def __init__(self, logger=None, sourlient=None, reloadMode=False):
AFTNPaths.normalPaths(sourlient.name)
PXPaths.normalPaths()
self.logger = logger # Logger object
self.sourlient = sourlient # Sourlient object
self.name = sourlient.name # Transceiver's name
self.stationID = sourlient.stationID # Value read from config. file
self.otherStationID = sourlient.otherStationID # Provider (MHS) Station ID
self.address = sourlient.address # 8-letter group identifying the message originator (CYHQUSER)
self.otherAddress = sourlient.otherAddress # 8-letter group identifying the provider's address (CYHQMHSN)
self.routingTable = sourlient.routingTable # Routing table name
self.subscriber = sourlient.subscriber # Boolean indicating if this is a subscriber or a provider
self.bullManager = bulletinManager(PXPaths.RXQ + self.name,
self.logger,
PXPaths.RXQ + self.name,
9999,
'\n',
self.sourlient.extension,
self.routingTable,
None,
self.sourlient,
True)
self.drp = self.bullManager.drp
self.sp = StationParser(PXPaths.STATION_TABLE, logger)
self.sp.parse()
self.priorities = {'1':'FF', '2':'FF', '3':'GG', '4':'GG', '5':'GG'}
if not reloadMode:
self.afterInit()
def __init__(self, rootPath=""):
self.rootPath = rootPath
PXPaths.normalPaths(self.rootPath)
SystemManager.__init__(self)
self.LOG = PXPaths.LOG # Will be used by DirCopier
self.debug = 0
def test_PXPaths(self):
PXPaths.normalPaths('')
self.assertEqual((PXPaths.ROOT,PXPaths.LIB,PXPaths.LOG,PXPaths.ETC,PXPaths.FXQ,PXPaths.RXQ,PXPaths.TXQ,PXPaths.DB,
PXPaths.ROUTING_TABLE,PXPaths.STATION_TABLE,PXPaths.FX_CONF,PXPaths.RX_CONF,PXPaths.TX_CONF,PXPaths.TRX_CONF,
PXPaths.SCRIPTS,PXPaths.LAT,PXPaths.LAT_RESULTS,PXPaths.LAT_TMP,PXPaths.SHELL_PARSER,PXPaths.PX_DATA),
('./', './lib/', './log/', './etc/', './fxq/', './rxq/', './txq/', './db/', './etc/pxRouting.conf', './etc/stations.conf',
'./etc/fx/', './etc/rx/', './etc/tx/', './etc/trx/', './etc/scripts/', './latencies/', './latencies/results/', './latencies/tmp/',
'./lib/shellParser.py', './data/'))
def __init__(self, latencier, imageName=None):
PXPaths.normalPaths()
self.text = "" # Results in plain text
self.html = "" # Results in html
self.latencier = latencier # Latencier (PDS or PX)
self.imageName = imageName # Came from the plotter
self.date = self.latencier.date # Date in ISO Format
self.setTextResults()
self.saveResults(PXPaths.LAT_RESULTS)
def __init__(self, latencier, imageName=None):
PXPaths.normalPaths()
self.text = '' # Results in plain text
self.html = '' # Results in html
self.latencier = latencier # Latencier (PDS or PX)
self.imageName = imageName # Came from the plotter
self.date = self.latencier.date # Date in ISO Format
self.setTextResults()
self.saveResults(PXPaths.LAT_RESULTS)
def __init__(self, nopull=False, keep=False, date=None, xstats=False):
PXPaths.normalPaths()
self.manager = PXManager()
#self.logger = logger.getLogger()
# Date for which we want to obtain stats
if date == None:
self.date = dateLib.getYesterdayFormatted() # ISO Date
else:
self.date = date
self.dateDashed = dateLib.getISODateDashed(self.date)
self.machines = [] # Machines were the logs can be found
self.sources = [
] # Sources for which we will check arrival time of the products
self.client = [
] # Client for which we will check delivery time of the products (ONLY ONE ENTRY in the list)
self.messages = [] # FIXME: Special messages coming from weird results
self.nopull = nopull # Do not pull the necessary files (we suppose they are already downloaded)
self.keep = keep # Erase all the files present before downloading new files
self.xstats = xstats # Boolean that determine if we will use xferlog in making stats
self.goodRx = [] # Lines matching initial values
self.goodTx = [] # Lines matching initial values
self.goodXferlog = [] # Lines matching initial values
self.receivingInfos = {
} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.sendingInfos = {
} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.xferlogInfos = {
} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.stats = {} # Final stats
self.sortedStats = [] # Final sorted stats
self.max = 0 # Maximum latency time in seconds
self.min = sys.maxint # Minimum latency time in seconds
self.mean = 0 # Mean latency time in seconds
self.latencyThreshold = 15 # We don't want to go over this threshold (in seconds)
self.overThreshold = 0 # Number of files with latency over threshold
self.underThresholdP = 0 # Percentage of files for which the latency is equal or under threshold
self.meanWaiting = 0 # Mean waiting time before being noticed by the PDS
self.random = str(
random.random()
)[2:] # Unique identificator permitting the program to be run in parallel
self.system = None # 'PDS' or 'PX'
self.rejected = 0 # Count of rejected files
self.maxInfos = ['NO FILE', ('00:00:00', 'No machine', 0)
] # Informations about the max.
def test_PXPaths(self):
PXPaths.normalPaths('')
self.assertEqual(
(PXPaths.ROOT, PXPaths.LIB, PXPaths.LOG, PXPaths.ETC, PXPaths.FXQ,
PXPaths.RXQ, PXPaths.TXQ, PXPaths.DB, PXPaths.ROUTING_TABLE,
PXPaths.STATION_TABLE, PXPaths.FX_CONF, PXPaths.RX_CONF,
PXPaths.TX_CONF, PXPaths.TRX_CONF, PXPaths.SCRIPTS, PXPaths.LAT,
PXPaths.LAT_RESULTS, PXPaths.LAT_TMP, PXPaths.SHELL_PARSER,
PXPaths.PX_DATA),
('./', './lib/', './log/', './etc/', './fxq/', './rxq/', './txq/',
'./db/', './etc/pxRouting.conf', './etc/stations.conf',
'./etc/fx/', './etc/rx/', './etc/tx/', './etc/trx/',
'./etc/scripts/', './latencies/', './latencies/results/',
'./latencies/tmp/', './lib/shellParser.py', './data/'))
def __init__(self, sourlient):
AFTNPaths.normalPaths(sourlient.name)
PXPaths.normalPaths()
self.sysman = SystemManager() # General system manager
self.sourlient = sourlient # Sourlient (Source/Client) object containing configuration infos.
