エス‐シー‐エー【SCA】
読み方:えすしーえー
SCA Functions
SCA
Much of the work of the SCA class is performed when the file
SCA.php is included within an SCA component. However, a PHP script
may include
SCA.php and call the
getService() method on the SCA class in order
to obtain a proxy for a service. A component will not need to do this as
proxies are obtained instead by defining an instance variable with
the @reference annotation.
Components that need to create an SDO to return to a caller will need a data factory to call. For this purpose the SCA class supports the createDataObject() method, which will create an SDO according to the model defined by the component's @types annotations. The arguments to createDataObject() are the same as those to SDO's XML Data Access Service.
メソッド
-
getService - obtain a proxy for a service
-
createDataObject - create an SDO
SCA_LocalProxy
When
getService() is called with the target of a
local PHP component, a local proxy is returned. A local proxy is also
injected into the instance variables of a component that are
defined with an @reference and an @binding.php anotation. When the
script or component makes calls on the local proxy, they are passed
on to the target component itself.
Components that need to create an SDO to pass to a component will need a data factory to call. For this purpose the SCA_LocalProxy class supports the createDataObject method, which will create an SDO according to the model defined by the components' @types annotations. The arguments to the createDataObject are the same as those to SDO's XML Data Access Service.
メソッド
-
createDataObject - create an SDO
SCA_SoapProxy
When
getService() is called with the target of a
WSDL file, a SOAP proxy is returned. A SOAP proxy is also injected
into the instance variables of a component that are defined with an
@reference and an @binding.ws anotations. When the script or
component makes calls on the SOAP proxy, they are formed into Web
service SOAP requests and passed on to the target component, with
the help of the PHP Soap extension.
Components that need to create an SDO to pass to a component will need a data factory to call. For this purpose the SCA_SoapProxy class supports the createDataObject method, which will create an SDO according to the model defined within the target WSDL. The arguments to the createDataObject are the same as those to SDO's XML Data Access Service.
メソッド
-
createDataObject - create an SDO
目次
- SCA_LocalProxy::createDataObject — create an SDO
- SCA_SoapProxy::createDataObject — create an SDO
- SCA::createDataObject — create an SDO
- SCA::getService — Obtain a proxy for a service
SCA
出典: フリー百科事典『ウィキペディア(Wikipedia)』 (2023/12/20 23:23 UTC 版)
SCA
- 組織
- アメリカ合衆国国務省南・中央アジア局(Bureau of South and Central Asian Affairs)
- アジア学術会議 (Science Council of Asia) - アジア地域の各国科学アカデミー等で構成される国際学術団体
- 考古最高評議会 (Supreme Council of Antiquities)
- スベンスカ・セルローサ (Svenska Cellulosa Aktiebolaget) - スウェーデンの大手製紙メーカー
- スエズ運河庁 (Suez Canal Authority)
- アジアソフトボール連盟 (Softball Confederation Asia)
- コンピュータサイエンス
- Service Component Architecture - サービス指向アーキテクチャの実装規定仕様。
- サイドチャネル攻撃(Side-channel Attack) - 暗号ハードウェアに対する暗号解読攻撃。
- 宇宙産業
- シャトル輸送機(Shuttle Carrier Aircraft)
- その他
SCA(speaking cell approach)
出典: フリー百科事典『ウィキペディア(Wikipedia)』 (2021/03/13 10:06 UTC 版)
「日本生物環境工学会」の記事における「SCA(speaking cell approach)」の解説
細胞生理学の進展で植物計測も大幅な進展を見せ、組織から細胞へと測定対象を拡大し始めている。コンセプトは同様でもplant -> cellへの計測技術の大きな壁がクリアされ、環境調節型栽培システムへの応用は、間近に迫っている(野並浩)。
※この「SCA(speaking cell approach)」の解説は、「日本生物環境工学会」の解説の一部です。
「SCA(speaking cell approach)」を含む「日本生物環境工学会」の記事については、「日本生物環境工学会」の概要を参照ください。
「SCA」の例文・使い方・用例・文例
- SCAのページへのリンク