PRPnet (PSA), Project Staging Area Налаштування

[Death]

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Привет.

А вы в курсе что существует ПРПнет? Проект параллельно с праймом ищущий простые числа.

http://primegrid.com/forum_thread.php?id=1215

 

Я вот подрубился к апрельскому проекту http://primegrid.com/forum_thread.php?id=3228

чтобы засветиться в стате http://u-g-f.de/PRPNet/allteam_stats.php?proj=5oB

Добро пожаловать в Project Staging Area (PSA)!

PSA создана для поиска, тестирования и подготовки будущих проектов для PrimeGrid BOINC. Она также включает дополнительные проекты, которые не включены в BOINC. Основное отличие от BOINC заключается в наличии отсутствия GUI, вместо него используется обычное окно Windows или Linux терминал. После настройки клиент получает задания и выполняет тестирование автоматически.

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Пример настройки cpu клиента на 4 реальных ядрах i7-2600k и gpu на gtx470. Создаем 5 папок + батник:

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ECHO
cd gpu
start "GPU" /MIN /AFFINITY 55 prpclient.exe
cd ..
cd cpu0
start "CPU0" /MIN /AFFINITY AA prpclient.exe
cd ..
cd cpu1
start "CPU1" /MIN /AFFINITY AA prpclient.exe
cd ..
cd cpu2
start "CPU2" /MIN /AFFINITY AA prpclient.exe
cd ..
cd cpu3
start "CPU3" /MIN /AFFINITY AA prpclient.exe
cd ..
EXIT

Процессы cpu привязываются к ядрам 1,3,5,7 - маска '10101010', она же в hex 'AA'; gpu - к ядрам 0,2,3,6 - маска '01010101', она же в hex '55'. Если в процессоре нет HT и планируется считать на всех ядрах, то ключ /AFFINITY не нужен.

Для подпроекта на gpu GFN 524288 файл конфигурации prpclient.ini в папке gpu:

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email=мыло@праймгрид
userid=ник_праймгрид
machineid=GTX_470
instanceid=1
teamid=Ukraine

server=GFN524288:0:1:prpnet.primegrid.com:11001
geneferexe=geneferCUDA.exe

cpuaffinity=
gpuaffinity=
normalpriority=1

startoption=9
stopoption=6
stopasapoption=0

errortimeout=1
loglimit=0
debuglevel=1
echotest=1

Папка содержит файлы cudart32_32_16.dll, cufft32_32_16.dll, genefercuda.exe, prpclient.exe и prpclient.ini

Для cpu подпроекта 27 Prime Search файл конфигурации prpclient.ini в папках cpu0-cpu3:

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email=мыло@праймгрид
userid=ник_праймгрид
machineid=i7_2600k
instanceid=2 (3,4,5)
teamid=Ukraine

server=27:0:1:prpnet.primegrid.com:12006
llrexe=llr64.exe

cpuaffinity=
gpuaffinity=
normalpriority=0

startoption=9
stopoption=6
stopasapoption=0

errortimeout=1
loglimit=0
debuglevel=1
echotest=1

Папки содержат файлы llr64.exe, prpclient.exe и prpclient.ini

Исполняемые файлы берутся из подходящего архива с сайта программ. Файл prpclient.ini создается вручную.

Немного об файле prpclient.ini:
machineid - идентификатор компьютера, обычно пишут имя процессора/видеокарты или дают им мифические имена.
instanceid - должен быть уникальным на локальном компьютере в каждой папке, т.е. для 4 ядер и 1 видеокарты их будет 5.
server - адрес сервера проекта, который будет рассчитываться.

Остальные настройки можно подчитать в файле master_prpclient.ini:

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// email= is a REQUIRED field. The server will be use this address
// to send you an e-mail when your client discovers a prime.
email=your@email.here

// userid= is a REQUIRED field that will be used by the server
// to report on stats, etc. without having to reveal the user's
// e-mail address. DO NOT USE spaces. Instead use underscore _.
userid=PG_username

// This value differentiates clients using the same e-mail ID
// DO NOT USE spaces. Instead use underscore _.
machineid=clientID

// This value differentiates instances on a machine
// This will be set automatically by the *-update-prpclient-ini script
// If you prefer to setup up prpclient directories manually, please
// set this to a unique identifier (e.g. 1,2,3,4...)
instanceid=INSTANCE_ID

