If python compiles to assembly and an OS is written in it, will it compete favorably with C in benchmarks?
Ok, I have used the word python in the question, but it well could be language agnostic in that: If a language X has a well optimised compiler targeting assembly and an OS is written in that language, then will it compete favorably with C in benchmarks?
Fastest Functional Language
I’ve recently been delving into functional programming especially Haskell and F#, the prior more so. After some googling around I could not find a benchmark comparison of the more prominent functional languages (Scala,F# etc).
Repeatability of CPU-intensive benchmarks on NUMA hardware
Consider a benchmark of a C++ application. It does little or no I/O in proportion to its overall runtime — it is compute-intensive. It is a single-threaded program. It pages/reads in all of its data at the outset, and then runs many iterations of the core task at hand, so as to average out cache or other ephemeral variations.
Track performance numbers
I have a (large) software project in a git repository. There is a benchmark suite that spits out lots of numbers (time per benchmark, allocations done per benchmark) I’d like to track.
Track performance numbers
I have a (large) software project in a git repository. There is a benchmark suite that spits out lots of numbers (time per benchmark, allocations done per benchmark) I’d like to track.
Track performance numbers
I have a (large) software project in a git repository. There is a benchmark suite that spits out lots of numbers (time per benchmark, allocations done per benchmark) I’d like to track.
Track performance numbers
I have a (large) software project in a git repository. There is a benchmark suite that spits out lots of numbers (time per benchmark, allocations done per benchmark) I’d like to track.
Track performance numbers
I have a (large) software project in a git repository. There is a benchmark suite that spits out lots of numbers (time per benchmark, allocations done per benchmark) I’d like to track.
Huge long addition overhead compared to Native call?
A run a simple test JDK 1.7.0_45 (Windows 7, 64bit):
Huge long addition overhead compared to Native call?
A run a simple test JDK 1.7.0_45 (Windows 7, 64bit):