Free proprietary file formats software for linux

File::Format::RIFF is a Perl module to Resource Interchange File Format/RIFF files.

SYNOPSIS

use File::Format::RIFF;

open( IN, file ) or die "Could not open file: $!";
my ( $riff1 ) = File::Format::RIFF->read( *IN );
close( IN );
$riff1->dump;

my ( $riff2 ) = new File::Format::RIFF( TYPE );
foreach my $chunk ( $riff1->data )
{
next if ( $chunk->id eq LIST );
$riff2->addChunk( $chunk->id, $chunk->data );
}
open( OUT, ">otherfile" ) or die "Could not open file: $!";
$riff2->write( *OUT );
close( OUT );

File::Format::RIFF provides an implementation of the Resource Interchange File Format. You can read, manipulate, and write RIFF files.

CONSTRUCTORS

$riff = new File::Format::RIFF( $type, $data );

Creates a new File::Format::RIFF object. $type is a four character code that identifies the type of this particular RIFF file. Certain types are defined to have a format, specifying which chunks must appear (e.g., WAVE files). If $type is not specified, it defaults to (four spaces). $data must be an array reference containing some number of RIFF lists and/or RIFF chunks. If $data is undef or not specified, then the new RIFF object is initialized empty.

$riff = File::Format::RIFF->read( $fh, $filesize );

Reads and parses an existing RIFF file from the given filehandle $fh. An exception will be thrown if the file is not a valid RIFF file. $filesize controls one aspect of the file format checking -- if $filesize is not specified, then stat will be called on $fh to determine how much data to expect. You may explicitly specify how much data to expect by passing in that value as $filesize. In either case, the amount of data read will be checked to make sure it matches the amount expected. Otherwise, it will throw an exception. If you do not wish it to make this check, pass in undef for $filesize.

Please note, if you wish to read an "in memory" filehandle, such as by doing this: open( $fh, read( $fh, $filesize );

The read constructor may also be used as a method. If used in this manner, then all existing data contained in $riff will be discarded, and replaced by the contents read from $fh.

$riff->write( $fh );

Outputs a properly-formatted RIFF file to the given filehandle $fh.

GNOME Structured File Library is a utility library for reading and writing structured file formats. Support for MS OLE2 streams is complete, as is zip import.
There is also support for document metadata and some initial work on decompressing VBA streams in OLE files for future conversion to other languages.
This library replaces libole2 and is used in gnumeric, mrproject, abiword, libwv2, koffice. It is also part of the AAF format.
Enhancements:
- This release reverts jump to dynamic types, as they arent thread-safe.
- A compilation glitch on Windows has been fixed.
- Problems building without gconf macros installed are avoided.
- Configure breakage with --without-gnome has been fixed.

File::Comments is a Perl module that ecognizes file formats and extracts format-specific comments.

SYNOPSIS

use File::Comments;

my $snoop = File::Comments->new();

# *----------------
# | program.c:
# | /* comment */
# | main () {}
# *----------------
my $comments = $snoop->comments("program.c");
# => [" comment "]

# *----------------
# | script.pl:
# | # comment
# | print "howdy!n"; # another comment
# *----------------
my $comments = $snoop->comments("script.pl");
# => [" comment", " another comment"]

# or strip comments from a file:
my $stripped = $snoop->stripped("script.pl");
# => "print "howdy!n";"

# or just guess a files type:
my $type = $snoop->guess_type("program.c");
# => "c"

File::Comments guesses the type of a given file, determines the format used for comments, extracts all comments, and returns them as a reference to an array of chunks. Alternatively, it strips all comments from a file.

Currently supported are Perl scripts, C/C++ programs, Java, makefiles, JavaScript, Python and PHP.

The plugin architecture used by File::Comments makes it easy to add new formats. To support a new format, a new plugin module has to be installed. No modifications to the File::Comments codebase are necessary, new plugins will be picked up automatically.

File::Comments can also be used to simply guess a files type. It it somewhat more flexible than File::MMagic and File::Type. File types in File::Comments are typically based on file name suffixes (*.c, *.pl, etc.). If no suffix is available, or a given suffix is ambiguous (e.g. if several plugins have registered a handler for the same suffix), then the files content is used to narrow down the possibilities and arrive at a decision.

WARNING: THIS MODULE IS UNDER DEVELOPMENT, QUALITY IS ALPHA. IF YOU FIND BUGS, OR WANT TO CONTRIBUTE PLUGINS, PLEASE SEND THEM MY WAY.

