retvalue target_initialize_source(struct distribution *d, component_t component, const struct exportmode *exportmode, bool readonly, bool noexport, const char *fakecomponentprefix, struct target **target) {
return target_initialize(d, component, architecture_source, pt_dsc,
sources_getversion,
sources_getinstalldata,
sources_getarchitecture,
sources_getfilekeys, sources_getchecksums,
sources_getsourceandversion,
sources_doreoverride, sources_retrack,
sources_complete_checksums,
mprintf("%s/source", dist_component_name(component,
fakecomponentprefix)),
exportmode, readonly, noexport, target);
}
retvalue target_initialize_binary(struct distribution *d, component_t component, architecture_t architecture, const struct exportmode *exportmode, bool readonly, bool noexport, const char *fakecomponentprefix, struct target **target) {
return target_initialize(d, component, architecture, pt_deb,
binaries_getversion,
binaries_getinstalldata,
binaries_getarchitecture,
binaries_getfilekeys, binaries_getchecksums,
binaries_getsourceandversion,
binaries_doreoverride, binaries_retrack,
binaries_complete_checksums,
mprintf("%s/binary-%s",
dist_component_name(component,
fakecomponentprefix),
atoms_architectures[architecture]),
exportmode, readonly, noexport, target);
}
/*
* カーネルの起動
*/
void
sta_ker(void)
{
/*
* TECSの初期化
*/
#ifndef TOPPERS_OMIT_TECS
initialize_tecs();
#endif /* TOPPERS_OMIT_TECS */
/*
* ターゲット依存の初期化
*/
target_initialize();
/*
* 各モジュールの初期化
*
* タイムイベント管理モジュールは他のモジュールより先に初期化
* する必要がある．
*/
initialize_kmm();
initialize_tmevt(); /*［ASPD1061］*/
initialize_object();
/*
* 初期化ルーチンの実行
*/
call_inirtn();
/*
* 高分解能タイマの設定
*/
current_hrtcnt = target_hrt_get_current(); /*［ASPD1063］*/
set_hrt_event(); /*［ASPD1064］*/
/*
* カーネル動作の開始
*/
kerflg = true;
LOG_KER_ENTER();
start_dispatch();
assert(0);
}
/*
* カーネルの起動
* NMIを除く全ての割込みがマスクされた状態(全割込みロック状態に相当)で呼び出される．
*/
void
sta_ker(void)
{
target_initialize();
initialize_object();
call_inirtn();
/*
* カーネルの動作を開始する．
*/
kerflg = true;
/* ディスパッチャを起動し，タスクの動作を開始する */
LOG_KER_ENTER();
start_dispatch();
assert(false);
}
int main(void)
{
int rc = target_initialize();
if (rc < 0) {
return 1;
}
target_gpio_led_init();
demo_printf("GPIO demo started\r\n");
/**
* Initialize Kaa client.
*/
kaa_error_t error_code = kaa_client_create(&kaa_client, NULL);
if (error_code) {
demo_printf("Failed to create client context: %i\r\n", error_code);
return 2;
}
error_code = kaa_profile_manager_set_endpoint_access_token(kaa_client_get_context(kaa_client)->profile_manager,
DEMO_ACCESS_TOKEN);
if (error_code) {
demo_printf("Failed to set access token: %i\r\n", error_code);
return 3;
}
error_code = kaa_event_manager_set_kaa_remote_control_ecf_device_info_request_listener(kaa_client_get_context(kaa_client)->event_manager,
kaa_device_info_request,
NULL);
if (error_code) {
demo_printf("Unable to set remote control listener: %i\r\n", error_code);
return 4;
}
error_code = kaa_event_manager_set_kaa_remote_control_ecf_gpio_toggle_request_listener(kaa_client_get_context(kaa_client)->event_manager,
kaa_GPIOToggle_info_request,
NULL);
if (error_code) {
demo_printf("Unable to set GPIO listener: %i\r\n", error_code);
return 5;
}
demo_printf("ACCESS_TOKEN :%s\r\n", DEMO_ACCESS_TOKEN);
/**
* Start Kaa client main loop.
*/
error_code = kaa_client_start(kaa_client, kaa_external_process_fn, NULL, 0);
if (error_code) {
demo_printf("Unable to start Kaa client: %i\r\n", error_code);
return 6;
}
/**
* Destroy Kaa client.
*/
kaa_client_destroy(kaa_client);
demo_printf("GPIO demo stopped\r\n");
return error_code;
}
int main(/*int argc, char *argv[]*/) {
/**
* Initialise a board
*/
int ret = target_initialize();
if (ret < 0) {
/* If console is failed to initialise, you will not see this message */
demo_printf("Failed to initialise a target\r\n");
return EXIT_FAILURE;
}
demo_printf("Configuration demo started\r\n");
/**
* Initialize Kaa client.
*/
kaa_error_t error_code = kaa_client_create(&kaa_client, NULL);
if (error_code) {
demo_printf("Failed create Kaa client\r\n");
return EXIT_FAILURE;
}
/*
* Set the handler for configuration updates.
*/
kaa_configuration_root_receiver_t receiver = {
NULL,
&kaa_demo_configuration_receiver
};
error_code = kaa_configuration_manager_set_root_receiver(
kaa_client_get_context(kaa_client)->configuration_manager,
&receiver);
if (error_code) {
demo_printf("Failed to add configuration receiver\r\n");
return EXIT_FAILURE;
}
/*
* Display default configuration.
*/
kaa_demo_print_configuration_message(
kaa_configuration_manager_get_configuration(
kaa_client_get_context(kaa_client)->configuration_manager));
/*
* Obtain and display endpoint ID (represented by the EP key hash).
*/
const uint8_t *endpoint_key_hash = NULL;
size_t endpoint_key_hash_length = 0;
ext_get_sha1_base64_public(&endpoint_key_hash, &endpoint_key_hash_length);
printf("Endpoint ID: %.*s\r\n", (int)endpoint_key_hash_length,
endpoint_key_hash);
/**
* Start Kaa client main loop.
*/
error_code = kaa_client_start(kaa_client, NULL, NULL, 0);
if(error_code) {
demo_printf("Failed to start Kaa main loop\r\n");
return EXIT_FAILURE;
}
/**
* Destroy Kaa client.
*/
kaa_client_destroy(kaa_client);
return EXIT_SUCCESS;
}
