データベースへのユーザー・アクセスに関する情報を含む、ユーザーのデータベース・アクセス構造体のリストを設定します。EssSetDatabaseAccessに似ていますが、入力構造体には、ユーザー・ディレクトリおよび一意のID属性を含められます。
構文
ESS_FUNC_M EssSetDatabaseAccessEx ( hCtx , Count , pUserDb );
パラメータ | データ型 | 説明 |
---|---|---|
hCtx |
ESS_HCTX_T |
APIコンテキスト・ハンドル(入力)。 |
Count |
ESS_USHORT_T |
ユーザー・データベース構造体のカウント(入力)。 |
pUserDb |
ESS_PUSERDBEX_T |
ユーザー・データベース構造体の配列へのポインタ(入力)。 |
備考
ユーザー・データベース構造体のAccessフィールドを使用して、ユーザーに付与されたデータベースへのアクセスを設定します。この呼出しではMaxAccessとFilterNameフィールドは無視されます。
戻り値
なし。
アクセス
この関数を使用するには、呼出し元が、指定したデータベースに対してデータベース・デザイン権限(ESS_PRIV_DBDESIGN)を持っている必要があります。
例
void DisplayUserDbInfo(ESS_PUSERDBEX_T userDb, ESS_USHORT_T count) { ESS_STS_T sts = ESS_STS_NOERR; ESS_USHORT_T ind; printf ("\n------Database Access List----\n\n"); for (ind = 0; ind < count; ind++) { printf("\tUser: %s\n", userDb[ind].UserName); printf("\tProvider Name: %s\n", userDb[ind].ProviderName); printf("\tConnection Param: %s\n", userDb[ind].connparam); printf("\tApp Name: %s\n", userDb[ind].AppName); printf("\tDb Name: %s\n", userDb[ind].DbName); switch(userDb[ind].Access) { case ESS_PRIV_NONE: printf("\tAccess: %d - ESS_PRIV_NONE\n", userDb[ind].Access); break; case ESS_PRIV_READ: printf("\tAccess: %d - ESS_PRIV_READ\n", userDb[ind].Access); break; case ESS_PRIV_WRITE: printf("\tAccess: %d - ESS_PRIV_WRITE\n", userDb[ind].Access); break; case ESS_PRIV_CALC: printf("\tAccess: %d - ESS_PRIV_CALC\n", userDb[ind].Access); break; case ESS_PRIV_METAREAD: printf("\tAccess: %d - ESS_PRIV_METAREAD\n", userDb[ind].Access); break; case ESS_PRIV_DBLOAD: printf("\tAccess: %d - ESS_PRIV_DBLOAD\n", userDb[ind].Access); break; case ESS_PRIV_DBMANAGE: printf("\tAccess: %d - ESS_PRIV_DBMANAGE\n", userDb[ind].Access); break; case ESS_PRIV_DBCREATE: printf("\tAccess: %d - ESS_PRIV_DBCREATE\n", userDb[ind].Access); break; case ESS_PRIV_APPLOAD: printf("\tAccess: %d - ESS_PRIV_APPLOAD\n", userDb[ind].Access); break; case ESS_PRIV_APPMANAGE: printf("\tAccess: %d - ESS_PRIV_APPMANAGE\n", userDb[ind].Access); break; case ESS_PRIV_APPCREATE: printf("\tAccess: %d - ESS_PRIV_APPCREATE\n", userDb[ind].Access); break; case ESS_PRIV_USERCREATE: printf("\tAccess: %d - ESS_PRIV_USERCREATE\n", userDb[ind].Access); break; case ESS_ACCESS_READ: printf("\tAccess: %d - ESS_ACCESS_READ\n", userDb[ind].Access); break; case ESS_ACCESS_WRITE: printf("\tAccess: %d - ESS_ACCESS_WRITE\n", userDb[ind].Access); break; case ESS_ACCESS_CALC: printf("\tAccess: %d - ESS_ACCESS_CALC\n", userDb[ind].Access); break; case ESS_ACCESS_METAREAD: printf("\tAccess: %d - ESS_ACCESS_METAREAD\n", userDb[ind].Access); break; case ESS_ACCESS_DBMANAGE: printf("\tAccess: %d - ESS_ACCESS_DBMANAGE\n", userDb[ind].Access); break; case ESS_ACCESS_DBCREATE: printf("\tAccess: %d - ESS_ACCESS_DBCREATE\n", userDb[ind].Access); break; case ESS_ACCESS_APPMANAGE: printf("\tAccess: %d - ESS_ACCESS_APPMANAGE\n", userDb[ind].Access); break; case ESS_ACCESS_APPCREATE: printf("\tAccess: %d - ESS_ACCESS_APPCREATE\n", userDb[ind].Access); break; case ESS_ACCESS_FILTER: printf("\tAccess: %d - ESS_ACCESS_FILTER\n", userDb[ind].Access); break; case ESS_ACCESS_DBALL: printf("\tAccess: %d - ESS_ACCESS_DBALL\n", userDb[ind].Access); break; case ESS_ACCESS_APPALL: printf("\tAccess: %d - ESS_ACCESS_APPALL\n", userDb[ind].Access); break; case ESS_ACCESS_ADMIN: printf("\tAccess: %d - ESS_ACCESS_ADMIN\n", userDb[ind].Access); break; default: printf("\tAccess: Unknown\n"); } switch(userDb[ind].MaxAccess) { case ESS_PRIV_NONE: printf("\tMax Access: %d - ESS_PRIV_NONE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_READ: printf("\tMax