def execute_diary_task(dbo, username, tasktype, taskid, linkid, selecteddate):
"""
Runs a diary task
tasktype: ANIMAL or PERSON
taskid: The ID of the diarytaskhead record to run
linkid: The ID of the animal or person to run against
selecteddate: If the task has any detail records with a pivot of 0, the date to supply (as python date)
"""
def fix(s):
return s.replace("<", "<").replace(">", ">")
rollingdate = dbo.today()
dtd = dbo.query(
"SELECT * FROM diarytaskdetail WHERE DiaryTaskHeadID = ? ORDER BY OrderIndex",
[taskid])
tags = {}
linktype = ANIMAL
if tasktype == "ANIMAL":
linktype = ANIMAL
tags = wordprocessor.animal_tags(dbo,
animal.get_animal(dbo, int(linkid)))
elif tasktype == "PERSON":
linktype = PERSON
tags = wordprocessor.person_tags(dbo,
person.get_person(dbo, int(linkid)))
for d in dtd:
if d["DAYPIVOT"] == 9999:
rollingdate = selecteddate
else:
rollingdate = i18n.add_days(rollingdate, int(d["DAYPIVOT"]))
insert_diary(dbo, username, linktype, int(linkid), rollingdate, \
d["WHOFOR"], \
wordprocessor.substitute_tags(fix(d["SUBJECT"]), tags, True), \
wordprocessor.substitute_tags(fix(d["NOTE"]), tags, True))
def execute_diary_task(dbo, username, tasktype, taskid, linkid, selecteddate):
"""
Runs a diary task
tasktype: ANIMAL or PERSON
taskid: The ID of the diarytaskhead record to run
linkid: The ID of the animal or person to run against
selecteddate: If the task has any detail records with a pivot of 0, the date to supply (as python date)
"""
def fix(s):
return s.replace("<", "<").replace(">", ">")
rollingdate = i18n.now(dbo.timezone)
dtd = db.query(dbo, "SELECT * FROM diarytaskdetail WHERE DiaryTaskHeadID = %d ORDER BY ID" % int(taskid))
tags = {}
linktype = ANIMAL
if tasktype == "ANIMAL":
linktype = ANIMAL
tags = wordprocessor.animal_tags(dbo, animal.get_animal(dbo, int(linkid)))
elif tasktype == "PERSON":
linktype = PERSON
tags = wordprocessor.person_tags(dbo, person.get_person(dbo, int(linkid)))
for d in dtd:
if d["DAYPIVOT"] == 9999:
rollingdate = selecteddate
else:
rollingdate = i18n.add_days(rollingdate, int(d["DAYPIVOT"]))
insert_diary(dbo, username, linktype, int(linkid), rollingdate, \
d["WHOFOR"], \
wordprocessor.substitute_tags(fix(d["SUBJECT"]), tags, True), \
wordprocessor.substitute_tags(fix(d["NOTE"]), tags, True))
def generate_person_doc(dbo, template, personid, username):
"""
Generates a person document from a template
template: The path/name of the template to use
personid: The person to generate for
"""
s = dbfs.get_string_id(dbo, template)
p = person.get_person(dbo, personid)
if p is None: raise utils.ASMValidationError("%d is not a valid person ID" % personid)
tags = person_tags(dbo, p)
tags = append_tags(tags, org_tags(dbo, username))
s = substitute_tags(s, tags)
return s
def generate_donation_doc(dbo, template, donationid, username):
"""
Generates a donation document from a template
template: The path/name of the template to use
donationid: The donation to generate for
"""
s = dbfs.get_string_id(dbo, template)
d = financial.get_donation(dbo, donationid)
if d is None: raise utils.ASMValidationError("%d is not a valid donation ID" % donationid)
tags = donation_tags(dbo, d)
tags = append_tags(tags, person_tags(dbo, person.get_person(dbo, int(d["OWNERID"]))))
if d["ANIMALID"] is not None and d["ANIMALID"] != 0:
tags = append_tags(tags, animal_tags(dbo, animal.get_animal(dbo, d["ANIMALID"])))
tags = append_tags(tags, org_tags(dbo, username))
s = substitute_tags(s, tags)
return s
def generate_animal_doc(dbo, template, animalid, username):
"""
Generates an animal document from a template using animal keys and
(if a currentowner is available) person keys
template: The path/name of the template to use
animalid: The animal to generate for
"""
s = dbfs.get_string_id(dbo, template)
a = animal.get_animal(dbo, animalid)
if a is None: raise utils.ASMValidationError("%d is not a valid animal ID" % animalid)
tags = animal_tags(dbo, a)
if a["CURRENTOWNERID"] is not None and a["CURRENTOWNERID"] != 0:
tags = append_tags(tags, person_tags(dbo, person.get_person(dbo, int(a["CURRENTOWNERID"]))))
tags = append_tags(tags, org_tags(dbo, username))
s = substitute_tags(s, tags)
return s
def test_get_person(self):
person.get_person(base.get_dbo(), self.nid)
def test_get_person(self):
person.get_person(base.get_dbo(), self.nid)
def animal_tags(dbo, a):
"""
Generates a list of tags from an animal result (the deep type from
calling animal.get_animal)
"""
l = dbo.locale
displaydob = python2display(l, a["DATEOFBIRTH"])
displayage = a["ANIMALAGE"]
estimate = ""
if a["ESTIMATEDDOB"] == 1:
displaydob = a["AGEGROUP"]
displayage = a["AGEGROUP"]
estimate = _("estimate", l)
tags = {
"ANIMALNAME" : a["ANIMALNAME"],
"ANIMALTYPENAME" : a["ANIMALTYPENAME"],
"BASECOLOURNAME" : a["BASECOLOURNAME"],
"BASECOLORNAME" : a["BASECOLOURNAME"],
"BREEDNAME" : a["BREEDNAME"],
"INTERNALLOCATION" : a["SHELTERLOCATIONNAME"],
"LOCATIONUNIT" : a["SHELTERLOCATIONUNIT"],
"COATTYPE" : a["COATTYPENAME"],
"HEALTHPROBLEMS" : a["HEALTHPROBLEMS"],
"ANIMALCREATEDBY" : a["CREATEDBY"],
"ANIMALCREATEDDATE" : python2display(l, a["CREATEDDATE"]),
"DATEBROUGHTIN" : python2display(l, a["DATEBROUGHTIN"]),
"DATEOFBIRTH" : python2display(l, a["DATEOFBIRTH"]),
"AGEGROUP" : a["AGEGROUP"],
"DISPLAYDOB" : displaydob,
"DISPLAYAGE" : displayage,
"ESTIMATEDDOB" : estimate,
"ANIMALID" : str(a["ID"]),
"IDENTICHIPNUMBER" : a["IDENTICHIPNUMBER"],
"IDENTICHIPPED" : a["IDENTICHIPPEDNAME"],
"IDENTICHIPPEDDATE" : python2display(l, a["IDENTICHIPDATE"]),
"MICROCHIPNUMBER" : a["IDENTICHIPNUMBER"],
"MICROCHIPPED" : a["IDENTICHIPPEDNAME"],
"MICROCHIPDATE" : python2display(l, a["IDENTICHIPDATE"]),
"TATTOO" : a["TATTOONAME"],
"TATTOODATE" : python2display(l, a["TATTOODATE"]),
"TATTOONUMBER" : a["TATTOONUMBER"],
"COMBITESTED" : a["COMBITESTEDNAME"],
"FIVLTESTED" : a["COMBITESTEDNAME"],
"COMBITESTDATE" : python2display(l, a["COMBITESTDATE"]),
"FIVLTESTDATE" : python2display(l, a["COMBITESTDATE"]),
"COMBITESTRESULT" : a["COMBITESTRESULTNAME"],
"FIVTESTRESULT" : a["COMBITESTRESULTNAME"],
"FIVRESULT" : a["COMBITESTRESULTNAME"],
"FLVTESTRESULT" : a["FLVRESULTNAME"],
"FLVRESULT" : a["FLVRESULTNAME"],
"HEARTWORMTESTED" : a["HEARTWORMTESTEDNAME"],
"HEARTWORMTESTDATE" : python2display(l, a["HEARTWORMTESTDATE"]),
"HEARTWORMTESTRESULT" : a["HEARTWORMTESTRESULTNAME"],
"HIDDENANIMALDETAILS" : a["HIDDENANIMALDETAILS"],
"ANIMALLASTCHANGEDBY" : a["LASTCHANGEDBY"],
"ANIMALLASTCHANGEDDATE" : python2display(l, a["LASTCHANGEDDATE"]),
"MARKINGS" : a["MARKINGS"],
"DECLAWED" : a["DECLAWEDNAME"],
"RABIESTAG" : a["RABIESTAG"],
"GOODWITHCATS" : a["ISGOODWITHCATSNAME"],
"GOODWITHDOGS" : a["ISGOODWITHDOGSNAME"],
"GOODWITHCHILDREN" : a["ISGOODWITHCHILDRENNAME"],
"HOUSETRAINED" : a["ISHOUSETRAINEDNAME"],
"NAMEOFPERSONBROUGHTANIMALIN" : a["BROUGHTINBYOWNERNAME"],
"ADDRESSOFPERSONBROUGHTANIMALIN" : a["BROUGHTINBYOWNERADDRESS"],
"TOWNOFPERSONBROUGHTANIMALIN" : a["BROUGHTINBYOWNERTOWN"],
"COUNTYOFPERSONBROUGHTANIMALIN": a["BROUGHTINBYOWNERCOUNTY"],
"POSTCODEOFPERSONBROUGHTIN": a["BROUGHTINBYOWNERPOSTCODE"],
"CITYOFPERSONBROUGHTANIMALIN" : a["BROUGHTINBYOWNERTOWN"],
"STATEOFPERSONBROUGHTANIMALIN": a["BROUGHTINBYOWNERCOUNTY"],
"ZIPCODEOFPERSONBROUGHTIN": a["BROUGHTINBYOWNERPOSTCODE"],
"BROUGHTINBYNAME" : a["BROUGHTINBYOWNERNAME"],
"BROUGHTINBYADDRESS" : a["BROUGHTINBYOWNERADDRESS"],
