containers

I'm trying to store QScopedPointers in a QList. I found this comment One can also use QList >. – Kuba Ober Jan 14 '14 at 18:17 (first comment on this answer: https://stackoverflow.com/a/21120575/3095014 ) and this post https://forum.qt.io/topic/59338/solved-qlist-of-qscopedpointers which implies that this should work. But if I try to compile the code of the second link, I'm getting this errors: E:\Qt\Qt5Enterprise\5.5\msvc2013\include\QtCore/qlist.h(404) : error C2248: 'QScopedPointer<Label,QScopedPointerDeleter<T>>::QScopedPointer' : cannot access private member declared in class

I have been using this website pretty often in order to solve small issues that I have while programming in Python. This time, somehow I could not find a suitable solution for my situation. So, here is my problem: I want to dynamically add entries to a gtk.VBox widget. The problem is that it doesn't work the way I want it to work. I simply have a button, whose action is to add an additional widget to a VBox. Unfortunately the widget doesn't appear on the window. I guess, I have to add something like a repaint function call, but I didn't find anything like that. Here is a sample code, showing

I have a replication controller running with the following spec: apiVersion: v1 kind: ReplicationController metadata: name: owncloud-controller spec: replicas: 1 selector: app: owncloud template: metadata: labels: app: owncloud spec: containers: - name: owncloud image: adimania/owncloud9-centos7 ports: - containerPort: 80 volumeMounts: - name: userdata mountPath: /var/www/html/owncloud/data resources: requests: cpu: 400m volumes: - name: userdata hostPath: path: /opt/data Now I run a hpa using autoscale command. $ kubectl autoscale rc owncloud-controller --max=5 --cpu-percent=10 I have also

I have installed Docker for Windows on my Windows 10 laptop. Now because of this "Docker for Windows" I can run Linux containers too on my windows 10 Laptop. How is it made possible? I have some queries, am I missing something here? See image for better visibility 1) My machine which is Windows 10 has Windows Kernel. Right? 2) When I select option to RUN Linux containers, I think a Linux VM is run on top of my Windows 10 machine and on top of that Linux Containers are run. Is that correct? 3) If a Linux VM is run on TOP of Windows machine, whose kernel is used? Linux VM kernel or windows 10

I am writing a very simple std::stack using vector as its underlying container. I realized that I could replace all the push(), pop() and top() functions with push_back(), pop_back() and back() of the vector container. My questions are: why to use a container adaptor when the controlled use of the underlying container is enough? Why not to use just a deque, vector or list? There will be waste of memory or processing time? When your code says std::stack it's clear to the reader what operations they need on the container... it communicates and documents while enforcing that no other operations

The problem: I need to apply multiple regexes to each line of a big log file (like several GB long) , gather non-empty matches and put them all in an array (for serialization and sending it over the network). Slices are not much help if answer to this question holds: If the slice does not have sufficient capacity, append will need to allocate new memory and copy the old one over. For slices with <1024 elements, it will double the capacity, for slices with >1024 elements it will increase it by factor 1.25. Since there can be literally hundreds of thousands of regex matches, I can't really

Is there a way use STL containters with non-copyable elements? something like this: class noncopyable { noncopyable(noncopyable&); const noncopyable& operator=(noncopyable&); public: noncopyable(){}; }; int main() { list<noncopyable> MyList; //error C2248: 'noncopyable::noncopyable' : cannot access private member declared in class 'noncopyable' } No, non-copyable elements can't be in C++ container classes. According to the standard, 23.1 paragraph 3, "The type of objects stored in these components must met the requirements of CopyConstructible types (20.1.3), and the additional requirements of

I have been using the highly concise and intuitive C++ syntax for finding the intersection of two sorted vector s and putting the result in a third vector : vector<bar> a,b,c; //... std::set_intersection(a.begin(),a.end(),b.begin(),b.end(), std::back_inserter(c)); This should set c to intersection( a , b ), assuming a and b are sorted. But what if I just use c.begin() (I thought I saw an example somewhere of this, which is why I did): std::set_intersection(a.begin(),a.end(),b.begin(),b.end(), c.begin()); set_intersection expects an OutputIterator at that parameter. The standard I believe