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f99141b0cb
troggle/core/views/caves.py
Philip Sargent 3bfb082e83 ?
2024-08-04 08:48:37 +03:00

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import os
import re
import subprocess
import tempfile
import zipfile
import urllib
from bs4 import BeautifulSoup
from pathlib import Path
from django.core.exceptions import MultipleObjectsReturned, ObjectDoesNotExist
from django.http import HttpResponse, HttpResponseNotFound, HttpResponseRedirect, FileResponse
from django.shortcuts import render, redirect
from django.urls import NoReverseMatch, reverse
import troggle.settings as settings
from troggle.core.forms import CaveAndEntranceFormSet, CaveForm, EntranceForm, EntranceLetterForm
from troggle.core.models.caves import Cave, CaveAndEntrance, Entrance, GetCaveLookup, get_cave_leniently
from troggle.core.models.logbooks import QM
from troggle.core.models.wallets import Wallet
from troggle.core.utils import write_and_commit
from troggle.core.utils import current_expo
from troggle.core.views import expo
from troggle.settings import CAVEDESCRIPTIONS, ENTRANCEDESCRIPTIONS
from troggle.parsers.caves import read_cave, read_entrance
from django.template import loader
from django.utils.safestring import mark_safe
from .auth import login_required_if_public
"""Manages the complex procedures to assemble a cave description out of the compnoents
Manages the use of cavern to parse survex files to produce 3d and pos files
"""
todo = """
- in getCaves() search GCavelookup first, which should raise a MultpleObjectsReturned
exception if no duplicates
- Learn to use Django .select_related() and .prefetch_related() to speed things up
especially on the big report pages
https://zerotobyte.com/how-to-use-django-select-related-and-prefetch-related/
- Remove all the URL rewriting which is there because we have not yet edited all the caves to use
our new (2023) standard addressing of /16xx/NNN/NNN.html where *all* caves are assumed to have their
own directory 16xx/NNN/ even if they have no images to put in it.
"""
# def cavepagefwd(request, karea=None, subpath=None):
# """archaic, just send to the caves list page
# """
# return redirect("/caves")
def get_cave_from_slug(caveslug):
"""Needs refactoring
"""
caves = []
print(f"get_cave_from_slug(): {caveslug} ...")
areacode = caveslug[:4] # e.g. 1623
id = caveslug[5:] # e.g. 161 or 2023-MM-02
thisarea = Cave.objects.filter(areacode=areacode)
caves_k = thisarea.filter(kataster_number=id)
if len(caves_k) == 1:
caves.append(caves_k[0])
print(f"get_cave_from_slug(): {caves_k=} {len(caves_k)=}")
caves_id = thisarea.filter(unofficial_number=id)
if len(caves_id) == 1:
caves.append(caves_id[0])
print(f"get_cave_from_slug(): {caves_id=} {len(caves_id)=}")
if len(caves) > 1:
print(f"get_cave_from_slug(): {caveslug} More than 1 \n{caves}")
return None
if len(caves) <1:
print(f"get_cave_from_slug(): {caveslug} Nowt found..")
return None
cave = caves[0]
print(f"get_cave_from_slug(): {caveslug} FOUND {cave}")
return cave
try:
cave_zero = Cave.objects.get(caveslug__slug=caveslug)
print(f"Getting cave from '{caveslug}'")
if cave_zero != cave:
print(f"get_cave_from_slug(): {caveslug} BAD DISCREPANCY {cave_zero=} {cave=}")
else:
print(f"get_cave_from_slug(): {caveslug} SUCCESS")
return cave_zero
except:
return None
def caveslugfwd(request, slug):
"""This is ass backwards. It would be better style to have the slug-identified request be the master, and have
other paths redirect to it, rather than what we have here.
Pending a change where we remove cave.url as a field and have an explicit fixed convention instead.
"""
if not slug:
message = f"Failed to find cave from identifier given: {slug}."
return render(request, "errors/generic.html", {"message": message})
Gcavelookup = GetCaveLookup()
if slug in Gcavelookup:
cave = Gcavelookup[slug]
return redirect(f"/{cave.url}")
def getCaves(cave_id):
"""Only gets called if a call to getCave() raises a MultipleObjects exception
TO DO: search GCavelookup first, which should raise a MultpleObjectsReturned exception if there
are duplicates"""
try:
caves = Cave.objects.filter(kataster_number=cave_id)
caveset = set(caves)
Gcavelookup = GetCaveLookup() # dictionary makes strings to Cave objects
if cave_id in Gcavelookup:
caveset.add(Gcavelookup[cave_id])
return list(caveset)
except:
return []
def getCave(cave_id):
"""Returns a cave object when given a cave name or number.
