00001 #!/usr/local/bin/python
00002 #
00003 # Copyright 2004
00004 # by
00005 # The Board of Trustees of the
00006 # Leland Stanford Junior University.
00007 # All rights reserved.
00008 #
00009
00010 __facility__ = "Online"
00011 __abstract__ = "GLAST LAT Housekeeping server infrastructure"
00012 __author__ = "Jim Panetta <panetta@slac.stanford.edu> SLAC - GLAST I&T"
00013 __date__ = "07/28/04"
00014 __version__ = "$Revision: 1.9 $"
00015 __release__ = "$Name: R04-12-00 $"
00016 __credits__ = "SLAC"
00017
00018 import LATTE.copyright_SLAC
00019 #from LATTE.monitoring.Trendable import Trendable
00020 from LATTE.database.gHSK import GHSK
00021 from LATTE.database.gLAT import GLAT
00022 from copy import deepcopy
00023
00024 class TrendMapBase(object):
00025 def __init__(self):
00026 # set up basic definition of a the LATTE housekeeping map. Pretty much just define keys
00027 self.__map = {}
00028
00029 self.__map['LHKSPARE08'] = None #8 bit spare tag
00030 self.__map['LHKSPARE01'] = None #8 bit spare tag
00031 # Add direct TEM quantities
00032 for i in range(16):
00033 self.__map['LHKT%XCAL33IA'%i ] = None # CAL 3.3 analog I
00034 self.__map['LHKT%XCAL33ID'%i ] = None # CAL 3.3 digital I
00035 self.__map['LHKT%XCAL33VA'%i ] = None # CAL 3.3 analog V
00036 self.__map['LHKT%XCAL33VD'%i ] = None # CAL 3.3 digital V
00037 self.__map['LHKT%XCALBIASI'%i] = None # CAL bias I
00038 self.__map['LHKT%XCALBIASV'%i] = None # CAL bias V
00039 self.__map['LHKT%XTEM33I'%i ] = None # TEM digital 3.3 I
00040 self.__map['LHKT%XTEM33V'%i ] = None # TEM digital 3.3 V
00041 self.__map['LHKT%XTKR25ID'%i ] = None # TKR digital 2.5 I
00042 self.__map['LHKT%XTKR25VD'%i ] = None # TKR digital 2.5 V
00043 self.__map['LHKT%XTKR15IAA'%i] = None # TKR analog A 1.5 I
00044 self.__map['LHKT%XTKR15VAA'%i] = None # TKR analog A 1.5 V
00045 self.__map['LHKT%XTKR25IAB'%i] = None # TKR analog B 2.5 I
00046 self.__map['LHKT%XTKR25VAB'%i] = None # TKR analog B 2.5 V
00047 self.__map['LHKT%XTKRBIASI'%i] = None # TKR Bias I
00048 self.__map['LHKT%XTKRBIASV'%i] = None # TKR Bias V
00049 for j in range(4):
00050 self.__map['LHKT%XCALAF%XT0'%(i,j)] = None # CAL AFEE T0
00051 self.__map['LHKT%XCALAF%XT1'%(i,j)] = None # CAL AFEE T1
00052 for j in range(8):
00053 self.__map['LHKT%XTKRC%XT0'%(i,j) ] = None # TKR CC T0
00054 self.__map['LHKT%XTKRC%XT1'%(i,j) ] = None # TKR CC T1
00055
00056 # Add ACD FREE values to map. 12*4 + 4 = 52 values
00057 self.__map['LHKAFR33ISUM' ] = None # AEM DAQ board FreeI
00058 self.__map['LHKADABTEMP' ] = None # AEM DAQ board Temperature
00059 self.__map['LHKAFR28ISUM' ] = None # AEM DAQ board HVI
00060 self.__map['LHKADAB33V' ] = None # AEM DAQ board DAQV
00061 # self.__map['?????????????' ] = None # AEM Common status
00062 # self.__map['?????????????' ] = None # AEM Cable status
00063 for i in range(12):
00064 self.__map['LHKAEMFR%dT'%i ] = None # Temperature Free board i
00065 self.__map['LHKAEMFR%dV1'%i] = None # HV1 Free board i
00066 self.__map['LHKAEMFR%dV2'%i] = None # HV2 Free board i
00067 self.__map['LHKAEMFR%dVD'%i] = None # VDD Free board i
00068
00069 # Add PDU values to map. 2 pdus
00070 for p in range(2):
00071 self.__map['LHKP%dACDBGT0'%(p)] = None # PDU ACD BEA GRID temp 0
