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int add(int x, int y)mulDiv.c :
{
return x + y;
}
int sub(int x, int y)
{
return x - y;
}
int mul(int x, int y)main.c :
{
return x * y;
}
int div(int x, int y)
{
return x / y;
}
#include <stdio.h>
int main(int argc, char *argv[])
{
printf("%d ", add(10, 15));
printf("%d ", sub(50, 15));
printf("%d ", add(10, 3));
printf("%d ", add(100, 4));
return 0;
}
gcc -c addSub.c mulDiv.c -Wall2. Create static library( liboperation.a ) for compiled files
ar -cvq libopeartion.a addSub.o mulDiv.o3. We can list the available files from library file using following
ar -t libopeartion.a4. Compile the main program with linking the library
gcc -o output main.c libopeartion.a5. Run the created output executable file
./output
$ mkdir test_library
$ cd test_library
// BEGIN
public class MyLib : Object {
public string hello() {
return "Hello World from MyLib";
}
public int sum(int x, int y) {
return x + y;
}
}
// END
-C --ccode Output C code instead of compiled
-H --header=file Output C header file
--library=name Assign name to library
--vapi Assign name to vapi file
-b --basedir=dir Use dir as the base source dir (For me, this is unnecessary)
$ valac -C -H libtest.h --library libtest libtest.vala --basedir ./
-shared Create a .so shared object
-fPIC Position Independent Code (PIC) suitable for use in a shared library
$(pkg-config --cflags gobject-2.0)
Output: -I/usr/include/glib-2.0
-I/usr/lib/i386-linux-gnu/glib-2.0/include
-o filename Output filename
$ gcc -shared -fPIC -o libtest.so $(pkg-config --cflags --libs gobject-2.0) libtest.c
// BEGIN
void main() {
var test = new MyLib();
// MyLib hello()
stdout.printf("%s ", test.hello());
// MyLib sum()
int x = 4, y = 5;
stdout.printf("The sum of %d and %d is %d ", x, y, test.sum(x, y));
}
// END
-X -ltest to add libtest.so)- The vala link to a .vapi file (in this example, test.vapi)
- The gcc link to a C library (in this example, -X -ltest to add libtest.so)
-X --Xcc=-I. Pass the -I. (include current directory) to gcc.
GCC will look for shared libraries in the current directory first
-X --Xcc=-L. Pass the -L. (add current directory to search path) to gcc.
-X --Xcc=-ltest Link library "libtest" which we just created in the current directory.
If we had the libtest.so in the local directory, we could use:
$ valac -X -I. -X -L. -X -ltest -o hello hello.vala libtest.vapi
$ LD_LIBRARY_PATH=$PWD ./hello
Hello World from MyLib
The sum of 4 and 5 is 9
$ sudo cp libtest.so /usr/lib/
$ ./hello
Hello World from MyLib
The sum of 4 and 5 is 9
// BEGIN
// Source: https://live.gnome.org/Vala/DBusServerSample#Server
[DBus (name = "org.example.Demo")] // dbus interface name
public class DemoServer : Object {
/* Functions that access the library on the Demo interface
* Note the LACK of in the return strings.
* Vala automatically mangles my_function_name into the
* standard Dbus camelcase MyFunctionName
* So a function is "hello()" here, but "Hello" on Dbus
*/
public string sum () {
var test = new MyLib();
int x = 4, y = 5;
return "The sum of %d and %d is %d".printf( x, y, test.sum(x, y));
// Note the LACK of in the return strings
}
public string hello () {
var test = new MyLib();
return "%s".printf( test.hello());
}
}
[DBus (name = "org.example.DemoError")]
public errordomain DemoError { SOME_ERROR }
/* Dbus functions */
void on_bus_aquired (DBusConnection conn) {
try {
string path = "/org/example/demo";
conn.register_object (path, new DemoServer ());
} catch (IOError e) {
stderr.printf ("Could not register service "); }
}
void main () {
GLib.MainLoop loop = new GLib.MainLoop ();
GLib.TimeoutSource time = new TimeoutSource(3000); // 3 sec
GLib.BusType bus = BusType.SESSION;
string destination = "org.example.demo";
GLib.BusNameOwnerFlags flags = BusNameOwnerFlags.NONE;
Bus.own_name ( bus, destination, flags,
on_bus_aquired,
() => {},
() => stderr.printf ("Could not aquire name "));
// Use timeout to quit the loop and exit the program
time.set_callback( () => { loop.quit(); return false; });
time.attach( loop.get_context() ); // Attach timeout to loop
loop.run (); // Listen for dbus connections
}
// END
Dbus requires the gio package (--pkg gio-2.0)
-X --Xcc=-I. Pass the -I. (include current directory) to gcc.
GCC will look for shared libraries in the current directory first
-X --Xcc=-L. Pass the -L. (add current directory to search path) to gcc.
-X --Xcc=-ltest Link library "libtest" which we just created in the current directory.
Since the library is installed, we can ignore those local directory flags:
$ valac --pkg gio-2.0 -X -ltest dbus_server.vala libtest.vapi
// BEGIN
[D-BUS Service]
Name=org.example.demo
Exec=/home/me/vala/library/dbus_server
// END
$ sudo cp dbus.service /usr/share/dbus-1/services/org.example.demo.service
$ dbus-send --session --type=method_call --print-reply
--dest="org.example.demo" /org/example/demo org.example.Demo.Hello
method return sender=:1.3173 -> dest=:1.3172 reply_serial=2
string "Hello World from MyLib"
$ dbus-send --session --type=method_call --print-reply
--dest="org.example.demo" /org/example/demo org.example.Demo.Sum
method return sender=:1.3175 -> dest=:1.3174 reply_serial=2
string "The sum of 4 and 5 is 9"
$ sudo rm /usr/share/dbus-1/services/org.example.demo.service
$ sudo rm /usr/lib/libtest.so
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| Battle of the bands: Heres what we listened to while writing this summary. |
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| Figure 1: Our experiment shows that a Merlin programmer screenshot from p. 17 of the Muddy Waters report is not supportive evidence of a successful attack. The top photo shows our reproduction of the Merlin programmer screen photo, but without causing changes to the pacing pulses. Our end-to-end oscilloscope measurements (bottom photo) show that pacing pulses continue normally despite the three benign alerts that are expected when not connected to cardiac tissue. |
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| Corel DVD MovieFactory 7 7.00.398.0 |
Technical Specification of Corel DVD MovieFactory | |
Version Name | Corel DVD MovieFactory 7 7.00.398.0 |
License Type | Commercial Trial |
Release Date | October 8, 2014 |
Author | Corel Corporation |
Languages | Support Multiple Languages |
Requirements & Support | All windows version |
Downloading File size | 278.57MB |