It is used by views including cavehref, ent, wallets and qm.
TO DO: search GCavelookup first, which should raise a MultpleObjectsReturned exception if there
are duplicates"""
try:
cave = Cave.objects.get(kataster_number=cave_id)
return cave
except Cave.MultipleObjectsReturned as ex:
raise MultipleObjectsReturned("Duplicate kataster number") from ex # propagate this up
except Cave.DoesNotExist as ex:
Gcavelookup = GetCaveLookup() # dictionary makes strings to Cave objects
if cave_id in Gcavelookup:
return Gcavelookup[cave_id]
else:
raise ObjectDoesNotExist("No cave found with this identifier in any id field") from ex # propagate this up
except:
raise ObjectDoesNotExist("No cave found with this identifier in any id field")
def pad5(x):
return "0" * (5 - len(x.group(0))) + x.group(0)
def padnumber(x):
return re.sub(r"\d+", pad5, x)
def numericalcmp(x, y):
return cmp(padnumber(x), padnumber(y))
def caveKey(c):
"""This function goes into a lexicographic sort function, and the values are strings,
but we want to sort numerically on kataster number before sorting on unofficial number.
"""
if not c.kataster_number:
return "9999." + c.unofficial_number
else:
if int(c.kataster_number) >= 100:
return "99." + c.kataster_number
if int(c.kataster_number) >= 10:
return "9." + c.kataster_number
return c.kataster_number
def getnotablecaves():
notablecaves = []
for kataster_number in settings.NOTABLECAVESHREFS:
try:
cave = Cave.objects.get(kataster_number=kataster_number, areacode="1623")
notablecaves.append(cave)
except:
print(" ! Notable Caves: FAILED to get only one cave per kataster_number OR invalid number for: "+kataster_number)
try:
hc = Cave.objects.get(kataster_number=359, areacode="1626")
notablecaves.append(hc)
except:
# fails during the tests because this cave has not been loaded for tests, so catch it here.
pass
print(notablecaves)
return notablecaves
def caveindex(request):
"""Should use Django order-by for lazy sorting, not here. But only after we have a proper slug system in place for Caves
"""
# allcaves = Cave.objects.all()
# for c in allcaves:
# if c.entrances:
# pass
caves1623 = list(Cave.objects.filter(areacode="1623"))
caves1624 = list(Cave.objects.filter(areacode="1624"))
caves1626 = list(Cave.objects.filter(areacode="1626"))
caves1627 = list(Cave.objects.filter(areacode="1627"))
caves1623.sort(key=caveKey)
caves1624.sort(key=caveKey)
caves1626.sort(key=caveKey)
caves1627.sort(key=caveKey)
return render(
request,
"caveindex.html",
{"caves1623": caves1623,
"caves1626": caves1626,
"caves1627": caves1627,
"caves1624": caves1624,
"notablecaves": getnotablecaves(),
"cavepage": True, "year": current_expo()},
)
def entranceindex(request):
ents = Entrance.objects.all().order_by("slug")
return render(
request,
"entranceindex.html",
{"entrances": ents},
)
def cave3d(request, cave_id=""):
"""This is used to create a download url in templates/cave.html if anyone wants to download the .3d file
The caller template tries kataster first, then unofficial_number if that kataster number does not exist
but only if Cave.survex_file is non-empty
"""
try:
cave = getCave(cave_id)
except ObjectDoesNotExist:
return HttpResponseNotFound
except Cave.MultipleObjectsReturned:
# should really produce a better error message. This is a failure of ambiguous aliases probably.
caves = Cave.objects.filter(url=kpath)
return render(request, "svxcaveseveral.html", {"settings": settings, "caves": caves, "year": current_expo()})
else:
return file3d(request, cave, cave_id)
def file3d(request, cave, cave_id):
"""Produces a .3d file directly for download.
survex_file should be in valid path format 'caves-1623/264/264.svx' but it might be mis-entered as simply '2012-ns-10.svx'
Also the cave.survex_file may well not match the cave description path:
e.g. it might be to the whole system 'smk-system.svx' instead of just for the specific cave.
- If the expected .3d file corresponding to cave.survex_file is present, return it.