"BROUGHTINBYTOWN" : a["BROUGHTINBYOWNERTOWN"],
"BROUGHTINBYCOUNTY" : a["BROUGHTINBYOWNERCOUNTY"],
"BROUGHTINBYPOSTCODE" : a["BROUGHTINBYOWNERPOSTCODE"],
"BROUGHTINBYCITY" : a["BROUGHTINBYOWNERTOWN"],
"BROUGHTINBYSTATE" : a["BROUGHTINBYOWNERCOUNTY"],
"BROUGHTINBYZIPCODE" : a["BROUGHTINBYOWNERPOSTCODE"],
"BROUGHTINBYHOMEPHONE" : a["BROUGHTINBYHOMETELEPHONE"],
"BROUGHTINBYPHONE" : a["BROUGHTINBYHOMETELEPHONE"],
"BROUGHTINBYWORKPHONE" : a["BROUGHTINBYWORKTELEPHONE"],
"BROUGHTINBYMOBILEPHONE" : a["BROUGHTINBYMOBILETELEPHONE"],
"BROUGHTINBYCELLPHONE" : a["BROUGHTINBYMOBILETELEPHONE"],
"BROUGHTINBYEMAIL" : a["BROUGHTINBYEMAILADDRESS"],
"NAMEOFOWNERSVET" : a["OWNERSVETNAME"],
"NAMEOFCURRENTVET" : a["CURRENTVETNAME"],
"HASSPECIALNEEDS" : a["HASSPECIALNEEDSNAME"],
"NEUTERED" : a["NEUTEREDNAME"],
"FIXED" : a["NEUTEREDNAME"],
"ALTERED" : a["NEUTEREDNAME"],
"NEUTEREDDATE" : python2display(l, a["NEUTEREDDATE"]),
"FIXEDDATE" : python2display(l, a["NEUTEREDDATE"]),
"ALTEREDDATE" : python2display(l, a["NEUTEREDDATE"]),
"ORIGINALOWNERNAME" : a["ORIGINALOWNERNAME"],
"ORIGINALOWNERADDRESS" : a["ORIGINALOWNERADDRESS"],
"ORIGINALOWNERTOWN" : a["ORIGINALOWNERTOWN"],
"ORIGINALOWNERCOUNTY" : a["ORIGINALOWNERCOUNTY"],
"ORIGINALOWNERPOSTCODE" : a["ORIGINALOWNERPOSTCODE"],
"ORIGINALOWNERCITY" : a["ORIGINALOWNERTOWN"],
"ORIGINALOWNERSTATE" : a["ORIGINALOWNERCOUNTY"],
"ORIGINALOWNERZIPCODE" : a["ORIGINALOWNERPOSTCODE"],
"ORIGINALOWNERHOMEPHONE" : a["ORIGINALOWNERHOMETELEPHONE"],
"ORIGINALOWNERPHONE" : a["ORIGINALOWNERHOMETELEPHONE"],
"ORIGINALOWNERWORKPHONE" : a["ORIGINALOWNERWORKTELEPHONE"],
"ORIGINALOWNERMOBILEPHONE" : a["ORIGINALOWNERMOBILETELEPHONE"],
"ORIGINALOWNERCELLPHONE" : a["ORIGINALOWNERMOBILETELEPHONE"],
"ORIGINALOWNEREMAIL" : a["ORIGINALOWNEREMAILADDRESS"],
"CURRENTOWNERNAME" : a["CURRENTOWNERNAME"],
"CURRENTOWNERADDRESS" : a["CURRENTOWNERADDRESS"],
"CURRENTOWNERTOWN" : a["CURRENTOWNERTOWN"],
"CURRENTOWNERCOUNTY" : a["CURRENTOWNERCOUNTY"],
"CURRENTOWNERPOSTCODE" : a["CURRENTOWNERPOSTCODE"],
"CURRENTOWNERCITY" : a["CURRENTOWNERTOWN"],
"CURRENTOWNERSTATE" : a["CURRENTOWNERCOUNTY"],
"CURRENTOWNERZIPCODE" : a["CURRENTOWNERPOSTCODE"],
"CURRENTOWNERHOMEPHONE" : a["CURRENTOWNERHOMETELEPHONE"],
"CURRENTOWNERPHONE" : a["CURRENTOWNERHOMETELEPHONE"],
"CURRENTOWNERWORKPHONE" : a["CURRENTOWNERWORKTELEPHONE"],
"CURRENTOWNERMOBILEPHONE" : a["CURRENTOWNERMOBILETELEPHONE"],
"CURRENTOWNERCELLPHONE" : a["CURRENTOWNERMOBILETELEPHONE"],
"CURRENTOWNEREMAIL" : a["CURRENTOWNEREMAILADDRESS"],
"CURRENTVETNAME" : a["CURRENTVETNAME"],
"CURRENTVETADDRESS" : a["CURRENTVETADDRESS"],
"CURRENTVETTOWN" : a["CURRENTVETTOWN"],
"CURRENTVETCOUNTY" : a["CURRENTVETCOUNTY"],
"CURRENTVETPOSTCODE" : a["CURRENTVETPOSTCODE"],
"CURRENTVETCITY" : a["CURRENTVETTOWN"],
"CURRENTVETSTATE" : a["CURRENTVETCOUNTY"],
"CURRENTVETZIPCODE" : a["CURRENTVETPOSTCODE"],
"CURRENTVETPHONE" : a["CURRENTVETWORKTELEPHONE"],
"OWNERSVETNAME" : a["OWNERSVETNAME"],
"OWNERSVETADDRESS" : a["OWNERSVETADDRESS"],
"OWNERSVETTOWN" : a["OWNERSVETTOWN"],
"OWNERSVETCOUNTY" : a["OWNERSVETCOUNTY"],
"OWNERSVETPOSTCODE" : a["OWNERSVETPOSTCODE"],
"OWNERSVETCITY" : a["OWNERSVETTOWN"],
"OWNERSVETSTATE" : a["OWNERSVETCOUNTY"],
"OWNERSVETZIPCODE" : a["OWNERSVETPOSTCODE"],
"OWNERSVETPHONE" : a["OWNERSVETWORKTELEPHONE"],
"RESERVEDOWNERNAME" : a["RESERVEDOWNERNAME"],
"RESERVEDOWNERADDRESS" : a["RESERVEDOWNERADDRESS"],
"RESERVEDOWNERTOWN" : a["RESERVEDOWNERTOWN"],
"RESERVEDOWNERCOUNTY" : a["RESERVEDOWNERCOUNTY"],
"RESERVEDOWNERPOSTCODE" : a["RESERVEDOWNERPOSTCODE"],
"RESERVEDOWNERCITY" : a["RESERVEDOWNERTOWN"],
"RESERVEDOWNERSTATE" : a["RESERVEDOWNERCOUNTY"],
"RESERVEDOWNERZIPCODE" : a["RESERVEDOWNERPOSTCODE"],
