Implementing
We track 18 posts about Implementing from 12 engineering blogs. Most active: Abhinav Sarkar, T.J. Maher, Google Online Security. Latest post: Oct 7, 2026.
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Implementing a Modular Master-Agent Telemetry & Diagnostic Framework in Python: Prime-Sentinel Command (PSC) (opens on the source site)
Tags: python architecture oop design-patterns distributed-systems When engineering distributed monitoring agents or designing low-latency health-checking pipelines, separating centralized governance from autonomous edge execution is essential. I designed the Prime-Sentinel Command (PSC) architecture as an object-oriented master-agent pattern to coordinate edge diagnostic nodes (Sentinels) via a centralized orchestrator (Prime). Below is an architectural walkthrough and minimal reference implementation for engineers looking to build similar decoupled telemetry collectors. Many diagnostic…
Implementing GitOps from Infrastructure to DB Operators to Unify Ops for Kubernetes Databases (opens on the source site)
Most platform teams already use GitOps for their Kubernetes apps. The config lives in Git, Argo CD applies it, and deployments are predictable. But look one layer down and things get messy. Infrastructure setup is often still done by hand, running Terraform locally or through scattered scripts. Database operations, especially for databases running through Kubernetes […] The post Implementing GitOps from Infrastructure to DB Operators to Unify Ops for Kubernetes Databases appeared first on Severalnines.
Implementing a Phoenix PubSub Adapter with EventStore (opens on the source site)
Distributed systems need async message delivery across nodes. Phoenix provides Phoenix PubSub for this, with pluggable adapters for different backends — officially PG2 and Redis. This post walks through implementing a Phoenix PubSub adapter backed by EventStore, an Elixir event sourcing library that persists events to PostgreSQL as an append-only log. Using EventStore as a PubSub backend has a few advantages over the default PG2 adapter: No Erlang distribution required: nodes communicate through the shared database rather than through the Erlang cluster, so you can run multiple nodes without…
Python operator overloading: Implementing __add__ for + (opens on the source site)
How can your Python object support +? Implement __add__: The post Python operator overloading: Implementing __add__ for + appeared first on LernerPython.
Implementing Page Objects in Playwright (opens on the source site)
Picture a login screen, such as The-Internet / Login. On this LoginPage, there is:a heading: Login Pagea user name textbox with the label, "Username"a password textbox with the label, "Password"a login button, with the role of a button, and the name of "Login"a flash message that appears if you enter invalid credentials such as "NotAUser" and "NotAPassword".If you successfully log in with "tomsmith" and "SuperSecretPassword!, there is a SecureArea:a heading: "Secure Area"a flash message "You logged into a secure area!"a Logout button. Sure, you could interact with each web element in your…
Implementing Page Objects in Playwright (opens on the source site)
Picture a login screen, such as The-Internet / Login. On this LoginPage, there is: a heading: Login Page a user name textbox with the label, "Username" a password textbox with the label, "Password" a login button, with the role of a button, and the name of "Login" a flash message that appears if you enter invalid credentials such as "NotAUser" and "NotAPassword". If you successfully log in with "tomsmith" and "SuperSecretPassword!, there is a SecureArea: a heading: "Secure Area" a flash message "You logged into a secure area!" a Logout button. Sure, you could interact with each web element in…
An Engineer’s Guide to Better AI Skills: Implementing a Testing Process to Optimize Agent… (opens on the source site)
An Engineer’s Guide to Better AI Skills: Implementing a Testing Process to Optimize Agent Performance in Any Repository or SkillAuthor: Daniel ReedThe tech industry is currently seeing a massive overhaul in the way we work and many are enjoying the benefits of AI agents, particularly when automating engineer workflows and serving domain-specific knowledge. However, relying on agents to consistently invoke a custom skill can be surprisingly unreliable at times.When adopting a new skill intended to help agents write code for Pinterest’s iOS architecture (I’ll call it rx-mvvm) we discovered that…
Security for the Quantum Era: Implementing Post-Quantum Cryptography in Android (opens on the source site)
Posted by Eric Lynch, Product Manager, Android and Dom Elliott, Group Product Manager, Google Play Modern digital security is at a turning point. We are on the threshold of using quantum computers to solve "impossible" problems in drug discovery, materials science, and energy—tasks that even the most powerful classical supercomputers cannot handle. However, the same unique ability to consider different options simultaneously also allows these machines to bypass our current digital locks. This puts the public-key cryptography we’ve relied on for decades at risk, potentially compromising…
Security for the Quantum Era: Implementing Post-Quantum Cryptography in Android (opens on the source site)
Posted by Eric Lynch, Product Manager, Android and Dom Elliott, Group Product Manager, Google Play Modern digital security is at a turning point. We are on the threshold of using quantum computers to solve "impossible" problems in drug discovery, materials science, and energy—tasks that even the most powerful classical supercomputers cannot handle. However, the same unique ability to consider different options simultaneously also allows these machines to bypass our current digital locks. This puts the public-key cryptography we’ve relied on for decades at risk, potentially compromising…
Implementing a clear room Z80 / ZX Spectrum emulator with Claude Code (opens on the source site)
Antirez ·
Anthropic recently released a blog post with the description of an experiment in which the last version of Opus, the 4.6, was instructed to write a C compiler in Rust, in a “clean room” setup. The experiment methodology left me dubious about the kind of point they wanted to make. Why not provide the agent with the ISA documentation? Why Rust? Writing a C compiler is exactly a giant graph manipulation exercise: the kind of program that is harder to write in Rust. Also, in a clean room experiment, the agent should have access to all the information about well established computer science…
Implementing Co, a Small Language With Coroutines #5: Adding Sleep (opens on the source site)
In the previous post, we added channels to Co, the small language we are implementing in this series of posts. In this post, we add the sleep primitive to it, enabling time-based coroutine scheduling. We then use sleep to build a simulation of digital logic circuits.
Implementing Unsure Calculator in 100 lines of Haskell (opens on the source site)
Contents 1 Unsure Calculator 1.1 Sampling it up 1.2 Calculator Expressions 1.3 Showing up 1.4 Conclusion 1 Unsure Calculator The recently trendy Unsure Calculator makes reasoning about numbers with some uncertainty just as easy as calculating with specific numbers. The key idea is to add a new “range” operator (written ~) to the vocabulary of a standard calculator. The range x~y denotes that a real value is uncertain, but we are 95% sure that it falls between x and y1. Reading the notation is easy: when you see 10~15, you say: “ten to fifteen”. Arithmetic operations and friends (e.g. sin, or…
Implementing Co, a Small Language With Coroutines #4: Adding Channels (opens on the source site)
In the previous post, we added coroutines to Co, the small language we are implementing in this series of posts. In this post, we add channels to it to be able to communicate between coroutines.
Implementing Co, a Small Language With Coroutines #3: Adding Coroutines (opens on the source site)
In the previous post, we wrote the interpreter for basic features of Co, the small language we are building in this series of posts. In this post, we explore and implement what makes Co really interesting: support for lightweight concurrency using Coroutines.
Implementing Co, a Small Language With Coroutines #2: The Interpreter (opens on the source site)
In the previous post, we wrote the parser for Co, the small language we are building in this series of posts. The previous post was all about the syntax of Co. In this post we dive into the semantics of Co, and write an interpreter for its basic features.
Implementing Co, a Small Language With Coroutines #1: The Parser (opens on the source site)
Many major programming languages these days support some lightweight concurrency primitives. The most recent popular ones are Goroutines in Go, Coroutines in Kotlin and Async in Rust. Let’s explore some of these concepts in detail by implementing a programming language with support for coroutines and Go-style channels.
Implementing In-App Purchases on iOS (opens on the source site)
Monetizing apps is challenging. In this course, Implementing In-App Purchases on iOS, you’ll learn to offer digital products and services directly within your app as in-app purchases. Resources Implementing In-App Purchases on iOS Course Outline First, you’ll explore how to translate business requirements into digital products and configure them in App Store Connect and Xcode. Next, you’ll discover how to build and test a store within your app using StoreKit. Finally, you’ll learn how to make sure purchases made within your app are authentic, and unlock content that’s been purchased by your…
Implementing Domain Driven Design at Small Improvements (opens on the source site)
We all love reading about the latest software developments trends and buzzwords but they can often turn out to be just that, buzzwords. For us at Small Improvements, Domain Driven Design (DDD) has really lived up to it’s own hype though and helped us build better software, faster and fewer bugs to boot. Do we have […]
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