 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
 |
Internal event: Connection object was retained because of the redundant servers topology.
Connection object 1:
%1
Connection object 2:
%2 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
Internal event: Redundant server topology is enabled in the following site. The Knowledge Consistency Checker (KCC) will generate a redundant connection between alternate bridgeheads in the same site as the primary connection.
Site:
%1 |
|
樹系標記存留時間已經設定為 %1 天。如此將影響備份的存活時間，也會影響必須重新安裝複本之前中斷連線的時間。 |
|
O tempo de vida de tombstone da floresta foi definido para %1 dias. Isto irá afectar o tempo na prateleira
das cópias sombra e também afectar o tempo que as réplicas podem ficar desligadas
antes que tenham que ser reinstaladas. |
|
已将林逻辑删除生存时间设置为 %1 天。这将影响
备份的储存期限，同时还会影响副本在必须进行重新安装之前
可以断开的时间。 |
|
Orman kaldırıldı işareti ömrü %1 gün olarak ayarlandı. Bu, yedeklerinizin raf ömrünüetkileyebileceği gibi, çoğaltmaların yeniden yüklenmeden önce bağlantılarının kesilebileceği
zamanı da etkiler. |
|
Tombstone-intervallet i skogen är %1 dagar. Detta kommer att påverka hur länge
säkerhetskopior är nyttiga och även hur länge som repliker kan vara frånkopplade
innan de måste installeras om. |
|
Okres istnienia reliktu lasu został ustawiony na %1 dni. To będzie miało wpływ na okres istnienia
kopii zapasowych oraz na czas, w trakcie którego repliki mogą być rozłączone zanim będą
musiały być zainstalowane ponownie. |
|
Az erdő törlésre kijelölt időköze %1 napra van állítva. Ez hatással van a biztonsági
másolatok tárolhatósági idejére, továbbá a replikák leválasztási idejére, mielőtt
újra kellene telepíteni őket. |
|
La durée de vie de temporisation de la forêt est désormais fixée à %1 jours. Ceci
se répercutera sur la durée de vie de vos sauvegardes ainsi que sur le temps de
déconnexion maximal d’un réplica sans devoir le réinstaller. |
|
O tempo de vida para exclusão da floresta foi definido como %1 dias. Isso afetará o tempo de vida de seus
backups e por quanto tempo as réplicas podem ser desconectadas antes de ser
reinstaladas. |
|
Время жизни захоронения для этого леса установлено равным %1 дням. Это повлияет на время хранения резервных
копий и также на то время, которое реплики могут оставаться отключенными, прежде
чем потребуется их переустановка. |
|
フォレストの廃棄 (Tombstone) の有効期間は %1 日に設定されています。これはバッ
クアップの保存期間に影響し、レプリカが再インストールされる前に切断されるまで時間にも
影響します。 |
|
La vigencia de objetos de desecho se estableció en %1 días. Esto afectará el tiempo de
almacenamiento de sus copias de seguridad y el tiempo en que las réplicas pueden desconectarse
antes de que deban reinstalarse. |
|
Die Tombstone-Lebensdauer der Gesamtstruktur wurde auf %1 Tage festgelegt. Dies beeinflusst die
Haltbarkeit von Sicherungen, sowie die Zeitdauer die, die Replikate getrennt sein können,
bevor sie erneut installiert werden müssen. |
|
Doba zneplatnění v doménové struktuře byla nastavena na následující počet dní: %1. To ovlivníživotnost záloh a dobu, po kterou mohou být repliky odpojeny bez nutnosti
nové instalace. |
|
포리스트 삭제 표시 기간이 %1일로 설정되었습니다. 이것은 백업의 수명 및
복제본을 다시 설치해야 하기 전까지 복제본이 연결이 끊어진 상태로 남아 있을
수 있는 시간에 영향을 미칩니다. |
|
De Tombstone-levensduur van het forest is ingesteld op %1 dagen. Dit is van invloed
op de levensduur van back-ups en ook op de tijd waarbinnen de verbinding met
replica's kan worden verbroken voordat deze opnieuw moeten worden geïnstalleerd. |
|
La durata di rimozione definitiva della foresta è stata impostata su %1. Questa impostazione determina la
validità nel tempo dei backup effettuati e la durata massima di disconnessione delle repliche, superata la quale
queste ultime dovranno essere reinstallate. |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Query processor is intersecting the following indexes to optimize a query.
Indexes:
%1 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: Call to index intersection returned %1. The approximate record count in intersect index is %2 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: NSPIBind operation completed with return code %1
Following are the details of the bind operation:Peer Address: %2
Code page: %3
Sid of the user: %4
DNT of the GAL chosen: %5
DNT of the Template chosen: %6
Bind Number: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: DS is creating a sort table with max table size set to %8.
The entries will be sorted on attribute %2 whose attribute syntax is %3
The index used to create the sort table is %1.
The locale used for sorting is %4.
Sort order is ascending: %5
Sort is Forward only sort: %6
Sort is for a VLV search: %7 |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
Internal event: Creating sort table returned with error %1.
