bval | Mirror of Apache Bean Validation | Object-Relational Mapping library

I solved the problem by removing the hibernate-testing dependency. I don't have any technical explaination for it unfortunately

You can use sort() method and check the priority from the categories

In the end I went for this really cool library (cdimock) that does exactly what i needed: put the mocks in a custom CDI scope so that the same mock instances can be injected in other beans inside the test case. Such thing can also be achievable with cdi-unit @Produces @Mock annotations (Although i haven't tried it personally since it only supports Weld)

This is my test class' code:

I suspect that the annotations are very expensive for plotly to render. It may be that even if you are passing a 212x64 array of empty strings to the annotation_text argument, plotly still has to go through them all to determine that there are no annotations to add.

I created a 212x64 array with random integers from 0-6 and it was also very slow to render in my browser and I got the same "page not responding" warnings as you.

When I used go.heatmap, I was able to obtain what appears to be the same plot as ff.create_annotated_heatmap, and this improved the execution time from 5-6 seconds down to 0.66 seconds, and it also responds much faster in the browser.

This seems more straightforward than creating an annotated heatmap and not using the annotations (is there a particular reason you need ff.create_annotated_heatmap instead of go.heatmap?)

Fixed it - needs a specified zmin and zmax (max/min val in bvals array) to properly proportion the color bar:

Simple formula:

It turns out that I thought 1024 was the maximum analogWrite() value for the Uno, when it was actually 255. The loop works perfectly; but the lights only dim correctly when the val variables are less than or equal to 255. When the val variables are higher than 255, the colors are at maximum brightness; they can't get any brighter. Hence, no color change when the vals are greater than 255. This is what caused the colors to flash.

To fix this, just replace all occurrences of 1000 with 255 in the Arduino code.

Is there anything missing in the method you created? No, on the contrary, there’s too much in it. You were asked to create two methods, kgToLb() that converts one kg value and print() that prints formatted output. Instead you kgToLb method not only converts one kg value, it attempts to convert 11 successive kg values and also does formatted output, which was the job of print().

It seems to me that you are being very loyal to the overall purpose of your program and the expected sample execution. What you are missing is to follow your teacher’s design. Design meaning what goes into which method, including what is supposed to be in the main method (“the program”).

From your exercise:

Microsoft products are notorious for using BOM in UTF-8 (which was initially invalid as by the Unicode specs, but due to widespread use in practice, is now allowed, but not recommended).

Excel uses it to determine the encoding of CSVs when you open them (e.g. by double click). If there is no BOM, it uses a locale 8-bit encoding (probably cp1252).

To enforce it to read as UTF-8, write a BOM, like this: