转 安装EBS前期检查工具 - RDA - Health Check / Validation Engine Guide
http://blog.itpub.net/35489/viewspace-1295028/
先下载 RDA 补丁包。 Download HCVE/RDA
安装RDA :
Example:
tar xvf rda.tar
or
gunzip rda.tar.gz
tar xvf rda.tar
or
unzip rda.zip
Note: Each rda package (.zip, .tar, and .tar.gz) will create a directory named " rda" containing all files for you when you extract it.
Make sure the RDA command (rda.sh and rda.pl, noted as from now on) is executable. To verify, enter the following command:
chmod +x
进入rda目录， 运行RDA (unix下一般是rda.sh):
[applmgr@soatest rda]$ ./rda.sh -T hcve
##################################
step :
1.in admin user ,upload zip file to /orabak/rda
su admin
chown -R opbcds:dba p21769913_18318710_Linux-x86-64.zip
unzip p21769913_18318710_Linux-x86-64.zip
2.su - oracle user
##init cfg.file
cd /orabak/rda/rda
chmod +x *.sh
./rda.sh -Sy -p DB11g
## use dbgmr to collect db info
sed -i 's/"system"/"dbmgr\/db1234DBA"/g' output.cfg
###begin to collect
./rda.sh
3.upload RDA_output_pbcdsdb01.zip to local, view
__RDAstart.htm
RDA Manual Page (rda)
Interface Manual Page
rda - Oracle Remote Diagnostic Agent (RDA)
SYNOPSIS
rda.sh [-bcdfilnqvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.cmd [-bcdfilnqvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.pl [-bcdfilqtvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.sh [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
rda.cmd [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
rda.pl [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
See the following sections for additional information about the switches.
DESCRIPTION
The purpose of RDA is to assist in problem analysis and troubleshooting of local and remote databases, file systems, and operating system environments in relation to Oracle products. This tool helps automate the task of gathering information about an Oracle environment for the Oracle Support and Development teams and customers to analyze the Oracle technology stacks quickly.
For example, if a customer has problems with SQL*NET, then Oracle Support may want to view the configuration files and the environment related to the problems. This can include information about the operating system, database, and file system. The RDA Development team adds content to the tool regularly to gather information about more products.
You can run RDA concurrently as long as each execution refers to a different setup file. You can share the same report directory if you specify different report groups during the setup phase. However, usually the compiled versions of the RDA engine do not allow concurrent executions.
For more information about this tool or to download the latest version, see My Oracle Support documents 314422.1 and 330363.1.
COMMAND VARIANTS
rda.sh |
UNIX shell RDA launcher, which attempts to locate Perl in the Oracle home directory structure when it is not available in the PATH environment variable. |
rda.cmd |
Microsoft RDA launcher, which attempts to locate Perl in the Oracle home directory structure. |
rda.com |
VMS RDA launcher, which checks the user environment and locates Perl and Zip. |
rda.pl |
RDA main script, which can be used directly if Perl is available in the PATH environment variable (for UNIX) or if the .pl suffix is registered (for Windows). |
OPTIONS
Mode Options
| -A | Adds or deletes passwords in the collector definition file to enable batch execution of data collections. Because the passwords are encoded in the file, you cannot enter them in the file manually. The supported account types are host, jdbc, odbc, oracle, pseudo, wls, and wsp. Default account type is oracle.Typically, you can provide <username>/<password>, <username>@<sid>, <username>@oracle@<sid>, <username>@host@<hostname>, <username>@jdbc@<driver>|<url>, <username>@odbc@<dsn>,<username>@pseudo@<id>, <username>@wls@<domain>, or <username>@wsp@<domain> as arguments.When an asterisk (*) prefixes the user name, RDA deletes the entry instead of adding it. If the password is missing when you add authentication, then RDA prompts you to specify it interactively. |
| -B | Starts a background data collection process. When forking capability is available within the Perl implementation, RDA collects the information in a child process with a different session identifier. RDA uses an exclusive lock to prevent concurrent executions and redirects standard input and output to /dev/null by default. However, you can specify an output file with the -o option. If you specify the -f option, then RDA issues a halt request and the process performs the initial data collection and sample archiving tasks only. |
| -C | Collects the diagnostic information for modules specified as arguments. When no modules are specified as arguments, the data is collected for all configured modules. Unless you specify the -f option, RDA collects the data that was previously uncollected only. To set the trace mode at the module level, prefix the module name with t: or T:, respectively for tracing the execution or for tracing both the execution and the variable assignment. |
| -D | Deletes the modules that are specified as arguments from the setup. It is possible only to delete modules that do not have reports. When you specify the -f option, RDA removes the associated reports first. Note: You cannot delete the modules that are executed at each data collection run. |
| -E | Displays an explanation of the error numbers that are specified as arguments. |
| -G | Converts reports or a group of reports to XML format. |
| -H | Sends a halt request to the current background data collection. The collection process stops when the current task is complete or at the next wake up. |
| -I | Regenerates the report index. When you specify the -f option, RDA reloads the cascading style sheet in the output directory. |
| -K | Kills the current background data collection process. This option is possible only in Perl versions with fork and signals implemented. |
| -L | Lists the available data collection modules, tools or test modules, conversion groups, setting levels, and profiles. You can restrict the list by specifying list types as arguments. When you specify the -f option, RDA displays the data collection modules that are always executed. |
| -M | Displays the related manual pages associated with the arguments. You can replace the arguments by a -p option, to get profile manual pages. By default, RDA displays this manual page. The operating system "pager" mechanism must be configured to pause at the end of the page to support multiple arguments in interactive mode. |
| -P | Packages all reports that belong to the report group using zip, pax, tar or jar. When several commands are available, preference is first given to zip, then to pax, and then to tar. When possible, it uses compress or gzip to compress tar files. |
| -Q | Displays the setup questions for the modules that are specified as arguments. When you specify a higher setting level, you can list additional questions. To support multiple arguments in interactive mode, you must configure the pager to pause at the end of the file. |
| -R | Generates the HTML reports. By default, RDA generates out-dated and missing reports only. When you specify the -f option, RDA generates all reports. RDA regenerates the index automatically when reports are produced. |
| -S | Configures all modules that are specified as arguments. When you do not specify any module, then RDA configures all available modules. Unless you specify the -f option, RDA considers modules that are not yet configured only. |
| -T | Executes tools or test modules that are specified as arguments. When you do not specify any module, RDA runs the default modules. To set the trace mode at the module level, prefix the module name with t: or T:, respectively for tracing the execution or for tracing both the execution and the variable assignment. |
| -V | Displays the version of the RDA components and previously loaded Perl modules. The Perl module list is not exhaustive as additional packages can be loaded dynamically during the execution of other functions. |
Modifiers
| -b | Does not back up the setup file. By default, RDA renames the setup file with a .bak suffix before rewriting the file. |
| -c | Verifies that RDA was installed correctly and still exists. When you do not specify any arguments, RDA verifies file permissions and check sums. Otherwise, RDA checks the syntax of the configuration and definition files that are specified as arguments. RDA skips all other files. RDA returns a 0 (zero) exit status when no errors are detected. Otherwise, it returns a nonzero exit status. |
| -e key=value[,...] | Specifies a temporary value for one or more settings. RDA converts the setting names automatically to upper case and separates the different assignments by commas. For example, the following value enables some ping tests and allows a maximum of 120 seconds for executing each SQL request. -e OS.NET.B_PING_TESTS=1,DFT/N_SQL_TIMEOUT=120 You can use this mechanism also to alter the default setting values when making non-interactive setups. |
| -f | Sets the force mode, which influences the Background, Collect, Delete, Index, List, Report, and Setup modes. For more information about these modes, see the Mode Options section. |
| -g grp | Specifies the conversion group for converting reports in XML. |
| -h | Displays the command usage and exits. |
| -i | Reads settings from the standard input. Therefore, this option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
| -l | Uses a lock file to prevent concurrent usage of a setup file. RDA derives the name of the lock file from the setup file name. RDA generates an error if the lock cannot be acquired immediately. |
| -m dir | Specifies the module directory (modules by default). |
| -n | Ignores the content of any existing setup file. This option enables you to start a new collection without any manual operation on existing setup files. |
| -o out | Specifies an output file for a background data collection. |
| -p prof | Specifies the setting level and/or the setup profiles to use during the setup operations. When you specify both, use a hyphen (-) to separate them. By default, RDA considers the basic setting level and all existing modules. Use the advanced setting level to specify more settings interactively. When you specify a new profile at collection time, RDA performs an implicit setup of the corresponding modules. |
| -q | Sets the quiet mode. |
| -s nam | Specifies the name of the setup file (output by default). You can maintain multiple setup configurations in the same directory structure. The name of the setup file must start with a letter followed by alphanumeric characters or underscores and cannot exceed 32 characters. It can also include a directory part. That directory must exist and will be used as the default location for other files (such as lock files and the report directory). |
| -u lng | Specifies the language and the character set to use for the engine error messages and texts. For example, -l es.88591 gives the preference to Spanish when available. SDCI will encode them with the ISO 8859-P1 character set. |
| -v | Sets the verbose mode. |
| -w | Prevents the current RDA job from running when the background collection daemon is active. The process waits until the current daemon task is complete. RDA does not update the setup file when you specify this option. |
| -x | Produces a cross reference for the specified arguments or profiles. |
| -y | Accepts all setting defaults in the module configuration. This option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
Debugging Options
| -t lvl | Enables RDA tracing and specifies the global trace level. The trace level is an integer number between 0 and 99. The upper digit is dedicated to the agent operations, while the lower digit is more used by the functional layers. Specialized dump and trace mechanisms requires the presence of this option, regardless its value. |
SPECIAL USAGE
You can combine the -S, -C, -R, and -P mode flags. Other modes are exclusive. Regroup the module names by using a hyphen (-) as separator when -C, -D, -Q, or -S mode flags are used.