// Tests completed by this "team" will be rolled-up as part of team stats. This
// will be recorded on tests that are pending and then updated when tests are
// completed. Since it is stored on the server per test, it is possible for a
// single user to be a member of multiple teams. If no value is specified for
// this field, then completed tests and primes will not be awarded to any teams.
// DO NOT USE spaces. Instead use underscore _.
teamid=

// server= configures the mix of work to perform across one or more
// servers. It is parsed as follows:
// <suffix>:<pct>:<workunits>:<server IP>:<port>
//
// <suffix> - a unique suffix for the server. This is used to distinguish
// file names that are created for each configured server.
// <pct> - the percentage of PRP tests to do from the server.
// <workunits> - the number of PRP tests to get from the server. The
// server also has a limit, so the server will never return
// more than its limit.
// <server IP> - the IP address or name for the server
// <port> - the port of the PRPNet server
//
// Setting pct to 0 means that the client will only get work from the
// server if it cannot connect to one of the other configured servers.
// Please read the prpnet_servers.txt in this directory for information
// on the latest PRPNet servers.

// The following servers are from PrimeGrid. To make a server active,
// you must remove the "//". For more information about proper settings
// please see the readme_primegrid.txt in this directory.
// For descriptions of each project, please see this thread:
// http://www.primegrid.com/forum_thread.php?...wrap=true#13329
//server=121:0:1:prpnet.primegrid.com:12001
//server=FPS:0:1:prpnet.primegrid.com:12002
//server=GFN65536:0:1:prpnet.primegrid.com:12003
//server=GCW:0:1:prpnet.primegrid.com:12004
//server=GFN32768:0:1:prpnet.primegrid.com:12005
//server=27:0:1:prpnet.primegrid.com:12006
//server=PRS:0:1:prpnet.primegrid.com:12008

// Additional servers from PrimeGrid
server=ESP:100:1:prpnet.mine.nu:13005
//server=GFN262144:0:1:prpnet.mine.nu:11002
//server=GFN524288:0:1:prpnet.mine.nu:11001
//server=SR5:0:1:prpnet.mine.nu:7171
//server=MEGA:0:1:prpnet.mine.nu:12010
//server=WIEFERICH:0:1:prpnet.mine.nu:13000
//server=WALLSUNSUN:0:1:prpnet.mine.nu:13001
//server=TRPDC:0:1:prpnet.mine.nu:14000

// The following server is from the Sierpinski/Riesel base 5 Project
// This server is external to PrimeGrid.
//server=SR5:0:1:www.psp-project.de:8105

// This is the name of LLR executable. On Windows, this needs to be
// the LLR console application, not the GUI application. The GUI
// application does not terminate when the PRP test is done.
// On some systems you will need to put a "./" in front of the executable
// name so that it looks in the current directory for it rather than
// in the system path.
// LLR can be downloaded from http://jpenne.free.fr/index2.html
// If running a 64-bit system, comment out the llr.exe and uncomment llr64.exe
// To use a CC 1.3+ CUDA GPU, comment out llr.exe and uncomment llrCUDA.exe
llrexe=llr.exe
//llrexe=llr64.exe
//llrexe=llrCUDA.exe

// This is the name of the PFGW executable. On Windows, this needs to
// be the PFGW console application, not the GUI application.
// PFGW can be downloaded from http://tech.groups.yahoo.com/group/openpfgw/
// If you are running a 64 bit OS, comment out the pfgw32 line
// and uncomment the pfgw64 line.
pfgwexe=pfgw32.exe
//pfgwexe=pfgw64.exe

// This is the name of the genefer executables used for GFN searches. Up
// to four different Genefer programs can be specified. The client will
// attempt a test in the following order if applications are available:
// genefercuda, genefx64, genefer, genefer80, and pfgw. If a round off error
// occurs, the test will restart with the next available application in the
// same order. The order they are specified below is not important.
// If you are running on a 64 bit OS, uncomment the genefx64 line.
// If you have an Nvidia Compute Capability 1.3 or greater GPU, uncomment the genefercuda line
//geneferexe=geneferCUDA.exe
//geneferexe=genefx64.exe
geneferexe=genefer.exe
geneferexe=genefer80.exe

