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039/ 2005-11-04 09:58 -
AH.lin6.email1.txt 2008-05-22 11:40 1.9K
AIList.closed.html 2012-06-21 16:55 68K
AIList.html 2012-06-21 16:56 1.9K
BackgroundNote1.ps 1999-04-28 13:01 229K
CAO.CalibrationGain...> 2008-05-22 11:40 4.9K
CAO.INT5poster.pdf 2004-03-11 09:40 951K
CAO.INT5posterPaper.pdf 2004-03-19 13:47 370K
CAO.JCorGain6.X.emai..> 2008-05-22 11:41 2.6K
CAO.Overview.figs.ep..> 2004-06-21 16:58 8.7K
CAO.SPAG.ps.tar.gz 2004-06-21 17:05 132K
CAO.SimpleOverview.eps 2004-06-21 16:58 15K
CAO.agingProposal1.txt 2008-05-22 12:11 6.2K
CAO.anodeSPAG.ps.tar.gz 2004-06-21 17:00 49K
CAO.badEventSpectra1..> 2008-05-22 12:11 4.3K
CAO.badHVswitches.23..> 2008-05-22 12:11 2.3K
CAO.dead.anodes.ps.gz 2004-06-21 16:59 22K
CAO.deadtime.email1.txt 2008-05-22 11:41 8.0K
CAO.deliveredGainHis..> 2008-05-22 12:12 4.4K
CAO.ecalAnomaly1.txt 2008-05-22 12:12 2.0K
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CAO.gainDetails.emai..> 2008-05-22 11:41 5.4K
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CAO.gainRev45.fit6.3.ps 2004-07-20 11:58 147K
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CAO.jemx2.gain3.rev8..> 2004-06-21 15:34 1.1M
CAO.jmx1.rev167.anod..> 2004-06-21 17:12 1.3M
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CAO.longStaring102.s..> 2004-12-16 11:01 367K
CAO.munichPaper.acc.ps 2004-06-22 13:09 19M
CAO14.slides.ps.tar 2000-03-14 09:42 216K
CAOfeIntesity16-216.ps 2005-07-07 17:33 25M
CAOfeLine1email1.txt 2008-05-22 11:41 1.9K
CAOfeLineIntensity.txt 2008-05-22 12:12 4.2K
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CAOjmx1.XeLines.ps.tar 2005-05-17 15:03 13K
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ECAL/ 2009-11-13 18:00 -
ECALresults.html 2009-11-13 17:54 9.9K
EFfeLine1cenX3jmx2_s..> 2005-06-14 10:12 14K
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EFfeLine1email1.txt 2008-05-22 11:42 1.5K
EFfeLine1figures.fit..> 2005-06-14 10:16 10K
ESAMissionReport.45.pdf 2004-01-22 09:21 583K
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FP.misalignment.emai..> 2008-05-22 11:43 3.7K
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GainHistoryrev5-252...> 2004-12-14 15:14 26M
HotspotsBelow3keVPro..> 2008-05-22 12:13 2.1K
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IOSM-install.txt 2001-11-08 13:13 4.4K
IPC.newProcedures1.txt 2008-05-22 12:13 5.0K
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JC.Anodes_list.txt 2004-12-14 10:44 1.3K
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JC.J1_Xe_chrono1.ps 2004-07-20 10:23 24K
JC.JMX1_Xe.out1.txt 2004-07-20 10:19 58K
JC.JMX1_Xe_pos1.ps 2004-07-20 10:41 24K
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JC.JMX2_Xe_pos1.ps 2004-07-20 10:43 55K
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JC.Midisky_241_res.txt 2004-10-08 09:40 3.5K
JC.OSA4_241_res.txt 2004-10-08 09:41 13K
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JC.diskspace.email1.txt 2008-05-22 11:43 1.7K
JC.jmx1_242_res.txt 2004-10-18 11:00 8.0K
JC.jmx1_srcl_arf.fits 2005-10-17 17:11 17K
JC.jmx1_srcl_speA.fits 2005-10-17 17:06 20K
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JC.mosaic_weight.c 2004-01-02 11:12 40K
JC.mosaic_weight.par 2004-01-02 11:12 1.1K
JC.munich.poster.pdf 2004-04-13 11:20 840K
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JC_Xe_J1_SPAG_spe.ps 2004-05-19 12:17 24K
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JCsourceSpeclog.B.txt 2005-10-17 17:09 102K
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JCsrcSpec.log.A.txt 2005-10-17 17:08 103K
JCsrcSpec.xspec_B.log 2005-10-17 17:10 600
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JEM-X1.status.feb200..> 2008-05-22 12:14 2.8K
JEM-Xforum.html 2013-08-30 17:18 8.3K
JEM2_Counts_SCOX1.re..> 2004-01-22 09:25 127K
JEMX.gain.evolution...> 2004-07-20 10:07 634
JEMX1_Change-Record.doc 2004-03-22 10:22 429K
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JEMXinstruments.html 2009-12-04 12:04 2.1K
JMX1-IMOD-GRP.fits 2001-10-16 14:20 1.9M
JMX1GainNotesRev309.txt 2005-11-04 10:00 259
JMX1gainHistory252.f..> 2004-12-14 15:01 6.9M
JMX2-IMOD-GRP.fits 2001-10-16 14:20 1.9M
JMX2gainHistory239.f..> 2004-12-14 15:01 10M
JMXi-IMOD-GRP.tar.gz 2002-04-08 16:41 321K
KP.svr3review.email1..> 2008-05-22 11:51 3.7K
MS.orbitEvolution.em..> 2008-05-22 11:51 2.2K
MakePNGfile.sh 2009-03-17 17:03 686
Makefile 2004-08-23 10:07 331
Makefile1 1999-03-09 13:35 3.9K
Makefile2.txt 2000-02-25 12:34 4.5K
Makefile_cc.txt 2000-02-25 12:32 4.0K
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NJW.jemx_tn_poscor.ps 2004-08-31 15:42 434K
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NJW.jisurcat4_n.readme 2004-10-18 14:29 2.0K
NJW.lin6.archive.txt 2008-05-22 12:16 601
NJW.lin6.email1.txt 2008-05-22 11:52 905
NJW.mk_ideal_shd.pro 2004-08-31 15:48 892
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NJWcrabAzimuthAngle.txt 2008-05-22 12:16 876
NJWcrabFluxIROS1emai..> 2008-05-22 11:53 2.9K
NJWcrabFluxIROS_0.ps 2005-06-14 10:37 132K
NJWcrabFluxIROS_1.ps 2005-06-14 10:37 157K
NJWcrabFluxIROS_2.ps 2005-06-14 10:37 142K
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NL.JEMXperformance.e..> 2008-05-22 11:53 8.4K
NL.LC.status.email1.txt 2008-05-22 11:53 7.0K
NL.SmartSelection1.txt 2008-05-22 12:17 953
NL.brass_on_mask.pdf 2005-04-14 10:39 197K
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NL.status.email1.txt 2008-05-22 11:54 2.7K
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NL.variance.email1.txt 2008-05-22 11:55 7.0K
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OSA5.0-checklist.txt 2005-02-10 09:26 1.8K
OSA5.plans.txt 2004-09-08 10:15 1.4K
PK.18795.web.pdf 2006-03-20 14:43 189K
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PK.CrabPos1.txt 2008-05-22 12:19 655
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PK.INT5workshop.post..> 2004-03-15 12:06 955K
PK.Offset_vs_Detsig.pdf 2004-06-21 15:20 15K
PK.RMxAC..20_yfuchs.pdf 2006-03-20 14:54 1.4M
PK.SL.TO.Offline29.txt 2008-05-22 12:20 4.1K
PK.SM.CrabFluxes1.txt 2008-05-22 12:20 664
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PK.SmartSelection1.txt 2008-05-22 12:20 1.2K
PK.SmartSelection2.txt 2008-05-22 12:20 699
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Some people have reported successful compilation on HP-UX machines.sparc-sun-solaris mips-sgi-irix alpha-dec-osf intel-unknown-linux
Software:
PIL library was tested with the following compilers: gcc, Sunsoft cc, SGI cc, Sunsoft f90, SGI f90, DEC f90, NAG f90. Other compilers may also be supported. Not all combinations of C and F90 compilers were tested.C compiler (gcc, cc), must support ANSI prototypes F90 compiler (f90, nagf90), not necessary if you do not want to have F90 bindings. system utilities like: make, gzip, tar
note: PILlibrary is being developed on sparc-sun-solaris architecture. This is current reference hardware and software for ISDC.
if everything runs ok, PIL library and several demo executables are built. ./configure script adapts Makefile to C and F90 compilers tastes. If there is no F90 compiler available ./configure script disables compilation of F90 source files. If ./configure script is unable to automatically find correct C and F90 compiler one can set CC, F90, CFLAGS and F90FLAGS environment variables to force ./configure script to choose specific compilers/options. For example ./configure script tends to favor gcc over other C compilers. So if you have gcc and other C compiler it will always choose gcc. If you want to use C compiler other then gcc please type :gzip -d pil.tar.gz tar xvf pil.tar make distclean ./configure make create_install_dirs (only necessary when using Sunsoft f90 compiler) make make demos
setenv CC name_of_your_C_compiler (typically cc)before running ./configure
name,type,mode,default,min,max,prompt
name - is a name of parameter
type - type of parameter. Allowable values:
Empty lines and lines beginning with '#' are considered to be comment lines.
