def index_import(request):
params = {}
res = add.delay(1, 2)
#print(res.get())
if request.POST:
content = request.POST.get('content', '')
content = content + '\n'
import tempfile
filepath = tempfile.mktemp()
with open(filepath, 'wb') as f:
f.write(content.encode('utf8'))
f.close()
g = gedcom.Gedcom(filepath)
individual_list = g.individual_list()
family_list = g.family_list()
familyTree = FamilyTree()
familyTree.date = datetime.now()
familyTree.name = 'random'
familyTree.slug = 'random-' + str(len(FamilyTree.objects.all()) + 1)
familyTree.save()
for indv in individual_list:
id = indv.xref()
given_name = indv.given_name()
surname = indv.surname()
sex = indv.sex()
p = Person()
p.tree = familyTree
p.handle = id
p.first_name = given_name
p.last_name = surname
p.save()
for fam in family_list:
id = fam.xref()
husband = None
wife = None
if fam.husband():
husband = Person.objects.get(tree=familyTree, handle=fam.husband().xref())
if fam.wife():
wife = Person.objects.get(tree=familyTree, handle=fam.wife().xref())
f = Family()
f.tree = familyTree
f.handle = id
f.father = husband
f.mother = wife
f.save()
return render_to_response(request, 'trees/import.html', params)
def person_view(request, tree_slug, pid):
params = {
'tree_slug': tree_slug,
'person': Person.objects.get(pk=pid)
}
return render_to_response(request, 'web/person_view.html', params)
def person_view(request, tree_slug, pid):
params = {
'tree_slug': tree_slug,
'person': Person.objects.get(pk=pid)
}
return render_to_response(request, 'web/person_view.html', params)
def branch_list(request, tree_slug):
# hehe
_persons = Person.objects.all()
_families = Family.objects.all()
persons = {}
families = {}
for person in _persons:
persons[person.__dict__['id']] = person.__dict__
persons[person.__dict__['id']]['families'] = person.families.all()
for family in _families:
families[family.__dict__['id']] = family.__dict__
color = 1
print ('digraph G { nodesep=0.6; edge [arrowsize=0.3];')
for person_id in persons.keys():
if 'color' not in persons[person_id]:
color = color + 1
__branch_dfs(person_id, color, persons, families)
print ('}')
"""
print '---'
for person in persons.keys():
if 'color' in persons[person]:
print 'kolor %s | %s %s' % (persons[person]['color'], persons[person]['first_name'],persons[person]['last_name'])
else:
print 'no color | %s %s' %(persons[person]['first_name'],persons[person]['last_name'])
print '==='
"""
# old
params = {'tree_slug': tree_slug}
persons = Person.objects.all().filter(parent_family=None).filter(last_name='Koperkiewicz')
params['persons'] = persons
params['action'] = 'branch_list'
return render_to_response(request, 'web/branch-list.html', params)
def branch_list(request, tree_slug):
# hehe
_persons = Person.objects.all()
_families = Family.objects.all()
persons = {}
families = {}
for person in _persons:
persons[person.__dict__['id']] = person.__dict__
persons[person.__dict__['id']]['families'] = person.families.all()
for family in _families:
families[family.__dict__['id']] = family.__dict__
color = 1
print 'digraph G { nodesep=0.6; edge [arrowsize=0.3];'
for person_id in persons.keys():
if 'color' not in persons[person_id]:
color = color + 1
__branch_dfs(person_id, color, persons, families)
print '}'
"""
print '---'
for person in persons.keys():
if 'color' in persons[person]:
print 'kolor %s | %s %s' % (persons[person]['color'], persons[person]['first_name'],persons[person]['last_name'])
else:
print 'no color | %s %s' %(persons[person]['first_name'],persons[person]['last_name'])
print '==='
"""
# old
params = {'tree_slug': tree_slug}
persons = Person.objects.all().filter(parent_family=None).filter(last_name='Koperkiewicz')
params['persons'] = persons
params['action'] = 'branch_list'
return render_to_response(request, 'web/branch-list.html', params)
def index(request):
params = {}
params['trees'] = FamilyTree.objects.all()
return render_to_response(request, 'trees/index.html', params)
def home(request, tree_slug):
params = {
'tree_slug': tree_slug,
}
return render_to_response(request, 'web/index.html', params)
def family_list(request, tree_slug):
params = {'tree_slug': tree_slug}
params['family_array'] = Family.objects.all()
return render_to_response(request, 'web/family-list.html', params)
def person_list(request, tree_slug):
params = {'tree_slug': tree_slug}
params['person_array'] = Person.objects.all().order_by('last_name', 'first_name')
return render_to_response(request, 'web/person-list.html', params)
def manager(request, tree_slug):
params = {'tree_slug': tree_slug}
return render_to_response(request, 'web/manager.phtml', params)
def test(request, tree_slug):
params = {'tree_slug': tree_slug}
return render_to_response(request, 'web/test.phtml', params)
def home(request, tree_slug):
params = {
'tree_slug': tree_slug,
}
return render_to_response(request, 'web/index.html', params)
def family_list(request, tree_slug):
params = {'tree_slug': tree_slug}
params['family_array'] = Family.objects.all()
return render_to_response(request, 'web/family-list.html', params)
def person_list(request, tree_slug):
params = {'tree_slug': tree_slug}
params['person_array'] = Person.objects.all().order_by('last_name', 'first_name')
return render_to_response(request, 'web/person-list.html', params)
def manager(request, tree_slug):
params = {'tree_slug': tree_slug}
return render_to_response(request, 'web/manager.phtml', params)
def test(request, tree_slug):
params = {'tree_slug': tree_slug}
return render_to_response(request, 'web/test.phtml', params)
