$ sudo yum install clojureA clojure programming book is also available at http://en.wikibooks.org/wiki/Clojure to get started! Thanks to volunteers who sponsored for Bhaishampayan Ghoses' travel, to and from Pune, India.
$ sudo yum --enablerepo=updates-testing update nescIt could not be shipped with Fedora earlier because it used the now deprecated Intel Open Source license. Thanks to David Gay and Philip Levis, it has now been updated with dual BSD/GPL license. There is also support for GNU Emacs with the emacs-nesc package.
$ sudo yum --enablerepo=updates-testing update emacs-nescHere is a screenshot of GNU Emacs with syntax highlighting in nesc-mode:
$ sudo yum install tealIt is a C++ multithreaded library to verify verilog designs. It deals with simulation logging, error reporting, threading, memory model management. It basically provides all the low level building blocks needed to start a verification environment. A simple example:
#include <teal.h>
using namespace teal;
int verification_top ()
{
vreg clock (“testbench.clk”);
vout log (“Chapter 4- Example 1”);
dictionary::start (“simple_clock_test.txt”);
uint number_of_periods (dictionary::find (“number_of_clocks”,20));
for (int i(0); i < number_of_periods; ++i) {
log << note << “i is “ << i << clock is << clock << endm;
}
dictionary::stop ();
vlog::get (expected) << “test completed” << endl;
}
It is released under the Trusster open source license, but, that is incompatible with the GPL. But, thanks to the founders of Trusster.com, Mike Mintz and Robert Ekendahl, who agreed to release the same under the LGPLv2+ and GPLv2+ license for Fedora!$ yum install cgnslibIt provides a general, portable, and extensible standard for the storage and retrieval of computational fluid dynamics (CFD) analysis data. It consists of a collection of conventions, and free and open software implementing those conventions. It is self-descriptive, machine-independent, well-documented, and administered by an international Steering Committee.
$ sudo yum install ghc-chalmers-lava2000 \
ghc-chalmers-lava2000-devel \
ghc-chalmers-lava2000-doc
To illustrate a half adder example with the use of the Lava library, create a Test.hs file:
import Lava
halfAdd (a, b) = (sum, carry)
where
sum = xor2 (a, b)
carry = and2 (a, b)
Load it with ghci (Glasgow Haskell Compiler):
$ ghci Test.hs GHCi, version 6.12.2: http://www.haskell.org/ghc/ :? for help Loading package ghc-prim ... linking ... done. Loading package integer-gmp ... linking ... done. Loading package base ... linking ... done. Loading package ffi-1.0 ... linking ... done. [1 of 1] Compiling Main ( Test.hs, interpreted ) Ok, modules loaded: Main.Test half adder with low, high inputs using:
*Main> simulate halfAdd(low, high) Loading package syb-0.1.0.2 ... linking ... done. Loading package base-3.0.3.2 ... linking ... done. Loading package array-0.3.0.0 ... linking ... done. Loading package filepath-1.1.0.3 ... linking ... done. Loading package old-locale-1.0.0.2 ... linking ... done. Loading package old-time-1.0.0.3 ... linking ... done. Loading package unix-2.4.0.0 ... linking ... done. Loading package directory-1.0.1.0 ... linking ... done. Loading package process-1.0.1.2 ... linking ... done. Loading package time-1.1.4 ... linking ... done. Loading package random-1.0.0.2 ... linking ... done. Loading package haskell98 ... linking ... done. Loading package chalmers-lava2000-1.1.1 ... linking ... done. (high,low) *Main>Testing half adder with high, high inputs gives:
*Main> simulate halfAdd(high, high) (low,high)You can also generate vhdl file using:
*Main> writeVhdl "halfAdd" halfAdd Loading package syb-0.1.0.2 ... linking ... done. Loading package base-3.0.3.2 ... linking ... done. Loading package array-0.3.0.0 ... linking ... done. Loading package filepath-1.1.0.4 ... linking ... done. Loading package old-locale-1.0.0.2 ... linking ... done. Loading package old-time-1.0.0.4 ... linking ... done. Loading package unix-2.4.0.1 ... linking ... done. Loading package directory-1.0.1.1 ... linking ... done. Loading package process-1.0.1.2 ... linking ... done. Loading package time-1.1.4 ... linking ... done. Loading package random-1.0.0.2 ... linking ... done. Loading package haskell98 ... linking ... done. Loading package chalmers-lava2000-1.1.1 ... linking ... done. Writing to file "halfAdd.vhd" ... Done.Copy /usr/share/chalmers-lava2000-1.1.1/Vhdl/lava.vhd to your project directory, and you can verify the generated halfAdd.vhd with it using ghdl:
$ ghdl -a lava.vhd $ ghdl -a halfAdd.vhd $You are encouraged to read the "Slightly Revised Tutorial on Lava" by Koen Claessen, and Mary Sheeran for more detailed documentation on using the library.