Access: %d - ESS_PRIV_READ\n", userDb[ind].MaxAccess); break; case ESS_PRIV_WRITE: printf("\tMax Access: %d - ESS_PRIV_WRITE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_CALC: printf("\tMax Access: %d - ESS_PRIV_CALC\n", userDb[ind].MaxAccess); break; case ESS_PRIV_METAREAD: printf("\tMax Access: %d - ESS_PRIV_METAREAD\n", userDb[ind].MaxAccess); break; case ESS_PRIV_DBLOAD: printf("\tMax Access: %d - ESS_PRIV_DBLOAD\n", userDb[ind].MaxAccess); break; case ESS_PRIV_DBMANAGE: printf("\tMax Access: %d - ESS_PRIV_DBMANAGE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_DBCREATE: printf("\tMax Access: %d - ESS_PRIV_DBCREATE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_APPLOAD: printf("\tMax Access: %d - ESS_PRIV_APPLOAD\n", userDb[ind].MaxAccess); break; case ESS_PRIV_APPMANAGE: printf("\tMax Access: %d - ESS_PRIV_APPMANAGE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_APPCREATE: printf("\tMax Access: %d - ESS_PRIV_APPCREATE\n", userDb[ind].MaxAccess); break; case ESS_PRIV_USERCREATE: printf("\tMax Access: %d - ESS_PRIV_USERCREATE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_READ: printf("\tMax Access: %d - ESS_ACCESS_READ\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_WRITE: printf("\tMax Access: %d - ESS_ACCESS_WRITE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_CALC: printf("\tMax Access: %d - ESS_ACCESS_CALC\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_METAREAD: printf("\tMax Access: %d - ESS_ACCESS_METAREAD\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_DBMANAGE: printf("\tMax Access: %d - ESS_ACCESS_DBMANAGE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_DBCREATE: printf("\tMax Access: %d - ESS_ACCESS_DBCREATE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_APPMANAGE: printf("\tMax Access: %d - ESS_ACCESS_APPMANAGE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_APPCREATE: printf("\tMax Access: %d - ESS_ACCESS_APPCREATE\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_FILTER: printf("\tMax Access: %d - ESS_ACCESS_FILTER\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_DBALL: printf("\tMax Access: %d - ESS_ACCESS_DBALL\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_APPALL: printf("\tMax Access: %d - ESS_ACCESS_APPALL\n", userDb[ind].MaxAccess); break; case ESS_ACCESS_ADMIN: printf("\tMax Access: %d - ESS_ACCESS_ADMIN\n", userDb[ind].MaxAccess); break; default: printf("\tMax Access: Unknown\n"); } printf("\tFilter Name: %s\n", userDb[ind].FilterName); printf("\n"); } } ESS_FUNC_M ESS_SetDatabaseAccessEx (ESS_HCTX_T hCtx, ESS_HINST_T hInst) { ESS_STS_T sts = ESS_STS_NOERR; ESS_STR_T userId; ESS_BOOL_T bIsIdentity; ESS_USHORT_T type; ESS_USHORT_T count; ESS_USERDBEX_T userDb[2]; ESS_PUSERDBEX_T pUserDb = ESS_NULL; memset(&userDb, '\0', sizeof(userDb)); count = 1; strcpy(userDb[0].UserName, "IDUser1"); strcpy(userDb[0].ProviderName, ""); strcpy(userDb[0].connparam, ""); userDb[0].type = ESS_TYPE_USER; strcpy(userDb[0].AppName, AppName); strcpy(userDb[0].DbName, DbName); userDb[0].Access = ESS_PRIV_READ; userDb[0].MaxAccess = ESS_PRIV_READ; sts = EssSetDatabaseAccessEx(hCtx, count, &userDb); printf("EssSetDatabaseAccessEx sts: %ld\n\n", sts); if(!sts) { sts = EssGetDatabaseAccessEx(hCtx, userId, bIsIdentity, type, AppName, DbName, &count, &pUserDb); printf("EssGetDatabaseAccessEx sts: %ld\n", sts); if(!sts) { if(count && pUserDb) { DisplayUserDbInfo(pUserDb, count); sts = EssFree (hInst, pUserDb); } else printf ("\rUser Application list is empty\n\n"); } } return (sts); }
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