"RESERVEDOWNERHOMEPHONE" : a["RESERVEDOWNERHOMETELEPHONE"],
"RESERVEDOWNERPHONE" : a["RESERVEDOWNERHOMETELEPHONE"],
"RESERVEDOWNERWORKPHONE" : a["RESERVEDOWNERWORKTELEPHONE"],
"RESERVEDOWNERMOBILEPHONE" : a["RESERVEDOWNERMOBILETELEPHONE"],
"RESERVEDOWNERCELLPHONE" : a["RESERVEDOWNERMOBILETELEPHONE"],
"RESERVEDOWNEREMAIL" : a["RESERVEDOWNEREMAILADDRESS"],
"ENTRYCATEGORY" : a["ENTRYREASONNAME"],
"REASONFORENTRY" : a["REASONFORENTRY"],
"REASONNOTBROUGHTBYOWNER" : a["REASONNO"],
"SEX" : a["SEXNAME"],
"SIZE" : a["SIZENAME"],
"SPECIESNAME" : a["SPECIESNAME"],
"ANIMALCOMMENTS" : a["ANIMALCOMMENTS"],
"SHELTERCODE" : a["SHELTERCODE"],
"AGE" : a["ANIMALAGE"],
"ACCEPTANCENUMBER" : a["ACCEPTANCENUMBER"],
"LITTERID" : a["ACCEPTANCENUMBER"],
"DECEASEDDATE" : python2display(l, a["DECEASEDDATE"]),
"DECEASEDNOTES" : a["PTSREASON"],
"DECEASEDCATEGORY" : a["PTSREASONNAME"],
"SHORTSHELTERCODE" : a["SHORTCODE"],
"MOSTRECENTENTRY" : python2display(l, a["MOSTRECENTENTRYDATE"]),
"TIMEONSHELTER" : a["TIMEONSHELTER"],
"WEBMEDIAFILENAME" : a["WEBSITEMEDIANAME"],
"WEBSITEMEDIANAME" : a["WEBSITEMEDIANAME"],
"WEBSITEVIDEOURL" : a["WEBSITEVIDEOURL"],
"WEBSITEVIDEONOTES" : a["WEBSITEVIDEONOTES"],
"WEBMEDIANOTES" : a["WEBSITEMEDIANOTES"],
"WEBSITEMEDIANOTES" : a["WEBSITEMEDIANOTES"],
"DOCUMENTIMGLINK" : "<img height=\"200\" src=\"" + html.img_src(a, "animal") + "\" >",
"DOCUMENTIMGTHUMBLINK" : "<img src=\"" + html.thumbnail_img_src(a, "animalthumb") + "\" />",
"DOCUMENTQRLINK" : "<img src=\"http://chart.apis.google.com/chart?cht=qr&chl=%s&chs=150x150\" />" % (BASE_URL + "/animal?id=%s" % a["ID"]),
"ANIMALONSHELTER" : yes_no(l, a["ARCHIVED"] == 0),
"ANIMALISRESERVED" : yes_no(l, a["HASACTIVERESERVE"] == 1),
"ADOPTIONID" : a["ACTIVEMOVEMENTADOPTIONNUMBER"],
"ADOPTIONNUMBER" : a["ACTIVEMOVEMENTADOPTIONNUMBER"],
"INSURANCENUMBER" : a["ACTIVEMOVEMENTINSURANCENUMBER"],
"RESERVATIONDATE" : python2display(l, a["ACTIVEMOVEMENTRESERVATIONDATE"]),
"RETURNDATE" : python2display(l, a["ACTIVEMOVEMENTRETURNDATE"]),
"ADOPTIONDATE" : python2display(l, a["ACTIVEMOVEMENTDATE"]),
"FOSTEREDDATE" : python2display(l, a["ACTIVEMOVEMENTDATE"]),
"TRANSFERDATE" : python2display(l, a["ACTIVEMOVEMENTDATE"]),
"MOVEMENTDATE" : python2display(l, a["ACTIVEMOVEMENTDATE"]),
"MOVEMENTTYPE" : a["ACTIVEMOVEMENTTYPENAME"],
"ADOPTIONDONATION" : format_currency_no_symbol(l, a["ACTIVEMOVEMENTDONATION"]),
"ADOPTIONCREATEDBY" : a["ACTIVEMOVEMENTCREATEDBY"],
"ADOPTIONCREATEDBYNAME" : a["ACTIVEMOVEMENTCREATEDBYNAME"],
"ADOPTIONCREATEDDATE" : python2display(l, a["ACTIVEMOVEMENTCREATEDDATE"]),
"ADOPTIONLASTCHANGEDBY" : a["ACTIVEMOVEMENTLASTCHANGEDBY"],
"ADOPTIONLASTCHANGEDDATE" : python2display(l, a["ACTIVEMOVEMENTLASTCHANGEDDATE"])
}
# Set original owner to be current owner on non-shelter animals
if a["NONSHELTERANIMAL"] == 1 and a["ORIGINALOWNERNAME"] is not None and a["ORIGINALOWNERNAME"] != "":
tags["CURRENTOWNERNAME"] = a["ORIGINALOWNERNAME"]
tags["CURRENTOWNERADDRESS"] = a["ORIGINALOWNERADDRESS"]
tags["CURRENTOWNERTOWN"] = a["ORIGINALOWNERTOWN"]
tags["CURRENTOWNERCOUNTY"] = a["ORIGINALOWNERCOUNTY"]
tags["CURRENTOWNERPOSTCODE"] = a["ORIGINALOWNERPOSTCODE"]
tags["CURRENTOWNERCITY"] = a["ORIGINALOWNERTOWN"]
tags["CURRENTOWNERSTATE"] = a["ORIGINALOWNERCOUNTY"]
tags["CURRENTOWNERZIPCODE"] = a["ORIGINALOWNERPOSTCODE"]
tags["CURRENTOWNERHOMEPHONE"] = a["ORIGINALOWNERHOMETELEPHONE"]
tags["CURRENTOWNERPHONE"] = a["ORIGINALOWNERHOMETELEPHONE"]
tags["CURRENTOWNERWORKPHONE"] = a["ORIGINALOWNERWORKTELEPHONE"]
tags["CURRENTOWNERMOBILEPHONE"] = a["ORIGINALOWNERMOBILETELEPHONE"]
tags["CURRENTOWNERCELLPHONE"] = a["ORIGINALOWNERMOBILETELEPHONE"]
tags["CURRENTOWNEREMAIL"] = a["ORIGINALOWNEREMAILADDRESS"]
