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/*
* Copyright (C) 2004-2007 by CERN/IT/GD/CT & CNRS/IN2P3/LAL
* All rights reserved
*/
// $Id: srm2_testLs.c,v 1.8 2007/04/22 11:30:48 grodid Exp $
#include "srmv2H.h"
#include "srmSoapBinding.nsmap"
#define DEFPOLLINT 10
#define SRM_EP_PATH "/v2_1_1/srm"
#ifdef GFAL_SECURE
#include "cgsi_plugin.h"
#endif
#include "parsesurl.ic"
#include "soapcallns1.ic"
main(argc, argv)
int argc;
char **argv;
{
int flags;
int i, j;
int isurl = 1; // pointer to the 1st actual SURL in the arg list
int nbfiles;
int nbproto = 0;
static enum xsd__boolean trueoption = true_; // JPB
static char *protocols[] = {
#if GFAL_ENABLE_RFIO
"rfio",
#endif
#if GFAL_ENABLE_DCAP
"gsidcap",
#endif
""
};
int r = 0;
char *r_token;
struct ns1__srmLsResponse_ rep;
struct ns1__ArrayOfTMetaDataPathDetail *repfs;
struct ns1__srmLsRequest req;
struct ns1__TSURLInfo *reqfilep;
struct ns1__TReturnStatus *reqstatp;
char *sfn;
struct soap soap;
struct ns1__srmStatusOfGetRequestResponse_ srep;
struct ns1__srmStatusOfGetRequestRequest sreq;
char *srm_endpoint;
int booll = 0;
int boolR = 0;
int nolv = 0;
if (argc < 2) {
fprintf (stderr, "usage: %s [-R|-l|-2] SURLs\n", argv[0]);
exit (1);
}
if ( strchr(argv[1], '-' ) == argv[1] ) {
isurl = 2;
if ( strchr(argv[1], 'l' ) )
booll = 1 ;
if ( strchr(argv[1], 'R' ) )
boolR = 1 ;
if ( strchr(argv[1], '2' ) )
nolv = 1 ;
}
nbfiles = argc - isurl;
if (parsesurl (argv[isurl], &srm_endpoint, &sfn) < 0) {
perror ("parsesurl");
exit (1);
}
soap_init (&soap);
#ifdef GFAL_SECURE
flags = CGSI_OPT_DISABLE_NAME_CHECK;
soap_register_plugin_arg (&soap, client_cgsi_plugin, &flags);
#endif
memset (&req, 0, sizeof(req));
if ((req.paths =
soap_malloc (&soap, sizeof(struct ns1__ArrayOfTSURLInfo))) == NULL ||
(req.paths->surlInfoArray =
soap_malloc (&soap, nbfiles * sizeof(struct ns1__TSURLInfo *))) == NULL) {
perror ("malloc");
soap_end (&soap);
exit (1);
}
for (i = 0; i < nbfiles; i++) {
if ((req.paths->surlInfoArray[i] =
soap_malloc (&soap, sizeof(struct ns1__TSURLInfo))) == NULL) {
perror ("malloc");
soap_end (&soap);
exit (1);
}
}
req.paths->__sizesurlInfoArray = nbfiles;
if ( booll )
req.fullDetailedList = &trueoption; // GG
if ( boolR )
req.allLevelRecursive = &trueoption; // GG new
req.numOfLevels = &nolv;
for (i = 0; i < nbfiles; i++) {
reqfilep = req.paths->surlInfoArray[i];
if ((reqfilep->SURLOrStFN =
soap_malloc (&soap, sizeof(struct ns1__TSURL))) == NULL) {
perror ("malloc");
soap_end (&soap);
exit (1);
}
reqfilep->SURLOrStFN->value = argv[i+isurl];
reqfilep->storageSystemInfo = NULL;
}
if (soap_call_ns1__srmLs (&soap, srm_endpoint, "Ls",
&req, &rep)) {
soap_print_fault (&soap, stderr);
soap_print_fault_location (&soap, stderr);
soap_end (&soap);
exit (1);
}
reqstatp = rep.srmLsResponse->returnStatus;
repfs = rep.srmLsResponse->details;
printf ("request state %d\n", reqstatp->statusCode);
if (reqstatp->statusCode != SRM_USCORESUCCESS &&
reqstatp->statusCode != SRM_USCOREDONE) {
if (reqstatp->explanation)
printf ("explanation: %s\n", reqstatp->explanation);
soap_end (&soap);
exit (1);
}
if (! repfs) {
printf ("arrayOfTMetaDataPathDetail is NULL\n");
soap_end (&soap);
exit (1);
}