self.logger = sourlient.logger # Logger object
self.subscriber = sourlient.subscriber # Determine if it will act like a subscriber or a provider(MHS)
self.host = sourlient.host # Remote host (name or ip)
self.portR = sourlient.portR # Receiving port
self.portS = sourlient.portS # Sending port
self.batch = sourlient.batch # Number of files we read in a pass (20)
self.timeout = sourlient.timeout # Timeout time in seconds (default = 10 seconds)
self.sleepBetweenConnect = int('10') # Time (in seconds) between connection trials
self.slow = sourlient.slow # Sleeps are added when we want to be able to decrypt log entries
self.igniter = None # Igniter object (link to pid)
self.writePath = AFTNPaths.RECEIVED # Where we write messages we receive
self.archivePath = AFTNPaths.SENT # Where we put sent messages
self.specialOrdersPath = AFTNPaths.SPECIAL_ORDERS # Where we put special orders
# Paths creation
self.sysman.createDir(PXPaths.TXQ + self.sourlient.name)
self.sysman.createDir(self.writePath)
self.sysman.createDir(self.archivePath)
self.sysman.createDir(self.specialOrdersPath)
self.mm = MessageManager(self.logger, self.sourlient) # AFTN Protocol is implemented in MessageManager Object
self.remoteAddress = None # Remote address (where we will connect())
self.socket = None # Socket object
self.dataFromFiles = [] # A list of tuples (content, filename) obtained from a DiskReader
self.reader = DiskReader(PXPaths.TXQ + self.sourlient.name, self.sourlient.batch,
self.sourlient.validation, self.sourlient.diskReaderPatternMatching,
self.sourlient.mtime, True, self.logger, eval(self.sourlient.sorter), self.sourlient)
self.debug = True # Debugging switch
self.justConnect = False # Boolean that indicates when a connexion just occur
self.totBytes = 0
#self.printInitInfos()
self.makeConnection()
def findClient(self, clusters=None, ip="", name=""):
"""
clusters: a list of clusters (ex: ['pds', 'px', 'pxatx'])
ip: IP address (ex: '192.168.1.1')
name: hostname (ex: 'metmgr')
Only one argument in (ip, name) must be non null
"""
import socket
clusters = clusters or self.clusters
cliClust = []
if ip:
try:
# get the first part of the fully qualified domain name
name = socket.gethostbyaddr(ip)[0].split('.')[0]
except:
pass
elif name:
try:
ip = socket.gethostbyname(name)
except:
pass
for cluster in clusters:
clusterRoot = self.rootPath + cluster
PXPaths.normalPaths(clusterRoot)
if ip and name:
command = "grep -l -E '%s|%s' %s" % (
ip, name, PXPaths.TX_CONF + "*.conf")
elif ip:
command = "grep -l -E '%s' %s" % (ip,
PXPaths.TX_CONF + "*.conf")
elif name:
command = "grep -l -E '%s' %s" % (name,
PXPaths.TX_CONF + "*.conf")
#print "%s" % cluster.upper()
output = commands.getoutput(command)
clients = [(os.path.basename(cli)[:-5], cluster)
for cli in output.split()]
cliClust.extend(clients)
PXPaths.normalPaths() # Reset PXPaths variables
return cliClust
def __init__(self, nopull=False, keep=False, date=None, xstats=False):
PXPaths.normalPaths()
self.manager = PXManager()
#self.logger = logger.getLogger()
# Date for which we want to obtain stats
if date == None:
self.date = dateLib.getYesterdayFormatted() # ISO Date
else:
self.date = date
self.dateDashed = dateLib.getISODateDashed(self.date)
self.machines = [] # Machines were the logs can be found
self.sources = [] # Sources for which we will check arrival time of the products
self.client = [] # Client for which we will check delivery time of the products (ONLY ONE ENTRY in the list)
self.messages = [] # FIXME: Special messages coming from weird results
self.nopull = nopull # Do not pull the necessary files (we suppose they are already downloaded)
self.keep = keep # Erase all the files present before downloading new files
self.xstats = xstats # Boolean that determine if we will use xferlog in making stats
self.goodRx = [] # Lines matching initial values
self.goodTx = [] # Lines matching initial values
self.goodXferlog = [] # Lines matching initial values
self.receivingInfos = {} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.sendingInfos = {} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.xferlogInfos = {} # Dict. addressed by filename and containing a tuple of (formatted date, date in seconds, machine)
self.stats = {} # Final stats
self.sortedStats = [] # Final sorted stats
self.max = 0 # Maximum latency time in seconds
self.min = sys.maxint # Minimum latency time in seconds
self.mean = 0 # Mean latency time in seconds
self.latencyThreshold = 15 # We don't want to go over this threshold (in seconds)
self.overThreshold = 0 # Number of files with latency over threshold
self.underThresholdP = 0 # Percentage of files for which the latency is equal or under threshold
self.meanWaiting = 0 # Mean waiting time before being noticed by the PDS
self.random = str(random.random())[2:] # Unique identificator permitting the program to be run in parallel
self.system = None # 'PDS' or 'PX'
self.rejected = 0 # Count of rejected files
self.maxInfos = ['NO FILE', ('00:00:00', 'No machine', 0)] # Informations about the max.
def __init__(self):
PXPaths.normalPaths()
self.debug = 0
self.lang = pxRetransLanguage.french
# masterConfPath is a directory where configuration files for all clusters can be found.
# With 2 cluster named cluster1 and cluster2, the config. files will be under:
# "masterConfPath"/cluster1/etc/
# "masterConfPath"/cluster2/etc/
# When we have in fact no cluster (a single machine), the cluster name will be "." and we
# we thus have "masterConfPath"/./etc/
# This "scheme" works well when px is installled under a root directory (ex: /apps/px/)
# It works less well under a Debian installation (where the all the config. files are under
# /etc/px (not /etc/px/etc).
# When installed with a debian package, a symbolic link will be created:
# ln -s /etc/px $HOME/etc ($HOME of the px user)
try:
self.masterConfPath = pwd.getpwnam('px')[
5] # Master Configuration root path (1 machine, debian way)
except:
self.masterConfPath = '/apps/px'
self.clusters = ['.'] # 1 machine only (no "real" clusters)
#self.clusters = ['px', 'pxatx', 'pds']
self.feEnvVar = 'PX_FRONTEND'
self.sfeEnvVar = 'PX_SIMILI_FRONTEND'
# Use to execute command (pxRetrans, .localRetrans) on the backend
# via ssh command run on the frontend
self.fePrivKey = '' # Use to connect as beUser from fe to be
self.beUser = '******' # Use to ssh from the frontend to the backend
# Use to scp results from the backend to the frontend
self.bePrivKey = ''
self.feUser = '******' # On the backend, results (listing) will be sent to this frontend user
self.feTempDir = '/tmp' # On the backend, results (listing) will be sent to this directory
self.waitTimeForLogEntry = 2 # Time we wait in seconds for obtaining the log line indicating a successful transfert
self.readConfig(PXPaths.ETC + "px.conf")
def findClient(self, clusters=None, ip="", name=""):
"""
clusters: a list of clusters (ex: ['pds', 'px', 'pxatx'])
ip: IP address (ex: '192.168.1.1')
name: hostname (ex: 'metmgr')
Only one argument in (ip, name) must be non null
"""
import socket
clusters = clusters or self.clusters
cliClust = []
if ip:
try:
# get the first part of the fully qualified domain name
name = socket.gethostbyaddr(ip)[0].split('.')[0]
except:
pass
elif name:
try:
ip = socket.gethostbyname(name)
except:
pass
for cluster in clusters:
clusterRoot = self.rootPath + cluster
PXPaths.normalPaths(clusterRoot)
if ip and name:
command = "grep -l -E '%s|%s' %s" % (ip, name, PXPaths.TX_CONF + "*.conf")
elif ip:
command = "grep -l -E '%s' %s" % (ip, PXPaths.TX_CONF + "*.conf")
elif name:
command = "grep -l -E '%s' %s" % (name, PXPaths.TX_CONF + "*.conf")
#print "%s" % cluster.upper()
output = commands.getoutput(command)
clients = [ (os.path.basename(cli)[:-5], cluster) for cli in output.split()]
cliClust.extend(clients)
PXPaths.normalPaths() # Reset PXPaths variables
return cliClust
def __init__(self):
PXPaths.normalPaths()
