rb | safe fixed-size circular buffer | Runtime Evironment library

Add collider to both character and objects. Make sure the character is placed correctly placed in the scene. Also make sure that character has rigidbody.

The request.files['file'] is an instance of a FileStorage class. refer to api, you cannot use with open(uploadmedia, 'rb') as file: .

try using stream attribute :

As the comments mention you should refer to type casting. In your example you try to add a string with an integer. This is not possible.

You can directly do it by casting N3ID to int or you can add some type checks before you proceed with your addition.

In the first case you can simply do int(N3ID) and then add your number.

If you want to perform type check there are a couple of ways to do it.

• You can check the type of your var with type(N3ID) or (isinstance(N3ID, int)) and then decide accordingly how to proceed.
• You can check if your var can be cast in integer with isdigit() method.

isinstance and type docs can be found here

isdigit is a string method can be found here

Changed the location.belowbar and location.abovebar with location.absolute and the plotshapes display (ex: if _hl is true, plot at the RSI level, otherwise pass)

I had the same problem and I found a workaround here at https://github.com/jekyll/jekyll/issues/8523

Add gem "webrick" to the Gemfile in your website. Than run bundle install

At this point you can run bundle exec jekyll serve

For me it works!

The way you're encrypting data makes no sense. Asymmetric encryption can only encrypt a small, fixed amount of data. Never use asymmetric encryption such as RSA-OAEP for anything other than a symmetric key, and use that symmetric key to encrypt the actual data. For the symmetric encryption, use a proper AEAD mode such as AES-GCM or ChaCha20-Poly1305. This is called hybrid encryption.

Other things that are wrong with your code:

• A 1024-bit RSA key is not enough for security: 2048-bit is a minimum, and you should prepare to move away from RSA because its key sizes don't scale well. (Feel free to use 1024-bit keys for testing and learning, just don't use anything less than 2048-bit for RSA in production.)
• The encryption is a binary format, but you join up lines as if they were text. Text or binary: pick one. Preferably use a well-known format such as ASN.1 (complex but well-supported) for binary data or JSON for text. If you need to encode binary data in a text format, use Base64.

If this is for real-world use, scrap this and use NaCl or libsodium. In Python, use a Python wrapper such as libnacl, PyNaCl, pysodium or csodium. Use a public-key box. The Python APIs are slightly different for each Python wrapper, but all include a way to export the keys.

If this is a learning exercise, read up on hybrid encryption. Look inside libsodium to see how to do it correctly. Key import and export is done with the methods import_key and export_key. Symmetric encryption starts with Crypto.Cipher.AES.new(key, Crypto.Cipher.AES.MODE_GCM) or Crypto.Cipher.ChaCha20_Poly1305.new(key) (Crypto.Cipher.AES.new(key, Crypto.Cipher.AES.MODE_GCM, nonce=nonce) or Crypto.Cipher.ChaCha20_Poly1305.new(key, nonce=nonce) for decryption).

TL;DR. You should check that the pointer returned by bpf_map_lookup_elem is not NULL.

With the following logs, the BPF verifier is telling you that, when it reaches the dereference of my_pid, the pointer may still have a NULL value. It thus contains a map value or a NULL value, i.e., map_value_or_null.

Generally, you want to reduce cyclomatic complexity to make debugging and figuring out logic easier. Cyclomatic complexity can usually be identified by having a number of if statements nested inside each other. Try:

You can get around the problems of subclassing dict by subclassing collections.UserDict instead. As the docs say:

Class that simulates a dictionary. The instance’s contents are kept in a regular dictionary, which is accessible via the data attribute of UserDict instances. If initialdata is provided, data is initialized with its contents; note that a reference to initialdata will not be kept, allowing it be used for other purposes.

Essentially, it's a thin regular-class wrapper around a dict. You should be able to use it with multiple inheritance as an abstract base class, as you do with AbstractRememberingDict.