1) PFILES enviromnent variable
This variable is used to specify where the parameters are looked for. The variable uses a ";" delimiter to separate 2 types of parameter directories:
<path1>;<path2>, (when <path1> equals <path2> you can omit <path2> and semicolon>
where path 1 is one or more user/writeable parameter directories, and path 2 is one or more system/read-only parameter directories.The PIL allows multiple ":"-delimited directories in both portions of the PFILES variable. The default values from path 2 are used the first time task is run, or whenever the default values have been updated more recently than the user's copy of the parameters. The user's copy is created when a task terminates, and retains any learned changes to the parameters.
2) Current working directory. It is equivalent of PFILES set to ".".
note: contrary to FTOOLS/SAOrd/XPI PFILES environment variable can be left undefined. In this can case PIL library will look for parameter files only in current directory. FTOOLS executables return error in this situation.
If we run that application without any arguments
note: If a call to PILOverrideQueryMode has been made and PIL_QUERY_OVERRIDE mode is in effect PIL library does not prompt user when invalid or out of range argument is encountered. Instead it returns with an error
int PILInit(int argc, char **argv);
notes: only one parameter file can be open at a time. Parameter file remains open until PILClose is called. When writing applications for ISDC one should not use PILInit directly. Instead, one should call CommonInit function (from Common library) which calls PILInit.
int PILClose(int status);
note: this function does not terminate process. It simply shuts down PIL library. When writing applications for ISDC one should not use PILClose directly. Instead, one should call CommonExit function (from Common library) which calls PILClose.
int PILReloadParameters(void)
This function reloads parameters from parameter file. It is called internally by PILInit. It should be called explicitly by applications running in ISDC_SERVER_MODE to rescan parameter file and reload parameters from it. Current parameter list in memory (including any modifications) is deleted. PIL library locks whole file for exclusive access when reading from parameter file.
note: parameter file remains open until PILClose is called. Function internally DOES NOT close&reopen parameter file.
int PILFlushParameters(void)
This function flushes changes made to parameter list (in memory) to disk. Current contents of parameter file is overwritten. PIL library locks whole file for exclusive access when writing to parameter file.
note: parameter file remains open until PILClose is called.
int PILSetModuleName(char *name)
Sets name of the module which uses PIL services. Result is stored in global variable PILModuleName. Usually name of parameter file equals argv[0] + ".par" suffix but this can be overriden by calling PILSetModuleName and/or PILSetModuleVersion before calling PILInit.char *name - new module name
int PILSetModuleVersion(char *version)
Sets version of the module which uses PIL services. Result is stored in global variable PILModuleVersion. If NULL pointer is passed version is set to "version unspecified"char *name - new module version
int PILGetParFilename(char **fname)
This function retrieves full path of used parameter file. Absolute path is returned only when PFILES environment variable contains absolute paths. If parameter file is taken from current dir then only filename is returned. Pointer returned points to a statically allocated buffer, applications should copy data from it using strcpy.char **fname - pointer to name/path of the parameter file
int PILOverrideQueryMode(int newmode)
This functions globally overrides query mode. When newmode passed is PIL_QUERY_OVERRIDE, prompting for new values of parameters is completely disabled. If value is bad or out of range PILGetXXX return immediately with error without asking user. No i/o in stdin/stdout is done by PIL in this mode. When newmode is PIL_QUERY_DEFAULT PIL reverts to default query mode.int newmode - new value for query override mode
int PILGetInt(char *name, int *result);
int PILGetReal(char *name, double *result);
This function reads the value of specified parameter. The parameter has to be of type real. If this is not the case error code is returned.char *name - name of the parameter double *result - pointer to double variable which will store result.
int PILGetReal4(char *name, float *result);
This function reads the value of specified parameter. The parameter has to be of type real. If this is not the case error code is returned.char *name - name of the parameter float *result - pointer to float variable which will store result.