00072 self.__map['LHKP%dACDBGT1'%(p)] = None # PDU ACD BEA GRID temp 0
00073 self.__map['LHKP%dACDCNVT'%(p) ] = None # PDU ACD Power converter source
00074 self.__map['LHKP%dACDPM'%(p) ] = None # PDU ACD power state
00075 self.__map['LHKP%dACDPRT0'%(p) ] = None # PDU ACD PMT rail temp 0
00076 self.__map['LHKP%dACDPRT1'%(p) ] = None # PDU ACD PMT rail temp 1
00077 self.__map['LHKP%dACDPRT2'%(p) ] = None # PDU ACD PMT rail temp 2
00078 self.__map['LHKP%dACDPRT3'%(p) ] = None # PDU ACD PMT rail temp 3
00079 self.__map['LHKP%dACDPSP'%(p) ] = None # PDU ACD power supply source
00080 self.__map['LHKP%dACDSHT0'%(p) ] = None # PDU ACD Shell Temp 0
00081 self.__map['LHKP%dACDSHT1'%(p) ] = None # PDU ACD Shell Temp 1
00082
00083 # Add PDU Tem quants to map
00084 for i in range(16):
00085 self.__map['LHKP%dCAL%XBPT'%(p,i)] = None # PDU CAL Baseplate temp
00086 self.__map['LHKP%dTEM%X33V'%(p,i)] = None # PDU TEM digital 3.3v
00087 self.__map['LHKP%dTEM%XPCT'%(p,i)] = None # PDU TEM PCB temp
00088 self.__map['LHKP%dTEM%XPM'%(p,i) ] = None # PDU TEM power state
00089 self.__map['LHKP%dTEM%XPST'%(p,i) ] = None # PDU TEM power supply temp
00090
00091 # PDU EPU quants
00092 for i in range(3):
00093 self.__map['LHKP%dEPU%d33V'%(p,i) ] = None # PDU EPU digital 3.3v
00094 self.__map['LHKP%dEPU%dCNVT'%(p,i)] = None # PDU EPU Crate power state
00095 self.__map['LHKP%dEPU%dPM'%(p,i) ] = None # PDU EPU Converter state
00096 self.__map['LHKP%dEPU%dT'%(p,i) ] = None # PDU EPU Temp
00097
00098 for i in range(12):
00099 self.__map['LHKP%dGRID%dT'%(p,i) ] = None # PDU grid temp
00100 self.__map['LHKP%dRAD%dT'%(p,i) ] = None # PDU radiators temp
00101
00102 self.__map['LHKP%dRADAFHT0'%(p)] = None # PDU Radiator afrz temp0
00103 self.__map['LHKP%dRADAFHT1'%(p)] = None # PDU Radiator afrz temp1
00104 for i in range(4):
00105 self.__map['LHKP%dGRAD%dIFT'%(p,i)] = None # PDU Grid-Rad Iface Temp
00106
00107 for i in range(6):
00108 self.__map['LHKP%dMHP%dDSIT'%(p,i)] = None # PDU VCHP-DSHP interface temps
00109 self.__map['LHKP%dMHP%dRVHT'%(p,i)] = None # PDU VCHP Reservoir temps
00110 self.__map['LHKP%dMHP%dXLIT'%(p,i)] = None # PDU VCHP-XLHP interface temps
00111 self.__map['LHKP%dPHP%dDSIT'%(p,i)] = None # PDU VCHP-DSHP interface temps
00112 self.__map['LHKP%dPHP%dRVHT'%(p,i)] = None # PDU VCHP Reservoir temps
00113 self.__map['LHKP%dPHP%dXLIT'%(p,i)] = None # PDU VCHP-XLHP interface temps
00114
00115 # # Add EBM values to map
00116 # self.__map['LHKEEVT'] = None # EBM Events
00117 # self.__map['LHKEGEMRS'] = None # EBM GEM Receive stat
00118 # self.__map['LHKEAEMRS'] = None # EBM AEM Receive stat
00119 # self.__map['LHKESIU0RS'] = None # EBM SIU Receive stat
00120 # self.__map['LHKESIU1RS'] = None # EBM SIU Receive stat
00121 # for i in range(16):
00122 # self.__map['LHKETEM%XRS'%i] = None # EBM TEM Receive stat
00123 # for i in range(3):
00124 # self.__map['LHKEEPU%XRS'%i] = None # EBM EPU Receive stat
00125 # self.__map['LHKEEPU%XTS'%i] = None # EBM EPU Transmit stat
00126 # self.__map['LHKESIU0TS'] = None # EBM SIU Transmit stat
00127 # self.__map['LHKESIU1TS'] = None # EBM SIU Transmit stat
00128 # self.__map['LHKESSRTS'] = None # EBM SSR Transmit stat
00129
00130 # Still need HCOM, HCPU, LRS quantities
00131
00132 # Create all the "ST" status tags.
