Browse Source

Odstřel (importů) treenodů

pull/65/head
Jonas Havelka 2 months ago
parent
commit
07d1505e2a
  1. 2
      seminar/models/odevzdavatko.py
  2. 73
      treenode/admin.py
  3. 4
      treenode/forms.py
  4. 2
      treenode/models/__init__.py
  5. 1
      treenode/models/pomocne.py
  6. 132
      treenode/serializers.py
  7. 34
      treenode/templatetags.py
  8. 12
      treenode/tests.py
  9. 6
      treenode/treelib.py
  10. 82
      treenode/views.py
  11. 25
      treenode/viewsets.py
  12. 6
      tvorba/models.py
  13. 80
      tvorba/testutils.py
  14. 8
      tvorba/views/__init__.py
  15. 5
      various/views/final.py

2
seminar/models/odevzdavatko.py

@ -1,6 +1,6 @@
from django.db import models from django.db import models
from seminar.models import treenode as tm from treenode import models as tm
from odevzdavatko.models import Reseni from odevzdavatko.models import Reseni
class ReseniNode(tm.TreeNode): class ReseniNode(tm.TreeNode):

73
treenode/admin.py

@ -4,25 +4,26 @@ from django.forms import widgets
from polymorphic.admin import PolymorphicParentModelAdmin, PolymorphicChildModelAdmin, PolymorphicChildModelFilter from polymorphic.admin import PolymorphicParentModelAdmin, PolymorphicChildModelAdmin, PolymorphicChildModelFilter
import seminar.models as m from .models import TreeNode, RocnikNode, CisloNode, MezicisloNode, TemaVCisleNode, UlohaZadaniNode, PohadkaNode, UlohaVzorakNode, TextNode, CastNode, OrgTextNode
from .models.pomocne import Text, Obrazek
# Polymorfismus pro stromy # Polymorfismus pro stromy
# TODO: Inlines podle https://django-polymorphic.readthedocs.io/en/stable/admin.html # TODO: Inlines podle https://django-polymorphic.readthedocs.io/en/stable/admin.html
@admin.register(m.TreeNode) @admin.register(TreeNode)
class TreeNodeAdmin(PolymorphicParentModelAdmin): class TreeNodeAdmin(PolymorphicParentModelAdmin):
base_model = m.TreeNode base_model = TreeNode
child_models = [ child_models = [
m.RocnikNode, RocnikNode,
m.CisloNode, CisloNode,
m.MezicisloNode, MezicisloNode,
m.TemaVCisleNode, TemaVCisleNode,
m.UlohaZadaniNode, UlohaZadaniNode,
m.PohadkaNode, PohadkaNode,
m.UlohaVzorakNode, UlohaVzorakNode,
m.TextNode, TextNode,
m.CastNode, CastNode,
m.OrgTextNode, OrgTextNode,
] ]
actions = ['aktualizuj_nazvy'] actions = ['aktualizuj_nazvy']
@ -36,64 +37,64 @@ class TreeNodeAdmin(PolymorphicParentModelAdmin):
self.message_user(request, "Názvy aktualizovány.") self.message_user(request, "Názvy aktualizovány.")
aktualizuj_nazvy.short_description = "Aktualizuj vybraným TreeNodům názvy" aktualizuj_nazvy.short_description = "Aktualizuj vybraným TreeNodům názvy"
@admin.register(m.RocnikNode) @admin.register(RocnikNode)
class RocnikNodeAdmin(PolymorphicChildModelAdmin): class RocnikNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.RocnikNode base_model = RocnikNode
show_in_index = True show_in_index = True
@admin.register(m.CisloNode) @admin.register(CisloNode)
class CisloNodeAdmin(PolymorphicChildModelAdmin): class CisloNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.CisloNode base_model = CisloNode
show_in_index = True show_in_index = True
@admin.register(m.MezicisloNode) @admin.register(MezicisloNode)
class MezicisloNodeAdmin(PolymorphicChildModelAdmin): class MezicisloNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.MezicisloNode base_model = MezicisloNode
show_in_index = True show_in_index = True
@admin.register(m.TemaVCisleNode) @admin.register(TemaVCisleNode)
class TemaVCisleNodeAdmin(PolymorphicChildModelAdmin): class TemaVCisleNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.TemaVCisleNode base_model = TemaVCisleNode
show_in_index = True show_in_index = True
@admin.register(m.UlohaZadaniNode) @admin.register(UlohaZadaniNode)
class UlohaZadaniNodeAdmin(PolymorphicChildModelAdmin): class UlohaZadaniNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.UlohaZadaniNode base_model = UlohaZadaniNode
show_in_index = True show_in_index = True
@admin.register(m.PohadkaNode) @admin.register(PohadkaNode)
class PohadkaNodeAdmin(PolymorphicChildModelAdmin): class PohadkaNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.PohadkaNode base_model = PohadkaNode
show_in_index = True show_in_index = True
@admin.register(m.UlohaVzorakNode) @admin.register(UlohaVzorakNode)
class UlohaVzorakNodeAdmin(PolymorphicChildModelAdmin): class UlohaVzorakNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.UlohaVzorakNode base_model = UlohaVzorakNode
show_in_index = True show_in_index = True
@admin.register(m.TextNode) @admin.register(TextNode)
class TextNodeAdmin(PolymorphicChildModelAdmin): class TextNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.TextNode base_model = TextNode
show_in_index = True show_in_index = True
@admin.register(m.CastNode) @admin.register(CastNode)
class TextNodeAdmin(PolymorphicChildModelAdmin): class TextNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.CastNode base_model = CastNode
show_in_index = True show_in_index = True
fields = ('nadpis',) fields = ('nadpis',)
@admin.register(m.OrgTextNode) @admin.register(OrgTextNode)
class TextNodeAdmin(PolymorphicChildModelAdmin): class TextNodeAdmin(PolymorphicChildModelAdmin):
base_model = m.OrgTextNode base_model = OrgTextNode
show_in_index = True show_in_index = True
class TextAdminInline(admin.TabularInline): class TextAdminInline(admin.TabularInline):
model = m.Text model = Text
formfield_overrides = { formfield_overrides = {
models.TextField: {'widget': widgets.TextInput} models.TextField: {'widget': widgets.TextInput}
} }
exclude = ['text_zkraceny_set', 'text_zkraceny'] exclude = ['text_zkraceny_set', 'text_zkraceny']
admin.site.register(m.Text) admin.site.register(Text)
admin.site.register(m.Obrazek) admin.site.register(Obrazek)

4
treenode/forms.py

@ -1,5 +1,5 @@
from django import forms from django import forms
import seminar.models as m from .models.pomocne import Obrazek
# pro přidání políčka do formuláře je potřeba # pro přidání políčka do formuláře je potřeba
# - mít v modelu tu položku, kterou chci upravovat # - mít v modelu tu položku, kterou chci upravovat
@ -10,5 +10,5 @@ import seminar.models as m
class NahrajObrazekKTreeNoduForm(forms.ModelForm): class NahrajObrazekKTreeNoduForm(forms.ModelForm):
class Meta: class Meta:
model = m.Obrazek model = Obrazek
fields = ('na_web',) fields = ('na_web',)

2
treenode/models/__init__.py

@ -0,0 +1,2 @@
from seminar.models.odevzdavatko import *
from seminar.models.treenode import *

1
treenode/models/pomocne.py

@ -0,0 +1 @@
from seminar.models.pomocne import *

132
treenode/serializers.py

@ -1,7 +1,11 @@
from rest_framework import serializers from rest_framework import serializers
from rest_polymorphic.serializers import PolymorphicSerializer from rest_polymorphic.serializers import PolymorphicSerializer
import seminar.models as m from odevzdavatko.models import Reseni
from tvorba.models import Problem, Uloha
from .models import RocnikNode, CisloNode, MezicisloNode, TemaVCisleNode, OrgTextNode, PohadkaNode, TextNode, TreeNode, CastNode, UlohaZadaniNode, UlohaVzorakNode, ReseniNode
from .models.pomocne import Text
from treenode import treelib from treenode import treelib
DEFAULT_NODE_DEPTH = 2 DEFAULT_NODE_DEPTH = 2
@ -9,57 +13,57 @@ DEFAULT_NODE_DEPTH = 2
class TextSerializer(serializers.ModelSerializer): class TextSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.Text model = Text
fields = '__all__' fields = '__all__'
class ProblemSerializer(serializers.ModelSerializer): class ProblemSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.Problem model = Problem
fields = '__all__' fields = '__all__'
class UlohaSerializer(serializers.ModelSerializer): class UlohaSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.Uloha model = Uloha
fields = '__all__' fields = '__all__'
class ReseniSerializer(serializers.ModelSerializer): class ReseniSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.Reseni model = Reseni
fields = '__all__' fields = '__all__'
class RocnikNodeSerializer(serializers.ModelSerializer): class RocnikNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.RocnikNode model = RocnikNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class CisloNodeSerializer(serializers.ModelSerializer): class CisloNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.CisloNode model = CisloNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class MezicisloNodeSerializer(serializers.ModelSerializer): class MezicisloNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.MezicisloNode model = MezicisloNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class TemaVCisleNodeSerializer(serializers.ModelSerializer): class TemaVCisleNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.TemaVCisleNode model = TemaVCisleNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class OrgTextNodeSerializer(serializers.ModelSerializer): class OrgTextNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.OrgTextNode model = OrgTextNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class PohadkaNodeSerializer(serializers.ModelSerializer): class PohadkaNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.PohadkaNode model = PohadkaNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -67,7 +71,7 @@ class TextNodeSerializer(serializers.ModelSerializer):
text = TextSerializer() text = TextSerializer()
class Meta: class Meta:
model = m.TextNode model = TextNode
fields = ('id','text','polymorphic_ctype') fields = ('id','text','polymorphic_ctype')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -80,7 +84,7 @@ class TextNodeWriteSerializer(serializers.ModelSerializer):
return node return node
class Meta: class Meta:
model = m.TextNode model = TextNode
fields = ('id','text') fields = ('id','text')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -93,26 +97,26 @@ class TextNodeCreateSerializer(serializers.ModelSerializer):
temp_text = validated_data.pop('text') temp_text = validated_data.pop('text')
where = validated_data.pop('where') where = validated_data.pop('where')
refnode_id = validated_data.pop('refnode') refnode_id = validated_data.pop('refnode')
refnode = m.TreeNode.objects.get(pk=refnode_id) refnode = TreeNode.objects.get(pk=refnode_id)
text = m.Text.objects.create(**temp_text) text = Text.objects.create(**temp_text)
if where == 'syn': if where == 'syn':
node = treelib.create_child(refnode,m.TextNode,text=text) node = treelib.create_child(refnode,TextNode,text=text)
elif where == 'za': elif where == 'za':
node = treelib.create_node_after(refnode,m.TextNode,text=text) node = treelib.create_node_after(refnode,TextNode,text=text)
elif where == 'pred': elif where == 'pred':
node = treelib.create_node_before(refnode,m.TextNode,text=text) node = treelib.create_node_before(refnode,TextNode,text=text)
node.where = None node.where = None
node.refnode = None node.refnode = None
return node return node
class Meta: class Meta:
model = m.TextNode model = TextNode
fields = ('text','where','refnode') fields = ('text','where','refnode')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class CastNodeSerializer(serializers.ModelSerializer): class CastNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.CastNode model = CastNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -124,25 +128,25 @@ class CastNodeCreateSerializer(serializers.ModelSerializer):
temp_nadpis = validated_data.pop('nadpis') temp_nadpis = validated_data.pop('nadpis')
where = validated_data.pop('where') where = validated_data.pop('where')
refnode_id = validated_data.pop('refnode') refnode_id = validated_data.pop('refnode')
refnode = m.TreeNode.objects.get(pk=refnode_id) refnode = TreeNode.objects.get(pk=refnode_id)
if where == 'syn': if where == 'syn':
node = treelib.create_child(refnode,m.CastNode,nadpis=temp_nadpis) node = treelib.create_child(refnode,CastNode,nadpis=temp_nadpis)
elif where == 'za': elif where == 'za':
node = treelib.create_node_after(refnode,m.CastNode,nadpis=temp_nadpis) node = treelib.create_node_after(refnode,CastNode,nadpis=temp_nadpis)
elif where == 'pred': elif where == 'pred':
node = treelib.create_node_before(refnode,m.CastNode,nadpis=temp_nadpis) node = treelib.create_node_before(refnode,CastNode,nadpis=temp_nadpis)
node.where = None node.where = None
node.refnode = None node.refnode = None
return node return node
class Meta: class Meta:
model = m.CastNode model = CastNode
fields = ('nadpis','where','refnode') fields = ('nadpis','where','refnode')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class UlohaZadaniNodeSerializer(serializers.ModelSerializer): class UlohaZadaniNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.UlohaZadaniNode model = UlohaZadaniNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -157,7 +161,7 @@ class UlohaZadaniNodeWriteSerializer(serializers.ModelSerializer):
return node return node
class Meta: class Meta:
model = m.TextNode model = TextNode
fields = ('id','uloha') fields = ('id','uloha')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -171,28 +175,28 @@ class UlohaZadaniNodeCreateSerializer(serializers.ModelSerializer):
temp_uloha = validated_data.pop('uloha') temp_uloha = validated_data.pop('uloha')
where = validated_data.pop('where') where = validated_data.pop('where')
refnode_id = validated_data.pop('refnode') refnode_id = validated_data.pop('refnode')
refnode = m.TreeNode.objects.get(pk=refnode_id) refnode = TreeNode.objects.get(pk=refnode_id)