When you execute the RDA command without specifying any mode or module, RDA performs the complete data collection, report generation, and report packaging. RDA sets up the data collection at its first execution.
The setup step must be done explicitly for profile based data collection.
By default, RDA creates collector definition files and their corresponding diagnostic data directories in the current working directory. The name of the diagnostic data directory is derived from the collector name. Use the -s option or the RDA_SETUP environment variable to store them in another directory.
ENVIRONMENT
The following environment variables influence the execution of RDA:
| COLUMNS | Used to adjust the page width when displaying manual pages (78 by default). |
| HOME | User home directory. |
| ORACLE_BASE | Oracle base directory. |
| ORACLE_HOME | Oracle home directory. |
| ORACLE_SID | Oracle system identifier. |
| PAGER | Pager that RDA uses to display the manual pages. RDA uses more by default. |
| PATH | Command execution path. |
| RDA_BUNDLE | Path of a complementary XML conversion bundle definition file (none by default). RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_CHARSET | Character set to use when displaying engine message (utf8 by default) |
| RDA_CONVERT | Alternative location for the XML conversion plug-in directory structure (Convert by default). |
| RDA_CWD | Alternative working directory for the setup files or for relative paths to setup files. When you do not specify this variable, RDA uses the current working directory. |
| RDA_DOMAIN | Default domain name used to bypass the domain detection. RDA performs this detection at setup when the domain name is not available from the setup file and not included in the host name. |
| RDA_EDIT | Specifies a temporary value for one or more settings as for the -e option. |
| RDA_FILTER | Specifies a filter definition file to load when creating a new setup file. |
| RDA_LANG | Preferred language to use by the engine (en by default). |
| RDA_LEVEL | Sets the global trace level. |
| RDA_LOCK | Directory where the RDA lock files are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_MAN | When specified, it does not use Pod::Text to display manual pages. |
| RDA_MRC | Path of a complementary multi-run collection definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_NO_7ZIP | When specified, it disables the search and the use of the 7zip command. |
| RDA_NO_COMPRESS | When specified, it disables the search and the use of the compress command. |
| RDA_NO_DBD_ORACLE | When set to a nonzero value, disables the usage of DBD::Oracle. The command wrappers do not verify that Perl can load this package without errors when a value is set. |
| RDA_NO_GZIP | When specified, it disables the search and the use of the gzip command. |
| RDA_NO_JAR | When specified, it disables the search and the use of the jar command. |
| RDA_NO_PAX | When specified, it disables the search and the use of the pax command. |
| RDA_NO_TAR | When specified, it disables the search and the use of the tar command. |
| RDA_NO_XZ | When specified, it disables the search and the use of the xz command. |
| RDA_NO_ZIP | When specified, it disables the search and the use of the zip command. |
| RDA_PID | Directory where the control files for the background collection are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_PROFILE | Specifies the path of an alternative profile definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_SETUP | Specifies the setup name to be used when the -s option is not specified. The name can contain a directory part. That directory must exist and is used as a default location for other files (such as the lock files and the report directory). |
| SHELL | For UNIX, the command interpreter (shell) to use. |
| TERM | Terminal name. When supported by the platform, it identifies the escape sequences used for controlling the display. |
FILES
For UNIX, rda.sh creates a .config file to cache where Perl is located in the Oracle home directory structure.
RDA collects execution events and statistics in an RDA.log file in the report directory. Use this file to retrieve the execution history. For security reasons, it does not contain any setting or command arguments. The report packages contain the RDA.log file to identify further product improvements.
The RDA engine can create three lock files. The names are derived from the setup file name:
<setup>.lck |
To avoid concurrent usage of a setup file (see options -B and -l) |
-B-<setup>.lck |
To serialize file manipulation tasks between foreground and background RDA processes. |
-T-<setup>.lck |
To monitor thread execution completion. |
The RDA_LOCK environment variable influences the location of the lock files.
PERL PACKAGES USED
An RDA data collection explicitly calls the following Perl packages:
| · | strict |
|
| · | vars |
|
| · | Cwd |
|
| · | Exporter |
|
| · | File::Basename |
|
| · | File::Copy |
|
| · | File::Spec |
|
| · | Getopt::Std |
|
| · | IO::File |
|
| · | IO::Handle |
|
| · | POSIX |
|
| · | Socket |
|
| · | Symbol |
|
| · | Time::Local |
The following packages are used but they are not required for the data collection:
| · | Compress::Zlib (used for accessing archives) |
|
| · | DBD::ODBC (used for alternative ODBC accesses) |
|
| · | DBD::Oracle (used for alternative accesses to Oracle databases) |
|
| · | DBI (used for alternative database accesses) |
|
| · | Digest::MD5 (used for check sums) |
|
| · | Fcntl (used in locking context) |
|
| · | Sys::Hostname (used as help for determining the domain name) |
|
| · | Term::Cap (used to enhance the display) |
|
| · | Time::HiRes (used for clock checks) |
|
| · | Win32 (used for spawning processes) |
|
| · | Win32::Console (used for disabling echo) |
|
| · | Win32::ODBC (used for ODBC accesses) |
|
| · | Win32::Process (used for spawning processes) |
RDA Manual Page (sdci)
Interface Manual Page
sdci - Support Diagnostic Command-line Interface (SDCI)
SYNOPSIS
sdci.sh [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
sdci.cmd [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
sdci.pl [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
See the following sections for additional information about the switches.
DESCRIPTION
SDCI is a command-line tool to manage Oracle diagnostic data collectors and, more particularly, the Remote Diagnostic Agent (RDA).
The purpose of RDA is to assist in problem analysis and troubleshooting of local and remote databases, file systems, and operating system environments in relation to Oracle products. This tool helps automate the task of gathering information about an Oracle environment for the Oracle Support and Development teams and customers to analyze the Oracle technology stacks quickly.
For example, if a customer has problems with Oracle Net, then Oracle Support may want to view the configuration files and the environment related to the problems. This can include information about the operating system, database, and file system. The RDA Development team adds content to the tool regularly to gather information about more products.
You can run RDA concurrently as long as each execution refers to a different setup file. You can share the same report directory if you specify different report groups during the setup phase. However, usually the compiled versions of the RDA engine do not allow concurrent executions.
For more information about this tool, or to download the latest version, see My Oracle Support documents 314422.1 and 330363.1.
COMMAND VARIANTS
sdci.sh |
UNIX shell SDCI launcher, which attempts to locate Perl in the Oracle home directory structure when it is not available in the PATH environment variable. |
sdci.cmd |
Microsoft SDCI launcher, which attempts to locate Perl in the Oracle home directory structure. |
sdci.com |
VMS SDCI launcher, which checks the user environment and locates Perl and Zip. |
sdci.pl |
SDCI main script, which can be used directly if Perl is available in the PATH environment variable (for UNIX) or if the .pl suffix is registered (for Windows). |
OPTIONS
Mode Options
| -M | Displays the command manual pages. |
| -V | Displays the software and engine builds. |
| -X pkg | Invokes the specified user interface. The default user interface is Rda. |
Modifiers
| -b | Does not back up the setup file. By default, SDCI renames the setup file with a .bak suffix before rewriting the file. |
| -e key=value[,...] | Specifies a temporary value for one or more settings. SDCI converts the setting names automatically to upper case and separates the different assignments by commas. For example, the following value enables some ping tests and allows a maximum of 120 seconds for executing each SQL request. -e OS.NET.B_PING_TESTS=1,DFT/N_SQL_TIMEOUT=120 You can use this mechanism also to alter the default setting values when making non-interactive setups. |
| -h | Displays the command usage and exits. |
| -i | Reads settings from the standard input. Therefore, this option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
| -l | Uses a lock file to prevent concurrent usage of a setup file. RDA derives the name of the lock file from the setup file name. RDA generates an error if the lock cannot be acquired immediately. |
| -n | Ignores the content of any existing setup file. This option enables you to start a new collection without any manual operation on existing setup files. |
| -q | Sets the quiet mode. |
| -s nam | Specifies the name of the setup file (output by default). You can maintain multiple setup configurations in the same directory structure. The name of the setup file must start with a letter followed by alphanumeric characters or underscores and cannot exceed 32 characters. It can also include a directory part. That directory must exist and will be used as the default location for other files (such as lock files and the report directory). |
| -u lng | Specifies the language and the character set to use for the engine error messages and texts. For example, -l es.88591 gives the preference to Spanish when available. SDCI will encode them with the ISO 8859-P1 character set. |
| -v | Sets the verbose mode. |
| -y | Accepts all setting defaults in the module configuration. This option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
Debugging Options
| -t lvl | Enables RDA tracing and specifies the global trace level. The trace level is an integer number between 0 and 99. The upper digit is dedicated to the agent operations, while the lower digit is more used by the functional layers. Specialized dump and trace mechanisms requires the presence of this option, regardless its value. |
SPECIAL USAGE
The mode flags are exclusive.
By default, SDCI creates collector definition files and their corresponding diagnostic data directories in the current working directory. The name of the diagnostic data directory is derived from the collector name. Use the -s option or the RDA_SETUP environment variable to store them in another directory.
