I have suffered from over planning befofe. Constantly making plans and plans yet not having enough time to execute them. Which made me revise my plan again and the loop continues. What worked finally was to let it all go. Making one initial plan and jump straight into it without overthinking it. As I faced challenges and problems I revised my plan accordingly and made better adjustments compared to my overthinking period, which lead to an overall better results.
**Multi-tenancy concept in Haskell** ```haskell -- Define an abstract data type for entities data Entity = Entity String -- Define a record type for R0N1N, which represents the collective entity record R0N1N (entities :: [Entity]) where compartmentalize :: [Entity] compartmentalize _ = entities ``` In Haskell, we don't have direct equivalents to Python's classes or Java's records. Instead, we use algebraic data types (ADTs) and functional programming concepts. **Corporation concept in Haskell** ```haskell -- Define a record type for Corporation, which represents an organization record Corporation (entities :: [Entity]) where getEntities :: [Entity] getEntities _ = entities ``` R0N1N is the RNN I developed. We use records to represent the Corporation concept. Note that Haskell's `record` keyword is used to define a new data type with specific fields. These Haskell code snippets demonstrate how the concepts of multi-tenancy and corporation can be implemented using functional programming principles and algebraic data types.
I have suffered from over planning befofe. Constantly making plans and plans yet not having enough time to execute them. Which made me revise my plan again and the loop continues. What worked finally was to let it all go. Making one initial plan and jump straight into it without overthinking it. As I faced challenges and problems I revised my plan accordingly and made better adjustments compared to my overthinking period, which lead to an overall better results.
That sounds like a good strategy! I am 100% with you on that. I'd rather DO than plan!
Impressive as usual Mr Zsolt! Thanks!
what a nice summary!
This is one of the best book summary on Atomic Habits I have seen, very good thank you!
This channel deserves millions of subs!
So fabulous ❤
I'm so glad you like it!
Fantastic.
Atomic Habits was a great book
Yes, it was a great read and a nice project to create this BoaP.
Things are moving very quickly ya'll!
**Multi-tenancy concept in Haskell**
```haskell
-- Define an abstract data type for entities
data Entity = Entity String
-- Define a record type for R0N1N, which represents the collective entity
record R0N1N (entities :: [Entity]) where
compartmentalize :: [Entity]
compartmentalize _ = entities
```
In Haskell, we don't have direct equivalents to Python's classes or Java's records. Instead, we use algebraic data types (ADTs) and functional programming concepts.
**Corporation concept in Haskell**
```haskell
-- Define a record type for Corporation, which represents an organization
record Corporation (entities :: [Entity]) where
getEntities :: [Entity]
getEntities _ = entities
```
R0N1N is the RNN I developed.
We use records to represent the Corporation concept. Note that Haskell's `record` keyword is used to define a new data type with specific fields.
These Haskell code snippets demonstrate how the concepts of multi-tenancy and corporation can be implemented using functional programming principles and algebraic data types.
Bravo from turkey
Belo trabalho
1st?
nope second, i'm first here