# Z cesty ke koreni stromu zjistime, v jakem jsme tematu a v jakem cisle # Z cesty ke koreni stromu zjistime, v jakem jsme tematu a v jakem cisle
cislo = None cislo = None
tema = None tema = None
travelnode = refnode travelnode = refnode
while travelnode is not None: while travelnode is not None:
if isinstance(travelnode, m.TemaVCisleNode): if isinstance(travelnode, TemaVCisleNode):
tema = travelnode.tema tema = travelnode.tema
if isinstance(travelnode, m.CisloNode): if isinstance(travelnode, CisloNode):
cislo = travelnode.cislo cislo = travelnode.cislo
travelnode = treelib.get_parent(travelnode) travelnode = treelib.get_parent(travelnode)
# Vyrobime ulohu # Vyrobime ulohu
uloha = m.Uloha.objects.create(cislo_zadani=cislo, nadproblem = tema, **temp_uloha) uloha = Uloha.objects.create(cislo_zadani=cislo, nadproblem = tema, **temp_uloha)
# A vyrobime UlohaZadaniNode # A vyrobime UlohaZadaniNode
if where == 'syn': if where == 'syn':
node = treelib.create_child(refnode,m.UlohaZadaniNode,uloha = uloha) node = treelib.create_child(refnode,UlohaZadaniNode,uloha = uloha)
elif where == 'za': elif where == 'za':
node = treelib.create_node_after(refnode,m.UlohaZadaniNode,uloha = uloha) node = treelib.create_node_after(refnode,UlohaZadaniNode,uloha = uloha)
elif where == 'pred': elif where == 'pred':
node = treelib.create_node_before(refnode,m.UlohaZadaniNode,uloha = uloha) node = treelib.create_node_before(refnode,UlohaZadaniNode,uloha = uloha)
node.where = None node.where = None
node.refnode = None node.refnode = None
node.max_body = None node.max_body = None
@ -200,21 +204,21 @@ class UlohaZadaniNodeCreateSerializer(serializers.ModelSerializer):
return node return node
class Meta: class Meta:
model = m.UlohaZadaniNode model = UlohaZadaniNode
fields = ('uloha','where','refnode') fields = ('uloha','where','refnode')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class UlohaVzorakNodeSerializer(serializers.ModelSerializer): class UlohaVzorakNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.UlohaVzorakNode model = UlohaVzorakNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class UlohaVzorakNodeWriteSerializer(serializers.ModelSerializer): class UlohaVzorakNodeWriteSerializer(serializers.ModelSerializer):
uloha = serializers.PrimaryKeyRelatedField(queryset=m.Uloha.objects.all(), many=False, read_only=False) uloha = serializers.PrimaryKeyRelatedField(queryset=Uloha.objects.all(), many=False, read_only=False)
class Meta: class Meta:
model = m.UlohaVzorakNode model = UlohaVzorakNode
fields = ('id','uloha') fields = ('id','uloha')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -226,17 +230,17 @@ class UlohaVzorakNodeCreateSerializer(serializers.ModelSerializer):
def create(self, validated_data): def create(self, validated_data):
uloha_id = validated_data.pop('uloha_id') uloha_id = validated_data.pop('uloha_id')
uloha = m.Uloha.objects.get(pk=uloha_id) uloha = Uloha.objects.get(pk=uloha_id)
where = validated_data.pop('where') where = validated_data.pop('where')
refnode_id = validated_data.pop('refnode') refnode_id = validated_data.pop('refnode')
refnode = m.TreeNode.objects.get(pk=refnode_id) refnode = TreeNode.objects.get(pk=refnode_id)
if where == 'syn': if where == 'syn':
node = treelib.create_child(refnode,m.UlohaVzorakNode,uloha = uloha) node = treelib.create_child(refnode,UlohaVzorakNode,uloha = uloha)
elif where == 'za': elif where == 'za':
node = treelib.create_node_after(refnode,m.UlohaVzorakNode,uloha = uloha) node = treelib.create_node_after(refnode,UlohaVzorakNode,uloha = uloha)
elif where == 'pred': elif where == 'pred':
node = treelib.create_node_before(refnode,m.UlohaVzorakNode,uloha = uloha) node = treelib.create_node_before(refnode,UlohaVzorakNode,uloha = uloha)
node.refnode = None node.refnode = None
node.where = None node.where = None
node.uloha_id = None node.uloha_id = None
@ -244,7 +248,7 @@ class UlohaVzorakNodeCreateSerializer(serializers.ModelSerializer):
return node return node
class Meta: class Meta:
model = m.UlohaVzorakNode model = UlohaVzorakNode
fields = ('refnode', 'uloha_id', 'where') fields = ('refnode', 'uloha_id', 'where')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -253,15 +257,15 @@ class UlohaVzorakNodeCreateSerializer(serializers.ModelSerializer):
class ReseniNodeSerializer(serializers.ModelSerializer): class ReseniNodeSerializer(serializers.ModelSerializer):
class Meta: class Meta:
model = m.ReseniNode model = ReseniNode
fields = '__all__' fields = '__all__'
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class ReseniNodeWriteSerializer(serializers.ModelSerializer): class ReseniNodeWriteSerializer(serializers.ModelSerializer):
reseni = serializers.PrimaryKeyRelatedField(queryset=m.Reseni.objects.all(), many=False, read_only=False) reseni = serializers.PrimaryKeyRelatedField(queryset=Reseni.objects.all(), many=False, read_only=False)
class Meta: class Meta:
model = m.ReseniNode model = ReseniNode
fields = ('id','reseni') fields = ('id','reseni')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
@ -273,41 +277,41 @@ class ReseniNodeCreateSerializer(serializers.ModelSerializer):
def create(self,validated_data): def create(self,validated_data):
# text_zadani = validated_data.pop('text_zadani') # text_zadani = validated_data.pop('text_zadani')
reseni_id = validated_data.pop('reseni_id') reseni_id = validated_data.pop('reseni_id')
reseni = m.Reseni.objects.get(pk=reseni_id) reseni = Reseni.objects.get(pk=reseni_id)
where = validated_data.pop('where') where = validated_data.pop('where')
refnode_id = validated_data.pop('refnode') refnode_id = validated_data.pop('refnode')
refnode = m.TreeNode.objects.get(pk=refnode_id) refnode = TreeNode.objects.get(pk=refnode_id)
# A vyrobime UlohaZadaniNode # A vyrobime UlohaZadaniNode
if where == 'syn': if where == 'syn':
node = treelib.create_child(refnode,m.ReseniNode,reseni = reseni) node = treelib.create_child(refnode,ReseniNode,reseni = reseni)
elif where == 'za': elif where == 'za':
node = treelib.create_node_after(refnode,m.ReseniNode,reseni = reseni) node = treelib.create_node_after(refnode,ReseniNode,reseni = reseni)
elif where == 'pred': elif where == 'pred':
node = treelib.create_node_before(refnode,m.ReseniNode,reseni = reseni) node = treelib.create_node_before(refnode,ReseniNode,reseni = reseni)
node.where = None node.where = None
node.refnode = None node.refnode = None
node.reseni_id = None node.reseni_id = None
return node return node
class Meta: class Meta:
model = m.ReseniNode model = ReseniNode
fields = ('reseni_id','where','refnode') fields = ('reseni_id','where','refnode')
depth = DEFAULT_NODE_DEPTH depth = DEFAULT_NODE_DEPTH
class TreeNodeSerializer(PolymorphicSerializer): class TreeNodeSerializer(PolymorphicSerializer):
model_serializer_mapping = { model_serializer_mapping = {
m.RocnikNode: RocnikNodeSerializer, RocnikNode: RocnikNodeSerializer,
m.CisloNode: CisloNodeSerializer, CisloNode: CisloNodeSerializer,
m.MezicisloNode: MezicisloNodeSerializer, MezicisloNode: MezicisloNodeSerializer,
m.TemaVCisleNode: TemaVCisleNodeSerializer, TemaVCisleNode: TemaVCisleNodeSerializer,
m.OrgTextNode: OrgTextNodeSerializer, OrgTextNode: OrgTextNodeSerializer,
m.UlohaZadaniNode: UlohaZadaniNodeSerializer, UlohaZadaniNode: UlohaZadaniNodeSerializer,
m.UlohaVzorakNode: UlohaVzorakNodeSerializer, UlohaVzorakNode: UlohaVzorakNodeSerializer,
m.PohadkaNode: PohadkaNodeSerializer, PohadkaNode: PohadkaNodeSerializer,
m.TextNode: TextNodeSerializer, TextNode: TextNodeSerializer,
m.CastNode: CastNodeSerializer, CastNode: CastNodeSerializer,
m.ReseniNode: ReseniNodeSerializer, ReseniNode: ReseniNodeSerializer,
} }

