The second purpose of skip connections is specific to transformers — preserving the original input sequence.

Skip connections serve two purposes. The first is that they help keep the gradient smooth, which is a big help for backpropagation. Attention is a filter, which means that when it’s working correctly it will block most of what tries to pass through it.

The central object in the transformer is the residual stream.

One of the main features of the high level architecture of a transformer is that each layer adds its results into what we call the “residual stream.”Constructing models with a residual stream traces back to early work by the Schmidhuber group, such as highway networks  and LSTMs, which have found significant modern success in the more recent residual network architecture . In transformers, the residual stream vectors are often called the “embedding.” We prefer the residual stream terminology, both because it emphasizes the residual nature (which we believe to be important) and also because we believe the residual stream often dedicates subspaces to tokens other than the present token, breaking the intuitions the embedding terminology suggests. The residual stream is simply the sum of the output of all the previous layers and the original embedding. We generally think of the residual stream as a communication channel, since it doesn't do any processing itself and all layers communicate through it.

A transformer starts with a token embedding, followed by a series of “residual blocks”, and finally a token unembedding. Each residual block consists of an attention layer, followed by an MLP layer. Both the attention and MLP layers each “read” their input from the residual stream (by performing a linear projection), and then “write” their result to the residual stream by adding a linear projection back in. Each attention layer consists of multiple heads, which operate in parallel.

You could find yourself learning how buildings and structures are put together, as well as the guidelines and building requirements that govern the industry.

Defenders can design their own infrastructure to be im-mutable and ephemeral, as is becoming an emerging trend inprivate sector defense through the practice of Security ChaosEngineering

Deploy engines as separate app instances and have them only communicate over network boundaries. This is something we’re starting to do more.

we need to consider how the architecture might make the UX suck.

my strong sense is that we’re currently papering over major UX problems that are linked to core architectural properties.

Through her writing Easterling often forces architects to re-envision their role in the making of space around the world, extolling the virtues of knowing how versus knowing what. She also encourages them to consider creating “active forms” — time-released protocols that manage spatial levers, exchanges, and switches — in addition to “object forms,” or what we commonly think of as buildings.

Amiga had "AREXX ports" which meant you could script desktop software together in ways not possible even today, on any OS.It's not enough that there must exist technically, a possibility. The app vendors much themselves go to the trouble of adding such "scriptability" into their apps.Instead everything is very slick, but very siloed and nowadays tied to a cloud offering, which is great, but it's more often than not locked to that vendor

When you select the finest place to study architecture abroad, you will be able to choose from a variety of programs at all levels–bachelor’s, master’s, and doctoral.

microservice typically implements a set of distinct features or functionality. Each microservice is a mini‑application that has its own architecture and business logic

A monolithic application is a single-tiered software application in which different modules are combined into a single program

Microservices, or microservices architecture, are the modern methods of designing software applications that compartmentalize the software into chunks of small and independent services

this story of the Montgomery ward complex, that's that's along the river. And Montgomery Ward is, you know, kind of long gone as a company. But there's this one, the headquarters building was this kind of generic, um, rectangular, modernist building. But they had these four concrete post on the corner and I passed this building all the time. I'd never cared much for it. And then the architecture of the curator on the boat, the docent said that, Well, the reason why that building is the way it is, is that the Montgomery Ward Company sort of prided itself on its egalitarian hierarchy. And they wanted to build their headquarters so that there were no um, VPs fighting over who got the corner office. And so they made a building with no possibility of a corner office at all.

"roundels are the oldest evidence of architecture in the whole of Europe," Řídký told Radio Prague International earlier this year.

Monasteries and convents served as models for the dorm and for the campus itself. Walled off from a threatening medieval world, they provided security for contemplation and worship while also serving as a place where learning, the arts, music, horticulture, and other cultural activities might flourish.

ErnestHemingway once said that good prose is architecture,not interior decorating.

