def _verUserConn(sn,un,pw):
cmd='%s\plink.exe -ssh %s@%s -pw %s -batch pwd' % (mg.binDir,un, sn,pw)
rc,rcmd = process.runSync(cmd,mg.logger)
mg.logger.debug("cmd = %s rc = %s " % (cmd,rc))
if rc == 0 and len(rcmd) > 1 : return 0
else: return -2
def connRemServ(s,un):
rc = -1
if un.strip() == '': return -2
if isinstance(s, str) and s.isdigit(): sid = int(s)
elif isinstance(s, int) : sid = s
else: return mm.INV_ID_DTYPE
if not mg.serv_lkup.has_key(sid): return mm.INV_SRV_KEY
sn = mg.serv_lkup[sid]
pwd = _getRemConnCred(sn,un)
if pwd.strip() != '':
rc = _verUserConn(sn,un,pwd)
# un/pwd OK lets go ahead and invoke the ssh command.
if rc == 0:
cmd = '%s\putty.exe -ssh %s@%s -pw %s' % (mg.binDir, un, sn, pwd)
mg.logger.debug("cmd = %s " % cmd)
rc,rm = process.runSync(cmd,mg.logger)
return 0
return rc
def pingDB(self) :
rc = 1
cmd = 'tnsping %s ' % self.ib.db_name
rc, msg = p.runSync(cmd, self.logger)
if rc == 0 :
rc = su.findStr(msg,'OK ')
return rc
def _gss_infoAll_win32():
# Invoke gss command. ggsci < infall.datggsci < infall.dat
bfn = "chk_all_proc" # By convention will add .bat termination. MANDATORY
gss_cmd = "%s/%s.bat" % (ib.rpath, bfn)
log.debug("gss_cmd = %s" % gss_cmd)
rc, rmsg = proc.runSync(gss_cmd, log)
if rc != 0:
log.error("cmd %s rc = %s -> msg= %s" % (gss_cmd, rc, rmsg))
return rmsg
def _delNZRows(args,table_name):
cmd = [" nzsql -host %s -db %s -u %s -pw %s -c 'delete from %s..%s'" % (args['nz_db_host'],
args['nz_db_env'],
args['nz_db_user'],
args['nz_db_pwd'],
args['nz_db_env'],
table_name)]
rc,rmsg = proc.runSync(cmd, log)
if rc == 0 : log.debug ('cmd %s -> msg= %s' % (cmd,rmsg) )
else : log.error('cmd %s rc = %s -> msg= %s' % (cmd,rc,rmsg))
return rc
def _getNZCnt(args,table_name):
# Get number of records in NZ table
cmd = [" nzsql -host %s -db %s -u %s -pw %s -c 'select count(1) from %s..%s' |head -3|tail -1" %(args['nz_db_host'],
args['nz_db_env'],
args['nz_db_user'],
args['nz_db_pwd'],
args['nz_db_env'],
table_name)]
rc,rmsg = proc.runSync(cmd, log)
if rc == 0 :
log.debug ('cmd %s -> msg= %s' % (cmd,rmsg) )
return rmsg.strip()
else :
log.error('cmd %s rc = %s -> msg= %s' % (cmd,rc,rmsg))
return -1
def _getGPCnt(args,table_name):
# Get number of records in GP table
cmd = ["psql -h %s -p %s -U %s -d %s -c 'select count(1) from %s.%s' |head -3 |tail -1" % (args['gp_db_host'],
args['gp_db_port'],
args['gp_db_user'],
args['gp_db_env'],
args['gp_db_sche'],
table_name,)]
rc,rmsg = proc.runSync(cmd,log)
if rc == 0 :
log.debug ('cmd %s -> msg= %s' % (cmd,rmsg) )
return rmsg.strip()
else :
log.error('cmd %s rc = %s -> msg= %s' % (cmd,rc,rmsg))
return -1
def wFinDetail(self):