- If the cave.survex_file exists, generate the 3d file, cache it and return it
- Use the cave_id to guess what the 3d file might be and, if in the cache, return it
There is a problem as the filename is shown of all areacode information, so both 1624-161 and 1623-161
have a file called 161.svx and return a file called "161.3d" which may
get incorrectly cached by other software (i.e your browser)
"""
def runcavern(survexpath):
"""This has not yet been properly updated with respect to putting the .3d file in the same folder as the .svx filse
as done in runcavern3d() in parsers/survex.py
Needs testing.
"""
if not survexpath.is_file():
pass
try:
completed_process = subprocess.run(
[settings.CAVERN, "--log", f"--output={settings.SURVEX_DATA}", f"{survexpath}"]
)
except OSError as ex:
# propagate this to caller.
raise OSError(completed_process.stdout) from ex
op3d = (Path(settings.SURVEX_DATA) / Path(survexpath).name).with_suffix(".3d")
op3dlog = Path(op3d.with_suffix(".log"))
if not op3d.is_file():
print(f" - - Regeneration FAILED\n - - from '{survexpath}'\n - - to '{op3d}'")
print(" - - Regeneration stdout: ", completed_process.stdout)
print(" - - Regeneration cavern log output: ", op3dlog.read_text())
def return3d(threedpath, cave):
newfilename = cave.slug() + ".3d" # add the "1623-" part of the filename effectively.
if threedpath.is_file():
response = HttpResponse(content=open(threedpath, "rb"), content_type="application/3d")
response["Content-Disposition"] = f"attachment; filename={newfilename}"
return response
else:
message = f'<h1>Path provided does not correspond to any actual 3d file.</h1><p>path: "{threedpath}"'
return HttpResponseNotFound(message)
survexname = Path(cave.survex_file).name # removes directories ie 1623/161/161.svx -> 161.svx
survexpath = Path(settings.SURVEX_DATA, cave.survex_file)
survexdir = survexpath.parent
threedname = Path(survexname).with_suffix(".3d") # removes .svx, replaces with .3d AND DISCARDS PATH arrgh
threedpath = survexpath.parent / threedname
# These if statements need refactoring more cleanly
if cave.survex_file:
if threedpath.is_file():
if survexpath.is_file():
if os.path.getmtime(survexpath) > os.path.getmtime(threedpath):
runcavern(survexpath)
return return3d(threedpath, cave)
else:
if survexpath.is_file():
runcavern(survexpath)
return return3d(threedpath, cave)
# Get here if cave.survex_file was set but did not correspond to a valid svx file
if survexpath.is_file():
# a file, but invalid format
message = f'<h1>File is not valid .svx format.</h1><p>Could not generate 3d file from "{survexpath}"'
else:
# we could try to guess that 'caves-1623/' is missing,... nah.
message = f'<h1>Path provided does not correspond to any actual file.</h1><p>path: "{survexpath}"'
return HttpResponseNotFound(message)
def rendercave(request, cave, slug, cave_id=""):
"""Gets the data and files ready and then triggers Django to render the template.
The resulting html contains urls which are dispatched independently, e.g. the 'download' link
"""
if cave.non_public and settings.PUBLIC_SITE and not request.user.is_authenticated:
return render(request, "nonpublic.html", {"instance": cave, "cavepage": True, "cave_id": cave_id})
else:
# print(f" ! rendercave: slug:'{slug}' survex file:'{cave.survex_file}'")
try:
svx3d = Path(cave.survex_file).stem
svxstem = Path(settings.SURVEX_DATA) / Path(cave.survex_file)
# print(f" ! rendercave: slug:'{slug}' '' ++ '{svxstem}'")
except:
svx3d = ""
svxstem = ""
print(f" ! rendercave: slug:'{slug}' FAIL TO MANAGE survex file:'{cave.survex_file}'")
# NOTE the template itself loads the 3d file using javascript before it loads anything else.
# Django cannot see what this javascript is doing, so we need to ensure that the 3d file exists first.
# So only do this render if a valid .3d file exists. TO BE DONE
# see design docum in troggle/templates/cave.html
# see rendercave() in troggle/core/views/caves.py
templatefile = "cave.html"
wallets = Wallet.objects.filter(caves=cave)
if not cave_id:
cave_id = slug # cave.unofficial_number
context = {
"cave_editable": True,
"settings": settings,
"cave": cave,
"cavepage": True,
"cave_id": cave_id,
"svxstem": str(svxstem),
"svx3d": svx3d,
"wallets": wallets,
"year": current_expo()
}
# Do not catch any exceptions here: propagate up to caller
r = render(
request, templatefile, context
) # crashes here with NoReverseMatch if url not set up for 'edit_cave' in urls.py
return r
def cavepage(request, karea=None, subpath=None):
"""Displays a cave description page
accessed by kataster area number specifically
OR
accessed by cave.url specifically set in data, e.g.
