A
anthonycwmak
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-8mo-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-v8v-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-7rm-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-rj6-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-4g4-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-s96-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-73m-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-z1z-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-fcj-this>
From: (e-mail address removed)
I am trying to find tools/frameworks that help with writing Java program that
can utilize multi-core CPU. So far I only found jconcurr, JOMP, JAMP, Ateji,
but they all either requires special shell command to compile and run the
programs, or, in Ateji's case use a special file extension which is converted
to java file. This doesn't seem to be ideal if I require to build multi-core
programs that can be built on Maven or similar, and requires them to run on an
enterprise environment or application server.
Besides writing concurrent programs, by using Java Concurrency API directly, to
utilize the multi-core, are there other easier/simpler way to create Java
enterprise applications that utlize multi-core CPUs? Preferably, just annotate
my POJOs to make them multi-core capable?
Kind Regards,
Anthony Mak
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
--- BBBS/Li6 v4.10 Dada-1
* Origin: Prism bbs (1:261/38)
--- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-v8v-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-7rm-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-rj6-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-4g4-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-s96-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-73m-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-z1z-this>
From: "anthonycwmak" <anthonycwmak@1:261/38.remove-fcj-this>
From: (e-mail address removed)
I am trying to find tools/frameworks that help with writing Java program that
can utilize multi-core CPU. So far I only found jconcurr, JOMP, JAMP, Ateji,
but they all either requires special shell command to compile and run the
programs, or, in Ateji's case use a special file extension which is converted
to java file. This doesn't seem to be ideal if I require to build multi-core
programs that can be built on Maven or similar, and requires them to run on an
enterprise environment or application server.
Besides writing concurrent programs, by using Java Concurrency API directly, to
utilize the multi-core, are there other easier/simpler way to create Java
enterprise applications that utlize multi-core CPUs? Preferably, just annotate
my POJOs to make them multi-core capable?
Kind Regards,
Anthony Mak
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
-+- BBBS/Li6 v4.10 Dada-1
+ Origin: Prism bbs (1:261/38)
-+- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24
--- BBBS/Li6 v4.10 Dada-1
* Origin: Prism bbs (1:261/38)
--- Synchronet 3.16a-Win32 NewsLink 1.98
Time Warp of the Future BBS - telnet://time.synchro.net:24