51 	struct libevdev *evdev;  member
139 normalize(struct libevdev *evdev, int code, int value)  in normalize()  argument
143 	if (!evdev)  in normalize()
146 	abs = libevdev_get_abs_info(evdev, code);  in normalize()
227 	print_bar("ABS_X:", ctx->abs.x, normalize(ctx->evdev, ABS_X, ctx->abs.x));  in print_state()
228 	print_bar("ABS_Y:", ctx->abs.y, normalize(ctx->evdev, ABS_Y, ctx->abs.y));  in print_state()
229 	print_bar("ABS_Z:", ctx->abs.z, normalize(ctx->evdev, ABS_Z, ctx->abs.z));  in print_state()
230 	print_bar("ABS_TILT_X:", ctx->abs.tilt_x, normalize(ctx->evdev, ABS_TILT_X, ctx->abs.tilt_x));  in print_state()
231 	print_bar("ABS_TILT_Y:", ctx->abs.tilt_y, normalize(ctx->evdev, ABS_TILT_Y, ctx->abs.tilt_y));  in print_state()
232 …print_bar("ABS_DISTANCE:", ctx->abs.distance, normalize(ctx->evdev, ABS_DISTANCE, ctx->abs.distanc…  in print_state()
233 …print_bar("ABS_PRESSURE:", ctx->abs.pressure, normalize(ctx->evdev, ABS_PRESSURE, ctx->abs.pressur…  in print_state()
265 		assert(libevdev_new_from_fd(fd, &ctx->evdev) == 0);  in handle_device_added()
282 	libevdev_free(ctx->evdev);  in handle_device_removed()
283 	ctx->evdev = NULL;  in handle_device_removed()
400 	struct libevdev *evdev = ctx->evdev;  in handle_libevdev_events()  local
405 	if (!evdev)  in handle_libevdev_events()
408 	while (libevdev_next_event(evdev, LIBEVDEV_READ_FLAG_NORMAL, &event)  in handle_libevdev_events()