Free reporter herald software for linux

Xblock reporter is a set of PHP and shell scripts to insert an exported report from an 8e6 Xstop R3000 appliance into a database, and then output that in a searchable web based format.

XBlock Reporter is a shell/PHP/MySQL front end to take the logs from an 8E6 Xstop appliance and store the data for searching/reporting.

Data::Report provides a framework for flexible reporting.

Data::Report is a flexible, plugin-driven reporting framework. It makes it easy to define reports that can be produced in text, HTML and CSV. Textual ornaments like extra empty lines, dashed lines, and cell lines can be added in a way similar to HTML style sheets.

The Data::Report framework consists of three parts:
The plugins

Plugins implement a specific type of report. Standard plugins provided are Data::Report::Plugin::Text for textual reports, Data::Report::Plugin::Html for HTML reports, and Data::Report::Plugin::Csv for CSV (comma-separated) files.
Users can, and are encouraged, to develop their own plugins to handle different styles and types of reports.

The base class
The base class Data::Report::Base implements the functionality common to all reporters, plus a number of utility functions the plugins can use.

The factory
The actual Data::Report module is a factory that creates a reporter for a given report type by selecting the appropriate plugin and returning an instance thereof.

Test::Reporter::Date::Format Perl module contains date formating subroutines.

SYNOPSIS

use Test::Reporter::Date::Format;

@lt = localtime(time);

print time2str($template, time);
print strftime($template, @lt);

print time2str($template, time, $zone);
print strftime($template, @lt, $zone);

print ctime(time);
print asctime(@lt);

print ctime(time, $zone);
print asctime(@lt, $zone);

This module provides routines to format dates into ASCII strings. They correspond to the C library routines strftime and ctime.

time2str(TEMPLATE, TIME [, ZONE])

time2str converts TIME into an ASCII string using the conversion specification given in TEMPLATE. ZONE if given specifies the zone which the output is required to be in, ZONE defaults to your current zone.

strftime(TEMPLATE, TIME [, ZONE])

strftime is similar to time2str with the exception that the time is passed as an array, such as the array returned by localtime.

ctime(TIME [, ZONE])

ctime calls time2str with the given arguments using the conversion specification "%a %b %e %T %Yn"

asctime(TIME [, ZONE])

asctime calls time2str with the given arguments using the conversion specification "%a %b %e %T %Yn"

WASTE provides a encrypted communication tool that allows for safe chat and transfer.
WASTE is a mesh-based workgroup tool that allows for encrypted, private communication between distant parties on the Internet, independent of local network organization. I
t is RSA secured, and has been heralded as the most secure P2P connection protocol currently in development. WASTE functions as a both a server and a client under *nix, Mac OS X, and Windows, as well as a server only mode under *nix and Windows.
WASTE is a software product and protocol that enables secure distributed communication for small (on the order of 10-50 nodes) trusted groups of users.
WASTE is designed to enable small companies and small teams within larger companies to easily communicate and collaborate in a secure and efficient fashion, independent of physical network topology.
Main features:
- WASTE is currently available for 32-bit Windows operating systems as a client and server, Mac OS X as a limited client and server, and as a limited functionality server for Linux, FreeBSD, Mac OS X, and Windows. Porting to other operating systems should be a breeze, as the source is provided (and the network code itself is pretty portable).
- WASTE is licensed under the GPL.
- WASTE currently provides the following services:
- Instant Messaging (with presence)
- Group Chat
- File browsing/searching
- File transfer (upload and download)
- Network architecture: WASTE uses a distributed architecture that allows for nodes to connect in a partial mesh type network. Nodes on the network can broadcast and route traffic. Nodes that are not publicly accessible or on slow links can choose not to route traffic. This network is built such that all services utilize the network, so firewall issues become moot. more information.
- Security: WASTE uses link-level encryption to secure links, and public keys for authentication. RSA is used for session key exchange and authentication, and the links are encrypted using Blowfish in PCBC mode. The automatic key distribution security model is very primitive at the moment, and may not lend itself well to some social situations. more information.
Enhancements:
- A preliminary port of WASTE to wxWidgets.
- Compiled for Linux, and based on WASTE v1.5 beta 3 for Windows.
- Now includes seperate source for the current wxWidgets port (also in development and will be unified in the next version).

