import sys
import os
import re
import time
import copy
from datetime import datetime, timedelta
from subprocess import call, run
from django.utils.timezone import get_current_timezone
from django.utils.timezone import make_aware
import troggle.settings as settings
import troggle.core.models as models
import troggle.core.models_caves as models_caves
import troggle.core.models_survex as models_survex
from troggle.utils import ChaosMonkey
from troggle.parsers.people import GetPersonExpeditionNameLookup
from troggle.parsers.logbooks import GetCaveLookup
from troggle.core.views_caves import MapLocations
survexblockroot = None
ROOTBLOCK = "rootblock"
class SurvexLeg():
"""No longer a models.Model subclass, so no longer a database table
"""
tape = 0.0
compass = 0.0
clino = 0.0
class LoadingSurvex():
"""A 'survex block' is a *begin...*end set of cave data.
A survex file can contain many begin-end blocks, which can be nested, and which can *include
other survex files.
A 'scansfolder' is what we today call a "survey scans folder" or a "wallet".
"""
rx_flags = re.compile(r"not\s")
rx_linelen = re.compile(r"[\d\-+.]+$")
rx_team = re.compile(r"(?i)(Insts|Notes|Tape|Dog|Useless|Pics|Helper|Disto|Consultant)\s+(.*)$")
rx_person = re.compile(r"(?i) and | / |, | & | \+ |^both$|^none$")
rx_qm = re.compile(r'(?i)^\s*QM(\d)\s+?([a-dA-DxX])\s+([\w\-]+)\.(\d+)\s+(([\w\-]+)\.(\d+)|\-)\s+(.+)$')
# remember there is also QM_PATTERN used in views_other and set in settings.py
rx_cave = re.compile(r'(?i)caves-(\d\d\d\d)/([-\d\w]+|\d\d\d\d-?\w+-\d+)')
rx_comment = re.compile(r'([^;]*?)\s*(?:;\s*(.*))?\n?$')
rx_comminc = re.compile(r'(?i)^\*include[\s]*([-\w/]*).*$') # inserted by linear collate ;*include
rx_commcni = re.compile(r'(?i)^\*edulcni[\s]*([-\w/]*).*$') # inserted by linear collate ;*edulcni
rx_include = re.compile(r'(?i)^\s*(\*include[\s].*)$')
rx_ref = re.compile(r'(?i)^\s*ref[\s.:]*(\d+)\s*#\s*(X)?\s*(\d+)')
rx_star = re.compile(r'(?i)\s*\*[\s,]*(\w+)\s*(.*?)\s*(?:;.*)?$')
rx_starref = re.compile(r'(?i)^\s*\*ref[\s.:]*((?:19[6789]\d)|(?:20[0123]\d))\s*#?\s*(X)?\s*(.*?\d+.*?)$')
rx_argsref = re.compile(r'(?i)^[\s.:]*((?:19[6789]\d)|(?:20[0123]\d))\s*#?\s*(X)?\s*(.*?\d+.*?)$')
# This interprets the survex "*data normal" command which sets out the order of the fields in the data, e.g.
# *DATA normal from to length gradient bearing ignore ignore ignore ignore
datastardefault = {"type":"normal", "from":0, "to":1, "tape":2, "compass":3, "clino":4}
flagsdefault = {"duplicate":False, "surface":False, "splay":False, "any":False}
datastar ={}
flagsstar = {}
survexlegsalllength = 0.0
survexlegsnumber = 0
depthbegin = 0
depthinclude = 0
stackbegin =[]
flagsstack =[]
datastack =[]
stackinclude = []
stacksvxfiles = []
svxfileslist = []
svxdirs = {}
survexdict = {} # each key is a directory, and its value is a list of files
lineno = 0
insp = ""
callcount = 0
ignoreprefix = ["surface", "kataster", "fixedpts", "gpx"]
ignorenoncave = ["caves-1623", "caves-1623/2007-neu"]
includedfilename =""
currentsurvexblock = None
currentsurvexfile = None
currentcave = None
caverndate = None
def __init__(self):
self.caveslist = GetCaveLookup()
pass
def LoadSurvexIgnore(self, survexblock, line, cmd):
if cmd == "require":
pass # should we check survex version available for processing?
elif cmd in ["equate", "fix", "alias", "calibrate", "cs","entrance", "export", "case",
"declination", "infer","instrument", "sd", "units"]:
pass # we ignore all these, which is fine.
else:
if cmd in ["include", "data", "flags", "title", "set", "ref"]:
message = "! Unparsed [*{}]: '{}' {}".format(cmd, line, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
else:
message = "! Bad svx command: [*{}] {} ({}) {}".format(cmd, line, survexblock, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
def LoadSurvexTeam(self, survexblock, line):
teammembers = [ ]
mteammember = self.rx_team.match(line)
if mteammember:
for tm in self.rx_person.split(mteammember.group(2)):
if tm:
personexpedition = survexblock.expedition and GetPersonExpeditionNameLookup(survexblock.expedition).get(tm.lower())
if (personexpedition, tm) not in teammembers:
teammembers.append((personexpedition, tm))
personrole = models_survex.SurvexPersonRole(survexblock=survexblock, nrole=mteammember.group(1).lower(), personexpedition=personexpedition, personname=tm)
personrole.save()
personrole.expeditionday = survexblock.expeditionday
if personexpedition:
personrole.person=personexpedition.person
personrole.save()
def LoadSurvexDate(self, survexblock, line):
# we should make this a date range for everything
if len(line) == 10:
survexblock.date = make_aware(datetime.strptime(re.sub(r"\.", "-", line), '%Y-%m-%d'), get_current_timezone())
expeditions = models.Expedition.objects.filter(year=line[:4])
if expeditions:
assert len(expeditions) == 1
survexblock.expedition = expeditions[0]
survexblock.expeditionday = survexblock.expedition.get_expedition_day(survexblock.date)
survexblock.save()
def LoadSurvexLineLeg(self, survexblock, sline, comment):
"""This reads compass, clino and tape data but only keeps the tape lengths,
the rest is discarded after error-checking.
"""
#print("! LEG datastar type:{}++{}\n{} ".format(self.datastar["type"].upper(), survexblock.survexfile.path, sline))
# SKIP PASSAGES *data passage
if self.datastar["type"] == "passage":
return
if self.datastar["type"] == "cartesian":
return
if self.datastar["type"] == "nosurvey":
return
if self.datastar["type"] == "diving":
return
if self.datastar["type"] == "cylpolar":
return
#print(" !! LEG data lineno:{}\n !! sline:'{}'\n !! datastar['tape']: {}".format(self.lineno, sline, self.datastar["tape"]))
# # For speed this should come first. But we are checking validity too.
# if self.flagsstar["any"]:
# survexleg.tape = invalid_tape
# #return
if self.datastar["type"] != "normal":
return
invalid_clino = 180.0
invalid_compass = 720.0
invalid_tape = 0.0
datastar = self.datastar # shallow copy: alias but the things inside are the same things
survexleg = SurvexLeg()
ls = sline.lower().split()
try:
tape = ls[datastar["tape"]]
except:
print(("! datastar parsing incorrect", survexblock.survexfile.path))
print((" datastar:", datastar))
print((" Line:", ls))
message = ' ! datastar parsing incorrect in line %s in %s' % (ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
survexleg.tape = invalid_tape
return
# this next fails for two surface survey svx files which use / for decimal point
# e.g. '29/09' in the tape measurement, or use decimals but in brackets, e.g. (06.05)
tape = tape.replace("(","")
tape = tape.replace(")","")
tape = tape.replace("/",".")
try:
survexleg.tape = float(tape)
self.survexlegsnumber += 1
except ValueError:
print(("! Tape misread in", survexblock.survexfile.path))
print((" datastar:", datastar))
print((" Line:", ls))
message = ' ! Value Error: Tape misread in line %s in %s' % (ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
survexleg.tape = invalid_tape
try:
survexblock.totalleglength += survexleg.tape
self.survexlegsalllength += survexleg.tape
except ValueError:
message = ' ! Value Error: Tape length not added %s in %s' % (ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
try:
lcompass = ls[datastar["compass"]]
except:
print(("! Compass not found in", survexblock.survexfile.path))
print((" datastar:", datastar))
print((" Line:", ls))
message = ' ! Value Error: Compass not found in line %s in %s' % (ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
lcompass = invalid_compass
try:
lclino = ls[datastar["clino"]]
except:
print(("! Clino misread in", survexblock.survexfile.path))
print((" datastar:", datastar))
print((" Line:", ls))
message = ' ! Value Error: Clino misread in line %s in %s' % (ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
lclino = invalid_clino
if lclino == "up":
survexleg.clino = 90.0
lcompass = invalid_compass
elif lclino == "down":
survexleg.clino = -90.0
lcompass = invalid_compass
elif lclino == "-" or lclino == "level":
survexleg.clino = -90.0
try:
survexleg.compass = float(lcompass)
except ValueError:
print(("! Compass misread in", survexblock.survexfile.path))
print((" datastar:", datastar))
print((" Line:", ls))
message = " ! Value Error: lcompass:'{}' line {} in '{}'".format(lcompass,
ls, survexblock.survexfile.path)
models.DataIssue.objects.create(parser='survexleg', message=message)
survexleg.compass = invalid_compass
# For speed this should come first. But we are checking validity too.
if self.flagsstar["any"]:
pass
# Comment out until we have the *data commands working!
#survexleg.tape = invalid_tape
#return
# delete the object to save memory
survexleg = None
def LoadSurvexRef(self, survexblock, args):
# *REF but also ; Ref years from 1960 to 2039
if len(args)< 4:
message = " ! Empty or BAD *REF command '{}' in '{}'".format(args, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
return
argsgps = self.rx_argsref.match(args)
if argsgps:
yr, letterx, wallet = argsgps.groups()
else:
message = " ! BAD *REF command '{}' in '{}'".format(args, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
return
if not letterx:
letterx = ""
else:
letterx = "X"
if len(wallet)<2:
wallet = "0" + wallet
assert (int(yr)>1960 and int(yr)<2039), "Wallet year out of bounds: %s" % yr
refscan = "%s#%s%s" % (yr, letterx, wallet)
try:
if int(wallet)>100:
message = " ! Wallet *REF {} - too big in '{}'".format(refscan, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
except:
message = " ! Wallet *REF {} - not numeric in '{}'".format(refscan, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
manyscansfolders = models_survex.ScansFolder.objects.filter(walletname=refscan)
if manyscansfolders:
survexblock.scansfolder = manyscansfolders[0]
survexblock.save()
if len(manyscansfolders) > 1:
message = " ! Wallet *REF {} - {} scan folders from DB search in {}".format(refscan, len(manyscansfolders), survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
else:
message = " ! Wallet *REF '{}' - NOT found in DB search '{}'".format(refscan, survexblock.survexfile.path)
print((self.insp+message))
models.DataIssue.objects.create(parser='survex', message=message)
def LoadSurvexQM(self, survexblock, qmline):
insp = self.insp
qm_no = qmline.group(1)
qm_grade = qmline.group(2)
if qmline.group(3): # usual closest survey station
qm_nearest = qmline.group(3)
if qmline.group(4):
qm_nearest = qm_nearest +"."+ qmline.group(4)
if qmline.group(6) and qmline.group(6) != '-':
