def guess_breed(dbo, s):
""" Guesses a breed, returns the default if no match is found """
s = str(s).lower()
guess = db.query_int(
dbo, "SELECT ID FROM breed WHERE LOWER(BreedName) LIKE '%" +
db.escape(s) + "%'")
if guess != 0: return guess
return configuration.default_breed(dbo)
def create_animal(dbo, username, wlid):
"""
Creates an animal record from a waiting list entry with the id given
"""
a = db.query(dbo,
"SELECT * FROM animalwaitinglist WHERE ID = %d" % wlid)[0]
l = dbo.locale
data = {
"animalname": _("Waiting List {0}", l).format(wlid),
"markings": str(a["ANIMALDESCRIPTION"]),
"reasonforentry": str(a["REASONFORWANTINGTOPART"]),
"species": str(a["SPECIESID"]),
"comments": str(a["COMMENTS"]),
"broughtinby": str(a["OWNERID"]),
"originalowner": str(a["OWNERID"]),
"animaltype": configuration.default_type(dbo),
"breed1": configuration.default_breed(dbo),
"breed2": configuration.default_breed(dbo),
"basecolour": configuration.default_colour(dbo),
"size": configuration.default_size(dbo),
"internallocation": configuration.default_location(dbo),
"dateofbirth": python2display(l, subtract_years(now(dbo.timezone))),
"estimateddob": "1"
}
# If we're creating shelter codes manually, we need to put something unique
# in there for now. Use the id
if configuration.manual_codes(dbo):
data["sheltercode"] = "WL" + str(wlid)
data["shortcode"] = "WL" + str(wlid)
nextid, code = animal.insert_animal_from_form(dbo, data, username)
# Now that we've created our animal, we should remove this entry from the waiting list
db.execute(dbo, "UPDATE animalwaitinglist SET DateRemovedFromList = %s, ReasonForRemoval = %s " \
"WHERE ID = %d" % (
db.dd(now(dbo.timezone)),
db.ds(_("Moved to animal record {0}", l).format(code)),
wlid))
return nextid
def create_animal(dbo, username, wlid):
"""
Creates an animal record from a waiting list entry with the id given
"""
a = db.query(dbo, "SELECT * FROM animalwaitinglist WHERE ID = %d" % wlid)[0]
l = dbo.locale
data = {
"animalname": _("Waiting List {0}", l).format(wlid),
"markings": str(a["ANIMALDESCRIPTION"]),
"reasonforentry": str(a["REASONFORWANTINGTOPART"]),
"species": str(a["SPECIESID"]),
"comments": str(a["COMMENTS"]),
"broughtinby": str(a["OWNERID"]),
"originalowner": str(a["OWNERID"]),
"animaltype": configuration.default_type(dbo),
"breed1": configuration.default_breed(dbo),
"breed2": configuration.default_breed(dbo),
"basecolour": configuration.default_colour(dbo),
"size": configuration.default_size(dbo),
"internallocation": configuration.default_location(dbo),
"dateofbirth": python2display(l, subtract_years(now(dbo.timezone))),
"estimateddob": "1"
}
# If we're creating shelter codes manually, we need to put something unique
# in there for now. Use the id
if configuration.manual_codes(dbo):
data["sheltercode"] = "WL" + str(wlid)
data["shortcode"] = "WL" + str(wlid)
nextid, code = animal.insert_animal_from_form(dbo, data, username)
# Now that we've created our animal, we should remove this entry from the waiting list
db.execute(dbo, "UPDATE animalwaitinglist SET DateRemovedFromList = %s, ReasonForRemoval = %s " \
"WHERE ID = %d" % (
db.dd(now(dbo.timezone)),
db.ds(_("Moved to animal record {0}", l).format(code)),
wlid))
return nextid
def csvimport(dbo, csvdata, createmissinglookups=False, cleartables=False):
"""
Imports the csvdata.
createmissinglookups: If a lookup value is given that's not in our data, add it
cleartables: Clear down the animal, owner and adoption tables before import
"""
reader = csv.reader(StringIO(csvdata), dialect="excel")
# Make sure we have a valid header
cols = None
for row in reader:
cols = row
break
if cols is None:
raise utils.ASMValidationError("Your CSV file is empty")
onevalid = False
hasanimal = False
hasanimalname = False
hasperson = False
haspersonlastname = False
haspersonname = False
hasmovement = False
hasmovementdate = False
hasdonation = False
hasdonationamount = False
hasoriginalowner = False
hasoriginalownerlastname = False
for col in cols:
if col in VALID_FIELDS: onevalid = True
if col.startswith("ANIMAL"): hasanimal = True
if col == "ANIMALNAME": hasanimalname = True
if col.startswith("ORIGINALOWNER"): hasoriginalowner = True
if col == "ORIGINALOWNERLASTNAME": hasoriginalownerlastname = True
if col.startswith("PERSON"): hasperson = True
if col == "PERSONLASTNAME": haspersonlastname = True
if col == "PERSONNAME": haspersonname = True
if col.startswith("MOVEMENT"): hasmovement = True
if col == "MOVEMENTDATE": hasmovementdate = True
if col.startswith("DONATION"): hasdonation = True
if col == "DONATIONAMOUNT": hasdonationamount = True
# Any valid fields?
if not onevalid:
raise utils.ASMValidationError(
"Your CSV file did not contain any fields that ASM recognises")
# If we have any animal fields, make sure at least ANIMALNAME is supplied
if hasanimal and not hasanimalname:
raise utils.ASMValidationError(
"Your CSV file has animal fields, but no ANIMALNAME column")
# If we have any person fields, make sure at least PERSONLASTNAME or PERSONNAME is supplied
if hasperson and not haspersonlastname and not haspersonname:
raise utils.ASMValidationError(
"Your CSV file has person fields, but no PERSONNAME or PERSONLASTNAME column"
)
# If we have any original owner fields, make sure at least ORIGINALOWNERLASTNAME is supplied
if hasoriginalowner and not hasoriginalownerlastname:
raise utils.ASMValidationError(
"Your CSV file has original owner fields, but no ORIGINALOWNERLASTNAME column"
)
# If we have any movement fields, make sure MOVEMENTDATE is supplied
if hasmovement and not hasmovementdate:
raise utils.ASMValidationError(
"Your CSV file has movement fields, but no MOVEMENTDATE column")
# If we have any donation fields, we need an amount
if hasdonation and not hasdonationamount:
raise utils.ASMValidationError(
"Your CSV file has donation fields, but no DONATIONAMOUNT column")
# We also need a valid person
if hasdonation and not (haspersonlastname or haspersonname):
raise utils.ASMValidationError(
"Your CSV file has donation fields, but no person to apply the donation to"
)
# Read the whole CSV file into a list of maps. Note, the
# reader has a cursor at the second row already because
# we read the header in the first row above
data = []
for row in reader:
currow = {}
for i, col in enumerate(row):
currow[cols[i]] = col
data.append(currow)
# If we're clearing down tables first, do it now
if cleartables:
db.execute(dbo, "DELETE FROM adoption")
db.execute(dbo, "DELETE FROM animal")
db.execute(dbo, "DELETE FROM owner")
db.execute(dbo, "DELETE FROM ownerdonation")