ENVIRONMENT
The following environment variables influence the execution of RDA:
| COLUMNS | Used to adjust the page width when displaying manual pages (78 by default). |
| HOME | User home directory. |
| ORACLE_BASE | Oracle base directory. |
| ORACLE_HOME | Oracle home directory. |
| ORACLE_SID | Oracle system identifier. |
| PAGER | Pager that RDA uses to display the manual pages. RDA uses more by default. |
| PATH | Command execution path. |
| RDA_BUNDLE | Path of a complementary XML conversion bundle definition file (none by default). SDCI ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_CHARSET | Character set to use when displaying engine message (utf8 by default) |
| RDA_CONVERT | Alternative location for the XML conversion plug-in directory structure (Convert by default). |
| RDA_CWD | Alternative working directory for the setup files or for relative paths to setup files. When you do not specify this variable, RDA uses the current working directory. |
| RDA_DOMAIN | Default domain name used to bypass the domain detection. RDA performs this detection at setup when the domain name is not available from the setup file and not included in the host name. |
| RDA_EDIT | Specifies a temporary value for one or more settings as for the -e option. |
| RDA_FILTER | Filter definition file to load when creating a new setup file. |
| RDA_LANG | Preferred language to use by the engine (en by default). |
| RDA_LEVEL | Sets the global trace level. |
| RDA_LOCK | Directory where the RDA lock files are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_MAN | When specified, it does not use Pod::Text to display manual pages. |
| RDA_MRC | Path of a complementary multi-run collection definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_NO_7ZIP | When specified, it disables the search and the use of the 7zip command. |
| RDA_NO_COMPRESS | When specified, it disables the search and the use of the compress command. |
| RDA_NO_DBD_ORACLE | When set to a nonzero value, disables the usage of DBD::Oracle. The command wrappers do not verify that Perl can load this package without errors when a value is set. |
| RDA_NO_GZIP | When specified, it disables the search and the use of the gzip command. |
| RDA_NO_JAR | When specified, it disables the search and the use of the jar command. |
| RDA_NO_PAX | When specified, it disables the search and the use of the pax command. |
| RDA_NO_TAR | When specified, it disables the search and the use of the tar command. |
| RDA_NO_ZIP | When specified, it disables the search and the use of the zip command. |
| RDA_PID | Directory where the control files for the background collection are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_PROFILE | Path of a complementary profile definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_SETUP | Specifies the setup name to be used when the -s option is not specified. The name can contain a directory part. That directory must exist and is used as a default location for other files (such as the lock files and the report directory). |
| SHELL | For UNIX, the command interpreter (shell) to use. |
| TERM | Terminal name. When supported by the platform, it identifies the escape sequences used for controlling the display. |
FILES
For UNIX, sdci.sh or rda.sh creates a .config file to cache where Perl is located in the Oracle home directory structure.
RDA collects execution events and statistics in an RDA.log file in the data diagnostic data directory. Use this file to retrieve the execution history. For security reasons, it does not contain any setting or command arguments. The report packages contain the RDA.log file to identify further product improvements.
The RDA engine can create three lock files. The names are derived from the setup file name:
<setup>.lck |
To avoid concurrent usage of a setup file (see options -B and -l) |
-B-<setup>.lck |
To serialize file manipulation tasks between foreground and background RDA processes. |
-T-<setup>.lck |
To monitor thread execution completion. |
The RDA_LOCK environment variable influences the location of the lock files.
PERL PACKAGES USED
An RDA data collection explicitly calls the following Perl packages:
| · | strict |
|
| · | vars |
|
| · | Cwd |
|
| · | Exporter |
|
| · | File::Basename |
|
| · | File::Copy |
|
| · | File::Spec |
|
| · | Getopt::Std |
|
| · | IO::File |
|
| · | IO::Handle |
|
| · | POSIX |
|
| · | Socket |
|
| · | Symbol |
|
| · | Time::Local |
The following packages are used but they are not required for the data collection:
| · | Compress::Zlib (used for accessing archives) |
|
| · | DBD::ODBC (used for alternative ODBC accesses) |
|
| · | DBD::Oracle (used for alternative accesses to Oracle databases) |
|
| · | DBI (used for alternative database accesses) |
|
| · | Digest::MD5 (used for check sums) |
|
| · | Fcntl (used in locking context) |
|
| · | Sys::Hostname (used as help for determining the domain name) |
|
| · | Term::Cap (used to enhance the display) |
|
| · | Time::HiRes (used for clock checks) |
|
| · | Win32 (used for spawning processes) |
|
| · | Win32::Console (used for disabling echo) |
|
| · | Win32::ODBC (used for ODBC accesses) |
|
| · | Win32::Process (used for spawning processes) |
RDA Manual Page (rda)
Interface Manual Page
rda - Oracle Remote Diagnostic Agent (RDA)
SYNOPSIS
rda.sh [-bcdfilnqvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.cmd [-bcdfilnqvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.pl [-bcdfilqtvwy] [-SCRP|A|B|D|E|G|H|I|K|L|M|Q|V|T] [-e list] [-m dir] [-o out] [-p prof] [-s nam] [-t lvl] [mod ...]
rda.sh [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
rda.cmd [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
rda.pl [-bilnqvy] [-e list] [-s nam] [-t lvl] [-u lng] [-X pkg] [fct arg...]
See the following sections for additional information about the switches.
DESCRIPTION
The purpose of RDA is to assist in problem analysis and troubleshooting of local and remote databases, file systems, and operating system environments in relation to Oracle products. This tool helps automate the task of gathering information about an Oracle environment for the Oracle Support and Development teams and customers to analyze the Oracle technology stacks quickly.
For example, if a customer has problems with SQL*NET, then Oracle Support may want to view the configuration files and the environment related to the problems. This can include information about the operating system, database, and file system. The RDA Development team adds content to the tool regularly to gather information about more products.
You can run RDA concurrently as long as each execution refers to a different setup file. You can share the same report directory if you specify different report groups during the setup phase. However, usually the compiled versions of the RDA engine do not allow concurrent executions.
For more information about this tool or to download the latest version, see My Oracle Support documents 314422.1 and 330363.1.
COMMAND VARIANTS
rda.sh |
UNIX shell RDA launcher, which attempts to locate Perl in the Oracle home directory structure when it is not available in the PATH environment variable. |
rda.cmd |
Microsoft RDA launcher, which attempts to locate Perl in the Oracle home directory structure. |
rda.com |
VMS RDA launcher, which checks the user environment and locates Perl and Zip. |
rda.pl |
RDA main script, which can be used directly if Perl is available in the PATH environment variable (for UNIX) or if the .pl suffix is registered (for Windows). |
OPTIONS
Mode Options
| -A | Adds or deletes passwords in the collector definition file to enable batch execution of data collections. Because the passwords are encoded in the file, you cannot enter them in the file manually. The supported account types are host, jdbc, odbc, oracle, pseudo, wls, and wsp. Default account type is oracle.Typically, you can provide <username>/<password>, <username>@<sid>, <username>@oracle@<sid>, <username>@host@<hostname>, <username>@jdbc@<driver>|<url>, <username>@odbc@<dsn>,<username>@pseudo@<id>, <username>@wls@<domain>, or <username>@wsp@<domain> as arguments.When an asterisk (*) prefixes the user name, RDA deletes the entry instead of adding it. If the password is missing when you add authentication, then RDA prompts you to specify it interactively. |
| -B | Starts a background data collection process. When forking capability is available within the Perl implementation, RDA collects the information in a child process with a different session identifier. RDA uses an exclusive lock to prevent concurrent executions and redirects standard input and output to /dev/null by default. However, you can specify an output file with the -o option. If you specify the -f option, then RDA issues a halt request and the process performs the initial data collection and sample archiving tasks only. |
| -C | Collects the diagnostic information for modules specified as arguments. When no modules are specified as arguments, the data is collected for all configured modules. Unless you specify the -f option, RDA collects the data that was previously uncollected only. To set the trace mode at the module level, prefix the module name with t: or T:, respectively for tracing the execution or for tracing both the execution and the variable assignment. |
| -D | Deletes the modules that are specified as arguments from the setup. It is possible only to delete modules that do not have reports. When you specify the -f option, RDA removes the associated reports first. Note: You cannot delete the modules that are executed at each data collection run. |
| -E | Displays an explanation of the error numbers that are specified as arguments. |
| -G | Converts reports or a group of reports to XML format. |
| -H | Sends a halt request to the current background data collection. The collection process stops when the current task is complete or at the next wake up. |
| -I | Regenerates the report index. When you specify the -f option, RDA reloads the cascading style sheet in the output directory. |
| -K | Kills the current background data collection process. This option is possible only in Perl versions with fork and signals implemented. |
| -L | Lists the available data collection modules, tools or test modules, conversion groups, setting levels, and profiles. You can restrict the list by specifying list types as arguments. When you specify the -f option, RDA displays the data collection modules that are always executed. |
| -M | Displays the related manual pages associated with the arguments. You can replace the arguments by a -p option, to get profile manual pages. By default, RDA displays this manual page. The operating system "pager" mechanism must be configured to pause at the end of the page to support multiple arguments in interactive mode. |
| -P | Packages all reports that belong to the report group using zip, pax, tar or jar. When several commands are available, preference is first given to zip, then to pax, and then to tar. When possible, it uses compress or gzip to compress tar files. |
| -Q | Displays the setup questions for the modules that are specified as arguments. When you specify a higher setting level, you can list additional questions. To support multiple arguments in interactive mode, you must configure the pager to pause at the end of the file. |
| -R | Generates the HTML reports. By default, RDA generates out-dated and missing reports only. When you specify the -f option, RDA generates all reports. RDA regenerates the index automatically when reports are produced. |
| -S | Configures all modules that are specified as arguments. When you do not specify any module, then RDA configures all available modules. Unless you specify the -f option, RDA considers modules that are not yet configured only. |
| -T | Executes tools or test modules that are specified as arguments. When you do not specify any module, RDA runs the default modules. To set the trace mode at the module level, prefix the module name with t: or T:, respectively for tracing the execution or for tracing both the execution and the variable assignment. |
