
	printf("override_redirect=%s\n", TorF(ev->override_redirect));
}

static void VerbDestroyWindow(XDestroyWindowEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x\n", (unsigned)ev->window);
}

static void VerbGravity(XGravityEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("x=%d y=%d\n", ev->x, ev->y);
}

static void VerbMap(XMapEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("override_redirect=%s\n", TorF(ev->override_redirect));
}

static void VerbReparent(XReparentEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("parent=0x%x%s", (unsigned)ev->parent, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("override_redirect=%s\n", TorF(ev->override_redirect));
}

static void VerbUnmap(XUnmapEvent *ev)
{
	printf("event=0x%x%s", (unsigned)ev->event, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("from_configure=%s\n", TorF(ev->from_configure));
}

static void VerbCirculateRequest(XCirculateRequestEvent *ev)
{
	printf("parent=0x%x%s", (unsigned)ev->parent, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("place=%s\n", Place(ev->place));
}

static void VerbConfigureRequest(XConfigureRequestEvent *ev)
{
	printf("parent=0x%x%s", (unsigned)ev->parent, sep);
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("x=%d y=%d%s", ev->x, ev->y, sep);
	printf("width=%d height=%d%s", ev->width, ev->height, sep);
	printf("border_width=%d%s", ev->border_width, sep);
	printf("above=%s%s", MaybeNone(ev->above), sep);
	printf("detail=%s%s", ConfigureDetail(ev->detail), sep);
	printf("value_mask=%s\n", ConfigureValueMask(ev->value_mask));
}

static void VerbMapRequest(XMapRequestEvent *ev)
{
	printf("parent=0x%x%s", (unsigned)ev->parent, sep);
	printf("window=0x%x\n", (unsigned)ev->window);
}

static void VerbClient(XClientMessageEvent *ev)
{
	int i;

	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("message_type=%s%s", AtomName(ev->display, ev->message_type), sep);
	printf("format=%d\n", ev->format);
	printf("data (shown as longs)=");
	for (i = 0; i < 5; i++)
		printf(" 0x%08lx", ev->data.l[i]);
	printf("\n");
}

static void VerbMapping(XMappingEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("request=%s%s", MappingRequest(ev->request), sep);
	printf("first_keycode=0x%x%s", ev->first_keycode, sep);
	printf("count=0x%x\n", ev->count);
}

static void VerbSelectionClear(XSelectionClearEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("selection=%s%s", AtomName(ev->display, ev->selection), sep);
	printf("time=%s\n", ServerTime(ev->time));
}

static void VerbSelection(XSelectionEvent *ev)
{
	printf("requestor=0x%x%s", (unsigned)ev->requestor, sep);
	printf("selection=%s%s", AtomName(ev->display, ev->selection), sep);
	printf("target=%s%s", AtomName(ev->display, ev->target), sep);
	printf("property=%s%s", AtomName(ev->display, ev->property), sep);
	printf("time=%s\n", ServerTime(ev->time));
}

static void VerbSelectionRequest(XSelectionRequestEvent *ev)
{
	printf("owner=0x%x%s", (unsigned)ev->owner, sep);
	printf("requestor=0x%x%s", (unsigned)ev->requestor, sep);
	printf("selection=%s%s", AtomName(ev->display, ev->selection), sep);
	printf("target=%s%s", AtomName(ev->display, ev->target), sep);
	printf("property=%s%s", AtomName(ev->display, ev->property), sep);
	printf("time=%s\n", ServerTime(ev->time));
}

static void VerbVisibility(XVisibilityEvent *ev)
{
	printf("window=0x%x%s", (unsigned)ev->window, sep);
	printf("state=%s\n", VisibilityState(ev->state));
}

/******************************************************************************/
/************ Return the string representation for type of an event ***********/
/******************************************************************************/