# If the animal doesn't have a current owner, but does have an open
# movement with a future date on it, look up the owner and use that
# instead so that we can still generate paperwork for future adoptions.
if a["CURRENTOWNERID"] is None or a["CURRENTOWNERID"] == 0:
latest = animal.get_latest_movement(dbo, a["ID"])
if latest is not None:
p = person.get_person(dbo, latest["OWNERID"])
if p is not None:
tags["CURRENTOWNERNAME"] = p["OWNERNAME"]
tags["CURRENTOWNERADDRESS"] = p["OWNERADDRESS"]
tags["CURRENTOWNERTOWN"] = p["OWNERTOWN"]
tags["CURRENTOWNERCOUNTY"] = p["OWNERCOUNTY"]
tags["CURRENTOWNERPOSTCODE"] = p["OWNERPOSTCODE"]
tags["CURRENTOWNERCITY"] = p["OWNERTOWN"]
tags["CURRENTOWNERSTATE"] = p["OWNERCOUNTY"]
tags["CURRENTOWNERZIPCODE"] = p["OWNERPOSTCODE"]
tags["CURRENTOWNERHOMEPHONE"] = p["HOMETELEPHONE"]
tags["CURRENTOWNERPHONE"] = p["HOMETELEPHONE"]
tags["CURRENTOWNERWORKPHONE"] = p["WORKTELEPHONE"]
tags["CURRENTOWNERMOBILEPHONE"] = p["MOBILETELEPHONE"]
tags["CURRENTOWNERCELLPHONE"] = p["MOBILETELEPHONE"]
tags["CURRENTOWNEREMAIL"] = p["EMAILADDRESS"]
# Additional fields
add = additional.get_additional_fields(dbo, int(a["ID"]), "animal")
for af in add:
val = af["VALUE"]
if af["FIELDTYPE"] == additional.YESNO:
val = additional_yesno(l, af)
if af["FIELDTYPE"] == additional.MONEY:
val = format_currency_no_symbol(l, af["VALUE"])
tags[af["FIELDNAME"].upper()] = val
include_incomplete = configuration.include_incomplete_medical_doc(dbo)
# Vaccinations
vaccasc = medical.get_vaccinations(dbo, int(a["ID"]), not include_incomplete)
vaccdesc = medical.get_vaccinations(dbo, int(a["ID"]), not include_incomplete, medical.DESCENDING_REQUIRED)
for idx in range(1, 101):
tags["VACCINATIONNAME" + str(idx)] = ""
tags["VACCINATIONREQUIRED" + str(idx)] = ""
tags["VACCINATIONGIVEN" + str(idx)] = ""
tags["VACCINATIONCOMMENTS" + str(idx)] = ""
tags["VACCINATIONDESCRIPTION" + str(idx)] = ""
tags["VACCINATIONNAMELAST" + str(idx)] = ""
tags["VACCINATIONREQUIREDLAST" + str(idx)] = ""
tags["VACCINATIONGIVENLAST" + str(idx)] = ""
tags["VACCINATIONCOMMENTSLAST" + str(idx)] = ""
tags["VACCINATIONDESCRIPTIONLAST" + str(idx)] = ""
idx = 1
for v in vaccasc:
tags["VACCINATIONNAME" + str(idx)] = v["VACCINATIONTYPE"]
tags["VACCINATIONREQUIRED" + str(idx)] = python2display(l, v["DATEREQUIRED"])
tags["VACCINATIONGIVEN" + str(idx)] = python2display(l, v["DATEOFVACCINATION"])
tags["VACCINATIONCOMMENTS" + str(idx)] = v["COMMENTS"]
tags["VACCINATIONDESCRIPTION" + str(idx)] = v["VACCINATIONDESCRIPTION"]
idx += 1
idx = 1
uniquetypes = {}
recentgiven = {}
for v in vaccdesc:
tags["VACCINATIONNAMELAST" + str(idx)] = v["VACCINATIONTYPE"]
tags["VACCINATIONREQUIREDLAST" + str(idx)] = python2display(l, v["DATEREQUIRED"])
tags["VACCINATIONGIVENLAST" + str(idx)] = python2display(l, v["DATEOFVACCINATION"])
tags["VACCINATIONCOMMENTSLAST" + str(idx)] = v["COMMENTS"]
tags["VACCINATIONDESCRIPTIONLAST" + str(idx)] = v["VACCINATIONDESCRIPTION"]
idx += 1
# If this is the first of this type of vacc we've seen, make
# some keys based on its name.
if not uniquetypes.has_key(v["VACCINATIONTYPE"]):
vname = v["VACCINATIONTYPE"].upper().replace(" ", "").replace("/", "")
uniquetypes[v["VACCINATIONTYPE"]] = v
tags["VACCINATIONNAME" + vname] = v["VACCINATIONTYPE"]
tags["VACCINATIONREQUIRED" + vname] = python2display(l, v["DATEREQUIRED"])
tags["VACCINATIONGIVEN" + vname] = python2display(l, v["DATEOFVACCINATION"])
tags["VACCINATIONCOMMENTS" + vname] = v["COMMENTS"]
tags["VACCINATIONDESCRIPTION" + vname] = v["VACCINATIONDESCRIPTION"]
# If this is the first of this type of vacc we've seen that's been given
# make some keys based on its name
if not recentgiven.has_key(v["VACCINATIONTYPE"]) and v["DATEOFVACCINATION"] is not None:
vname = v["VACCINATIONTYPE"].upper().replace(" ", "").replace("/", "")
recentgiven[v["VACCINATIONTYPE"]] = v
tags["VACCINATIONNAMERECENT" + vname] = v["VACCINATIONTYPE"]
tags["VACCINATIONREQUIREDRECENT" + vname] = python2display(l, v["DATEREQUIRED"])
tags["VACCINATIONGIVENRECENT" + vname] = python2display(l, v["DATEOFVACCINATION"])
tags["VACCINATIONCOMMENTSRECENT" + vname] = v["COMMENTS"]
tags["VACCINATIONDESCRIPTIONRECENT" + vname] = v["VACCINATIONDESCRIPTION"]
# Tests
testasc = medical.get_tests(dbo, int(a["ID"]), not include_incomplete)
testdesc = medical.get_tests(dbo, int(a["ID"]), not include_incomplete, medical.DESCENDING_REQUIRED)
for idx in range(1, 101):
tags["TESTNAME" + str(idx)] = ""
tags["TESTRESULT" + str(idx)] = ""
tags["TESTREQUIRED" + str(idx)] = ""
tags["TESTGIVEN" + str(idx)] = ""
