Amplifier | Python2 Script Made To DDoS A Website Using Ntp | Hacking library

this is a job for regex, as you could do:

You should be using navigator.mediaDevices.getUserMedia. The one in your first example snippet. The second example snippet is deprecated.

The issue here (from what I can see) is that getUserMedia is suppose to request permissions everytime it is called. So the prompt is expected.

You need to store the stream in a variable, and that variable needs to be declared outside of the event handler.

code00.py:

Try to add "in.nextLine();" right after " int numberOfProducts = in.nextInt(); ". I think the problem is the program read an empty line before/after it read to the input value, that is why it goes directly to your "testing" while loop and display these messages

After a long time searching on the web, I found a solution to this problem. As mentioned, audio won't work when the display connected over HDMI is disabled. Futher more I didn't wanted to expand my screen to the other display because I would only want to work on my desk while using audio over hdmi.

The solution is to simply run an xrand command, which will mirror my primary screen on the TV. This is possible even if the TV is turned of. The tricky part is, that xrand might have diffuculties to add custom resolutions especially when using a nvidia gpu and driver. Here is the working command:

I have similar setup and I got everything working what you might want if I understood you corretely.

If you setup everything right, then your loginmanager should always be displayed on the monitor which is active at boot and you can switch your monitors&sink with a simple keybind.

First, you can add a script to lightdm to config your monitors so that everything is displayed correctely. But be aware that a broken script can leed to the effect that your loginmanager won't be loaded correctly (blackscrren).

in /etc/lightdm/lightdm.conf you can define a script at #greeter-setup-script= . Simply uncomment the line and add the path to your script.

An easy way to config your monitors the way you want is to use arandr. Simply config your monitor the ways you want and save the setup. You will be saving an usual xrandr command, which can be used in your script.

Here is my script. It is very basic and actually only checks if a monitor of my desk is active. If so, it initialises the monitors of my desk. If not, it initialises my tv. It also sets the audio output I use with those monitors.

To get a list of all active monitors use this command:

xrandr --listactivemonitors | awk '!/Monitors/ {print $4}'

To get a list off all sinks(audio output) use this command:

pacmd list-sinks | grep -e 'name:' -e 'index:' | awk '{print $2}'| awk '{print substr($0, 2, length($0) - 2)}'

Now you can change my commands (sink and monitor names) with the onces you need. You can execute the script in the terminal so get feedback of the choosen sink and monitor (for testing). Don't forget to make your script executable else it won't work.

I got a similar script to manually change between my tv and my desk (mirroring scrrens, duplicate, tv-only, ect) It too changes the sink according to the selected monitors. As you are using polybar too, you might notice that I relaunch polybar with sh /home/lluks/.config/polybar/launch.sh This is the script. It ensures that my applets are displayed on the main monitor as poylbar can only display them on one monitor. This is archieved by using a 2 diffrent bars for poylbar. For this script to work, you need dmenu and rofi. If I remember corretely, you also need Font Awesome for the icons.

Found out the answer, so wanted to update in case anyone else runs into this issue. I needed to specify that polarity_dt = updated_socal_google.

So instead of what I had above:

I think what you are asking is if you can have your output be in tf.one_hot format (correct?). If you just want to report on this output, then you can use a combination of argmax and one_hot. If you want this to be part of your gradient calculation in your network, you need a numerically stable one_hot. Try something like this:

I notice that you are still relatively new to the subject. Unfortunately, I can't give you a direct answer, because the topic of hardware-oriented programming on embedded systems is a very deep and complex topic in computer science.

But in general: When programming microcontrollers (or microchips, as you call them) there is usually not much object-oriented programming. Things like generic programming styles etc. you search in vain. The rule is: lean, fast and direct languages that allow a reasonable amount of freedom in programming (e.g. C, C++) are used here. Java (or C#, if the architecture with .Net Frameworks allows it at all) are not suitable for this.

But this does not mean that it is not possible to develop such applications with Java and C#. I had the pleasure to write a highly available application in C# for a microcontroller. This is possible, but not pleasant.

If you want to get first impressions in this field of computer science, I recommend to buy a Raspberry Pi and develop your first programs on it. Based on this you can then add additional hardware and program it (e.g. an LCD display or a few sensors). From then on you can jump to other microcontrollers (like the STM32).

Greetings