| -V | Displays the version of the RDA components and previously loaded Perl modules. The Perl module list is not exhaustive as additional packages can be loaded dynamically during the execution of other functions. |
Modifiers
| -b | Does not back up the setup file. By default, RDA renames the setup file with a .bak suffix before rewriting the file. |
| -c | Verifies that RDA was installed correctly and still exists. When you do not specify any arguments, RDA verifies file permissions and check sums. Otherwise, RDA checks the syntax of the configuration and definition files that are specified as arguments. RDA skips all other files. RDA returns a 0 (zero) exit status when no errors are detected. Otherwise, it returns a nonzero exit status. |
| -e key=value[,...] | Specifies a temporary value for one or more settings. RDA converts the setting names automatically to upper case and separates the different assignments by commas. For example, the following value enables some ping tests and allows a maximum of 120 seconds for executing each SQL request. -e OS.NET.B_PING_TESTS=1,DFT/N_SQL_TIMEOUT=120 You can use this mechanism also to alter the default setting values when making non-interactive setups. |
| -f | Sets the force mode, which influences the Background, Collect, Delete, Index, List, Report, and Setup modes. For more information about these modes, see the Mode Options section. |
| -g grp | Specifies the conversion group for converting reports in XML. |
| -h | Displays the command usage and exits. |
| -i | Reads settings from the standard input. Therefore, this option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
| -l | Uses a lock file to prevent concurrent usage of a setup file. RDA derives the name of the lock file from the setup file name. RDA generates an error if the lock cannot be acquired immediately. |
| -m dir | Specifies the module directory (modules by default). |
| -n | Ignores the content of any existing setup file. This option enables you to start a new collection without any manual operation on existing setup files. |
| -o out | Specifies an output file for a background data collection. |
| -p prof | Specifies the setting level and/or the setup profiles to use during the setup operations. When you specify both, use a hyphen (-) to separate them. By default, RDA considers the basic setting level and all existing modules. Use the advanced setting level to specify more settings interactively. When you specify a new profile at collection time, RDA performs an implicit setup of the corresponding modules. |
| -q | Sets the quiet mode. |
| -s nam | Specifies the name of the setup file (output by default). You can maintain multiple setup configurations in the same directory structure. The name of the setup file must start with a letter followed by alphanumeric characters or underscores and cannot exceed 32 characters. It can also include a directory part. That directory must exist and will be used as the default location for other files (such as lock files and the report directory). |
| -u lng | Specifies the language and the character set to use for the engine error messages and texts. For example, -l es.88591 gives the preference to Spanish when available. SDCI will encode them with the ISO 8859-P1 character set. |
| -v | Sets the verbose mode. |
| -w | Prevents the current RDA job from running when the background collection daemon is active. The process waits until the current daemon task is complete. RDA does not update the setup file when you specify this option. |
| -x | Produces a cross reference for the specified arguments or profiles. |
| -y | Accepts all setting defaults in the module configuration. This option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
Debugging Options
| -t lvl | Enables RDA tracing and specifies the global trace level. The trace level is an integer number between 0 and 99. The upper digit is dedicated to the agent operations, while the lower digit is more used by the functional layers. Specialized dump and trace mechanisms requires the presence of this option, regardless its value. |
SPECIAL USAGE
You can combine the -S, -C, -R, and -P mode flags. Other modes are exclusive. Regroup the module names by using a hyphen (-) as separator when -C, -D, -Q, or -S mode flags are used.
When you execute the RDA command without specifying any mode or module, RDA performs the complete data collection, report generation, and report packaging. RDA sets up the data collection at its first execution.
The setup step must be done explicitly for profile based data collection.
By default, RDA creates collector definition files and their corresponding diagnostic data directories in the current working directory. The name of the diagnostic data directory is derived from the collector name. Use the -s option or the RDA_SETUP environment variable to store them in another directory.
ENVIRONMENT
The following environment variables influence the execution of RDA:
| COLUMNS | Used to adjust the page width when displaying manual pages (78 by default). |
| HOME | User home directory. |
| ORACLE_BASE | Oracle base directory. |
| ORACLE_HOME | Oracle home directory. |
| ORACLE_SID | Oracle system identifier. |
| PAGER | Pager that RDA uses to display the manual pages. RDA uses more by default. |
| PATH | Command execution path. |
| RDA_BUNDLE | Path of a complementary XML conversion bundle definition file (none by default). RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_CHARSET | Character set to use when displaying engine message (utf8 by default) |
| RDA_CONVERT | Alternative location for the XML conversion plug-in directory structure (Convert by default). |
| RDA_CWD | Alternative working directory for the setup files or for relative paths to setup files. When you do not specify this variable, RDA uses the current working directory. |
| RDA_DOMAIN | Default domain name used to bypass the domain detection. RDA performs this detection at setup when the domain name is not available from the setup file and not included in the host name. |
| RDA_EDIT | Specifies a temporary value for one or more settings as for the -e option. |
| RDA_FILTER | Specifies a filter definition file to load when creating a new setup file. |
| RDA_LANG | Preferred language to use by the engine (en by default). |
| RDA_LEVEL | Sets the global trace level. |
| RDA_LOCK | Directory where the RDA lock files are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_MAN | When specified, it does not use Pod::Text to display manual pages. |
| RDA_MRC | Path of a complementary multi-run collection definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_NO_7ZIP | When specified, it disables the search and the use of the 7zip command. |
| RDA_NO_COMPRESS | When specified, it disables the search and the use of the compress command. |
| RDA_NO_DBD_ORACLE | When set to a nonzero value, disables the usage of DBD::Oracle. The command wrappers do not verify that Perl can load this package without errors when a value is set. |
| RDA_NO_GZIP | When specified, it disables the search and the use of the gzip command. |
| RDA_NO_JAR | When specified, it disables the search and the use of the jar command. |
| RDA_NO_PAX | When specified, it disables the search and the use of the pax command. |
| RDA_NO_TAR | When specified, it disables the search and the use of the tar command. |
| RDA_NO_XZ | When specified, it disables the search and the use of the xz command. |
| RDA_NO_ZIP | When specified, it disables the search and the use of the zip command. |
| RDA_PID | Directory where the control files for the background collection are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_PROFILE | Specifies the path of an alternative profile definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_SETUP | Specifies the setup name to be used when the -s option is not specified. The name can contain a directory part. That directory must exist and is used as a default location for other files (such as the lock files and the report directory). |
| SHELL | For UNIX, the command interpreter (shell) to use. |
| TERM | Terminal name. When supported by the platform, it identifies the escape sequences used for controlling the display. |
FILES
For UNIX, rda.sh creates a .config file to cache where Perl is located in the Oracle home directory structure.
RDA collects execution events and statistics in an RDA.log file in the report directory. Use this file to retrieve the execution history. For security reasons, it does not contain any setting or command arguments. The report packages contain the RDA.log file to identify further product improvements.
The RDA engine can create three lock files. The names are derived from the setup file name:
<setup>.lck |
To avoid concurrent usage of a setup file (see options -B and -l) |
-B-<setup>.lck |
To serialize file manipulation tasks between foreground and background RDA processes. |
-T-<setup>.lck |
To monitor thread execution completion. |
The RDA_LOCK environment variable influences the location of the lock files.
PERL PACKAGES USED
An RDA data collection explicitly calls the following Perl packages:
| · | strict |
|
| · | vars |
|
| · | Cwd |
|
| · | Exporter |
|
| · | File::Basename |
|
| · | File::Copy |
|
| · | File::Spec |
|
| · | Getopt::Std |
|
| · | IO::File |
|
| · | IO::Handle |
|
| · | POSIX |
|
| · | Socket |
|
| · | Symbol |
|
| · | Time::Local |
The following packages are used but they are not required for the data collection:
| · | Compress::Zlib (used for accessing archives) |
|
| · | DBD::ODBC (used for alternative ODBC accesses) |
|
| · | DBD::Oracle (used for alternative accesses to Oracle databases) |
|
| · | DBI (used for alternative database accesses) |
|
| · | Digest::MD5 (used for check sums) |
|
| · | Fcntl (used in locking context) |
|
| · | Sys::Hostname (used as help for determining the domain name) |
|
| · | Term::Cap (used to enhance the display) |
|
| · | Time::HiRes (used for clock checks) |
|
| · | Win32 (used for spawning processes) |
|
| · | Win32::Console (used for disabling echo) |
|
| · | Win32::ODBC (used for ODBC accesses) |
|
| · | Win32::Process (used for spawning processes) |
RDA Manual Page (sdci)
Interface Manual Page
sdci - Support Diagnostic Command-line Interface (SDCI)
SYNOPSIS
sdci.sh [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
sdci.cmd [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
sdci.pl [-bilnqvy] [-X pkg|-M|-V] [-e edt] [-s nam] [-t lvl] [-u lng] [fct arg...]
See the following sections for additional information about the switches.
DESCRIPTION
SDCI is a command-line tool to manage Oracle diagnostic data collectors and, more particularly, the Remote Diagnostic Agent (RDA).
The purpose of RDA is to assist in problem analysis and troubleshooting of local and remote databases, file systems, and operating system environments in relation to Oracle products. This tool helps automate the task of gathering information about an Oracle environment for the Oracle Support and Development teams and customers to analyze the Oracle technology stacks quickly.
For example, if a customer has problems with Oracle Net, then Oracle Support may want to view the configuration files and the environment related to the problems. This can include information about the operating system, database, and file system. The RDA Development team adds content to the tool regularly to gather information about more products.
You can run RDA concurrently as long as each execution refers to a different setup file. You can share the same report directory if you specify different report groups during the setup phase. However, usually the compiled versions of the RDA engine do not allow concurrent executions.
For more information about this tool, or to download the latest version, see My Oracle Support documents 314422.1 and 330363.1.