"1623/000/000" <= cave-data/1623-000.html
"1623/41/115.htm" <= cave-data/1623-115.html
so we have to query the database to find the URL as we cannot rely on the url actually telling us the cave by inspection.
NOTE that old caves have ".html" (or ".htm") in the URL as they used to be actual files. But since 2006 these URLs
refer to virtual pages generated on the fly by troggle, so the".html" is confusing and redundant.
But this confused Becka so it was re-instated. Thus creating more confusion for future generations...
There are also A LOT OF URLS to e.g. /1623/161/l/rl89a.htm which are IMAGES and real html files
in cave descriptions. These need to be handled HERE too (accident of history).
"""
if not subpath or subpath=='/':
print(f"{karea=} {subpath=} ")
return render(request, "pagenotfound.html", {"path": f"{karea}/{subpath}"}, status=404)
# lack of validation for karea, 162x
# subpath has an initial /
kpath = karea + subpath
#print(f" ! cavepage:'{kpath}' kataster area:'{karea}' rest of path:'{subpath}'")
caves = Cave.objects.filter(url=kpath)
if len(caves) == 1:
cave = caves[0]
return rendercave(request, cave, cave.slug())
subpath = subpath.strip("//")
# re do all this using pathlib functions
parts = subpath.strip("/").split("/")
if len(parts) > 5:
# recursive loop. break out of it.
subparts = parts[0].split(".")
caveid = subparts[0]
slug = f"{karea}-{caveid}"
if cave:= get_cave_from_slug(slug): # walrus operator
return redirect(f"/{cave.url}")
else:
return redirect(f"/caves")
# epath = karea + subpath # e.g. 1623 /204
# return expo.expopage(request, epath)
# BUGGER the real problem is the the cave descript has embedded in it images like
# src="110/entrance.jpeg and since the cave url is now /1623/110/110.html
# the images try to load from /1623/110/110/entrance.jpeg and of course fail.
# THIS IS A HORRIBLE HACK
if len(parts) == 1:
# simple filename, no folders in path,
# either need to insert caveid OR leave as relative link as we are already "in" /1623/nn/
subparts = parts[0].split(".")
caveid = subparts[0] # e.g. 204.htm
k2path = karea +"/"+ caveid + subpath
return redirect(f"/{k2path}") # infinite loop
elif len(parts) >2:
# e.g. i/204.jpg, but that's ok as we are already "in" /1623/nn/
if parts[0] == parts[1]: # double caveid
epath = karea
for i in parts[1:]:
epath += "/" + i
#print(f"{subpath=}\n {epath=}")
return expo.expopage(request, epath)
# if either the first two parts are not /caveid/caveid/
# or the number of parts == 2,
# print(f"2 {subpath=}")
epath = karea + "/" + subpath
return expo.expopage(request, epath)
@login_required_if_public
def edit_cave(request, path="", slug=None):
"""This is the form that edits all the cave data and writes out an XML file in the :expoweb: repo folder
The format for the file being saved is in templates/dataformat/cave.xml
Warning. This uses Django deep magic in the CaveForm processing.
It saves the data into into the database and into the html file, which it then commits to git.
We basically ignore the <path> as the <slug> is of the format 1624-114 and contains the area code
"""
print(f"edit_cave(): {path=} {slug=}")
message = ""
if slug is None:
cave = Cave() # create a New Cave
else:
print(f"{slug=}")
if not (cave:= get_cave_from_slug(slug)): # walrus operator
return render(request, "errors/badslug.html", {"badslug": f"for cave {caveslug} - from edit_cave()"})
if request.POST:
form = CaveForm(request.POST, instance=cave)
#ceFormSet = CaveAndEntranceFormSet(request.POST)
if form.is_valid(): # and ceFormSet.is_valid():
print(f'edit_cave(): POST is valid. Editing {cave}')
cave = form.save(commit=False)
# print(cave)
if not cave.filename:
cave.filename = cave.areacode + "-" + cave.number() + ".html"
if not cave.url:
cave.url = cave.areacode + "/" + cave.number()
cave.save()
form.save_m2m() # this does the many-to-many relationship saving between caves and entrances
if slug is None:
# it is not visible on the form so it always will be None
slug = f"{cave.areacode}-{cave.number()}"
cs = CaveSlug(cave=cave, slug=slug, primary=True)
print(f"edit_cave(): New CaveSlug saved {slug}")
cs.save()
#ceinsts = ceFormSet.save(commit=False)
#for ceinst in ceinsts:
# ceinst.cave = cave
# ceinst.save()
try:
cave_file = cave.file_output()
write_and_commit([cave_file], f"Online edit of cave {cave}")
# leave other exceptions unhandled so that they bubble up to user interface
except PermissionError:
message = f"CANNOT save this file.\nPERMISSIONS incorrectly set on server for this file {cave.filename}. Ask a nerd to fix this."
