Hi,
I am facing problem while creating shared library using makeC++SharedLib_r. I am using the following command
makeC++SharedLib_r -E rpcresolver.exp -L/home/myAccount/lib -lcxxbase -lfsbutil_r -lpthreads -bimport:/usr/lib/sna/appc_r.exp -o resolver-shared.o -p 0 rpcresolver.o
Every time... (0 Replies)
Hi,
I am trying to create shared library. When i run the script to build the library i get these errors
ld: warning: option -o appears more than once, first setting taken
ld: fatal: file libgc.so.0: open failed: No such file or directory
ld: fatal: File processing errors. No output written... (0 Replies)
Getting the following error ,
ld: /opt/syncsort39/lib/libsyncsort.sl: Mismatched ABI. 64-bit PA shared library found in 32-bit link.
Is there any difference in the ld options in opt file while linking a 64 bit shared library ? Or is the problem because we are trying to link both 32 bit and 64... (3 Replies)
I need to create a shared library to access an in memory DB. The DB is not huge, but big enough to make it cumbersome to carry around in every single process using the shared library. Luckily, it is pretty static information, so I don't need to worry much about synchronizing the data between... (12 Replies)
I am writing a shared library in Linux (but compatible with other UNIXes) and I want to allow multiple instances to share a piece of memory -- 1 byte is enough. What's the "best" way to do this? I want to optimize for speed and portability.
Obviously, I'll have to worry about mutual exclusion. (0 Replies)
Hi All,
I have RHEL 5 installed in my system. Something must has happened because when i reboot the server, it came with many error..
/usr/bin/rhgb-client -- error while loading shared libraries: libpopt.so.0. Can't open shared object files. No such file/directory
It finnaly ends with the... (0 Replies)
Hi:
I have a library that it only offers Makefile for building static library. It built libxxx.a file. How do I in any way build a shared library? (either changin the Makefile or direct script or command to build shared library)
Thanks. (1 Reply)
Hello.
I am new to this forum and I would like to ask for advice about low level POSIX programming.
I have to implement a POSIX compliant C shared library.
A file will have some variables and the shared library will have some functions which need those variables.
There is one special... (5 Replies)
I'm trying to install libiconv to AIX 7.1 from an rpm off of the perzl site. The rpm appears to install but I get this error message.
add shr4.o shared members from /usr/lib/libiconv.a to /opt/freeware/lib/libiconv.a
add shr.o shared members from /usr/lib/libiconv.a to ... (5 Replies)
Hi All,
i am facing shared library error, below is the output of the command I am executing on my client
# /usr/software/bin/sudo
/usr/software/bin/sudo: error while loading shared libraries: libaudit.so.1: cannot open shared object file: No such file or directory
#
I tried install... (4 Replies)
Discussion started by: muzaffar.k
4 Replies
LEARN ABOUT MOJAVE
javah
javah(1) General Commands Manual javah(1)NAME
javah - C header and stub file generator
SYNOPSIS
javah [ options ] fully-qualified-classname ...
javah_g [ options ] fully-qualified-classname ...
DESCRIPTION
The javah command generates C header and source files that are needed to implement native methods. The generated header and source files
are used by C programs to reference instance variables of an object from native source code. The .h file contains a structure definition
whose layout parallels that of the corresponding class. The fields in the structure correspond to instance variables in the class.
The name of the header file and the structure declared within it are derived from the name of the class. If the class passed to javah is
inside a package, the package name is prepended to both the header file name and the structure name. Underscores ( _ ) are used as name
delimiters.
By default, javah creates a header file for each class listed on the command line and puts the files in the current directory. Use the
-stubs option to create source files. Use the -o option to concatenate the results for all listed classes into a single file.
The new native method interface, Java Native Interface (JNI), does not require header information or stub files. The javah command can
still be used to generate native method function prototypes needed for JNI-style native methods. javah produces JNI-style output by
default, and places the result in the .h file.
The javah_g version is a non-optimized version of javah suitable for use with debuggers like jdb.
OPTIONS
The following options are supported:
-o outputfile Concatenates the resulting header or source files for all the classes listed on the command line into outputfile. Only the
-o or -d option may be used.
-bootclasspath path
Specifies path from which to load bootstrap classes. By default, the bootstrap classes are the classes implementing the
core Java 2 platform located in jre/lib/rt.jar and several other jar files.
-classpath path
Specifies the path javah uses to look up classes. Overrides the default of the CLASSPATH environment variable if it is set.
Directories are separated by colons. Thus the general format for path is:
.:<your_path>
For example:
.:/home/avh/classes:/usr/local/java/classes
-d directory Sets the directory where javah saves the header files or the stub files.
-force Specifies that output files should always be written.
-help Prints help message for javah usage.
-jni Causes javah to create an output file containing JNI-style native method function prototypes. This is the default output,
so use of -jni is optional.
-old Specifies the old JDK1.0-style header files should be generated.
-stubs Causes javah to generate C declarations from the Java object file.
-trace Tracing is no longer supported. Instead, use the -verbose:jni option of the virtual machine.
-verbose Indicates verbose output and causes javah to print a message to stdout concerning the status of the generated files.
-version Print out javah version information.
-Joption Pass option to the Java virtual machine, where option is one of the options described on the man page for the java applica-
tion launcher, java(1). For example, -J-Xms48m sets the startup memory to 48 megabytes. It is a common convention for -J to
pass options to the underlying virtual machine.
ENVIRONMENT VARIABLES
CLASSPATH Used to provide the system with a path to user-defined classes. Directories are separated by colons, for example,
.:/home/avh/classes:/usr/local/java/classes
SEE ALSO java(1), javac(1), javadoc(1), javap(1), jdb(1)
13 June 2000 javah(1)