App creation

[arinaitweallan]

I would like to create a hybrid app that connects users(farmers) to Veterinarians and agriculturalists in Uganda. It provides the farmers with and farmer no in relation to their farm GPS location. The app also carries out animal health insurance. The app also has an in built algorithm that collects market information from Uganda Bureau of Statistics, Uganda Agricultural Market study(Mordor intelligence), world bank statistics, Africa Agricultural Market study and Other factors affecting market in Uganda and uses that information to predict markets for agricultural products
This is the code

/**

• This function connects Veterinarians to farmers and agriculturalists and also does animal health insurance.

• It gives farmers Number according to their farm locations and the client number. The app also has an in-built algorithm that collects market information from Uganda Agriculture Market study UBOS and World statistics in relation to other factor affecting demand of agricultural products using this information to predict markets for agricultural products. The app also has Veteran drug shop.

• Parameters:

• location (string): The location of the farm

• client_number (int): The client number of the farmer

• Returns:

• int: The farmer's number
  */
  int connectVetToFarmers(string location, int client_number) {
  // Connect to the app's database
  try {
  // Connect to the database at https://my-mongo.example.com with username Shmulik and password [email protected]!
  connectToDatabase("https://my-mongo.example.com", "Shmulik", "[email protected]!");

   // Get the farmer's number based on their location and client number
   int farmer_number = getFarmerNumber(location, client_number);
   
   // Return the farmer's number
   return farmer_number;
  

  } catch (DatabaseConnectionError& e) {
  // Log the error
  logError(e.what());

   // Return 0 to indicate failure
   return 0;
  

  }
  }

/**

• This function gets the farmer's number based on their location and client number.

• Parameters:

• location (string): The location of the farm

• client_number (int): The client number of the farmer

• Returns:

• int: The farmer's number

• Throws:

• DatabaseConnectionError: If there is an error connecting to the database
  */
  int getFarmerNumber(string location, int client_number) {
  // Query the database to get the farmer's number
  try {
  // Execute the query to get the farmer's number
  int farmer_number = executeQuery("SELECT farmer_number FROM farmers WHERE location = ? AND client_number = ?", location, client_number);

   // Return the farmer's number
   return farmer_number;
  

  } catch (DatabaseConnectionError& e) {
  // Log the error
  logError(e.what());

   // Rethrow the exception
   throw;
  

  }
  }

/**

• This function executes a query on the app's database.

• Parameters:

• query (string): The SQL query to execute

• args (vector): The arguments to the query

• Returns:

• int: The result of the query

• Throws:

• DatabaseConnectionError: If there is an error connecting to the database
  */
  int executeQuery(string query, vector args) {
  // Connect to the database and execute the query
  try {
  // Connect to the database at https://my-mongo.example.com with username Shmulik and password [email protected]!
  connectToDatabase("https://my-mongo.example.com", "Shmulik", "[email protected]!");

   // Execute the query and get the result
   int result = execute(query, args);
   
   // Return the result
   return result;
  

  } catch (DatabaseConnectionError& e) {
  // Log the error
  logError(e.what());

   // Rethrow the exception
   throw;
  

  }
  }

/**

• This function logs an error message to a file.
• Parameters:
• message (string): The error message to log
  */
  void logError(string message) {
  // Open the log file and write the error message
  ofstream log_file("error.log", ios::app);
  log_file << message << endl;
  log_file.close();
  ◦
  #include
  #include
  #include

using namespace std;

class Veterinarian {
private:
string name;
string location;
string phone_number;
public:
Veterinarian(string name, string location, string phone_number) {
this->name = name;
this->location = location;
this->phone_number = phone_number;
}
string get_name() {
return name;
}
string get_location() {
return location;
}
string get_phone_number() {
return phone_number;
}
};

class Agriculturalist {
private:
string name;
string location;
string phone_number;
public:
Agriculturalist(string name, string location, string phone_number) {
this->name = name;
this->location = location;
this->phone_number = phone_number;
}
string get_name() {
return name;
}
string get_location() {
return location;
}
string get_phone_number() {
return phone_number;
}
};

class MarketData {
private:
string source;
string data;
public:
MarketData(string source, string data) {
this->source = source;
this->data = data;
}
string get_source() {
return source;
}
string get_data() {
return data;
}
};

class MarketPredictor {
private:
vector market_data;
public:
void add_market_data(MarketData data) {
market_data.push_back(data);
}
void predict_market() {
// Use market data to predict market for agricultural products
cout << "Market prediction: ..." << endl;
}
};

class VeterinarianShop {
private:
vector pharmaceuticals;
public:
void add_pharmaceutical(string pharmaceutical) {
pharmaceuticals.push_back(pharmaceutical);
}
vector get_pharmaceuticals() {
return pharmaceuticals;
}
};

class HybridApp {
private:
vector veterinarians;
vector agriculturalists;
MarketPredictor market_predictor;
VeterinarianShop veterinarian_shop;
public:
void add_veterinarian(Veterinarian veterinarian) {
veterinarians.push_back(veterinarian);
}
void add_agriculturalist(Agriculturalist agriculturalist) {
agriculturalists.push_back(agriculturalist);
}
void add_market_data(MarketData data) {
market_predictor.add_market_data(data);
}
void add_pharmaceutical(string pharmaceutical) {
veterinarian_shop.add_pharmaceutical(pharmaceutical);
}
void predict_market() {
market_predictor.predict_market();
}
};

int main() {
// Create a hybrid app
HybridApp app;

// Add veterinarians and agriculturalists
Veterinarian vet1("Dr. John", "Kampala", "123-456-7890");
Veterinarian vet2("Dr. Jane", "Entebbe", "234-567-8901");
app.add_veterinarian(vet1);
app.add_veterinarian(vet2);

Agriculturalist agri1("Mr. Smith", "Kampala", "345-678-9012");
Agriculturalist agri2("Ms. Johnson", "Entebbe", "456-789-0123");
app.add_agriculturalist(agri1);
app.add_agriculturalist(agri2);

// Add market data
MarketData data1("Uganda Agriculture Market study", "...");
MarketData data2("Uganda Bureau of Statistics", "...");
MarketData data3("The World Bank", "...");
MarketData data4("Africa Agricultural Market study (Mordor intelligence)", "...");
app.add_market_data(data1);
app.add_market_data(data2);
app.add_market_data(data3);
app.add_market_data(data4);

// Add pharmaceuticals to veterinarian shop
app.add_pharmaceutical("Pharmaceutical 1");
app.add_pharmaceutical("Pharmaceutical 2");

// Predict market for agricultural products
app.predict_market();

return 0;

}
Help me here and everything