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sweet

:s73:... summoning kraken!

@fukurou

AXStrOrDefault DISkillUtils DiSkillV2 DiHelloWorld ToDoListManager DiHabit

we'll be untangling this cluster fuck next: public class DISkillUtils { // alg part based algorithm building methodes public Algorithm onePartAlgorithm(Mutatable algPart) { // returns a simple algorithm containing 1 alg part ArrayList<Mutatable> algParts1 = new...

add expirations // Q and todos // ToDo manager dual getter

package skills; import AXJava.AXCmdBreaker; import AXJava.UniqueItemSizeLimitedPriorityQueue; import LivinGrimoire.DISkillUtils; import LivinGrimoire.DiSkillV2; public class DiHabit extends DiSkillV2 { private UniqueItemSizeLimitedPriorityQueue habitsPositive = new...

I want separation between the regular ToDos and the expirations. shit in the aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaass :s59:

@fukurou

well, that is probably our next one, dear fuk. now we be makin fresh essential skills, this would be the 5th IG. one of the annoying things will be the punishment algorithm for bad habits and missed tasks. if I weren't so cheap I'd hire ppl to do this low level code monkey shit, but they...

librarification: LG: skill,listOfSkills,Chobit DiHelloWorld: led,DiHelloWorld

#define LED_PIN 13 // import the C++ file with the example Led class: class Led{ private: byte pin; public: Led(){this->pin = 13;} Led(byte pin){ this->pin = pin; } void init(){ pinMode(pin, OUTPUT); } void on(){ digitalWrite(pin, HIGH); } void off(){ digitalWrite(pin, LOW); } }...

#define LED_PIN 13 // import the C++ file with the example Led class: class Led{ private: byte pin; public: Led(){this->pin = 13;} Led(byte pin){ this->pin = pin; } void init(){ pinMode(pin, OUTPUT); } void on(){ digitalWrite(pin, HIGH); } void off(){ digitalWrite(pin, LOW); } }...

#ifndef Skill_H #define Skill_H // using Arduino hardware codes outside main: #include <Arduino.h> class Skill{ private: public: Skill(){} void inOut(byte ear, byte skin, byte eye) { } }; #endif

list : class List { public: byte length; byte data[16]; void append(byte item) { if (length < 16) data[length++] = item; } void remove(byte index) { if (index >= length) return; memmove(&data[index], &data[index+1], length - index - 1); length--; } }; List l { .length = 3, .data...