They help us do everything from controlling traffic lights to managing power grids. This is why embedded systems architecture is so important – without it, we wouldn’t have any technology at all.

the six 00:48:41 six big systems i've mentioned can be viewed as a cognitive architecture it's the it's the means by which the society learns decides adapts and 00:48:54 and this society's efforts this is the third underlying position the society's efforts to learn decide and adapt and be viewed as being driven by an intrinsic purpose and that's really key also 00:49:08 because it's not just that we're learning deciding and adapting willy-nilly i mean i mean maybe it seems that way in the world you know in the sense we're so dysfunctional it kind of is billy nilly but 00:49:20 but what really matters is that we learn decide and adapt in relation to whatever intrinsic purpose we actually have as as a society as individuals in a 00:49:34 society it's that it's it's it's it's as i will use the the term uh maybe several times today it's solving problems that matter that really that really 00:49:45 matter that's what we're after

if if one looks around and on the web and elsewhere there are numerous uh kind of experiments going on in in a 00:40:13 variety of things in the and new forms of representative democracy new forms of decision making new forms of economies in the sense of 00:40:26 you know local digital currencies and things like that i think all of those you know all of those are are excellent um you know a resource to draw from 00:40:43 uh of the the task is then is to take these ideas these ideas that are springing up all over and put integrate them in a way that is functional you know 00:40:57 can serve a community initially maybe the community is small just a few thousand but the idea is that it would that it would grow over time exponentially grow to who knows you know hundreds of thousands millions i don't know 00:41:09 so how can you take all those ideas and actually make them work sometimes i i liken it to you know that you might tinker in the garage with a with an airplane you know you might 00:41:21 build a two-seater in the garage and that's totally cool you know you can you know that maybe what the wright brothers did or something that's fantastic but i'm really interested in building a jumbo jet that takes you know 500 00:41:33 passengers at a time in an hour and a half to from new york to london or whatever and doesn't fall in the ocean you know like so how do you do that how do you how do you build a integrated system that is safe that is 00:41:47 resilient that is that it that has metrics that you can monitor progress that has good anticipation so you know where the you know that where you're going tomorrow you know where this 00:42:00 where is this going you know what's going to happen tomorrow and sort of what's going to happen to me you know that's that's part of the question so uh so the so i think the challenge is to take all these ideas that are 00:42:11 that are popping up all over which some really great ideas and then to integrate them into uh into a coherent hole that that spans every one of the i think maybe is it six 00:42:23 systems that i talk about so that so that they're not designed in silos we're not just building the new economic system we're not just building a new educational system we're building this we're building a 00:42:36 a cognitive architecture that includes all of those