00133 kList = self.mapKeys()
00134 for key in kList:
00135 self.__map[key + 'ST'] = None
00136
00137 def mapSet(self, key, value):
00138 if self.__map.has_key(key):
00139 self.__map[key] = value
00140 else:
00141 raise KeyError("TrendMap does not contain key %s.", key)
00142
00143 def mapGet(self, key):
00144 if self.__map.has_key(key):
00145 return self.__map[key]
00146 else:
00147 raise KeyError("TrendMap does not contain key %s.", key)
00148
00149 def mapKeys(self):
00150 return self.__map.keys()
00151
00152 class GHSKTrendMap(TrendMapBase):
00153 def __init__(self, ghsk):
00154 TrendMapBase.__init__(self)
00155
00156 # Hack for null quantities
00157 hnul = ghsk.downHNUL()
00158 self.mapSet('LHKSPARE08', (hnul, 'EMPTY') )# Spare bits in hsk packet
00159 self.mapSet('LHKSPARE01', (hnul, 'EMPTY') )# Spare bits in hsk packet
00160
00161 # Add direct TEM quantities
00162 for i in range(16):
00163 htem = ghsk.downHTEM(i)
00164 if htem is None: continue
00165 # self.mapSet('LHKT%XCAL33IA'%i , (htem, 'CAL_ANALOG_I') )# CAL 3.3 analog I
00166 # self.mapSet('LHKT%XCAL33ID'%i , (htem, 'CAL_DIGITAL_I') )# CAL 3.3 digital I
00167 self.mapSet('LHKT%XCAL33VA'%i , (htem, 'CAL_ANALOG_V') )# CAL 3.3 analog V
00168 self.mapSet('LHKT%XCAL33VD'%i , (htem, 'CAL_DIGITAL_V') )# CAL 3.3 digital V
00169 self.mapSet('LHKT%XCALBIASI'%i, (htem, 'CAL_BIAS_I') )# CAL bias I
00170 self.mapSet('LHKT%XCALBIASV'%i, (htem, 'CAL_BIAS_V') )# CAL bias V
00171 self.mapSet('LHKT%XTEM33I'%i , (htem, 'TEM_DIGITAL_I') )# TEM digital 3.3 I
00172 self.mapSet('LHKT%XTEM33V'%i , (htem, 'TEM_DIGITAL_V') )# TEM digital 3.3 V
00173 # self.mapSet('LHKT%XTKR25ID'%i , (htem, 'TKR_DIGITAL_I') )# TKR digital 2.5 I
00174 self.mapSet('LHKT%XTKR25VD'%i , (htem, 'TKR_DIGITAL_V') )# TKR digital 2.5 V
00175 # self.mapSet('LHKT%XTKR15IAA'%i, (htem, 'TKR_ANALOGA_I') )# TKR analog A 1.5 I
00176 self.mapSet('LHKT%XTKR15VAA'%i, (htem, 'TKR_ANALOGA_V') )# TKR analog A 1.5 V
00177 # self.mapSet('LHKT%XTKR25IAB'%i, (htem, 'TKR_ANALOGB_I') )# TKR analog B 2.5 I
00178 self.mapSet('LHKT%XTKR25VAB'%i, (htem, 'TKR_ANALOGB_V') )# TKR analog B 2.5 V
00179 self.mapSet('LHKT%XTKRBIASI'%i, (htem, 'TKR_BIAS_I') )# TKR Bias I
00180 self.mapSet('LHKT%XTKRBIASV'%i, (htem, 'TKR_BIAS_V') )# TKR Bias V
00181 for j in range(4):
00182 self.mapSet('LHKT%XCALAF%XT0'%(i,j), (htem, 'AFEE_%d_T0'%j) ) # CAL AFEE T0
00183 self.mapSet('LHKT%XCALAF%XT1'%(i,j), (htem, 'AFEE_%d_T1'%j) ) # CAL AFEE T1
00184 for j in range(8):
00185 self.mapSet('LHKT%XTKRC%XT0'%(i,j) , (htem, 'TKR_C%d_T0'%j) ) # TKR CC T0
00186 self.mapSet('LHKT%XTKRC%XT1'%(i,j) , (htem, 'TKR_C%d_T1'%j) ) # TKR CC T1
00187
00188 # Add ACD FREE values to map. 12*4 + 4 = 52 values
00189 haem = ghsk.downHAEM()
00190 if haem is not None:
00191 self.mapSet('LHKAFR33ISUM' , (haem, 'FreeI' ) ) # AEM DAQ board FreeI
00192 self.mapSet('LHKADABTEMP' , (haem, 'Temperature' ) ) # AEM DAQ board Temperature
00193 self.mapSet('LHKAFR28ISUM' , (haem, 'HVI' ) ) # AEM DAQ board HVI
00194 self.mapSet('LHKADAB33V' , (haem, 'DAQV' ) ) # AEM DAQ board DAQV
00195 # self.mapSet('?????????????' , (haem, 'CommonStatus') ) # AEM Common status
