type date = {month int; day : int} For example, March 31st would be represented as {month = 3; day 31}. Our goal in the %3! next few exercises is to implement a map whose keys have type date. Obviously it's possible to represent invalid dates with type date-for example, {month=6%3; day=50 } would be June 50th, which is not a real date. The behavior of your code in the exercises below is unspecified for invalid dates. To create a map over dates, we need a module that we can pass as input to Map.Make. That module will need to match the Map.OrderedType signature. Create such a module. Here is some code to get you started: module Date = struct type t = date let compare ... end Recall the specification of compare in Map.OrderedType as you write your Date.compare function.
type date = {month int; day : int} For example, March 31st would be represented as {month = 3; day 31}. Our goal in the %3! next few exercises is to implement a map whose keys have type date. Obviously it's possible to represent invalid dates with type date-for example, {month=6%3; day=50 } would be June 50th, which is not a real date. The behavior of your code in the exercises below is unspecified for invalid dates. To create a map over dates, we need a module that we can pass as input to Map.Make. That module will need to match the Map.OrderedType signature. Create such a module. Here is some code to get you started: module Date = struct type t = date let compare ... end Recall the specification of compare in Map.OrderedType as you write your Date.compare function.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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please use ocaml for the
![Exercise: date order [**]
Here is a type for dates:
type date = {month : int; day : int}
For example, March 31st would be represented as {month
= 3; day
31}. Our goal in the
%3!
next few exercises is to implement a map whose keys have type date.
Obviously it's possible to represent invalid dates with type date-for example, { month=6;
day=50 } would be June 50th, which is not a real date. The behavior of your code in the
exercises below is unspecified for invalid dates.
To create a map over dates, we need a module that we can pass as input to Map.Make. That
module will need to match the Map.OrderedType signature. Create such a module. Here is
some code to get you started:
module Date = struct
type t = date
let compare ...
end
Recall the specification of compare in Map.OrderedType as you write your Date.compare
function.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe664530a-7a3a-4495-bab4-46da3ec55b5f%2Fabb86883-cf2c-4c0e-be0f-4ee395bc40a0%2Ffl7ldji_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Exercise: date order [**]
Here is a type for dates:
type date = {month : int; day : int}
For example, March 31st would be represented as {month
= 3; day
31}. Our goal in the
%3!
next few exercises is to implement a map whose keys have type date.
Obviously it's possible to represent invalid dates with type date-for example, { month=6;
day=50 } would be June 50th, which is not a real date. The behavior of your code in the
exercises below is unspecified for invalid dates.
To create a map over dates, we need a module that we can pass as input to Map.Make. That
module will need to match the Map.OrderedType signature. Create such a module. Here is
some code to get you started:
module Date = struct
type t = date
let compare ...
end
Recall the specification of compare in Map.OrderedType as you write your Date.compare
function.
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