# Update State File, for next run. Wkf has a final command task that wilol UPdate the file to RUN.
# If cmd task does not ran we know wkf is not successful and should not start.
fn = '%s/%s.state' % (self.ib.ctlDir, self.appName)
dt = '%s-EXECUTING' % su.getTimeSTamp('%d%02d%02d:%02d:%02d')
self.log.debug("fn = %s Updating TO ==> dt = %s" % (fn,dt))
rc = fu.updFile(fn,dt)
self.log.info('Updating state returned %s' % rc)
cmd = '%s/pstate.sh findetailmf EXECUTING' % self.ib.appDir
p.runSync(cmd,self.log)
# Start WKF execution
self.ib.fld = 'Financial'
self.ib.wkf = 'wkf_FIN_DETAIL'
rc = pi.runWkflWait(self.ib,self.log)
if rc != 0 :
self.log.error('Running %s.%s rc = %s' % (self.ib.fld,self.ib.wkf,rc))
else :
self.log.info('Running %s.%s rc = %s' % (self.ib.fld,self.ib.wkf,rc))
return rc
def _procFiles(self,filestoProc):
rc = 0; r = 1
for ef in filestoProc:
cmd = '%s/ArchivoBatch.exe %s' % (self.ib.scriptDir,ef)
r,rmsg = p.runSync(cmd, self.log)
ftn = fu.getFileBaseName(ef)
self.log.debug('r = %s cmd = %s ftn = %s' % (r,cmd,ftn))
if r != 0 and r != 95:
tgt = '%s/%s.%s' % (self.ib.badDir,ftn,self.ts)
self.log.error ('r = %s cmd = %s rmsg=%s' % (r,cmd,rmsg))
rc+=r
else :
self.log.info ('r = %s cmd = %s rmsg=%s' % (r,cmd,rmsg))
tgt = '%s/%s.%s' % (self.ib.archDir,ftn,self.ts)
r = fu.moveFile(ef, tgt)
if r == 0 : self.log.info( 'mv %s to %s' % (ef,tgt))
else : self.log.error('mv %s to %s r = %s ' % (ef,tgt,r))
return rc
def _insNZLoad(self,val,seqid):
ldata = []
for s,u,p,d in val :
ldata.append("%s,%s,%s,%s\n" % (s,u,p,d ))
data = ''.join(ldata)
# Create CSV file
fn = '%s/%s.csv' % (self.ib.dataDir,seqid)
fl = '%s/tis_fb_carr_pmpt_imprt_dtl_%s.%s.nzlog' % (self.ib.dataDir,seqid,self.ib.db)
bf = '%s/tis_fb_carr_pmpt_imprt_dtl_%s.%s.nzbad' % (self.ib.dataDir,seqid,self.ib.db)
rc = fu.createFile(fn, data)
self.log.debug('File Creation %s/%s.csv rc = %s' % (d,seqid,rc))
if rc != 0 :
self.log.error('File Creation %s/%s.csv rc = %s' % (d,seqid,rc))
return rc
# Invoke nzload command
nz_cmd = "%s/nzload -host %s -u %s -pw %s -db %s -t tis_fb_carr_pmpt_imprt_dtl -delim '%s' -df %s -lf %s -bf %s" % (self.ib.nzbin,
self.ib.dbserver,
self.ib.user,
self.ib.pwd,
self.ib.db,
self.ib.delim, fn,fl,bf)
self.log.debug('nz_cmd = %s' % nz_cmd)
rc,rmsg = proc.runSync(nz_cmd,self.log)
if rc != 0 :
self.log.error('cmd %s rc = %s -> msg= %s' % (nz_cmd,rc,rmsg))
return rc
# Delete csv file (based on option)
if self.delCSVFileFlg is True:
r = fu.delFile(fn)
self.log.debug('Deleting %s rc = %s ' % (fn,r))
if r != 0 : self.log.error('Cannot Delete %s ' % fn )
return rc
def _execCmd(self,c):
cmd = '%s %s' % (mg.infasetup, c)
self.logger.debug("cmd = %s" % cmd)
#return 0, "PLEASE IMPLEMENT FX"
return p.runSync(cmd,self.logger)
def _execCmd(self,c):
cmd = '%s %s' % (mg.infasrv, c)
self.logger.debug("cmd = %s" % cmd)
return p.runSync(cmd,self.logger)
def _metaBkup():
rc,rm = ps.runSync(bc.SASBkupCmd, log)
return rc