# Now that we've read them in, go through all the rows
# and start importing.
errors = []
rowno = 1
for row in data:
# Do we have animal data to read?
animalid = 0
if hasanimal and gks(row, "ANIMALNAME") != "":
a = {}
a["animalname"] = gks(row, "ANIMALNAME")
a["sheltercode"] = gks(row, "ANIMALCODE")
a["shortcode"] = gks(row, "ANIMALCODE")
if gks(row, "ANIMALSEX") == "":
a["sex"] = "2" # Default unknown if not set
else:
a["sex"] = gks(
row, "ANIMALSEX").lower().startswith("m") and "1" or "0"
a["breed1"] = gkl(dbo, row, "ANIMALBREED1", "breed", "BreedName",
createmissinglookups)
if a["breed1"] == "0":
a["breed1"] = str(configuration.default_breed(dbo))
a["breed2"] = gkl(dbo, row, "ANIMALBREED2", "breed", "BreedName",
createmissinglookups)
if a["breed2"] != "0" and a["breed2"] != a["breed1"]:
a["crossbreed"] = "on"
a["basecolour"] = gkl(dbo, row, "ANIMALCOLOR", "basecolour",
"BaseColour", createmissinglookups)
if a["basecolour"] == "0":
a["basecolour"] = str(configuration.default_colour(dbo))
a["species"] = gkl(dbo, row, "ANIMALSPECIES", "species",
"SpeciesName", createmissinglookups)
if a["species"] == "0":
a["species"] = str(configuration.default_species(dbo))
a["animaltype"] = gkl(dbo, row, "ANIMALTYPE", "animaltype",
"AnimalType", createmissinglookups)
if a["animaltype"] == "0":
a["animaltype"] = str(configuration.default_type(dbo))
a["size"] = str(configuration.default_size(dbo))
a["internallocation"] = gkl(dbo, row, "ANIMALLOCATION",
"internallocation", "LocationName",
createmissinglookups)
if a["internallocation"] == "0":
a["internallocation"] = str(
configuration.default_location(dbo))
a["comments"] = gks(row, "ANIMALCOMMENTS")
a["hiddenanimaldetails"] = gks(row, "ANIMALHIDDENDETAILS")
a["healthproblems"] = gks(row, "ANIMALHEALTHPROBLEMS")
a["notforadoption"] = gkbi(row, "ANIMALNOTFORADOPTION")
a["housetrained"] = gkynu(row, "ANIMALHOUSETRAINED")
a["goodwithcats"] = gkynu(row, "ANIMALGOODWITHCATS")
a["goodwithdogs"] = gkynu(row, "ANIMALGOODWITHDOGS")
a["goodwithkids"] = gkynu(row, "ANIMALGOODWITHKIDS")
a["reasonforentry"] = gks(row, "ANIMALREASONFORENTRY")
a["estimatedage"] = gks(row, "ANIMALAGE")
a["dateofbirth"] = gkd(dbo, row, "ANIMALDOB")
a["datebroughtin"] = gkd(dbo, row, "ANIMALENTRYDATE", True)
a["deceaseddate"] = gkd(dbo, row, "ANIMALDECEASEDDATE")
a["neutereddate"] = gkd(dbo, row, "ANIMALNEUTEREDDATE")
if a["neutereddate"] != "": a["neutered"] = 1
a["microchipnumber"] = gks(row, "ANIMALMICROCHIP")
if a["microchipnumber"] != "": a["microchipped"] = 1
# If an original owner is specified, create a person record
# for them and attach it to the animal as original owner
if gks(row, "ORIGINALOWNERLASTNAME") != "":
p = {}
p["title"] = gks(row, "ORIGINALOWNERTITLE")
p["initials"] = gks(row, "ORIGINALOWNERINITIALS")
p["forenames"] = gks(row, "ORIGINALOWNERFIRSTNAME")
p["surname"] = gks(row, "ORIGINALOWNERLASTNAME")
p["address"] = gks(row, "ORIGINALOWNERADDRESS")
p["town"] = gks(row, "ORIGINALOWNERCITY")
p["county"] = gks(row, "ORIGINALOWNERSTATE")
p["postcode"] = gks(row, "ORIGINALOWNERZIPCODE")
p["hometelephone"] = gks(row, "ORIGINALOWNERHOMEPHONE")
p["worktelephone"] = gks(row, "ORIGINALOWNERWORKPHONE")
p["mobiletelephone"] = gks(row, "ORIGINALOWNERCELLPHONE")
p["emailaddress"] = gks(row, "ORIGINALOWNEREMAIL")
try:
ooid = person.insert_person_from_form(dbo, p, "import")
a["originalowner"] = str(ooid)
# Identify an ORIGINALOWNERADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno,
"ORIGINALOWNERADDITIONAL",
"person", ooid)
except Exception, e:
errors.append(
(rowno, str(row), "originalowner: " + str(e)))
try:
animalid, newcode = animal.insert_animal_from_form(
dbo, a, "import")
# Identify an ANIMALADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno,
"ANIMALADDITIONAL", "animal",
animalid)
except Exception, e:
errors.append((rowno, str(row), str(e)))
def create_animal(dbo, username, wlid):
"""
Creates an animal record from a waiting list entry with the id given
"""
l = dbo.locale
a = dbo.first_row(
dbo.query("SELECT * FROM animalwaitinglist WHERE ID = ?", [wlid]))
data = {