so number one uh societal transformation is necessary if we're to avoid catastroph catastrophe and maintain and improve social and ecological well-being 00:18:00 that's the starting that's this that's where this whole thing starts that's something that's transformation is necessary number two uh one kind of societal transformation is is a science driven transformation 00:18:13 you know you can imagine all kinds of there could be war uh revolution could be a a type of of transformation and i'm not talking about revolution here i'm talking about a science-driven 00:18:24 evidence-based uh development of and migration to fundamentally new systems so we're talking about dinovo de novo design from scratch right this is so we're not 00:18:38 improving uh capitalism for example or represented democracy where we're looking at conceivable de novo designs that might be fit or among the most 00:18:52 fit of all possible designs number three is uh now um you know if i were a genius which which i'm not but if i were a genius and i came up with the 00:19:05 greatest plan that everyone could you know we could rearrange society according to this you know this design uh if there were no way to a practical way to implement that then i would have been wasting my time 00:19:19 so a big part of this series is actually especially paper number two is really focused on what what is a how could this actually be done in the real world how can how can you do this 00:19:32 um so i i claim at least that there is a viable and affordable uh way to go about transformation that within a reasonable span of time 00:19:44 uh and i and i when i consider 50 a 50-year program here to be a reasonable span of time transformation could spread to near global levels so um you know we're talking about a 00:19:57 concerted effort over a long period of time to reach a global scale change but that does not mean that no change happens until the 49th year it means that change happens 00:20:11 exponentially fast so maybe in the first few years there's you know there's not a lot going on but it goes exponentially fast from there and those communities local communities that participate in this 00:20:24 r d program would be obviously be the first to reap the benefits uh number four the and this is maybe one of the key world view aspects of this paper number one is all 00:20:37 about world view the proposed program views society as a cognitive organism and its societal systems as a cognitive architecture so you know that 00:20:50 if indeed society is a cognitive organism and ours and our systems are part of the cognitive architecture that already lends itself to ideas of how you might measure fitness now you're starting 00:21:02 we're starting to get an idea of what is a system supposed to do so we'll be getting more into that today number five the intrinsic purpose of a society now obviously if we're going to 00:21:17 build a new system we have to know for what is a new system supposed to do like what is an economic system supposed to do what is a governance system supposed to do what is the what is the purpose of them so uh uh 00:21:30 purpose is also a big part of the world view in the first paper and the i one of the points of the fifth point is that the intrinsic purpose of a society of societal uh cognition and thus also of societal 00:21:42 systems is to achieve and sustainably maintain social and economic ecological viability and vitality probably broadly defined now if you're listening carefully and 00:21:55 you're of the active inference persuasion you'll you'll already see active inference in here when i talk when we talk about um sustainably maintain that means and 00:22:07 anticipation of the future all right uh i also say here the cognition is largely focused on reducing the uncertainty that our intrinsic purpose will be successfully fulfilled 00:22:22 now and in the expected future so uh again we have a concept from active inference that is uncertainty um the cognitive view opens up many new opportunities for research 00:22:35 and and i feel like this view is really critical if we are to truly uh have some kind of of 00:22:46 optimally beneficial societal systems and uh number seven the last one this proposed r d program like i already mentioned it represents uh it's conceptual now but it represents a partnership 00:23:03 between local communities and the global science community um and the you know neither of those are monolithic the global science 00:23:15 community is you know it was a whatever however you might want to envision it a hundred labs or a thousand labs around the world or individual researchers or groups of researcher teams interdisciplinary teams at one 00:23:28 institution teams across institutions that is what i'm that is really who i'm speaking i'm in the in this series i'm speaking to the science world and i'm 00:23:38 suggesting or offering or or you know hoping that the science community might find this perspective interesting and see the the benefits that would be the 00:23:53 scientific benefits that would come of this the the research gains that would come of this the possibilities that would come of this and and and get engaged right so it's kind of a 00:24:06 like i'm asking the science community to get engaged in this problem in it and in a particular kind of way and in what some people have called a second to you know whatever the phrase escapes me 00:24:19 in the moment so i forget what the uh what is the title their second second i'm gonna just call it second order science but i think there's a slightly different phrase very interesting i remember reading this 00:24:36 second order yeah yeah second order science

so obviously the word transformation is in the title of the 00:10:54 series so this you know the general topic is societal transformation and although that term alone is a little bit you know people have different ideas of what societal transformation means so i 00:11:07 want to make a few things clear i especially in the second paper i make the distinction between reform and trends and transformation 00:11:19 and by reform i mean anything that would you know improve our government system and prove our our economic system improve our legal system you know 00:11:33 one example might be uh levying taxes on the wealthy or something and then you know using those fees to to provide medical services or something 00:11:45 or altering how long a representative can be in and you know in congress in the legislature or something like that or ways to vote or things like that those really 00:11:59 those are all what i would consider reforms and i'm interested in a different question i'm interested in the question out of all conceivable ways to organize the societal systems and by 00:12:11 societal systems i really focus on a few of them uh governance systems economic systems uh legal systems educational systems and i think maybe one or two others out of 00:12:24 out of that i i view those systems as the cognitive architecture of a society that is that's how society thinks through 00:12:35 those systems it it learns it adapts it decides and and evolves kind of through that kind of cognitive architecture and my question 00:12:49 is out of all possible conceivable ways out of all con for example out of all conceivable economic systems what ones might be best for 00:13:01 uh for demonstratively showing that that they're you know they excel at in improving or maintaining um social environmental well-being 00:13:13 so so even that even there we have uh the concept of a fitness coming into this that is what out of all conceivable systems which are the most fit for purpose and now now 00:13:26 soon we can talk about what purpose might be but you know that that is a new question that's that is a question that's hardly been asked in the in the history and i think maybe um it's only now 00:13:38 that science has the tools and the theoretical understandings that maybe it's maybe this is right maybe maybe it is time that we can talk about the purpose of a society and 00:13:50 how fit a given system design might be