Flat File Extractor can be used for reading different flat file structures and printing them in different formats. ffe is a command line tool developed in GNU/Linux environment and it is distributed under GNU General Public License 2 or later.
Main areas of use are:
- Extracting particular fields or records from a flat file
- Converting data from one format to an other, e.g. from CSV to fixed length
- Verifying a flat file structure
- Testing tool for flat file development
- Displaying flat file content in human readable form
Main features:
- Command-line tool
- Reads standard input and writes to standard output as default
- One input file can contain several types of records (lines)
- Fields in a flat file can be fixed length or separated
- Input file structure and output definitions are independent, meaning one output format can be used with several input files
- Input file structure and output format are freely configurable, they are not predefined
- Output can be formatted e.g. as: fixed length, separated, tokenized, XML, SQL,...
- ffe tries to guess the input format, user needs not to give it as a parameter
Enhancements:
- Configuration keyword const has been added

DateTime::Format::Builder is a Perl module to create datetime parser classes and objects.

SYNOPSIS

package DateTime::Format::Brief;
our $VERSION = 0.07;
use DateTime::Format::Builder
(
parsers => {
parse_datetime => [
{
regex => qr/^(d{4})(dd)(dd)(dd)(dd)(dd)$/,
params => [qw( year month day hour minute second )],
},
{
regex => qr/^(d{4})(dd)(dd)$/,
params => [qw( year month day )],
},
],
}
);

DateTime::Format::Builder creates DateTime parsers. Many string formats of dates and times are simple and just require a basic regular expression to extract the relevant information. Builder provides a simple way to do this without writing reams of structural code.

Builder provides a number of methods, most of which youll never need, or at least rarely need. Theyre provided more for exposing of the modules innards to any subclasses, or for when you need to do something slightly beyond what I expected.

NetBeans IDE is a full-featured integrated environment for Java application developers.
Java programmers require a fast and fully-featured Integrated Development Environment (IDE) with support for Java(TM) compliant applications for accelerating development across all major OS platforms.
NetBeans.org provides an open source, high performance, modular, extensible, multi-platform Java IDE to accelerate the development of Java applications, web services and mobile applications.
The NetBeans IDE 4.1, which was released in May 11, 2005, includes Java 2 Platform, Enterprise Edition (J2EE) development capabilities. This new release allows developers to not only develop applications in the web tier but also includes Enterprise JavaBeans (EJBs) and web service development capabilities.
NetBeans IDE 4.1 is a single platform with out-of-the-box development capabilities and support for enterprise (J2EE 1.4) applications and web services, mobile/wireless Java 2 Platform, Micro Edition (J2ME) applications and services and desktop Java 2 Platform, Standard Edition (J2SE) applications. The robust open source Java IDE, has everything that Java Software Developers need to develop cross-platform desktop, web and mobile applications straight out of the box.
When you download the NetBeans IDE, you get a modular, standards-based development environment with all the key functionality in one download, rather than a series of additional plug-ins. Write, compile, debug and deploy Java programs for the Solaris, Windows, Linux and Macintosh platforms.
Main features:
- New Navigator component facilitates browsing and navigating around classes.
- Browse and configure project classpath using the Libraries node in the Projects View.
- Use automatically generated Debug and Compile Single File actions for projects with existing build scripts.
- Set up projects with multiple source roots.
- Create a J2EE application, automatically add EJB?* and Web modules, then deploy the application.
- Deploy an EJB module as a stand-alone or packaged in a J2EE application. Or, create a Web module, generate calls to EJBs and deploy the Web module either as a stand-alone Web application or packaged in a J2EE application.
- Create Session Beans, Entity Beans and Message-Driven Beans. Entity Beans can be created using an existing database schema.
- Create, register and test Web Services.
- Visually configure your EJBs, Web Services and Web Components.
- Validate your applications using the J2EE Verifier.
- Use the integrated Java BluePrints Solution Catalog as a powerful learning resource.
- J2SE 5.0 "Tiger" Language Support - We support the new Java language constructs such as enums, generics, metadata annotations, autoboxing, static imports and others. These new constructs are supported when doing editing, building, refactoring, etc. of your applications. This support is available without any additional setup when running on J2SE 5.0.
- Project System based on Apache Ant - NetBeans 4.0 was the first IDE to base its projects system entirely on Apache Ant, allowing developers to easily share build scripts between teams and ensure that automated builds run the same as builds within the IDE. There is no vendor lock-in and no proprietary file formats.
- Refactoring technology which provides simplified code maintenance for developers.
- Visual enhancements to lay out MIDlets workflow; plus, design and code the GUI using a drag and drop feature (Available in NetBeans Mobility Pack).
- End-to-end support for enterprise applications with wizard support for creating Java? 2 Platform, Micro Edition (J2ME?) and J2EE applications. This updated support enables quick creation of J2ME client/server applications (Available in NetBeans Mobility Pack).