"animalname": _("Waiting List {0}", l).format(wlid),
"markings": str(a["ANIMALDESCRIPTION"]),
"reasonforentry": str(a["REASONFORWANTINGTOPART"]),
"species": str(a["SPECIESID"]),
"hiddenanimaldetails": str(a["COMMENTS"]),
"broughtinby": str(a["OWNERID"]),
"originalowner": str(a["OWNERID"]),
"animaltype": configuration.default_type(dbo),
"breed1": configuration.default_breed(dbo),
"breed2": configuration.default_breed(dbo),
"basecolour": configuration.default_colour(dbo),
"size": configuration.default_size(dbo),
"internallocation": configuration.default_location(dbo),
"dateofbirth": python2display(l, subtract_years(now(dbo.timezone))),
"estimateddob": "1"
}
# If we aren't showing the time brought in, set it to midnight
if not configuration.add_animals_show_time_brought_in(dbo):
data["timebroughtin"] = "00:00:00"
# If we're creating shelter codes manually, we need to put something unique
# in there for now. Use the id
if configuration.manual_codes(dbo):
data["sheltercode"] = "WL" + str(wlid)
data["shortcode"] = "WL" + str(wlid)
nextid, code = animal.insert_animal_from_form(dbo,
utils.PostedData(data, l),
username)
# Now that we've created our animal, we should remove this entry from the waiting list
dbo.update(
"animalwaitinglist", wlid, {
"DateRemovedFromList": dbo.today(),
"ReasonForRemoval": _("Moved to animal record {0}", l).format(code)
}, username)
# If there were any logs and media entries on the waiting list, create them on the animal
# Media
for me in dbo.query(
"SELECT * FROM media WHERE LinkTypeID = ? AND LinkID = ?",
(media.WAITINGLIST, wlid)):
ext = me.medianame
ext = ext[ext.rfind("."):].lower()
mediaid = dbo.get_id("media")
medianame = "%d%s" % (mediaid, ext)
dbo.insert(
"media",
{
"ID": mediaid,
"DBFSID": 0,
"MediaSize": 0,
"MediaName": medianame,
"MediaMimeType": media.mime_type(medianame),
"MediaType": me.mediatype,
"MediaNotes": me.medianotes,
"WebsitePhoto": me.websitephoto,
"WebsiteVideo": me.websitevideo,
"DocPhoto": me.docphoto,
"ExcludeFromPublish": me.excludefrompublish,
# ASM2_COMPATIBILITY
"NewSinceLastPublish": 1,
"UpdatedSinceLastPublish": 0,
# ASM2_COMPATIBILITY
"LinkID": nextid,
"LinkTypeID": media.ANIMAL,
"Date": me.date,
"RetainUntil": me.retainuntil
},
generateID=False)
# Now clone the dbfs item pointed to by this media item if it's a file
if me.mediatype == media.MEDIATYPE_FILE:
filedata = dbfs.get_string(dbo, me.medianame)
dbfsid = dbfs.put_string(dbo, medianame, "/animal/%d" % nextid,
filedata)
dbo.execute(
"UPDATE media SET DBFSID = ?, MediaSize = ? WHERE ID = ?",
(dbfsid, len(filedata), mediaid))
# Logs
for lo in dbo.query("SELECT * FROM log WHERE LinkType = ? AND LinkID = ?",
(log.WAITINGLIST, wlid)):
dbo.insert(
"log", {
"LinkID": nextid,
"LinkType": log.ANIMAL,
"LogTypeID": lo.LOGTYPEID,
"Date": lo.DATE,
"Comments": lo.COMMENTS
}, username)
return nextid
def csvimport(dbo, csvdata, encoding = "utf8", user = "", createmissinglookups = False, cleartables = False, checkduplicates = False):
"""
Imports the csvdata.
createmissinglookups: If a lookup value is given that's not in our data, add it
cleartables: Clear down the animal, owner and adoption tables before import
"""
# Convert line endings to standard unix lf to prevent
# the Python CSV importer barfing.
csvdata = csvdata.replace("\r\n", "\n")
csvdata = csvdata.replace("\r", "\n")
if user == "":
user = "******"
else:
user = "******" % user
reader = None
if encoding == "utf8":
reader = utils.UnicodeCSVReader(StringIO(csvdata))
else:
reader = utils.UnicodeCSVReader(StringIO(csvdata), encoding=encoding)
# Make sure we have a valid header
cols = None
for row in reader:
cols = row
break
if cols is None:
asynctask.set_last_error(dbo, "Your CSV file is empty")
return
onevalid = False
hasanimal = False
hasanimalname = False
hasmed = False
hasvacc = False
hasperson = False
haspersonlastname = False
haspersonname = False
haslicence = False
haslicencenumber = False
hasmovement = False
hasmovementdate = False
hasdonation = False
hasdonationamount = False
hasoriginalowner = False
hasoriginalownerlastname = False
for col in cols:
if col in VALID_FIELDS: onevalid = True
if col.startswith("ANIMAL"): hasanimal = True
if col == "ANIMALNAME": hasanimalname = True
if col.startswith("ORIGINALOWNER"): hasoriginalowner = True
if col.startswith("VACCINATION"): hasvacc = True
if col.startswith("MEDICAL"): hasmed = True
if col.startswith("LICENSE"): haslicence = True
if col == "LICENSENUMBER": haslicencenumber = True
if col == "ORIGINALOWNERLASTNAME": hasoriginalownerlastname = True
if col.startswith("PERSON"): hasperson = True
if col == "PERSONLASTNAME": haspersonlastname = True
if col == "PERSONNAME": haspersonname = True
if col.startswith("MOVEMENT"): hasmovement = True
if col == "MOVEMENTDATE": hasmovementdate = True
if col.startswith("DONATION"): hasdonation = True
if col == "DONATIONAMOUNT": hasdonationamount = True
# Any valid fields?
if not onevalid:
asynctask.set_last_error(dbo, "Your CSV file did not contain any fields that ASM recognises")
return
# If we have any animal fields, make sure at least ANIMALNAME is supplied
if hasanimal and not hasanimalname:
asynctask.set_last_error(dbo, "Your CSV file has animal fields, but no ANIMALNAME column")
return
# If we have any person fields, make sure at least PERSONLASTNAME or PERSONNAME is supplied
if hasperson and not haspersonlastname and not haspersonname:
asynctask.set_last_error(dbo, "Your CSV file has person fields, but no PERSONNAME or PERSONLASTNAME column")
return
# If we have any original owner fields, make sure at least ORIGINALOWNERLASTNAME is supplied
if hasoriginalowner and not hasoriginalownerlastname:
asynctask.set_last_error(dbo, "Your CSV file has original owner fields, but no ORIGINALOWNERLASTNAME column")
return
# If we have any movement fields, make sure MOVEMENTDATE is supplied
if hasmovement and not hasmovementdate:
asynctask.set_last_error(dbo, "Your CSV file has movement fields, but no MOVEMENTDATE column")
return
# If we have any donation fields, we need an amount
if hasdonation and not hasdonationamount:
asynctask.set_last_error(dbo, "Your CSV file has donation fields, but no DONATIONAMOUNT column")
return
# We also need a valid person
if hasdonation and not (haspersonlastname or haspersonname):
asynctask.set_last_error(dbo, "Your CSV file has donation fields, but no person to apply the donation to")
return
# If we have any med fields, we need an animal
if hasmed and not hasanimal:
asynctask.set_last_error(dbo, "Your CSV file has medical fields, but no animal to apply them to")
return
# If we have any vacc fields, we need an animal
if hasvacc and not hasanimal:
asynctask.set_last_error(dbo, "Your CSV file has vaccination fields, but no animal to apply them to")
return
# If we have licence fields, we need a number
if haslicence and not haslicencenumber:
asynctask.set_last_error(dbo, "Your CSV file has license fields, but no LICENSENUMBER column")
return
# We also need a valid person
if haslicence and not (haspersonlastname or haspersonname):
asynctask.set_last_error(dbo, "Your CSV file has license fields, but no person to apply the license to")
# Read the whole CSV file into a list of maps. Note, the
# reader has a cursor at the second row already because
# we read the header in the first row above
data = []
for row in reader:
currow = {}
for i, col in enumerate(row):
if i >= len(cols): continue # skip if we run out of cols
currow[cols[i]] = col
data.append(currow)
al.debug("reading CSV data, found %d rows" % len(data), "csvimport.csvimport", dbo)
# If we're clearing down tables first, do it now
if cleartables:
al.warn("Resetting the database by removing all non-lookup data", "csvimport.csvimport", dbo)
dbupdate.reset_db(dbo)
# Now that we've read them in, go through all the rows
# and start importing.
errors = []
rowno = 1
asynctask.set_progress_max(dbo, len(data))
for row in data:
al.debug("import csv: row %d of %d" % (rowno, len(data)), "csvimport.csvimport", dbo)
asynctask.increment_progress_value(dbo)
# Should we stop?
if asynctask.get_cancel(dbo): break
# Do we have animal data to read?
animalid = 0
if hasanimal and gks(row, "ANIMALNAME") != "":
a = {}
a["animalname"] = gks(row, "ANIMALNAME")
a["sheltercode"] = gks(row, "ANIMALCODE")
a["shortcode"] = gks(row, "ANIMALCODE")
if gks(row, "ANIMALSEX") == "":
a["sex"] = "2" # Default unknown if not set
else:
a["sex"] = gks(row, "ANIMALSEX").lower().startswith("m") and "1" or "0"
a["basecolour"] = gkl(dbo, row, "ANIMALCOLOR", "basecolour", "BaseColour", createmissinglookups)
if a["basecolour"] == "0":
a["basecolour"] = str(configuration.default_colour(dbo))
a["species"] = gkl(dbo, row, "ANIMALSPECIES", "species", "SpeciesName", createmissinglookups)
if a["species"] == "0":
a["species"] = str(configuration.default_species(dbo))
a["animaltype"] = gkl(dbo, row, "ANIMALTYPE", "animaltype", "AnimalType", createmissinglookups)
if a["animaltype"] == "0":
a["animaltype"] = str(configuration.default_type(dbo))
a["breed1"] = gkbr(dbo, row, "ANIMALBREED1", a["species"], createmissinglookups)
if a["breed1"] == "0":
a["breed1"] = str(configuration.default_breed(dbo))
a["breed2"] = gkbr(dbo, row, "ANIMALBREED2", a["species"], createmissinglookups)
if a["breed2"] != "0" and a["breed2"] != a["breed1"]:
a["crossbreed"] = "on"
a["size"] = gkl(dbo, row, "ANIMALSIZE", "lksize", "Size", False)
if gks(row, "ANIMALSIZE") == "":
a["size"] = str(configuration.default_size(dbo))
a["internallocation"] = gkl(dbo, row, "ANIMALLOCATION", "internallocation", "LocationName", createmissinglookups)
if a["internallocation"] == "0":
a["internallocation"] = str(configuration.default_location(dbo))
