gsu | general screenshot and upload utility | Video Utils library

I'm struggling with the size of a LaunchScreen storyboard image.

Basically, it is very small on iPhone 4s, while being OK on larger screens.

Here is the storyboard file content:

I have the following string that I am trying to combine the inner array stop recursively and print the result as json data but seems like the array_merge_recursive() function is not producing the desired output.

The result I am getting whenever I run the code is the same. Am I missing something or is there an alternative function to achieve combining the inner array?

I have written a python script to copy files from local to gcp bucket and capture log info.

The gsutil rsync command is working fine and files are getting copied to corresponding target folders.

However, log info are not appearing on gcp log viewer. The sample script is given below. Please suggest.

Whenever I create multiple students, add them to the studentclass Hashtable, and try to print the hashtable(or perform any action on it) it only holds the last Student entered.

EX: Created Students: John Taylor, Timmy Turner, Optimus Prime PrintHastable: {6=Optimus Prime ,4=Optimus Prime, 2=Optimus Prime}

How can I get the hashtable to hold all entered values as opposed to just the last one?

School Class public class School{

Please help me with this basic RegEx example.

There are two cases where the syntax is valid:

• @$ should be closed as $@ (and not @$);

• $@ should be closed as @$ (and not $@).

In order to replace the cases of invalid syntax usage with the right syntax at a very large scale, I first need to find those cases using regular expressions.

The problem appears when the wrong syntax is combined with the right syntax. Please, take a look at the following test on RegExr: https://regexr.com/548e8. I've also written it below:

Expression (should match the first case):

I have created a custom distribution using scipy's rv_continuous method. I am trying to create the energy distribution of an electron produced by beta decay. Given its pdf:

Which I took from: http://hyperphysics.phy-astr.gsu.edu/hbase/Nuclear/beta2.html#c1

I define my distribution: