Ubuntu : Intel® Q6600® quad-core Computer Language Benchmarks Game

How much time do these benchmark programs take?

This chart shows one comparison - Time-used (CPU secs).

Each chart box shows the middle 50% of program times measured for a benchmark, and each horizontal black bar shows the median program time measured.

In some programming languages these benchmark programs take quite a long time!

The benchmark programs and language implementations

Follow the links to compare measurements for all programs for that benchmark.

Also, follow the links to compare 2 language implementations directly - one-against-another for all the benchmarks - on Time-used, Memory-used and Code-used.

Most recent measurement: 19 Dec 2009 4:05 pm GMT

Benchmarks Source-code, CPU times	Language Implementations Compare 2 language implementations
n-body Double-precision N-body simulation	Ada 2005 GNAT large-scale safety-critical software	ATS dependent types & linear types plus theorem proving
meteor-contest Search for solutions to shape packing puzzle	C GNU gcc unchecked low-level programming	C# Mono oo plus functional style (mono is not ms .net)
spectral-norm Eigenvalue using the power method	C++ GNU g++ c plus objects plus generics	Clean lazy & strict pure functional programming
fannkuch Indexed-access to tiny integer-sequence	Erlang HiPE concurrent real-time distributed fault-tolerant software	F# Mono higher-order type-safe programming (mono is not ms .net)
k-nucleotide Hashtable update and k-nucleotide strings	Fortran Intel pioneering numeric and scientific programming	Go 6g 8g types just are - Go is an experiment
mandelbrot Generate Mandelbrot set portable bitmap file	Haskell GHC lazy pure functional programming	Java 6 -server ubiquitous jit server virtual machine
fasta Generate and write random DNA sequences	Java 6 -Xint ubiquitous bytecode interpreter virtual machine	Java 6 steady state approximate jvm steady state
thread-ring Switch from thread to thread passing one token	JavaScript TraceMonkey ubiquitous web-browser embedded scripting	JavaScript V8 web-browser embedded scripting
chameneos-redux Symmetrical thread rendezvous requests	Lisaac everything is a prototype object plus design by contract	Lisp SBCL pioneering s-expression oriented programming
regex-dna Match DNA 8-mers and substitute nucleotides for IUB codes	Lua associative arrays for extensible embedded scripting	Lua LuaJIT jit compiler fully compatible with lua 5.1
pidigits Streaming arbitrary-precision arithmetic	Mozart/Oz multi-multi-multi-paradigm distributed programming	OCaml modular type-safe strict functional programming plus objects
binary-trees Allocate and deallocate many many binary trees	Pascal Free Pascal imperative programming plus objects	Perl server-side shell & cgi scripts
reverse-complement Read DNA sequences - write their reverse-complement	PHP scripts embedded in html, and much more	Python 3 the new Python
Python CPython uncluttered imperative programming plus objects	Ruby 1.9 the new Ruby	Ruby JRuby everything is an object scripting for jvm
Ruby MRI programmer fun - everything is an object scripting	Scala higher-order type-safe programming for jvm	Scheme PLT statically-scoped properly tail-recursive dialect of lisp
Smalltalk VisualWorks uniform reflective environment - real live objects

Benchmarks: Source-code, CPU times

Language Implementations: Compare 2 language implementations

n-body: Double-precision N-body simulation

Ada 2005 GNAT: large-scale safety-critical software

ATS: dependent types & linear types plus theorem proving

meteor-contest: Search for solutions to shape packing puzzle

C GNU gcc: unchecked low-level programming

C# Mono: oo plus functional style (mono is not ms .net)

spectral-norm: Eigenvalue using the power method

C++ GNU g++: c plus objects plus generics

Clean: lazy & strict pure functional programming

fannkuch: Indexed-access to tiny integer-sequence

Erlang HiPE: concurrent real-time distributed fault-tolerant software

F# Mono: higher-order type-safe programming (mono is not ms .net)

k-nucleotide: Hashtable update and k-nucleotide strings

Fortran Intel: pioneering numeric and scientific programming

Go 6g 8g: types just are - Go is an experiment

mandelbrot: Generate Mandelbrot set portable bitmap file

Haskell GHC: lazy pure functional programming

Java 6 -server: ubiquitous jit server virtual machine

fasta: Generate and write random DNA sequences

Java 6 -Xint: ubiquitous bytecode interpreter virtual machine

Java 6 steady state: approximate jvm steady state

thread-ring: Switch from thread to thread passing one token

JavaScript TraceMonkey: ubiquitous web-browser embedded scripting

JavaScript V8: web-browser embedded scripting

chameneos-redux: Symmetrical thread rendezvous requests

Lisaac: everything is a prototype object plus design by contract

Lisp SBCL: pioneering s-expression oriented programming

regex-dna: Match DNA 8-mers and substitute nucleotides for IUB codes

Lua: associative arrays for extensible embedded scripting

Lua LuaJIT: jit compiler fully compatible with lua 5.1

pidigits: Streaming arbitrary-precision arithmetic

Mozart/Oz: multi-multi-multi-paradigm distributed programming

OCaml: modular type-safe strict functional programming plus objects

binary-trees: Allocate and deallocate many many binary trees

Pascal Free Pascal: imperative programming plus objects

Perl: server-side shell & cgi scripts

reverse-complement: Read DNA sequences - write their reverse-complement

PHP: scripts embedded in html, and much more

Python 3: the new Python

Python CPython: uncluttered imperative programming plus objects

Ruby 1.9: the new Ruby

Ruby JRuby: everything is an object scripting for jvm

Ruby MRI: programmer fun - everything is an object scripting

Scala: higher-order type-safe programming for jvm

Scheme PLT: statically-scoped properly tail-recursive dialect of lisp

Smalltalk VisualWorks: uniform reflective environment - real live objects

Ubuntu : Intel® Q6600® quad-coreComputer Language Benchmarks Game Help

How much time do these benchmark programs take?

The benchmark programs and language implementations

Ubuntu : Intel® Q6600® quad-core
Computer Language Benchmarks Game Help