Gall's Law is a rule of thumb for systems design from Gall's book Systemantics: How Systems Really Work and How They Fail. It states: .mw-parser-output .templatequote{overflow:hidden;margin:1em 0;padding:0 40px}.mw-parser-output .templatequote .templatequotecite{line-height:1.5em;text-align:left;padding-left:1.6em;margin-top:0}A complex system that works is invariably found to have evolved from a simple system that worked. A complex system designed from scratch never works and cannot be patched up to make it work. You have to start over with a working simple system.

the majority of operational problems that arise when moving to a distributed architecture are ultimately grounded in two areas: networking and observability.

Ada Louise Huxtable

The IPCC authors write that “judicious labelling, framing, and communication of social norms can also increase the effect of mandates, subsidies, or taxes.” Interventions that change the “choice architecture” so people have an easier time taking the cleaner option include: default enrollment in green programs, increasing taxes on carbon-intensive products, and substantially tightening regulations and standards.

Francis Kere. “I grew up in a community where there was no kindergarten, but where the community was your family,” he says. “Everyone took care of you and the entire village was your playground. My days were filled with securing food and water, but also simply being together, talking together, building houses together.”

Strawberry Hill was a confection, a mock-castle of a fake dynasty complete with a reproduction baronial hall, flourishing the arms and images of putative crusader ancestors on the ceiling.

The ecliptic is tilted towards the north in the southern hemisphere,and towards the south in the northern hemisphere. Many people inthe southern hemisphere prefer housing with north-facing windowsand balconies and that take advantage of the light and warmth of theSun. Venture north of the equator, and that preference is for south-facing properties. First Peoples of the world follow the samepreference, with homes, villages and cities constructed to takeadvantage of the Sun.

In our current global networked culture that puts so much emphasis on the virtual and the visual, the mind and the body have become detached and ultimately disconnected. Though physical appearance is idolised for its sexual appeal and its social identity, the role of the body in developing a full understanding of the physical world and the human condition has become neglected. The potential of the human body as a knowing entity – with all our senses as well as our entire bodily functions being structured to produce and maintain silent knowledge together – fails to be recognised. It is only through the unity of mind and body that craftsmanship and artistic work can be fully realised. Even those endeavours that are generally regarded as solely intellectual, such as writing and thinking, depend on this union of mental and manual skills.

Raffi Krikorian explains the architecture used by Twitter to deal with thousands of events per sec - tweets, social graph mutations, and direct messages-.

+----------------------- | RESOURCE EXISTS ? (if private it is often checked AFTER auth check) +----------------------- | | NO | v YES v +----------------------- 404 | IS LOGGED-IN ? (authenticated, aka user session) or +----------------------- 401 | | 403 NO | | YES 3xx v v 401 +----------------------- (404 no reveal) | CAN ACCESS RESOURCE ? (permission, authorized, ...) or +----------------------- redirect | | to login NO | | YES | | v v 403 OK 200, redirect, ... (or 404: no reveal) (or 404: resource does not exist if private) (or 3xx: redirection)

StylEx architecture.

“Any large room looks wrong without the appropriate number of people in it,” Mr. Byers writes. “An unused living room looks empty. An empty ballroom is absolutely creepy; it looks as if it is waiting desperately for something to happen. A library, on the other hand, is delightful when full but still especially attractive when empty.”