qm_resolve_station = qmline.group(6)
if qmline.group(7):
qm_resolve_station = qm_resolve_station +"."+ qmline.group(7)
else:
qm_resolve_station = ""
qm_notes = qmline.group(8)
# Spec of QM in SVX files:
# ;Serial number grade(A/B/C/D/X) nearest-station resolution-station description
# ;QM1 a hobnob_hallway_2.42 hobnob-hallway_3.42 junction of keyhole passage
# ;QM1 a hobnob_hallway_2.42 - junction of keyhole passage
# NB none of the SurveyStations are in the DB now, so if we want to link to aSurvexStation
# we would have to create one. But that is not obligatory and no QMs loaded from CSVs have one
try:
qm = models_caves.QM.objects.create(number=qm_no,
# nearest_station=a_survex_station_object, # can be null
nearest_station_description=qm_resolve_station,
nearest_station_name=qm_nearest,
grade=qm_grade.upper(),
location_description=qm_notes)
qm.save
# message = " ! QM{} '{}' CREATED in DB in '{}'".format(qm_no, qm_nearest,survexblock.survexfile.path)
# print(insp+message)
# models.DataIssue.objects.create(parser='survex', message=message)
except:
message = " ! QM{} FAIL to create {} in'{}'".format(qm_no, qm_nearest,survexblock.survexfile.path)
print(insp+message)
models.DataIssue.objects.create(parser='survex', message=message)
def LoadSurvexDataCmd(self,survexblock,args):
"""Sets the order for data elements in this and following blocks, e.g.
*data normal from to compass clino tape
*data normal from to tape compass clino
We are only collecting length data so we are disinterested in from, to, LRUD etc.
"""
# datastardefault = { # included here as reference to help understand the code
# "type":"normal",
# "t":"leg",
# "from":0,
# "to":1,
# "tape":2,
# "compass":3,
# "clino":4}
datastar = copy.deepcopy(self.datastardefault)
if args == "":
# naked '*data' which is relevant only for passages. Ignore. Continue with previous settings.
return
# DEFAULT | NORMAL | CARTESIAN| NOSURVEY |PASSAGE | TOPOFIL | CYLPOLAR | DIVING
ls = args.lower().split()
if ls[0] == "default":
self.datastar = copy.deepcopy(self.datastardefault)
elif ls[0] == "normal" or ls[0] == "topofil":
if not ("from" in datastar and "to" in datastar):
message = " ! - Unrecognised *data normal statement '{}' {}|{}".format(args, survexblock.name, survexblock.survexpath)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
return
else:
datastar = self.datastardefault
# ls = ["normal", "from", "to", "tape", "compass", "clino" ]
for i in range(1, len(ls)): # len[0] is "normal"
if ls[i] in ["bearing","compass"]:
datastar["compass"] = i-1
if ls[i] in ["clino","gradient"]:
datastar["clino"] = i-1
if ls[i] in ["tape","length"]:
datastar["tape"] = i-1
self.datastar = copy.deepcopy(datastar)
return
elif ls[0] == "cartesian" or ls[0] == "nosurvey" or ls[0] == "diving" or ls[0] == "cylpolar" or ls[0] == "passage":
message = " ! - *data {} blocks ignored. {}|{}" '{}' .format(ls[0].upper(), survexblock.name, survexblock.survexpath, args)
print(message)
#print(message,file=sys.stderr)
#models.DataIssue.objects.create(parser='survex', message=message)
self.datastar["type"] = ls[0]
else:
message = " ! - Unrecognised *data statement '{}' {}|{}".format(args, survexblock.name, survexblock.survexpath)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
def LoadSurvexFlags(self, args):
# Valid flags are DUPLICATE, SPLAY, and SURFACE, and a flag may be preceded with NOT to turn it off.
# Default values are NOT any of them
self.flagsstar = copy.deepcopy(self.flagsdefault)
flags = []
args = self.rx_flags.sub("not",args)
argslist = args.split()
for s in argslist:
flags.append(s)
if "duplicate" in flags:
self.flagsstar["duplicate"] = True
if "surface" in flags:
self.flagsstar["surface"] = True
if "splay" in flags:
self.flagsstar["splay"] = True
if "notduplicate" in flags:
self.flagsstar["duplicate"] = False
if "notsurface" in flags:
self.flagsstar["surface"] = False
if "notsplay" in flags:
self.flagsstar["splay"] = False
# if self.flagsstar["duplicate"] == True or self.flagsstar["surface"] == True or self.flagsstar["splay"] == True:
# actually we do want to count duplicates as this is for "effort expended in surveying underground"
if self.flagsstar["surface"] == True or self.flagsstar["splay"] == True:
self.flagsstar["any"] = True
def IdentifyCave(self, cavepath):
if cavepath.lower() in self.caveslist:
return self.caveslist[cavepath.lower()]
# TO DO - some of this is already done in generating self.caveslist so simplify this
# esp. as it is in a loop.
path_match = self.rx_cave.search(cavepath)
if path_match:
sluggy = '{}-{}'.format(path_match.group(1), path_match.group(2))
guesses = [sluggy.lower(), path_match.group(2).lower()]
for g in guesses:
if g in self.caveslist:
self.caveslist[cavepath] = self.caveslist[g]
return self.caveslist[g]
print(' ! Failed to find cave for {}'.format(cavepath.lower()))
else:
# not a cave, but that is fine.
# print(' ! No regex(standard identifier) cave match for %s' % cavepath.lower())
return None
def GetSurvexDirectory(self, headpath):
"""This creates a SurvexDirectory if it has not been seen before, and on creation
it sets the primarysurvexfile. This is correct as it should be set on the first file
in the directory, where first is defined by the *include ordering. Which is what we
are doing.
