Simple .NET/ASP.NET PDF document editor web control SDK

If an assembly is not found in the GAC, the assembly resolver tries to find the assembly in the application base directory or a subdirectory named after the simple name of the requested assembly The GAC is implemented as a special directory structure in the file system This directory structure supports side-by-side installation of assemblies Instead of overwriting one version of an assembly with another one, you can install two different versions of an assembly at the same time To achieve this, mangled directory names are used If you install SampleLibdll in the GAC, it will end up in the following directory: %systemroot%\assembly\GAC_MSIL\SampleLib\0000__656F5D1B5D4890E In this directory specification, %systemroot% is the OS name of the system directory (typically C:\WINDOWS) The subdirectory GAC_MSIL is for platform-neutral assemblies Assemblies that can only execute on the 32-bit CLR end up in the GAC_32 subdirectory instead.

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The DBA_HIST_ACTIVE_SESSION_HISTORY data dictionary view provides historical information about recent active session history. In other words, this view is nothing but a collection of snapshots from the V$ACTIVE_SESSION_HISTORY view, which itself is a sample of active session data. There are two ways in which the DBA_HIST_ACTIVE_SESSION_HISTORY view is populated: During the course of the regular (by default, hourly) snapshots performed by the AWR, the MMON background process flushes the ASH data to the AWR. Oracle may also need to transfer data to the DBA_HIST_ACTIVE_SESSION_HISTORY view in between the regular snapshots if the memory buffer is full and the database can t write new session activity data to it. In this case, the new MMNL background process will perform the flushing of data from the memory buffer to the data dictionary view.

You can use the ashrpt.sql script, located in the $ORACLE_HOME/rdbms/admin directory, to get an ASH report. The use of the script is similar to the AWR script awrrpt.sql described earlier in this chapter. The script generates information about the SQL that ran during the time you specify, and it includes blocking and wait details. Here s how you run the ashrpt.sql script to get an ASH report: $ $ORACLE_HOME/rdbms/admin/ashrpt.sql You are prompted for the time frame for collecting ASH information, whether you d like an HTML or text report, and the name of the report. Listing 18-9 shows a portion of an ASH report. Listing 18-9. The Beginning of an ASH Report ASH Report For NICKO/nicko DB Name DB Id Instance Inst Num Release Cluster Host ------------ ----------- ------------ -------- ----------- ------NICKO 1974138210 nicko 1 10.2.0.0.0 NO localhost CPUs SGA Size Buffer Cache Shared Pool ASH Buffer Size ---- ------------------ ------------------ ------------------ ----1 304M (100%) 100M (32.9%) 184M (60.5%) 2.0M (0.7%) Analysis Begin Time: 28-Jun-05 12:29:55 Analysis End Time: 28-Jun-05 13:30:00 Elapsed Time: 60.1 (mins) Sample Count: 81 Average Active Sessions: 0.02 Avg. Active Session per CPU: 0.02 Report Target: None specified The first section of the ASH report provides information about the top user events, as shown in Listing 18-10.

# systems on non-production subnets NON_PROD_FG=lightblue NON_PROD_BG=black # These are the foreground and background color settings for # systems on all other subnets OTHER_FG=DarkSeaGreen2 OTHER_BG=black