urbit/developers.urbit.org
1
1
Fork 0
mirror of https://github.com/urbit/developers.urbit.org.git synced 2024-09-11 13:55:59 +03:00
Code Issues Packages Projects Releases Wiki Activity

Merge pull request #251 from urbit/hs-optional

Browse Source 
Mark parts of Hoon School as optional.
This commit is contained in:
Sigilante 2022-12-07 11:27:33 -06:00 committed by GitHub
commit 3e5368a597
No known key found for this signature in database
GPG Key ID: 4AEE18F83AFDEB23
2 changed files with 21 additions and 21 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

2
content/guides/core/hoon-school/I-testing.md
View File

@ -5,7 +5,7 @@ nodes = [170, 190]
objectives = ["Run existing unit tests.", "Produce a unit test.", "Employ a debugging strategy to identify and correct errors in Hoon code."]
+++
_This module will discuss how we can have confidence that a program does what it claims to do, using unit testing and debugging strategies._
_This module will discuss how we can have confidence that a program does what it claims to do, using unit testing and debugging strategies. It may be considered optional and skipped if you are speedrunning Hoon School._
> Code courageously.
>

40
content/guides/core/hoon-school/_index.md
View File

@ -7,26 +7,26 @@ insert_anchor_links = "right"
## Table of Contents
- [Introduction](/guides/core/hoon-school/A-intro)
- **[Introduction](/guides/core/hoon-school/A-intro)**
#### Lessons
1. [Hoon Syntax](/guides/core/hoon-school/B-syntax) - This module will discuss the fundamental data concepts of Hoon and how programs effect control flow.
2. [Azimuth (Urbit ID)](/guides/core/hoon-school/C-azimuth) - This module introduces how Urbit ID is structured and provides practice in converting and working with `@p` identity points.
3. [Gates (Functions)](/guides/core/hoon-school/D-gates) - This module will teach you how to produce deferred computations for later use, like functions in other languages.
4. [Molds (Types)](/guides/core/hoon-school/E-types) - This module will introduce the Hoon type system and illustrate how type checking and type inference work.
5. [Cores](/guides/core/hoon-school/F-cores) - This module will introduce the key Hoon data structure known as the **core**, as well as ramifications.
6. [Trees and Addressing](/guides/core/hoon-school/G-trees) - This module will elaborate how we can use the structure of nouns to locate data and evaluate code in a given expression. It will also discuss the important `list` mold builder and a number of standard library operations.
7. [Libraries](/guides/core/hoon-school/H-libraries) - This module will discuss how libraries can be produced, imported, and used.
8. [Testing Code](/guides/core/hoon-school/I-testing) - This module will discuss how we can have confidence that a program does what it claims to do, using unit testing and debugging strategies.
9. [Text Processing I](/guides/core/hoon-school/J-stdlib-text) - This module will discuss how text is represented in Hoon, discuss tools for producing and manipulating text, and introduce the `%say` generator, a new generator type.
10. [Cores & Doors](/guides/core/hoon-school/K-doors) - This module will start by introducing the concept of gate-building gates; then it will expand our notion of cores to include doors; finally it will introduce a common door, the `++map`, to illustrate how doors work.
11. [Data Structures](/guides/core/hoon-school/L-struct) - This module will introduce you to several useful data structures built on the door, then discuss how the compiler handles types and the sample.
12. [Type Checking](/guides/core/hoon-school/M-typecheck) - This module will cover how the Hoon compiler infers type, as well as various cases in which a type check is performed.
13. [Conditional Logic](/guides/core/hoon-school/N-logic) - This module will cover the nature of loobean logic and the rest of the `?` wut runes.
14. [Subject-Oriented Programming](/guides/core/hoon-school/O-subject) - This module discusses how Urbit's subject-oriented programming paradigm structures how cores and values are used and maintain state, as well as how deferred computations and remote value lookups (“scrying”) are handled.
15. [Text Processing II](/guides/core/hoon-school/P-stdlib-io) - This module will elaborate on text representation in Hoon, including formatted text, and `%ask` generators.