char *GetType(ev)
XEvent *ev;
{
	switch (ev->type) {
	case KeyPress:
		return ("KeyPress");
	case KeyRelease:
		return ("KeyRelease");
	case ButtonPress:
		return ("ButtonPress");
	case ButtonRelease:
		return ("ButtonRelease");
	case MotionNotify:
		return ("MotionNotify");
	case EnterNotify:
		return ("EnterNotify");
	case LeaveNotify:
		return ("LeaveNotify");
	case FocusIn:
		return ("FocusIn");
	case FocusOut:
		return ("FocusOut");
	case KeymapNotify:
		return ("KeymapNotify");
	case Expose:
		return ("Expose");
	case GraphicsExpose:
		return ("GraphicsExpose");
	case NoExpose:
		return ("NoExpose");
	case VisibilityNotify:
		return ("VisibilityNotify");
	case CreateNotify:
		return ("CreateNotify");
	case DestroyNotify:
		return ("DestroyNotify");
	case UnmapNotify:
		return ("UnmapNotify");
	case MapNotify:
		return ("MapNotify");
	case MapRequest:
		return ("MapRequest");
	case ReparentNotify:
		return ("ReparentNotify");
	case ConfigureNotify:
		return ("ConfigureNotify");
	case ConfigureRequest:
		return ("ConfigureRequest");
	case GravityNotify:
		return ("GravityNotify");
	case ResizeRequest:
		return ("ResizeRequest");
	case CirculateNotify:
		return ("CirculateNotify");
	case CirculateRequest:
		return ("CirculateRequest");
	case PropertyNotify:
		return ("PropertyNotify");
	case SelectionClear:
		return ("SelectionClear");
	case SelectionRequest:
		return ("SelectionRequest");
	case SelectionNotify:
		return ("SelectionNotify");
	case ColormapNotify:
		return ("ColormapNotify");
	case ClientMessage:
		return ("ClientMessage");
	case MappingNotify:
		return ("MappingNotify");
	}
	return "???";
}

/******************************************************************************/
/**************** Print the values of all fields for any event ****************/
/******************************************************************************/

void ShowEvent(XEvent *eev)
{
	XAnyEvent *ev = (XAnyEvent*)eev;
	/* determine which field separator to use */
	if (use_separate_lines)
		sep = "\n";
	else
		sep = " ";

	printf("type=%s%s", GetType((XEvent*)ev), sep);
	printf("serial=%ld%s", ev->serial, sep);
	printf("send_event=%s%s", TorF(ev->send_event), sep);
	printf("display=0x%x%s", (unsigned)ev->display, sep);

	switch (ev->type) {
	case MotionNotify:
		VerbMotion((void*)ev);
		break;

	case ButtonPress:
	case ButtonRelease:
		VerbButton((void*)ev);
		break;

	case ColormapNotify:
		VerbColormap((void*)ev);
		break;

	case EnterNotify:
	case LeaveNotify:
		VerbCrossing((void*)ev);
		break;

	case Expose:
		VerbExpose((void*)ev);
		break;

	case GraphicsExpose:
		VerbGraphicsExpose((void*)ev);
		break;

	case NoExpose:
		VerbNoExpose((void*)ev);
		break;

	case FocusIn:
	case FocusOut:
		VerbFocus((void*)ev);
		break;

	case KeymapNotify:
		VerbKeymap((void*)ev);
		break;

	case KeyPress:
	case KeyRelease:
		VerbKey((void*)ev);
		break;

	case PropertyNotify:
		VerbProperty((void*)ev);
		break;

	case ResizeRequest:
		VerbResizeRequest((void*)ev);
		break;

	case CirculateNotify:
		VerbCirculate((void*)ev);
		break;

	case ConfigureNotify:
		VerbConfigure((void*)ev);
		break;

	case CreateNotify:
		VerbCreateWindow((void*)ev);
		break;

	case DestroyNotify:
		VerbDestroyWindow((void*)ev);
		break;

	case GravityNotify:
		VerbGravity((void*)ev);
		break;

	case MapNotify:
		VerbMap((void*)ev);
		break;

	case ReparentNotify:
		VerbReparent((void*)ev);
		break;

	case UnmapNotify:
		VerbUnmap((void*)ev);
		break;

	case CirculateRequest:
		VerbCirculateRequest((void*)ev);
		break;

	case ConfigureRequest:
		VerbConfigureRequest((void*)ev);
		break;

	case MapRequest:
		VerbMapRequest((void*)ev);
		break;

	case ClientMessage:
		VerbClient((void*)ev);
		break;

	case MappingNotify:
		VerbMapping((void*)ev);
		break;

	case SelectionClear:
		VerbSelectionClear((void*)ev);
		break;

	case SelectionNotify:
		VerbSelection((void*)ev);
		break;

	case SelectionRequest:
		VerbSelectionRequest((void*)ev);
		break;

	case VisibilityNotify:
		VerbVisibility((void*)ev);
		break;

	}
}