34
treenode/templatetags.py

@ -1,6 +1,6 @@
from django import template from django import template
from enum import Enum from enum import Enum
import seminar.models as m from .models import RocnikNode, CisloNode, CastNode, TextNode, TemaVCisleNode, UlohaVzorakNode, UlohaZadaniNode, PohadkaNode
register = template.Library() register = template.Library()
@ -11,8 +11,8 @@ def nodeType(value):
if isinstance(value,CastNode): return "Část" if isinstance(value,CastNode): return "Část"
if isinstance(value,TextNode): return "Text" if isinstance(value,TextNode): return "Text"
if isinstance(value,TemaVCisleNode): return "Téma v čísle" if isinstance(value,TemaVCisleNode): return "Téma v čísle"
if isinstance(value,KonferaNode): return "Konfera" # if isinstance(value,KonferaNode): return "Konfera" # FIXME neexistuje
if isinstance(value,ClanekNode): return "Článek" # if isinstance(value,ClanekNode): return "Článek" # FIXME neexistuje
if isinstance(value,UlohaVzorakNode): return "Vzorák" if isinstance(value,UlohaVzorakNode): return "Vzorák"
if isinstance(value,UlohaZadaniNode): return "Zadání úlohy" if isinstance(value,UlohaZadaniNode): return "Zadání úlohy"
if isinstance(value,PohadkaNode): return "Pohádka" if isinstance(value,PohadkaNode): return "Pohádka"
@ -22,53 +22,57 @@ def nodeType(value):
@register.filter @register.filter
def isRocnik(value): def isRocnik(value):
return isinstance(value, m.RocnikNode) return isinstance(value, RocnikNode)
@register.filter @register.filter
def isCislo(value): def isCislo(value):
return isinstance(value, m.CisloNode) return isinstance(value, CisloNode)
@register.filter @register.filter
def isCast(value): def isCast(value):
return isinstance(value, m.CastNode) return isinstance(value, CastNode)
@register.filter @register.filter
def isText(value): def isText(value):
return isinstance(value, m.TextNode) return isinstance(value, TextNode)
@register.filter @register.filter
def isTemaVCisle(value): def isTemaVCisle(value):
return isinstance(value, m.TemaVCisleNode) return isinstance(value, TemaVCisleNode)
@register.filter @register.filter
def isKonfera(value): def isKonfera(value):
return isinstance(value, m.KonferaNode) # FIXME neexistuje
# return isinstance(value, KonferaNode)
return False
@register.filter @register.filter
def isClanek(value): def isClanek(value):
return isinstance(value, m.ClanekNode) # FIXME neexistuje
# return isinstance(value, seminar.models.ClanekNode)
return False
@register.filter @register.filter
def isUlohaVzorak(value): def isUlohaVzorak(value):
return isinstance(value, m.UlohaVzorakNode) return isinstance(value, UlohaVzorakNode)
@register.filter @register.filter
def isUlohaZadani(value): def isUlohaZadani(value):
return isinstance(value, m.UlohaZadaniNode) return isinstance(value, UlohaZadaniNode)
@register.filter @register.filter
def isPohadka(value): def isPohadka(value):
return isinstance(value, m.PohadkaNode) return isinstance(value, PohadkaNode)
@register.filter @register.filter
def isReseni(value): def isReseni(value):
return False return False
# return isinstance(value, m.OtisteneReseniNode) # return isinstance(value, OtisteneReseniNode)
@register.filter @register.filter
def isOrgText(value): def isOrgText(value):
return False return False
# return isinstance(value, m.OrgTextNode) # return isinstance(value, OrgTextNode)
### ###

