c# – How can I publish my game if I have only a 32 bit AAB file?

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I want to start a website (or few) but I am a bit new at this

Hello everyone.

So, I want to start few websites. Of course, my main idea is to eventually make some money with it, but I do understand that it needs work before that and I am willing to that.

I want to start with the simpler site since I am a little new at this, and then get to affiliate websites and etc. This first more simple site, which I would also use for teaching myself everything, would be some type of a blog/content website, like general knowledge or news, or specific topic and niche.
But, the main thing is – I am new at this so I have a tooon of questions really. I don’t even know where to start with them.
So my first questions would be:

– Would it be alright if I start with website builders and free themes to create the website? (I can’t hire a web designer right now)

– How to make my website secure for visitors, and just generally secure? (I know that many website builders already have some security features and possibilities but I want to know if there is anything else I could do along with that)

– Any other useful advice for a beginner? Where and how can I learn more?

(I apologize if I posted this in a wrong section – I’m new here)

Thank you all :)
SEMrush

 

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If a zombie bit a vampire, then the vampire bit a human, would the human be a zombie, a vampire or a zompire? [closed]

A zombie bites a vampire, then that vampire then bites a human, what does the human become?

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python – Parsing a sequence of bits out of a bit field

For homework, I had to parse CPUID instruction output in C, which required a lot of specific bit-manipulation like:

(eax & CACHE_LEVEL) >> 5

I calculated the mask CACHE_LEVEL and the amount that was needed to be right-shifted by hand. It was a pain, so I decided to write a couple Python functions to help with this.

For example:

>>> eax = 0x4004121  # Taken from a register after executing a CPUID instruction with leaf-4 indicated
>>> parse_out_bits(eax, 5, 7)  # Return the value at bits 5 to 7 (inclusive)
1  # This is an L1 cache

I’d like notes on anything here, but specifically how this could be done better in terms of bit manipulation.

from typing import Generator

def bit_place_values(start_index: int, end_index: int) -> Generator(int, None, None):
    acc = 1 << start_index
    for _ in range(start_index, end_index + 1):
        yield acc
        acc <<= 1

def parse_out_bits(bit_field: int, start_index: int, end_index: int) -> int:
    mask = sum(bit_place_values(start_index, end_index))
    return (mask & bit_field) >> start_index

Why Convolutional codes is easy to factor/handle the uncertainty of a bit being a 0 or a 1 into the decoding?

Here is an excerpt from Andrew S. Tanenbaum, Computer Networks, 5th edition, Chapter 3 (The data link layer), Page 208:
enter image description here

My question is about this part.

(Convolutional codes have been popular in practice because it is easy to factor the uncertainty of a bit being a 0 or a 1 into the decoding.)

Why is it easy to use convolutional code to factor the uncertainty of a bit?

Is it because the convolutional code circuit is designed in such way to handle uncertainty properly? I couldn’t really find the exact answer. I think the answer has something related to the fact that convolutional code is not a linear code but I couldn’t really understand exactly why convolutional code is special to handle uncertainty.

android sdk – Is the CPU of Samsung Galaxy A10s 64 bit or 32 bit?

I really wanted to know the CPU word length of Samsung Galaxy A10s, running Android Pie. In the first appearance it looks like it has a 64 bit processor, since, it uses the MediaTek Helios P22 chipset, but I dont think apps/programs running in user space have access to 64 bit instructions etc. . Even __aarch64__ is undefined. The OS identifies it as ARM 7 and hence it cannot use AES instruction sets and other features. If it were the ARM Cortex A53 mentioned by MediaTek Helios P22 it should have an ARM architecture of 8.

  • Is this because the Kernel is 32 bit ?
  • Or is the Android permissions blocking it ?
  • How can I identify my Kernel is a 32 bit or 64 bit ?

Please do correct me, if I am wrong !?

Every help will be greatly appreciated!

programming languages ​​- Write a MIPS program to convert a 32 bit / magnitude binary sign to complementary numbers of 2 s?

So i have been working on this and this is what i have gotten so far please help me if i did it wrong or I can fix something here Thanks.

$ LC0:
.ascii "Enter the binary value% d bit: 000"
$
LC1:
.ascii "Original binary =% s 012 000"
$ LC2:
.ascii "Ones complement =% s 012 000"
$
LC3:
.ascii "Two's complement =% s 012 000"
main:
addiu $ sp, $sp, -144
sw $ 31,140 ($sp)
li $ 5.32 # 0x20
him $
4,% hi ($ LC0)
addiu $
4,$ 4,% lo ($LC0)
jal printf
nop

    addiu   $4,$sp,24
    jal     gets
    nop

    addiu   $3,$sp,24
    addiu   $2,$sp,60
    addiu   $5,$sp,92
    li      $6,49                 # 0x31
    li      $7,48                 # 0x30
    li      $9,49                 # 0x31
    li      $8,48                 # 0x30

$ L4:
lb $
4.0 ($ 3)
nop
good $
4,$ 6, $L2
nop

    b       $L3
    sb      $8,0($2)

$ L2:
good $
4,$ 7, $L3
nop

    sb      $9,0($2)

$ L3:
addiu $
2,$ 2.1
good $
2,$ 5, $L4
addiu $ 3, $3.1

    sb      $0,92($sp)
    addiu   $4,$sp,91
    addiu   $2,$sp,127
    addiu   $5,$sp,95
    li      $8,1                        # 0x1
    li      $6,49                 # 0x31
    li      $7,48                 # 0x30
    li      $9,1                        # 0x1
    li      $11,49                  # 0x31
    li      $10,48                  # 0x30

$ L8:
lb $
3.0 ($ 4)
nop
good $
3,$ 6, $L5
nop

    bne     $8,$9,$L6
    nop

    b       $L7
    sb      $10,0($2)

$ L5:
good $
3,$ 7, $L6
nop

    bne     $8,$9,$L6
    nop

    sb      $11,0($2)
    b       $L7
    move    $8,$0

$ L6:
sb $
3.0 ($ 2)
$
L7:
addiu $ 2, $2, -1
good $ 2, $5,$ L8
addiu $
$ 4, 4, -1

    sb      $0,128($sp)
    addiu   $5,$sp,24
    lui     $4,%hi($LC1)
    addiu   $4,$4,%lo($LC1)
    jal     printf
    nop

    addiu   $5,$sp,60
    lui     $4,%hi($LC2)
    addiu   $4,$4,%lo($LC2)
    jal     printf
    nop

    addiu   $5,$sp,96
    lui     $4,%hi($LC3)
    addiu   $4,$4,%lo($LC3)
    jal     printf
    nop

    move    $2,$0
    lw      $31,140($sp)
    nop
    j       $31
    addiu   $sp,$sp,144