self.debug = 0
self.lang = pxRetransLanguage.french
# masterConfPath is a directory where configuration files for all clusters can be found.
# With 2 cluster named cluster1 and cluster2, the config. files will be under:
# "masterConfPath"/cluster1/etc/
# "masterConfPath"/cluster2/etc/
# When we have in fact no cluster (a single machine), the cluster name will be "." and we
# we thus have "masterConfPath"/./etc/
# This "scheme" works well when px is installled under a root directory (ex: /apps/px/)
# It works less well under a Debian installation (where the all the config. files are under
# /etc/px (not /etc/px/etc).
# When installed with a debian package, a symbolic link will be created:
# ln -s /etc/px $HOME/etc ($HOME of the px user)
try:
self.masterConfPath = pwd.getpwnam('px')[5] # Master Configuration root path (1 machine, debian way)
except:
self.masterConfPath = '/apps/px'
self.clusters = ['.'] # 1 machine only (no "real" clusters)
#self.clusters = ['px', 'pxatx', 'pds']
self.feEnvVar = 'PX_FRONTEND'
self.sfeEnvVar = 'PX_SIMILI_FRONTEND'
# Use to execute command (pxRetrans, .localRetrans) on the backend
# via ssh command run on the frontend
self.fePrivKey = '' # Use to connect as beUser from fe to be
self.beUser = '******' # Use to ssh from the frontend to the backend
# Use to scp results from the backend to the frontend
self.bePrivKey = ''
self.feUser = '******' # On the backend, results (listing) will be sent to this frontend user
self.feTempDir = '/tmp' # On the backend, results (listing) will be sent to this directory
self.waitTimeForLogEntry = 2 # Time we wait in seconds for obtaining the log line indicating a successful transfert
self.readConfig(PXPaths.ETC + "px.conf")
def normalPaths(name, rootPath=""):
PXPaths.normalPaths(rootPath)
global ROOT, LIB, TO_SEND, RECEIVED, SENT, SPECIAL_ORDERS, STATE
if rootPath:
if rootPath[-1] != '/': rootPath += '/'
envVar = rootPath
else:
try:
envVar = os.path.normpath(os.environ['PXROOT']) + '/'
except KeyError:
envVar = '/apps/px/'
ROOT = envVar
LIB = ROOT + 'lib/%s/' % name
RECEIVED = PXPaths.TXQ + name + '/.receivedAFTN/'
SENT = PXPaths.TXQ + name + '/.sentAFTN/'
SPECIAL_ORDERS = PXPaths.TXQ + name + '/.specialOrders/'
STATE = PXPaths.TXQ + name + '/.state.obj'
def __init__(self, type='impulses', interval=1, imageName=None):
PXPaths.normalPaths()
self.manager = PXManager()
#self.logger = logger
#self.manager.setLogger(self.logger)
self.latenciers = [] # Infos about a particular "latencier"
self.type = type # Type of graph must be in: ['linespoint', 'lines', 'boxes', 'impulses']
self.interval = interval * dateLib.MINUTE # Number of seconds between each point on the x-axis
self.imageName = imageName # Name of the image file
self.color = None
self.width = dateLib.DAY # Width of the x-axis in seconds
# With witdh=DAY and interval=MINUTE => len([60, 120, 180, ..., 86400]) = 1440
self.separators = dateLib.getSeparators(self.width, self.interval)
# '"0" 0, "1" 60, "2" 120, "3" 180, "4" 240, ... , "22" 1320, "23" 1380, "24" 1440'
self.xtics = self.getXTics(len(self.separators), self.interval)
self.graph = Gnuplot.Gnuplot()
def normalPaths(name, rootPath=""):
PXPaths.normalPaths(rootPath)
global ROOT, LIB, TO_SEND, RECEIVED, SENT, SPECIAL_ORDERS, STATE
if rootPath:
if rootPath[-1] != '/': rootPath += '/'
envVar = rootPath
else:
try:
envVar = os.path.normpath(os.environ['PXROOT']) + '/'
except KeyError:
envVar = '/apps/px/'
ROOT = envVar
LIB = ROOT + 'lib/%s/' % name
RECEIVED = PXPaths.TXQ + name + '/.receivedAFTN/'
SENT = PXPaths.TXQ + name + '/.sentAFTN/'
SPECIAL_ORDERS = PXPaths.TXQ + name + '/.specialOrders/'
STATE = PXPaths.TXQ + name + '/.state.obj'
def __init__(self, logger=None, sourlient=None, reloadMode=False):
AFTNPaths.normalPaths(sourlient.name)
PXPaths.normalPaths()
self.logger = logger # Logger object
self.sourlient = sourlient # Sourlient object
self.name = sourlient.name # Transceiver's name
self.stationID = sourlient.stationID # Value read from config. file
self.otherStationID = sourlient.otherStationID # Provider (MHS) Station ID
self.address = sourlient.address # 8-letter group identifying the message originator (CYHQUSER)
self.otherAddress = sourlient.otherAddress # 8-letter group identifying the provider's address (CYHQMHSN)
self.routingTable = sourlient.routingTable # Routing table name
self.subscriber = sourlient.subscriber # Boolean indicating if this is a subscriber or a provider
self.bullManager = bulletinManager(PXPaths.RXQ + self.name,
self.logger,
PXPaths.RXQ + self.name, 9999, '\n',
self.sourlient.extension,
self.routingTable, None,
self.sourlient, True)
self.drp = self.bullManager.drp
self.sp = StationParser(PXPaths.STATION_TABLE, logger)
self.sp.parse()
self.priorities = {
'1': 'FF',
'2': 'FF',
'3': 'GG',
'4': 'GG',
'5': 'GG'
}
if not reloadMode:
self.afterInit()
def __init__(self, logger):
self.logger = logger
self.wmo_ids = []
PXPaths.normalPaths()
self.path = PXPaths.ETC + 'wmo_id.conf'
#############################################################################################
"""
import sys, os.path, time, string
import gateway
import socketManagerWmo
import bulletinManagerWmo
import bulletinWmo
from MultiKeysStringSorter import MultiKeysStringSorter
from DiskReader import DiskReader
from CacheManager import CacheManager
import PXPaths
from TextSplitter import TextSplitter
PXPaths.normalPaths()
class senderWmo(gateway.gateway):
def __init__(self,path,client,logger):
gateway.gateway.__init__(self, path, client, logger)
self.client = client
self.establishConnection()
self.reader = DiskReader(PXPaths.TXQ + self.client.name,
self.client.batch, # Number of files we read each time
self.client.validation, # name validation
self.client.patternMatching, # pattern matching
self.client.mtime, # we don't check modification time
True, # priority tree
self.logger,
def setBasicPaths(self):
"""
@summary : Sets basic paths which are not influenced by language.
Use full for finding ot what language to use and to call
self.setPaths( language ) later on.
@note : SETS THE FOLLOWING PATHS :
STATSROOT , STATSBIN
STATSETC, STATSLIB
STATSDEV, STATSLANG
Ans the paths under them.
@note:
"""
# Protected StatsPaths
# Paths without _() are protexted paths.
# THEY, and the paths under them, MUST NOT BE TRANSLATED !
self.STATSROOT = self.__getPXStatsRoot()
self.STATSBIN = self.STATSROOT + 'bin/' # Protected to ensure imports work !
self.STATSDEV = self.STATSROOT + 'dev/' # Protected to make sure dependencies work.
self.STATSETC = self.STATSROOT + 'etc/' # Protected as to always fin the config files.
self.STATSLANG = self.STATSROOT + 'lang/' # Protected as to always be able to access languages files.
self.STATSLIB = self.STATSROOT + 'lib/' # Protected to ensure imports work !
