static-libraries

When I run make (after running qmake) I get the following error: /usr/bin/ld: cannot find -lQtGui /usr/bin/ld: cannot find -lQtCore In synaptic it shows that I have installed libqtcore4 and libqtgui4. There is no such directory as /usr/bin/ld. Basically, I've installed the QtSDK, and QtCreator seems to work fine in that it can build the hello world program. But I want to be able to work from the CLI and run make. I suspect that I may need to redirect the make program to look elsewhere for QtGui and QtCore. If so, how do I find out where those libraries are? I'm running Ubuntu 12.04 and I've

I am having a difficult time configuring an iOS project which uses a static library linked against the old libstdc++ that gcc used. That library is 32 and 64-bit. There are 6 libraries (libssl.a for example) that are 32-bit and must be updated. If I compile those libraries from source, they will be automatically linked with libc++, which will result in my linker complaining. Therefore, here are my questions: 1) Is there any way to have a single static library inside the project use libstdc++, and have the others use libc++? 2) How can I compile libraries from source (like libcrypto and libssh)

I have a Fortran module that contains some variables that have the attribute parameter and some have the attribute save . The parameter ones are not included in the compiled object, which becomes a problem when trying to assemble a library. For example, consider a file testModule.f90 : module testMOD integer, save :: thisIsSaved = 1 integer, parameter :: thisIsParametered = 2 end module testMOD I compile this with: ifort -c testModule.f90 . When I check what's inside it: >$ nm testModule.o 0000000000000000 T testmod._ 0000000000000000 D testmod_mp_thisissaved_ only the thisIsSaved variable is

I am trying to learn Core Foundation with C/C++. I use JetBrains CLion that uses CMAKE. The problem is - I dunno how to include proper static libraries in C/C++ Makefile project on Mac. I need to link static library CFNetwork to my project in order to fix linking problems. Could you give me a quick hint? My case: #include <CFNetwork/CFNetwork.h> #include <iostream> int main() { CFStringRef bodyString = CFSTR(""); // Usually used for POST data CFDataRef bodyData = CFStringCreateExternalRepresentation(kCFAllocatorDefault, bodyString, kCFStringEncodingUTF8, 0); CFStringRef headerFieldName = CFSTR

I'm getting the following error when including static libraries: missing required architecture i386 in file This worked 30 seconds previously, and only failed when I upgraded to Xcode 3.2.3. I've used "file" command to check - and, yes, XCode is building completely the wrong architecture (armv6 + armv7 instead of i386). This seems to be a major bug in latest Xcode, where Apple has re-written the build / compile / link settings. There's a note in the release notes saying very vaguely that they've "Changed it" because it used to be "confusing". This is not helpful. The build settings for the

For some reason i need to use this native framework in my Xamarin.iOS app and the problem comes, that i have no idea how to make bindings properly. So as i understood correctly, this framework also uses another one framework and i'm little bit confused, what exactly i need to do? Questions : Do i need to implement static library(is this possible to do with native frameworks ) as it shows on official documentation of Xamarin ? Can i make bindings for native framework that is using another framework too or i need to implement them separately? Maybe i should re-write all these native frameworks

I have implemented a binary tree program which includes the tree.c with the functions, the tree.h with the declarations of them and a main.c for testing. Also, I have a makefile which is: CC=gcc CFLAGS=-g -Wall DEPS = tree.h OBJ = main.o tree.o %.o: %.c $(DEPS) $(CC) -c -o $@ $< $(CFLAGS) tree: $(OBJ) $(CC) -o $@ $^ $(CFLAGS) clean: rm -f *.o tree Now I want to make it generate a library not only an object file for the binary trees functions and afterwards to generate the documentation of doxygen inside the makefile. Any help would be helpful. I know that my answer comes in a bit late, but i

I have read about static and dynamic libraries. My question is little specifie dlopen dlclose : Benifit of dlopen is we can start the EXE with out loading the necessary libraries at the begining. Only when we need we will load the libratries and unload it from the memory. This is behaviour of dynamic linking libaries. My question is if i link the library libUtlities ld -o EXE main.o -lUtilities When I run the EXE, libUtlities will be loaded to the memory before I first use there functionalities which i observed in dbx (Solaris debugger) But will not contribute to the size of the EXE. 1.So is