CarbonIO has served EVE Online well for quite some time, but much has changed on the turbulent seas of the internets since 2011.Īfter seeing the patterns evolve in this new ecosystem, it became clear that a more standardized protocol was needed if this paradigm were ever to be exploited. In most cases, CarbonIO has been addressing each of those issues, but within the custody of the GIL. The simulation must address that message to 1000 destinations as a copy (message routing), convert that data to a wire format (serialization), and then send the data over the wire (transmission). If one ship fires one laser in the middle of 1000 ships, that’s 1000 messages which need to be sent immediately all over the globe. From this new escape hatch, the bottlenecks associated with the GIL were rediscovered, but with a clearer picture of their expensive manifestations: message routing, serialization, and transmission. Through these projects, a new paradigm was established within the server architecture of EVE Online: a message bus. The first form of Project Sanguine emerged with ESI and the first iteration of EVE Portal in late 2016. So Project Sanguine landed on two goals: dodge the GIL and clear the table for moar lasers. Simulating nearly 9,000 players in the same space could be faster if New Eden didn’t have to worry about everything else on its to-do list. In contrast, Project Sanguine targeted the boring bits which represent EVE’s dense feature set. The goal there wasn’t to fundamentally change the communication model of EVE Online, but instead change the simulation model. There have been many experiments in this regard which are tangential to Project Sanguine, with the most public one being EVE: Aether Wars. What if the GIL didn’t have to be courted for every idea that arose? How can the hardware industry’s explosion in core counts over individual processor clock speed be taken advantage of? EVE’s adoption of Stackless Python, implementation of IOCP through StacklessIO then CarbonIO, and cooperative design around time dilation is all to maintain the favorite illusion: New Eden breathes. Simply, Python can only do one thing at a time. Every optimization in EVE comes down to careful negotiation with Python’s Global Interpreter Lock (GIL). Originating as some scribbles under the heading “Project Sanguine”, reasoning began about the problem space in which CarbonIO lived. The last time the networking layer was fundamentally changed was in 2011 with the introduction of CCP’s IOCP implementation, “ CarbonIO”, which eventually became the foundation of the infamous time dilation. Lost in the bright lights of the new NPE and tucked under the pixels of Skill Plans reverberates a fundamental change in how EVE Online moves into the future. The below amounts are on a per-unit basis.Tuesday, 14 September 2021, is a significant flash point which represents the end of an era and the access to powerful opportunities for EVE Online. Using Tech 2 Gneiss mining crystals requires the following additional skills: Using Gneiss mining crystals requires the following skills:
It is the most sought after member of the Gneiss family, as it yields 10% more than common Gneiss. Prismatic Gneiss has fracturized molecule-structure, which explains its unique appearance. Finding the more expensive variation of Gneiss, called Iridescent Gneiss, is a major coup for these miners. Gneiss is often the first major league ore that up and coming miners graduate to.
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