[GSOC] [boost.multiprecision] Regarding test cases.
Hello, In the project of Multiprecision Big Number Types I have completed programming competency test but I want to know how test cases for higher precision will be generated? Is there any platform where we can compare desired output with my output? It will be more helpful.for me for proceeding in this project.. Thank you Regards, Abhay Singh Yadav
Dear Abday, Sorry about the late response. Thingshave been a bit hectic at work recently. You can generate test cases for certain high-precisioncalculations as Wolfram Alpha. This is, however,honestly a bit slow, manual and tedious, and therebynot well suited for generation of large and detailedsets of tast data for tich test suites. But for a few cases,Wolfram Alpha can be a super cool and good way to go. For instance, go here:http://www.wolframalpha.com You must use elements of the so-called Wolfram Languageto get exact numerical results. This is the Languageused in the program Mathematica. Try a simple command such as:N[Pi, 101] Then try another command such as1234567812345678*5555555555555555555555555555555 Or another command such as:N[Sqrt[2], 10001] Kind regards, Chris On Saturday, March 21, 2020, 8:40:25 PM GMT+1, Abhay Yadav via Boost <boost@lists.boost.org> wrote: Hello, In the project of Multiprecision Big Number Types I have completed programming competency test but I want to know how test cases for higher precision will be generated? Is there any platform where we can compare desired output with my output? It will be more helpful.for me for proceeding in this project.. Thank you Regards, Abhay Singh Yadav _______________________________________________ Unsubscribe & other changes: http://lists.boost.org/mailman/listinfo.cgi/boost
On Mon, 23 Mar 2020 at 03:59, Christopher Kormanyos via Boost < boost@lists.boost.org> wrote:
Dear Abday, Sorry about the late response. Thingshave been a bit hectic at work recently. You can generate test cases for certain high-precisioncalculations as Wolfram Alpha. This is, however,honestly a bit slow, manual and tedious, and therebynot well suited for generation of large and detailedsets of tast data for tich test suites. But for a few cases,Wolfram Alpha can be a super cool and good way to go.
An easy to use interpreted language [repl] with bigint built-in is another solution, like SWI Prolog or Julia. degski -- @systemdeg "We value your privacy, click here!" Sod off! - degski "Anyone who believes that exponential growth can go on forever in a finite world is either a madman or an economist" - Kenneth E. Boulding "Growth for the sake of growth is the ideology of the cancer cell" - Edward P. Abbey
An easy to use interpreted language [repl] with bigint built-in is another solution, like SWI Prolog or Julia.
Oh, Yes. Now that you mention it, numerous modern script languages have "big int" and/or "big float". Python and Java have them, such as the Java classes "BigInt" and BigFloat". Sorry, that really slipped my mind. Kind regards, Chris Sent from my iPhone On Monday, March 23, 2020, 11:29:05 AM GMT+1, degski <degski@gmail.com> wrote: On Mon, 23 Mar 2020 at 03:59, Christopher Kormanyos via Boost <boost@lists.boost.org> wrote: Dear Abday, Sorry about the late response. Thingshave been a bit hectic at work recently. You can generate test cases for certain high-precisioncalculations as Wolfram Alpha. This is, however,honestly a bit slow, manual and tedious, and therebynot well suited for generation of large and detailedsets of tast data for tich test suites. But for a few cases,Wolfram Alpha can be a super cool and good way to go. An easy to use interpreted language [repl] with bigint built-in is another solution, like SWI Prolog or Julia. degski -- @systemdeg "We value your privacy, click here!" Sod off! - degski "Anyone who believes that exponential growth can go on forever in a finite world is either a madman or an economist" - Kenneth E. Boulding "Growth for the sake of growth is the ideology of the cancer cell" - Edward P. Abbey
participants (3)
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Abhay Yadav -
Christopher Kormanyos -
degski