meta-agl - meta-agl layer (core AGL)

diff options

Diffstat (limited to 'meta-agl-profile-graphical-qt5')

-rw-r--r--

meta-agl-profile-graphical-qt5/recipes-devtools/libqtappfw/libqtappfw_git.bb

1 files changed, 1 insertions, 1 deletions

/* * Copyright (C) 2016, 2017, 2018 "IoT.bzh" * Author: José Bollo <jose.bollo@iot.bzh> * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. */ #pragma once #include "afb-dynapi-itf.h" static inline const char *afb_dynapi_name(struct afb_dynapi *dynapi) { return dynapi->apiname; } static inline void *afb_dynapi_get_userdata(struct afb_dynapi *dynapi) { return dynapi->userdata; } static inline void afb_dynapi_set_userdata(struct afb_dynapi *dynapi, void *userdata) { dynapi->userdata = userdata; } /* * Send a message described by 'fmt' and following parameters * to the journal for the verbosity 'level'. * * 'file', 'line' and 'func' are indicators of position of the code in source files * (see macros __FILE__, __LINE__ and __func__). * * * 'level' is defined by syslog standard: * EMERGENCY 0 System is unusable * ALERT 1 Action must be taken immediately * CRITICAL 2 Critical conditions * ERROR 3 Error conditions * WARNING 4 Warning conditions * NOTICE 5 Normal but significant condition * INFO 6 Informational * DEBUG 7 Debug-level messages */ static inline void afb_dynapi_verbose(struct afb_dynapi *dynapi, int level, const char *file, int line, const char *func, const char *fmt, ...) __attribute__((format(printf, 6, 7))); static inline void afb_dynapi_verbose(struct afb_dynapi *dynapi, int level, const char *file, int line, const char *func, const char *fmt, ...) { va_list args; va_start(args, fmt); dynapi->itf->vverbose(dynapi, level, file, line, func, fmt, args); va_end(args); } static inline void afb_dynapi_vverbose(struct afb_dynapi *dynapi, int level, const char *file, int line, const char *func, const char *fmt, va_list args) { dynapi->itf->vverbose(dynapi, level, file, line, func, fmt, args); } /* * Retrieves the common systemd's event loop of AFB */ static inline struct sd_event *afb_dynapi_get_event_loop(struct afb_dynapi *dynapi) { return dynapi->itf->get_event_loop(dynapi); } /* * Retrieves the common systemd's user/session d-bus of AFB */ static inline struct sd_bus *afb_dynapi_get_user_bus(struct afb_dynapi *dynapi) { return dynapi->itf->get_user_bus(dynapi); } /* * Retrieves the common systemd's system d-bus of AFB */ static inline struct sd_bus *afb_dynapi_get_system_bus(struct afb_dynapi *dynapi) { return dynapi->itf->get_system_bus(dynapi); } /* * Get the root directory file descriptor. This file descriptor can * be used with functions 'openat', 'fstatat', ... */ static inline int afb_dynapi_rootdir_get_fd(struct afb_dynapi *dynapi) { return dynapi->itf->rootdir_get_fd(dynapi); } /* * Opens 'filename' within the root directory with 'flags' (see function openat) * using the 'locale' definition (example: "jp,en-US") that can be NULL. * Returns the file descriptor or -1 in case of error. */ static inline int afb_dynapi_rootdir_open_locale(struct afb_dynapi *dynapi, const char *filename, int flags, const char *locale) { return dynapi->itf->rootdir_open_locale(dynapi, filename, flags, locale); } /* * Queue the job defined by 'callback' and 'argument' for being executed asynchronously * in this thread (later) or in an other thread. * If 'group' is not NUL, the jobs queued with a same value (as the pointer value 'group') * are executed in sequence in the order of there submission. * If 'timeout' is not 0, it represent the maximum execution time for the job in seconds. * At first, the job is called with 0 as signum and the given argument. * The job is executed with the monitoring of its time and some signals like SIGSEGV and * SIGFPE. When a such signal is catched, the job is terminated and reexecuted but with * signum being the signal number (SIGALRM when timeout expired). * * Returns 0 in case of success or -1 in case of error. */ static inline int afb_dynapi_queue_job(struct afb_dynapi *dynapi, void (*callback)(int signum, void *arg), void *argument, void *group, int timeout) { return dynapi->itf->queue_job(dynapi, callback, argument, group, timeout); } /* * Tells that it requires the API of "name" to exist * and if 'initialized' is not null to be initialized. * Calling this function is only allowed within init. * Returns 0 in case of success or -1 in case of error. */ static inline int afb_dynapi_require_api(struct afb_dynapi *dynapi, const char *name, int initialized) { return dynapi->itf->require_api(dynapi, name, initialized); } /* * Set the name of the API to 'name'. * Calling this function is only allowed within preinit. * Returns 0 in