use C$++$ Problem Statement:

In today's era, server logs are critical for diagnosing issues. You've been asked to write a program that analyzes logs to detect anomalous behavior.

Each log is represented by a non$-$negative integer value that corresponds to the number of activities in that log$.$ An activity count below $1000$ is considered NORMAL, between $1000$ and $5000($inclusive$)$ is considered HIGH, and above $5000$ is an ANOMALY.

Your task is to:

$1.$ Analyze the logs and categorize them into their respective statuses.

$2.$ Count the number of logs in a given status.

$3.$ Filter out log entries based on their status.

Requirements:

$1.$ Enum Class Definition: Inside code.hpp file, define an enum class named LogStatus with the statuses: "NORMAL", "HIGH", and "ANOMALY".

$2.$ Storage: Use a std::vector to store the logs and their analyzed statuses. An example is given in main.cpp$.$

$3.$ You are provided a test file similar to the tests the autograder uses. Please use the tests.cpp file to check your work and debug.

Functions:

Add C$++$ code to the following functions in the code.cpp file. Do not modify function arguments.

$1.$ std::vector analyzeLogs$($const std::vector& logs$)$:

o This function takes in logs$,$ an existing vector of logs$.$

o This function returns a vector of statuses, where each element is the status of the corresponding element in logs$.$

o Remember, an activity count below $1000$ is considered NORMAL, between $1000$ and $5000($inclusive$)$ is considered HIGH, and above $5000$ is an ANOMALY.

o If the input vector is empty, the output vector should also be empty.

o Assume elements of the vector logs are all positive.

$2.$ int countLogsByStatus$($const std::vector& logStatuses$,$ const LogStatus status$)$:

o This function takes in logStatuses$,$ an existing vector of log statuses, and a given status.

o Note that logStatuses is of the same type as the return type of analyzeLogs$()$ function.

o This function returns the number of logs that match the given status.

o If the input vector logStatuses is empty, return $"0".$

$3.$ std::vector filterLogsByStatus$($const std::vector& logs$,$ const LogStatus desiredStatus$).$

o This function takes in logs$,$ an existing vector of logs$,$ and a given desiredStatus.

o You will filter the elements in logs by the given status.

o The function returns a new vector of logs containing all log entries that match the specified status.

o Hint: You can use analyzeLogs$()$ function you implemented above.

o If the input vector is empty, the output vector should also be empty.