Now this is getting too complex for discussing this here and these type of architectural decisions require more in depth understanding than what I can provide here.

My UIs are data/store driven. The UI is just a way to visualize the data. Your data could flow through all of of the extensions and the extensions can make decisions (e.g. setting visible to false). Like middlewares in a Connect/Express/Polka app. And the UI doesn't even know about all this, it just updates with the current state and makes sure it's consistent.

The main idea behind the space-based pattern is the distributed shared memory to mitigate issues that frequently occur at the database level. The assumption is that by processing most of operations using in-memory data we can avoid extra operations in the database, thus any future problems that may evolve from there (for example, if your user activity data entity has changed, you don’t need to change a bunch of code persisting to & retrieving that data from the DB).The basic approach is to separate the application into processing units (that can automatically scale up and down based on demand), where the data will be replicated and processed between those units without any persistence to the central database (though there will be local storages for the occasion of system failures).

Microservices architecture consists of separately deployed services, where each service would have ideally single responsibility. Those services are independent of each other and if one service fails others will not stop running.

First of all, if you know the basics of architecture patterns, then it is easier for you to follow the requirements of your architect. Secondly, knowing those patterns will help you to make decisions in your code

Mikrokernel Architecture, also known as Plugin architecture, is the design pattern with two main components: a core system and plug-in modules (or extensions). A great example would be a Web browser (core system) where you can install endless extensions (or plugins).

The idea behind this pattern is to decouple the application logic into single-purpose event processing components that asynchronously receive and process events. This pattern is one of the popular distributed asynchronous architecture patterns known for high scalability and adaptability.

It is the most common architecture for monolithic applications. The basic idea behind the pattern is to divide the app logic into several layers each encapsulating specific role. For example, the Persistence layer would be responsible for the communication of your app with the database engine.

Drawing on path-breaking research in archaeology and anthropology, the authors show how history becomes a far more interesting place once we learn to throw off our conceptual shackles and perceive what's really there.

Education and job hiring should be integrated.

“The real problem of humanity is the following: we have paleolithic emotions; medieval institutions; and god-like technology.

“We are called to be the architects of the future, not its victims,” said inventor-philosopher Buckminster Fuller.

The rise of the Nazis in 1933 caused an unprecedented forced migration of hundreds of artists within and, in many cases, ultimately away from Europe. Exiles and Emigres, published in conjunction with a traveling exhibition opening in February 1997 at the Los Angeles County Museum of Art, is the first book to trace the lives and work of 23 well-known painters, sculptors, photographers, and architects exiled from their homelands during the 12 years of Nazi rule.

Science-Driven Societal Transformation

Because at the end of the day, all structures are, in some ways, ideology made manifest.

It spells out so clearly that Nazi Germany’s worst atrocities and many atrocities the world over were not only the ideas of singular evil men. They were supported and enacted by systems, by groups of people who woke up in the morning and went to offices to work on it.

The Hidden History of the Geodesic Dome - Part 3: The Teamwork of Walter Gropius

Because of his handicap, Walter Gropius achieved his goals by working through other people, and harnessed their abilities to produce efficient and practical architecture.

Another contributing factor was the conceptual freedom that we experienced in architecture school, something that is definitely lost when you move to the professional world. Software, we realized, still offered a bit more experimentation and personal creativity than architecture did in a real world context.

Areas of Integrated Governance

peer-to-peer architecture

Write your code so that you can add new ways of interacting with the world later without having to modify anything you've already written.

I used to be very interested in Software Architecture, in fact I've read many of the papers cited here.When I did a startup many years ago, I committed the mistake of paying too much attention to the architecture of the software [1] I was writing, and not enough attention to the product/customer side of it.The last couple of years I've been de-emphasizing software architecture as an interest, and have been paying much more attention to how product teams build successful products, what the patterns are, etc. I was lucky enough to work at Facebook for a while and got to see (and learn) a very successful working model of product development.So, while I'm not saying that software architecture is not important (it is), also pay attention to the product/customer side: what choices (software, organizational, hiring, business) allow you to move fast and iterate, to release early and often, to run A/B tests, etc.I think good software engineers are just as much product guys (and data guys) as they are software guys.

