Module 1 - Setting up the environment and general language concepts;
Module 2 - Elementary introduction to Lua;
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4 - Printing the first primitive data, with or without variable values (14:15)
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5 - Understanding variable value assignment along with the language's linearity (9:27)
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6 - Standard variable design structure (13:20)
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7 - Escape sequences for string customization (5:41)
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8 - Introduction to numbers with arithmetic operations (10:04)
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9 - Comparisons between numerical magnitudes and understanding one of the most common script errors based on the lesson topic (12:36)
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10 - Understanding conditionals and structure based on scopes, following indentation and initial conditional comparisons (18:25)
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11 - Understanding else and developing conditional complexity (11:40)
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12 - Why you should keep the code idented beautification and minification (13:19)
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13 - Understanding elseif and developing conditional complexity and FIRST SMALL CHALLENGE (26:08)
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14 - Solving the first SMALL CHALLENGE (8:41)
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15 - Understanding concatenation and its utility and doing ANOTHER SMALL CHALLENGE (15:53)
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16 - Understanding the importance and presence of booleans in all environments, even when implicit (5:20)
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17 - Direct existence check of data in the condition as a booleanexistential property (12:00)
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18 - Understanding the not operator and how it can be used intelligently in logic (7:14)
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19 - Understanding the or and and operators (20:14)
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20 - or and and how to apply them in logic and ANOTHER SMALL CHALLENGE (21:05)
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21 - Solving the challenge (12:46)
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22 - OR and AND operators in design abstractions using clean code principles (18:57)
BIG CHALLENGE 1
Module 3 - Lua and logic
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27 - Understanding how function arguments and parameters can be efficient; (21:01)
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26 - Understanding functions in their initial properties and primitive structure (21:28)
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28 - CALCULATOR CHALLENGE (1:43)
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29 - CALCULATOR CHALLENGE (SOLVE) (5:32)
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30 - Understanding return values from functions; (17:22)
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31 - One last important thing about returnable functions; (8:55)
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32 - Understanding higher-order functions and callbacks; (14:00)
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33 - The real difference between local and global variables without mimimi and how you can use them to truly improve your code quality; (24:36)
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34 - Understanding tables and indexing your first table; (24:03)
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35 - What is the best way to index a table and create keys following a clean structure (8:36)
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36 - Tables inside tables and more complex indexations; (17:25)
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37 - Introducing Tables SMALL CHALLENGE; (1:42)
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38 - Solving Tables SMALL CHALLENGE; (4:03)
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39 - Functions inside tables and lua native libraries; (13:23)
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40 - Inserting and removing data in a table with numeric sequential indices; (15:08)
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41 - Inserting, removing, and updating data in a table without numeric sequential indices; (7:12)
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42 - For loop incrementing a variable numerically; (14:01)
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43 - Forcing brake of loops and numeric for challenge; (4:16)
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44 - Solving numeric for challenge; (1:35)
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45 - For loop to iterate over tables in various formats to abstract applications according to the clean code philosophy; (9:32)
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46 - For in i-pairs; (2:49)
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47 - Understanding the len operator and how it can measure the length of various data; (4:17)
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48 - Using lenght operator and numeric for to iterate a table; (5:29)
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49 - INTRODUCING FINAL CHALLENGE (2:32)
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50 - SOLVING FINAL CHALLENGE (30:22)
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51 - While loop and how it can be used in practice; (14:22)
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52 - Repeat loop and how it can be used in practice; (11:04)
Module 4 - Native libraries
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54 - How to search for functions in the best way; (4:11)
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53 - Understanding what libraries are and how they are important in the development environment; (14:15)
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55 - abs; (1:30)
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56 - floor and ceil; (2:28)
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57 - min and max; (2:17)
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58 - random; (3:26)
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59 - sub; (4:46)
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60 - upper and lower; (2:42)
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61 - find; (7:00)
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62 - gsub; (2:43)
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63 - insert and remove; (1:51)
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64 - concat; (3:41)
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65 - sort; (7:02)
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66 - date; (5:39)
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67 - time; (6:06)
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68 - clock; (2:50)
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69 - type; (2:32)
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70 - tonumber; (3:15)
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71 - load; (3:07)
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72 - tostring; (2:19)
