11–20 of 51 posts
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Actually, the article isn't even about handling file uploads - it's about deliberately creating a modular admin panel for dealing with file uploads.
It's not modularity for "framework-y" sake, but to easily deploy that admin panel in other applications with literally a one-liner.
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
[flagged]
"one basic thing like handling file uploads" - say no more. Actually, the article isn't even about handling file uploads - it's about deliberately creating a modular admin panel for dealing with file uploads. It's not modularity for "framework-y" sake, but to easily deploy that admin panel in other applications with literally a one-liner.
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
This is exactly my experience. Most of the time people go to microservices for the wrong reason and they will regret that for years
Different routes can be served by different servers, if the bottleneck is in CPU usage.
Different async tasks can run on different task runner services, if the problem is tasks competing with each other.
Different test suites can run for different sections of the app, if the problem is with tests taking too long to run.
Github and others even allow specific subfolders to be "owned" by different teams.
What else is there? Even slowness of compilation and/or initialization can be alleviated, depending on the language or framework.
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
I use multiple services for resilience. Example: With multiple services that have clear separation of concerns, you can debug and fix your processing layer without stopping the collection layer. You can update a distributor while workers wait and vice versa. This way I never have downtime anxiety. No regrets.
Concerns (in the broad sense, not ActiveSupport::Concern) can be separated any number of ways. The important part is delineating and formalizing the boundaries between them. For example, a worker running in Puma might instantiate and call three or four or a dozen different service objects all within different engines to accomplish what it needs, but all of that runs in the same Sidekiq thread.
Inserting HTTP or gRPC requests between layers might enforce clean logical boundaries but often what you end up with is a distributed ball of mud that is harder to reason about than a single codebase.
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
This is exactly my experience. Most of the time people go to microservices for the wrong reason and they will regret that for years
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
I use multiple services for resilience. Example: With multiple services that have clear separation of concerns, you can debug and fix your processing layer without stopping the collection layer. You can update a distributor while workers wait and vice versa. This way I never have downtime anxiety. No regrets.
Earlier quoted context omitted.
This is exactly my experience. Most of the time people go to microservices for the wrong reason and they will regret that for years
Different sections of an app can use different databases, if the bottleneck is in the database. Different routes can be served by different servers, if the bottleneck is in CPU usage. Different async tasks can run on different task runner services, if the problem is tasks competing with each other. Different test suites can run for different sections of the app, if the problem is with tests taking too long to run. Gi…
One of the reasons microservice architecture originally became popular was to break apart monolithic applications. In many cases, I bet a big driver was a lack of separation of concerns, and a more modular design was desired. There are many ways to put up walls in software to help make software more modular and self-contained. Rails engines are a good way to make more a rails app more modular. The number of times I'v…
I use multiple services for resilience. Example: With multiple services that have clear separation of concerns, you can debug and fix your processing layer without stopping the collection layer. You can update a distributor while workers wait and vice versa. This way I never have downtime anxiety. No regrets.