A root 貯蔵 is created by StorageFactory
and is controlled by refcounting. In 事例／患者 refcounting
is 減少（する）d to 無 the 貯蔵 will be 性質の／したい気がして
automatically. It is still 堅固に recommended that
a root 貯蔵 is 性質の／したい気がして explicitly since in garbage
collector based languages the refcounting can be
減少（する）d too late and 資源s locked by the 貯蔵
will not be 解放する／自由なd until then.
A substorage is created by XStorage
interface of 貯蔵. Each time a substorage is opened
it is locked ( in 事例／患者 it is opened in readonly 方式
it is locked for 令状ing, in 事例／患者 it is opened in
read-令状 方式 it is locked for reading and 令状ing )
until it is 性質の／したい気がして. The lifetime of substorage is
also controlled by refcounting but because of について言及するd
garbage collection 明確な／細部 it is 堅固に recommended
to 配置する／処分する／したい気持ちにさせる substorages explicitly.
In 事例／患者 a 貯蔵 反対する is 性質の／したい気がして all the elements
( substorages and substreams ) retrieved from the
反対する are 性質の／したい気がして. If the 貯蔵 was opened in
read-令状 方式 all noncommited changes will be lost.
If the child stream is an encrypted one a corect
ありふれた 貯蔵 password should be 始める，決める through
XEncryptionProtectedSource interface to
this 貯蔵 or to a one of 貯蔵s in parent
階層制度. In 事例／患者 the password is not 始める，決める or is a
wrong one an exception will be thrown.
XStorage::openEncryptedStreamElement
This method 許すs to 明示する reading password for the
stream explicitly. The password will be used to read
the stream. It is possible to 明示する a new password
for stream 蓄える／店ing through
XEncryptionProtectedSource interface. In
事例／患者 a new password is not 明示するd an old one will
be used for 蓄える／店ing.
The 最新の flashed 見解／翻訳／版 of the stream will be used.
The stream can be flashed explicitly by
XOutputStream::紅潮／摘発する
call.
A 貯蔵 flashes on commit all the child streams it
owns. So in 事例／患者 after the stream is changed neither
the 貯蔵 was 送るd nor the stream was 紅潮／摘発するd
explicitly, the changes will not appear in the new
created stream. This method 許すs to retrieve copy of
a child stream even in 事例／患者 it is already opened for
令状ing.
If the child stream is an encrypted one a corect
ありふれた 貯蔵 password should be 始める，決める through
XEncryptionProtectedSource interface to
this 貯蔵 or to a one of 貯蔵s in parent
階層制度. In 事例／患者 the password is not 始める，決める or is a
wrong one an exception will be thrown.
The 最新の flashed 見解／翻訳／版 of the stream will be used.
The stream can be flashed explicitly by
XOutputStream::紅潮／摘発する
call.
A 貯蔵 flashes on commit all the child streams it
owns. So in 事例／患者 after the stream is changed neither
the 貯蔵 was 送るd nor the stream was 紅潮／摘発するd
explicitly, the changes will not appear in the new
created stream. This method 許すs to retrieve copy of
a child stream even in 事例／患者 it is already opened for
令状ing.
XStorage::copyLastCommitTo
This method gets 貯蔵 service
実施 and fills it in with the 最新の
送るd 見解／翻訳／版 of this 貯蔵. So in 事例／患者 the
貯蔵 was not 送るd after it was changed, the
changes will not appear in the new created 貯蔵.
XStorage::copyStorageElementLastCommitTo
This method gets 貯蔵 service
実施 and fills it in with the contents of
the requested substorage. The 最新の 送るd 見解／翻訳／版
of child 貯蔵 will be used. So in 事例／患者 the child
貯蔵 was not 送るd after it was changed, the
changes will not appear in the new created 貯蔵.
This method 許すs to retrieve copy of a child 貯蔵
even in 事例／患者 it is already opened for 令状ing.
XStorage::removeStorageElement
If the element is opened the 除去するing will fail.
所有物／資産／財産 URL
If the 貯蔵 is created based on url this 所有物／資産／財産 許すs
to retrieve it.
許すs to commit or 逆戻りする changes that were done for the 貯蔵.
If a 貯蔵 is 送るd all changes made to it will be 統合するd to
it's parent 貯蔵. This is recursive 過程, so the last 送るd
貯蔵 should be the root one. For the 一括 based 貯蔵s commit
of a root 貯蔵 also means flashing to the 関係のある medium. If
a 貯蔵 is not 送るd, no changes for it or it's child elements
will be 蓄える／店d.
This interface can be supported by a 貯蔵 to 許す to 始める，決める
a ありふれた 貯蔵 password. This password is used as default password
to decrypt all encrypted streams and to encrypt streams that are
示すd to use ありふれた 貯蔵 password on 蓄える／店ing.
明示するing of the password for a 貯蔵 許すs to use it for the
whole subtree. Of course substorage can 許す to overwrite the ありふれた
貯蔵 password for own subtree.
許すs to （悪事，秘密などを）発見する whether mediatype is （悪事，秘密などを）発見するd by using fallback
approach.
Can be 始める，決める to true if the mediatype can not be （悪事，秘密などを）発見するd in 基準
way, but there is a fallback 解答 許すs to do it.
Usually means that the 文書 有効性，効力 is 疑わしい, although
the 一括 itself is not corrupted. The 決定／判定勝ち（する） about 文書
有効性，効力 in this 事例／患者 is in 使用／適用 手渡すs. It is up to 使用者 of
the 貯蔵 to deside whether he 受託するs the fallback approach for
an 実施 of this service, 生産（高）s a 警告 or an error.
許すs to （悪事，秘密などを）発見する if the 貯蔵 含む／封じ込めるs encrypted 入ること／参加（者）s.
In 事例／患者 it is 始める，決める to true the 貯蔵 itself and/or a tree of
substorages 含む／封じ込める encrypted streams. Usually in 事例／患者 this 所有物／資産／財産
is supported the 実施 supports
XEncryptionProtectedSource interface.
許すs to （悪事，秘密などを）発見する if the 貯蔵 含む／封じ込めるs nonencrypted 入ること／参加（者）s.
In 事例／患者 it is 始める，決める to true the 貯蔵 itself and/or a tree of
substorages 含む／封じ込めるs nonencrypted streams. Usually in 事例／患者 this
所有物／資産／財産 is supported the 実施 supports
XEncryptionProtectedSource interface.
