*** Arrays ***

*** Print out array ***
The pointer to the array [Lloopingandcollections.Dog;@d041cf

[Dogs{breed='Springer', avgWeight=50, apartment=false}, Dogs{breed='Bulldog', avgWeight=45, apartment=true}, Dogs{breed='Collie', avgWeight=45, apartment=false}, Dogs{breed='Chihuahua', avgWeight=5, apartment=true}, Dogs{breed='Corgie', avgWeight=35, apartment=true}]

*** For Loop ***

*** Dogs Not Good for Apartments ***
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Collie', avgWeight=45, apartment=false}
Breed 3 good for apartment? true

*** Let's Sort by Weight***
Dogs{breed='Chihuahua', avgWeight=5, apartment=true}
Dogs{breed='Corgie', avgWeight=35, apartment=true}
Dogs{breed='Bulldog', avgWeight=45, apartment=true}
Dogs{breed='Collie', avgWeight=45, apartment=false}
Dogs{breed='Springer', avgWeight=50, apartment=false}




*** ArrayList ***

*** Print ArrayList Using For Each ***
Dogs{breed='Chihuahua', avgWeight=5, apartment=true}
Dogs{breed='Corgie', avgWeight=35, apartment=true}
Dogs{breed='Bulldog', avgWeight=45, apartment=true}
Dogs{breed='Collie', avgWeight=45, apartment=false}
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Mutt', avgWeight=15, apartment=true}


Print ArrayList with Switch Statement
Chihuahua are 5 very small dogs
Corgie are 35 large dogs
Bulldog are 45 very large dogs
Collie are 45 very large dogs
Springer are 50 non-accounted for dogs
Mutt are 15 small dogs


*** Work with Elements ***
No match for Bulldog

Dogs{breed='Chihuahua', avgWeight=5, apartment=true}
Dogs{breed='Corgie', avgWeight=35, apartment=true}
Dogs{breed='Poodle', avgWeight=50, apartment=false}
Dogs{breed='Bulldog', avgWeight=45, apartment=true}
Dogs{breed='Collie', avgWeight=45, apartment=false}
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Mutt', avgWeight=15, apartment=true}


dogArrayList is (size) 7

Dog[3] Dogs{breed='Bulldog', avgWeight=45, apartment=true}
remove element at index 3
Dog[3] Dogs{breed='Collie', avgWeight=45, apartment=false}

*** Let's Sort by Weight From Largest to Smallest***
Dogs{breed='Poodle', avgWeight=50, apartment=false}
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Collie', avgWeight=45, apartment=false}
Dogs{breed='Corgie', avgWeight=35, apartment=true}
Dogs{breed='Mutt', avgWeight=15, apartment=true}
Dogs{breed='Chihuahua', avgWeight=5, apartment=true}




*** HashMap ***

*** Work with elements ***
element with key 3 Dogs{breed='Corgie', avgWeight=35, apartment=true}
Size of HashMap 6
Remove element with key 3
element with key 3 null
And now Size of HashMap 5

*** Print the HashMap ***

Key is 0   Value is Dogs{breed='Poodle', avgWeight=50, apartment=false}
Key is 1   Value is Dogs{breed='Springer', avgWeight=50, apartment=false}
Key is 2   Value is Dogs{breed='Collie', avgWeight=45, apartment=false}
Key is 4   Value is Dogs{breed='Mutt', avgWeight=15, apartment=true}
Key is 5   Value is Dogs{breed='Chihuahua', avgWeight=5, apartment=true}

*** Let's Sort ***
[5=Dogs{breed='Chihuahua', avgWeight=5, apartment=true}, 2=Dogs{breed='Collie', avgWeight=45, apartment=false}, 4=Dogs{breed='Mutt', avgWeight=15, apartment=true}, 0=Dogs{breed='Poodle', avgWeight=50, apartment=false}, 1=Dogs{breed='Springer', avgWeight=50, apartment=false}]

*** Printed another way ***
Key = 5 Value = Dogs{breed='Chihuahua', avgWeight=5, apartment=true}
Key = 2 Value = Dogs{breed='Collie', avgWeight=45, apartment=false}
Key = 4 Value = Dogs{breed='Mutt', avgWeight=15, apartment=true}
Key = 0 Value = Dogs{breed='Poodle', avgWeight=50, apartment=false}
Key = 1 Value = Dogs{breed='Springer', avgWeight=50, apartment=false}

*** Print the Original HashMap ***

Key is 0   Value is Dogs{breed='Poodle', avgWeight=50, apartment=false}
Key is 1   Value is Dogs{breed='Springer', avgWeight=50, apartment=false}
Key is 2   Value is Dogs{breed='Collie', avgWeight=45, apartment=false}
Key is 4   Value is Dogs{breed='Mutt', avgWeight=15, apartment=true}
Key is 5   Value is Dogs{breed='Chihuahua', avgWeight=5, apartment=true}




*** HashSets ***
Dogs{breed='Collie', avgWeight=45, apartment=false}
Dogs{breed='Corgie', avgWeight=35, apartment=true}
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Springer', avgWeight=50, apartment=false}
Dogs{breed='Chihuahua', avgWeight=5, apartment=true}
Dogs{breed='Poodle', avgWeight=50, apartment=false}
Dogs{breed='Mutt', avgWeight=15, apartment=true}

*** HashSet of Strings ***
The Current Size of the Set is 6
[Springer, Collie, Corgie, Mutt, Chihuahua, Poodle]
Does the Set contain Labrador? false
Does the Set contain Mutt? true
Remove Mutt

*** The set without mutt :-( ***
The Current Size of the Set is 5
[Springer, Collie, Corgie, Chihuahua, Poodle]



*** Recursion ***
GCD Running with p = 100 q = 255
GCD Running with p = 255 q = 100
GCD Running with p = 100 q = 55
GCD Running with p = 55 q = 45
GCD Running with p = 45 q = 10
GCD Running with p = 10 q = 5
GCD Running with p = 5 q = 0
GCD Returning 5
gcd(100, 255) = 5



*** Do While Loop ***
Picked: 9
Picked: 8
Picked: 5
Picked: 9
Picked: 7