Retrieves the codepost id (integer) of the given assignment (string)

Loads the given person's emails from the database and adds them to the person object. @param p

Searches the BST for the given value, returns null upon an unsuccessful search. @param value @return

Removes and returns the element at the given <code>index</code> @param index @return

Removes and returns the element at the given <code>index</code>. @param index

Removes and returns the element at the given <code>index</code>. @param index

Returns the current size of this list. @return

Adds the given element <code>x</code> at the given <code>index</code>, automatically shifting stuff down. @param x @param index

Adds the given element <code>x</code> at the given <code>index</code>, automatically shifting stuff down. @param x @param index

Adds the given element <code>x</code> at the given <code>index</code>, automatically shifting stuff down. @param x @param index

Adds the given element x to the end of the list @param x

Adds the given element x to the start of the list, shifting other elements down as necessary @param x

Given an assignment (a mapping of `Person` objects to a list of `Person` objects) as generated by `get_assignment()``, this f

Given an assignment (a mapping of Person objects to a list of Person objects) as generated by getAssignment(), this function

TODO @param mass @param year @param halfLife @return

TODO @param mass @param year @param halfLife @return

Attempts to remove the node in the BST with the given value. If removal results in a change of the tree, true is returned. If no effect, false. @par

Extracts files from the given archive file (.tar, .zip), returning a map: { (fullPath,file_name,extension) => fileContents } of all o

Returns the age of this book in years @return

Computes the air distance between two latitude/longitude locations on the Earth using the <a href="https://en.wikipedia.org/wiki/Spherical_law_of_cosi

This method computes the air distance between the given airport and this airport using the Spherical Law of Cosines (for more information see <a href=

This method computes the air distance between the given latitude/longitude and the destination latitude/longitude using the Spherical Law of Cosines (