COMMAND VARIANTS
sdci.sh |
UNIX shell SDCI launcher, which attempts to locate Perl in the Oracle home directory structure when it is not available in the PATH environment variable. |
sdci.cmd |
Microsoft SDCI launcher, which attempts to locate Perl in the Oracle home directory structure. |
sdci.com |
VMS SDCI launcher, which checks the user environment and locates Perl and Zip. |
sdci.pl |
SDCI main script, which can be used directly if Perl is available in the PATH environment variable (for UNIX) or if the .pl suffix is registered (for Windows). |
OPTIONS
Mode Options
| -M | Displays the command manual pages. |
| -V | Displays the software and engine builds. |
| -X pkg | Invokes the specified user interface. The default user interface is Rda. |
Modifiers
| -b | Does not back up the setup file. By default, SDCI renames the setup file with a .bak suffix before rewriting the file. |
| -e key=value[,...] | Specifies a temporary value for one or more settings. SDCI converts the setting names automatically to upper case and separates the different assignments by commas. For example, the following value enables some ping tests and allows a maximum of 120 seconds for executing each SQL request. -e OS.NET.B_PING_TESTS=1,DFT/N_SQL_TIMEOUT=120 You can use this mechanism also to alter the default setting values when making non-interactive setups. |
| -h | Displays the command usage and exits. |
| -i | Reads settings from the standard input. Therefore, this option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
| -l | Uses a lock file to prevent concurrent usage of a setup file. RDA derives the name of the lock file from the setup file name. RDA generates an error if the lock cannot be acquired immediately. |
| -n | Ignores the content of any existing setup file. This option enables you to start a new collection without any manual operation on existing setup files. |
| -q | Sets the quiet mode. |
| -s nam | Specifies the name of the setup file (output by default). You can maintain multiple setup configurations in the same directory structure. The name of the setup file must start with a letter followed by alphanumeric characters or underscores and cannot exceed 32 characters. It can also include a directory part. That directory must exist and will be used as the default location for other files (such as lock files and the report directory). |
| -u lng | Specifies the language and the character set to use for the engine error messages and texts. For example, -l es.88591 gives the preference to Spanish when available. SDCI will encode them with the ISO 8859-P1 character set. |
| -v | Sets the verbose mode. |
| -y | Accepts all setting defaults in the module configuration. This option suppresses all interactive dialogues in setup and all user acknowledge requests in the data collection or tests. |
Debugging Options
| -t lvl | Enables RDA tracing and specifies the global trace level. The trace level is an integer number between 0 and 99. The upper digit is dedicated to the agent operations, while the lower digit is more used by the functional layers. Specialized dump and trace mechanisms requires the presence of this option, regardless its value. |
SPECIAL USAGE
The mode flags are exclusive.
By default, SDCI creates collector definition files and their corresponding diagnostic data directories in the current working directory. The name of the diagnostic data directory is derived from the collector name. Use the -s option or the RDA_SETUP environment variable to store them in another directory.
ENVIRONMENT
The following environment variables influence the execution of RDA:
| COLUMNS | Used to adjust the page width when displaying manual pages (78 by default). |
| HOME | User home directory. |
| ORACLE_BASE | Oracle base directory. |
| ORACLE_HOME | Oracle home directory. |
| ORACLE_SID | Oracle system identifier. |
| PAGER | Pager that RDA uses to display the manual pages. RDA uses more by default. |
| PATH | Command execution path. |
| RDA_BUNDLE | Path of a complementary XML conversion bundle definition file (none by default). SDCI ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_CHARSET | Character set to use when displaying engine message (utf8 by default) |
| RDA_CONVERT | Alternative location for the XML conversion plug-in directory structure (Convert by default). |
| RDA_CWD | Alternative working directory for the setup files or for relative paths to setup files. When you do not specify this variable, RDA uses the current working directory. |
| RDA_DOMAIN | Default domain name used to bypass the domain detection. RDA performs this detection at setup when the domain name is not available from the setup file and not included in the host name. |
| RDA_EDIT | Specifies a temporary value for one or more settings as for the -e option. |
| RDA_FILTER | Filter definition file to load when creating a new setup file. |
| RDA_LANG | Preferred language to use by the engine (en by default). |
| RDA_LEVEL | Sets the global trace level. |
| RDA_LOCK | Directory where the RDA lock files are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_MAN | When specified, it does not use Pod::Text to display manual pages. |
| RDA_MRC | Path of a complementary multi-run collection definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_NO_7ZIP | When specified, it disables the search and the use of the 7zip command. |
| RDA_NO_COMPRESS | When specified, it disables the search and the use of the compress command. |
| RDA_NO_DBD_ORACLE | When set to a nonzero value, disables the usage of DBD::Oracle. The command wrappers do not verify that Perl can load this package without errors when a value is set. |
| RDA_NO_GZIP | When specified, it disables the search and the use of the gzip command. |
| RDA_NO_JAR | When specified, it disables the search and the use of the jar command. |
| RDA_NO_PAX | When specified, it disables the search and the use of the pax command. |
| RDA_NO_TAR | When specified, it disables the search and the use of the tar command. |
| RDA_NO_ZIP | When specified, it disables the search and the use of the zip command. |
| RDA_PID | Directory where the control files for the background collection are stored. By default, they are stored in the directory that contains the setup file. |
| RDA_PROFILE | Path of a complementary profile definition file. RDA ignores the environment variable when the corresponding file does not exist or cannot be read. |
| RDA_SETUP | Specifies the setup name to be used when the -s option is not specified. The name can contain a directory part. That directory must exist and is used as a default location for other files (such as the lock files and the report directory). |
| SHELL | For UNIX, the command interpreter (shell) to use. |
| TERM | Terminal name. When supported by the platform, it identifies the escape sequences used for controlling the display. |
FILES
For UNIX, sdci.sh or rda.sh creates a .config file to cache where Perl is located in the Oracle home directory structure.
RDA collects execution events and statistics in an RDA.log file in the data diagnostic data directory. Use this file to retrieve the execution history. For security reasons, it does not contain any setting or command arguments. The report packages contain the RDA.log file to identify further product improvements.
The RDA engine can create three lock files. The names are derived from the setup file name:
<setup>.lck |
To avoid concurrent usage of a setup file (see options -B and -l) |
-B-<setup>.lck |
To serialize file manipulation tasks between foreground and background RDA processes. |
-T-<setup>.lck |
To monitor thread execution completion. |
The RDA_LOCK environment variable influences the location of the lock files.
PERL PACKAGES USED
An RDA data collection explicitly calls the following Perl packages:
| · | strict |
|
| · | vars |
|
| · | Cwd |
|
| · | Exporter |
|
| · | File::Basename |
|
| · | File::Copy |
|
| · | File::Spec |
|
| · | Getopt::Std |
|
| · | IO::File |
|
| · | IO::Handle |
|
| · | POSIX |
|
| · | Socket |
|
| · | Symbol |
|
| · | Time::Local |
The following packages are used but they are not required for the data collection:
| · | Compress::Zlib (used for accessing archives) |
|
| · | DBD::ODBC (used for alternative ODBC accesses) |
|
| · | DBD::Oracle (used for alternative accesses to Oracle databases) |
|
| · | DBI (used for alternative database accesses) |
|
| · | Digest::MD5 (used for check sums) |
|
| · | Fcntl (used in locking context) |
|
| · | Sys::Hostname (used as help for determining the domain name) |
|
| · | Term::Cap (used to enhance the display) |
|
| · | Time::HiRes (used for clock checks) |
|
| · | Win32 (used for spawning processes) |
|
| · | Win32::Console (used for disabling echo) |
|
| · | Win32::ODBC (used for ODBC accesses) |
|
| · | Win32::Process (used for spawning processes) |
将下载到的rda zip包解压 [oracle@vrh8 ~]$ unzip /tmp/p9079828_418_LINUX.zip [oracle@vrh8 ~]$ cd rda [oracle@vrh8 rda]$ ./rda.sh -h
Usage: rda.pl [-bcdflntvwxy] [-ABCDEHIKLMPQRSTV] [-e list] [-m dir]
[-s name] [-o out] [-p prof] arg ...
-A Authentify user through the setup file
-B Start background collection
-C Collect diagnostic information
-D Delete specified modules from the setup
-E Explain specified error numbers
-H Halt background collection
-I Regenerate the index
-K Kill background collection
-L List the modules available
-M Display the related manual pages
-O Render output specifications from STDIN
-P Package the reports (tar or zip)
-Q Display the related setup questions
-R Generate specified reports
-S Setup specified modules
-T Execute test modules
-V Display component version numbers
-b Don't backup setup file before saving
-c Check the RDA installation and exit
-d Set debug mode
-e list Specify a list of alternate setting definitions (var=val,...)
-f Set force mode
-h Display the command usage and exit
-l Use a lock file to prevent concurrent usage of a setup file
-m dir Specify the module directory ('modules' by default)
-n Start a new data collection
-o out Specify the file for background collection output redirection
-p prof Specify the setup profile ('Default' by default)
-q Set quiet mode
-s name Specify the setup name ('setup' by default)
-t Set trace mode
-v Set verbose mode
-w Wait as long as the background collection daemon is active
-x Produce module cross reference
-y Accept all defaults and skip all pauses 列出所有可用module [oracle@vrh8 rda]$ ./rda.sh -L Module Available data collection modules are:
ACFS Collects ASM Cluster File System Information
ACT Collects Oracle E-Business Suite Application Information
ADBA Collects ACS Oracle Database Assessment
ADX Collects AutoConfig and Rapid Clone Information
AGT Collects Enterprise Manager Agent Information
APEX Collects APEX Information
ASAP Collects Oracle Communications ASAP Information
ASBR Collects Application Server Backup and Recovery Information
ASG Collects Application Server Guard Information
ASIT Collects Oracle Application Server Installation Information
ASM Collects Automatic Storage Management Information
B2B Collects Oracle Business to Business Information
BAM Collects Business Activity Monitoring Information
BEE Collects Beehive Information
BI Collects Oracle Business Intelligence Enterprise Edition Info.