00196 # self.mapSet('?????????????' , (haem, 'CableStatus' ) ) # AEM Cable status
00197 for i in range(12):
00198 harc = haem.downHARC(i)
00199 if harc is None: continue
00200 self.mapSet('LHKAEMFR%dT'%i , (harc, 'Temperature') ) # Temperature Free board i
00201 self.mapSet('LHKAEMFR%dVD'%i, (harc, 'Vdd' ) ) # VDD Free board i
00202 self.mapSet('LHKAEMFR%dV1'%i, (harc, 'HV1' ) ) # HV1 Free board i
00203 self.mapSet('LHKAEMFR%dV2'%i, (harc, 'HV2' ) ) # HV2 Free board i
00204
00205 # Add PDU values to map. 2 pdus
00206 for p in range(2):
00207 hpdu = ghsk.downHPDU(p)
00208 if hpdu is None: continue
00209 self.mapSet('LHKP%dACDBGT0'%(p), (hpdu, 'ACDBEAgridTemp0') ) # PDU ACD BEA GRID temp 0
00210 self.mapSet('LHKP%dACDBGT1'%(p), (hpdu, 'ACDBEAgridTemp1') ) # PDU ACD BEA GRID temp 0
00211 self.mapSet('LHKP%dACDCNVT'%(p) , (hpdu, 'ACDconvTemp') ) # PDU ACD Power converter source
00212 self.mapSet('LHKP%dACDPM'%(p) , (hpdu, 'ACDpowerState') ) # PDU ACD power state
00213 self.mapSet('LHKP%dACDPRT0'%(p) , (hpdu, 'ACDpmtRailTemp0') ) # PDU ACD PMT rail temp 0
00214 self.mapSet('LHKP%dACDPRT1'%(p) , (hpdu, 'ACDpmtRailTemp1') ) # PDU ACD PMT rail temp 1
00215 self.mapSet('LHKP%dACDPRT2'%(p) , (hpdu, 'ACDpmtRailTemp2') ) # PDU ACD PMT rail temp 2
00216 self.mapSet('LHKP%dACDPRT3'%(p) , (hpdu, 'ACDpmtRailTemp3') ) # PDU ACD PMT rail temp 3
00217 self.mapSet('LHKP%dACDPSP'%(p) , (hpdu, 'ACDpowerSupply') ) # PDU ACD power supply source
00218 self.mapSet('LHKP%dACDSHT0'%(p) , (hpdu, 'ACDShellTemp0') ) # PDU ACD Shell Temp 0
00219 self.mapSet('LHKP%dACDSHT1'%(p) , (hpdu, 'ACDShellTemp1') ) # PDU ACD Shell Temp 1
00220
00221 # Add PDU Tem quants to map
00222 for i in range(16):
00223 self.mapSet('LHKP%dCAL%XBPT'%(p,i), (hpdu, 'CalBaseplateTemp%d'%i) ) # PDU CAL Baseplate temp
00224 self.mapSet('LHKP%dTEM%X33V'%(p,i), (hpdu, 'TEM%d_digital33V'%i) ) # PDU TEM digital 3.3v
00225 self.mapSet('LHKP%dTEM%XPCT'%(p,i), (hpdu, 'TEM%d_PCBTemp'%i) ) # PDU TEM PCB temp
00226 self.mapSet('LHKP%dTEM%XPST'%(p,i), (hpdu, 'TEM%d_PSTemp'%i) ) # PDU TEM power supply
00227 self.mapSet('LHKP%dTEM%XPM'%(p,i) , (hpdu, 'TEM%d_powerState'%i) ) # PDU TEM power supply
00228
00229 # PDU EPU quants
00230 for i in range(3):
00231 self.mapSet('LHKP%dEPU%d33V'%(p,i) , (hpdu, 'EPUdigitalVoltage%d'%i) ) # PDU EPU digital 3.3v
00232 self.mapSet('LHKP%dEPU%dCNVT'%(p,i), (hpdu, 'EPUCratePowerStat%d'%i) ) # PDU EPU Crate power state
00233 self.mapSet('LHKP%dEPU%dPM'%(p,i) , (hpdu, 'EPUConverterStat%d') ) # PDU EPU Converter state
00234 self.mapSet('LHKP%dEPU%dT'%(p,i) , (hpdu, 'EPUTemp%d'%i) ) # PDU EPU Temp
00235
00236 for i in range(12):
00237 self.mapSet('LHKP%dGRID%dT'%(p,i) , (hpdu, 'GridTemp%d'%i) ) # PDU grid temp
00238 self.mapSet('LHKP%dRAD%dT'%(p,i) , (hpdu, 'RadiatorTemp%d'%i) ) # PDU radiators temp
00239
00240 self.mapSet('LHKP%dRADAFHT0'%(p), (hpdu, 'RadiatorAfrzTemp0') ) # PDU Radiator afrz temp0
00241 self.mapSet('LHKP%dRADAFHT1'%(p), (hpdu, 'RadiatorAfrzTemp1') ) # PDU Radiator afrz temp1
00242 for i in range(4):
00243 self.mapSet('LHKP%dGRAD%dIFT'%(p,i), (hpdu, 'GridRadiatorTemp%d'%i) ) # PDU Grid-Rad Iface Temp