# Paths under pxStats/bin/
self.STATSTOOLS = self.STATSBIN + 'tools/'
self.STATSDEBUGTOOLS = self.STATSBIN + 'debugTools/'
self.STATSWEBPAGESGENERATORS = self.STATSBIN + "webPages/"
# Paths under pxStats/etc/
self.STATSPXCONFIGS = self.STATSETC + 'pxConfigFiles/'
self.STATSPXRXCONFIGS = self.STATSPXCONFIGS + 'rx/'
self.STATSPXTXCONFIGS = self.STATSPXCONFIGS + 'tx/'
self.STATSPXTRXCONFIGS = self.STATSPXCONFIGS + 'trx/'
#Paths under pxStats/dev/
self.STATSDEVDEPENDENCIES = self.STATSDEV + 'fileDependencies/'
self.STATSDEVDEPENDENCIESBIN = self.STATSDEVDEPENDENCIES + 'bin/'
self.STATSDEVDEPENDENCIESBINTOOLS = self.STATSDEVDEPENDENCIESBIN + 'tools/'
self.STATSDEVDEPENDENCIESBINDEBUGTOOLS= self.STATSDEVDEPENDENCIESBIN + 'debugTools/'
self.STATSDEVDEPENDENCIESBINWEBPAGES = self.STATSDEVDEPENDENCIESBIN + 'webPages/'
self.STATSDEVDEPENDENCIESLIB = self.STATSDEVDEPENDENCIES + 'lib/'
#Paths under pxStats/lang/ (French paths )
self.STATSLANGFR = self.STATSLANG + 'fr/'
self.STATSLANGFRBIN = self.STATSLANGFR + 'bin/'
self.STATSLANGFRBINTOOLS = self.STATSLANGFRBIN + 'tools/'
self.STATSLANGFRBINDEBUGTOOLS = self.STATSLANGFRBIN + 'debugTools/'
self.STATSLANGFRBINWEBPAGES = self.STATSLANGFRBIN + 'webPages/'
self.STATSLANGFRLIB = self.STATSLANGFR + 'lib/'
#Paths under pxStats/lang/ (English paths )
self.STATSLANGEN = self.STATSLANG + 'en/'
self.STATSLANGENBIN = self.STATSLANGEN + 'bin/'
self.STATSLANGENBINTOOLS = self.STATSLANGENBIN + 'tools/'
self.STATSLANGENBINDEBUGTOOLS = self.STATSLANGENBIN + 'debugTools/'
self.STATSLANGENBINWEBPAGES = self.STATSLANGENBIN + 'webPages/'
self.STATSLANGENLIB = self.STATSLANGEN + 'lib/'
sys.path.append( PXPATHS.getPXLIBPath() )
#print PXPATHS.getPXLIBPath()
import PXPaths
self.COLROOT = COLPATHS.getColumbosRootPath()
"""
PDS' columbo related paths
"""
self.PXPATHSPDSCOLGRAPHS = self.COLROOT + '/ColumboShow/graphs/'
self.PDSCOLLOGS = self.COLROOT + '/ColumboShow/log/'
self.PDSCOLETC = self.COLROOT + '/etc/'
"""
MetPX related paths
"""
PXPaths.normalPaths( str(PXPATHS.getPXLIBPath()).replace("lib/", "") )
self.PXROOT = PXPaths.ROOT
self.PXLIB = PXPaths.LIB
self.PXLOG = PXPaths.LOG
self.PXETC = PXPaths.ETC
self.PXETCRX = PXPaths.RX_CONF
self.PXETCTX = PXPaths.TX_CONF
self.PXETCTRX = PXPaths.TRX_CONF
#
#############################################################################################
"""
import bulletin
import os,string,sys,time
import PXPaths
import CollectionBuilder
import CollectionEntry
import CollectionState
import StationParser
from CacheManager import CacheManager
PXPaths.normalPaths() # Access to PX paths
# CollectionManager
class CollectionManager(object):
"""
The collectionManager reads RXQ dir, classifies the bulletins:
If they have to be ingested do it, if they have to be collected than collect and ingest.
Unrelated files are removed. Files that are not ready to be collected stay in the RXQ dir.
"""
def __init__(self, ingestor, bullManager, reader ):
# General Attributes
self.bullManager = bullManager
class DBSearcher:
"""
If we don't find what is requested in the current day of the DB, we will check in the previous.
"""
PXPaths.normalPaths()
EXCLUDED_SOURCES = ['collecteur']
#EXCLUDED_SOURCES = []
TYPES = ['SA', 'FC', 'FT', 'TAF', 'FD', 'FD1', 'FD2',
'FD3'] # bulletin's type for which a specialized search exists
COUNTRIES = ['CA', 'US']
INTERNATIONAL_SOURCES = ['nws-alpha', 'ukmetin',
'ukmet-bkp'] # sundew international sources
CANADIAN_SOURCES = ['cmcin', 'ncp1', 'ncp2'] # sundew canadian sources
FD_COUNTRIES = ['can', 'usa', 'ala', 'bfr']
FD_NUMBERS = [1, 2, 3]
temp = dict(zip(FD_NUMBERS, ['', '', '']))
temp = dict(zip(FD_COUNTRIES, [temp.copy() for x in range(4)]))
FD = {'low': copy.deepcopy(temp), 'high': copy.deepcopy(temp)}
# Note: The country is not used in the logical of the search.
# The height (low or high) and number(1,2,3) are used.
# Canada
FD['low']['can'][1] = 'FDCN01 CWAO'
FD['low']['can'][2] = 'FDCN02 CWAO'
FD['low']['can'][3] = 'FDCN03 CWAO'
FD['high']['can'][1] = 'FDCN01 KWBC'
FD['high']['can'][2] = 'FDCN02 KWBC'
FD['high']['can'][3] = 'FDCN03 KWBC'
# Usa
FD['low']['usa'][1] = 'FDUS11 KWBC'
FD['low']['usa'][2] = 'FDUS13 KWBC'
FD['low']['usa'][3] = 'FDUS15 KWBC'
FD['high']['usa'][1] = 'FDUS08 KWBC'
FD['high']['usa'][2] = 'FDUS09 KWBC'
FD['high']['usa'][3] = 'FDUS10 KWBC'
# Alaska
FD['low']['ala'][1] = 'FDAK01 KWBC'
FD['low']['ala'][2] = 'FDAK02 KWBC'
FD['low']['ala'][3] = 'FDAK03 KWBC'
#FD['high']['ala'][1] = ''
#FD['high']['ala'][2] = ''
#FD['high']['ala'][3] = ''
# BFR and PWM ??
FD['low']['bfr'][1] = 'FDUS12 KWBC'
FD['low']['bfr'][2] = 'FDUS14 KWBC'
FD['low']['bfr'][3] = 'FDUS16 KWBC'
FD['high']['bfr'][1] = 'FDUE01 KWBC'
FD['high']['bfr'][2] = 'FDUE03 KWBC'
FD['high']['bfr'][3] = 'FDUE05 KWBC'
LOW = []
LOW1 = []
LOW2 = []
LOW3 = []
HIGH = []
HIGH1 = []
HIGH2 = []
HIGH3 = []
for height in ['low', 'high']:
for country in FD_COUNTRIES:
for number in FD_NUMBERS:
if height == 'low':
LOW.append(FD[height][country][number])
eval('LOW' + str(number)).append(
FD[height][country][number])
elif height == 'high':
HIGH.append(FD[height][country][number])
eval('HIGH' + str(number)).append(
FD[height][country][number])
for country in FD_COUNTRIES:
exec(country + 'List= []')
for height in ['low', 'high']:
for number in FD_NUMBERS:
if (FD[height][country][number]):
eval(country + 'List').append(FD[height][country][number])
#eval(country + 'List').sort()
def __init__(self, request, printout=True):
self.today = dateLib.getTodayFormatted()
self.yesterday = dateLib.getYesterdayFormatted()
#self.today = '20060523'
#self.yesterday = '20060522'
self.printout = printout
self.request = request # Request before being parsed
self.requestType = None # 1 for fully qualified header, 2 for type + station(s)
# Ex. of a fully qualified header request: FPCN11 CWTO
self.ttaaii = None # First word of a fully qualified header
self.tt = None # Type extract from ttaaii
self.center = None # Second word of a fully qualified header
self.header = None # Fully qualified header (ex: "FPCN11 CWTO")
self.country = None # Country is obtained from the center (Only used for CA and US)
# Ex. of a type + station(s) request: SA YUL YQB YZV
self.type = None # Must be in TYPES
self.stations = [] # Between 1 and 5 stations
self.stationParser = None # Used to map a station to a fully qualified header
self.debug = False
self._parseRequest() # Will determine the request's type
#self.printInfos()
self.results = self._search() # Find what we search
def _parseRequest(self):
words = self.request.split()