12
treenode/tests.py

@ -1,16 +1,16 @@
from django.test import TestCase from django.test import TestCase
import treenode.treelib as tl import treenode.treelib as tl
import seminar.models as m from .models import CastNode
class SimpleTreeLibTests(TestCase): class SimpleTreeLibTests(TestCase):
def setUp(self): def setUp(self):
# Vyrobíme pár nějakých Nodů # Vyrobíme pár nějakých Nodů
self.root = m.CastNode(root=None, first_child=None, succ=None, nadpis="Root") self.root = CastNode(root=None, first_child=None, succ=None, nadpis="Root")
self.root.save() self.root.save()
self.some_node = m.CastNode(root=self.root, first_child=None, succ=None, nadpis="Přetržené") self.some_node = CastNode(root=self.root, first_child=None, succ=None, nadpis="Přetržené")
self.other_node = m.CastNode(root=self.root, first_child=None, succ=None, nadpis="Dítě") self.other_node = CastNode(root=self.root, first_child=None, succ=None, nadpis="Dítě")
self.some_orphan = m.CastNode(root=None, first_child=None, succ=None, nadpis="Ošklivé") self.some_orphan = CastNode(root=None, first_child=None, succ=None, nadpis="Ošklivé")
self.other_orphan = m.CastNode(root=None, first_child=None, succ=None, nadpis="Káčátko") self.other_orphan = CastNode(root=None, first_child=None, succ=None, nadpis="Káčátko")
# Trochu je pospojujeme # Trochu je pospojujeme
self.root.first_child = self.some_node self.root.first_child = self.some_node

6
treenode/treelib.py

@ -238,7 +238,7 @@ class TreeLibError(RuntimeError):
# Editace stromu: # Editace stromu:
def create_node_after(predecessor, type, **kwargs): def create_node_after(predecessor, type, **kwargs):
from seminar.models import TreeNode from .models import TreeNode
if predecessor is None: if predecessor is None:
raise TreeLibError("Nelze vyrábět sirotky! (predecessor=None)") raise TreeLibError("Nelze vyrábět sirotky! (predecessor=None)")
if not issubclass(type, TreeNode): if not issubclass(type, TreeNode):
@ -255,7 +255,7 @@ def create_node_after(predecessor, type, **kwargs):
# Vyrábí prvního syna, ostatní nalepí za (existují-li) # Vyrábí prvního syna, ostatní nalepí za (existují-li)
def create_child(parent, type, **kwargs): def create_child(parent, type, **kwargs):
from seminar.models import TreeNode from .models import TreeNode
if parent is None: if parent is None:
raise TreeLibError("Nelze vyrábět sirotky! (parent=None)") raise TreeLibError("Nelze vyrábět sirotky! (parent=None)")
if not issubclass(type, TreeNode): if not issubclass(type, TreeNode):
@ -293,7 +293,7 @@ def insert_last_child(parent, node):
last.save() last.save()
def create_node_before(successor, type, **kwargs): def create_node_before(successor, type, **kwargs):
from seminar.models import TreeNode from .models import TreeNode
if successor is None: if successor is None:
raise TreeLibError("Nelze vyrábět sirotky! (successor=None)") raise TreeLibError("Nelze vyrábět sirotky! (successor=None)")
if not issubclass(type, TreeNode): if not issubclass(type, TreeNode):