printf ("request state %d %d\n", reqstatp->statusCode, repfs->__sizepathDetailArray); // GG
for (i = 0; i < repfs->__sizepathDetailArray; i++) {
printABranch(repfs, i);
}
soap_end (&soap);
exit (0);
}
printABranch (struct ns1__ArrayOfTMetaDataPathDetail *repfs, int i) {
struct ns1__ArrayOfTMetaDataPathDetail *repfsl;
int j, il, nsub;
printf("Stat: %d\n", repfs->pathDetailArray[i]->status->statusCode); // GG
if ( repfs->pathDetailArray[i]->subPaths )
printf("Path: %s Subpath: %d\n", repfs->pathDetailArray[i]->path, repfs->pathDetailArray[i]->subPaths->__sizepathDetailArray);
else
printf("Path: %s\n", repfs->pathDetailArray[i]->path);
if ( repfs->pathDetailArray[i]->status->statusCode ) {
printf("----=============\n");
return; // continue;
}
printf("Size: %d\n", repfs->pathDetailArray[i]->size->value);
printf("Type: %d\n", (*repfs->pathDetailArray[i]->type));
if ( repfs->pathDetailArray[i]->fileStorageType )
printf("FStT: %d\n", (*repfs->pathDetailArray[i]->fileStorageType));
if ( repfs->pathDetailArray[i]->owner )
printf("OwnR: %s\n", repfs->pathDetailArray[i]->owner->value);
if ( repfs->pathDetailArray[i]->checkSumType )
printf("ChST: %s\n", repfs->pathDetailArray[i]->checkSumType->value);
if ( repfs->pathDetailArray[i]->createdAtTime )
printf("Crea: %s\n", repfs->pathDetailArray[i]->createdAtTime->value);
if ( repfs->pathDetailArray[i]->lastModificationTime )
printf("Last: %s\n", repfs->pathDetailArray[i]->lastModificationTime->value);
if ( repfs->pathDetailArray[i]->ownerPermission )
printf("OwnP: %d\n", repfs->pathDetailArray[i]->ownerPermission->mode);
if ( repfs->pathDetailArray[i]->otherPermission )
printf("OthP: %d\n", repfs->pathDetailArray[i]->otherPermission->mode);
// Warning: there should be a loop here if __size>1
if ( repfs->pathDetailArray[i]->userPermissions ) {
printf("UsrP: %d",
repfs->pathDetailArray[i]->userPermissions->__sizeuserPermissionArray);
for (j = 0; j < repfs->pathDetailArray[i]->userPermissions->__sizeuserPermissionArray; j++ ) {
printf(" %s:%d",
repfs->pathDetailArray[i]->userPermissions->userPermissionArray[j]->userID->value,
repfs->pathDetailArray[i]->userPermissions->userPermissionArray[j]->mode);
}
printf("\n");
}
if ( repfs->pathDetailArray[i]->groupPermissions ) {
printf("GrpP: %d",
repfs->pathDetailArray[i]->groupPermissions->__sizegroupPermissionArray);
for (j = 0; j < repfs->pathDetailArray[i]->groupPermissions->__sizegroupPermissionArray; j++ ) {
printf(" %s:%d",
repfs->pathDetailArray[i]->groupPermissions->groupPermissionArray[j]->groupID->value,
repfs->pathDetailArray[i]->groupPermissions->groupPermissionArray[j]->mode);
}
printf("\n");
}
if ( repfs->pathDetailArray[i]->lifetimeAssigned )
printf("LifA: %d\n", repfs->pathDetailArray[i]->lifetimeAssigned);
if ( repfs->pathDetailArray[i]->lifetimeLeft )
printf("LifL: %d\n", repfs->pathDetailArray[i]->lifetimeLeft);
printf("=================\n");
//Loop on subpaths ...
if ( ! repfs->pathDetailArray[i]->subPaths )
return;
repfsl = repfs->pathDetailArray[i]->subPaths;
nsub = repfsl->__sizepathDetailArray;
if ( ! nsub )
return;
for (il = 0; il < nsub; il++) {
printf("================= Branch: %d\n", il);
printABranch(repfsl, il);
}
return;
}
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