BPEL Collects Oracle BPEL Process Manager Information
BR Collects Database Backup and Recovery Information
BRM Collects Oracle Communications BRM Information
CCR Collects OCM Diagnostic Information
CFG Collects Key Configuration Information
COHR Collects Oracle Coherence Information
CONT Collects Oracle Content Services Information
CRID Collects Oracle Access Manager (COREid) Information
D2PC Collects Distributed Transaction Information
DB Controls RDBMS Data Collection
DBA Collects RDBMS Information
DBC Collects Database Control Information
DBM Collects RDBMS Memory Information
DEV Collects Oracle Developer Information
DG Collects Data Guard Information
DNFS Collects Direct NFS Information
DSCS Collects Discussions Information
DSCV Collects Oracle Discoverer Information
ECM Controls Oracle Enterprise Content Management 11g Data Collection
EM Collects Enterprise Manager OMS and Repository Info (Obsolete)
END Finalizes the Data Collection
EPMA Collects Enterprise Performance Management Architect Information
ESB Collects Enterprise Service Bus Information
ESS Collects Oracle Essbase Information
ESSO Collects Oracle Enterprise Single Sign-On Information
EXA Collects Exadata Information
FLTR Controls Report Content Filtering
GRDN Collects Oracle Guardian Information
GRID Controls Grid Control Data Collection
GTW Collects Transparent/Procedural Gateway Information
HFM Collects Oracle Hyperion Financial Management information
HPL Collects Oracle Hyperion Planning Information
IA Collects Intelligent Agent Information
IAS Collects Web Server Information
IFS Collects iFS (iFS, CMSDK, Files) Information
INI Initializes the Data Collection
INST Collects the Oracle Installation Information
IPSA Collects Oracle Communications IP Service Activator Information
J2EE Collects J2EE/OC4J Information
JDBC Collects Oracle Java DB Connectivity (JDBC) Information
JDEV Collects Oracle JDeveloper Information
JIVE Collects Jive Information
LANG Collects Oracle Language Information
LOAD Produces the External Collection Reports
LOG Collects Database Trace and Log Files
MAIL Collects Oracle Collaboration Suite Mail Information
MSLG Collects Microsoft Languages Information
ND Collects Oracle Communications Network Discovery Information
NET Collects Network Information
NM Collects Oracle Communications Network Mediation Information
NPRF Samples Performance Information (root not required)
OCAL Collects Oracle Calendar Information
OCFS Collects Oracle Cluster File System Information
OCM Setting up Configuration Manager Interface
OCS Controls Oracle Collaboration Suite Data Collection
ODI Collects Oracle Data Integrator Information
ODM Collects Oracle Data Mining Information
OES Collects Oracle Express Server Information
OID Collects Oracle Internet Directory Information
OIM Collects Oracle Identity Manager Information
OLAP Collects OLAP Information
OMM Collects Oracle Multimedia or Oracle interMedia Information
OMS Collects Oracle Management Server Information (obsolete)
ONET Collects Oracle Net Information
OS Collects the Operating System Information
OVD Collects Oracle Virtual Directory Information
OVMM Collects Oracle VM Manager Information
OVMS Collects Oracle VM Server Information
OWB Collects Oracle Warehouse Builder Information
OWSM Collects Oracle Web Services Manager Information
PDA Collects Oracle Portal Information
PDBA Collects PeopleSoft Information from an Oracle Database
PERF Collects Performance Information
PLNC Collects Oracle PL/SQL Native Compilation Information
PROF Collects the User Profile
PS Collects Oracle Communications Policy Services Information
PWEB Collects PeopleSoft Information from Web Application Server
RAC Collects Cluster Information
RACD Performs a Database Hang Analysis
RDSP Produces the Remote Data Collection Reports
RET Collects Oracle Retail Information
REXE Performs the Remote Data Collections
RPRF Samples Performance Information (root privileges required)
RSRC Collects Database Resource Manager Information
RTC Collects Real Time Communication Information
SEBL Collects Siebel Information
SES Collects Oracle Secure Enterprise Search Information
SMPL Controls Sampling
SOA Collects Oracle SOA Suite Information
SP Collects SQL*Plus/iSQL*Plus Information
SSO Collects Single Sign-On Information
STC Collects Streams Configuration Information
STM Collects Streams Monitoring Information
TOPL Collects Oracle TopLink Information
TTEN Collects Oracle TimesTen In-Memory Database Information
UCM Collects Oracle Universal Content Management Information
UOA Collects Oracle Universal Online Archive 11g Information
WAC Collects Web Access Client Information
WCI Collects Oracle WebCenter Information
WEBC Collects Oracle Web Cache Information
WKSP Collects Workspaces Information
WLS Collects Oracle WebLogic Server Information
WMC Collects Webmail Client Information
WRLS Collects Wireless Information
XDB Collects XDB Information
XSMP Samples User Defined Data
XTRA Collects User Defined Data
如以上列表中RAC模块用来Collects Cluster Information收集集群信息， 而RACD模块则负责收集RAC数据库挂起的相关信息Performs a Database Hang Analysis。
我们在配置RDA的时可以直接执行./rda.sh， 脚本会提示我们需要选择启用哪些Module，但是因为Module过多，整个配置过程就会浪费很多时间。
为了避免每配置一套新环境都要大费周章确认那么多模块， 所以在RDA中定义了很多典型场景使用的profile， 这些profile已经配好了固定的一些Module ， 下面我们来看一下RDA profile:
列出所有目前可用的profile [oracle@vrh8 rda]$ ./rda.sh -L profiles
Available profiles are:
9iAS Oracle Application Server 9i problems
AS10g Oracle Application Server 10g problems
AS10g_Identity Oracle Identity Management 10g problems
AS10g_MidTier Oracle Application Server 10g Middle Tier problems
AS10g_Repository Oracle Application Server 10g metadata repository problems
AS10g_WebTier Oracle Application Server 10g WebTier problems
AS_BackupRecovery Oracle Application Server backup/recovery problems
Act Oracle Application Overview
AppsCheck Equivalent to AppsCheck
AsmFileSystem Oracle ASM Cluster File System problems
Bam Business Activity Monitoring problems
Beehive Oracle Beehive problems
DB10g Oracle Database 10g problems
DB11g Oracle Database 11g problems
DB8i Oracle Database 8i problems
DB9i Oracle Database 9i problems
DB_Assessment Oracle Database assessment collections
DB_BackupRecovery Oracle Database backup and recovery problems
DB_Perf Oracle Database performance problems
DataGuard Data Guard problems
DirectNFS Direct NFS problems
Discoverer10g Oracle Discoverer 10g problems
Discoverer11g Oracle Discoverer 11g problems
EnterpriseSearch Oracle Secure Enterprise Search problems
Essbase Oracle Essbase problems
FM11g_Bi Business Intelligence Enterprise Edition 11g problems
FM11g_Ecm Oracle Enterprise Content Management 11g problems
FM11g_Forms Oracle Forms 11g problems
FM11g_Identity Oracle Identity Management 11g problems
FM11g_Odi Oracle Data Integrator Standalone 11g problems
FM11g_Portal Oracle Portal 11g problems
FM11g_Reports Oracle Reports 11g problems
FM11g_Soa Oracle SOA Suite 11g problems
FM11g_WebTier Oracle Fusion Middleware 11g Web Tier problems
FM11g_WlsBi Business Intelligence Enterprise Edition 11g with WLS
FM11g_WlsForms Oracle Forms 11g with WLS problems
FM11g_WlsIdentity Oracle Identity Management 11g with WLS problems
FM11g_WlsOdi Oracle Data Integrator Suite 11g with WLS problems
FM11g_WlsPortal Oracle Portal 11g with WLS problems
FM11g_WlsReports Oracle Reports 11g with WLS problems
FM11g_WlsWebTier Oracle Fusion Middleware 11g Web Tier with WLS problems
FinManagement Oracle Hyperion Financial Management problems
GridControl Grid Control problems
InterMedia Oracle interMedia problems
Linux Linux problems
LinuxPerf Linux performance problems
Maa_Assessment Maximum Availability Architecture assessment collections
Multimedia Oracle Multimedia problems
OSMonitor Operating System performance sampling
OVMManager Oracle VM Manager problems
Pda10g Portal 10g problems
Pda11g Portal 11g problems
Pda9i Portal 9i problems
PeopleSoft_DB PeopleSoft Oracle Database tier assessment collections
PeopleSoft_Web PeopleSoft Web application server assessment collections
Rac Real Application Cluster problems
Rac_AdvancedAsm Cluster with ASM problems (ASM advanced mode)
Rac_Asm Cluster with ASM problems
Rac_Assessment Real Application Cluster assessment collections
Rac_Perf Cluster performance problems
Retail Oracle Retail problems
Security Filter sensitive information from the reports
SupportInformer70 Oracle Communication BRM 7.0 problems
SupportInformer72 Oracle Communication BRM 7.2 problems
SupportInformer73 Oracle Communication BRM 7.3 problems
SupportInformer74 Oracle Communication BRM 7.4 problems
TimesTen Oracle TimesTen problems
TopLink10g Oracle TopLink 10g problems
WebCenter10g Oracle WebCenter 10g problems
WebCenter11g Oracle WebCenter 11g problems
WebCenterCont10g Oracle WebCenter 10g with Oracle Content Services problems
WebLogicServer Oracle WebLogic Server problems
上例列出了该版本RDA默认就有的Profile ， 如DB11g这个profile是用来收集11g Database数据库的诊断信息的， 而DB10g 是收集10g Database诊断信息的， DB_Perf是收集数据库性能诊断信息的。
可以具体了解 这些profile 预设了哪些Module:
[oracle@vrh8 rda]$ ./rda.sh -M -p DB11g
NAME
Profile DB11g - Oracle Database 11g problems MODULES
The DB11g profile uses the following modules:
OS Collects the Operating System Information
PROF Collects the User Profile
PERF Collects Performance Information
NET Collects Network Information
ONET Collects Oracle Net Information
INST Collects the Oracle Installation Information
DB Controls RDBMS Data Collection
DBA Collects RDBMS Information
DBM Collects RDBMS Memory Information
LOG Collects Database Trace and Log Files
DNFS Collects Direct NFS Information
SP Collects SQL*Plus/iSQL*Plus Information
GRID Controls Grid Control Data Collection
AGT Collects Enterprise Manager Agent Information
DBC Collects Database Control Information [oracle@vrh8 rda]$ ./rda.sh -M -p DB10g
NAME
Profile DB10g - Oracle Database 10g problems MODULES
The DB10g profile uses the following modules:
OS Collects the Operating System Information
PROF Collects the User Profile
PERF Collects Performance Information
NET Collects Network Information
ONET Collects Oracle Net Information
INST Collects the Oracle Installation Information
DB Controls RDBMS Data Collection
DBA Collects RDBMS Information
DBM Collects RDBMS Memory Information
LOG Collects Database Trace and Log Files
SP Collects SQL*Plus/iSQL*Plus Information
GRID Controls Grid Control Data Collection
AGT Collects Enterprise Manager Agent Information
DBC Collects Database Control Information
除了module之外profile可能还定义了一些临时变量如force_onet_tests 是否强制做oracle net网络测试等， 可以用-f( Set force mode)选项来列出这些temporary settings：
[oracle@vrh8 rda]$ ./rda.sh -fM -p DB10g
NAME
Profile DB10g - Oracle Database 10g problems MODULES
The DB10g profile uses the following modules:
OS Collects the Operating System Information
PROF Collects the User Profile
PERF Collects Performance Information
NET Collects Network Information
ONET Collects Oracle Net Information
INST Collects the Oracle Installation Information
DB Controls RDBMS Data Collection
DBA Collects RDBMS Information
DBM Collects RDBMS Memory Information
LOG Collects Database Trace and Log Files
SP Collects SQL*Plus/iSQL*Plus Information
GRID Controls Grid Control Data Collection
AGT Collects Enterprise Manager Agent Information
DBC Collects Database Control Information SETTINGS
The DB10g profile sets the following temporary settings:
force_db_tests=1
force_dba_tests=1
force_dbm_tests=1
force_log_tests=1
force_onet_tests=1
也可以列出全部预定义的profile的Module信息:
[oracle@vrh8 rda]$ ./rda.sh -xv profiles
Treating profiles ...
