/* * Copyright (C) 2001-2002 Bart Massey and Jamey Sharp. * All Rights Reserved. See the file COPYING in this directory * for licensing information. */ #define TEST_GET_WINDOW_ATTRIBUTES #define TEST_GET_GEOMETRY #define TEST_QUERY_TREE #undef TEST_THREADS #define VERBOSE #undef SUPERVERBOSE #define TEST_ICCCM #ifdef TEST_THREADS #include #endif #ifdef TEST_ICCCM #include #endif #include #include #include #include "reply_formats.h" #ifdef VERBOSE #include #endif void try_events(XCBConnection *c); void wait_events(XCBConnection *c); static XCBConnection *c; static XCBWINDOW window; int main(int argc, char **argv) { CARD32 mask = 0; CARD32 values[6]; XCBDRAWABLE d; XCBSCREEN *root; #ifdef TEST_GET_GEOMETRY XCBGetGeometryCookie geom[3]; XCBGetGeometryRep *geomrep[3]; #endif #ifdef TEST_QUERY_TREE XCBQueryTreeCookie tree[3]; XCBQueryTreeRep *treerep[3]; #endif #ifdef TEST_GET_WINDOW_ATTRIBUTES XCBGetWindowAttributesCookie attr[1]; XCBGetWindowAttributesRep *attrrep[1]; #endif #ifdef TEST_ICCCM XCBInternAtomCookie atom[2]; XCBInternAtomRep *atomrep[2]; #endif #ifdef TEST_THREADS pthread_t event_thread; #endif int screen_num; c = XCBConnect(0, &screen_num); root = XCBAuxGetScreen(c, screen_num); #ifdef TEST_THREADS # ifdef VERBOSE printf("main() thread ID: %ld\n", pthread_self()); # endif /* don't do this cast. */ pthread_create(&event_thread, 0, (void *(*)(void *))wait_events, c); #endif #if 1 window = XCBWINDOWNew(c); #else window = 0; /* should be an invalid ID */ #endif mask |= XCBCWBackPixel; values[0] = root->white_pixel; mask |= XCBCWBorderPixel; values[1] = root->black_pixel; mask |= XCBCWBackingStore; values[2] = XCBBackingStoreAlways; mask |= XCBCWOverrideRedirect; values[3] = 0; mask |= XCBCWEventMask; values[4] = XCBEventMaskButtonRelease | XCBEventMaskExposure | XCBEventMaskStructureNotify | XCBEventMaskEnterWindow | XCBEventMaskLeaveWindow; mask |= XCBCWDontPropagate; values[5] = XCBEventMaskButtonPress; XCBCreateWindow(c, /* depth */ 0, window, root->root, /* x */ 20, /* y */ 200, /* width */ 150, /* height */ 150, /* border_width */ 10, /* class */ XCBWindowClassInputOutput, /* visual */ root->root_visual, mask, values); #ifdef TEST_ICCCM atom[0] = XCBInternAtom(c, 0, sizeof("WM_PROTOCOLS")-1, "WM_PROTOCOLS"); atom[1] = XCBInternAtom(c, 0, sizeof("WM_DELETE_WINDOW")-1, "WM_DELETE_WINDOW"); atomrep[1] = XCBInternAtomReply(c, atom[1], 0); atomrep[0] = XCBInternAtomReply(c, atom[0], 0); { XCBATOM XA_WM_NAME = { 39 }; XCBATOM XA_STRING = { 31 }; XCBChangeProperty(c, XCBPropModeReplace, window, XA_WM_NAME, XA_STRING, 8, strlen(argv[0]), argv[0]); } if(atomrep[0] && atomrep[1]) { XCBATOM WM_PROTOCOLS = atomrep[0]->atom; XCBATOM WM_DELETE_WINDOW = atomrep[1]->atom; XCBATOM XA_ATOM = { 4 }; XCBChangeProperty(c, XCBPropModeReplace, window, WM_PROTOCOLS, XA_ATOM, 32, 1, &WM_DELETE_WINDOW); } free(atomrep[0]); free(atomrep[1]); #endif try_events(c); XCBMapWindow(c, window); XCBFlush(c); /* Send off a collection of requests */ #ifdef TEST_GET_WINDOW_ATTRIBUTES attr[0] = XCBGetWindowAttributes(c, window); #endif #ifdef TEST_GET_GEOMETRY d.window = root->root; geom[0] = XCBGetGeometry(c, d); d.window = window; geom[1] = XCBGetGeometry(c, d); #endif #ifdef TEST_QUERY_TREE # ifdef SUPERVERBOSE /* this produces a lot of output :) */ tree[0] = XCBQueryTree(c, root->root); # endif tree[1] = XCBQueryTree(c, window); #endif /* Start reading replies and possibly events */ #ifdef TEST_GET_GEOMETRY geomrep[0] = XCBGetGeometryReply(c, geom[0], 0); formatGetGeometryReply(root->root, geomrep[0]); free(geomrep[0]); #endif #ifdef TEST_QUERY_TREE # ifdef SUPERVERBOSE /* this produces a lot of output :) */ treerep[0] = XCBQueryTreeReply(c, tree[0], 0); formatQueryTreeReply(root->root, treerep[0]); free(treerep[0]); # endif #endif #ifdef TEST_GET_GEOMETRY geomrep[1] = XCBGetGeometryReply(c, geom[1], 0); formatGetGeometryReply(window, geomrep[1]); free(geomrep[1]); #endif try_events(c); /* Mix in some more requests */ #ifdef TEST_QUERY_TREE treerep[1] = XCBQueryTreeReply(c, tree[1], 0); formatQueryTreeReply(window, treerep[1]); if(treerep[1] && treerep[1]->parent.xid && treerep[1]->parent.xid != root->root.xid) { tree[2] = XCBQueryTree(c, treerep[1]->parent); # ifdef TEST_GET_GEOMETRY d.window = treerep[1]->parent; geom[2] = XCBGetGeometry(c, d); geomrep[2] = XCBGetGeometryReply(c, geom[2], 0); formatGetGeometryReply(treerep[1]->parent, geomrep[2]); free(geomrep[2]); # endif treerep[2] = XCBQueryTreeReply(c, tree[2], 0); formatQueryTreeReply(treerep[1]->parent, treerep[2]); free(treerep[2]); } free(treerep[1]); #endif try_events(c); /* Get the last reply of the first batch */ #if 1 /* if 0, leaves a reply in the reply queue */ #ifdef TEST_GET_WINDOW_ATTRIBUTES attrrep[0] = XCBGetWindowAttributesReply(c, attr[0], 0); formatGetWindowAttributesReply(window, attrrep[0]); free(attrrep[0]); #endif #endif #ifdef TEST_THREADS pthread_join(event_thread, 0); #else wait_events(c); #endif exit(0); /*NOTREACHED*/ } int show_event(XCBGenericEvent *e) { int ret = 1; if(!formatEvent(e)) return 0; if(e->response_type == XCBButtonRelease) ret = 0; /* They clicked, therefore, we're done. */ free(e); return ret; } void try_events(XCBConnection *c) { XCBGenericEvent *e; while((e = XCBPollForEvent(c, 0)) && show_event(e)) /* empty statement */ ; } void wait_events(XCBConnection *c) { XCBGenericEvent *e; #ifdef TEST_THREADS # ifdef VERBOSE printf("wait_events() thread ID: %ld\n", pthread_self()); # endif #endif while((e = XCBWaitForEvent(c)) && show_event(e)) /* empty statement */ ; }