09:01:02	 From Mackenzie Nicole Devilbiss : access code for the quiz??
09:01:14	 From Guillermo : Is the password 1234?
09:01:31	 From Iker Loic De Icaza Astiz : yes
10:03:18	 From Andres Vargas : What can be a use case scenario for const int* const cpc = &ci?
10:06:06	 From Kyle Knoepfel : It’s a rare occurrence, as ‘const int* p = &i’ is often sufficient.  However, it is an extra degree of const correctness.  For example, you could never call ‘delete p’ in that case.
10:06:53	 From Marc Paterno : This gives a pointer through which you can read the integer, but not modify the integer, nor modify the pointer itself. Does that answer your question?
10:12:07	 From Andres Vargas : Hi Marc, Kyle. Yes, thank you
10:13:21	 From Rishabh Uniyal : what does it mean when we say, "I have a 64 bit machine"?
10:14:38	 From Kyle Knoepfel : Oops.  Marc just pointed out to me you can call ‘delete p’, you just can’t set p = nullptr.
10:15:23	 From Marc Paterno : A 64-bit machine is a machine in which the central processing unit (CPU) works with 64-bit values (e.g. pointers are 64 bits). Much modern hardware is of this type.
10:16:34	 From Marc Paterno : If you’re working on a Linux machine, and “uname -m” return x86_64, you are on a 64-bit machine.
10:26:01	 From Carlos Rimola : Rishab, does your question refer to why a C++ "int" is not 64 bits (vs 32 bits) on a 64-bit machine (processor)?
10:26:42	 From ysun : I found my roll call for today is absence.
10:27:20	 From ysun : Anything wrong with it?
10:28:09	 From Vito Di Benedetto : I just found the same
10:54:46	 From Andres Vargas : What are these "garbage int values" when doing int a[100];? Is memory that was present and is being read as integers?
10:54:59	 From Kyle Knoepfel : Yep
11:18:51	 From Andres Vargas : Yes I'm here
11:18:53	 From Andres Vargas : but no mic
11:18:55	 From Andres Vargas : :/
11:23:00	 From Rishabh Uniyal : what is the advantage of linked list over a regular list
11:23:47	 From Marc Paterno : In C++, a doubly-linked list is a regular list. Do you mean what is the advantage of a list over an array?
11:24:05	 From Rishabh Uniyal : yes
11:25:07	 From Marc Paterno : Compared with an array, a list allows you to put new items on the front of the back of the list, or to insert new elements in the middle. Arrays do not allow that.
11:26:03	 From Marc Paterno : The differences between vector, dequeue and list are partly in what functions they support, and partly in which functions are most efficient.
11:26:04	 From Rishabh Uniyal : i see! so, arrays are immumatable while  lists can be mutated
Thanks
11:26:36	 From Marc Paterno : Almost — one can modify the elements in an array, but the number of elements in the array is immutable.
11:26:55	 From Becky Kowalski : So I guess there's no "append" function for an array? 
11:28:36	 From Marc Paterno : That is correct; there is no ‘append’ function for an array. Vector, list and dequeue have ‘push_back’, which appends a new item to the end of the sequence. Dequeue and list (but not vector) also have push_front. And all have many other member functions as well.
11:29:27	 From Becky Kowalski : Thank you!
11:31:25	 From Jaiden Parlone : What is meant by 'doubly linked' 
11:31:47	 From Kyle Knoepfel : You can traverse forwards  and backwards through the list elements
11:31:58	 From Jaiden Parlone : Gotcha, thank you!
11:32:05	 From Kyle Knoepfel : No forward.  There is such a thing as a forward_list where you can only go forward.
11:32:15	 From Kyle Knoepfel : Errgh… Meant to say No problem. :)
11:32:30	 From Jaiden Parlone : Haha, thanks again!
11:35:25	 From Andres Vargas : Are we missing <int> in 486?
11:35:32	 From Kyle Knoepfel : Yep…
11:35:56	 From Kyle Knoepfel : Well, actually in C++17 the compiler will deduce it for you.  But I don’t think that’s the intent of this exercise.
11:36:43	 From Andres Vargas : Thanks!
11:37:10	 From Marc Paterno : Because the {2, 3, 4} are integer literals, the compiler is able to do the deduction Kyle mentioned.
11:38:25	 From Andres Vargas : What's the difference between begin(a) and a.begin()?
11:39:56	 From Marc Paterno : a.begin() requires that the type of ‘a’ be a class with a member function ‘begin'
11:40:34	 From Marc Paterno : begin(a) can be called on things like a C-style array, which is not a class type and which has no member functions.
11:41:31	 From Andres Vargas : So if a is an std::list a.begin() the same as begin(a)?
11:41:42	 From Kyle Knoepfel : Yes
11:42:48	 From Kyle Knoepfel : The full call is std::begin(a), which can be abbreviated as begin(a) if a is a type that lives in the std namespace (in this case std::list<int>).
11:46:05	 From Andres Vargas : Thank you
12:03:12	 From Andres Vargas : Same here, password not working 
12:03:40	 From Ishwar Singh : Same for me and I am not allowed any room.
12:03:47	 From Ishwar Singh : alloted*
12:03:54	 From Andres Vargas : Now it works 
13:02:37	 From Jaiden Parlone : Thank you for today!