We need to write small functions on list operations both provided by the standard library and useful utility functions.

Language to be used - F#

Exercise #19: all Matches str The allMatch function returns a list of all substrings inside all the parentheses, in the order they appear. You can assume (isMatch str = true). You might find firstMatch helpful as a starting point for this algorithm. The all Matches function should be written in the Project02-19.fs file. // // allMatches s // returns the content in the first pair of matching parentheses // // Examples: // allMatches". => [] // allMatches "()" => [""] // allMatches "phrase (comment)" => ["comment"] // allMatches "phrase (comment) Furthermore (details)" => ["comment"; "details"] // allMatches "krepe((choko(kream)))"=> // ["(choko(kream))"; "choko(kream)"; "kream"] allMatches "krepe((choko() (kream)))"=> ["(choko() (kream))"; "choko( ) (kream)"; ""; "kream" ] // Exercise #19: all Matches str The allMatch function returns a list of all substrings inside all the parentheses, in the order they appear. You can assume (isMatch str = true). You might find firstMatch helpful as a starting point for this algorithm. The all Matches function should be written in the Project02-19.fs file. // // allMatches s // returns the content in the first pair of matching parentheses // // Examples: // allMatches". => [] // allMatches "()" => [""] // allMatches "phrase (comment)" => ["comment"] // allMatches "phrase (comment) Furthermore (details)" => ["comment"; "details"] // allMatches "krepe((choko(kream)))"=> // ["(choko(kream))"; "choko(kream)"; "kream"] allMatches "krepe((choko() (kream)))"=> ["(choko() (kream))"; "choko( ) (kream)"; ""; "kream" ] //