00244
00245 for i in range(6):
00246 self.mapSet('LHKP%dMHP%dDSIT'%(p,i), (hpdu, 'VHCP_DSHP_M_Temp%d'%i) ) # PDU VCHP-DSHP interface temps
00247 self.mapSet('LHKP%dMHP%dRVHT'%(p,i), (hpdu, 'VHCPRes_M_Temp%d'%i) ) # PDU VCHP Reservoir temps
00248 self.mapSet('LHKP%dMHP%dXLIT'%(p,i), (hpdu, 'VHCP_XLHP_M_Temp%d'%i) ) # PDU VCHP-XLHP interface temps
00249 self.mapSet('LHKP%dPHP%dDSIT'%(p,i), (hpdu, 'VHCP_DSHP_P_Temp%d'%i) ) # PDU VCHP-DSHP interface temps
00250 self.mapSet('LHKP%dPHP%dRVHT'%(p,i), (hpdu, 'VHCPRes_P_Temp%d'%i) ) # PDU VCHP Reservoir temps
00251 self.mapSet('LHKP%dPHP%dXLIT'%(p,i), (hpdu, 'VHCP_XLHP_P_Temp%d'%i) ) # PDU VCHP-XLHP interface temps
00252
00253 # # Add EBM values to map
00254 # hebm = ghsk.downHEBM()
00255 # if hebm is not None:
00256 # self.mapSet('LHKEEVT' , (hebm, 'Events') ) # EBM Events
00257 # self.mapSet('LHKEGEMRS' , (hebm, 'GEMreceive') ) # EBM GEM Receive stat
00258 # self.mapSet('LHKEAEMRS' , (hebm, 'AEMreceive') ) # EBM AEM Receive stat
00259 # self.mapSet('LHKESIU0RS' , (hebm, 'SIU0receive') ) # EBM SIU Receive stat
00260 # self.mapSet('LHKESIU1RS' , (hebm, 'SIU1receive') ) # EBM SIU Receive stat
00261 # for i in range(16):
00262 # self.mapSet('LHKETEM%XRS'%i , (hebm, 'TEM%dreceive'%i) ) # EBM TEM Receive stat
00263 # for i in range(3):
00264 # self.mapSet('LHKEEPU%XRS'%i , (hebm, 'EPU%dreceive'%i) ) # EBM EPU Receive stat
00265 # self.mapSet('LHKEEPU%XTS'%i , (hebm, 'EPU%dtransmit'%i) ) # EBM EPU Transmit stat
00266 # self.mapSet('LHKESIU0TS' , (hebm, 'SIU0transmit') ) # EBM SIU Transmit stat
00267 # self.mapSet('LHKESIU1TS' , (hebm, 'SIU1transmit') ) # EBM SIU Transmit stat
00268 # self.mapSet('LHKESSRTS' , (hebm, 'SSRtransmit') ) # EBM SSR Transmit stat
00269
00270 # Still need HCOM, HCPU, LRS quantities
00271
00272 # Create all the "ST" status tags.
00273 kList = self.mapKeys()
00274 for key in kList:
00275 # Check the last two chars:
00276 if key[len(key)-2:] == 'ST':
00277 self.mapSet(key, (hnul, 'EMPTY') )# Don't put status into GHSK
00278
00279
00280 class GLATTrendMap(TrendMapBase):
00281 def __init__(self, glat):
00282 TrendMapBase.__init__(self)
00283
00284 # Add direct TEM quantities
00285 for i in range(16):
00286 gtem = glat.downTEM(i)
00287 if gtem is None: continue
00288 gtic = gtem.downTIC()
00289 # self.mapSet('LHKT%XCAL33IA'%i , (gtic, 'adc_cal_analog_3_3i') )# CAL 3.3 analog I
00290 # self.mapSet('LHKT%XCAL33ID'%i , (gtic, 'adc_cal_digital_3_3i') )# CAL 3.3 digital I
00291 self.mapSet('LHKT%XCAL33VA'%i , (gtic, 'adc_cal_analog_3_3v') )# CAL 3.3 analog V
00292 self.mapSet('LHKT%XCAL33VD'%i , (gtic, 'adc_cal_digital_3_3v') )# CAL 3.3 digital V
00293 self.mapSet('LHKT%XCALBIASI'%i, (gtic, 'psd_cal_bias_i') )# CAL bias I
00294 self.mapSet('LHKT%XCALBIASV'%i, (gtic, 'adc_cal_bias_v') )# CAL bias V
00295 self.mapSet('LHKT%XTEM33I'%i , (gtic, 'psd_tem_i') )# TEM digital 3.3 I
00296 self.mapSet('LHKT%XTEM33V'%i , (gtic, 'adc_tem_digital_3_3v') )# TEM digital 3.3 V
00297 # self.mapSet('LHKT%XTKR25ID'%i , (gtic, 'adc_tkr_digital_2_5i') )# TKR digital 2.5 I
00298 self.mapSet('LHKT%XTKR25VD'%i , (gtic, 'adc_tkr_digital_2_5v') )# TKR digital 2.5 V
00299 # self.mapSet('LHKT%XTKR15IAA'%i, (gtic, 'adc_tkr_analog_a_1_5i') )# TKR analog A 1.5 I
00300 self.mapSet('LHKT%XTKR15VAA'%i, (gtic, 'adc_tkr_analog_a_1_5v') )# TKR analog A 1.5 V
00301 # self.mapSet('LHKT%XTKR25IAB'%i, (gtic, 'adc_tkr_analog_b_2_5i') )# TKR analog B 2.5 I
00302 self.mapSet('LHKT%XTKR25VAB'%i, (gtic, 'adc_tkr_analog_b_2_5v') )# TKR analog B 2.5 V
00303 self.mapSet('LHKT%XTKRBIASI'%i, (gtic, 'psd_tkr_bias_i') )# TKR Bias I
00304 self.mapSet('LHKT%XTKRBIASV'%i, (gtic, 'adc_tkr_bias_v') )# TKR Bias V
00305 for j in range(4):
00306 self.mapSet('LHKT%XCALAF%XT0'%(i,j), (gtic, 'adc_afee%d_t0'%j) ) # CAL AFEE T0
00307 self.mapSet('LHKT%XCALAF%XT1'%(i,j), (gtic, 'adc_afee%d_t1'%j) ) # CAL AFEE T1
00308 for j in range(8):
00309 self.mapSet('LHKT%XTKRC%XT0'%(i,j) , (gtic, 'adc_tkr_c%d_t0'%j) ) # TKR CC T0
00310 self.mapSet('LHKT%XTKRC%XT1'%(i,j) , (gtic, 'adc_tkr_c%d_t1'%j) ) # TKR CC T1
00311
00312 # Add ACD FREE values to map. 12*4 + 4 = 52 values
00313 gaem = glat.downAEM()
00314 if gaem is not None:
00315 gaeq = glat.downAEM().downAEQ()
00316 self.mapSet('LHKAFR33ISUM' , (gaeq, 'env_dac_digital_3_3i') ) # AEM DAQ board FreeI
00317 self.mapSet('LHKADABTEMP' , (gaeq, 'env_dac_temp' ) ) # AEM DAQ board Temperature
00318 self.mapSet('LHKAFR28ISUM' , (gaeq, 'env_dac_hv_i' ) ) # AEM DAQ board HVI
00319 self.mapSet('LHKADAB33V' , (gaeq, 'env_dac_v' ) ) # AEM DAQ board DAQV
00320 # self.mapSet('?????????????' , (gaem, 'common_status') ) # AEM Common status
00321 # self.mapSet('?????????????' , (gaem, 'power_status' ) ) # AEM Cable status
00322 garcs = ['1la', '1rb', '2la', '2lb', '2ra', '2rb',
00323 '3la', '3rb', '4la', '4lb', '4ra', '4rb']
00324 for i in range(12):
00325 garc = gaem.downARC(i)
00326 if garc is None: continue
00327 g = garcs[i]
00328 self.mapSet('LHKAEMFR%dT'%i , (gaeq, 'env_temp_%s'%g) ) # Temperature Free board i
00329 self.mapSet('LHKAEMFR%dVD'%i, (gaeq, 'env_vdd_%s'%g ) ) # VDD Free board i
00330 self.mapSet('LHKAEMFR%dV1'%i, (gaeq, 'env_hv1_%s'%g ) ) # HV1 Free board i
00331 self.mapSet('LHKAEMFR%dV2'%i, (gaeq, 'env_hv2_%s'%g ) ) # HV2 Free board i
00332
00333 # Add GEM values to map.
00334 ggem = glat.downGEM()
00335 if ggem is not None:
00336 pass
00337
00338 # Add PDU values to map. 2 pdus
00339 for p in range(2):
00340 gpdu = glat.downPDU(p)
00341 if gpdu is None: continue
00342 gpeq = gpdu.PEQ
00343 if gpeq is None: continue
00344 self.mapSet('LHKP%dACDBGT0'%(p), (gpeq, 'acd_bea_grid_intf_t_0') ) # PDU ACD BEA GRID temp 0
00345 self.mapSet('LHKP%dACDBGT1'%(p), (gpeq, 'acd_bea_grid_intf_t_1') ) # PDU ACD BEA GRID temp 0
00346 # self.mapSet('LHKP%dACDCNVT'%(p) , (gpeq, 'ACDconvTemp') ) # PDU ACD Power converter source
00347 # self.mapSet('LHKP%dACDPM'%(p) , (gpeq, 'ACDpowerState') ) # PDU ACD power state
00348 self.mapSet('LHKP%dACDPRT0'%(p) , (gpeq, 'acd_pmt_rail_t_0') ) # PDU ACD PMT rail temp 0
00349 self.mapSet('LHKP%dACDPRT1'%(p) , (gpeq, 'acd_pmt_rail_t_1') ) # PDU ACD PMT rail temp 1
00350 self.mapSet('LHKP%dACDPRT2'%(p) , (gpeq, 'acd_pmt_rail_t_2') ) # PDU ACD PMT rail temp 2