"""
if not headpath:
return self.svxdirs[""]
if headpath.lower() not in self.svxdirs:
self.svxdirs[headpath.lower()] = models_survex.SurvexDirectory(path=headpath, primarysurvexfile=self.currentsurvexfile)
self.svxdirs[headpath.lower()].save()
self.survexdict[self.svxdirs[headpath.lower()]] = [] # list of the files in the directory
return self.svxdirs[headpath.lower()]
def ReportNonCaveIncludes(self, headpath, includelabel):
"""Ignore surface, kataser and gps *include survex files
"""
if headpath in self.ignorenoncave:
return
for i in self.ignoreprefix:
if headpath.startswith(i):
return
message = " ! {} is not a cave. (while creating '{}' sfile & sdirectory)".format(headpath, includelabel)
print("\n"+message)
print("\n"+message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
def LoadSurvexFile(self, svxid):
"""Creates SurvexFile in the database, and SurvexDirectory if needed
with links to 'cave'
Creates a new current survexfile and valid .survexdirectory
The survexblock passed-in is not necessarily the parent. FIX THIS.
"""
# self.datastar = self.datastardefault
print(" # datastack in LoadSurvexFile:{} 'type':".format(svxid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
depth = " " * self.depthbegin
print("{:2}{} - NEW survexfile:'{}'".format(self.depthbegin, depth, svxid))
headpath = os.path.dirname(svxid)
newfile = models_survex.SurvexFile(path=svxid)
newfile.save() # until we do this there is no internal id so no foreign key works
self.currentsurvexfile = newfile
newdirectory = self.GetSurvexDirectory(headpath)
newdirectory.save()
newfile.survexdirectory = newdirectory
self.survexdict[newdirectory].append(newfile)
cave = self.IdentifyCave(headpath) # cave already exists in db
if not newdirectory:
message = " ! 'None' SurvexDirectory returned from GetSurvexDirectory({})".format(headpath)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
if cave:
newdirectory.cave = cave
newfile.cave = cave
#print("\n"+str(newdirectory.cave),file=sys.stderr)
else:
self.ReportNonCaveIncludes(headpath, svxid)
if not newfile.survexdirectory:
message = " ! SurvexDirectory NOT SET in new SurvexFile {} ".format(svxid)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
self.currentsurvexfile.save() # django insists on this although it is already saved !?
try:
newdirectory.save()
except:
print(newdirectory, file=sys.stderr)
print(newdirectory.primarysurvexfile, file=sys.stderr)
raise
print(" # datastack end LoadSurvexFile:{} 'type':".format(svxid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
def ProcessIncludeLine(self, included):
svxid = included.groups()[0]
self.LoadSurvexFile(svxid)
self.stacksvxfiles.append(self.currentsurvexfile)
def ProcessEdulcniLine(self, edulcni):
"""Saves the current survexfile in the db
"""
svxid = edulcni.groups()[0]
#depth = " " * self.depthbegin
#print("{:2}{} - Edulcni survexfile:'{}'".format(self.depthbegin, depth, svxid))
self.currentsurvexfile.save()
self.currentsurvexfile = self.stacksvxfiles.pop()
def LoadSurvexComment(self, survexblock, comment):
# ignore all comments except ;ref and ;QM and ;*include (for collated survex file)
refline = self.rx_ref.match(comment)
if refline:
comment = re.sub('(?i)\s*ref[.;]?',"",comment.strip())
self.LoadSurvexRef(survexblock, comment)
qmline = self.rx_qm.match(comment)
if qmline:
self.LoadSurvexQM(survexblock, qmline)
included = self.rx_comminc.match(comment)
# ;*include means 'we have been included'; whereas *include means 'proceed to include'
if included:
self.ProcessIncludeLine(included)
edulcni = self.rx_commcni.match(comment)
# ;*edulcni means we are returning from an included file
if edulcni:
self.ProcessEdulcniLine(edulcni)
def LoadSurvexSetup(self,survexblock, survexfile):
self.depthbegin = 0
self.datastar = self.datastardefault
blocklegs = self.survexlegsnumber
print(self.insp+" - MEM:{:.3f} Reading. parent:{} <> {} ".format(models.get_process_memory(),survexblock.survexfile.path, survexfile.path))
self.lineno = 0
sys.stderr.flush();
self.callcount +=1
if self.callcount % 10 ==0 :
print(".", file=sys.stderr,end='')
if self.callcount % 500 ==0 :
print("\n", file=sys.stderr,end='')
# Try to find the cave in the DB if not use the string as before
path_match = re.search(r"caves-(\d\d\d\d)/(\d+|\d\d\d\d-?\w+-\d+)/", survexblock.survexfile.path)
if path_match:
pos_cave = '%s-%s' % (path_match.group(1), path_match.group(2))
cave = models_caves.getCaveByReference(pos_cave)
if cave:
survexfile.cave = cave
def LinearLoad(self, survexblock, path, svxlines):
"""Loads a single survex file. Usually used to import all the survex files which have been collated
into a single file. Loads the begin/end blocks using a stack for labels.