16. [Functional Programming](/guides/core/hoon-school/Q-func) - This module will discuss some gates-that-work-on-gates and other assorted operators that are commonly recognized as functional programming tools.
17. [Text Processing III](/guides/core/hoon-school/Q2-parsing) - This module will cover text parsing.
18. [Generic and Variant Cores](/guides/core/hoon-school/R-metals) - This module introduces how cores can be extended for different behavioral patterns.
19. [Mathematics](/guides/core/hoon-school/S-math) - This module introduces how non-`@ud` mathematics are instrumented in Hoon.
1. **[Hoon Syntax](/guides/core/hoon-school/B-syntax)** - This module will discuss the fundamental data concepts of Hoon and how programs effect control flow.
2. [Azimuth (Urbit ID)](/guides/core/hoon-school/C-azimuth) - This module introduces how Urbit ID is structured and provides practice in converting and working with `@p` identity points. (Optional)
3. **[Gates (Functions)](/guides/core/hoon-school/D-gates)** - This module will teach you how to produce deferred computations for later use, like functions in other languages.
4. **[Molds (Types)](/guides/core/hoon-school/E-types)** - This module will introduce the Hoon type system and illustrate how type checking and type inference work.
5. **[Cores](/guides/core/hoon-school/F-cores)** - This module will introduce the key Hoon data structure known as the **core**, as well as ramifications.
6. **[Trees and Addressing](/guides/core/hoon-school/G-trees)** - This module will elaborate how we can use the structure of nouns to locate data and evaluate code in a given expression. It will also discuss the important `list` mold builder and a number of standard library operations.
7. **[Libraries](/guides/core/hoon-school/H-libraries)** - This module will discuss how libraries can be produced, imported, and used.
8. [Testing Code](/guides/core/hoon-school/I-testing) - This module will discuss how we can have confidence that a program does what it claims to do, using unit testing and debugging strategies. (Optional)
9. **[Text Processing I](/guides/core/hoon-school/J-stdlib-text)** - This module will discuss how text is represented in Hoon, discuss tools for producing and manipulating text, and introduce the `%say` generator, a new generator type.
10. **[Cores & Doors](/guides/core/hoon-school/K-doors)** - This module will start by introducing the concept of gate-building gates; then it will expand our notion of cores to include doors; finally it will introduce a common door, the `++map`, to illustrate how doors work.
11. **[Data Structures](/guides/core/hoon-school/L-struct)** - This module will introduce you to several useful data structures built on the door, then discuss how the compiler handles types and the sample.
12. **[Type Checking](/guides/core/hoon-school/M-typecheck)** - This module will cover how the Hoon compiler infers type, as well as various cases in which a type check is performed.
13. **[Conditional Logic](/guides/core/hoon-school/N-logic)** - This module will cover the nature of loobean logic and the rest of the `?` wut runes.
14. **[Subject-Oriented Programming](/guides/core/hoon-school/O-subject)** - This module discusses how Urbit's subject-oriented programming paradigm structures how cores and values are used and maintain state, as well as how deferred computations and remote value lookups (“scrying”) are handled.
15. [Text Processing II](/guides/core/hoon-school/P-stdlib-io) - This module will elaborate on text representation in Hoon, including formatted text, and `%ask` generators. (Optional)
16. **[Functional Programming](/guides/core/hoon-school/Q-func)** - This module will discuss some gates-that-work-on-gates and other assorted operators that are commonly recognized as functional programming tools.
17. [Text Processing III](/guides/core/hoon-school/Q2-parsing) - This module will cover text parsing. (Optional)
18. [Generic and Variant Cores](/guides/core/hoon-school/R-metals) - This module introduces how cores can be extended for different behavioral patterns. (Optional)
19. [Mathematics](/guides/core/hoon-school/S-math) - This module introduces how non-`@ud` mathematics are instrumented in Hoon. (Optional)