I've had this discussion with peer engineers working at other tech companies, FANG (Facebook, Amazon, Netflix, Google), as well as at smaller startups. Most teams and projects - however large or small - all shared a similar approach to design and implementation:Start with the business problem. What are we trying to solve? What product are we trying to build and why? How can we measure success?Brainstorm the approach. Get together with the team and through multiple sessions, figure out what solution will work. Keep these brainstormings small. Start at a high level, going down to lower levels.Whiteboard your approach. Get the team together and have a person draw up the approach the team is converging to. You should be able to explain the architecture of your system/app on a whiteboard clearly, starting at the high-level, diving deeper as needed. If you have trouble with this explanation or it's not clear enough, there's more work required on the details.Write it up via simple documentation with simple diagrams based on what you explained on the whiteboard. Keep jargon to the minimum: you want even junior engineers to understand what it's about. Write it using clear and easy to follow language. At Uber, we use an RFC-like process with various templates.Talk about tradeoffs and alternatives. Good software design and good architecture are all about making the right tradeoffs. No design choice is good or bad by itself: it all depends on the context and the goals. Is your architecture split into different services? Mention why you decided against going with one large service, that might have some other benefits, like more straightforward and quicker deployment. Did you choose to extend a service or module with new functionality? Weigh the option of building a separate service or module instead, and what the pros and cons of that approach would be.Circulate the design document within the team/organization and get feedback. At Uber, we used to send out all our software design documents to all engineers, until there were around 2,000 of us. Now that we're larger, we still distribute them very widely, but we've started balancing the signal/noise ratio more. Encourage people asking questions and offering alternatives. Be pragmatic in setting sensible time limits to discuss the feedback and incorporate it, where it's needed. Straightforward feedback can be quickly addressed on the spot, while more detailed feedback might be quicker to settle in-person.

In another talk, one in which he also spoke of control and surrender, he developed another contrast, between creativity-as-architecture and creativity-as-gardening:

Worse still is the issue of “service” layers requiring you to basically build your own ORM. To really do a backend-agnostic service layer on top of the Django ORM, you need to replace or abstract away some of its most fundamental and convenient abstractions. For example, most of the commonly-used ORM query methods return either instances of your model classes, or instances of Django’s QuerySet class (which is a kind of chained-API results wrapper around a query). In order to avoid tightly coupling to the structure and API of those Django-specific objects, your service layer needs to translate them into something else — likely generic iterables to replace QuerySet, and some type of “business object” instance to replace model-class instances. Which is a non-trivial amount of work even in patterns like Data Mapper that are designed for this, and even more difficult to do in an Active Record ORM that isn’t.

A second problem is that when you decide to go the “service” route, you are changing the nature of your business. This is related to an argument I bring up occasionally when people tell me they don’t use “frameworks” and never will: what they actually mean, whether they realize it or not, is “we built and now have to maintain and train our developers on our own ad-hoc private framework, on top of whatever our normal business is”. And adopting the service approach essentially means that, whatever your business was previously, now your business is that plus developing and maintaining something close to your own private ORM.

This isn't about writing boilerplate setter properties for each field in the model, but rather about writing methods that encapsulate the point of interaction with the database layer. View code can still inspect any field on the model and perform logic based on that, but it should not modify that data directly. We're ensuring that there is a layer at which we can enforce application-level integrity constraints that exist on top of the integrity constraints that the database provides for us.

Les structures architecturales sont faites par le code.

We should think about the number of simultaneous connections (peak and average) and the message rate/payload size. I think, the threshold to start thinking about AnyCable (instead of just Action Cable) is somewhere between 500 and 1000 connections on average or 5k-10k during peak hours.

