Main

processing priority

3

site type

0 (generic, awaiting analysis)

review version

11

html import

20 (imported)

Events

first seen date

2023-12-18 15:02:25

expired found date

-

created at

2024-06-07 20:11:02

updated at

2025-12-31 07:32:15

Domain name statistics

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crc

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tld

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Connections

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Subdomains and pages

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Error counters

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count content received but rejected due to 11-799

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next operation date

2025-04-24 14:55:32

Server

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mp rejected date

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mp saved date

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mp size orig

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mp inner links status

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Open Graph

title

Random Thoughts

description

Warranty void.

image

site name

author

updated

2025-12-19 12:44:09

raw text

Random Thoughts Random Thoughts Warranty void. Dec 30, 2021 .NET's Cryptographic One-Shots Over the past few releases in .NET, formerly .NET Core, there has been progress on making cryptographic primitives like AES, SHA, etc. better for developers to use. “Better” is an interesting point of conversation with cryptographic API design. To a developer, better may mean more throughput, less allocations, or a simply less cumbersome API. To a framework or library author, it means thinking about how developers will use, or mis-use, an API. Let’s look at AES encryption as it was in the .NET Framework days: using System.Security.Cryptography ; byte [] data = default ; using ( Aes aes = Aes . Create ()) { byte [] key = default ; // Get a key from somewhere byte [] iv = default ; // Get a unique IV from somewhere using ICryptoTransform transform = aes . CreateEncryptor ( key , iv ); byte [] encrypted = ...

Text analysis

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detected language

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category id

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text cyrillic

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text characters

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RSS

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Sitemap

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