Free google data apis software for linux

Google Gears project is an open source Firefox extension that enables web applications to provide offline functionality using following JavaScript APIs:
- Store and serve application resources locally
- Store data locally in a fully-searchable relational database
- Run asynchronous Javascript to improve application responsiveness

Plone Google Sitemaps is a product which allows Plone websites to get better visibility for Google search engine.
The product allows Plone websites to get better visibility for Google search engine by providing it with complete listing of URLs to website content.
What is Google Sitemaps
Google Sitemaps program allow webmasters and site owners to feed it pages theyd like to have included in Googles web index. Participation is free. Inclusion isnt guaranteed, but Googles hoping the new system will help it better gather pages than traditional crawling alone allows. Feeds also let site owners indicate how often pages change or should be revisited.
Usage
Install with Quick Installer.
Go to Google Sitemaps and add http://your.site/google-sitemaps.
Should be working without any intervention.
Enhancements:
- Fix up bug in sed command s

Google Data Objective-C Client provides a framework and source code that make it easy to access data through Google Data APIs.
The Google data APIs provide a simple protocol for reading and writing data on the web. Many Google services provide a Google data API.
Each of the following Google services provides a Google data API:
- Base
- Blogger
- Calendar
- Spreadsheets
- Picasa Web Albums
- Notebook
Additional services with Google data APIs that are not yet supported by the Objective-C Client Library:
- Code Search
- Google Apps Provisioning

Google Reader Watcher is a Firefox extension that will check your Google Reader for unread feeds and if you have, the plugin will display them on your browsers statusbar.

google-gflags (gflags) project contains a library that implements commandline flags processing.

As such its a replacement for getopt(). It has increased flexibility, including built-in support for C++ types like string, and the ability to define flags in the source file in which theyre used.

Geo::Google::Path is a path, by automobile, between two loci.

SYNOPSIS

use Geo::Google::Path;
# you shouldnt need to construct these yourself,
# have a Geo::Google object do it for you.

Google Maps is able to serve up directions between two points. Directions consist of two types of components:

1. a series of points along a "polyline".
2. a series of annotations, each of which applies to a contiguous
range of points.

In the Geo::Google object model, directions are available by calling path() on a Geo::Google instance. The return value is a Geo::Google::Path object, which is a composite of Geo::Google::Segment objects, which are in turn composites of Geo::Google::Location objects.

Google Reader Notifier is a Firefox extension that shows you how many unread items you have in your Google Reader account.

Geo::Google is a Perl module to perform geographical queries using Google Maps.

SYNOPSIS

use strict;
use Data::Dumper;
use Geo::Google;

#My office
my $gonda_addr = 695 Charles E Young Dr S, Westwood, CA 90024;
#Stans Donuts
my $stans_addr = 10948 Weyburn Ave, Westwood, CA 90024;

#Instantiate a new Geo::Google object.
my $geo = Geo::Google->new();

#Create Geo::Google::Location objects. These contain
#latitude/longitude coordinates, along with a few other details
#about the locus.
my ( $gonda ) = $geo->location( address => $gonda_addr );
my ( $stans ) = $geo->location( address => $stans_addr );
print $gonda->latitude, " / ", $gonda->longitude, "n";
print $stans->latitude, " / ", $stans->longitude, "n";

#Create a Geo::Google::Path object.
my ( $donut_path ) = $geo->path($gonda,$stans);

#A path contains a series of Geo::Google::Segment objects with
#text labels representing turn-by-turn driving directions between
#the two loci.
my @segments = $donut_path->segments();

#This is the human-readable directions for the first leg of the
#journey.
print $segments[0]->text(),"n";

#Geo::Google::Segment objects contain a series of
#Geo::Google::Location objects -- one for each time the segment
#deviates from a straight line to the end of the segment.
my @points = $segments[1]->points;
print $points[0]->latitude, " / ", $points[0]->longitude, "n";

#Now how about some coffee nearby?
my @coffee = $geo->near($stans,coffee);
#Too many. How about some Coffee Bean & Tea Leaf?
@coffee = grep { $_->title =~ /Coffee.*?Bean/i } @coffee;

#Still too many. Lets find the closest with a little trig and
#a Schwartzian transform
my ( $coffee ) = map { $_->[1] }
sort { $a->[0] $b->[0] }
map { [ sqrt(
($_->longitude - $stans->longitude)**2
+
($_->latitude - $stans->latitude)**2
), $_ ] } @coffee;

Geo::Google provides access to the map data used by the popular Google Maps web application.