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10The Workbook is the place to sharpen your Hoon skills. Each entry in the
10The Workbook is the place to sharpen your Hoon skills. Each entry in the
11Workbook is a code walkthrough followed by exercises.
11Workbook is a code walkthrough followed by exercises.
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13+- the [List of Numbers](/docs/learn/arvo/workbook/list) example will familiarize you with the basic components and structure of a Hoon program. If you're brand new, start here.
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13- The [Caesar Cipher](/docs/learn/arvo/workbook/caesar) shows you how to build a simple method of message obfuscation.
15- The [Caesar Cipher](/docs/learn/arvo/workbook/caesar) shows you how to build a simple method of message obfuscation.
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15- The [Recursion](/docs/learn/arvo/workbook/recursion) walkthrough will explain common patterns of recursion in programming and how to implement them in Hoon.
17- The [Recursion](/docs/learn/arvo/workbook/recursion) walkthrough will explain common patterns of recursion in programming and how to implement them in Hoon.
learn/arvo/workbook/list.udon+1−1
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8# List of Numbers
8# List of Numbers
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10−This code-example is intended to familiarize you with the basics of Hoon syntax. It's okay if you don't understand everything immediately. It's not a problem if some concepts are beyond your grasp for now. What's important is that you familiarize yourself with the elements of the code and their look once combined into a valid program.
10+This code-example is intended to familiarize you with the basics of Hoon syntax. It's okay if you don't understand everything immediately; some concepts concepts may beyond your grasp for now. What's important is that you familiarize yourself with the elements of the code and their look once combined into a valid program.
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12Below is a simple Hoon program that takes a single number `n` from the user as input and produces a list of numbers from `1` up to (but not including) `n`. So, if the user gives the number `5`, the program will produce: `~[1 2 3 4]`.
12Below is a simple Hoon program that takes a single number `n` from the user as input and produces a list of numbers from `1` up to (but not including) `n`. So, if the user gives the number `5`, the program will produce: `~[1 2 3 4]`.
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