11-11-2005
this might be possible but the binary translator would be a huge piece of spaggheti-code. Imagine that you would have to write a binary translator from 386 to RISC :
- you would first have to change the byte order because 386 uses big-endian and RISC
little endian
- after you would have to translate all code from intel machine code to risc machine
code
- finally you would have to modify your translator to cope with your operating system's idiosyncrasies...
10 More Discussions You Might Find Interesting
1. UNIX for Dummies Questions & Answers
Is it possible to migrate a UNIX program and use it in a NetWare or Windows 2000 network? I have a client that must have one of those two operating systems for the new program that they want. However, they've been using an older UNIX program for about 7 years and they want to be able to refer to... (7 Replies)
Discussion started by: refram
7 Replies
2. UNIX for Advanced & Expert Users
hi,
is there any tool that i can use to update my scripts (SH scripts)
form Unix to linux.
please mention any useful websites.
thanx in advance (2 Replies)
Discussion started by: omran
2 Replies
3. UNIX for Advanced & Expert Users
Hi all,
Would appreciate advise on my situation.
Currently server A is in production. Server A takes in data from Server X, does some processing and send to server Y. We are going to develop a different system in server B, something like an enhanced version of A. Server A will be retired once... (2 Replies)
Discussion started by: new2ss
2 Replies
4. UNIX for Dummies Questions & Answers
how can i migrate a running process in unix to another node for load balancing? (3 Replies)
Discussion started by: aisalihu
3 Replies
5. UNIX for Advanced & Expert Users
how can i migrate a running process in unix to another node? (1 Reply)
Discussion started by: aisalihu
1 Replies
6. Shell Programming and Scripting
Hi,
We are doing migration from DB2 to Teradata.
There are couple of things involving in the project.
Please see below following order
Autosys-Jil script
Profile script
Category1
Teradata script
Data stage job script
Tera data script
Export files script..
Like that we have 10000... (1 Reply)
Discussion started by: onesuri
1 Replies
7. UNIX for Advanced & Expert Users
We are about to get a new server and I need to prepare for migration to the new one. This will be my first migration so I'm sure I will be learning alot.
My current server is running CentOS 4.x and I want to move to a sever running Centos 5.x , thought it would make things easier.
The old... (1 Reply)
Discussion started by: mcraul
1 Replies
8. Red Hat
Hello experts,
My doubt is, shall we move process from one node to another node..?
This will be need when the cpu running on max load.
Thanks. (1 Reply)
Discussion started by: srigias
1 Replies
9. AIX
We have a 2 node oracle rac cluster one node is in frame 1 and other is in frame 2
Now,because of some hardware failure(processor card and cable) in frame 1 we will failover database services from lpar in frame 1 to lpar(oracle rac cluster node2) in frame2 and the entire replacement of hardware... (9 Replies)
Discussion started by: admin_db
9 Replies
10. AIX
I'm New to AIX / VIOS
We're doing a FC switch cutover on an ibm device, connected via SAN.
How do I tell if one path to my remote disk is lost? (aix lvm)
How do I tell when my link is down on my HBA port?
Appreciate your help, very much! (4 Replies)
Discussion started by: BG_JrAdmin
4 Replies
LEARN ABOUT DEBIAN
icetsingleimagestrategy
icetSingleImageStrategy(3) IceT Reference icetSingleImageStrategy(3)
NAME
icetSingleImageStrategy -- set the sub-strategy used to composite the image for a single tile.
Synopsis
#include <IceT.h>
void icetSingleImageStrategy( IceTEnum strategy );
Description
The main IceT algorithms are specially designed to composite data defined on multiple tiles. Some of these algorithms, namely ICET_STRAT-
EGY_REDUCE and ICET_STRATEGY_SEQUENTIAL, operate at least in part by compositing single images together. IceT also comes with multiple sep-
arate strategies for performing this single image compositing, and this can be selected with the icetSingleImageStrategy function.
A single image strategy is chosen from one of the following provided enumerated values:
ICET_SINGLE_IMAGE_STRATEGY_AUTOMATIC
Automatically chooses which single image strategy to use based on the number of processes participating in the composition.
ICET_SINGLE_IMAGE_STRATEGY_BSWAP
The classic binary swap compositing algorithm. At each phase of the algorithm, each process partners with another, sends half of
its image to its partner, and receives the opposite half from its partner. The processes are then partitioned into two groups that
each have the same image part, and the algorithm recurses.
ICET_SINGLE_IMAGE_STRATEGY_RADIXK
The radix-k acompositing algorithm is similar to binary swap except that groups of processes can be larger than two. Larger groups
require more overall messages but overlap blending and communication. The size of the groups is indirectly controlled by the
ICET_MAGIC_K environment variable or CMake variable.
ICET_SINGLE_IMAGE_STRATEGY_TREE
At each phase, each process partners with another, and one of the processes sends its entire image to the other. The algorithm
recurses with the group of processes that received images until only one process has an image.
By default IceT sets the single image strategy to ICET_SINGLE_IMAGE_STRATEGY_AUTOMATIC when a context is created. This is the single image
strategy that will be used if no other is selected.
Errors
ICET_INVALID_ENUM
The strategy argument does not represent a valid single image strategy.
Warnings
None.
Bugs
None known.
Copyright
Copyright (C)2010 Sandia Corporation
Under the terms of Contract DE-AC04-94AL85000 with Sandia Corporation, the U.S. Government retains certain rights in this software.
This source code is released under the New BSD License.
See Also
icetDrawFrame(3), icetGetStrategyName(3) icetSingleImageStrategy(3)
IceT Reference August 9, 2010 icetSingleImageStrategy(3)