lockup | concept Android application to detect and defeat | Cybersecurity library

Unfortunately, the DNS filter tries to resolve the address or name in place instead of adding a field... so you need to jump through hoops. Assuming you have a doc with an source.ip field...

If I understand correctly, you just need to pass along the desired function as a property to the Like component. You're actually 90% there, but you're calling props.action in onClick, but passing nothing to the action property. Since you already have everything, you can change the line where you use your Like component to:

Quick note, to stress this is not possible in "actual" RSK blockchains (Mainnet and Testnet), as it involves "fake" mining.

However, in Regtest, this is indeed possible:

(1)

Use the evm_mine JSON-RPC method to mine blocks.

All later actions after the first failed action are not executed. And their execution fees are refunded. All the changes that were successfully executed before, will be reverted and all the promises will not be scheduled and executed either.

Your case is more complicated, because the first action succeeds by returning a promise. The resulting promise later will fails in the callback, but the second action fails immediately, because the staking pool is not selected yet due to async execution. So the first promise doesn't get scheduled.

EDIT 1.

Once a transaction or a receipt succeeds (finishes all actions) it doesn't rollback anything. So if any future promises fail they are going to be independently executing from each other. Also only the last action in a batch of actions returns the result for the entire receipt.

You never need Width or Height bindings as replacement for proper layout.

One example:

It turns out that all I had to do was comment out the line I had mentioned as being suspect:

var curDisplay = EGLContext.EGL.JavaCast().EglGetCurrentDisplay();

It runs in a loop that gets called thousands of times for a complete video to finish.

What must have been happening is that these EGLDisplay instances (var) were not being properly garbage collected. I would have thought they'd get automatically collected when the method is finished, but something was stopping that from happening. If you know more about this feel free to give a better answer; I'm not exactly sure what caused the finalizer to get hung up on those objects.

That alone won't really do anyone very much in solving this type of problem, so here's how I figured it out:

first I added this code to the MainActivity OnCreate .. this writes the GREF logs to a file in the /download folder at the root of the droid device then loops and updates every 120 seconds (or whatever interval you choose)

I read that in a style definition you can get rid of the TargetType if you include the control's class name in the Property name.

Yes that is true according the reference of Style.

[...] except for the third that is a label and its BorderThickness defaults to 0, every style goes to every control.

A style has a specific target type, which it can be applied to. If you define a style without a target type, it will default to IFrameworkInputElement. Both FrameworkElement and FrameworkContentElement implement this interface, meaning it applies to almost any element, including Button, TextBox and Label.

Let us have a look at the properties that you have defined in this style.

• Foreground is defined on TextElement, but button exposes it by adding Control as its owner.
• BorderBrush is defined on Border, but TextBox exposes it by adding Control as its owner.
• Background is defined on Panel, but Control exposes it by adding Control as its owner and Label is a derivative of Control, so it inherits it.
• Margin is defined on FrameworkElement and Control inherits it.

What is mean by adding a control as owner is that the corresponding controls do not define the dependency properties themselves, but "borrow" them from others using the AddOwner method.

This leads to what you see in your example, the properties are effectively defined for all Controls because the default TargetType does not limit the types apart from framework and framework content elements and due to the way that the affected dependency properties are implemented.

1.a A style gets a key explicitly if x:Key is set (

The content you see in the browser is loaded mostly by javascript. By using simple GET requests you do not receive the dynamic content of the page.

By looking at users' pages on YouTube, I can see you do not get a lot of proper HTML information, but rather you get JSONs in the body tag.

To answer your question, in the future when you want to scrape something from a website, first make sure you actually have the content when using requests.get rather than assuming that you get the same content a browser gets.

Now, specifically for the YouTube problem, if you save req.text in a file and open it in a file editor and open the tag, you will see that under the