We use a single stream/queue/channel to deliver messages from RPC to WS. RPC server acts as publisher: it pushes a JSON-encoded command. Pubsub connection is initialized lazily in this case (during the first #broadcast call). WS server (anycable-go) acts as subscriber: subscription is initialized on server start, messages are received, deserialized and passed to the app.

To better understand what is actually possible have a look at the full example

Werner Vogels, Amazon CTO, notes that one of the lessons we have learned at Amazon is to expect the unexpected. He reminds us that failures are a given, and as a consequence it’s desirable to build systems that embrace failure as a natural occurrence. Coding around these failures is important, but undifferentiated, work that improves the integrity of the solution being delivered. However, it takes time away from investing in differentiating code.

When asked to define the role of the teacher, for example, Reggio educators do not begin in the way typical to

System architects: equivalents to architecture and planning for a world of knowledge and data Both government and business need new skills to do this work well. At present the capabilities described in this paper are divided up. Parts sit within data teams; others in knowledge management, product development, research, policy analysis or strategy teams, or in the various professions dotted around government, from economists to statisticians. In governments, for example, the main emphasis of digital teams in recent years has been very much on service design and delivery, not intelligence. This may be one reason why some aspects of government intelligence appear to have declined in recent years – notably the organisation of memory.57 What we need is a skill set analogous to architects. Good architects learn to think in multiple ways – combining engineering, aesthetics, attention to place and politics. Their work necessitates linking awareness of building materials, planning contexts, psychology and design. Architecture sits alongside urban planning which was also created as an integrative discipline, combining awareness of physical design with finance, strategy and law. So we have two very well-developed integrative skills for the material world. But there is very little comparable for the intangibles of data, knowledge and intelligence. What’s needed now is a profession with skills straddling engineering, data and social science – who are adept at understanding, designing and improving intelligent systems that are transparent and self-aware58. Some should also specialise in processes that engage stakeholders in the task of systems mapping and design, and make the most of collective intelligence. As with architecture and urban planning supply and demand need to evolve in tandem, with governments and other funders seeking to recruit ‘systems architects’ or ‘intelligence architects’ while universities put in place new courses to develop them.

Here's the four case: foo.js Load/Require dependencies Concatenate dependencies foo.js.map Load foo.js Currently grabs metadata[:map] from asset to build an asset, need to move that generation somewhere else to accomplish de-coupling map generation foo.debug.js Load foo.js Load foo.js.map Add comment to end of foo.js with path to foo.js.map foo.source.js The raw file on disk, the map file will need to point to source files.

A leaked snippet of the endpoint architectural design draft document, highly confidential.

Enforces better architecture

Software architecture is about making fundamental structural choices that are costly to change once implemented.

Software architecture refers to the fundamental structures of a software system

Software architecture choices include specific structural options from possibilities in the design of the software.

Trailblazer is an architectural pattern that comes with Ruby libraries to implement that pattern.

The adapter is where authentication, policy checks, and eventually your domain logic happen. All termini of the protocol’s activity are standardized end events - that’s how protocol and adapter communicate.

Diagram of interactions

Top level architecture

And really, this stems from the fact that buildings aren't designed by the community that uses them anymore. The community barely factors into the design, even. Buildings were designed to serve a specific purpose, dictated by the higher-ups with the money to purchase the land and fund the development of the building. Again, quoting the article, Unless they are an uber-wealthy client, users of buildings rarely have much input into the design process. Students do not get to say what kind of school they would like, office workers do not get to say whether they would prefer to work in a glass tower or in a leafy complex of wifi-enabled wooden pagodas. ... But that rupture means that architecture becomes something imposed upon people. It isn’t participatory, and it doesn’t adapt in response to their needs. It’s prefabricated, assembled beforehand off-site and then dumped on the unwitting populace. We are not meant to live in modern buildings; they are made for people who do not poop.