82
treenode/views.py

@ -6,8 +6,8 @@ from django.views.generic.edit import CreateView
from django.contrib.auth.mixins import LoginRequiredMixin from django.contrib.auth.mixins import LoginRequiredMixin
from django.core.exceptions import PermissionDenied from django.core.exceptions import PermissionDenied
import seminar.models as s from .models import TemaVCisleNode, RocnikNode, CisloNode, UlohaVzorakNode, UlohaZadaniNode, TreeNode, CastNode, TextNode, ReseniNode, PohadkaNode, OrgTextNode
import seminar.models as m from .models.pomocne import Text, Obrazek
from treenode import treelib from treenode import treelib
import treenode.forms as f import treenode.forms as f
import treenode.templatetags as tnltt import treenode.templatetags as tnltt
@ -29,7 +29,7 @@ class TNLData(object):
if parent: if parent:
self.tema_in_path = parent.tema_in_path self.tema_in_path = parent.tema_in_path
if isinstance(anode, m.TemaVCisleNode): if isinstance(anode, TemaVCisleNode):
self.tema_in_path = True self.tema_in_path = True
def add_edit_options(self): def add_edit_options(self):
@ -51,11 +51,11 @@ class TNLData(object):
(All of them have method verejne.)""" (All of them have method verejne.)"""
parent = anode # chceme začít už od konkrétního node včetně parent = anode # chceme začít už od konkrétního node včetně
while True: while True:
rocnik = isinstance(parent, s.RocnikNode) rocnik = isinstance(parent, RocnikNode)
cislo = isinstance(parent, s.CisloNode) cislo = isinstance(parent, CisloNode)
uloha = (isinstance(parent, s.UlohaVzorakNode) or uloha = (isinstance(parent, UlohaVzorakNode) or
isinstance(parent, s.UlohaZadaniNode)) isinstance(parent, UlohaZadaniNode))
tema = isinstance(parent, s.TemaVCisleNode) tema = isinstance(parent, TemaVCisleNode)
if (rocnik or cislo or uloha or tema) or parent==None: if (rocnik or cislo or uloha or tema) or parent==None:
break break
@ -158,7 +158,7 @@ class TNLData(object):
class TreeNodeView(generic.DetailView): class TreeNodeView(generic.DetailView):
model = s.TreeNode model = TreeNode
template_name = 'treenode/treenode.html' template_name = 'treenode/treenode.html'
def get_context_data(self,**kwargs): def get_context_data(self,**kwargs):
@ -168,7 +168,7 @@ class TreeNodeView(generic.DetailView):
class TreeNodeJSONView(generic.DetailView): class TreeNodeJSONView(generic.DetailView):
model = s.TreeNode model = TreeNode
def get(self,request,*args, **kwargs): def get(self,request,*args, **kwargs):
self.object = self.get_object() self.object = self.get_object()
@ -178,21 +178,21 @@ class TreeNodeJSONView(generic.DetailView):
class TreeNodePridatView(generic.View): class TreeNodePridatView(generic.View):
type_from_str = { type_from_str = {
'rocnikNode': m.RocnikNode, 'rocnikNode': RocnikNode,
'cisloNode': m.CisloNode, 'cisloNode': CisloNode,
'castNode': m.CastNode, 'castNode': CastNode,
'textNode': m.TextNode, 'textNode': TextNode,
'temaVCisleNode': m.TemaVCisleNode, 'temaVCisleNode': TemaVCisleNode,
'reseniNode': m.ReseniNode, 'reseniNode': ReseniNode,
'ulohaZadaniNode': m.UlohaZadaniNode, 'ulohaZadaniNode': UlohaZadaniNode,
'ulohaVzorakNode': m.UlohaVzorakNode, 'ulohaVzorakNode': UlohaVzorakNode,
'pohadkaNode': m.PohadkaNode, 'pohadkaNode': PohadkaNode,
'orgText': m.OrgTextNode, 'orgText': OrgTextNode,
} }
def post(self, request, *args, **kwargs): def post(self, request, *args, **kwargs):
######## FIXME: ROZEPSANE, NEFUNGUJE, DOPSAT !!!!!! ########### ######## FIXME: ROZEPSANE, NEFUNGUJE, DOPSAT !!!!!! ###########
node = s.TreeNode.objects.get(pk=self.kwargs['pk']) node = TreeNode.objects.get(pk=self.kwargs['pk'])
kam = self.kwargs['kam'] kam = self.kwargs['kam']
co = self.kwargs['co'] co = self.kwargs['co']
typ = self.type_from_str[co] typ = self.type_from_str[co]
@ -202,19 +202,19 @@ class TreeNodePridatView(generic.View):
if kam not in ('pred','syn','za'): if kam not in ('pred','syn','za'):
raise ValidationError('Přidat lze pouze před nebo za node nebo jako syna') raise ValidationError('Přidat lze pouze před nebo za node nebo jako syna')
if co == m.TextNode: if co == TextNode:
new_obj = m.Text() new_obj = Text()
new_obj.save() new_obj.save()
elif co == m.CastNode: elif co == CastNode:
new_obj = m.CastNode() new_obj = CastNode()
new_obj.nadpis = request.POST.get('pridat-castNode-{}-{}'.format(node.id,kam)) new_obj.nadpis = request.POST.get('pridat-castNode-{}-{}'.format(node.id,kam))
new_obj.save() new_obj.save()
elif co == m.ReseniNode: elif co == ReseniNode:
new_obj = m new_obj = m
pass pass
elif co == m.UlohaZadaniNode: elif co == UlohaZadaniNode:
pass pass
elif co == m.UlohaReseniNode: elif co == UlohaReseniNode:
pass pass
else: else:
new_obj = None new_obj = None
@ -225,15 +225,15 @@ class TreeNodePridatView(generic.View):
if kam == 'syn': if kam == 'syn':
if typ == m.TextNode: if typ == TextNode:
text_obj = m.Text() text_obj = Text()
text_obj.save() text_obj.save()
node = treelib.create_child(node, typ, text=text_obj) node = treelib.create_child(node, typ, text=text_obj)
else: else:
node = treelib.create_child(node, typ) node = treelib.create_child(node, typ)
if kam == 'za': if kam == 'za':
if typ == m.TextNode: if typ == TextNode:
text_obj = m.Text() text_obj = Text()
text_obj.save() text_obj.save()
node = treelib.create_node_after(node, typ, text=text_obj) node = treelib.create_node_after(node, typ, text=text_obj)
else: else:
@ -244,7 +244,7 @@ class TreeNodePridatView(generic.View):
class TreeNodeSmazatView(generic.base.View): class TreeNodeSmazatView(generic.base.View):
def post(self, request, *args, **kwargs): def post(self, request, *args, **kwargs):
node = s.TreeNode.objects.get(pk=self.kwargs['pk']) node = TreeNode.objects.get(pk=self.kwargs['pk'])
if node.first_child: if node.first_child:
raise NotImplementedError('Mazání TreeNode se syny není zatím podporováno!') raise NotImplementedError('Mazání TreeNode se syny není zatím podporováno!')
treelib.disconnect_node(node) treelib.disconnect_node(node)
@ -254,7 +254,7 @@ class TreeNodeSmazatView(generic.base.View):
class TreeNodeOdvesitPrycView(generic.base.View): class TreeNodeOdvesitPrycView(generic.base.View):
def post(self, request, *args, **kwargs): def post(self, request, *args, **kwargs):
node = s.TreeNode.objects.get(pk=self.kwargs['pk']) node = TreeNode.objects.get(pk=self.kwargs['pk'])
treelib.disconnect_node(node) treelib.disconnect_node(node)
node.root = None node.root = None
node.save() node.save()
@ -263,7 +263,7 @@ class TreeNodeOdvesitPrycView(generic.base.View):
class TreeNodePodvesitView(generic.base.View): class TreeNodePodvesitView(generic.base.View):
def post(self, request, *args, **kwargs): def post(self, request, *args, **kwargs):
node = s.TreeNode.objects.get(pk=self.kwargs['pk']) node = TreeNode.objects.get(pk=self.kwargs['pk'])
kam = self.kwargs['kam'] kam = self.kwargs['kam']
if kam == 'pred': if kam == 'pred':
treelib.lower_node(node) treelib.lower_node(node)
@ -274,21 +274,21 @@ class TreeNodePodvesitView(generic.base.View):
class TreeNodeProhoditView(generic.base.View): class TreeNodeProhoditView(generic.base.View):
def post(self, request, *args, **kwargs): def post(self, request, *args, **kwargs):
node = s.TreeNode.objects.get(pk=self.kwargs['pk']) node = TreeNode.objects.get(pk=self.kwargs['pk'])
treelib.swap_succ(node) treelib.swap_succ(node)
return redirect(request.headers.get('referer')) return redirect(request.headers.get('referer'))
#FIXME ve formulari predat puvodni url a vratit redirect na ni #FIXME ve formulari predat puvodni url a vratit redirect na ni
class SirotcinecView(generic.ListView): class SirotcinecView(generic.ListView):
model = s.TreeNode model = TreeNode
template_name = 'treenode/orphanage.html' template_name = 'treenode/orphanage.html'
def get_queryset(self): def get_queryset(self):
return s.TreeNode.objects.not_instance_of(s.RocnikNode).filter(root=None,prev=None,succ=None,father_of_first=None) return TreeNode.objects.not_instance_of(RocnikNode).filter(root=None,prev=None,succ=None,father_of_first=None)
# FIXME pouzit Django REST Framework # FIXME pouzit Django REST Framework
class TextWebView(generic.DetailView): class TextWebView(generic.DetailView):
model = s.Text model = Text
def get(self,request,*args, **kwargs): def get(self,request,*args, **kwargs):
self.object = self.get_object() self.object = self.get_object()
@ -300,7 +300,7 @@ class VueTestView(generic.TemplateView):
class NahrajObrazekKTreeNoduView(LoginRequiredMixin, CreateView): class NahrajObrazekKTreeNoduView(LoginRequiredMixin, CreateView):
model = s.Obrazek model = Obrazek
form_class = f.NahrajObrazekKTreeNoduForm form_class = f.NahrajObrazekKTreeNoduForm
def get_initial(self): def get_initial(self):
@ -316,7 +316,7 @@ class NahrajObrazekKTreeNoduView(LoginRequiredMixin, CreateView):
print(form) print(form)
self.object = form.save(commit=False) self.object = form.save(commit=False)
print(self.object.na_web) print(self.object.na_web)
self.object.text = m.Text.objects.get(pk=int(self.request.headers['Textid'])) self.object.text = Text.objects.get(pk=int(self.request.headers['Textid']))
self.object.save() self.object.save()
return JsonResponse({"url":self.object.na_web.url}) return JsonResponse({"url":self.object.na_web.url})