case of success or -1 in case of error. */ static inline int afb_dynapi_rename_api(struct afb_dynapi *dynapi, const char *name) { return dynapi->itf->rename_api(dynapi, name); } /* * Broadcasts widely the event of 'name' with the data 'object'. * 'object' can be NULL. * * For convenience, the function calls 'json_object_put' for 'object'. * Thus, in the case where 'object' should remain available after * the function returns, the function 'json_object_get' shall be used. * * Calling this function is only forbidden during preinit. * * Returns the count of clients that received the event. */ static inline int afb_dynapi_broadcast_event(struct afb_dynapi *dynapi, const char *name, struct json_object *object) { return dynapi->itf->event_broadcast(dynapi, name, object); } /* * Creates an event of 'name' and returns it. * * Calling this function is only forbidden during preinit. * * See afb_event_is_valid to check if there is an error. */ static inline struct afb_eventid *afb_dynapi_make_eventid(struct afb_dynapi *dynapi, const char *name) { return dynapi->itf->eventid_make(dynapi, name); } /** * Calls the 'verb' of the 'api' with the arguments 'args' and 'verb' in the name of the binding. * The result of the call is delivered to the 'callback' function with the 'callback_closure'. * * For convenience, the function calls 'json_object_put' for 'args'. * Thus, in the case where 'args' should remain available after * the function returns, the function 'json_object_get' shall be used. * * The 'callback' receives 3 arguments: * 1. 'closure' the user defined closure pointer 'callback_closure', * 2. 'status' a status being 0 on success or negative when an error occured, * 2. 'result' the resulting data as a JSON object. * * @param dynapi The dynapi * @param api The api name of the method to call * @param verb The verb name of the method to call * @param args The arguments to pass to the method * @param callback The to call on completion * @param callback_closure The closure to pass to the callback * * @see also 'afb_req_subcall' */ static inline void afb_dynapi_call( struct afb_dynapi *dynapi, const char *api, const char *verb, struct json_object *args, void (*callback)(void *closure, int status, struct json_object *result, struct afb_dynapi *dynapi), void *callback_closure) { dynapi->itf->call(dynapi, api, verb, args, callback, callback_closure); } /** * Calls the 'verb' of the 'api' with the arguments 'args' and 'verb' in the name of the binding. * 'result' will receive the response. * * For convenience, the function calls 'json_object_put' for 'args'. * Thus, in the case where 'args' should remain available after * the function returns, the function 'json_object_get' shall be used. * * @param dynapi The dynapi * @param api The api name of the method to call * @param verb The verb name of the method to call * @param args The arguments to pass to the method * @param result Where to store the result - should call json_object_put on it - * * @returns 0 in case of success or a negative value in case of error. * * @see also 'afb_req_subcall' */ static inline int afb_dynapi_call_sync( struct afb_dynapi *dynapi, const char *api, const char *verb, struct json_object *args, struct json_object **result) { return dynapi->itf->call_sync(dynapi, api, verb, args, result); } static inline int afb_dynapi_new_api( struct afb_dynapi *dynapi, const char *api, const char *info, int noconcurrency, int (*preinit)(void*, struct afb_dynapi *), void *closure) { return dynapi->itf->api_new_api(dynapi, api, info, noconcurrency, preinit, closure); } static inline int afb_dynapi_set_verbs_v2( struct afb_dynapi *dynapi, const struct afb_verb_v2 *verbs) { return dynapi->itf->api_set_verbs_v2(dynapi, verbs); } static inline int afb_dynapi_add_verb( struct afb_dynapi *dynapi, const char *verb, const char *info, void (*callback)(struct afb_request *request), void *vcbdata, const struct afb_auth *auth, uint32_t session) { return dynapi->itf->api_add_verb(dynapi, verb, info, callback, vcbdata, auth, session); } static inline int afb_dynapi_sub_verb( struct afb_dynapi *dynapi, const char *verb) { return dynapi->itf->api_sub_verb(dynapi, verb); } static inline int afb_dynapi_on_event( struct afb_dynapi *dynapi, void (*onevent)(struct afb_dynapi *dynapi, const char *event, struct json_object *object)) { return dynapi->itf->api_set_on_event(dynapi, onevent); } static inline int afb_dynapi_on_init( struct afb_dynapi *dynapi, int (*oninit)(struct afb_dynapi *dynapi)) { return dynapi->itf->api_set_on_init(dynapi, oninit); } static inline void afb_dynapi_seal( struct afb_dynapi *dynapi) { dynapi->itf->api_seal(dynapi); }


context:
space:
mode: