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Ludii is a general game system for modeling games and puzzles, although it focuses on historical and traditional games. Ludii was recently used to provide the training data for a Kaggle competition . I noticed their wishlist contained Wumpus World , a common puzzle used for AI training and education. Intrigued, I implemented and submitted a version of Wumpus World . Wumpus World in the Ludii Player Background: Hunt the Wumpus / Wu....
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Ludii is a general game system for modeling games and puzzles, although it focuses on historical and traditional games. Ludii was recently used to provide the training data for a Kaggle competition . I noticed their wishlist contained Wumpus World , a common puzzle used for AI training and education. Intrigued, I implemented and submitted a version of Wumpus World . Wumpus World in the Ludii Player Background: Hunt the Wumpus / Wu....
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Normal People by Sally Rooney surprised me. In essence it had the characteristics of an simple and uncomplicated read, the kind…
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Last week, I wrote an article about how to create value objects in Ruby - the idiomatic way. This week, I will share some real examples of using the data object to show some real examples. Remove boilerplate constructor code If you are defining class...
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A way to run weather forecasts with orders of magnitude less computing power and picking a strategy based on what your opponent/competitor doesn’t want you to do.
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A way to run weather forecasts with orders of magnitude less computing power and picking a strategy based on what your opponent/competitor doesn’t want you to do.
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As an attempt to branch out with my writing, I've taken to working on various fiction and non-fiction pieces...
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As an attempt to branch out with my writing, I've taken to working on various fiction and non-fiction pieces...
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Classic brands aren’t built on fleeting trends. They honor their brand promise, use enduring design principles, and balance legacy with innovation to inspire customers through the decades.
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Asia-Pacific | Managed Services at Thoughtworks: It's more than a career. It’s a journey we’re on together
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www.thoughtworks.com
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1 year ago
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eng
Asia-Pacific | Managed Services at Thoughtworks: It's more than a career. It’s a journey we’re on together
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I’m reading “Bread and Wine: Readings for Lent and Easter” this lent and there’s another reading from The Gospel in Solentiname by Ernesto Cardenal. I’ve quoted a similar reading before from their advent book. They’re beautiful conversations. They’re discussing the scene where Mary (sister of Martha and Lazarus) pours absurdly expensive perfume on Jesus. Maria’s […]
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I heard Isabelle Demers play the Åkerman organ at Uppsala Domkyrka last week. As far as first organ recitals go, this was a beautiful one to have gotten the opportunity to start with - even though the instrument did not seem to particularly resonate with me. Or maybe I just need to hear more of it to properly appreciate it.
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MacPaint is a monochromatic raster image painting program that introduced many people to mouse-driven controls, tool palettes, and copy and paste integration with other applications. One of two launch applications for the Apple Macintosh in 1984, MacPaint is emblematic of the Macintosh’s early quirky revolutionary branding, focus on ease of use, and appeal to artistic customers. Using the source code, we examine the design and implementatio....
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MacPaint is a monochromatic raster image painting program that introduced many people to mouse-driven controls, tool palettes, and copy and paste integration with other applications. One of two launch applications for the Apple Macintosh in 1984, MacPaint is emblematic of the Macintosh’s early quirky revolutionary branding, focus on ease of use, and appeal to artistic customers. Using the source code, we examine the design and implementatio....
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Just wanted to cross post something over on my personal blog. I’ve been writing some blog posts on the Invisible Work of OpenStack, and it looks like they’re going to be published over at the G-Research Blog . I’ll keep this post up to date with links to the posts as they are published. Invisible Work of OpenStack series: Invisible work of OpenStack: Eventlet Migration (New!) Invisible work of OpenStack: Testing Matrices Invisib..
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Best viewed on the original page , where extended functionality like the footnote helper is available. As i coded on OuroborosDB i noticed that i need a very fast queue for a rather unique architectural design decision. I try to build the network module in such a way that i can test the behavior completely deterministic while “simulating” entire clusters in a single process. So i build a test prototype of my global network queue ....
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Any imbalance that makes it past the Mempool is a potential source of MEV profit. In this post, I describe the process of discovering, analyzing, and executing a long-tail MEV strategy on the Ethereum Mainnet. We will discuss Mempool monitoring, oracle backrunning, recurring Defi exploits, and more. I’ll also showcase how to use mevlog.rs CLI and web interface for finding long-tail profit opportunities. Disclaimer: The information prov....
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Any imbalance that makes it past the Mempool is a potential source of MEV profit. In this post, I describe the process of discovering, analyzing, and executing a long-tail MEV strategy on the Ethereum Mainnet. We will discuss Mempool monitoring, oracle backrunning, recurring Defi exploits, and more. I’ll also showcase how to use mevlog.rs CLI and web interface for finding long-tail profit opportunities. Disclaimer: The information prov....
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