00351 self.mapSet('LHKP%dACDPRT3'%(p) , (gpeq, 'acd_pmt_rail_t_3') ) # PDU ACD PMT rail temp 3
00352 # self.mapSet('LHKP%dACDPSP'%(p) , (gpeq, 'ACDpowerSupply') ) # PDU ACD power supply source
00353 self.mapSet('LHKP%dACDSHT0'%(p) , (gpeq, 'acd_shell_t_0') ) # PDU ACD Shell Temp 0
00354 self.mapSet('LHKP%dACDSHT1'%(p) , (gpeq, 'acd_shell_t_1') ) # PDU ACD Shell Temp 1
00355 #
00356 # Add PDU Tem quants to map
00357 for i in range(16):
00358 self.mapSet('LHKP%dCAL%XBPT'%(p,i), (gpeq, 'cal_baseplate_t_%02d'%i) ) # PDU CAL Baseplate temp
00359 self.mapSet('LHKP%dTEM%X33V'%(p,i), (gpeq, 'tem_v_%02d'%i) ) # PDU TEM digital 3.3v
00360 self.mapSet('LHKP%dTEM%XPCT'%(p,i), (gpeq, 'tem_t_%02d'%i) ) # PDU TEM PCB temp
00361 self.mapSet('LHKP%dTEM%XPM'%(p,i) , (gpeq, 'tem_ps_t_%02d'%i) ) # PDU TEM power supply
00362 #
00363 # PDU EPU quants
00364 for i in range(3):
00365 self.mapSet('LHKP%dEPU%d33V'%(p,i) , (gpeq, 'epu_v_%d'%i) ) # PDU EPU digital 3.3v
00366 # self.mapSet('LHKP%dEPU%dCNVT'%(p,i), (gpeq, 'EPUCratePowerStat%d'%i) ) # PDU EPU Crate power state
00367 # self.mapSet('LHKP%dEPU%dPM'%(p,i) , (gpeq, 'EPUConverterStat%d') ) # PDU EPU Converter state
00368 self.mapSet('LHKP%dEPU%dT'%(p,i) , (gpeq, 'epu_t_%d'%i) ) # PDU EPU Temp
00369 #
00370 for i in range(12):
00371 self.mapSet('LHKP%dGRID%dT'%(p,i) , (gpeq, 'grid_t_%02d'%i) ) # PDU grid temp
00372 # self.mapSet('LHKP%dRAD%dT'%(p,i) , (gpeq, 'RadiatorTemp%d'%i) ) # PDU radiators temp
00373 #
00374 # self.mapSet('LHKP%dRADAFHT0'%(p), (gpeq, 'RadiatorAfrzTemp0') ) # PDU Radiator afrz temp0
00375 # self.mapSet('LHKP%dRADAFHT1'%(p), (gpeq, 'RadiatorAfrzTemp1') ) # PDU Radiator afrz temp1
00376 # for i in range(4):
00377 # self.mapSet('LHKP%dGRAD%dIFT'%(p,i), (gpeq, 'GridRadiatorTemp%d'%i) ) # PDU Grid-Rad Iface Temp
00378 #
00379 for i in range(6):
00380 self.mapSet('LHKP%dMHP%dDSIT'%(p,i), (gpeq, 'my_vchp_dshp_intf_t_%d'%i)) # PDU VCHP-DSHP interface temps
00381 self.mapSet('LHKP%dMHP%dRVHT'%(p,i), (gpeq, 'py_vchp_rsvr_htr_t_%d'%i) ) # PDU VCHP Reservoir temps
00382 self.mapSet('LHKP%dMHP%dXLIT'%(p,i), (gpeq, 'py_vchp_xlhp_intf_t_%d'%i)) # PDU VCHP-XLHP interface temps
00383 self.mapSet('LHKP%dPHP%dDSIT'%(p,i), (gpeq, 'py_vchp_dshp_intf_t_%d'%i)) # PDU VCHP-DSHP interface temps
00384 self.mapSet('LHKP%dPHP%dRVHT'%(p,i), (gpeq, 'py_vchp_rsvr_htr_t_%d'%i) ) # PDU VCHP Reservoir temps
00385 self.mapSet('LHKP%dPHP%dXLIT'%(p,i), (gpeq, 'py_vchp_xlhp_intf_t_%d'%i)) # PDU VCHP-XLHP interface temps
00386
00387 # # Add EBM values to map
00388 # gebm = glat.downEBM()
00389 # if gebm is not None:
00390 # gebmst = gebm.downEBMST()
00391 # gebmc = gebm.downEBMC()
00392 # # self.mapSet('LHKEEVT' , (gebmst, 'Events') ) # EBM Events
00393 # self.mapSet('LHKEGEMRS' , (gebmst, 'receive_gem') ) # EBM GEM Receive stat
00394 # self.mapSet('LHKEAEMRS' , (gebmst, 'receive_aem') ) # EBM AEM Receive stat
00395 # self.mapSet('LHKESIU0RS' , (gebmst, 'receive_siu0') ) # EBM SIU Receive stat
00396 # self.mapSet('LHKESIU1RS' , (gebmst, 'receive_siu1') ) # EBM SIU Receive stat
00397 # for i in range(16):
00398 # # deal with muxes in other code...