Hyperic SIGAR (System Information Gatherer and Reporter) is a cross-platform, cross-language library and command-line tool for accessing operating system and hardware level information in Java, Perl and .NET.
Hyperic developed SIGAR to overcome the lack of portable access to low-level hardware and operating system metrics found in the Java platform. Its now a key component of the Hyperic HQ management platform since it provides HQ with visibility into things that are otherwise impossible to get to through the standard Java API.
Over the last four years of development, weve enhanced SIGAR to support multiple language bindings and operate on more than 10 OS/hardware combinations.
We think other applications would benefit from the type of information SIGAR provides. We also want to create and foster a community of users who will help us push this technology forward and incorporate it into both open source and commercial applications. So we decided to make this technology open source to give others the ability to enhance their applications.
Main features:
- System memory statistics - total, free, shared
- CPU statistics - load averages, user cpu, system cpu
- Process level statistics - process arguments, memory consumption, cpu consumption, credential info, state, environment, open file descriptors
- File system level statistics - local and remote mounted file systems (NTFS, ext, SMB, NFS, etc), capacity, utilization
- Network interface level statistics - all available network interfaces detected and monitored for bytes received/transmitted, packets received/transmitted, collisions, errors, dropped packets
Enhancements:
- Improved performance and efficiency.
- A bug with User Mode Linux VMs where SIGAR acquired incorrect CPU info has been fixed.

Mail::Message::Head::FieldGroup is a Perl module with a sub set of fields in a header.

INHERITANCE

Mail::Message::Head::FieldGroup
is a Mail::Reporter

Mail::Message::Head::FieldGroup is extended by
Mail::Message::Head::ListGroup
Mail::Message::Head::ResentGroup
Mail::Message::Head::SpamGroup

Some fields have a combined meaning: a set of fields which represent one intermediate step during the transport of the message (a resent group, implemented in Mail::Message::Head::ResentGroup), fields added by mailing list software (implemented in Mail::Message::Head::ListGroup), or fields added by Spam detection related software (implemented by Mail::Message::Head::SpamGroup). Each set of fields can be extracted or added as group with objects which are based on the implementation in this class.

WebService::Mappoint is a client SOAP implementation for Mappoint, Microsofts geographic maps web service, based on SOAP::Lite.

SYNOPSIS

Map fetch example for use with Mappoint 3.0 service.

use WebService::Mappoint;
use MIME::Base64;

my $render = new WebService::Mappoint::Render();
my $map;

$map = $render->GetMap(
specification => [
DataSourceName => MapPoint.EU,
Options => [
Format => [
Height => 320,
Width => 320
],
],
Views => [
MapView:ViewByScale =>
[
CenterPoint =>
[ Latitude => 37.7632,
Longitude => -122.439702 ],
MapScale => 100000000
],
],
Pushpins => [
Pushpin =>
[
IconName => 176,
IconDataSource => MapPoint.Icons,
PinID => san_francisco,
Label => San Francisco,
ReturnsHotArea => false,
LatLong => [ Latitude => 37.7632,
Longitude => -122.439702 ],
]
]
] );

my $image = decode_base64($map->result->{MapImage}{MimeData}{Bits});
open( GIF, ">san_francisco.gif" );
print( GIF $image );

Mail::Message::Convert::MailInternet is a Perl module that can translate Mail::Message to Mail::Internet vv.

INHERITANCE

Mail::Message::Convert::MailInternet
is a Mail::Message::Convert
is a Mail::Reporter

SYNOPSIS

use Mail::Message::Convert::MailInternet;
my $convert = Mail::Message::Convert::MailInternet->new;

my Mail::Message $msg = Mail::Message->new;
my Mail::Internet $intern = $convert->export($msg);

my Mail::Internet $intern = Mail::Internet->new;
my Mail::Message $msg = $convert->from($intern);

use Mail::Box::Manager;
my $mgr = Mail::Box::Manager->new;
my $folder = $mgr->open(folder => Outbox);
$folder->addMessage($intern);

The Mail::Internet class of message is very popular for all kinds of message applications written in Perl. However, the format was developed when e-mail messages where still small and attachments where rare; Mail::Message is much more flexible in this respect.