On 27.05.19 10:21, sebb wrote:
> Either re-apply each of the commits in turn to Git.
Done.
Bye, Thomas
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Hi,
On 29.05.19 00:10, sebb wrote:
On Tue, 28 May 2019 at 21:44, Karl Heinz Marbaise wrote:
Hi,
just a small comment of mine.
to get very good support for exceptions etc. I would suggest to use
assertj which will work in JUnit 4 and Jupiter (aka 5)...
What License does it use?
https://g
On Tue, 28 May 2019 at 21:44, Karl Heinz Marbaise wrote:
>
> Hi,
>
> just a small comment of mine.
>
> to get very good support for exceptions etc. I would suggest to use
> assertj which will work in JUnit 4 and Jupiter (aka 5)...
What License does it use?
> Furthermore I would not rely on a uni
I don't think that I can divide them in any other way than the flow that
I've attached because you can see the classes are dependent on other
classes so I have to code the base class/interface first than the other
dependent classes.
Here "UnivariateStatistics" is the most basic one. So, I'll start
I’m a bit curious on the desire to split it out. I’m not hard opposed but
also don’t know that it would save much time or clarify things for most. I
wouldn’t want to say that this is a critical reason for keeping things as
they are, but I’d imagine that your typical dev doesn’t use StringUtils for
Hi,
just a small comment of mine.
to get very good support for exceptions etc. I would suggest to use
assertj which will work in JUnit 4 and Jupiter (aka 5)...
Furthermore I would not rely on a unit testing framework for assertions
which others can do better like assertj does.
Snippets from th
> On 28 May 2019, at 18:09, Eric Barnhill wrote:
>
> The previous commons-math interface for descriptive statistics used a
> paradigm of constructing classes for various statistical functions and
> calling evaluate(). Example
>
> Mean mean = new Mean();
> double mn = mean.evaluate(double[])
>
The previous commons-math interface for descriptive statistics used a
paradigm of constructing classes for various statistical functions and
calling evaluate(). Example
Mean mean = new Mean();
double mn = mean.evaluate(double[])
I wrote this type of code all through grad school and always found i
Thanks for this great work.
This chart will serve you well and you are now in a great place to proceed
further. Are you able to now create a UML for the components you are going
to create? Is there a set of core functionalities that you will target
first? Can you maybe divide your proposed summer'
Hi All:
Right now we have a giant class called StringUtils. I have code that in my
own library that has at least one null-safe API that for Strings. For
example a String.getBytes(String, Charset) that returns a null byte[] if
the input String is null.
I'd like to propose a new class called NullSa
Hi All,
As my GSoC project is to refactor "commons.math4.stat.descriptive.*", and
upgrade it using Java 8 features like Stream API, Functional Interface etc.
I've created a Class-Diagram of "commons.math4.stat.descriptive.*" so as
to understand the old code, it's flow and working.
I've attached t
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