Free oracle c api software for linux

Oracle::CAPI is a Perl XS wrapper extension for the Oracle Collaboration Suite CAPI SDK.

SYNOPSIS

use Oracle::CAPI;
use Text::vCard;

Oracle::CAPI::SetConfigFile($CAPI_INI_FNAME,$CAPI_LOG_FNAME) && die("Cant init/log CAPI");
$capi_session = Oracle::CAPI::CreateSession() || die("Cant create CAPI session");

# Authenticate to OCS
$rv = Oracle::CAPI::ReconnectAuthUser($capi_session,$HOSTNAME,$nodeid,$pass,$uname);

$rv = Oracle::CAPI::FetchContactsFile($capi_session,$VCARD_NAME_TYPE,$VCARD_STARTSWITH_OP,$chr,$filename);
$rv = Oracle::CAPI::CreateContact($capi_session,$vcard);
$rv = Oracle::CAPI::DeleteContact($capi_session,$uid);

$rv = Oracle::CAPI::DestroyPerlSession($capi_session);

A perl XS wrapper to ctapi.h from the Oracle Collaboration Suite CAPI SDK. This was built and tested against OCS version 9.0.4.2 on Linux.

Orakle is an oracle for the desktop to ease choices.

It works similar to the Magic 8 Ball Konfabulator widget.

Dont get too much addicted.

TODO:
* add more answers
* 2/3 lines per text
- maybe resize the theme

GTK Oracle is a GTK+ 2 interface to Oracle that aids in Oracle application development and testing.
Its features include a schema browser, multiple SQL work areas, SQL syntax highlighting, bind variable entry widgets in the command window, and SQL*Plus-style command scripting.
For SQL statement analysis and tuning there is a tree-style SQL statement "explain plan" facility and the ability to load SQL statements from the runtime cursor cache (V$SQL table), Oracle Statspack repository, and the Oracle Automatic Workload Repository in Oracle version 10g. Full statistics are available on loaded statements.
Main features:
- manually running your applications SQL, outside of the application itself
- trying to find out what queries your application is even running
- checking and gathering statistics
- comparing plans
- running statspack to evaluate results
- autotracing
- peeking in AWR
- peeking the shared pool / v$sqlarea / statspack SQL
- identifying high-resource SQL then this might be of some help.
Usage:
- SQL in the text buffer (anything that gets run via the Execute button) is run on its own thread in the background so it will not block the GUI part, and you can cancel it. This execution thread is started when you start up the program, hopefully never exits, and receives commands via a GLib asynchronous queue, so you can safely keep hitting Execute while a command is running, it will just execute them in order.
- If you log in as SYSDBA you will get a combo box just under the main menubar. Changing the value will execute ALTER SESSION SET CURRENT_SCHEMA=somebody; so when you browse it will be as if you were this user. Be aware that any SQL you execute will result in SYS being recorded as the parsing user in the cursor cache, however.
- If you want to access the cursor cache or statspack or AWR you will need to log in with SYSDBA privileges. You might be able to get away with simply having SELECT on SYS.V$SQLAREA and SYS.V$SQLTEXT.
- SYS is excluded from the cursor cache browsing results. Otherwise you end up with a mass of recursive SQL, which you are not going to be able to tune and that is the point here. If youre a masochist and you do want to browse recursives I suppose you can just modify the relevant SQL so that SYS is not exculded and recompile. Have fun.
- AWR features are only available on 10G servers.
- DBMS_OUTPUT works, go to Edit->DBMS OUTPUT Enable

DBD::Oracle is a Perl module with Oracle database driver for the DBI module.

SYNOPSIS

use DBI;

$dbh = DBI->connect("dbi:Oracle:$dbname", $user, $passwd);

$dbh = DBI->connect("dbi:Oracle:host=$host;sid=$sid", $user, $passwd);

# See the DBI module documentation for full details

# for some advanced uses you may need Oracle type values:
use DBD::Oracle qw(:ora_types);

DBD::Oracle is a Perl module which works with the DBI module to provide access to Oracle databases.

Oracle::Trace is a Perl Module for parsing Oracle Trace files.

SYNOPSIS

use Oracle::Trace;

print Oracle::Trace->new($tracefilename)->parse->test_report;

Currently the parsing and statistics are very rudimentary, and in certain matters may be fundamentally flawed - you have been warned! Expect this to improve as further development takes place.

new

Create a new object for a given Orace Trace file.
my $o_trc = Oracle::Trace->new($tracefile);

init

Initialise the object (check the tracefile).
$o_trc->init.

opentracefile

Perform basic exists/read/etc. checks on given tracefile.
Returns object or undef.
$o_trc = $o_trc->checkfile($tfile);

header

Return the Header object.
my $o_hdr = $o_trc->header;

entries

Return Entry objects which comply with given regex criteria.
my @o_ents = $o_trc->entries(type=>EXEC #d+, key=>dep, value=>0);

oids

Return the unique object ids for the currently known Entryies
my @oids = $o_trc->oids;

footer

Return the Footer object
my $o_ftr = $o_trc->footer;

test_report

Return a simple test_report of the current object.
print $o_trc->test_report(string);

mini_report

Return a simple string of descending order timings for the statements retrieved from the given objects.
my $s_str = $o_trc->mini_report($i_max, @o_objs);

Note that we use microsecond resolution for Oracle 9i and above and centisecond resolution otherwise

Clickatell SMS API provides a tool for sending SMS messages using the Clickatell gateway.
It provides support to authenticate to this service and query for the current account balance.
This class use the fopen or CURL module to communicate with the gateway via HTTP/S.
Enhancements:
- Fixed bug in function encode_message (tnx Neil)

Oracle Aggregate C++ Library allows C++ programmers to easily create new aggregate functions for Oracle.

Oracle Aggregate C++ Library can be used as a glue library to existing C++ and C libraries. Detailed knowledge of the OCI aggregate interface is not required to use the library.

With automatic conversion of Oracle built-in types to C++ types it is possible to use the library without using any OCI functions directly.

The Oracle OCI interface for aggregate functions provides a straightforward way to implement aggregate functions in C or C++. There is, however, a certain amount of bookkeeping that needs to be performed in order to use the interface. The goal of this library is to take care of all the bookkeeping details for your, all you need to provide is the aggregate function itself. This makes it particularly easy to use existing C++ code and libraries in Oracle aggregate functions.

Design

The way the library works is that it defines the shared library entry point functions required by Oracle. The entry point functions simply forward all arguments to the static functions of the Aggregate class.

The Aggregate class along with a number of helper classes and functions takes care of converting arguments, configuring the environment, creating implementation instances and such. When everything is ready the arguments originally sent by Oracle are passed to your aggregate implementation.