Profile Cross Reference Defined Profiles:
9iAS S100OS, S105PROF, S110PERF, S120NET, S130INST, S300IAS,
S305ASBR, S306ASG, S310J2EE, S330SSO, S340OID, S350WEBC
AS10g S100OS, S105PROF, S110PERF, S120NET, S130INST, S300IAS,
S305ASBR, S306ASG, S310J2EE, S330SSO, S340OID, S350WEBC
AS10g_Identity S100OS, S105PROF, S110PERF, S120NET, S130INST, S300IAS,
S305ASBR, S306ASG, S310J2EE, S330SSO, S340OID, S342OVD
AS10g_MidTier S100OS, S105PROF, S110PERF, S120NET, S130INST, S249WRLS,
S290DEV, S300IAS, S310J2EE, S325PDA, S350WEBC, S390DSCV
AS10g_Repository S100OS, S105PROF, S110PERF, S120NET, S130INST, S300IAS,
S305ASBR, S306ASG, S310J2EE
AS10g_WebTier S100OS, S105PROF, S110PERF, S120NET, S130INST, S300IAS,
S310J2EE, S350WEBC, S410GRID
AS_BackupRecovery S100OS, S300IAS, S305ASBR
Act S100OS, S105PROF, S110PERF, S130INST, S500ACT
AppsCheck S100OS, S105PROF, S110PERF, S130INST, S500ACT
AsmFileSystem S100OS, S105PROF, S120NET, S122ONET, S130INST, S402ASM,
S403ACFS
Bam S100OS, S105PROF, S110PERF, S120NET, S374BAM
..........
使用-Q 选项可以更详细地列出profile相关的问题：
[oracle@vrh8 rda]$ ./rda.sh -Q -p DB11g NAME
S120NET - Collects Network Information SETTING DESCRIPTION
NETWORK_PING_TESTS
"Do you want RDA to perform the network ping tests (Y/N)?" LOCAL_NODE
"Enter the name of the node the script is running on (used for ping
tests)" WAN_NODE
"Enter a remote node connecting to this server (used for ping tests)" RDBMS_NODE
"Enter the node hosting the database instance (used for ping tests)" WEB_NODE
"Enter the node where the Web Server/Forms server is on (used for ping
tests)" ...............
通过继承profile的定义可以快速配置RDA，例如我们尝试使用DB11g这个profile:
[oracle@vrh8 rda]$ ./rda.sh -S -p DB11g 使用profile后RDA问你的问题明显减少了哦 之后在运行rda.sh就会收集信息了 [oracle@vrh8 rda]$ ./rda.sh
-------------------------------------------------------------------------------
RDA Data Collection Started 06-Feb-2012 01:23:22
-------------------------------------------------------------------------------
Processing Initialization module ...
Enter the password for 'SYSTEM':
Please re-enter it to confirm:
Processing OCM module ...
Processing PERF module ...
Processing CFG module ...
Processing OS module ..
可能你还是觉得麻烦：”我使用oracle操作系统用户登录的，为啥每次还要输密码呢？直接sysdba不行吗？” 对于有些内部视图X$ View的查询也确实需要sysdba权限， 我们可以如下设置来使用sysdba身份：
[oracle@vrh8 rda]$ ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB11g [oracle@vrh8 rda]$ ./rda.sh
-------------------------------------------------------------------------------
RDA Data Collection Started 06-Feb-2012 01:27:37
-------------------------------------------------------------------------------
Processing Initialization module ...
Processing OCM module ...
Processing PERF module ...
Processing CFG module ...
Processing OS module ...
除了单独使用某个profile外，我们还可以组合使用多个profile，使用-p profile1-profile2这样的语法即可，如:
[oracle@vrh8 rda]$ ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB11g-DataGuard 使用-p profile1-profile2这样的模式即可
RDA经过配置后会默认将配置信息写到其目录下的setup.cfg文件中，之后再使用rda.sh收集信息即会沿用该cfg文件：
cat setup.cfg # Oracle Remote Diagnostic Agent - Setup Information
############################################################################### #------------------------------------------------------------------------------
# Data Collection Overview
#------------------------------------------------------------------------------
# S000INI=pending
# S010CFG=pending
# S020SMPL=pending
# S090OCM=pending
# S100OS=pending
# S105PROF=pending
# S110PERF=pending
# S120NET=pending
# S122ONET=pending
# S130INST=pending
# S200DB=skip
# S201DBA=pending
# S203DBM=pending
# S204LOG=pending
# S205BR=pending
# S212DNFS=skip
# S213SP=skip
# S400RAC=pending
# S400RACD=skip
# S401OCFS=skip
# S405DG=pending
# S410GRID=skip
# S420AGT=skip
# S430DBC=skip
# S909RDSP=skip
# S919LOAD=pending
# S990FLTR=skip
www.askmaclean.com
www.askmaclean.com
# S999END=pending
.................
除了最常见的DB11g 、 DB10g外还有一些很有用的profile可以加速我们对问题的诊断， 在这里分享一下：
For 11g ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB11g ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p DB11g
--收集alert文本 ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1,DBCONTROL_SERVER_IN_USE=1 -p DB11g
--收集DBcontrol信息 ./rda.sh -vSCRPfy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p DB11g
--收集诊断信息并打包 DB10g ./rda.sh -S -p DB10g ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB10g ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,DBCONTROL_SERVER_IN_USE=1 -p DB10g DB9i ./rda.sh -S -p DB9i ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB9i DB_BackupRecovery 收集备份恢复信息 ./rda.sh -S -p DB_BackupRecovery ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,RMAN_IN_USE=0 -p DB_BackupRecovery
--不使用RMAN备份 ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,RMAN_IN_USE=1,RMAN_CATALOG=0 -p DB_BackupRecovery
--使用RMAN但不使用CATALOG恢复目录 ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,RMAN_IN_USE=1,RMAN_CATALOG=1,RMAN_SCHEMA=rman,RMAN_EXPORT_USER=rman@catlogdb -p DB_BackupRecovery DB_Perf 收集数据库性能信息 ./rda.sh -S -p DB_Perf ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DB_Perf ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,PERF_START_TIME=11-Mar-2010_12:00,PERF_END_TIME=11-Mar-2010_13:00 -p DB_Perf
--指定收集性能信息的时间段 DataGuard 收集dg 信息 ./rda.sh -S -p DataGuard ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DataGuard ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ONET_IN_USE=1,ALERT_TEXT=1 -p DataGuard
--同时也收集Oracle Net Services信息 RAC 收集Real Application Cluster CRS信息 ./rda.sh -S -p Rac ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p Rac RAC ASM 收集 Rac + Clusterware + Asm 信息 ./rda.sh -S -p Rac_Asm ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ASM_ORACLE_SID=+ASM1 -p Rac_Asm Rac_AdvancedAsm 收集更详细的Rac + Clusterware + Asm 信息 ./rda.sh -S -p Rac_AdvancedAsm ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ASM_ORACLE_SID=+ASM1 -p Rac_AdvancedAsm Rac_Perf 收集RAC数据库性能信息 ./rda.sh -S -p Rac_Perf ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p Rac_Perf ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,PERF_START_TIME=11-Mar-2010_12:00,PERF_END_TIME=11-Mar-2010_13:00 -p Rac_Perf DirectNFS ./rda.sh -S -p DirectNFS ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p DirectNFS AsmFileSystem ./rda.sh -S -p AsmFileSystem ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p AsmFileSystem DB_Assessment ./rda.sh -S -p Rac_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p Rac_Assessment Rac_Assessment ./rda.sh -S -p Rac_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p Rac_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ASM_ORACLE_SID=+ASM1 -p Rac_Assessment Maa_Assessment ./rda.sh -S -p Maa_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/ -p Maa_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ASM_ORACLE_SID=+ASM1 -p Maa_Assessment Exadata_Assessment ./rda.sh -S -p Exadata_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p Exadata_Assessment ./rda.sh -vSCRPfy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1,EXA_COLLECT_CELL=0 -p Exadata_Assessment ./rda.sh -vSCRPfy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p Exadata_Assessment Maa_Exa_Assessment ./rda.sh -S -p Maa_Exa_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p Maa_Exa_Assessment ./rda.sh -Sy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1,EXA_COLLECT_CELL=0 -p Maa_Exa_Assessment ./rda.sh -vSCRPfy -e SQL_SYSDBA=1,SQL_LOGIN=/,ALERT_TEXT=1 -p Maa_Exa_Assessment
还可以利用rda对OS做数据库软件安装前的预检查，如将需要安装11.2g,则执行 ./rda.sh -T hcve：
[oracle@vrh8 rda]$ ./rda.sh -T hcve
Processing HCVE tests ...