// This is the name of the executable used for Wieferich and Wall-Sun-Sun searches.
// Available ONLY to 64bit OS. Uncomment if you have 64bit OS.
// If you have an OpenCL-capable GPU, uncomment 'wwwwcl'
//wwwwexe=wwww.exe
//wwwwexe=wwwwcl.exe
//wwwwexe=wwwwcl64.exe

// This sets the CPU affinity for LLR on multi-CPU machines. It defaults to
// -1, which means that LLR can run on an CPU.
cpuaffinity=

// This sets the GPU affinity for CUDA apps on multi-GPU machines. It defaults to
// -1, which means that the CUDA app can run on an GPU.
gpuaffinity=

// Set to 1 to tell PFGW to run in NORMAL priority. It defaults to 0, which means
// that PFGW will run in IDLE priority, the same priority used by LLR, phrot,
// and genefer.
normalpriority=0

// This option is used to default the startup option if the PREVIOUS
// SHUTDOWN LEFT UNCOMPLETED WORKUNITS. If no previous work was left
// this will act like option 9.
// 0 - prompt
// 1 - Return completed work units, abandon the rest, then get more work
// 2 - Return completed work units, abandon the rest, then shut down
// 3 - Return completed, then continue
// 4 - Complete in-progress work units, abandon the rest, then get more work
// 5 - Complete in-progress work units, abandon the rest, then shut down
// 6 - Complete all work units, report them, then shut down
// 7 - Complete all work units then shut down (do not report completed work)
// 9 - Continue from where client left off when it was shut down
startoption=9

// stopoption= tells the client what to do when it is stopped with CTRL-C and there is
// work that has not been completed and returned to the server. Options 2, 5, and 6 will
// return all workunits. This will override stopasapoption. The accepted values are:
// 0 - prompt
// 2 - Return completed work units, abandon the rest, then shut down
// 3 - Return completed work units (keep the rest), then shut down
// 5 - Complete in-progress work units, abandon the rest, report them, then shut down
// 6 - Complete all work units, report them, then shut down
// 7 - Complete all work units then shut down (do not report completed work)
// 9 - Do nothing and shut down (presumes you will restart with startoption=9)
stopoption=9

// stopasapoption= tells the client that it needs to be shutdown automatically, i.e. without
// a CTRL-C. It is evaluated after each test is completed. It should be 0 upon startup.
// The accepted values are:
// 0 - Continue processing work units
// 2 - Return completed work units and abandon the rest
// 3 - Return completed work units (keep the rest)
// 6 - Complete all work units and return them
// 7 - Complete all work units then shut down (do not report completed work)
stopasapoption=0

// Timeout on communications errors
// (default is 60 minutes, minimum is 1 minute if not specified here...)
// Note that the actual used in the client is anywhere from 90% to 110% of this value
errortimeout=1

// Size limit in megabytes for the prpclient.log file...
// 0 means no limit.
// -1 means no log.
loglimit=1

// Set the debug level for the client
// 0 - no debug messages
// 1 - all debug messages
// 2 - output debug messages from socket communication
debuglevel=0

// Whether or not to echo "INFO" messages from server to console for accepted tests
// 0 - no echo
// 1 - echo (default)
echotest=1

Все очки спустя некоторое время будут отображены в PrimeGrid как подпроект PSA (1:20, WWW 1:10) имеются бэджи

Статистика по юзеру:

http://u-g-f.de/PRPNet/user_search?uid=%username%

(Вместо %username% подставляем нужный никнэйм)

Це повідомлення відредагував x3mEn: Aug 9 2013, 08:17

[(_KoDAk_)]

The original goal was to complete the entire double check before their 7 May celebration. However, we just received the final batch of DC work and it makes that goal unreasonable.
John

PRPNet is have bad usability

PRPNet is just as easy to use as BOINC...just different implementation.

BOINC is limited with how many projects it can handle. We have already pushed it to its functional usability. We would need to create a new BOINC project to handle all of the searches.

Additionally, we would need new software for pfgw, fpsieve, and genefer for those to work with BOINC. Once all those challenges are overcome, then it would be possible to move the searches to BOINC.

Thank you for participating at PrimeGrid.

John