00399 # self.mapSet('LHKETEM%XRS'%i , (gebm, 'receive_tem_mux0') ) # EBM TEM Receive stat
00400 # for i in range(3):
00401 # self.mapSet('LHKEEPU%XRS'%i , (gebmst, 'receive_epu%d'%i) ) # EBM EPU Receive stat
00402 # self.mapSet('LHKEEPU%XTS'%i , (gebmst, 'transmit_epu%d'%i) ) # EBM EPU Transmit stat
00403 # self.mapSet('LHKESIU0TS' , (gebmst, 'transmit_siu0') ) # EBM SIU Transmit stat
00404 # self.mapSet('LHKESIU1TS' , (gebmst, 'transmit_siu1') ) # EBM SIU Transmit stat
00405 # self.mapSet('LHKESSRTS' , (gebmst, 'transmit_ssr') ) # EBM SSR Transmit stat
00406
00407
00408 # Still need HCOM, HCPU, LRS quantities
00409
00410
00411
00412 class ReverseTrendMap(TrendMapBase):
00413 """Class to create a reverse map from a TrendMap using
00414 gnodes as function ptrs such as GHSKTrendMap and GLATTrendMap
00415 """
00416 def __init__(self, startMap):
00417 TrendMapBase.__init__(self)
00418 self.__map = {}
00419 for key in startMap.mapKeys():
00420 try:
00421 node,attr = startMap.mapGet(key)
00422 nodeStr = self.__nodeString(node)
00423 newKey = nodeStr.upper()+attr.upper()
00424 self.__map[newKey] = key
00425 except TypeError:
00426 pass
00427
00428 def mapSet(self, key, value):
00429 if self.__map.has_key(key):
00430 self.__map[key] = value
00431 else:
00432 raise KeyError("TrendMap does not contain key %s.", key)
00433
00434 def mapGet(self, key):
00435 if self.__map.has_key(key):
00436 return self.__map[key]
00437 else:
00438 raise KeyError("TrendMap does not contain key %s.", key)
00439
00440 def mapKeys(self):
00441 return self.__map.keys()
00442
00443 def __nodeString(self, node):
00444 """Useful little recursive function to generate a string representation
00445 of a gDb-like object.
00446
00447 \param node Any gDb-like object. (i.e. GLAT, GHSK)
00448 Object must support getName(), up() and id() methods.
00449 """
00450 string = ''
00451 if node is not None:
00452 string += self.__nodeString(node.up())
00453 string += node.getName()
00454 if node.id() is not None:
00455 string += '[' + str(node.id()) + ']'
00456 string += '.'
00457 return string
00458
00459 def makeSimpleMap( trendables, trendMap):
00460 returnMap = {}
00461 # Add the timestamp
00462 returnMap['TimeStamp'] = trendables[0].time
00463
00464 for t in trendables:
00465 key = t.name
00466 atuple = trendMap.mapGet(key)
00467 # print key, atuple
00468 if atuple is not None:
00469 node, attr = atuple
00470 if node is not None:
00471 if attr != '' and attr is not None:
00472 returnMap[t.name] = node.regs[attr.lower()].get(bypass=False)
00473 # raw = node.regs[attr.lower()].get(bypass=True)
00474 elif isinstance(node, str):
00475 returnMap[t.name] = t.content['Raw Value']
00476 return returnMap
00477
00478 if __name__ == '__main__':
00479 print "Regression test of TrendMaps"
00480 try:
00481 ghsk = GHSK(None)
00482 print " GHSK instantiation passed"
00483 except:
00484 print " Could not instantiate ghsk. aborting"
00485 exit
00486
00487 try:
00488 glat = GLAT(None)
00489 print " GLAT instantiation passed"
00490 except:
00491 print " Could not instantiate glat. aborting"
00492 exit
00493
00494 try:
00495 ghsk.readSchema("c:/panetta/LATTE/repos/hskTestSchema.xml")
00496 print " GHSK readSchema passed"
00497 except Exception, e:
00498 print " could not apply schema. Reason: %s" % e
00499
00500 try:
00501 glat.readSchema("c:/panetta/LATTE/repos/hskTestSchema.xml")
00502 print " GLAT readSchema passed"
00503 except Exception, e:
00504 print " could not apply schema. Reason: %s" % e
00505
00506 try:
00507 a = TrendMapBase()
00508 print " TrendMapBase instantiation passed"
00509 except Exception, e:
00510 print " Could not instantiate TrendMapBase. Reason: %s" % e
00511
00512 try:
00513 b = GHSKTrendMap(ghsk)
00514 print " GHSKTrendMap instantiation passed"
00515 except Exception, e:
00516 print " Could not instantiate GHSKTrendMap. Reason: %s" % e
00517
00518 try:
00519 c = GLATTrendMap(glat)
00520 print " GLATTrendMap instantiation passed"
00521 except Exception, e:
00522 print " Could not instantiate GLATTrendMap. Reason: %s" % e
00523
00524 try:
00525 d = ReverseTrendMap(b)
00526 print " ReverseTrendMap(GHSKTrendMap) instantiation passed"
00527 except Exception, e:
00528 print " Could not instantiate ReverseTrendMap(GHSKTrendMap). Reason: %s" % e
00529
00530 try:
00531 e = ReverseTrendMap(c)
00532 print " ReverseTrendMap(GLATTrendMap) instantiation passed"
00533 except Exception, e:
00534 print " Could not instantiate ReverseTrendMap(GLATTrendMap). Reason: %s" % e