return render(request, "errors/generic.html", {"message": message})
except subprocess.SubprocessError:
message = f"CANNOT git on server for this file {cave.filename}. Edits may not be committed.\nAsk a nerd to fix this."
return render(request, "errors/generic.html", {"message": message})
except:
raise
if cave.entrances().count() > 0:
return HttpResponseRedirect("/" + cave.url)
else:
return HttpResponseRedirect(reverse("newentrance", args = [cave.url_parent(), cave.slug()]))
else:
if slug is not None:
# re-read cave data from file.
print(f"edit_cave(): {cave=} {cave.filename=}")
print(f"edit_cave(): {cave.slug()=}")
if cave.filename:
try:
read_cave(cave.filename, cave=cave)
except Exception as e:
print(f"edit_cave(): EXCEPTION attempting to read_cave({cave.filename})\n{e}")
raise
form = CaveForm(instance=cave, initial={'cave_slug': cave.slug()})
#ceFormSet = CaveAndEntranceFormSet(queryset=cave.caveandentrance_set.all())
else:
form = CaveForm()
#ceFormSet = CaveAndEntranceFormSet(queryset=CaveAndEntrance.objects.none())
print(f"edit_cave(): returning render()")
return render(
request,
"editcave.html",
{
"form": form,
"cave": cave,
"message": message, "year": current_expo(),
#"caveAndEntranceFormSet": ceFormSet,
"path": path + "/", # used for saving images if attached
},
)
@login_required_if_public
def edit_entrance(request, path="", caveslug=None, entslug=None):
"""This is the form that edits the entrance data for a single entrance and writes out
an XML file in the :expoweb: repo folder
The format for the file being saved is in templates/dataformat/entrance.xml
Warning. This uses Django deep magic for multiple forms and the CaveAndEntrance class.
It does save the data into into the database directly, not by parsing the file.
'path' comes from the urls.py regex but is usually empty (!)
So we make the proper path for storing the images ourselves.
GET RID of all this entranceletter stuff. Far too overcomplexified.
We don't need it. Just the entrance slug is fine, then check uniqueness.
"""
def check_new_slugname_ok(slug, letter):
"""In Nov.2023 it is possible to create a 2nd entrance and not set an entrance letter,
which leads to a constraint uniqueness crash. FIX THIS.
The letter may be set to an existing letter, OR it may be unset, but there may
be an existing unlettered single entrance. Both of these will crash unless fixed.
"""
slugname = f"{slug}{letter}"
nents = Entrance.objects.filter(slug=slugname).count()
print(f"check_new_slugname_ok() {slugname=} {letter=} => {nents}")
if nents == 0:
# looks good, but we need to check the CaveaAndEntrance object too
e = entrance #Entrance.objects.get(slug=slugname) # does not exist yet!
e.save()
gcl = GetCaveLookup()
c = gcl[slug]
nce = CaveAndEntrance.objects.filter(cave=c, entrance=e).count()
if nce == 0 :
return slugname, letter
# That entrance already exists, or the CE does, OK.. do recursive call, starting at "b"
if letter =="":
return check_new_slugname_ok(slug, "b")
else:
nextletter = chr(ord(letter)+1)
return check_new_slugname_ok(slug, nextletter)
if not (cave:= get_cave_from_slug(caveslug)): # walrus operator
return render(request, "errors/badslug.html", {"badslug": f"for cave {caveslug} - from edit_entrance()"})
if entslug:
try:
entrance = Entrance.objects.get(slug=entslug)
except:
return render(request, "errors/badslug.html", {"badslug": f"for entrance {entslug} - from edit_entrance()"})
else:
# a new entrance on a cave
entrance = None
if entslug:
print(f"Edit Entrance {caveslug=} {entslug=} {path=} number of ents:{cave.entrances().count()}")
caveAndEntrance = CaveAndEntrance.objects.get(entrance=entrance, cave=cave)
entlettereditable = False
else:
caveAndEntrance = CaveAndEntrance(cave=cave, entrance=Entrance()) # creates a new Entrance object as well as a new CE object
entlettereditable = True
ce = caveAndEntrance
if ce.entranceletter == "" and cave.entrances().count() > 0 :
# this should not be blank on a multiple-entrance cave
# but it doesn't trigger the entrance letter form unless entletter has a value
entlettereditable = True # but the user has to remember to actually set it...