Available Pre-Installation Rule Sets:
1. Oracle Database 10g R1 (10.1.0) Preinstall (Linux-x86)
2. Oracle Database 10g R1 (10.1.0) Preinstall (Linux AMD64)
3. Oracle Database 10g R1 (10.1.0) Preinstall (IA-64 Linux)
4. Oracle Database 10g R2 (10.2.0) Preinstall (Linux AMD64)
5. Oracle Database 10g R2 (10.2.0) Preinstall (IA-64 Linux)
6. Oracle Database 10g R2 (10.2.0) Preinstall (Linux-x86)
7. Oracle Database 11g R1 (11.1.0) Preinstall (Linux AMD64)
8. Oracle Database 11g R1 (11.1.0) Preinstall (Linux-x86)
9. Oracle Database 11g R2 (11.2.0) Preinstall (Linux-x86)
ID NAME RESULT VALUE
====== ==================== ======= ==========================================
A00010 OS Certified? PASSED Adequate
A00050 Enter ORACLE_HOME RECORD /s01/oracle/product/10.2.0/db_1
A00060 ORACLE_HOME Valid? PASSED OHexists
A00070 O_H Permissions OK? PASSED CorrectPerms
A00080 oraInventory Permiss PASSED oraInventoryOK
A00090 Got ld,nm,ar,make? PASSED ld_nm_ar_make_found
A00100 Umask Set to 022? PASSED UmaskOK
A00120 Limit Processes PASSED Adequate
A00130 Limit Descriptors PASSED Adequate
A00140 LDLIBRARYPATH Unset? PASSED UnSet
A00180 JAVA_HOME Unset? PASSED UnSet
A00190 Enter JDK Home RECORD
A00200 JDK Version FAILED JDK home is missing
A00210 Other O_Hs in PATH? FAILED OratabEntryInPath
A00220 Other OUI Up? PASSED NoOtherOUI
A00230 /tmp Adequate? PASSED TempSpaceOK
A00240 Disk Space OK? PASSED DiskSpaceOK
A00250 Swap (in MB) RECORD 5951
A00260 RAM (in MB) PASSED 3955
A00270 Swap OK? PASSED SwapToRAMOK
A00280 Network PASSED Connected
A00290 IP Address RECORD 192.168.1.191
A00300 Domain Name RECORD oracle.com
A00310 DNS Lookup FAILED nslookup host.domain
A00320 /etc/hosts Format FAILED Missing host.domain
A00330 Kernel Parameters OK PASSED KernelOK
A00380 Tainted Kernel? PASSED NotVerifiable
A00400 ip_local_port_range PASSED RangeOK
A00480 EL4 RPMs OK? SKIPPED NotEL4
A00490 EL5 RPMs OK? FAILED [kernel-headers(i386)] not installed ..>
A00530 RHEL4 RPMs OK? SKIPPED NotRedHat
A00540 RHEL5 RPMs OK? SKIPPED NotRedHat
A00570 SUSE SLES10 RPMs OK? SKIPPED NotSuSE
A00580 SUSE SLES11 RPMs OK? SKIPPED NotSuSE
Result file: /home/oracle/rda/output/RDA_HCVE_A200DB11R2_lnx_res.htm
上例对OS做了Oracle Database 11g R2 (11.2.0) Preinstall的预安装检查 ，并给出了检查结果。
还可以使用./rda.sh命令对现有的RDA软件做完整性检测，保证RDA没有被修改过:
[oracle@vrh8 rda]$ ./rda.sh -cv
Loading the file list ...
Checking the directory '.' ...
Checking the directory 'RDA' ...
Checking the directory 'RDA/Handle' ...
Checking the directory 'RDA/Library' ...
Checking the directory 'RDA/Library/Remote' ...
Checking the directory 'RDA/Local' ...
Checking the directory 'RDA/Object' ...
Checking the directory 'RDA/Operator' ...
Checking the directory 'RDA/Value' ...
Checking the directory 'hcve' ...
Checking the directory 'modules' ...
No issues found
转 安装EBS前期检查工具 - RDA - Health Check / Validation Engine Guide的更多相关文章
- centos7下安装docker（26如何配置Health Check）
Docker只能从容器启动进程的返回代码判断其状态,而对于容器内部应用的运行状况基本没有了解 执行docker run命令时,通常根据dockerfile中的CMD或ENTRYPOINT启动一个进程, ...
- 【Azure 应用服务】App Service 运行状况健康检查功能简介 (Health check)
通过Azure App Service门户,启用Health Check来监视应用服务的实例,当发现其中一个实例处于不健康(unhealthy)状态时,通过重新路由(即把有问题的实例从负载均衡器中移除 ...
- C/C++代码静态检查工具Cppcheck在VS2008开发环境中的安装配置和使用
Cppcheck is an analysis tool for C/C++code. Unlike C/C++ compilers and many other analysis tools, it ...
- 基于Source Insight_Scan的C/C++静态代码检查工具安装说明
基于Source Insight_Scan的C/C++静态代码检查工具安装说明 本文链接:https://blog.csdn.net/M19930517/article/details/79977 ...
- 代码检查工具 Sonar 安装&使用
本文主要说明Sonar的安装方式并附上依赖安装包,本文目标只实现本地搭建测试的Sonar环境,以及本地的测试项目的非定制化扫描 本机测试环境:Win10-X64,.vs2017 依赖包: 1 ...
- Docker+Jenkins持续集成环境（3）集成PMD、FindBugs、Checkstyle静态代码检查工具并邮件发送检查结果
为了规范代码,我们一般会集成静态代码检测工具,比如PMD.FindBugs.Checkstyle,那么Jenkins如何集成这些检查工具,并把检查结果放到构建邮件里呢? 今天做了调研和实现,过程如下 ...
- Android 代码检查工具SonarQube
http://blog.csdn.net/rain_butterfly/article/details/42170601 代码检查工具能帮我们检查一些隐藏的bug,代码检查工具中sonar是比较好的一 ...
- 【FLYabroad 】微软内部代码检查工具 (Microsoft Source Analysis for C#)[转]
SourceAnalysis (StyleCop)的终极目标是让所有人都能写出优雅和一致的代码,因此这些代码具有很高的可读性. 早就听说了微软内部的静态代码检查和代码强制格式美化工具 StyleCop ...
- 静态代码检查工具 cppcheck 的使用
CppCheck是一个C/C++代码缺陷静态检查工具.不同于C/C++编译器及其它分析工具,CppCheck只检查编译器检查不出来的bug,不检查语法错误.所谓静态代码检查就是使用一个工具检查我们 ...
随机推荐
- Erlang generic standard behaviours -- gen_server system msg
这是Erlang generic standard behaviors gen_server 分析的系列的最后一篇,主要分析gen_server module 辅助性的功能函数. 在gen_serve ...
- 【转】 Pro Android学习笔记（三五）：Menu（6）：XML方式 & PopUp菜单
目录(?)[-] 利用XML创建菜单 XML的有关属性 onClick事件 Pop-up菜单 利用XML创建菜单 在代码中对每个菜单项进行设置,繁琐且修改不灵活,不能适配多国语言的要求,可以利用资源进 ...
- nginx中给目录增加密码保护实现程序
一款nginx中给目录增加密码保护实现程序,可以有效的保护一些目录不被访问,有需要的朋友可参考一下. 了防止一些可能出现存在漏洞的后台脚本暴露,使用验证的方式保护这些文件所在的目录 使用apache的 ...
- nginx利用proxy_cache来缓存文件
为什么要做web cache,我想大家最主要的是解决流量的压力.随着网站流量的提升,如果只是单台机器既处理静态文件,又处理动态脚本,显然效率很难上升,不能处理日益上涨的流量压力.与此同时某些网站的页面 ...
- 人物-IT-马云：马云
ylbtech-人物-IT-马云:马云 马云 (阿里巴巴集团创始人) 马云,男,汉族,中共党员,1964年9月10日生于浙江省杭州市,祖籍浙江省嵊州市谷来镇, 阿里巴巴集团主要创始人,现担任阿里巴巴集 ...
- Java中继承的规则
一.子类中对父类构造函数的调用规则 1.如果不显式指定,子类中的构造函数会默认调用父类中的无参构造 测试代码 package day07; import java.sql.Date; import j ...
- k8s 基础 k8s架构和组件
k8s 的总架构图
- Servlet编程实例 续4
---------------siwuxie095 JSP+Servlet+JDBC 继续完善登录实例,将校验逻辑改为:从数据库中获取用户信息进行校验 数据库准备 在 Navicat for MySQ ...
- 31、NGS 常用分析软件
转载:http://www.zilhua.com/2081.html 参考资料:http://bioinfo.mc.vanderbilt.edu/NGS/software.htm 1. Mapping ...
- 通过sessionid提取这个用户在服务器中保存的session变量