25
treenode/viewsets.py

@ -3,7 +3,12 @@ from rest_framework import status
from rest_framework.response import Response from rest_framework.response import Response
from django.core.exceptions import PermissionDenied from django.core.exceptions import PermissionDenied
from rest_framework.permissions import BasePermission, AllowAny from rest_framework.permissions import BasePermission, AllowAny
from seminar import models as m
from odevzdavatko.models import Reseni
from tvorba.models import Problem, Uloha
from .models import TextNode, CastNode, UlohaVzorakNode, UlohaZadaniNode, ReseniNode
from .models.pomocne import Text
import treenode.serializers as views import treenode.serializers as views
from treenode.permissions import AllowWrite from treenode.permissions import AllowWrite
@ -66,17 +71,17 @@ class ReadWriteSerializerMixin(object):
return self.create_serializer_class return self.create_serializer_class
class TextViewSet(PermissionMixin, viewsets.ModelViewSet): class TextViewSet(PermissionMixin, viewsets.ModelViewSet):
queryset = m.Text.objects.all() queryset = Text.objects.all()
serializer_class = views.TextSerializer serializer_class = views.TextSerializer
class TextNodeViewSet(PermissionMixin, ReadWriteSerializerMixin,viewsets.ModelViewSet): class TextNodeViewSet(PermissionMixin, ReadWriteSerializerMixin,viewsets.ModelViewSet):
queryset = m.TextNode.objects.all() queryset = TextNode.objects.all()
read_serializer_class = views.TextNodeSerializer read_serializer_class = views.TextNodeSerializer
write_serializer_class = views.TextNodeWriteSerializer write_serializer_class = views.TextNodeWriteSerializer
create_serializer_class = views.TextNodeCreateSerializer create_serializer_class = views.TextNodeCreateSerializer
class CastNodeViewSet(PermissionMixin, ReadWriteSerializerMixin,viewsets.ModelViewSet): class CastNodeViewSet(PermissionMixin, ReadWriteSerializerMixin,viewsets.ModelViewSet):
queryset = m.CastNode.objects.all() queryset = CastNode.objects.all()
read_serializer_class = views.CastNodeSerializer read_serializer_class = views.CastNodeSerializer
write_serializer_class = views.CastNodeSerializer write_serializer_class = views.CastNodeSerializer
create_serializer_class = views.CastNodeCreateSerializer create_serializer_class = views.CastNodeCreateSerializer
@ -95,7 +100,7 @@ class UlohaVzorakNodeViewSet(PermissionMixin, ReadWriteSerializerMixin, viewsets
create_serializer_class = views.UlohaVzorakNodeCreateSerializer create_serializer_class = views.UlohaVzorakNodeCreateSerializer
def get_queryset(self): def get_queryset(self):
queryset = m.UlohaVzorakNode.objects.all() queryset = UlohaVzorakNode.objects.all()
nazev = self.request.query_params.get('nazev',None) nazev = self.request.query_params.get('nazev',None)
if nazev is not None: if nazev is not None:
queryset = queryset.filter(nazev__contains=nazev) queryset = queryset.filter(nazev__contains=nazev)
@ -114,7 +119,7 @@ class ReseniViewSet(viewsets.ModelViewSet):
serializer_class = views.ReseniSerializer serializer_class = views.ReseniSerializer
def get_queryset(self): def get_queryset(self):
queryset = m.Reseni.objects.all() queryset = Reseni.objects.all()
#FIXME upravit nazvy dle skutecnych polozek reseni #FIXME upravit nazvy dle skutecnych polozek reseni
nazev = self.request.query_params.get('nazev',None) nazev = self.request.query_params.get('nazev',None)
if nazev is not None: if nazev is not None:
@ -128,7 +133,7 @@ class UlohaViewSet(viewsets.ModelViewSet):
serializer_class = views.UlohaSerializer serializer_class = views.UlohaSerializer
def get_queryset(self): def get_queryset(self):
queryset = m.Uloha.objects.all() queryset = Uloha.objects.all()
nazev = self.request.query_params.get('nazev',None) nazev = self.request.query_params.get('nazev',None)
if nazev is not None: if nazev is not None:
queryset = queryset.filter(nazev__contains=nazev) queryset = queryset.filter(nazev__contains=nazev)
@ -138,13 +143,13 @@ class UlohaViewSet(viewsets.ModelViewSet):
return queryset return queryset
class UlohaZadaniNodeViewSet(ReadWriteSerializerMixin, viewsets.ModelViewSet): class UlohaZadaniNodeViewSet(ReadWriteSerializerMixin, viewsets.ModelViewSet):
queryset = m.UlohaZadaniNode.objects.all() queryset = UlohaZadaniNode.objects.all()
read_serializer_class = views.UlohaZadaniNodeSerializer read_serializer_class = views.UlohaZadaniNodeSerializer
write_serializer_class = views.UlohaZadaniNodeWriteSerializer write_serializer_class = views.UlohaZadaniNodeWriteSerializer
create_serializer_class = views.UlohaZadaniNodeCreateSerializer create_serializer_class = views.UlohaZadaniNodeCreateSerializer
class ReseniNodeViewSet(ReadWriteSerializerMixin, viewsets.ModelViewSet): class ReseniNodeViewSet(ReadWriteSerializerMixin, viewsets.ModelViewSet):
queryset = m.ReseniNode.objects.all() queryset = ReseniNode.objects.all()
read_serializer_class = views.ReseniNodeSerializer read_serializer_class = views.ReseniNodeSerializer
write_serializer_class = views.ReseniNodeWriteSerializer write_serializer_class = views.ReseniNodeWriteSerializer
create_serializer_class = views.ReseniNodeCreateSerializer create_serializer_class = views.ReseniNodeCreateSerializer
@ -155,7 +160,7 @@ class ProblemViewSet(viewsets.ModelViewSet):
serializer_class = views.ProblemSerializer serializer_class = views.ProblemSerializer
def get_queryset(self): def get_queryset(self):
queryset = m.Problem.objects.all() queryset = Problem.objects.all()
ucel = self.request.query_params.get('ucel',None) ucel = self.request.query_params.get('ucel',None)
rocnik = self.request.query_params.get('rocnik',None) rocnik = self.request.query_params.get('rocnik',None)
tema = self.request.query_params.get('tema',None) tema = self.request.query_params.get('tema',None)