print(f"{entlettereditable=}")
# if the entletter is not editable, then the entletterform does not appear and so is always invalid.
print(f"{caveslug=}")
print(f"{cave=}")
imgpath = Path(path) / cave.areacode / cave.number()
print(f"Edit Entrance {imgpath=}")
if request.POST:
print(f"POST Online edit of entrance: '{entrance}' where {cave=}")
entform = EntranceForm(request.POST, instance=entrance)
if not entlettereditable:
entranceletter = ce.entranceletter
else:
entletterform = EntranceLetterForm(request.POST, instance=ce)
if entletterform.is_valid():
ce = entletterform.save(commit=False)
entranceletter = entletterform.cleaned_data["entranceletter"]
message = f"- POST valid {caveslug=} {entslug=} {path=} entletterform valid \n {entletterform=}."
print(message)
else:
# maybe this doesn't matter? It just means entranceletter unset ?
# probably because 'Cave and entrance with this Cave and Entranceletter already exists.'
message = f"- POST INVALID {caveslug=} {entslug=} {path=} entletterform invalid \n{entletterform.errors=}\n{entletterform=}."
print(message)
# if entletterform.errors:
# for field in entletterform:
# for error in field.errors:
# print(f"ERR {field=} {error=}")
# return render(request, "errors/generic.html", {"message": message})
entranceletter=""
if not entform.is_valid():
message = f"- POST INVALID {caveslug=} {entslug=} {path=} entform valid:{entform.is_valid()} entletterform valid:{entletterform.is_valid()}"
entrance = entform.save(commit=False)
print(message)
return render(request, "errors/generic.html", {"message": message})
else:
print(f"- POST {caveslug=} {entslug=} {entranceletter=} {path=}")
if entslug is None:
# we are creating a new entrance
entrance = entform.save(commit=False)
# entrance = ce.entrance # the one we created earlier?
try:
if entranceletter:
slugname, letter = check_new_slugname_ok(cave.slug(), entranceletter)
else:
slugname, letter = check_new_slugname_ok(cave.slug(), "")
ce.entranceletter = letter
except Exception as e:
print(f"- EXCEPTION entranceletter {caveslug=} {entslug=} {entranceletter=} {path=}\n{e}")
raise
entrance.slug = slugname
entrance.cached_primary_slug = slugname
entrance.filename = slugname + ".html"
else:
# an existing entrance ?
entrance.slug = entslug
entrance.cached_primary_slug = entslug
entrance.filename = entslug + ".html"
try:
entrance.save()
print(f"- post {entrance.slug=} {entrance.tag_station=} {entrance.other_station=}")
except Exception as e:
# fails with uniqueness constraint failure. Which is on CaveAndEntrance, not just on entrance,
# which is confusing to a user who is just editing an Entrance.
# Can happen when user specifies an existing letter! (or none, when they should set one)
print(f"SAVE EXCEPTION FAIL {entrance=}")
print(f"CAVE {cave}\n{e}")
for ce in cave.entrances():
print(f"CAVE:{ce.cave} - ENT:{ce.entrance} - LETTER:'{ce.entranceletter}'")
raise
ce.entrance = entrance
# try not to invoke this:
# UNIQUE constraint failed: core_caveandentrance.cave_id, core_caveandentrance.entranceletter
ce.save()
entrance_file = entrance.file_output()
cave_file = cave.file_output()
print(f"- POST WRITE letter: '{ce}' {entrance=}")
try:
write_and_commit([entrance_file, cave_file], f"Online edit of entrance {entrance.slug}")
return HttpResponseRedirect("/" + cave.url)
except Exception as e:
efilepath, econtent, eencoding = entrance_file
cfilepath, ccontent, cencoding = cave_file
message = f"- FAIL write_and_commit \n entr:'{efilepath}'\n cave:'{cfilepath}'\n\n{e}"
print(message)
return render(request, "errors/generic.html", {"message": message})
else: # GET the page, not POST, or if either of the forms were invalid when POSTed
entletterform = None
entletter = ""
print(f"ENTRANCE in db: entranceletter = '{ce.entranceletter}'")
if entrance:
# re-read entrance data from file.
filename = str(entrance.slug +".html")
try:
ent = read_entrance(filename, ent=entrance)
print(f"ENTRANCE from file: entranceletter = '{ce.entranceletter}'")
except:
# ent only in db not on file. Interesting, let's run with it using whatever we have in the db
print(f"ENTRANCE NOT read from file: entranceletter = '{ce.entranceletter}'")
entform = EntranceForm(instance=entrance)
if entslug is None:
entletterform = EntranceLetterForm()
# print(f" Getting entletter from EntranceLetterForm")
else:
entletter = ce.entranceletter
if entletter == "":
entletterform = EntranceLetterForm()
print(f" Blank value: getting entletter from EntranceLetterForm")
print(f"{entletter=} ")
else:
entform = EntranceForm()
entletterform = EntranceLetterForm()
return render(
request,
"editentrance.html",
{ "year": current_expo(),
"entform": entform,
"cave": cave,
"ent": entrance,
"entletter": entletter,
"entletterform": entletterform, # is unset if not being used
"entlettereditable": entlettereditable,
"path": str(imgpath) + "/", # used for saving images if attached
},
)
def ent(request, cave_id, ent_letter):
cave = Cave.objects.filter(kataster_number=cave_id)[0]
cave_and_ent = CaveAndEntrance.objects.filter(cave=cave).filter(entranceletter=ent_letter)[0]
return render(
request,
"entrance.html",
{ "year": current_expo(),
"cave": cave,
"entrance": cave_and_ent.entrance,
"letter": cave_and_ent.entranceletter,
},
)
def cave_debug(request):
ents = Entrance.objects.all().order_by('id')
caves = Cave.objects.all().order_by('id')
return render(
request,
"cave_debug.html",
{"ents": ents, "caves": caves, "year": current_expo()},
)
def caveslist(request):
caves = Cave.objects.all()
print("CAVESLIST")
return render(
request,
"caveslist.html",
{"caves": caves, "year": current_expo()},
)
def get_entrances(request, caveslug):
if not (cave:= get_cave_from_slug(caveslug)): # walrus operator
return render(request, "errors/badslug.html", {"badslug": f"{caveslug} - from get_entrances()"})
return render(
request, "options.html", {"year": current_expo(), "items": [(e.entrance.slug(), e.entrance.slug()) for e in cave.entrances()]}
)
def caveQMs(request, slug, open=False):
"""Lists all the QMs on a particular cave
relies on the template to find all the QMs for the cave specified in the slug, e.g. '1623-161'
Now working in July 2022
"""
if not (cave:= get_cave_from_slug(slug)): # walrus operator
return render(request, "errors/badslug.html", {"badslug": f"{slug} - from caveQMs()"})
if cave.non_public and settings.PUBLIC_SITE and not request.user.is_authenticated:
return render(request, "nonpublic.html", {"instance": cave})
elif open:
return render(request, "cave_open_qms.html", {"cave": cave, "year": current_expo()})
else:
return render(request, "cave_qms.html", {"cave": cave, "year": current_expo()})
def qm(request, cave_id, qm_id, year, grade=None, blockname=None):
"""Reports on one specific QM
Fixed and working July 2022, for both CSV imported QMs
Needs refactoring though! Uses extremely baroque way of getting the QMs instead of querying for QM objects
directly, presumably as a result of a baroque history.