There are %2 entries in the sort table. |
|
已成功啟動 Active Directory 輕量型目錄服務 (AD LDS) 試用版 %1 %2。
試用版會在下列天數後過期: %3 |
|
A versão de avaliação %1 %2 dos Serviços LDS do Active Directory (AD LDS) foi iniciada com êxito.
Dias até expirar a versão de avaliação: %3 |
|
已成功启动 Active Directory 轻型目录服务(AD LDS)试用版 %1 %2。
试用版使用期限: %3 天 |
|
Active Directory Basit Dizin Hizmetleri (AD LDS) deneme sürümü %1 %2 başarıyla başlatıldı.
Deneme süresinin bitimine kadar kalan gün sayısı: %3 |
|
Förhandsversionen av Active Directory Lightweight Directory Services (AD LDS) %1 %2 har startats.
Denna förhandsversion upphör att gälla om %3 dagar |
|
Wersja próbna usług LDS w usłudze Active Directory %1 %2 została pomyślnie uruchomiona.
Liczba dni do daty wygaśnięcia wersji próbnej: %3 |
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Az Active Directory Lightweight Directory-szolgáltatások %1 %2 próbaverziója sikeresen elindult.
A próbaverzió elévüléséig hátralévő napok száma: %3 |
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La version d’évaluation des services AD LDS (Active Directory Lightweight Directory Services) %1 %2 a démarré.
Nombre de jours d’évaluation restant : %3 |
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A versão de avaliação do Active Directory Lightweight Directory Services (AD LDS) %1 %2 foi iniciada com êxito.
Dias até expiração da avaliação: %3 |
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Пробная версия служб Active Directory облегченного доступа к каталогам (AD LDS) %1 %2 успешно запущена.
Истечение срока действия пробной версии (в днях): %3 |
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Active Directory ライトウェイト ディレクトリ サービス (AD LDS) 試用版 %1 %2 が開始されました。
有効期限が切れるまでの日数: %3 |
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Se inició correctamente la versión de prueba de los Servicios de directorio ligero de Active Directory (AD LDS) %1 %2.
Días que faltan para que expire la prueba: %3 |
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Die Testversion %1 %2 von Active Directory Lightweight Directory Services (AD LDS) wurde erfolgreich gestartet.
Tage bis zum Ablauf des Testzeitraums: %3 |
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De evaluatieversie %1 %2 van AD LDS (AD LDS) is gestart.
Aantal dagen totdat evaluatieperiode verloopt: %3 |
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Služba AD LDS (Active Directory Lightweight Directory Services) ve zkušební verzi %1 %2 byla úspěšně spuštěna.
Počet dnů do vypršení platnosti zkušební verze: %3 |
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AD LDS(Active Directory Lightweight Directory Services) 평가판 %1 %2이(가) 시작되었습니다.
평가판 만료까지 남은 일수: %3 |
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Versione di valutazione %1 %2 di Active Directory Lightweight Directory Services avviata.
Periodo di valutazione rimanente (giorni): %3 |
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Active Directory 輕量型目錄服務已成功地建立了 VSS 的存取控制機碼，可讓陰影複製
備份服務正確的登錄。
使用者動作:無。
如果使用者解除安裝所有需要在這個機碼下有登錄值的服務，則可安全地移除這個登錄
機碼。
其他資料:機碼名稱:%1 |
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Os Serviços LDS do Active Directory criaram com êxito a chave de Controlo de Acesso do VSS para permitir o
registo adequado dos serviços de cópia de segurança de cópia sombra.
Acção do Utilizador:Nenhuma.
Se o utilizador desinstalar todos os serviços que requerem um valor de Registo com
esta chave, a chave de Registo poderá ser removida com segurança.
Dados Adicionais:Nome da Chave:%1 |
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Active Directory 轻型目录服务已成功创建 VSS 的访问控制项，以便卷影
副本备份服务可以正确进行注册。
用户操作:无需任何操作。
如果用户卸载了需要此项下
的注册表值的所有服务，则可以安全删除此注册表项。
其他数据:项名称:%1 |
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Active Directory Basit Dizin Hizmetleri, gölge kopya yedekleme hizmetlerinin düzgün biçimde kaydettirilmesini
sağlamak üzere VSS'nin Erişim Denetimi anahtarlarını başarıyla oluşturdu.
Kullanıcı Eylemi:Gerekmiyor.
Kullanıcı, bu anahtar altında bir kayıt defteri değeri gerektiren tüm
hizmetleri kaldırırsa, bu kayıt defteri anahtarı güvenli bir şekilde kaldırılabilir.
Ek Veriler:Anahtar Adı:%1 |
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Registernyckeln för åtkomstkontroll till VSS har skapats så att tjänsten för skuggkopiering
kan registreras.
Användaråtgärd:Ingen är registrerad.
Om användaren avinstallerar alla tjänster som kräver ett registervärde under
denna nyckel kan registernyckeln tas bort utan fara.
Ytterligare data:Nyckelnamn:%1 |
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Usługi LDS w usłudze Active Directory pomyślnie utworzyły klucz VSS Access Control, aby umożliwić
usługom wykonywania kopii zapasowych kopii w tle właściwą rejestrację.