int PILGetString(char *name, char *result);
This function reads the value of specified parameter. The parameter has to be of type string. If this is not the case error code is returned.char *name - name of the parameter char *result - pointer to character array which will store result. The character array should have at least PIL_LINESIZE characters to assure enough storage for the longest possible string.
int PILGetFname(char *name, char *result);
This function reads the value of specified parameter. The parameter has to be of type filename. If this is not the case error code is returned.char *name - name of the parameter char *result - pointer to character array which will store result. The character array should have at least PIL_LINESIZE characters to assure enough storage for the longest possible string.
note: if type of parameter specifies it, access mode checks are done on file. So if access mode specifies write mode, and file is read-only then PILGetFname will not accept this filename and will prompt user to enter name of writable file.
int PILPutBool(char *name, int b);
int PILPutInt(char *name, int i);
int PILPutReal(char *name, double d);
int PILPutString(char *name, char *s);
int PILPutFname(char *name, char *s);
/* this is skeleton code for PIL aware applications */
#include <stdio.h>
#include <pil.h>
int main(int argc, char **argv)
{ int r;
r = PILInit(argc, argv);
if (r < 0)
{ printf("PILInit failed : %s\n", PIL_err_handler(r));
return(10);
}
r = pilGetBool("boolname1", &intptr);
r = pilGetReal("realname34", &doubleptr);
/* .... application code follows .... */
PILClose(PIL_OK);
exit(0);}
The second mode, called ISDC_SERVER_MODE allows for multiple rereads of parameter file. Using this method application can exchange data with other processes via parameter file (provided other processes use locks to assure exclusive access during read/write operation). One example of code is as follows :
#include <stdio.h>
#include <pil.h>
int main(int argc, char **argv)
{
PILInit(argc, argv);
if (ISDC_SERVER_MODE != PILRunMode) exit(-1); /* error - not in server mode */
for (;;)
{ PILReloadParameters();
PILGetInt("IntParName", &intvar);
/* place for loop code here ... */
PILPutReal4("Real4Name", 4.567);
PILFlushParameters();
if (exit_condition) break;
}
PILClose(status);
return(PIL_OK);
}After initial call to PILInit application jumps into main loop. In each iteration it rereads parameters from file (there is no need to call PILReloadParameters during first iteration), Based on new values of just read-in parameters (which might be modified by another process) application may decide to exit from loop or continue. If it decides to continue then after executing application specific loop code it calls PILFlushParameters to signal other process that it is done with current iteration. Algorithm described above is very simple, and it real applications can be much more complicated.
As mentioned earlier, applications written for ISDC should not use PILInit/PILClose directly. Instead they should use CommonInit/CommonExit functions from ISDC's Common Library.
note: most applications will not support ISDC_SERVER_MODE so one can delete those fragments of skeleton code which deal with this mode.
ISDC_SINGLE_MODE
ISDC_SERVER_MODE
ISDC_SERVER_MODE is set whenever there is parameter "ServerMode" and its value is "yes" or "y". In any other case PILRunMode is set to ISDC_SINGLE_MODE. This variable cannot be accessed directly from F90 code, and is accessible only from C
notes: only one parameter file can be open at a time. Parameter file
remains open until PILCLOSE is called. When writing applications for ISDC
one should not use PILINIT directly. Instead, one should call COMMONINIT
function (from Common library) which calls PILINIT.
This function has to be called before application terminates. It closes open files, and writes all learned parameters to the disk files (only when status == ISDC_OK). Once this function is called one cannot call any other PIL functions. One can however call PILINIT to reinitialize PIL library.STATUS - PIL_OK/ISDC_OK/0 means normal return, any other value means abnormal termination. In this case changes to parameters made during runtime are NOT written to parameter files.
note: this function does not terminate process. It simply shuts down PIL library. When writing applications for ISDC one should not use PILCLOSE directly. Instead, one should call COMMONEXIT function (from Common library) which calls PILCLOSE.
FUNCTION PILRELOADPARAMETERS()
INTEGER :: PILRELOADPARAMETERS
This function reloads parameters from parameter file. It is called internally by PILINIT. It should be called explicitly by applications running in ISDC_SERVER_MODE to rescan parameter file and reload parameters from it. Current parameter list in memory (including any modifications) is deleted. PIL library locks whole file for exclusive access when reading from parameter file.
note: parameter file remains open until PILCLOSE is called. Function internally DOES NOT close&reopen parameter file.
