And what about a c program to write 100 to 0

What function should I use to get string representation of month ? for example I got month = 12. What should I use to identify the string name of this month ?

And what about a c program to write 100 to 0

#include<stdio.h> main() { int i; for(i=100;i>=0;--i) printf("%d\n",i); }

What's the possible error when statement isn't printing in devc?

Get mingw from winlibs.com and add the folder to your path (google it).

class B { public: B(); ~B(); void print(); private: QString data; }; class MessengerClient : public QThread { Q_OBJECT public: explicit MessengerClient(QObject *parent = nullptr); .. public slots: .. signals: void error(QTcpSocket::SocketError err); private: .. B *b; }; MessengerClient::MessengerClient():QThread(parent),b(new B()){} i this case i initialize b object with default constractur, but i get error when using b! why ? but another class like this work correctly :|

How are we supposed to know what errors you're getting and how you're using this class?

signal name: SIGSEGV signal meaning: Segmentation fault

if in MessengerClient constractur i use b->somthing(() work , but in other function give me err

Hi??

No one will solve your assignment

Is it always necessary to implement data hiding and encapsulation in a program? Explain with the help of an example in case yes or no

Depends on what paradigm you're working with. In OOP for example you want objects to always encapsulate the state. In other paradigms or specific patterns (e.g. DOD / ECS) you can have data that can be shared between some classes/functions of specific systems.

Is it the same as a normal value? If not, then what is the difference?

A constant? Or it has to do with the type of value a variable can have?

... So, a literal is the Initial value of a variable?

so... "C" is a string literal? 0x01 is a hexadecimal literal? true is a boolean literal?

Write a program using two function ???

Write a program using two function ???

I can do it with only one function: #include <stdio.h> int main(const int argc, const char** argv){ printf("My only one function program"); return 0; }

I can do it with only one function: #include <stdio.h> int main(const int argc, const char** argv){ printf("My only one function program"); return 0; }

doesnt return anything?

I can do it with only one function: #include <stdio.h> int main(const int argc, const char** argv){ printf("My only one function program"); return 0; }

There are 2 functions in your code.

Fine: int main(){ return 0; }

Second attempts net you less points

How do I reenable the {} constructor for classes that have a custom constructor already?

Provide more context

Like, I would like to allow constructing the class like this: Message msg = { .content = "hi" }; While still having a custom parameterized constructor.

This type of initialization is available only for aggregate types

So it is definitely not possible to do this on classes with constructors?

https://en.cppreference.com/w/cpp/language/aggregate_initialization

Anyone have a complex switch statement that they can share from production code?

Anyone have a complex switch statement that they can share from production code?

Anyone have a complex switch statement that they can share from production code?

Sure, will send later

Anyone have a complex switch statement that they can share from production code?

https://gitlab.com/mogomanDE/sm64-cdl/-/blob/master/src/pc/pc_main_asio.cpp#L42

Thanks!

There are 2 functions in your code.