Tech Lead/Team Lead. Senior WebDev.
Intermediate Grade on Computer Systems-
High Grade on Web Application Development-
MBA (+Marketing+HHRR).
Studied a bit of law, economics and design
Location
Spain
Education
Higher Level Education Certificate on Web Application Development
If you read all the comments about you'll probably find the point on the discussion avobe but I'll expand my boundaries to this one :D
I agree with you that being in need to change the lib/fw for the frontend would take years or decades. I.e. Spring that was released in 2002, Ruby on Rails in 2004, Symfony in 2005 and they are still being used widely. But let's think we've an Angular2 framework and that Google stop maintaining it like they did with tones of tech they released in the past ;)
or whatever you want)-
In the matter of discussion we can introduce a workaround used for migrating monoliths into services (front end side) that also fits well for migrating modern frontend stacks.
You simply pick a feature, isolate it, build a new JS app with that -stand alone- and embed it into any element of your current view where you want to show that and connect it to the global state (if any).
Now you have an entire Angular app but a feature is provided with a different new hypothetical lib.
This is usually a bit easier to handle if you've a lib than if you've a framework and by the other hand the major part of logic on the frontend is related to conditional rendering of elements and having a 1st layer of security in the shape of form validation, which is easy to understand, document and replicate elsewhere. On top of that there's the fact of having functionalities write down in JS and picking an hypothetical JS lib for the "new frontend", then you'll be able to simply copy-paste your preferred methods/functions and refactor them with the "current future ES version" if you want to (js is retro compatible so it may not be even a need).
This is also easy with a lib where you call methods and just the ones that this lib provide than migrating a ng-if statement because it will need to be rewritten according to the new framework or lib.
At the end you'll have a good modern "new" application with the current stack, methodologies etc.... part by part, feature by feature, view by view... whatever is better depending on your base architecture (usually with the current stack would probably be component by component).
So it's this kind of decoupling really needed? Isn't it a patch to make the job of the devs more difficult to get in return... almost nothing? Wouldn't be better to design a good architecture from the beginning to make this process described above as easier as possible and nothing more?
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If you read all the comments about you'll probably find the point on the discussion avobe but I'll expand my boundaries to this one :D
I agree with you that being in need to change the lib/fw for the frontend would take years or decades. I.e. Spring that was released in 2002, Ruby on Rails in 2004, Symfony in 2005 and they are still being used widely. But let's think we've an Angular2 framework and that Google stop maintaining it like they did with tones of tech they released in the past ;)
In the matter of discussion we can introduce a workaround used for migrating monoliths into services (front end side) that also fits well for migrating modern frontend stacks.
You simply pick a feature, isolate it, build a new JS app with that -stand alone- and embed it into any element of your current view where you want to show that and connect it to the global state (if any).
Now you have an entire Angular app but a feature is provided with a different new hypothetical lib.
This is usually a bit easier to handle if you've a lib than if you've a framework and by the other hand the major part of logic on the frontend is related to conditional rendering of elements and having a 1st layer of security in the shape of form validation, which is easy to understand, document and replicate elsewhere. On top of that there's the fact of having functionalities write down in JS and picking an hypothetical JS lib for the "new frontend", then you'll be able to simply copy-paste your preferred methods/functions and refactor them with the "current future ES version" if you want to (js is retro compatible so it may not be even a need).
This is also easy with a lib where you call methods and just the ones that this lib provide than migrating a ng-if statement because it will need to be rewritten according to the new framework or lib.
At the end you'll have a good modern "new" application with the current stack, methodologies etc.... part by part, feature by feature, view by view... whatever is better depending on your base architecture (usually with the current stack would probably be component by component).
So it's this kind of decoupling really needed? Isn't it a patch to make the job of the devs more difficult to get in return... almost nothing? Wouldn't be better to design a good architecture from the beginning to make this process described above as easier as possible and nothing more?