This document provides summaries of common digital forensics tools including grep/egrep, sort, awk, sed, uniq, date, and Windows findstr. It explains what each tool is used for and provides examples of basic usage and useful flags. The overall purpose is to serve as a quick reference guide for forensic analysts to help with computer investigations.
This document provides an introduction to using regular expressions (REs) in the Textpad text editor. It begins with an overview of why REs are useful for searching text, then demonstrates how to write basic REs to find single characters, character ranges, word endings, and more. It also explains how to use RE features like groups, replacements, counting characters, and searching files or folders. The goal is to help uninitiated users learn the basics of writing and using REs in Textpad.
The document appears to be a collection of quotes and short passages on a variety of topics including software development, leadership, learning, knowledge, and nature. Some of the topics covered include Agile software development, the Pomodoro technique, coaching sports teams, regular expressions, ant and human populations, web building by spiders, and factors for successful software project scaling. The document touches on many concepts at a high level without providing significant detail or context for any individual topic.
The document discusses the importance of lifelong learning and curiosity. It emphasizes upgrading one's autonomy, mastery, and purpose through continued education. Several quotes encourage investing in knowledge, seeing the bigger picture, and helping children reach their highest potential through learning.
The document discusses regular expressions (regex), listing some of their key traits like being declarative and domain-specific languages without whitespace or delimiters. It then lists different concepts involved with regex like quantifiers, backtracking, lazy quantifiers, character classes, captures, anchors, and more. It also mentions an upcoming regex training course being held in Stockholm on March 5th.
This document provides summaries of common digital forensics tools including grep/egrep, sort, awk, sed, uniq, date, and Windows findstr. It explains what each tool is used for and provides examples of basic usage and useful flags. The overall purpose is to serve as a quick reference guide for forensic analysts to help with computer investigations.
This document provides an introduction to using regular expressions (REs) in the Textpad text editor. It begins with an overview of why REs are useful for searching text, then demonstrates how to write basic REs to find single characters, character ranges, word endings, and more. It also explains how to use RE features like groups, replacements, counting characters, and searching files or folders. The goal is to help uninitiated users learn the basics of writing and using REs in Textpad.
The document appears to be a collection of quotes and short passages on a variety of topics including software development, leadership, learning, knowledge, and nature. Some of the topics covered include Agile software development, the Pomodoro technique, coaching sports teams, regular expressions, ant and human populations, web building by spiders, and factors for successful software project scaling. The document touches on many concepts at a high level without providing significant detail or context for any individual topic.
The document discusses the importance of lifelong learning and curiosity. It emphasizes upgrading one's autonomy, mastery, and purpose through continued education. Several quotes encourage investing in knowledge, seeing the bigger picture, and helping children reach their highest potential through learning.
The document discusses regular expressions (regex), listing some of their key traits like being declarative and domain-specific languages without whitespace or delimiters. It then lists different concepts involved with regex like quantifiers, backtracking, lazy quantifiers, character classes, captures, anchors, and more. It also mentions an upcoming regex training course being held in Stockholm on March 5th.
The document discusses regular expressions (regex), including their traits as a declarative domain-specific language with no whitespace or delimiters. It covers regex architecture and common functions, quantifiers and quantifier algebra, meta characters, character classes, backreferences, finite regular expressions, assertions, anchors, lookarounds, capture conditions, best practices, applications, dialects, study examples, and testing approaches. It also discusses imperative programming with regex and potential injection attacks.
The document discusses regular expressions and finite automata. It covers topics like glob patterns, regular expressions operators, quantifiers, character classes, assertions, backreferences, and optimizations. It provides examples and quizzes to illustrate different regex concepts. The document is a guide to learning regular expressions and their relationship to abstract machine models like finite state automata.
The document appears to be a blog about timeboxing and productivity techniques. It discusses topics like the Pomodoro technique, estimating tasks, dealing with interruptions, and limiting work-in-progress. Each entry is short, covering a single topic, and includes references to further reading on the author's blog and book about timeboxing and the Pomodoro method.
This document outlines the five modes of the Pomodoro Technique for improving productivity. The modes are: overview, focus, self-inspect, goal free, and background processing. The Pomodoro Technique uses a timer to break work into intervals, typically 25 minutes for focus with short breaks in between.
This document is a daily mind map blog by Staffan Nöteberg that covers various topics related to brain science and mind mapping. It discusses elements of the brain like neurons, synapses, hemispheres and different areas like the hippocampus and amygdala. It also covers functions of the brain such as memory, working memory, sleep, and extrapolation. Additional sections explain what mind maps are, their history and applications, and techniques for creating them.
This document defines and describes 8 key Lean concepts: Andon, Genchi Genbutsu, Heijunka, Jidoka, Kaizen, Kanban, Muda, Mura, and Muri. Each concept is given its own entry in a Lean dictionary with a short definition. The document aims to concisely introduce the fundamental terms and principles of Lean manufacturing.
The Big Tomato Fight: 40.000 people throwing squashed tomates at each other for one hour on last wednesday of August every year in Bunõl, Spain - it's La Tomatina.
From the book Planning Extreme Programming by Kent Beck and Martin Fowler:
Customer Bill of Rights:
* You have the right to an overall plan, to know what can be accomplished, when, and at what cost.
* You have the right to get the most possible value out of every programming week.
* You have the right to see progress in a running system, proven to work by passing repeatable tests that you specify.
* You have the right to change your mind, to substitute functionality, and to change priorities without paying exorbitant costs.
* You have the right to be informed of schedule changes, in time to choose how to reduce scope to restore the original date. You can cancel at any time and be left with a useful working system reflecting investment to date.
Programmer Bill of Rights:
* You have the right to know what is needed, with clear declarations of priority.
* You have the right to produce quality work at all times.
* You have the right to ask for and receive help from peers, superiors, and customers.
* You have the right to make, and update your own estimates.
* You have the right to accept your responsibilities instead of having them assigned to you.
The document discusses regular expressions (regex), including their traits as a declarative domain-specific language with no whitespace or delimiters. It covers regex architecture and common functions, quantifiers and quantifier algebra, meta characters, character classes, backreferences, finite regular expressions, assertions, anchors, lookarounds, capture conditions, best practices, applications, dialects, study examples, and testing approaches. It also discusses imperative programming with regex and potential injection attacks.
The document discusses regular expressions and finite automata. It covers topics like glob patterns, regular expressions operators, quantifiers, character classes, assertions, backreferences, and optimizations. It provides examples and quizzes to illustrate different regex concepts. The document is a guide to learning regular expressions and their relationship to abstract machine models like finite state automata.
The document appears to be a blog about timeboxing and productivity techniques. It discusses topics like the Pomodoro technique, estimating tasks, dealing with interruptions, and limiting work-in-progress. Each entry is short, covering a single topic, and includes references to further reading on the author's blog and book about timeboxing and the Pomodoro method.
This document outlines the five modes of the Pomodoro Technique for improving productivity. The modes are: overview, focus, self-inspect, goal free, and background processing. The Pomodoro Technique uses a timer to break work into intervals, typically 25 minutes for focus with short breaks in between.
This document is a daily mind map blog by Staffan Nöteberg that covers various topics related to brain science and mind mapping. It discusses elements of the brain like neurons, synapses, hemispheres and different areas like the hippocampus and amygdala. It also covers functions of the brain such as memory, working memory, sleep, and extrapolation. Additional sections explain what mind maps are, their history and applications, and techniques for creating them.
This document defines and describes 8 key Lean concepts: Andon, Genchi Genbutsu, Heijunka, Jidoka, Kaizen, Kanban, Muda, Mura, and Muri. Each concept is given its own entry in a Lean dictionary with a short definition. The document aims to concisely introduce the fundamental terms and principles of Lean manufacturing.
The Big Tomato Fight: 40.000 people throwing squashed tomates at each other for one hour on last wednesday of August every year in Bunõl, Spain - it's La Tomatina.
From the book Planning Extreme Programming by Kent Beck and Martin Fowler:
Customer Bill of Rights:
* You have the right to an overall plan, to know what can be accomplished, when, and at what cost.
* You have the right to get the most possible value out of every programming week.
* You have the right to see progress in a running system, proven to work by passing repeatable tests that you specify.
* You have the right to change your mind, to substitute functionality, and to change priorities without paying exorbitant costs.
* You have the right to be informed of schedule changes, in time to choose how to reduce scope to restore the original date. You can cancel at any time and be left with a useful working system reflecting investment to date.
Programmer Bill of Rights:
* You have the right to know what is needed, with clear declarations of priority.
* You have the right to produce quality work at all times.
* You have the right to ask for and receive help from peers, superiors, and customers.
* You have the right to make, and update your own estimates.
* You have the right to accept your responsibilities instead of having them assigned to you.