resize$($self$,$ new$\_$capacity: int$)->$ None:

This method changes the underlying storage capacity for the elements in the dynamic array.

It does not change the values or the order of any elements currently stored in the array.

It is intended to be an $$internal$$ method of the DynamicArray class, called by other class

methods such as append$(),$ remove$\_$at$\_$index$(),$ or insert$\_$at$\_$index$(),$ to manage the

capacity of the underlying data structure.

The method should only accept positive integers for new$\_$capacity. Additionally,

new$\_$capacity cannot be smaller than the number of elements currently stored in the

dynamic array $($which is tracked by the self.$\_$size variable$).$ If new$\_$capacity is not a

positive integer, or if new$\_$capacity is less than self.$\_$size, this method should not do any

work and immediately exit.

Example #$1$:

da $=$ DynamicArray$()$

da$.$print$\_$da$\_$variables$()$

da$.$resize$(8)$

da$.$print$\_$da$\_$variables$()$

da$.$resize$(2)$

da$.$print$\_$da$\_$variables$()$

da$.$resize$(0)$

da$.$print$\_$da$\_$variables$()$

Output:

Length: $0,$ Capacity: $4,$ STAT$\_$ARR Size: $4[$None$,$ None, None, None$]$

Length: $0,$ Capacity: $8,$ STAT$\_$ARR Size: $8[$None$,$ None, None, None, None, None,

None, None$]$

Length: $0,$ Capacity: $2,$ STAT$\_$ARR Size: $2[$None$,$ None$]$

Length: $0,$ Capacity: $2,$ STAT$\_$ARR Size: $2[$None$,$ None$]$

NOTE: Example $2$ below will not work properly unless the append$()$ method is implemented.

Example #$2$:

da $=$ DynamicArray$([1,2,3,4,5,6,7,8])$

print$($da$)$

da$.$resize$(20)$

print$($da$)$

da$.$resize$(4)$

print$($da$)$

Output:

DYN$\_$ARR Size$/$Cap: $8/8[1,2,3,4,5,6,7,8]$

DYN$\_$ARR Size$/$Cap: $8/20[1,2,3,4,5,6,7,8]$

DYN$\_$ARR Size$/$Cap: $8/20[1,2,3,4,5,6,7,8]$

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