Many caves have several QMS with the same number, grade, year (2018) and first 8 chars of the survexblock. This crashes things, so the terminal char of the survexblock name was added
"""
year = int(year)
if blockname == "" or not blockname:
# CSV import QMs, use old technique
try:
c = getCave(cave_id)
manyqms = c.get_open_QMs() | c.get_ticked_QMs() # set union operation
qm = manyqms.get(number=qm_id, expoyear=year, grade=grade)
return render(request, "qm.html", {"qm": qm})
except QM.DoesNotExist:
# raise
return render(
request,
"errors/badslug.html",
{
"badslug": f"QM.DoesNotExist blockname is empty string: {cave_id=} {year=} {qm_id=} {grade=} {blockname=}"
},
)
except QM.MultipleObjectsReturned:
# raise
qms = manyqms.filter(number=qm_id, expoyear=year)
return render(
request,
"errors/badslug.html",
{
"badslug": f"QM.MultipleObjectsReturned {cave_id=} {year=} {qm_id=} {grade=} {blockname=} {qms=}"
},
)
else:
try:
qmslug = f"{cave_id}-{year}-{blockname=}{qm_id}{grade}"
print(f"{qmslug=}")
c = getCave(cave_id)
manyqms = c.get_open_QMs() | c.get_ticked_QMs() # set union operation
qmqs = manyqms.filter(expoyear=year, blockname=blockname, number=qm_id, grade=grade)
if len(qmqs) > 1:
for q in qmqs:
print(qmqs)
message = f"Multiple QMs with the same cave, year, number, grade AND first-several+terminal chars of the survexblock name. (Could be caused by incomplete databasereset). Fix this in the survex file(s). {cave_id=} {year=} {qm_id=} {blockname=}"
return render(request, "errors/generic.html", {"message": message})
else:
qm = qmqs.get(expoyear=year, blockname=blockname, number=qm_id, grade=grade)
if qm:
print(
qm,
f"{qmslug=}:{cave_id=} {year=} {qm_id=} {blockname=} {qm.expoyear=} {qm.completion_description=}",
)
return render(request, "qm.html", {"qm": qm, "year": current_expo()})
else:
# raise
return render(
request,
"errors/badslug.html",
{"badslug": f"Failed get {cave_id=} {year=} {qm_id=} {grade=} {blockname=}"},
)
except MultipleObjectsReturned:
message = f"Multiple QMs with the same cave, year, number, grade AND first-several+terminal chars of the survexblock name. (Could be caused by incomplete databasereset). Fix this in the survex file(s). {cave_id=} {year=} {qm_id=} {blockname=}"
return render(request, "errors/generic.html", {"message": message})
except QM.DoesNotExist:
# raise
return render(
request,
"errors/badslug.html",
{
"badslug": f"QM.DoesNotExist blockname is not empty string {cave_id=} {year=} {qm_id=} {grade=} {blockname=}"
},
)
def expo_kml(request):
return render(
request,
"expo.kml",
{
"entrances": Entrance.objects.all()
},
content_type = "application/vnd.google-earth.kml+xml"
)
def expo_kmz(request):
notablecaves = set(getnotablecaves())
#Zip file written to a file, to save this function using too much memory
with tempfile.TemporaryDirectory() as tmpdirname:
zippath = os.path.join(tmpdirname, 'expo.kmz')
with zipfile.ZipFile(zippath, 'w', compression=zipfile.ZIP_DEFLATED) as myzip:
entrances = []
for e in Entrance.objects.all():
html = loader.get_template("entrance_html.kml").render({"entrance": e}, request)
soup=BeautifulSoup(html)
for img in soup.find_all("img"):
#src_orig = img['src']
src = urllib.parse.urljoin(e.cavelist()[0].url.rpartition("/")[0] + "/", img['src'])
img['src'] = src
p = os.path.join(settings.EXPOWEB, src)
#print(e.cavelist()[0].url, e.cavelist()[0].url.rpartition("/")[0] + "/", src_orig, p)
if os.path.isfile(p):
myzip.write(p, src)
for a in soup.find_all("a"):
try:
ao = a['href']
aa = urllib.parse.urljoin(e.cavelist()[0].url.rpartition("/")[0] + "/", ao)
a['href'] = urllib.parse.urljoin("https://expo.survex.com/", aa)
print(e.cavelist()[0].url.rpartition("/")[0] + "/", ao, a['href'])
except:
pass
html = mark_safe(soup.prettify("utf-8").decode("utf-8"))
size = {True: "large", False:"small"}[bool(set(e.cavelist()) & notablecaves)]
entrances.append(loader.get_template("entrance.kml").render({"entrance": e, "html": html, "size": size}, request))
s = loader.get_template("expo.kml").render({"entrances": entrances}, request)
myzip.writestr("expo.kml", s)
for f in os.listdir(settings.KMZ_ICONS_PATH):
p = os.path.join(settings.KMZ_ICONS_PATH, f)
if os.path.isfile(p):
myzip.write(p, os.path.join("icons", f))
return FileResponse(open(zippath, 'rb'), content_type="application/vnd.google-earth.kmz .kmz")
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