Hi all, can anyone explain what <Type> means in c++ codes?

Hello. How std::copy behaves with overlapping memory ranges?

can someone please help me out why this code doesn't work for binary to decimal conversion?

according to me, I am logically right

oh okayy, I got it

Kriss Ny sent a code, it has been re-uploaded as a file

i want to print the value which don't have next greater element using stack but my code doesn't gives any output, what i am doing wrong ?

What are you trying to do?

I want to print the value which don' t have next greater element , for ex- v={2, 5, 8, 9, 3, 5}, i want to print 9 and 5

So you want to print two biggest element ?

I want to print the value which don' t have next greater element , for ex- v={2, 5, 8, 9, 3, 5}, i want to print 9 and 5

I want to print the element which don't have next greater element using stacks😭

I want to print the element which don't have next greater element using stacks😭

above link may help, understanding what i am saying

above link may help, understanding what i am saying

Hello

Which link

https://www.geeksforgeeks.org/next-greater-element/

You want same thing but for stack right?

if(v[i+1] < v[i]) // Print Number else // Do something

i will try doing this

Did you used array for creating stack or linked list

if(v[i+1] < v[i]) // Print Number else // Do something

Except for last element

Hey guys can you tell me how to become more proficient in this language im trying hard but some times its really tough

Focus on pointers, references, memory allocation and pointer math, difference between stack and heap. These are the 99% problems when programming in C and the most of times these are the things that will make you confuse if you doesn't have them clear on your mind. After all they are not difficult once you understand them. But if you only follow tutorials without practice and play with them you will think you grasp it only to be trapped.

Of course its difficult. Take this example: https://github.com/u-boot/u-boot/blob/master/drivers/net/e1000.c#L238-L276 If you can't understand what's going on this code (not what it does, what is the intended objective) in less than 10 minutes, the code is tough. And no, it's not a quiz or a challenge. This is the example of bad practice at business logic in C: mix everything and good luck

Well it is not so complicated as it focus on a specific domain. Who knows what is eeprom and how it works and need to work with it will understand better what is happening.

The naming convention, the masks, the obfuscation... its complicated unnecessarily

Focus on pointers, references, memory allocation and pointer math, difference between stack and heap. These are the 99% problems when programming in C and the most of times these are the things that will make you confuse if you doesn't have them clear on your mind. After all they are not difficult once you understand them. But if you only follow tutorials without practice and play with them you will think you grasp it only to be trapped.

Hello guys) I would love to get an answer for this question: Let me share a small portion of code I have written in C++: int* ptr; int var = 7; ptr = &var; int &ref = var; after writing this block of code, I've realized that the addresses that store the variables var and ref are equal. The values these two variables store are the same too. However, I just don't get it in terms of actual numbers of variables the OS memory has allocated for: did the OS allocate memory for ref and var separately or did it allocate only 1 spot in memory for these two(var and ref) variables (if so, does it mean that the spot in memory has two names/identifiers (ref and var)?

I read in c++ primer that references are not object, they are just another name for an already existing object while pointers are object

So that basically suggests that the object has two names, which are 1. Reference 2. Name of the object/variable ?

Hello guys I am having some problem running a code can anyone help me?

fatal error: mysql.h : No such file or directory

Have you installed the connector ?

B220059_Subhra Bhanja sent a code, it has been re-uploaded as a file

Hello guys) I would love to get an answer for this question: Let me share a small portion of code I have written in C++: int* ptr; int var = 7; ptr = &var; int &ref = var; after writing this block of code, I've realized that the addresses that store the variables var and ref are equal. The values these two variables store are the same too. However, I just don't get it in terms of actual numbers of variables the OS memory has allocated for: did the OS allocate memory for ref and var separately or did it allocate only 1 spot in memory for these two(var and ref) variables (if so, does it mean that the spot in memory has two names/identifiers (ref and var)?

Anthony Silva sent a huge message, it has been re-uploaded as a file Hi everyone, i'm trying to resolve an C exercise where i have to convert number into an intenger..

Hello friends) I've searched for the definition of an inline function, and basically all sources provide this answer: "An inline function is one for which the compiler copies the code from the function definition directly into the code of the calling function rather than creating a separate set of instructions in memory." I thought an inline function would be useful to work with functions and pass the value of an argument x, which is in main() scope, into function. That way, I thought the argument in main() scope would be affected and changed since the inline function does not copy the value but writes the actual code into the main() scope. I expect the argument to be changed, yet it did not. Then what is the problem? Or is there something I've missed? here is the code: #include <iostream> using namespace std; inline int increment (int x) { return ++x; } int main() { int a = 5; cout << a << endl; increment(a); cout << a; return 0; } the variable 'a' remains 5...

Hello friends) I've searched for the definition of an inline function, and basically all sources provide this answer: "An inline function is one for which the compiler copies the code from the function definition directly into the code of the calling function rather than creating a separate set of instructions in memory." I thought an inline function would be useful to work with functions and pass the value of an argument x, which is in main() scope, into function. That way, I thought the argument in main() scope would be affected and changed since the inline function does not copy the value but writes the actual code into the main() scope. I expect the argument to be changed, yet it did not. Then what is the problem? Or is there something I've missed? here is the code: #include <iostream> using namespace std; inline int increment (int x) { return ++x; } int main() { int a = 5; cout << a << endl; increment(a); cout << a; return 0; } the variable 'a' remains 5...

You should use int&x instead of int x. Basically, because input arguments is new variable and then you work with this variable. This means that you will have something like: int main() { int a = 5; //Inlined function int x = 5; ++x; }

Ok, but there is no argument 'x' in this scope. According to the inline function definition, I thought the compiler would look like this: int main() { int a = 5; ++a;//Inlined function (I wrote ++a because this is what inline functions, according to the definition, does) } I am not sure if the x is a new argument since with other functions(for example using pointers) there is no new variable being created. Or am I wrong?

pointers provide information about memory address where you can go and at least read this value, the same with references of course.

Hello guys I have a question about ipconfig. Is there a chance that we write a code with c++ in a website to find the location(city) of the customers by their ip address?

So the question is about ipconfig, c++ web server, or the geolocation?

So the question is about ipconfig, c++ web server, or the geolocation?

It's a combining of them I need a code which can find the origin and a location of an ip adress. I need a code because of this: visiting a website in a period of time noticeably creates an algorithm I need to know how to prevent a code so I can estimate this algorithm and find the source of that person's ip address too. Is it possible? Or these are just two different things and can't be combined?