Front-end only, so infinitely simpler, and generally much less useful than gothinkster/realworld.

You need those because it is hard to do the following:

This is hard to do notably because when the update happens, several things might need to change on the webpage at the same time.

Notably, new elements might need to be added to the webpage, which in turn means that new bindings such as button clicks have to be added to those, in a way that keeps the page working.

The only way to do this basically is to have a functional dependency graph that keeps everything in the page in working state as updates come.

Minimal reproduction: stackoverflow.com/questions/62336340/cannot-update-a-component-while-rendering-a-different-component-warning/70317831#70317831

Dummy example of using a React ref This example is useless and to the end user seems functionally equivalent to react/hello.html.

It does however serve as a good example of what react does that is useful: it provides a "clear" separation between state and render code (which becomes once again much less clear in React function components.

Notably, this example is insane because at:we are extracing state from some random HTML string rather than having a clean JavaScript variable containing that value.

In this case we managed to get away with it, but this is in general not easy/possible.

This should only be used for things that happen outside of the state that React trackes, e.g. window event handlers.

Examples:

Our examples are located under nodejs/next:

Solved ones:

This is the lowest level of abstraction computer, at which the basic gates and power are described.

At this level, you are basically thinking about the 3D layered structure of a chip, and how to make machines that will allow you to create better, usually smaller, gates.

Parent/predecessor of ASML.

This is the mantra of the semiconductor industry:

Googling most domains gives only very few results, and most of them are just useless lists of expired domains. Skipping those for now.

Googling "dedrickonline.com" has a git at www.webwiki.de/dedrickonline.com# Furthermore, it also contains the IP address "65.61.127.174" under the "Technik" tab!

Unfortunately that website appears to be split by language? E.g. the English version does not contain it: www.webwiki.com/dedrickonline.com, which would make searching a bit harder, but still doable.

But if we can Google search those IPs there, we might just hit gold.

IP search did work! www.webwiki.de/65.61.127.174

But doesn't often/ever work unfortunately for others.

Googling "activegaminginfo.com" has a git at: cqcounter.com/whois/site/activegaminginfo.com.html which actually contains the IP 66.175.106.148! But I can't find a reverse IP search method. And perhaps due to having lots of CAPTCHAs, Google doesn't seem to index that website very well... it even has a tiny screenshot! And it also shows some more metadata beyond IP, e.g. HTTP response headers, which notably contain stuff like Server: Apache-Coyote/1.1.

Forward search of expired domains appears to often work however, and contains correct IPs and the screenshots. Note that direct access as follows does not work for some reason, you have to type them into the search bar manually:OMG so close. If only Google would index that website we'd be done!!!

Apparently also mirrored at "dawhois":

Searching on github.com: github.com/DrWhax/cia-website-comms from September 2022 contains some of the links to some of the ones reported by Reuters.

A set of software programs that compile high level register transfer level languages such as Verilog into something that a fab can actually produce. One is reminded of a compiler toolchain but on a lower level.

The most important steps of that include:

Given a bunch of interlinked standard cell library elements from the logic synthesis step, actually decide where exactly they are going to go on 2D (stacked 2D) integrated circuit surface.

Sample output format of place and route would be GDSII.