a["unit"] = gks(row, "ANIMALUNIT")
a["comments"] = gks(row, "ANIMALCOMMENTS")
a["markings"] = gks(row, "ANIMALMARKINGS")
a["hiddenanimaldetails"] = gks(row, "ANIMALHIDDENDETAILS")
a["healthproblems"] = gks(row, "ANIMALHEALTHPROBLEMS")
a["notforadoption"] = gkbi(row, "ANIMALNOTFORADOPTION")
a["nonshelter"] = gkbi(row, "ANIMALNONSHELTER")
a["housetrained"] = gkynu(row, "ANIMALHOUSETRAINED")
a["goodwithcats"] = gkynu(row, "ANIMALGOODWITHCATS")
a["goodwithdogs"] = gkynu(row, "ANIMALGOODWITHDOGS")
a["goodwithkids"] = gkynu(row, "ANIMALGOODWITHKIDS")
a["reasonforentry"] = gks(row, "ANIMALREASONFORENTRY")
a["estimatedage"] = gks(row, "ANIMALAGE")
a["dateofbirth"] = gkd(dbo, row, "ANIMALDOB", True)
if gks(row, "ANIMALDOB") == "" and a["estimatedage"] != "":
a["dateofbirth"] = "" # if we had an age and dob was blank, prefer the age
a["datebroughtin"] = gkd(dbo, row, "ANIMALENTRYDATE", True)
a["deceaseddate"] = gkd(dbo, row, "ANIMALDECEASEDDATE")
a["neutered"] = gkbc(row, "ANIMALNEUTERED")
a["neutereddate"] = gkd(dbo, row, "ANIMALNEUTEREDDATE")
if a["neutereddate"] != "": a["neutered"] = "on"
a["microchipnumber"] = gks(row, "ANIMALMICROCHIP")
if a["microchipnumber"] != "": a["microchipped"] = "on"
a["microchipdate"] = gkd(dbo, row, "ANIMALMICROCHIPDATE")
# image data if any was supplied
imagedata = gks(row, "ANIMALIMAGE")
if imagedata.startswith("http"):
# It's a URL, get the image from the remote server
r = utils.get_image_url(imagedata, timeout=5000)
if r["status"] == 200:
al.debug("retrieved image from %s (%s bytes)" % (imagedata, len(r["response"])), "csvimport.csvimport", dbo)
imagedata = "data:image/jpeg;base64,%s" % base64.b64encode(r["response"])
else:
row_error(errors, "animal", rowno, row, "error reading image from '%s': %s" % (imagedata, r), dbo, sys.exc_info())
continue
elif imagedata.startswith("data:image"):
# It's a base64 encoded data URI - do nothing as attach_file requires it
pass
else:
# We don't know what it is, don't try and do anything with it
imagedata = ""
# If an original owner is specified, create a person record
# for them and attach it to the animal as original owner
if gks(row, "ORIGINALOWNERLASTNAME") != "":
p = {}
p["title"] = gks(row, "ORIGINALOWNERTITLE")
p["initials"] = gks(row, "ORIGINALOWNERINITIALS")
p["forenames"] = gks(row, "ORIGINALOWNERFIRSTNAME")
p["surname"] = gks(row, "ORIGINALOWNERLASTNAME")
p["address"] = gks(row, "ORIGINALOWNERADDRESS")
p["town"] = gks(row, "ORIGINALOWNERCITY")
p["county"] = gks(row, "ORIGINALOWNERSTATE")
p["postcode"] = gks(row, "ORIGINALOWNERZIPCODE")
p["jurisdiction"] = gkl(dbo, row, "ORIGINALOWNERJURISDICTION", "jurisdiction", "JurisdictionName", createmissinglookups)
p["hometelephone"] = gks(row, "ORIGINALOWNERHOMEPHONE")
p["worktelephone"] = gks(row, "ORIGINALOWNERWORKPHONE")
p["mobiletelephone"] = gks(row, "ORIGINALOWNERCELLPHONE")
p["emailaddress"] = gks(row, "ORIGINALOWNEREMAIL")
try:
if checkduplicates:
dups = person.get_person_similar(dbo, p["emailaddress"], p["surname"], p["forenames"], p["address"])
if len(dups) > 0:
a["originalowner"] = str(dups[0]["ID"])
if "originalowner" not in a:
ooid = person.insert_person_from_form(dbo, utils.PostedData(p, dbo.locale), user, geocode=False)
a["originalowner"] = str(ooid)
# Identify an ORIGINALOWNERADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno, "ORIGINALOWNERADDITIONAL", "person", ooid)
except Exception as e:
row_error(errors, "originalowner", rowno, row, e, dbo, sys.exc_info())
try:
if checkduplicates:
dup = animal.get_animal_sheltercode(dbo, a["sheltercode"])
if dup is not None:
animalid = dup["ID"]
if animalid == 0:
animalid, newcode = animal.insert_animal_from_form(dbo, utils.PostedData(a, dbo.locale), user)
# Identify any ANIMALADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno, "ANIMALADDITIONAL", "animal", animalid)
# If we have some image data, add it to the animal
if len(imagedata) > 0:
imagepost = utils.PostedData({ "filename": "image.jpg", "filetype": "image/jpeg", "filedata": imagedata }, dbo.locale)
media.attach_file_from_form(dbo, user, media.ANIMAL, animalid, imagepost)
except Exception as e:
row_error(errors, "animal", rowno, row, e, dbo, sys.exc_info())
# Person data?
personid = 0
if hasperson and (gks(row, "PERSONLASTNAME") != "" or gks(row, "PERSONNAME") != ""):
p = {}
p["ownertype"] = gks(row, "PERSONCLASS")
if p["ownertype"] != "1" and p["ownertype"] != "2":
p["ownertype"] = "1"
p["title"] = gks(row, "PERSONTITLE")
p["initials"] = gks(row, "PERSONINITIALS")
p["forenames"] = gks(row, "PERSONFIRSTNAME")
p["surname"] = gks(row, "PERSONLASTNAME")
# If we have a person name, all upto the last space is first names,
# everything after the last name
if gks(row, "PERSONNAME") != "":
pname = gks(row, "PERSONNAME")
if pname.find(" ") != -1:
p["forenames"] = pname[0:pname.rfind(" ")]
p["surname"] = pname[pname.rfind(" ")+1:]
else:
p["surname"] = pname
p["address"] = gks(row, "PERSONADDRESS")
p["town"] = gks(row, "PERSONCITY")
p["county"] = gks(row, "PERSONSTATE")
p["postcode"] = gks(row, "PERSONZIPCODE")
p["jurisdiction"] = gkl(dbo, row, "PERSONJURISDICTION", "jurisdiction", "JurisdictionName", createmissinglookups)
p["hometelephone"] = gks(row, "PERSONHOMEPHONE")
p["worktelephone"] = gks(row, "PERSONWORKPHONE")
p["mobiletelephone"] = gks(row, "PERSONCELLPHONE")
p["emailaddress"] = gks(row, "PERSONEMAIL")
p["gdprcontactoptin"] = gks(row, "PERSONGDPRCONTACTOPTIN")
flags = gks(row, "PERSONFLAGS")
if gkb(row, "PERSONFOSTERER"): flags += ",fosterer"
if gkb(row, "PERSONMEMBER"): flags += ",member"
if gkb(row, "PERSONDONOR"): flags += ",donor"
p["flags"] = flags
p["comments"] = gks(row, "PERSONCOMMENTS")
p["membershipnumber"] = gks(row, "PERSONMEMBERSHIPNUMBER")
p["membershipexpires"] = gkd(dbo, row, "PERSONMEMBERSHIPEXPIRY")
p["matchactive"] = gkbi(row, "PERSONMATCHACTIVE")
if p["matchactive"] == "1":
if "PERSONMATCHADDED" in cols: p["matchadded"] = gkd(dbo, row, "PERSONMATCHADDED")
if "PERSONMATCHEXPIRES" in cols: p["matchexpires"] = gkd(dbo, row, "PERSONMATCHEXPIRES")
if "PERSONMATCHSEX" in cols: p["matchsex"] = gks(row, "PERSONMATCHSEX").lower().startswith("m") and "1" or "0"
if "PERSONMATCHSIZE" in cols: p["matchsize"] = gkl(dbo, row, "PERSONMATCHSIZE", "lksize", "Size", False)
if "PERSONMATCHCOLOR" in cols: p["matchcolour"] = gkl(dbo, row, "PERSONMATCHCOLOR", "basecolour", "BaseColour", createmissinglookups)
if "PERSONMATCHAGEFROM" in cols: p["matchagefrom"] = gks(row, "PERSONMATCHAGEFROM")
if "PERSONMATCHAGETO" in cols: p["matchageto"] = gks(row, "PERSONMATCHAGETO")
if "PERSONMATCHTYPE" in cols: p["matchanimaltype"] = gkl(dbo, row, "PERSONMATCHTYPE", "animaltype", "AnimalType", createmissinglookups)
if "PERSONMATCHSPECIES" in cols: p["matchspecies"] = gkl(dbo, row, "PERSONMATCHSPECIES", "species", "SpeciesName", createmissinglookups)
if "PERSONMATCHBREED1" in cols: p["matchbreed"] = gkbr(dbo, row, "PERSONMATCHBREED1", p["matchspecies"], createmissinglookups)
if "PERSONMATCHBREED2" in cols: p["matchbreed2"] = gkbr(dbo, row, "PERSONMATCHBREED2", p["matchspecies"], createmissinglookups)
if "PERSONMATCHGOODWITHCATS" in cols: p["matchgoodwithcats"] = gkynu(row, "PERSONMATCHGOODWITHCATS")
if "PERSONMATCHGOODWITHDOGS" in cols: p["matchgoodwithdogs"] = gkynu(row, "PERSONMATCHGOODWITHDOGS")
if "PERSONMATCHGOODWITHCHILDREN" in cols: p["matchgoodwithchildren"] = gkynu(row, "PERSONMATCHGOODWITHCHILDREN")
if "PERSONMATCHHOUSETRAINED" in cols: p["matchhousetrained"] = gkynu(row, "PERSONMATCHHOUSETRAINED")
if "PERSONMATCHCOMMENTSCONTAIN" in cols: p["matchcommentscontain"] = gks(row, "PERSONMATCHCOMMENTSCONTAIN")
try:
if checkduplicates:
dups = person.get_person_similar(dbo, p["emailaddress"], p["surname"], p["forenames"], p["address"])
if len(dups) > 0:
personid = dups[0].ID
# Merge flags and any extra details
person.merge_flags(dbo, user, personid, flags)
person.merge_gdpr_flags(dbo, user, personid, p["gdprcontactoptin"])
# If we deduplicated on the email address, and address details are
# present, assume that they are newer than the ones we had and update them
# (we do this by setting force=True parameter to merge_person_details,
# otherwise we do a regular merge which only fills in any blanks)
person.merge_person_details(dbo, user, personid, p, force=dups[0].EMAILADDRESS == p["emailaddress"])
if personid == 0:
personid = person.insert_person_from_form(dbo, utils.PostedData(p, dbo.locale), user, geocode=False)
# Identify any PERSONADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno, "PERSONADDITIONAL", "person", personid)
except Exception as e:
row_error(errors, "person", rowno, row, e, dbo, sys.exc_info())
# Movement to tie animal/person together?
movementid = 0
if hasmovement and personid != 0 and animalid != 0 and gks(row, "MOVEMENTDATE") != "":
m = {}
m["person"] = str(personid)
m["animal"] = str(animalid)
movetype = gks(row, "MOVEMENTTYPE")
if movetype == "": movetype = "1" # Default to adoption if not supplied
m["type"] = str(movetype)
m["movementdate"] = gkd(dbo, row, "MOVEMENTDATE", True)
m["returndate"] = gkd(dbo, row, "MOVEMENTRETURNDATE")
m["comments"] = gks(row, "MOVEMENTCOMMENTS")
m["returncategory"] = str(configuration.default_entry_reason(dbo))
try:
movementid = movement.insert_movement_from_form(dbo, user, utils.PostedData(m, dbo.locale))
except Exception as e:
row_error(errors, "movement", rowno, row, e, dbo, sys.exc_info())
# Donation?
if hasdonation and personid != 0 and gkc(row, "DONATIONAMOUNT") != 0:
d = {}
d["person"] = str(personid)
d["animal"] = str(animalid)
d["movement"] = str(movementid)
d["amount"] = str(gkc(row, "DONATIONAMOUNT"))
d["fee"] = str(gkc(row, "DONATIONFEE"))
d["comments"] = gks(row, "DONATIONCOMMENTS")
d["received"] = gkd(dbo, row, "DONATIONDATE", True)
d["chequenumber"] = gks(row, "DONATIONCHECKNUMBER")
d["type"] = gkl(dbo, row, "DONATIONTYPE", "donationtype", "DonationName", createmissinglookups)
if d["type"] == "0":
d["type"] = str(configuration.default_donation_type(dbo))
d["payment"] = gkl(dbo, row, "DONATIONPAYMENT", "donationpayment", "PaymentName", createmissinglookups)
if d["payment"] == "0":
d["payment"] = "1"
try:
financial.insert_donation_from_form(dbo, user, utils.PostedData(d, dbo.locale))
except Exception as e:
row_error(errors, "payment", rowno, row, e, dbo, sys.exc_info())
if movementid != 0: movement.update_movement_donation(dbo, movementid)
# Vaccination?
if hasvacc and animalid != 0 and gks(row, "VACCINATIONDUEDATE") != "":
v = {}
v["animal"] = str(animalid)
v["type"] = gkl(dbo, row, "VACCINATIONTYPE", "vaccinationtype", "VaccinationType", createmissinglookups)
if v["type"] == "0":
v["type"] = str(configuration.default_vaccination_type(dbo))
v["required"] = gkd(dbo, row, "VACCINATIONDUEDATE", True)
v["given"] = gkd(dbo, row, "VACCINATIONGIVENDATE")
v["expires"] = gkd(dbo, row, "VACCINATIONEXPIRESDATE")
v["batchnumber"] = gks(row, "VACCINATIONBATCHNUMBER")
v["manufacturer"] = gks(row, "VACCINATIONMANUFACTURER")
v["comments"] = gks(row, "VACCINATIONCOMMENTS")
try:
medical.insert_vaccination_from_form(dbo, user, utils.PostedData(v, dbo.locale))
except Exception as e:
row_error(errors, "vaccination", rowno, row, e, dbo, sys.exc_info())
# Medical?
if hasmed and animalid != 0 and gks(row, "MEDICALGIVENDATE") != "" and gks(row, "MEDICALNAME") != "":
m = {}
m["animal"] = str(animalid)
m["treatmentname"] = gks(row, "MEDICALNAME")
m["dosage"] = gks(row, "MEDICALDOSAGE")
m["startdate"] = gkd(dbo, row, "MEDICALGIVENDATE")
m["comments"] = gks(row, "MEDICALCOMMENTS")
m["singlemulti"] = "0" # single treatment
m["status"] = "2" # completed
try:
medical.insert_regimen_from_form(dbo, user, utils.PostedData(m, dbo.locale))
except Exception as e:
row_error(errors, "medical", rowno, row, e, dbo, sys.exc_info())
# License?
if haslicence and personid != 0 and gks(row, "LICENSENUMBER") != "":
l = {}
l["person"] = str(personid)
l["animal"] = str(animalid)
l["type"] = gkl(dbo, row, "LICENSETYPE", "licencetype", "LicenceTypeName", createmissinglookups)
if l["type"] == "0": l["type"] = 1
l["number"] = gks(row, "LICENSENUMBER")
l["fee"] = str(gkc(row, "LICENSEFEE"))
l["issuedate"] = gkd(dbo, row, "LICENSEISSUEDATE")
l["expirydate"] = gkd(dbo, row, "LICENSEEXPIRESDATE")
l["comments"] = gks(row, "LICENSECOMMENTS")
try:
financial.insert_licence_from_form(dbo, user, utils.PostedData(l, dbo.locale))
except Exception as e:
row_error(errors, "license", rowno, row, e, dbo, sys.exc_info())
rowno += 1
h = [ "<p>%d success, %d errors</p><table>" % (len(data) - len(errors), len(errors)) ]
for rowno, row, err in errors:
h.append("<tr><td>%s</td><td>%s</td><td>%s</td></tr>" % (rowno, row, err))
h.append("</table>")
return "".join(h)
def guess_breed(dbo, s):
""" Guesses a breed, returns the default if no match is found """
s = str(s).lower()
guess = db.query_int(dbo, "SELECT ID FROM breed WHERE LOWER(BreedName) LIKE '%" + db.escape(s) + "%'")
if guess != 0: return guess
return configuration.default_breed(dbo)
def handler_addanimal(l, homelink, dbo):
h = []
h.append(header(l))
h.append(jqm_page_header("animaladd", _("Add Animal", l), homelink))
h.append(jqm_form("animalform"))
h.append(jqm_hidden("posttype", "aa"))
h.append(
jqm_fieldcontain("animalname", _("Name", l), jqm_text("animalname")))
h.append(
jqm_fieldcontain("estimatedage", _("Age", l),
jqm_text("estimatedage", "1.0")))
h.append(
jqm_fieldcontain("sex", _("Sex", l),
jqm_select("sex", html.options_sexes(dbo))))
h.append(
jqm_fieldcontain(
"animaltype", _("Type", l),
jqm_select(
"animaltype",
html.options_animal_types(dbo, False,
configuration.default_type(dbo)))))
h.append(
jqm_fieldcontain(
"species", _("Species", l),
jqm_select(
"species",
html.options_species(dbo, False,
configuration.default_species(dbo)))))
h.append(
jqm_fieldcontain(
"breed1", _("Breed", l),
jqm_select(
"breed1",
html.options_breeds(dbo, False,
configuration.default_breed(dbo)))))
h.append(
jqm_fieldcontain(
"basecolour", _("Color", l),
jqm_select(
"basecolour",
html.options_colours(dbo, False,
configuration.default_colour(dbo)))))
h.append(
jqm_fieldcontain(
"internallocation", _("Location", l),
jqm_select(
"internallocation",
html.options_internal_locations(
dbo, False, configuration.default_location(dbo)))))
h.append(jqm_fieldcontain("unit", _("Unit", l), jqm_text("unit")))
h.append(
jqm_fieldcontain(
"size", _("Size", l),
jqm_select(
"size",
html.options_sizes(dbo, False,
configuration.default_size(dbo)))))
h.append(jqm_submit(_("Add Animal", l)))
h.append(jqm_form_end())
h.append(jqm_page_footer())
h.append("</body></html>")
return "\n".join(h)
def csvimport(dbo, csvdata, createmissinglookups = False, cleartables = False):
"""
Imports the csvdata.
createmissinglookups: If a lookup value is given that's not in our data, add it
cleartables: Clear down the animal, owner and adoption tables before import
"""
reader = csv.reader(StringIO(csvdata), dialect="excel")
# Make sure we have a valid header
cols = None
for row in reader:
cols = row
break
if cols is None:
raise utils.ASMValidationError("Your CSV file is empty")
onevalid = False
hasanimal = False
hasanimalname = False
hasperson = False
haspersonlastname = False
haspersonname = False
hasmovement = False
hasmovementdate = False
hasdonation = False
hasdonationamount = False
hasoriginalowner = False
hasoriginalownerlastname = False
for col in cols:
if col in VALID_FIELDS: onevalid = True
if col.startswith("ANIMAL"): hasanimal = True
if col == "ANIMALNAME": hasanimalname = True
if col.startswith("ORIGINALOWNER"): hasoriginalowner = True
if col == "ORIGINALOWNERLASTNAME": hasoriginalownerlastname = True
if col.startswith("PERSON"): hasperson = True
if col == "PERSONLASTNAME": haspersonlastname = True
if col == "PERSONNAME": haspersonname = True
if col.startswith("MOVEMENT"): hasmovement = True
if col == "MOVEMENTDATE": hasmovementdate = True
if col.startswith("DONATION"): hasdonation = True
if col == "DONATIONAMOUNT": hasdonationamount = True
# Any valid fields?
if not onevalid:
raise utils.ASMValidationError("Your CSV file did not contain any fields that ASM recognises")
# If we have any animal fields, make sure at least ANIMALNAME is supplied
if hasanimal and not hasanimalname:
raise utils.ASMValidationError("Your CSV file has animal fields, but no ANIMALNAME column")
# If we have any person fields, make sure at least PERSONLASTNAME or PERSONNAME is supplied
if hasperson and not haspersonlastname and not haspersonname:
raise utils.ASMValidationError("Your CSV file has person fields, but no PERSONNAME or PERSONLASTNAME column")
# If we have any original owner fields, make sure at least ORIGINALOWNERLASTNAME is supplied
if hasoriginalowner and not hasoriginalownerlastname:
raise utils.ASMValidationError("Your CSV file has original owner fields, but no ORIGINALOWNERLASTNAME column")
# If we have any movement fields, make sure MOVEMENTDATE is supplied
if hasmovement and not hasmovementdate:
raise utils.ASMValidationError("Your CSV file has movement fields, but no MOVEMENTDATE column")
# If we have any donation fields, we need an amount
if hasdonation and not hasdonationamount:
raise utils.ASMValidationError("Your CSV file has donation fields, but no DONATIONAMOUNT column")
# We also need a valid person
if hasdonation and not (haspersonlastname or haspersonname):
raise utils.ASMValidationError("Your CSV file has donation fields, but no person to apply the donation to")
# Read the whole CSV file into a list of maps. Note, the
# reader has a cursor at the second row already because
# we read the header in the first row above
data = []
for row in reader:
currow = {}
for i, col in enumerate(row):
currow[cols[i]] = col
data.append(currow)
# If we're clearing down tables first, do it now
if cleartables:
db.execute(dbo, "DELETE FROM adoption")
db.execute(dbo, "DELETE FROM animal")
db.execute(dbo, "DELETE FROM owner")
db.execute(dbo, "DELETE FROM ownerdonation")
# Now that we've read them in, go through all the rows
# and start importing.
errors = []
rowno = 1
for row in data:
# Do we have animal data to read?
animalid = 0
if hasanimal and gks(row, "ANIMALNAME") != "":
a = {}
a["animalname"] = gks(row, "ANIMALNAME")
a["sheltercode"] = gks(row, "ANIMALCODE")
a["shortcode"] = gks(row, "ANIMALCODE")
if gks(row, "ANIMALSEX") == "":
a["sex"] = "2" # Default unknown if not set
else:
a["sex"] = gks(row, "ANIMALSEX").lower().startswith("m") and "1" or "0"
a["breed1"] = gkl(dbo, row, "ANIMALBREED1", "breed", "BreedName", createmissinglookups)
if a["breed1"] == "0":
a["breed1"] = str(configuration.default_breed(dbo))
a["breed2"] = gkl(dbo, row, "ANIMALBREED2", "breed", "BreedName", createmissinglookups)
if a["breed2"] != "0" and a["breed2"] != a["breed1"]:
a["crossbreed"] = "on"
a["basecolour"] = gkl(dbo, row, "ANIMALCOLOR", "basecolour", "BaseColour", createmissinglookups)
if a["basecolour"] == "0":
a["basecolour"] = str(configuration.default_colour(dbo))
a["species"] = gkl(dbo, row, "ANIMALSPECIES", "species", "SpeciesName", createmissinglookups)
if a["species"] == "0":
a["species"] = str(configuration.default_species(dbo))
a["animaltype"] = gkl(dbo, row, "ANIMALTYPE", "animaltype", "AnimalType", createmissinglookups)
if a["animaltype"] == "0":
a["animaltype"] = str(configuration.default_type(dbo))
a["size"] = str(configuration.default_size(dbo))
a["internallocation"] = gkl(dbo, row, "ANIMALLOCATION", "internallocation", "LocationName", createmissinglookups)
if a["internallocation"] == "0":
a["internallocation"] = str(configuration.default_location(dbo))
a["comments"] = gks(row, "ANIMALCOMMENTS")
a["hiddenanimaldetails"] = gks(row, "ANIMALHIDDENDETAILS")
a["healthproblems"] = gks(row, "ANIMALHEALTHPROBLEMS")
a["notforadoption"] = gkbi(row, "ANIMALNOTFORADOPTION")
a["housetrained"] = gkynu(row, "ANIMALHOUSETRAINED")
a["goodwithcats"] = gkynu(row, "ANIMALGOODWITHCATS")
a["goodwithdogs"] = gkynu(row, "ANIMALGOODWITHDOGS")
a["goodwithkids"] = gkynu(row, "ANIMALGOODWITHKIDS")
a["reasonforentry"] = gks(row, "ANIMALREASONFORENTRY")
a["estimatedage"] = gks(row, "ANIMALAGE")
a["dateofbirth"] = gkd(dbo, row, "ANIMALDOB")
a["datebroughtin"] = gkd(dbo, row, "ANIMALENTRYDATE", True)
a["deceaseddate"] = gkd(dbo, row, "ANIMALDECEASEDDATE")
a["neutereddate"] = gkd(dbo, row, "ANIMALNEUTEREDDATE")
if a["neutereddate"] != "": a["neutered"] = 1
a["microchipnumber"] = gks(row, "ANIMALMICROCHIP")
if a["microchipnumber"] != "": a["microchipped"] = 1
# If an original owner is specified, create a person record
# for them and attach it to the animal as original owner
if gks(row, "ORIGINALOWNERLASTNAME") != "":
p = {}
p["title"] = gks(row, "ORIGINALOWNERTITLE")
p["initials"] = gks(row, "ORIGINALOWNERINITIALS")
p["forenames"] = gks(row, "ORIGINALOWNERFIRSTNAME")
p["surname"] = gks(row, "ORIGINALOWNERLASTNAME")
p["address"] = gks(row, "ORIGINALOWNERADDRESS")
p["town"] = gks(row, "ORIGINALOWNERCITY")
p["county"] = gks(row, "ORIGINALOWNERSTATE")
p["postcode"] = gks(row, "ORIGINALOWNERZIPCODE")
p["hometelephone"] = gks(row, "ORIGINALOWNERHOMEPHONE")
p["worktelephone"] = gks(row, "ORIGINALOWNERWORKPHONE")
p["mobiletelephone"] = gks(row, "ORIGINALOWNERCELLPHONE")
p["emailaddress"] = gks(row, "ORIGINALOWNEREMAIL")
try:
ooid = person.insert_person_from_form(dbo, p, "import")
a["originalowner"] = str(ooid)
# Identify an ORIGINALOWNERADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno, "ORIGINALOWNERADDITIONAL", "person", ooid)
except Exception,e:
errors.append( (rowno, str(row), "originalowner: " + str(e)) )
try:
animalid, newcode = animal.insert_animal_from_form(dbo, a, "import")
# Identify an ANIMALADDITIONAL additional fields and create them
create_additional_fields(dbo, row, errors, rowno, "ANIMALADDITIONAL", "animal", animalid)
except Exception,e:
errors.append( (rowno, str(row), str(e)) )