FUNCTION PILFLUSHPARAMETERS()
INTEGER :: PILFLUSHPARAMETERS
This function flushes changes made to parameter list (in memory) to disk. Current contents of parameter file is overwritten. PIL library locks whole file for exclusive access when writing to parameter file.
note: parameter file remains open until PILCLOSE is called.
FUNCTION PILSETMODULENAME(NAME)
CHARACTER*(*) :: NAME
INTEGER :: PILSETMODULENAME
Sets name of the module which uses PIL services. Result is stored in global variable PILModuleName. Usually name of parameter file equals argv[0] + ".par" suffix but this can be overriden by calling PILSETMODULENAME and/or PILSETMODULEVERSION before calling PILINIT.NAME - new module name
FUNCTION PILSETMODULEVERSION(VERSION)
CHARACTER*(*) :: VERSION
INTEGER :: PILSETMODULEVERSION
Sets version of the module which uses PIL services. Result is stored in global variable PILModuleVersion. If NULL pointer is passed version is set to "version unspecified"VERSION - new module version (string)
FUNCTION PILGETPARFILENAME(FNAME)
CHARACTER*(*) :: FNAME
INTEGER :: PILGETPARFILENAME
This function retrieves full path of used parameter file. Absolute path is returned only when PFILES environment variable contains absolute paths. If parameter file is taken from current dir then only filename is returned.FNAME - name/path of the parameter file in use
note: FNAME buffer should be at least PIL_LINESIZE characters long.
FUNCTION PILOVERRIDEQUERYMODE(NEWMODE)
INTEGER*4 :: NEWMODE
INTEGER :: PILOVERRIDEQUERYMODE
This functions globally overrides query mode. When newmode passed is PIL_QUERY_OVERRIDE, prompting for new values of parameters is completely disabled. If value is bad or out of range PILGETXXX return immediately with error without asking user. No i/o in stdin/stdout is done by PIL in this mode. When newmode is PIL_QUERY_DEFAULT PIL reverts to default query mode.NEWMODE - new value for query override mode
note: if type of parameter specifies it, access mode checks are done
on file. So if access mode specifies write mode, and file is read-only
then PILGETFNAME will not accept this filename and will prompt user to
enter name of writable file.
Applications can use PIL services in one of 2 different modes. The first one ISDC_SINGLE_MODE is the simplest one. In this mode application simply includes PIL definitions from compiled module file (USE PIL_F90_API statement), calls PILINIT, plays with parameters by calling PILGETXXX/PILPUTXXX functions and finally shuts down PIL library by calling PILCLOSE. The skeleton code is given below.
PROGRAM SKELETON
USE PIL_F90_API
integer :: r
r = PILINIT()
if (ISDC_OK /= r) STOP
r = PILGETBOOL("boolname1", INTVAR)
r = PILGETREAL("realname3", REALVAR)
! now execute application code ...
r = PILEXIT(ISDC_OK)
END
The second mode, called ISDC_SERVER_MODE allows for multiple rereads
of parameter file. Using this method application can exchange data with
other processes via parameter file (provided other processes use locks
to assure exclusive access during read/write operation). One example of
code is as follows :
PROGRAM SKELETON2
USE PIL_F90_API
integer :: r
r = PILINIT()
if (ISDC_OK /= r) STOP
DO
r = PILRELOADPARAMETERS()
r = PILGETBOOL("boolname1", INTVAR)
r = PILGETREAL("realname3", REALVAR)
IF (BREAKCONDITION) BREAK
! now execute loop code ...
r = PILPUTINT("intname45", INTVAR)
r = PILFLUSHPARAMETERS()
IF (BREAKCONDITION) BREAK
ENDDO
r = PILEXIT(ISDC_OK)
ENDAfter initial call to PILINIT application jumps into main loop. In each iteration it rereads parameters from file (there is no need to call PILRELOADPARAMETERS during first iteration), Based on new values of just read-in parameters (which might be modified by another process) application may decide to exit from loop or continue. If it decides to continue then after executing application specific loop code it calls PILFLUSHPARAMETERS to signal other process that it is done with current iteration. Algorithm described above is very simple, and it real applications can be much more complicated.
As mentioned earlier, applications written for ISDC should not use PILINIT/PILCLOSE directly. Instead they should use COMMONINIT/COMMONEXIT functions from ISDC's Common Library.
note: most applications will not support ISDC_SERVER_MODE so one can delete those fragments of skeleton code which deal with this mode.