Akcja użytkownika:Nie jest wymagana.
Jeśli użytkownik odinstalowywuje wszystkie usługi wymagające wartości rejestru
w tym kluczu, klucz rejestru można bezpiecznie usunąć.
Dodatkowe dane:Nazwa klucza:%1 |
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Az Active Directory Lightweight Directory-szolgáltatások sikeresen létrehozta a VSS Access Control kulcsát, ami lehetővé teszi az
árnyékmásolatos biztonságimásolat-szolgáltatások helyes regisztrálását.
Felhasználói művelet:Nem szükséges.
Ha a felhasználó minden olyan szolgáltatást eltávolít, amelyhez beállításazonosító szükséges ez
alatt a kulcs alatt, akkor a beállításkulcs biztonságosan eltávolítható.
További adatok:Kulcs neve:%1 |
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Les services AD LDS (Active Directory Lightweight Directory Services) ont correctement créé la clé de contrôle d’accès VSS pour autoriser
l’inscription correcte des services de sauvegarde de cliché instantané.
Action utilisateur :Aucune action nécessaire.
Si l’utilisateur désinstalle tous les services qui nécessitent une valeur de Registre sous
cette clé, la clé de Registre peut être supprimée sans risque.
Données supplémentaires :Nom de la clé :%1 |
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O Active Directory Lightweight Directory Services obteve êxito na criação da chave de Controle de Acesso VSS para permitir que
os serviços de backup de cópia de sombra sejam registrados corretamente.
Ação do Usuário:Nenhuma.
Se o usuário desinstalar todos os serviços que requerem um valor de Registro nesta
chave, a chave do Registro pode ser removida com segurança.
Dados Adicionais:Nome da Chave:%1 |
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Cлужбами Active Directory облегченного доступа к каталогам был успешно создан раздел реестра для управления доступом VSS, что
позволит зарегистрировать службы теневого копирования.
Действия пользователя:Не требуются.
Если пользователь отменит установку всех служб, требующих наличия значения
в этом разделе реестра, то этот раздел реестра можно будет удалить.
Дополнительные данные:Имя раздела:%1 |
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Active Directory ライトウェイト ディレクトリ サービスは、シャドウ コピー バック
アップ サービスを適切に登録するために VSS のアクセス コントロール キーを作成し
ました。
ユーザー操作:ありません。
このキーの下のレジストリ値を必要とするサービスすべてをユーザーがアンインストー
ルすると、レジストリ キーを安全に削除できます。
追加データ:キー名:%1 |
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Los Servicios de directorio ligero de Active Directory crearon la clave de control de acceso de VSS para permitir que los servicios de copia de seguridad de
instantánea se registren correctamente.
Acción del usuario:Ninguna.
La clave del Registro puede quitarse con seguridad si el usuario desinstala
todos los servicios que requieren un valor del Registro en esta clave.
Datos adicionales:Nombre de la clave:%1 |
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Der VSS-Zugriffssteuerungsschlüssel wurde erfolgreich erstellt, um die
Schattenkopie-Sicherungsdienste ordnungsgemäß zu registrieren.
Benutzeraktion:Keine erforderlich.
Deinstalliert der Benutzer alle Dienste, die einen Registrierungswert unter
diesem Schlüssel erfordern, kann der Registrierungsschlüssel sicher entfernt werden.
Zusätzliche Daten:Schlüsselname:%1 |
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Služba AD LDS (Active Directory Lightweight Directory Services) úspěšně vytvořila klíč pro řízení přístupu služby VSS, aby bylo možnéřádně zaregistrovat služby pro zálohování stínových kopií.
Akce uživatele:Není vyžadována.
Jestliže odinstalujete všechny služby, které vyžadují hodnotu registru
u tohoto klíče, lze klíč registru bezpečně odebrat.
Další data:Název klíče:%1 |
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Active Directory LDS(Lightweight Directory Services)에서 섀도 복사본 백업 서비스를 올바르게 등록하는 데 필요한 VSS의 액세스
제어 키를 만들었습니다.
사용자 작업:없음.
사용자가 이 키 아래의 레지스트리 값이 필요한 모든 서비스를
제거하면 레지스트리 키를 안전하게 제거할 수 있습니다.
추가 데이터:키 이름:%1 |
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De Access Control-sleutel voor VSS is gemaakt in AD LDS. De
back-upservices voor schaduwkopieën kunnen nu naar behoren worden geregistreerd.
Gebruikersactie:Geen.
Als de gebruiker alle services met een registerwaarde in deze sleutel verwijdert,
kan deze registersleutel zonder problemen worden verwijderd.
Aanvullende gegevens:Sleutelnaam:%1 |
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Creazione della chiave di controllo accesso VSS da parte di Active Directory Lightweight Directory Services completata. La chiave consente
la corretta registrazione dei servizi di backup delle copie shadow.
Azione utente:Nessuna.
Se l'utente disinstalla tutti i servizi che richiedono un valore
in questa chiave del Registro di sistema, è possibile rimuovere la chiave.
Dati aggiuntivi:Nome chiave:%1 |