<p>Cache Manager of this project will destroy Pin or Map mappings after
their last unreferencing (in opposite of
- @{[ a_href 'sharedcachemap_leak','leaked <span class="type">SharedCacheMap</span>' ]}).
+ @{[ a_href '#sharedcachemap_leak','leaked <span class="type">SharedCacheMap</span>' ]}).
Despite it any dirty pages may still be held as the pages
(including their <span class="type>LSN</span>s) are cached associated
with <span class="type">SharedCacheMap</span>. It may be also possible
<span class="productname">Microsoft Windows NT</span>.
This single-shot synchronous behaviour is possible since all the needed
resources (disk blocks etc.) can be always presented as instantly ready as
- their acquirement is solved by @{[ a_href 'hostosnote','Host-OS' ]} outside of
- the W32 emulated @{[ a_href 'guestosnote','Guest-OS' ]} environment.
+ their acquirement is solved by @{[ a_href 'Architecture.html.pl#hostosnote','Host-OS' ]} outside of
+ the W32 emulated @{[ a_href 'Architecture.html.pl#guestosnote','Guest-OS' ]} environment.
For several cases needed only by <span class="fname">ntfs.sys</span>
there had to be supported asynchronous access — parallel execution
is emulated by GLib <span class="function">g_idle_add_full()</span>