"""
self.relativefilename = path
cave = self.IdentifyCave(path) # this will produce null for survex files which are geographic collections
self.currentsurvexfile = survexblock.survexfile
self.currentsurvexfile.save() # django insists on this although it is already saved !?
self.datastar = copy.deepcopy(self.datastardefault)
self.flagsstar = copy.deepcopy(self.flagsdefault)
blkid = None
pathlist = None
args = None
previousnlegs = None
oldflags = None
blockcount = 0
self.lineno = 0
def tickle():
nonlocal blockcount
blockcount +=1
if blockcount % 10 ==0 :
print(".", file=sys.stderr,end='')
if blockcount % 200 ==0 :
print("\n", file=sys.stderr,end='')
print(" - MEM:{:7.3f} MB in use".format(models.get_process_memory()),file=sys.stderr)
print(" ", file=sys.stderr,end='')
sys.stderr.flush()
def printbegin():
nonlocal blkid
nonlocal pathlist
depth = " " * self.depthbegin
print("{:2}{} - Begin for :'{}'".format(self.depthbegin,depth, blkid))
pathlist = ""
for id in self.stackbegin:
if len(id) > 0:
pathlist += "." + id
def printend():
nonlocal args
nonlocal previousnlegs
depth = " " * self.depthbegin
print("{:2}{} - End from:'{}'".format(self.depthbegin,depth,args))
legsinblock = self.survexlegsnumber - previousnlegs
print("{:2}{} - LEGS: {} (previous: {}, now:{})".format(self.depthbegin,
depth, legsinblock, previousnlegs, self.survexlegsnumber))
survexblock.legsall = legsinblock
def pushblock():
nonlocal blkid
print(" # datastack at 1 *begin {} 'type':".format(blkid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
print("'{}' self.datastar ".format(self.datastar["type"].upper()))
# ------------ * DATA
self.datastack.append(copy.deepcopy(self.datastar))
# ------------ * DATA
print(" # datastack at 2 *begin {} 'type':".format(blkid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
print("'{}' self.datastar ".format(self.datastar["type"].upper()))
# ------------ * FLAGS
self.flagsstack.append(copy.deepcopy(self.flagsstar))
# ------------ * FLAGS
def popblock():
nonlocal blkid
nonlocal oldflags
print(" # datastack at *end '{} 'type':".format(blkid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
print("'{}' self.datastar ".format(self.datastar["type"].upper()))
# ------------ * DATA
self.datastar = copy.deepcopy(self.datastack.pop())
# ------------ * DATA
print(" # datastack after *end '{} 'type':".format(blkid), end="")
for dict in self.datastack:
print("'{}' ".format(dict["type"].upper()), end="")
print("")
print("'{}' self.datastar ".format(self.datastar["type"].upper()))
# ------------ * FLAGS
self.flagsstar = copy.deepcopy(self.flagsstack.pop())
# ------------ * FLAGS
if oldflags["any"] != self.flagsstar["any"]:
print(" # POP 'any' flag now:'{}' was:{} ".format(self.flagsstar["any"], oldflags["any"]))
def starstatement(mstar):
nonlocal survexblock
nonlocal blkid
nonlocal pathlist
nonlocal args
nonlocal previousnlegs
nonlocal oldflags
cmd, args = mstar.groups()
cmd = cmd.lower()
# ------------------------BEGIN
if re.match("begin$(?i)", cmd):
blkid = args.lower()
# PUSH state ++++++++++++++
self.stackbegin.append(blkid)
pushblock()
# PUSH state ++++++++++++++
previousnlegs = self.survexlegsnumber
printbegin()
newsurvexblock = models_survex.SurvexBlock(name=blkid, parent=survexblock,
survexpath=pathlist,
cave=self.currentcave, survexfile=self.currentsurvexfile,
legsall=0, legssplay=0, legssurfc=0, totalleglength=0.0)
newsurvexblock.save()
newsurvexblock.title = "("+survexblock.title+")" # copy parent inititally
survexblock = newsurvexblock
survexblock.save() # django insists on this , but we want to save at the end !
tickle()
# ---------------------------END
elif re.match("end$(?i)", cmd):
printend()
try:
survexblock.parent.save() # django insists on this although it is already saved !?
except:
print(survexblock.parent, file=sys.stderr)
raise
try:
survexblock.save() # save to db at end of block
except:
print(survexblock, file=sys.stderr)
raise
# POP state ++++++++++++++
popblock()
blkid = self.stackbegin.pop()
# POP state ++++++++++++++
self.currentsurvexblock = survexblock.parent
survexblock = survexblock.parent
oldflags = self.flagsstar
self.depthbegin -= 1
# -----------------------------
elif re.match("(?i)title$", cmd):
survexblock.title = args # block has own title, overwrite that from parent
elif re.match("(?i)ref$", cmd):
self.LoadSurvexRef(survexblock, args)
elif re.match("(?i)flags$", cmd):
oldflags = self.flagsstar
self.LoadSurvexFlags(args)
if oldflags["any"] != self.flagsstar["any"]:
print(" # CHANGE 'any' flag now:'{}' was:{} ".format(self.flagsstar["any"], oldflags["any"]))
elif re.match("(?i)data$", cmd):
self.LoadSurvexDataCmd(survexblock, args)
elif re.match("(?i)date$", cmd):
self.LoadSurvexDate(survexblock, args)
elif re.match("(?i)team$", cmd):
self.LoadSurvexTeam(survexblock, args)
elif re.match("(?i)set$", cmd) and re.match("(?i)names", args):
pass
elif re.match("(?i)include$", cmd):
message = " ! -ERROR *include command not expected here {}. Re-run a full Survex import.".format(path)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
else:
self.LoadSurvexIgnore(survexblock, args, cmd)
for svxline in svxlines:
self.lineno += 1
sline, comment = self.rx_comment.match(svxline).groups()
if comment:
# this catches the ;*include NEWFILE and ;*edulcni ENDOFFILE lines too
self.LoadSurvexComment(survexblock, comment)
if not sline:
continue # skip blank lines
# detect a star command
mstar = self.rx_star.match(sline)
if mstar: # yes we are reading a *cmd
starstatement(mstar)
else: # not a *cmd so we are reading data OR rx_comment failed
self.LoadSurvexLineLeg(survexblock, sline, comment)
def RecursiveScan(self, survexblock, path, fin, flinear, fcollate):
"""Follows the *include links in all the survex files from the root file 1623.svx
and reads only the *include and *begin and *end statements. It produces a linearised
list of the include tree
"""
indent = " " * self.depthinclude
sys.stderr.flush();
self.callcount +=1
if self.callcount % 10 ==0 :
print(".", file=sys.stderr,end='')
if self.callcount % 500 ==0 :
print("\n ", file=sys.stderr,end='')
if path in self.svxfileslist:
message = " * Warning. Duplicate in *include list at:{} depth:{} file:{}".format(self.callcount, self.depthinclude, path)
print(message)
print(message,file=flinear)
print("\n"+message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
if self.svxfileslist.count(path) > 20:
message = " ! ERROR. Survex file already seen 20x. Probably an infinite loop so fix your *include statements that include this. Aborting. {}".format(path)
print(message)
print(message,file=flinear)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
return
self.svxfileslist.append(path)
svxlines = fin.read().splitlines()
for svxline in svxlines:
self.lineno += 1
includestmt =self.rx_include.match(svxline)
if not includestmt:
fcollate.write("{}\n".format(svxline.strip()))
sline, comment = self.rx_comment.match(svxline.strip()).groups()
mstar = self.rx_star.match(sline)
if mstar: # yes we are reading a *cmd
cmd, args = mstar.groups()
cmd = cmd.lower()
if re.match("(?i)include$", cmd):
includepath = os.path.normpath(os.path.join(os.path.split(path)[0], re.sub(r"\.svx$", "", args)))
fullpath = os.path.join(settings.SURVEX_DATA, includepath + ".svx")
self.RunSurvexIfNeeded(os.path.join(settings.SURVEX_DATA, includepath))
if os.path.isfile(fullpath):
#--------------------------------------------------------
self.depthinclude += 1
fininclude = open(fullpath,'r')
fcollate.write(";*include {}\n".format(includepath))
flinear.write("{:2} {} *include {}\n".format(self.depthinclude, indent, includepath))
push = includepath.lower()
self.stackinclude.append(push)
#-----------------
self.RecursiveScan(survexblock, includepath, fininclude, flinear, fcollate)
#-----------------
pop = self.stackinclude.pop()
if pop != push:
message = "!! ERROR mismatch *include pop!=push {}".format(pop, push, self.stackinclude)
print(message)
print(message,file=flinear)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
flinear.write("{:2} {} *edulcni {}\n".format(self.depthinclude, indent, pop))
fcollate.write(";*edulcni {}\n".format(pop))
fininclude.close()
self.depthinclude -= 1
#--------------------------------------------------------
else:
message = " ! ERROR *include file not found for:'{}'".format(includepath)
print(message)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
elif re.match("(?i)begin$", cmd):
self.depthbegin += 1
depth = " " * self.depthbegin
if args:
pushargs = args
else:
pushargs = " "
self.stackbegin.append(pushargs.lower())
flinear.write(" {:2} {} *begin {}\n".format(self.depthbegin, depth, args))
pass
elif re.match("(?i)end$", cmd):
depth = " " * self.depthbegin
flinear.write(" {:2} {} *end {}\n".format(self.depthbegin, depth, args))
if not args:
args = " "
popargs = self.stackbegin.pop()
if popargs != args.lower():
message = "!! ERROR mismatch in BEGIN/END labels pop!=push '{}'!='{}'\n{}".format(popargs, args, self. stackbegin)
print(message)
print(message,file=flinear)
print(message,file=sys.stderr)
models.DataIssue.objects.create(parser='survex', message=message)
self.depthbegin -= 1
pass
elif re.match("(?i)title$", cmd):
depth = " " * self.depthbegin
flinear.write(" {:2} {} *title {}\n".format(self.depthbegin, depth, args))
pass
def RunSurvexIfNeeded(self,fullpath):
now = time.time()
cav_t = now - 365*24*3600
log_t = now - 365*24*3600
svx_t = now - 365*24*3600
def runcavern():
print(" - Regenerating stale (or chaos-monkeyed) cavern .log and .3d for '{}'\n days svx old: {:.1f} cav old:{:.1f} log old: {:.1f}".
format(fullpath, (svx_t - log_t)/(24*3600), (cav_t - log_t)/(24*3600), (now - log_t)/(24*3600)))
call([settings.CAVERN, "--log", "--output={}".format(fullpath), "{}.svx".format(fullpath)])
svxpath = fullpath + ".svx"
logpath = fullpath + ".log"
if not os.path.isfile(logpath):
runcavern()
return
if not self.caverndate:
completed_process = run(["which", "{}".format(settings.CAVERN)],
capture_output=True, check=True, text=True)
self.caverndate = os.path.getmtime(completed_process.stdout.strip())
cav_t = self.caverndate
log_t = os.path.getmtime(logpath)
svx_t = os.path.getmtime(svxpath)
now = time.time()
if svx_t - log_t > 0: # stale, older than svx file
runcavern()
return
if now - log_t > 60 *24*60*60: # >60 days, re-run anyway
runcavern()
return
if cav_t - log_t > 0: # new version of cavern
runcavern()
return
if ChaosMonkey(200):
runcavern()
def FindAndLoadSurvex(survexblockroot):
"""Follows the *include links recursively to find files
"""
print(' - redirecting stdout to svxblks.log...')
stdout_orig = sys.stdout
# Redirect sys.stdout to the file
sys.stdout = open('svxblks.log', 'w')
print(' - SCANNING All Survex Blocks...',file=sys.stderr)
survexfileroot = survexblockroot.survexfile # i.e. SURVEX_TOPNAME only
collatefilename = "_" + survexfileroot.path + ".svx"
svx_scan = LoadingSurvex()
svx_scan.callcount = 0
svx_scan.depthinclude = 0
fullpathtotop = os.path.join(survexfileroot.survexdirectory.path, survexfileroot.path)
print(" - RunSurvexIfNeeded cavern on '{}'".format(fullpathtotop), file=sys.stderr)
svx_scan.RunSurvexIfNeeded(fullpathtotop)
indent=""
fcollate = open(collatefilename, 'w')
mem0 = models.get_process_memory()
print(" - MEM:{:7.2f} MB START".format(mem0),file=sys.stderr)
flinear = open('svxlinear.log', 'w')
flinear.write(" - MEM:{:7.2f} MB START {}\n".format(mem0,survexfileroot.path))
print(" ", file=sys.stderr,end='')
finroot = survexfileroot.OpenFile()
fcollate.write(";*include {}\n".format(survexfileroot.path))
flinear.write("{:2} {} *include {}\n".format(svx_scan.depthinclude, indent, survexfileroot.path))
#----------------------------------------------------------------
svx_scan.RecursiveScan(survexblockroot, survexfileroot.path, finroot, flinear, fcollate)
#----------------------------------------------------------------
flinear.write("{:2} {} *edulcni {}\n".format(svx_scan.depthinclude, indent, survexfileroot.path))
fcollate.write(";*edulcni {}\n".format(survexfileroot.path))
mem1 = models.get_process_memory()
flinear.write("\n - MEM:{:.2f} MB STOP {}\n".format(mem1,survexfileroot.path))
flinear.write(" - MEM:{:.3f} MB USED\n".format(mem1-mem0))
svxfileslist = svx_scan.svxfileslist
flinear.write(" - {:,} survex files in linear include list \n".format(len(svxfileslist)))
flinear.close()
fcollate.close()
svx_scan = None # Hmm. Does this actually delete all the instance variables if they are lists, dicts etc.?
print("\n - {:,} survex files in linear include list \n".format(len(svxfileslist)),file=sys.stderr)
mem1 = models.get_process_memory()
print(" - MEM:{:7.2f} MB END ".format(mem0),file=sys.stderr)
print(" - MEM:{:7.3f} MB USED".format(mem1-mem0),file=sys.stderr)
svxfileslist = [] # free memory
# Before doing this, it would be good to identify the *equate and *entrance we need that are relevant to the
# entrance locations currently loaded after this by LoadPos(), but could better be done before ?
# look in MapLocations() for how we find the entrances
print('\n - Loading All Survex Blocks (LinearLoad)',file=sys.stderr)
svx_load = LoadingSurvex()
svx_load.survexdict[survexfileroot.survexdirectory] = []
svx_load.survexdict[survexfileroot.survexdirectory].append(survexfileroot)
svx_load.svxdirs[""] = survexfileroot.survexdirectory
with open(collatefilename, "r") as fcollate:
svxlines = fcollate.read().splitlines()
#----------------------------------------------------------------
svx_load.LinearLoad(survexblockroot,survexfileroot.path, svxlines)
#----------------------------------------------------------------
print("\n - MEM:{:7.2f} MB STOP".format(mem1),file=sys.stderr)
print(" - MEM:{:7.3f} MB USED".format(mem1-mem0),file=sys.stderr)
survexlegsnumber = svx_load.survexlegsnumber
survexlegsalllength = svx_load.survexlegsalllength
mem1 = models.get_process_memory()
print(" - Number of SurvexDirectories: {}".format(len(svx_load.survexdict)))
tf=0
for d in svx_load.survexdict:
tf += len(svx_load.survexdict[d])
print(" - Number of SurvexFiles: {}".format(tf))
svx_load = None
# Close the logging file, Restore sys.stdout to our old saved file handle
sys.stdout.close()
print("+", file=sys.stderr)
sys.stderr.flush();
sys.stdout = stdout_orig
return (survexlegsnumber, survexlegsalllength)
def MakeSurvexFileRoot():
"""Returns a file_object.path = SURVEX_TOPNAME associated with directory_object.path = SURVEX_DATA
"""
fileroot = models_survex.SurvexFile(path=settings.SURVEX_TOPNAME, cave=None)
fileroot.save()
directoryroot = models_survex.SurvexDirectory(path=settings.SURVEX_DATA, cave=None, primarysurvexfile=fileroot)
directoryroot.save()
fileroot.survexdirectory = directoryroot # i.e. SURVEX_DATA/SURVEX_TOPNAME
fileroot.save() # mutually dependent objects need a double-save like this
return fileroot
def LoadSurvexBlocks():
print(' - Flushing All Survex Blocks...')
models_survex.SurvexBlock.objects.all().delete()
models_survex.SurvexFile.objects.all().delete()
models_survex.SurvexDirectory.objects.all().delete()
models_survex.SurvexPersonRole.objects.all().delete()
models_survex.SurvexStation.objects.all().delete()
print(" - survex Data Issues flushed")
models.DataIssue.objects.filter(parser='survex').delete()
survexfileroot = MakeSurvexFileRoot()
# this next makes a block_object assciated with a file_object.path = SURVEX_TOPNAME
survexblockroot = models_survex.SurvexBlock(name=ROOTBLOCK, survexpath="", cave=None, survexfile=survexfileroot,
legsall=0, legssplay=0, legssurfc=0, totalleglength=0.0)
# this is the first so id=1
survexblockroot.save()
print(' - Loading Survex Blocks...')
memstart = models.get_process_memory()
#----------------------------------------------------------------
survexlegsnumber, survexlegsalllength = FindAndLoadSurvex(survexblockroot)
#----------------------------------------------------------------
memend = models.get_process_memory()
print(" - MEMORY start:{:.3f} MB end:{:.3f} MB increase={:.3f} MB".format(memstart,memend, memend-memstart))
survexblockroot.totalleglength = survexlegsalllength
survexblockroot.legsall = survexlegsnumber
survexblockroot.save()
print(" - total number of survex legs: {}".format(survexlegsnumber))
print(" - total leg lengths loaded: {}m".format(survexlegsalllength))
print(' - Loaded All Survex Blocks.')
poslineregex = re.compile(r"^\(\s*([+-]?\d*\.\d*),\s*([+-]?\d*\.\d*),\s*([+-]?\d*\.\d*)\s*\)\s*([^\s]+)$")
def LoadPos():
"""First load the survex stations for entrances and fixed points (about 600) into the database.
Run cavern to produce a complete .3d file, then run 3dtopos to produce a table of
all survey point positions. Then lookup each position by name to see if we have it in the database
and if we do, then save the x/y/z coordinates. This gives us coordinates of the entrances.
If we don't have it in the database, print an error message and discard it.
"""
svx_t = 0
d3d_t = 0
def runcavern3d():
print(" - Regenerating stale cavern .log and .3d for '{}'\n days old: {:.1f} {:.1f} {:.1f}".
format(topdata, (svx_t - d3d_t)/(24*3600), (cav_t - d3d_t)/(24*3600), (now - d3d_t)/(24*3600)))
call([settings.CAVERN, "--log", "--output={}".format(topdata), "{}.svx".format(topdata)])
call([settings.THREEDTOPOS, '{}.3d'.format(topdata)], cwd = settings.SURVEX_DATA)
topdata = settings.SURVEX_DATA + settings.SURVEX_TOPNAME
print((' - Generating a list of Pos from %s.svx and then loading...' % (topdata)))
found = 0
skip = {}
print("\n") # extra line because cavern overwrites the text buffer somehow
# cavern defaults to using same cwd as supplied input file
completed_process = run(["which", "{}".format(settings.CAVERN)],
capture_output=True, check=True, text=True)
cav_t = os.path.getmtime(completed_process.stdout.strip())
svxpath = topdata + ".svx"
d3dpath = topdata + ".3d"
svx_t = os.path.getmtime(svxpath)
if os.path.isfile(d3dpath):
# always fails to find log file if a double directory, e.g. caves-1623/B4/B4/B4.svx Why ?
d3d_t = os.path.getmtime(d3dpath)
now = time.time()
if not os.path.isfile(d3dpath):
runcavern3d()
elif svx_t - d3d_t > 0: # stale, 3d older than svx file
runcavern3d()
elif now - d3d_t > 60 *24*60*60: # >60 days old, re-run anyway
runcavern3d()
elif cav_t - d3d_t > 0: # new version of cavern
runcavern3d()
mappoints = {}
for pt in MapLocations().points():
svxid, number, point_type, label = pt
mappoints[svxid]=True
posfile = open("%s.pos" % (topdata))
posfile.readline() #Drop header
try:
survexblockroot = models_survex.SurvexBlock.objects.get(name=ROOTBLOCK)
except:
try:
survexblockroot = models_survex.SurvexBlock.objects.get(id=1)
except:
message = ' ! FAILED to find root SurvexBlock'
print(message)
models.DataIssue.objects.create(parser='survex', message=message)
raise
for line in posfile.readlines():
r = poslineregex.match(line)
if r:
x, y, z, id = r.groups()
for sid in mappoints:
if id.endswith(sid):
blockpath = "." + id[:-len(sid)].strip(".")
# But why are we doing this? Why do we need the survexblock id for each of these ?
# ..because mostly they don't actually appear in any SVX file. We should match them up
# via the cave data, not by this half-arsed syntactic match which almost never works. PMS.
if False:
try:
sbqs = models_survex.SurvexBlock.objects.filter(survexpath=blockpath)
if len(sbqs)==1:
sb = sbqs[0]
if len(sbqs)>1:
message = " ! MULTIPLE SurvexBlocks {:3} matching Entrance point {} {} '{}'".format(len(sbqs), blockpath, sid, id)
print(message)
models.DataIssue.objects.create(parser='survex', message=message)
sb = sbqs[0]
elif len(sbqs)<=0:
message = " ! ZERO SurvexBlocks matching Entrance point {} {} '{}'".format(blockpath, sid, id)
print(message)
models.DataIssue.objects.create(parser='survex', message=message)
sb = survexblockroot
except:
message = ' ! FAIL in getting SurvexBlock matching Entrance point {} {}'.format(blockpath, sid)
print(message)
models.DataIssue.objects.create(parser='survex', message=message)
try:
ss = models_survex.SurvexStation(name=id, block=survexblockroot)
ss.x = float(x)
ss.y = float(y)
ss.z = float(z)
ss.save()
found += 1
except:
message = ' ! FAIL to create SurvexStation Entrance point {} {}'.format(blockpath, sid)
print(message)
models.DataIssue.objects.create(parser='survex', message=message)
raise
print(" - {} SurvexStation entrances found.".format(found))