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I want to write a simple method to print an array - looking like an array - with its elements in the terminal, independent of whether it is an int[], boolean[], String[], double[] etc.

The String info parameter is just meant to output some answer phrase with the array shown, like "The wanted array is { .... }".

I am aware that in Java

• unspecified parameter types should be handled with extreme care
• primitive variable types cannot easily be used with generic data types
• the usual answer for accepting different parameter types is overloading (which I finally did),

but the only difference between the different versions of the method printArray(...) is the variable type of the array handed over in the parameter list.

I also tried to hand over an object[] pArray as a parameter, but then it would only accept integer arrays, or give a runtime error message.

A similar concept is addressed in the answers to the former post Parameter For All Primitive Types of Java?, but - although it is pretty much the same question - the answers don't give solutions for arrays of simple primitives. They only answer

• ways to find out, which parameter type was used, or
• are limited to object types (including wrapper classes) or Number-objects, but which both don't solve my problem.

Looking at this the mantra "avoid code duplication" seems to be so obviously violated that I believe there must be a better solution.

Can anyone help me with this? Here is the code:

My question is this, where do I put the methods mentioned above? Because in each component in which I want to use the Redux store, I need to basically repeat the mantra of,

I am unable to get the data from mantra aeps device in OnActivityResult. I am successfully sending the PID options and device is also blanking and scanning the finger but not getting the data. I am using below code to get the data.

String result = data.getStringExtra("PIDDATA");

TL;DR I want to have the functionality where a channel has two extra fields that tell the producer whether it is allowed to send to the channel and if so tell the producer what value the consumer expects. Although I know how to do it with shared memory, I believe that this approach goes against Go's ideology of "Do not communicate by sharing memory; instead, share memory by communicating."

Context:

I wish to have a server S that runs (besides others) three goroutines:

1. Listener that just receives UDP packets and sends them to the demultplexer.
2. Demultiplexer that takes network packets and based on some data sends it into one of several channels
3. Processing task which listens to one specific channel and processes data received on that channel.

To check whether some devices on the network are still alive, the processing task will periodically send out nonces over the network and then wait for k seconds. In those k seconds, other participants of my protocol that received the nonce will send a reply containing (besides other information) the nonce. The demultiplexer will receive the packets from the listener, parse them and send them to the processing_channel. After the k seconds elapsed, the processing task processes the messages pushed onto the processing_channel by the demultiplexer.

I want the demultiplexer to not just blindly send any response (of the correct type) it received onto the the processing_channel, but to instead check whether the processing task is currently even expecting any messages and if so which nonce value it expects. I made this design decision in order to drop unwanted packets a soon as possible.

My approach:

In other languages, I would have a class with the following fields (in pseudocode):

I want to sort a json data using javascript, the condition is user will enter a input value and based on the input value occurrence in json array I want to display a output. for example: If user input is userInput ="Man" & the json data is

This is probably a pretty straight forward question but for some reason I haven't been able to find an answer on the great interwebs so far.

When using global variables, I know global variables are bad and should for the most part be avoided, but on those rare occasions where a global variable gets the job done best, should the global variable be both declared and initialized at once? I have been recently trying to drill into my head the mantra "always initialize variables upon declaration when possible" since this usually saves many headaches later and is encouraged with C++. Does this rule apply to global variables as well though?

If you initialize a variable in its global scope when declaring it, how does this affect the program? Is this best practice?

You're advice is very much appreciated!

I have this html-code generated from a xml-file which is generated from latex code and I can't change the html output. I work on an indological edition of an anient yoga text. I not just want to have a nice latex document for printing my edition. I want to also have a web edition simultanously. So my lualatex code is processed putting out an xml-file which a xslt2 processor processes to an html file. This is the html:

Multiple, perhaps most, language implementations that include a compiler at runtime neglect to garbage-collect discarded code (See, for example julia, where this leads to memory leaks in applications like genetic-programming)

My preliminary tests indicate that Chez Scheme does not leak memory here, but I would like to know with greater certainty, since I don't even know if f and g actually get compiled. (The old mantra: "Tests can only prove the presence of bugs, not their absence")

The test I tried: f and g call each other, and their definitions get replaced at runtime.

This is my script, I wanna log in to google using selenium.