FusionCharts Free: Cross-platform charts that rock


 
Thread Tools Search this Thread
Special Forums News, Links, Events and Announcements UNIX and Linux RSS News FusionCharts Free: Cross-platform charts that rock
# 1  
Old 05-07-2008
FusionCharts Free: Cross-platform charts that rock

Wed, 07 May 2008 08:00:00 GMT
It has been said that the best things in life are free. While this isn't always true, it applies in this case. If you've struggled with GNUplot, JPgraph or other charting applications, FusionCharts Free is a breath of fresh air. Have you dreamed of finding a charting and graphing application that is simple to install, easy to configure, and drop-dead gorgeous? Stop dreaming and download a copy of FusionCharts Free. You'll be producing professional quality charts and graphs in no time.


Source...
Login or Register to Ask a Question

Previous Thread | Next Thread

6 More Discussions You Might Find Interesting

1. UNIX for Dummies Questions & Answers

Making a python package and cross-platform compatible

Hi Ive been trying for days now and i just cannot work this out. Can someone please tell me if im doing this right. I've written some python3.3 code and now i want to transfer it to an embedded computer to execute. My OS is a : Debian GNU/Linux 6.0.7 (squeezez) 32-bit kernel The... (1 Reply)
Discussion started by: RedEyedDog
1 Replies

2. Debian

Making a python package and cross-platform compatible

Hi Ive been trying for days now and i just cannot work this out. Can someone please tell me if im doing this right. I've written some python3.3 code and now i want to transfer it to an embedded computer to execute. My OS is a : Debian GNU/Linux 6.0.7 (squeezez) 32-bit kernel ... (0 Replies)
Discussion started by: RedEyedDog
0 Replies

3. UNIX for Dummies Questions & Answers

Really simple cross-platform database?

I'm looking for a really simple to use lightweight database. Ideally something open-source that stores data in a (semi-) human-readable format, in case the software isn't working. Something cross-platform enough that I can use it on my Linux machine, my Mac, or stick it on a USB stick and... (2 Replies)
Discussion started by: emdan
2 Replies

4. Shell Programming and Scripting

configuring packages for cross-platform build

Hi all, I wish to build a few packages for my embedded target running linux over ARM9. It would be tough for me to compile my packages on target so I need to build on a host machine and then transfer the generated binaries. So I got the source-tarball for the packages I need. Now here are my two... (0 Replies)
Discussion started by: Rakesh Ranjan
0 Replies

5. UNIX for Advanced & Expert Users

please recommend books or articles on cross-platform portable code

I have know some items on cross-platform portable byte order alignment I don't know if there are books or articles on this topic. your recommendation is appreciated (1 Reply)
Discussion started by: zhongyj
1 Replies

6. UNIX for Advanced & Expert Users

Cross platform Authentication

I am looking to have UNIX authenticate against Active Directory in a Windows Server 2003 environment, any suggestion? I am very new to UNIX, 2 weeks worth knowledge, if that. Thanks! (3 Replies)
Discussion started by: Optik
3 Replies
Login or Register to Ask a Question
CTIME(2)							System Calls Manual							  CTIME(2)

NAME
ctime, localtime, gmtime, asctime, timezone - convert date and time to ASCII SYNOPSIS
#include <u.h> #include <libc.h> char* ctime(long clock) Tm* localtime(long clock) Tm* gmtime(long clock) char* asctime(Tm *tm) /env/timezone DESCRIPTION
Ctime converts a time clock such as returned by time(2) into ASCII (sic) and returns a pointer to a 30-byte string in the following form. All the fields have constant width. Wed Aug 5 01:07:47 EST 1973 Localtime and gmtime return pointers to structures containing the broken-down time. Localtime corrects for the time zone and possible day- light savings time; gmtime converts directly to GMT. Asctime converts a broken-down time to ASCII and returns a pointer to a 30-byte string. typedef struct { int sec; /* seconds (range 0..59) */ int min; /* minutes (0..59) */ int hour; /* hours (0..23) */ int mday; /* day of the month (1..31) */ int mon; /* month of the year (0..11) */ int year; /* year A.D. - 1900 */ int wday; /* day of week (0..6, Sunday = 0) */ int yday; /* day of year (0..365) */ char zone[4]; /* time zone name */ } Tm; When local time is first requested, the program consults the timezone environment variable to determine the time zone and converts accord- ingly. (This variable is set at system boot time by init(8).) The timezone variable contains the normal time zone name and its difference from GMT in seconds followed by an alternate (daylight) time zone name and its difference followed by a newline. The remainder is a list of pairs of times (seconds past the start of 1970, in the first time zone) when the alternate time zone applies. For example: EST -18000 EDT -14400 9943200 25664400 41392800 57718800 ... Greenwich Mean Time is represented by GMT 0 SOURCE
/sys/src/libc/9sys SEE ALSO
date(1), time(2), init(8) BUGS
The return values point to static data whose content is overwritten by each call. Daylight Savings Time is ``normal'' in the Southern hemisphere. These routines are not equipped to handle non-ASCII text, and are provincial anyway. CTIME(2)