tags["TESTCOMMENTS" + str(idx)] = ""
tags["TESTDESCRIPTION" + str(idx)] = ""
tags["TESTNAMELAST" + str(idx)] = ""
tags["TESTREQUIREDLAST" + str(idx)] = ""
tags["TESTGIVENLAST" + str(idx)] = ""
tags["TESTCOMMENTSLAST" + str(idx)] = ""
tags["TESTDESCRIPTIONLAST" + str(idx)] = ""
idx = 1
for t in testasc:
tags["TESTNAME" + str(idx)] = t["TESTNAME"]
tags["TESTRESULT" + str(idx)] = t["RESULTNAME"]
tags["TESTREQUIRED" + str(idx)] = python2display(l, t["DATEREQUIRED"])
tags["TESTGIVEN" + str(idx)] = python2display(l, t["DATEOFTEST"])
tags["TESTCOMMENTS" + str(idx)] = t["COMMENTS"]
tags["TESTDESCRIPTION" + str(idx)] = t["TESTDESCRIPTION"]
idx += 1
idx = 1
uniquetypes = {}
recentgiven = {}
for t in testdesc:
tags["TESTNAMELAST" + str(idx)] = t["TESTNAME"]
tags["TESTRESULTLAST" + str(idx)] = t["RESULTNAME"]
tags["TESTREQUIREDLAST" + str(idx)] = python2display(l, t["DATEREQUIRED"])
tags["TESTGIVENLAST" + str(idx)] = python2display(l, t["DATEOFTEST"])
tags["TESTCOMMENTSLAST" + str(idx)] = t["COMMENTS"]
tags["TESTDESCRIPTIONLAST" + str(idx)] = t["TESTDESCRIPTION"]
idx += 1
# If this is the first of this type of test we've seen, make
# some keys based on its name.
if not uniquetypes.has_key(t["TESTNAME"]):
tname = t["TESTNAME"].upper().replace(" ", "").replace("/", "")
uniquetypes[t["TESTNAME"]] = t
tags["TESTNAME" + tname] = t["TESTNAME"]
tags["TESTRESULT" + tname] = t["RESULTNAME"]
tags["TESTREQUIRED" + tname] = python2display(l, t["DATEREQUIRED"])
tags["TESTGIVEN" + tname] = python2display(l, t["DATEOFTEST"])
tags["TESTCOMMENTS" + tname] = t["COMMENTS"]
tags["TESTDESCRIPTION" + tname] = t["TESTDESCRIPTION"]
# If this is the first of this type of test we've seen that's been given
# make some keys based on its name
if not recentgiven.has_key(t["TESTNAME"]) and t["DATEOFTEST"] is not None:
tname = t["TESTNAME"].upper().replace(" ", "").replace("/", "")
recentgiven[t["TESTNAME"]] = t
tags["TESTNAMERECENT" + tname] = t["TESTNAME"]
tags["TESTRESULTRECENT" + tname] = t["RESULTNAME"]
tags["TESTREQUIREDRECENT" + tname] = python2display(l, t["DATEREQUIRED"])
tags["TESTGIVENRECENT" + tname] = python2display(l, t["DATEOFTEST"])
tags["TESTCOMMENTSRECENT" + tname] = t["COMMENTS"]
tags["TESTDESCRIPTIONRECENT" + tname] = t["TESTDESCRIPTION"]
# Medical
medasc = medical.get_regimens(dbo, int(a["ID"]), not include_incomplete)
meddesc = medical.get_regimens(dbo, int(a["ID"]), not include_incomplete, medical.DESCENDING_REQUIRED)
for idx in range(1, 101):
tags["MEDICALNAME" + str(idx)] = ""
tags["MEDICALCOMMENTS" + str(idx)] = ""
tags["MEDICALFREQUENCY" + str(idx)] = ""
tags["MEDICALNUMBEROFTREATMENTS" + str(idx)] = ""
tags["MEDICALSTATUS" + str(idx)] = ""
tags["MEDICALDOSAGE" + str(idx)] = ""
tags["MEDICALSTARTDATE" + str(idx)] = ""
tags["MEDICALTREATMENTSGIVEN" + str(idx)] = ""
tags["MEDICALTREATMENTSREMAINING" + str(idx)] = ""
tags["MEDICALNAMELAST" + str(idx)] = ""
tags["MEDICALCOMMENTSLAST" + str(idx)] = ""
tags["MEDICALFREQUENCYLAST" + str(idx)] = ""
tags["MEDICALNUMBEROFTREATMENTSLAST" + str(idx)] = ""
tags["MEDICALSTATUSLAST" + str(idx)] = ""
tags["MEDICALDOSAGELAST" + str(idx)] = ""
tags["MEDICALSTARTDATELAST" + str(idx)] = ""
tags["MEDICALTREATMENTSGIVENLAST" + str(idx)] = ""
tags["MEDICALTREATMENTSREMAININGLAST" + str(idx)] = ""
idx = 1
for m in medasc:
tags["MEDICALNAME" + str(idx)] = m["TREATMENTNAME"]
tags["MEDICALCOMMENTS" + str(idx)] = m["COMMENTS"]
tags["MEDICALFREQUENCY" + str(idx)] = m["NAMEDFREQUENCY"]
tags["MEDICALNUMBEROFTREATMENTS" + str(idx)] = m["NAMEDNUMBEROFTREATMENTS"]
tags["MEDICALSTATUS" + str(idx)] = m["NAMEDSTATUS"]
tags["MEDICALDOSAGE" + str(idx)] = m["DOSAGE"]
tags["MEDICALSTARTDATE" + str(idx)] = python2display(l, m["STARTDATE"])
tags["MEDICALTREATMENTSGIVEN" + str(idx)] = str(m["TREATMENTSGIVEN"])
tags["MEDICALTREATMENTSREMAINING" + str(idx)] = str(m["TREATMENTSREMAINING"])
idx += 1
idx = 1
uniquetypes = {}
recentgiven = {}
for m in meddesc:
tags["MEDICALNAMELAST" + str(idx)] = m["TREATMENTNAME"]
tags["MEDICALCOMMENTSLAST" + str(idx)] = m["COMMENTS"]
tags["MEDICALFREQUENCYLAST" + str(idx)] = m["NAMEDFREQUENCY"]
tags["MEDICALNUMBEROFTREATMENTSLAST" + str(idx)] = m["NAMEDNUMBEROFTREATMENTS"]
tags["MEDICALSTATUSLAST" + str(idx)] = m["NAMEDSTATUS"]
tags["MEDICALDOSAGELAST" + str(idx)] = m["DOSAGE"]
tags["MEDICALSTARTDATELAST" + str(idx)] = python2display(l, m["STARTDATE"])
tags["MEDICALTREATMENTSGIVENLAST" + str(idx)] = str(m["TREATMENTSGIVEN"])
tags["MEDICALTREATMENTSREMAININGLAST" + str(idx)] = str(m["TREATMENTSREMAINING"])
idx += 1
# If this is the first of this type of med we've seen, make
# some keys based on its name.
if not uniquetypes.has_key(m["TREATMENTNAME"]):
tname = m["TREATMENTNAME"].upper().replace(" ", "").replace("/", "")
uniquetypes[m["TREATMENTNAME"]] = m
tags["MEDICALNAME" + tname] = m["TREATMENTNAME"]
tags["MEDICALCOMMENTS" + tname] = m["COMMENTS"]
tags["MEDICALFREQUENCY" + tname] = m["NAMEDFREQUENCY"]
tags["MEDICALNUMBEROFTREATMENTS" + tname] = m["NAMEDNUMBEROFTREATMENTS"]
tags["MEDICALSTATUS" + tname] = m["NAMEDSTATUS"]
tags["MEDICALDOSAGE" + tname] = m["DOSAGE"]
tags["MEDICALSTARTDATE" + tname] = python2display(l, m["STARTDATE"])
tags["MEDICALTREATMENTSGIVEN" + tname] = str(m["TREATMENTSGIVEN"])
tags["MEDICALTREATMENTSREMAINING" + tname] = str(m["TREATMENTSREMAINING"])
# If this is the first of this type of med we've seen that's complete
if not recentgiven.has_key(m["TREATMENTNAME"]) and m["STATUS"] == 2:
tname = m["TREATMENTNAME"].upper().replace(" ", "").replace("/", "")
recentgiven[m["TREATMENTNAME"]] = m
tags["MEDICALNAMERECENT" + tname] = m["TREATMENTNAME"]
tags["MEDICALCOMMENTSRECENT" + tname] = m["COMMENTS"]
tags["MEDICALFREQUENCYRECENT" + tname] = m["NAMEDFREQUENCY"]
tags["MEDICALNUMBEROFTREATMENTSRECENT" + tname] = m["NAMEDNUMBEROFTREATMENTS"]
tags["MEDICALSTATUSRECENT" + tname] = m["NAMEDSTATUS"]
tags["MEDICALDOSAGERECENT" + tname] = m["DOSAGE"]
tags["MEDICALSTARTDATERECENT" + tname] = python2display(l, m["STARTDATE"])
tags["MEDICALTREATMENTSGIVENRECENT" + tname] = str(m["TREATMENTSGIVEN"])
tags["MEDICALTREATMENTSREMAININGRECENT" + tname] = str(m["TREATMENTSREMAINING"])
# Diet
dietasc = animal.get_diets(dbo, int(a["ID"]))
dietdesc = animal.get_diets(dbo, int(a["ID"]), animal.DESCENDING)
for idx in range(1, 101):
tags["DIETNAME" + str(idx)] = ""
tags["DIETDESCRIPTION" + str(idx)] = ""
tags["DIETDATESTARTED" + str(idx)] = ""
tags["DIETCOMMENTS" + str(idx)] = ""
tags["DIETNAMELAST" + str(idx)] = ""
tags["DIETDESCRIPTIONLAST" + str(idx)] = ""
tags["DIETDATESTARTEDLAST" + str(idx)] = ""
tags["DIETCOMMENTSLAST" + str(idx)] = ""
idx = 1
for d in dietasc:
tags["DIETNAME" + str(idx)] = d["DIETNAME"]
tags["DIETDESCRIPTION" + str(idx)] = d["DIETDESCRIPTION"]
tags["DIETDATESTARTED" + str(idx)] = python2display(l, d["DATESTARTED"])
tags["DIETCOMMENTS" + str(idx)] = d["COMMENTS"]
idx += 1
idx = 1
for d in dietdesc:
tags["DIETNAMELAST" + str(idx)] = d["DIETNAME"]
tags["DIETDESCRIPTIONLAST" + str(idx)] = d["DIETDESCRIPTION"]
tags["DIETDATESTARTEDLAST" + str(idx)] = python2display(l, d["DATESTARTED"])
tags["DIETCOMMENTSLAST" + str(idx)] = d["COMMENTS"]
idx += 1
# Donations
donasc = financial.get_animal_donations(dbo, int(a["ID"]))
dondesc = financial.get_animal_donations(dbo, int(a["ID"]), financial.DESCENDING)
for idx in range(1, 101):
tags["RECEIPTNUM" + str(idx)] = ""
tags["DONATIONTYPE" + str(idx)] = ""
tags["DONATIONDATE" + str(idx)] = ""
tags["DONATIONDATEDUE" + str(idx)] = ""
tags["DONATIONAMOUNT" + str(idx)] = ""
tags["DONATIONCOMMENTS" + str(idx)] = ""
tags["DONATIONGIFTAID" + str(idx)] = ""
tags["RECEIPTNUMLAST" + str(idx)] = ""
tags["DONATIONTYPELAST" + str(idx)] = ""
tags["DONATIONDATELAST" + str(idx)] = ""
tags["DONATIONDATEDUELAST" + str(idx)] = ""
tags["DONATIONAMOUNTLAST" + str(idx)] = ""
tags["DONATIONCOMMENTSLAST" + str(idx)] = ""
tags["DONATIONGIFTAIDLAST" + str(idx)] = ""
idx = 1
for d in donasc:
tags["RECEIPTNUM" + str(idx)] = utils.padleft(d["ID"], 8)
tags["DONATIONTYPE" + str(idx)] = d["DONATIONNAME"]
tags["DONATIONDATE" + str(idx)] = python2display(l, d["DATE"])
tags["DONATIONDATEDUE" + str(idx)] = python2display(l, d["DATEDUE"])
tags["DONATIONAMOUNT" + str(idx)] = format_currency_no_symbol(l, d["DONATION"])
tags["DONATIONCOMMENTS" + str(idx)] = d["COMMENTS"]
tags["DONATIONGIFTAID" + str(idx)] = d["ISGIFTAID"] == 1 and _("Yes", l) or _("No", l)
idx = 1
uniquetypes = {}
recentrec = {}
for d in dondesc:
tags["RECEIPTNUMLAST" + str(idx)] = utils.padleft(d["ID"], 8)
tags["DONATIONTYPELAST" + str(idx)] = d["DONATIONNAME"]
tags["DONATIONDATELAST" + str(idx)] = python2display(l, d["DATE"])
tags["DONATIONDATEDUELAST" + str(idx)] = python2display(l, d["DATEDUE"])
tags["DONATIONAMOUNTLAST" + str(idx)] = format_currency_no_symbol(l, d["DONATION"])
tags["DONATIONCOMMENTSLAST" + str(idx)] = d["COMMENTS"]
tags["DONATIONGIFTAIDLAST" + str(idx)] = d["ISGIFTAID"] == 1 and _("Yes", l) or _("No", l)
idx += 1
# If this is the first of this type of donation we've seen, make
# some keys based on its name.
if not uniquetypes.has_key(d["DONATIONNAME"]):
dname = d["DONATIONNAME"].upper().replace(" ", "").replace("/", "")
uniquetypes[d["DONATIONNAME"]] = d
tags["RECEIPTNUM" + dname] = utils.padleft(d["ID"], 8)
tags["DONATIONTYPE" + dname] = d["DONATIONNAME"]
tags["DONATIONDATE" + dname] = python2display(l, d["DATE"])
tags["DONATIONDATEDUE" + dname] = python2display(l, d["DATEDUE"])
tags["DONATIONAMOUNT" + dname] = format_currency_no_symbol(l, d["DONATION"])
tags["DONATIONCOMMENTS" + dname] = d["COMMENTS"]
tags["DONATIONGIFTAID" + dname] = d["ISGIFTAID"] == 1 and _("Yes", l) or _("No", l)
# If this is the first of this type of donation we've seen that's received
if not recentrec.has_key(d["DONATIONNAME"]) and d["DATE"] is not None:
dname = d["DONATIONNAME"].upper().replace(" ", "").replace("/", "")
recentrec[d["DONATIONNAME"]] = d
tags["RECEIPTNUMRECENT" + dname] = utils.padleft(d["ID"], 8)
tags["DONATIONTYPERECENT" + dname] = d["DONATIONNAME"]
tags["DONATIONDATERECENT" + dname] = python2display(l, d["DATE"])
tags["DONATIONDATEDUERECENT" + dname] = python2display(l, d["DATEDUE"])
tags["DONATIONAMOUNTRECENT" + dname] = format_currency_no_symbol(l, d["DONATION"])
tags["DONATIONCOMMENTSRECENT" + dname] = d["COMMENTS"]
tags["DONATIONGIFTAIDRECENT" + dname] = d["ISGIFTAID"] == 1 and _("Yes", l) or _("No", l)
# Logs
logasc = log.get_logs(dbo, log.ANIMAL, int(a["ID"]), 0, log.ASCENDING)
logdesc = log.get_logs(dbo, log.ANIMAL, int(a["ID"]), 0, log.DESCENDING)
for idx in range(1, 101):
tags["LOGNAME" + str(idx)] = ""
tags["LOGDATE" + str(idx)] = ""
tags["LOGCOMMENTS" + str(idx)] = ""
tags["LOGNAMELAST" + str(idx)] = ""
tags["LOGDATELAST" + str(idx)] = ""
tags["LOGCOMMENTSLAST" + str(idx)] = ""
idx = 1
for o in logasc:
tags["LOGNAME" + str(idx)] = o["LOGTYPENAME"]
tags["LOGDATE" + str(idx)] = python2display(l, o["DATE"])
tags["LOGCOMMENTS" + str(idx)] = o["COMMENTS"]
idx += 1
idx = 1
uniquetypes = {}
recentgiven = {}
for o in logdesc:
tags["LOGNAMELAST" + str(idx)] = o["LOGTYPENAME"]
tags["LOGDATELAST" + str(idx)] = python2display(l, o["DATE"])
tags["LOGCOMMENTSLAST" + str(idx)] = o["COMMENTS"]
idx += 1
uniquetypes = {}
recentrec = {}
# If this is the first of this type of log we've seen, make
# some keys based on its name.
if not uniquetypes.has_key(o["LOGTYPENAME"]):
lname = o["LOGTYPENAME"].upper().replace(" ", "").replace("/", "")
uniquetypes[o["LOGTYPENAME"]] = o
tags["LOGNAME" + lname] = o["LOGTYPENAME"]
tags["LOGDATE" + lname] = python2display(l, o["DATE"])
tags["LOGCOMMENTS" + lname] = o["COMMENTS"]
tags["LOGNAMERECENT" + lname] = o["LOGTYPENAME"]
tags["LOGDATERECENT" + lname] = python2display(l, o["DATE"])
tags["LOGCOMMENTSRECENT" + lname] = o["COMMENTS"]
return tags
