Ihar Katkavets iharkatkavets

All next stepts are performed in Raspberry Pi environment

Create a temporary directory

cd ~ && mkdir swift5.9 && cd !$

Download the latest Swift version for ARM architecture(aarch64). On the moment of preparing the manual the latest version is 5.9

wget https://download.swift.org/swift-5.9-branch/ubuntu2004-aarch64/swift-5.9-DEVELOPMENT-SNAPSHOT-2023-09-21-a/swift-5.9-DEVELOPMENT-SNAPSHOT-2023-09-21-a-ubuntu20.04-aarch64.tar.gz

Extract the acrhive

All the next steps are performed on RaspberryPi machine in console

Download the latest version of neovim from official repository. At the moment of writing the manual the latest version is 0.9.2

cd ~ && mkdir neovim-install && cd !$

wget 'https://github.com/neovim/neovim/archive/refs/tags/v0.9.2.tar.gz'

Extract the downloaded archive and navigate inside

Keepass file format explained

I’m currently working (I’m just at the beginning, and I’m quite slow) on a personal project that will use Keepass files (kdb and kdbx).
I tried to find some documentation about .kdb and .kdbx format, but I didn’t find anything, even in the Keepass official website. I you want to know how these file formats are structured, you must read Keepass’s source code. So I wrote this article that explains how Keepass file format are structured, maybe it will help someone.

	#include <stdio.h>
	#include <stdlib.h>
	#include <unistd.h>
	#include <stdbool.h>
	#include <strings.h>


	char* readline() {
	size_t alloc_length = 1024;
	size_t data_length = 0;

	Convention: Byte array notation as it would appear in a hexeditor.

	= Layout=

	KDBX files, the keepass database files, are layout as follows:

	1) Bytes 0-3: Primary identifier, common across all kdbx versions:
	private static $sigByte1=[0x03,0xD9,0xA2,0x9A];

	2) Bytes 4-7: Secondary identifier. Byte 4 can be used to identify the file version (0x67 is latest, 0x66 is the KeePass 2 pre-release format and 0x55 is KeePass 1)

	import UIKit
	import Swinject

	@UIApplicationMain
	class AppDelegate: UIResponder, UIApplicationDelegate {
	let diResolver = {
	Assembler([CoreAssembly(),
	MainAssembly(),
	PasswordAssembly(),
	FilesListAssembly()]).resolver

	#!/bin/bash

	echo "API KEY ${FABRIC_API_KEY}"
	echo "Look for dSym files at ${BUILT_PRODUCTS_DIR}..."

	FILES=($(find "${BUILT_PRODUCTS_DIR}" -iname '*.dSym' 2>/dev/null))
	for file in "${FILES[@]}"; do
	"${PODS_ROOT}/Fabric/upload-symbols" -d -a "${FABRIC_API_KEY}" -p ios "${file}"
	done

	# OS X
	.DS_Store

	# Xcode
	build/
	*.pbxuser
	!default.pbxuser
	*.mode1v3
	!default.mode1v3
	*.mode2v3

	// take a frame at specified time
	$ ffmpeg -ss 00:02:04.400 -i 03241225_0031.MP4 -vframes 1 -q:v 2 ~/Desktop/output1.jpg