words = [word.upper() for word in words]
if len(words) < 2 or len(words) > 6:
if self.debug: print "\nBad request"
elif len(words) == 2 and 4 <= len(words[0]) <= 6 and len(
words[1]) == 4:
# ex: SACN31 CWAO
# ex: FPCN31 CWAO
#print "\nFully qualified header request\n"
self.requestType = 1
self.ttaaii = words[0]
self.tt = words[0][:2]
self.center = words[1]
self.header = words[0] + " " + words[1]
if self.center[0] == 'C':
self.country = 'CA'
elif self.center[0] == 'K':
self.country = 'US'
elif words[0] in DBSearcher.TYPES:
# ex: SA YUL
# ex: SA CYUL PATQ
#print "\nPartial header request (Type + station(s))\n"
self.requestType = 2
self.type = words[0]
for station in words[1:]:
if self._validateStation(station):
self.stations.append(station)
else:
if self.debug:
print("%s is not a valid station name" % station)
else:
if self.debug:
print "\nBad request even if the word's number is good"
def _search(self):
# FIXME: Must select best result from multiple machines
if self.requestType == 1:
# Fully qualified header request
if self.debug: print self.ttaaii, self.center, self.country
for date in [self.today, self.yesterday]:
theFile = self._findFullHeader(date, True, self.ttaaii,
self.center, self.country,
DBSearcher.EXCLUDED_SOURCES)
if theFile:
#print theFile
return theFile
return None
elif self.requestType == 2:
allResults = []
for station in self.stations:
for date in [self.today, self.yesterday]:
#print 'DATE: %s' % date
if self.type == 'SA':
results = self._findSA([station], date)
if results[0][1]:
allResults.extend(results)
#self.printResults(results, self.type)
if self.printout:
print 80 * '-'
for result in results:
print self.formatResult(result, self.type)
break
elif self.type in ['FC', 'FT', 'TAF']:
results = self._findTAF([station], date)
if results[0][1]:
allResults.extend(results)
#self.printResults(results, self.type)
if self.printout:
print 80 * '-'
for result in results:
print self.formatResult(result, self.type)
break
elif self.type in ['FD', 'FD1', 'FD2', 'FD3']:
results = self._findFD([station], self.type, date)
if results[0][1]:
allResults.extend(results)
#self.printResults(results)
if self.printout:
print 80 * '-'
for result in results:
print self.formatResult(result, self.type)
break
#print allResults
return allResults
#file = open(PXPaths.REQUEST_REPLY + 'results.pickle', 'w')
#pickle.dump(results, file)
#file.close()
def _getFilesToParse(self, root, headers, excludedSources=None):
"""
Given a root path (ex: PXPaths.DB + date + '/SA/') and a list of
headers (ex: ['SAAK31 KWBC', 'SAAK41 KNKA', 'SAUS20 KNKA', 'SAUS70 KWBC']),
find the list of files matching these criterias.
"""
filesToParse = []
if headers == ['']:
pass
else:
centers = FileParser.removeDuplicate(
[header.split()[1] for header in headers])
# Request SA PATQ
# => headers = ['SAAK31 KWBC', 'SAAK41 KNKA', 'SAUS20 KNKA', 'SAUS70 KWBC']
# => ttaaiis = {'KNKA': ['SAAK41', 'SAUS20'], 'KWBC': ['SAAK31', 'SAUS70']}
ttaaiis = {}
for header in headers:
ttaaiis.setdefault(header.split()[1],
[]).append(header.split()[0])
try:
if not excludedSources: excludedSources = []
sources = os.listdir(root)
for source in excludedSources:
if source in sources:
sources.remove(source)
except:
(type, value, tb) = sys.exc_info()
if self.printout:
print("Type: %s, Value: %s" % (type, value))
return filesToParse
#print("Headers: %s" % headers)
#print("ttaaiis: %s" % ttaaiis)
#print("centers: %s" % centers)
#print("sources: %s\n" % sources)
for source in sources:
for center in centers:
pathToCenter = root + source + '/' + center
try:
for file in os.listdir(pathToCenter):
for ttaaii in ttaaiis[center]:
if file[:len(ttaaii)] == ttaaii:
filesToParse.append(pathToCenter + '/' +
file)
break
except:
(type, value, tb) = sys.exc_info()
if self.printout:
if self.debug:
print("Type: %s, Value: %s" % (type, value))
continue
#print ("len(filesToParse) = %d\n" % len(filesToParse))
return filesToParse
def _findFD(self, stations, fdtype, date):
from StationParser import StationParser
from FDParser import FDParser
results = [
] # ex: [('CYOW', FD_LINE, FD_HEADER_TIME, FD_FILE, FD_FILE_TIME), ('CYUL', ...)]
sp = StationParser(PXPaths.ETC + 'stations_FD.conf')
sp.parse()
if fdtype in ['FD1', 'FD2', 'FD3']:
number = fdtype[-1]
else:
number = ''
for station in stations:
headers = sp.headers.get(station, [])
headers.sort()
lowHeaders = []
highHeaders = []
for header in headers:
if header in eval('DBSearcher.LOW' + number):
lowHeaders.append(header)
elif header in eval('DBSearcher.HIGH' + number):
highHeaders.append(header)
for header in lowHeaders + highHeaders:
filesToParse = self._getFilesToParse(
PXPaths.DB + date + '/FD/', [header])
#print("In findFD, len(filesToParse) = %d" % len(filesToParse))
theLine, bestHeaderTime, theFile, bestFileTime = self._findMoreRecentStation(
FDParser(''), filesToParse, station)
if theLine:
bigTitle = FDParser('').getFDTitle(theFile)
#print("BIG TITLE: \n%s" % bigTitle)
#print theFile
#print "theLine: %s" % theLine
theLine = bigTitle + theLine
results.append(
(station, theLine, bestHeaderTime, theFile, bestFileTime))
if lowHeaders == highHeaders == []:
results.append((station, None, 0, None, 0))
return results
def _findTAF(self, stations, date):
from StationParser import StationParser
from TAFParser import TAFParser
results = [
] # ex: [('CYOW', TAF_LINE, TAF_HEADER_TIME, TAF_FILE, TAF_FILE_TIME), ('CYUL', ...)]
sp = StationParser(PXPaths.ETC + 'stations_TAF.conf')
sp.parse()
for station in stations:
headers = sp.headers.get(station, [])
filesToParse = self._getFilesToParse(PXPaths.DB + date + '/FC/',
headers)
filesToParse.extend(
self._getFilesToParse(PXPaths.DB + date + '/FT/', headers))
#print("In findTAF, len(filesToParse) = %d" % len(filesToParse))
theLine, bestHeaderTime, theFile, bestFileTime = self._findMoreRecentStation(
TAFParser(''), filesToParse, station)
if theLine:
theLine += '='
results.append(
(station, theLine, bestHeaderTime, theFile, bestFileTime))
return results
def _findSA(self, stations, date):
# Partial header request (Type + station(s))
# ex: SA CYOW CYUL
# Note: Once we find the better match, we take the header we found (ex: SACN31 CWAO) and we replace the
# A by a P (ex: SPCN31 CWAO) and try to find a speci for the station. The speci must be between the full
# hour of the SA and the request time.
from StationParser import StationParser
from SAParser import SAParser
results = [
] # ex: [('CYOW', SA_LINE, SA_HEADER_TIME, SA_FILE, SA_FILE_TIME, SP_LINE, SP_HEADER_TIME, SP_FILE, SP_FILE_TIME), ('CYUL', ...)]
sp = StationParser(PXPaths.ETC + 'stations_SA.conf')
sp.parse()
for station in stations:
threeCharHeaders = []
if len(station) == 3:
#print ("%s => we will search for %s first, if we obtain no results, we will search for %s" % (station, 'C' + station, station))
threeCharHeaders = sp.headers.get(station, [])
station = 'C' + station
headers = sp.headers.get(station, [])
elif station[0] == 'C':
#print("%s is a canadian station" % station)
headers = sp.headers.get(station, [])
elif station[0] == 'K':
#print("%s is an american station" % station)
headers = sp.headers.get(station, [])
else:
#print("%s is an international station" % station)
headers = sp.headers.get(station, [])
filesToParse = self._getFilesToParse(PXPaths.DB + date + '/SA/',
headers,
DBSearcher.EXCLUDED_SOURCES)
theLine, bestHeaderTime, theFile, bestFileTime = self._findMoreRecentStation(
SAParser(''), filesToParse, station)
if not theLine and threeCharHeaders:
# If not successful at finding the 4 chars station when the original request was for a 3 chars station
# we try the 3 chars case
#print 'We are searching for the 3 chars station'
station = station[1:]
filesToParse = self._getFilesToParse(
PXPaths.DB + date + '/SA/', threeCharHeaders,
DBSearcher.EXCLUDED_SOURCES)
theLine, bestHeaderTime, theFile, bestFileTime = self._findMoreRecentStation(
SAParser(''), filesToParse, station)
if theLine:
theLine += '='
parts = os.path.basename(theFile).split('_')
header = parts[0] + ' ' + parts[1]
speciLine, speciHeaderTime, speciFile, speciFileTime = self._findSpeci(
station, header, bestHeaderTime, date)
if speciHeaderTime and (speciHeaderTime < bestHeaderTime):
surround = 30 * '='
#print 'Speci found has been rejected (%s < %s)' % (speciHeaderTime, bestHeaderTime)
speciLine, speciHeaderTime, speciFile, speciFileTime = None, 0, None, 0
#print "%s END SPECI INFOS %s\n" % (surround, surround)
else:
speciLine, speciHeaderTime, speciFile, speciFileTime = None, 0, None, 0
results.append(
(station, theLine, bestHeaderTime, theFile, bestFileTime,
speciLine, speciHeaderTime, speciFile, speciFileTime))
return results
def formatResult(self, result, type):
saResult = ''
speciResult = ''
if type == 'SA':
station, theLine, bestHeaderTime, theFile, bestFileTime, speciLine, speciHeaderTime, speciFile, speciFileTime = result
else:
station, theLine, bestHeaderTime, theFile, bestFileTime = result
if theFile:
parts = os.path.basename(theFile).split('_')
header = parts[0] + ' ' + parts[1]
saResult = header + ' ' + bestHeaderTime + '\n' + theLine.strip(
) + '\n'
#print repr(theLine)
if type == 'SA' and speciLine:
speciHeader = header[0] + 'P' + header[2:]
speciResult = speciHeader + ' ' + speciHeaderTime + '\n' + speciLine.strip(
) + '\n\n'
banner = 80 * '-'
return speciResult + saResult + banner
def printResults(self, results, type=None):
print "%s RESULTS %s" % (30 * '=', 30 * '=')
for result in results:
if type == 'SA':
station, theLine, bestHeaderTime, theFile, bestFileTime, speciLine, speciHeaderTime, speciFile, speciFileTime = result
else:
station, theLine, bestHeaderTime, theFile, bestFileTime = result
print "Station: %s" % station
print "Line:\n%s" % theLine
print "HeaderTime: %s" % bestHeaderTime
print "File: %s" % theFile
print "FileTime: %s" % bestFileTime
if type == 'SA':
print "SP_Line: %s" % speciLine
print "SP_HeaderTime: %s" % speciHeaderTime
print "SP_File: %s" % speciFile
print "SP_FileTime: %s" % speciFileTime
print "\n"
def _findSpeci(self, station, header, headerTime, DBDate):
from SAParser import SAParser
now = time.mktime(time.gmtime())
ttaaii, center = header.split()
ttaaii = ttaaii[0] + 'P' + ttaaii[2:]
filesToParse = self._findFullHeader(DBDate, False, ttaaii, center,
'INT', DBSearcher.EXCLUDED_SOURCES)
theLine, bestHeaderTime, theFile, bestFileTime = self._findMoreRecentStation(
SAParser(''), filesToParse or [], station)
if theLine:
theLine += '='
#for file in files:
# print file
"""
surround = 30*'='
print "%s SPECI INFOS %s" % (surround, surround)
print "Number of files: %d" % len(filesToParse)
print "Station: %s" % station
print "Header: %s" % header
print "Time: %s" % headerTime
print "ttaaii: %s" % ttaaii
print "center: %s" % center
print "Now: %s\n" % now
print "%s%s%s" % (surround, len(' SPECI INFOS ') * '=', surround)
"""
return (theLine, bestHeaderTime, theFile, bestFileTime)
def _findMoreRecentStation(self, parser, files, station, startDate=None):
bestHeaderTime = 0
bestFileTime = 0
theLine = None
theFile = None
for file in files:
parser.filename = file
stationLine, headerTime = parser.findStationLine(station)
if headerTime > bestHeaderTime:
bestHeaderTime = headerTime
bestFileTime = os.path.getmtime(file)
theLine = stationLine
theFile = file
elif headerTime == bestHeaderTime:
if os.path.getmtime(file) > bestFileTime:
bestFileTime = os.path.getmtime(file)
theLine = stationLine
theFile = file
return (theLine, bestHeaderTime, theFile, bestFileTime)
def _findFullHeader(self,
date,
unique=True,
ttaaii='SACN31',
center='CWAO',
country='CA',
excludedSources=None):
self.theFile = None # The filename of the more recent header in a full qualified header search
self.bestFileTime = 0 # More recent file
self.bestHeaderTime = 0 # More recent header
allGoodFiles = []
try:
iterator = os.walk(PXPaths.DB + date)
path, dirs, files = iterator.next()
if self.debug: print path, dirs, files
except:
(type, value, tb) = sys.exc_info()
if self.debug:
print("In _findFullHeader: Type = %s, Value = %s" %
(type, value))
if self.debug:
print(
"The request (%s) has been stopped at the date (%s) level"
% (self.request, date))
return self.theFile
# We select only the "tt" directory
for dir in dirs[:]:
if dir != ttaaii[:2]:
dirs.remove(dir)
# We select the "sources" if possible (CAN or US)
# This is considered an optimization. We should be
# able to turn this off
try:
pathBeforeSource, dirs, files = iterator.next()
if self.debug: print pathBeforeSource, dirs, files
except:
(type, value, tb) = sys.exc_info()
if self.debug: print("Type: %s, Value: %s" % (type, value))
if self.debug:
print(
"The request (%s) has been stopped at the source(s) level"
% (self.request))
return self.theFile
if country == 'CA':
for dir in dirs[:]:
if dir in DBSearcher.INTERNATIONAL_SOURCES:
dirs.remove(dir)
dirs.sort()
elif country == 'US':
for dir in dirs[:]:
if dir in DBSearcher.CANADIAN_SOURCES:
dirs.remove(dir)
dirs.sort()
if not excludedSources: excludedSources = []
for source in excludedSources:
if source in dirs:
dirs.remove(source)
for source in dirs:
iterator = os.walk(pathBeforeSource + "/" + source)
# We select only the "center" directory
try:
path, dirs, files = iterator.next()
if self.debug: print path, dirs, files
except:
(type, value, tb) = sys.exc_info()
if self.debug:
print("Type: %s, Value: %s" % (type, value))
print(
"The request (%s) has been stopped at the center (%s) level for the source %s"
% (self.request, center, source))
continue
for dir in dirs[:]:
if dir != center:
dirs.remove(dir)
#print "Dirs: %s" % dirs
# We select the "good bulletins"
try:
path, dirs, files = iterator.next()
if self.debug > 10: print path, dirs, files
except:
(type, value, tb) = sys.exc_info()
if self.debug:
print("Type: %s, Value: %s" % (type, value))
print(
"The request (%s) has been stopped at the ttaaii (%s) level for the source %s and the center %s"
% (self.request, ttaaii, source, center))
continue
length = len(ttaaii)
goodFiles = [
path + '/' + file for file in files if file[:length] == ttaaii
]
#self._findMoreRecentFile(goodFiles)
if unique:
self._findMoreRecentHeader(goodFiles)
else:
allGoodFiles.extend(goodFiles)
if unique:
return self.theFile
else:
return allGoodFiles
def _findMoreRecentFile(self, files):
"""
The search is based on the time when the file was written on disk
"""
for file in files:
mtime = os.path.getmtime(file)
if mtime > self.bestFileTime:
self.bestFileTime = mtime
self.theFile = file
def _findMoreRecentHeader(self, files):
"""
The search is based on the time when the header was written in the bulletin
and in case of equality, the time when the file was written on disk
"""
for file in files:
try:
handle = open(file, 'r')
except:
(type, value, tb) = sys.exc_info()
if self.debug: print("Type: %s, Value: %s" % (type, value))
if self.debug: print("Cannot open %s" % file)
continue
parts = handle.readline().split()
if len(parts) < 3:
if self.debug:
print("Not enough parts (%s) in the header" % parts)
continue
elif len(parts[2]) == 7:
if parts[2][:6].isdigit() and parts[2][-1].upper() == 'Z':
pass
else:
if self.debug:
print("(CASE 1)Third part is not a valid time (%s)" %
parts)
continue
elif len(parts[2]) == 6:
if parts[2][:6].isdigit():
pass
else:
if self.debug:
print("(CASE 2)Third part is not a valid time (%s)" %
parts)
continue
else:
if self.debug:
print("(CASE 3)Third part is not a valid time (%s)" %
parts)
continue
ddhhmm = parts[2][:6]
if ddhhmm > self.bestHeaderTime:
self.theFile = file
self.bestFileTime = os.path.getmtime(file)
self.bestHeaderTime = ddhhmm
elif ddhhmm == self.bestHeaderTime:
mtime = os.path.getmtime(file)
if mtime > self.bestFileTime:
self.theFile = file
self.bestFileTime = mtime
self.bestHeaderTime = ddhhmm
handle.close()
def printInfos(self):
print("Request: %s" % self.request)
print("Request Type: %s" % self.requestType)
print("Header: %s" % self.header)
print("tt: %s" % self.tt)
print("Centre: %s" % self.center)
print("Type: %s" % self.type)
print("Stations: %s" % self.stations)
print("Country: %s" % self.country)
def _validateStation(self, station):
return 3 <= len(station) <= 4
# Date: 2005-01-10 (Initial version by PS)
# 2005-08-21 (OO version by DL)
# 2005-11-01 (Path stuff by MG)
#
# Description:
#
#############################################################################################
"""
import sys, os, re, time, fnmatch
import PXPaths
from URLParser import URLParser
from Logger import Logger
#from Flow import Flow
PXPaths.normalPaths() # Access to PX paths
class Client(object):
def __init__(self, name='toto', logger=None):
#Flow.__init__(self, name, 'sender', type, batch) # Parent constructor
# General Attributes
self.name = name # Client's name
if logger is None:
self.logger = Logger(PXPaths.LOG + 'tx_' + name + '.log', 'INFO',
'TX' + name) # Enable logging
self.logger = self.logger.getLogger()
else:
self.logger = logger
def __init__(self, logger ):
self.logger = logger
self.wmo_ids = []
PXPaths.normalPaths()
self.path = PXPaths.ETC + 'wmo_id.conf'
#
# Description: Resend a PX file.
#
# Date: 2006-07-07
#
###########################################################
"""
# Python API imports
import sys
import commands
from optparse import OptionParser
# Local imports
sys.path.insert(1,sys.path[0] + '/../')
import PXPaths; PXPaths.normalPaths()
from ResendObject import *
def parseRawLine(line):
lineParts = line.split(":")
header = ":".join(lineParts[2:])
machine = lineParts[0]
return machine, header
def validateUserInput(options, args):
if len(args) > 1:
if len(args.split(":")) < 3:
sys.exit("Input was not formatted correctly.\nIt should be machine:log:header\n'log' can be anything, it is a field returned by pxSearch")
def updateResendObject(ro, options, args):
ro.setPrompt(options.prompt)
def setBasicPaths(self):
"""
@summary : Sets basic paths which are not influenced by language.
Use full for finding ot what language to use and to call
self.setPaths( language ) later on.
@note : SETS THE FOLLOWING PATHS :
STATSROOT , STATSBIN
STATSETC, STATSLIB
STATSDEV, STATSLANG
Ans the paths under them.
@note:
"""
# Protected StatsPaths
# Paths without _() are protexted paths.
# THEY, and the paths under them, MUST NOT BE TRANSLATED !
self.STATSROOT = self.__getPXStatsRoot()
self.STATSBIN = self.STATSROOT + 'bin/' # Protected to ensure imports work !
self.STATSDEV = self.STATSROOT + 'dev/' # Protected to make sure dependencies work.
self.STATSETC = self.STATSROOT + 'etc/' # Protected as to always fin the config files.
self.STATSLANG = self.STATSROOT + 'lang/' # Protected as to always be able to access languages files.
self.STATSLIB = self.STATSROOT + 'lib/' # Protected to ensure imports work !
# Paths under pxStats/bin/
self.STATSTOOLS = self.STATSBIN + 'tools/'
self.STATSDEBUGTOOLS = self.STATSBIN + 'debugTools/'
self.STATSWEBPAGESGENERATORS = self.STATSBIN + "webPages/"
# Paths under pxStats/etc/
self.STATSPXCONFIGS = self.STATSETC + 'pxConfigFiles/'
self.STATSPXRXCONFIGS = self.STATSPXCONFIGS + 'rx/'
self.STATSPXTXCONFIGS = self.STATSPXCONFIGS + 'tx/'
self.STATSPXTRXCONFIGS = self.STATSPXCONFIGS + 'trx/'
#Paths under pxStats/dev/
self.STATSDEVDEPENDENCIES = self.STATSDEV + 'fileDependencies/'
self.STATSDEVDEPENDENCIESBIN = self.STATSDEVDEPENDENCIES + 'bin/'
self.STATSDEVDEPENDENCIESBINTOOLS = self.STATSDEVDEPENDENCIESBIN + 'tools/'
self.STATSDEVDEPENDENCIESBINDEBUGTOOLS = self.STATSDEVDEPENDENCIESBIN + 'debugTools/'
self.STATSDEVDEPENDENCIESBINWEBPAGES = self.STATSDEVDEPENDENCIESBIN + 'webPages/'
self.STATSDEVDEPENDENCIESLIB = self.STATSDEVDEPENDENCIES + 'lib/'
#Paths under pxStats/lang/ (French paths )
self.STATSLANGFR = self.STATSLANG + 'fr/'
self.STATSLANGFRBIN = self.STATSLANGFR + 'bin/'
self.STATSLANGFRBINTOOLS = self.STATSLANGFRBIN + 'tools/'
self.STATSLANGFRBINDEBUGTOOLS = self.STATSLANGFRBIN + 'debugTools/'
self.STATSLANGFRBINWEBPAGES = self.STATSLANGFRBIN + 'webPages/'
self.STATSLANGFRLIB = self.STATSLANGFR + 'lib/'
#Paths under pxStats/lang/ (English paths )
self.STATSLANGEN = self.STATSLANG + 'en/'
self.STATSLANGENBIN = self.STATSLANGEN + 'bin/'
self.STATSLANGENBINTOOLS = self.STATSLANGENBIN + 'tools/'
self.STATSLANGENBINDEBUGTOOLS = self.STATSLANGENBIN + 'debugTools/'
self.STATSLANGENBINWEBPAGES = self.STATSLANGENBIN + 'webPages/'
self.STATSLANGENLIB = self.STATSLANGEN + 'lib/'
sys.path.append(PXPATHS.getPXLIBPath())
#print PXPATHS.getPXLIBPath()
import PXPaths
self.COLROOT = COLPATHS.getColumbosRootPath()
"""
PDS' columbo related paths
"""
self.PXPATHSPDSCOLGRAPHS = self.COLROOT + '/ColumboShow/graphs/'
self.PDSCOLLOGS = self.COLROOT + '/ColumboShow/log/'
self.PDSCOLETC = self.COLROOT + '/etc/'
"""
MetPX related paths
"""
PXPaths.normalPaths(str(PXPATHS.getPXLIBPath()).replace("lib/", ""))
self.PXROOT = PXPaths.ROOT
self.PXLIB = PXPaths.LIB
self.PXLOG = PXPaths.LOG
self.PXETC = PXPaths.ETC
self.PXETCRX = PXPaths.RX_CONF
self.PXETCTX = PXPaths.TX_CONF
self.PXETCTRX = PXPaths.TRX_CONF
LOG = '/apps/px/' + 'log/'
FXQ = ROOT + 'fxq/'
RXQ = ROOT + 'rxq/'
TXQ = ROOT + 'txq/'
DB = ROOT + 'db/'
FX_CONF = ETC + 'fx/'
RX_CONF = ETC + 'rx/'
TX_CONF = ETC + 'tx/'
TRX_CONF = ETC + 'trx/'
# TEST normalPaths...
if __name__ == '__main__':
import PXPaths
PXPaths.normalPaths("")
print("ROOT %s" % PXPaths.ROOT )
print("LIB %s" % PXPaths.LIB )
print("LOG %s" % PXPaths.LOG )
print("ETC %s" % PXPaths.ETC )
print("FXQ %s" % PXPaths.FXQ )
print("RXQ %s" % PXPaths.RXQ )
print("TXQ %s" % PXPaths.TXQ )
print("DB %s" % PXPaths.DB )
print("ROUTING_TABLE %s" % PXPaths.ROUTING_TABLE )
print("STATION_TABLE %s" % PXPaths.STATION_TABLE )
print("FX_CONF %s" % PXPaths.FX_CONF )
#############################################################################################
import cgi
import cgitb; cgitb.enable()
import sys, os, pwd, time, re, pickle, commands
sys.path.append(sys.path[0] + "/../../lib");
sys.path.append("../../lib")
sys.path.append("/apps/px/lib")
sys.path.append("/apps/px/lib/importedLibs")
import template
from PDSPath import *
from ColumboPaths import *
from types import *
from myTime import *
import PXPaths; PXPaths.normalPaths()
from ConfReader import ConfReader
cr = ConfReader("%spx.conf" % (PXPaths.ETC))
user = cr.getConfigValues("user")[0]
backends = cr.getConfigValues("backend")
form = cgi.FieldStorage()
def menuContent():
"""
Creates the menu options dynamically
Returns: a string
"""
flows = []
FXQ = ROOT + 'fxq/'
RXQ = ROOT + 'rxq/'
TXQ = ROOT + 'txq/'
DB = ROOT + 'db/'
FX_CONF = ETC + 'fx/'
RX_CONF = ETC + 'rx/'
TX_CONF = ETC + 'tx/'
TRX_CONF = ETC + 'trx/'
# TEST normalPaths...
if __name__ == '__main__':
import PXPaths
PXPaths.normalPaths("")
print("ROOT %s" % PXPaths.ROOT)
print("LIB %s" % PXPaths.LIB)
print("LOG %s" % PXPaths.LOG)
print("ETC %s" % PXPaths.ETC)
print("FXQ %s" % PXPaths.FXQ)
print("RXQ %s" % PXPaths.RXQ)
print("TXQ %s" % PXPaths.TXQ)
print("DB %s" % PXPaths.DB)
print("ROUTING_TABLE %s" % PXPaths.ROUTING_TABLE)
print("STATION_TABLE %s" % PXPaths.STATION_TABLE)
print("FX_CONF %s" % PXPaths.FX_CONF)
def _reload(self, sig, stack):
"""
Do the real work here. Depends of type of sender/receiver
"""
if self.gateway is None:
# Because we don't have a gateway object, it means that we can only reread the configuration
# file of the source/client, not particular files like Circuit and Stations, because
# they haven't been read at this time anyway.
# If we are there, it is because we don't have a gateway object, if means that we are
# waiting for a connection, the easiest way to reread the configuration file of
# the sources/clients AND the value of the variables in the configuration file of this
# particular source/client is by restarting it!
#self.logger.info("ppid=%s, pid=%s, pgid=%s, sid=%s, cterm=%s" % (os.getppid(), os.getpid(), os.getpgrp(), os.getsid(os.getpid()), os.ctermid()))
#output = commands.getoutput('ls -alrt /proc/%s/fd' % os.getpid())
#self.logger.info(output)
if os.fork() == 0:
for fd in range(3,10):
try:
os.close(fd)
except OSError:
pass
import PXPaths
PXPaths.normalPaths()
appName = 'px' + self.direction.capitalize()
os.execl(PXPaths.BIN + appName, appName, self.flowName, 'restart')
else:
pass
else:
#print self.gateway
if self.direction == 'sender':
self.reloadMode = True
elif self.direction == 'filter':
self.reloadMode = True
elif self.direction == 'receiver':
if self.type == 'am':
# FIXME: Should be put in amReceiver code
# We assign the defaults, reread configuration file for the source
# and reread all configuration file for the clients (all this in __init__)
self.flow.__init__(self.flow.name, self.flow.logger)
self.gateway.unBulletinManager.extension = self.flow.extension
self.gateway.unBulletinManager.addSMHeader = self.flow.addSMHeader
#print self.flow
#print "ext: %s" % (self.flow.extension)
#print "addSM: %s" % (self.flow.addSMHeader)
# Reset all the clients + sourlients names to which px can link (independantly of the routing table)
self.gateway.unBulletinManager.drp.pxLinkables = self.flow.ingestor.allNames
# Reparse the ROUTING_TABLE
self.gateway.unBulletinManager.drp.reparse()
self.gateway.unBulletinManager.reloadMapEntetes(self.gateway.pathFichierStations)
self.logger.info("%s has been reloaded" % self.direction.capitalize())
if self.type == 'wmo':
# FIXME: Should be put in wmoReceiver code
# We assign the defaults, reread configuration file for the source
# and reread all configuration file for the clients (all this in __init__)
self.flow.__init__(self.flow.name, self.flow.logger)
self.gateway.unBulletinManager.extension = self.flow.extension
# Reset all the clients + sourlients names to which px can link (independantly of the routing table)
self.gateway.unBulletinManager.drp.pxLinkables = self.flow.ingestor.allNames
# Reparse the ROUTING_TABLE
self.gateway.unBulletinManager.drp.reparse()
self.logger.info("%s has been reloaded" % self.direction.capitalize())
if self.type == 'collector' :
self.reloadMode = True
if self.type == 'single-file' or self.type == 'bulletin-file':
self.reloadMode = True
if self.type == 'pull-bulletin' or self.type == 'pull-file':
self.reloadMode = True
elif self.direction == 'transceiver':
if self.type == 'aftn':
#if os.fork() == 0:
# self.restart()
# self.logger.info("%s %s has been reloaded by restarting it" % (self.direction.capitalize(), self.flow.name))
#else:
# pass
# FIXME: Should be put in TransceiverAFTN code
# We assign the defaults, reread configuration file for the sourlient
# and reread all configuration file for the clients (all this in __init__)
self.flow.__init__(self.flow.name, self.flow.logger)
self.gateway.mm.reloadMode = True
self.gateway.mm.__init__(self.flow.logger, self.flow, True)
#self.gateway.mm.bullManager.extension = self.flow.extension
# Reset all the clients + sourlients names to which px can link (independantly of the routing table)
#self.gateway.mm.bullManager.drp.pxLinkables = self.flow.ingestor.allNames
#self.gateway.mm.drp = self.gateway.mm.bullManager.drp
# Reparse the ROUTING_TABLE
#self.gateway.unBulletinManager.drp.reparse()
self.logger.info("%s has been reloaded" % self.direction.capitalize())