$ hct verilog Directory: /tmp/verilog verilog, 18 file(s) +--------------------+--------------+------+-------+----------+--------+ | FILENAME | MODULE | IO | NET | MCCABE | TIME | +--------------------+--------------+------+-------+----------+--------+ | Case.v 0 0 18 0.1504 | | case 0 0 18 | +----------------------------------------------------------------------+ | modules.v 1 0 2 0.0137 | | m1 1 0 1 | | m2 0 0 1 | +----------------------------------------------------------------------+ | RAM.v 7 0 4 0.1653 | | RAM 7 0 4 | +----------------------------------------------------------------------+ | hello_world.v 0 0 1 0.0113 | | hello_world 0 0 1 | +----------------------------------------------------------------------+ | one_day2.v 0 0 2 0.0423 | | one_day2 0 0 2 | +----------------------------------------------------------------------+ | S430.v 13 4 1 0.2438 | | S430 13 4 1 | +----------------------------------------------------------------------+ | one_day3.v 0 0 4 0.0305 | | one_day3 0 0 4 | +----------------------------------------------------------------------+ | first_counter.v 4 3 3 0.0765 | | first_~unter 4 3 3 | +----------------------------------------------------------------------+ | Multiplier.v 7 4 1 0.1646 | | Multiplier 7 4 1 | +----------------------------------------------------------------------+ | Sys430.v 10 12 9 0.5017 | | Sys430 3 12 5 | | LEDTest 7 0 4 | +----------------------------------------------------------------------+ | first_counter_tb.v 0 1 1 0.0279 | | first_~er_tb 0 1 1 | +----------------------------------------------------------------------+ | longtest.v 9 5 12 2.1130 | | RAMB16_S9 9 5 12 | +----------------------------------------------------------------------+ | GPR.v 8 0 3 0.1039 | | GPR 8 0 3 | +----------------------------------------------------------------------+ | encoder_u~g_case.v 3 0 16 0.1384 | | encode~_case 3 0 16 | +----------------------------------------------------------------------+ | RAMB16_S9.v 9 5 12 2.0922 | | RAMB16_S9 9 5 12 | +----------------------------------------------------------------------+ | comment.v 0 0 1 0.0264 | | comment 0 0 1 | +----------------------------------------------------------------------+ | encoder_using_if.v 3 0 17 0.1941 | | encode~ng_if 3 0 17 | +----------------------------------------------------------------------+ | MUX2.v 0 0 1 0.0035 | | INV 0 0 1 | +----------------------------------------------------------------------+[Posted Friday Jun 18 2010]
$ tclsh % package require TkRunning "mcu8051ide --check-libraries" should now be clean on Fedora:
Checking libraries... 1/9 Checking for library BWidget Library present ... YES Version 1.7 ... YES 2/9 Checking for library Itcl Library present ... YES Version 3.4 ... YES 3/9 Checking for library Tcl Library present ... YES Version 8.2 ... YES 4/9 Checking for library md5 Library present ... YES Version 2.0 ... YES 5/9 Checking for library crc16 Library present ... YES Version 1.1 ... YES 6/9 Checking for library Tk Library present ... YES Version 8.5 ... YES 7/9 Checking for library img::png Library present ... YES Version 1.3 ... YES 8/9 Checking for library tdom Library present ... YES Version 0.8 ... YES 9/9 Checking for library Tclx Library present ... YES Version 8.0 ... YES RESULTS: Number of fails: 0 Everything seems okPushed recent mcu8051ide 1.3.7 and vrq 1.0.76 to Fedora repository.
Rhythm & Hues Studios India Pvt. Ltd. The V, Vega Block, 11th Floor, Left Wing, Plot No - 17, Software Units layout HITEC City, Madhapur, Hyderabad 500 081 IndiaSatish "iloveblender" Goda gave a very informative talk about the history of the Blender project, animation movies created using the Blender software, pipelines involved in animation movie production, and on how the blender community functions in producing open animation movies with the guidance of Ton Roosendaal.
use Sys::CPU;
$number_of_cpus = Sys::CPU::cpu_count();
printf("I have %d CPU's\n", $number_of_cpus);
print " Speed : ", Sys::CPU::cpu_clock(), "\n";
print " Type : ", Sys::CPU::cpu_type(), "\n";
[Posted Friday May 07 2010]
\newcommand{\oneactor}{pretty-zinta}
\newcommand{\twoactor}{raaani-mukerji}
\newcommand{\threeactor}{nayantaaara}
\newcommand{\fouractor}{aishvarya-ray}
You can now get the sources from gitorious, and replace the above names to your liking, and rebuild the presentation by invoking make from the sources directory.