6
tvorba/models.py

@ -297,7 +297,7 @@ class Cislo(SeminarModelBase):
except ObjectDoesNotExist: except ObjectDoesNotExist:
# Neexistující *Node nemá smysl aktualizovat, ale je potřeba ho naopak vyrobit # Neexistující *Node nemá smysl aktualizovat, ale je potřeba ho naopak vyrobit
logger.warning(f'Číslo {self} nemělo ČísloNode, vyrábím…') logger.warning(f'Číslo {self} nemělo ČísloNode, vyrábím…')
from seminar.models.treenode import CisloNode from treenode.models import CisloNode
CisloNode.objects.create(cislo=self) CisloNode.objects.create(cislo=self)
def zlomovy_deadline_pro_papirove_cislo(self): def zlomovy_deadline_pro_papirove_cislo(self):
@ -572,7 +572,7 @@ class Tema(Problem):
def cislo_node(self): def cislo_node(self):
tema_node_set = self.temavcislenode_set.all() tema_node_set = self.temavcislenode_set.all()
tema_cisla_vyskyt = [] tema_cisla_vyskyt = []
from seminar.models.treenode import CisloNode from treenode.models import CisloNode
for tn in tema_node_set: for tn in tema_node_set:
tema_cisla_vyskyt.append( tema_cisla_vyskyt.append(
treelib.get_upper_node_of_type(tn, CisloNode).cislo) treelib.get_upper_node_of_type(tn, CisloNode).cislo)
@ -648,7 +648,7 @@ class Uloha(Problem):
def cislo_node(self): def cislo_node(self):
zadani_node = self.ulohazadaninode zadani_node = self.ulohazadaninode
from seminar.models.treenode import CisloNode from treenode.models import CisloNode
return treelib.get_upper_node_of_type(zadani_node, CisloNode) return treelib.get_upper_node_of_type(zadani_node, CisloNode)

80
tvorba/testutils.py

@ -6,10 +6,12 @@ import lorem
import django.contrib.auth import django.contrib.auth
import logging import logging
from .models import Rocnik, Cislo, Deadline, Problem, Tema, Uloha from .models import Rocnik, Cislo, Deadline, Problem, Tema, Uloha, Clanek
from odevzdavatko.models import Reseni, Hodnoceni from odevzdavatko.models import Reseni, Hodnoceni
import seminar.models as m # TODO zbavit se treenodů do treenode.testutils (ty pak klidně volat odtud)
from treenode.models import TextNode, UlohaZadaniNode, UlohaVzorakNode, RocnikNode, CisloNode, TemaVCisleNode, CastNode, MezicisloNode, ReseniNode
from treenode.models.pomocne import Text
from treenode.treelib import all_children, insert_last_child, all_children_of_type, create_node_after from treenode.treelib import all_children, insert_last_child, all_children_of_type, create_node_after
@ -56,12 +58,12 @@ def gen_zadani_ulohy(rnd, cisla, organizatori, pocet_oboru, poradi_cisla, poradi
rnd.choice(jmeno), rnd.choice(jmeno),
rnd.choice(kde)] rnd.choice(kde)]
) )
text_zadani = m.Text.objects.create( text_zadani = Text.objects.create(
na_web = text, na_web = text,
do_cisla = text, do_cisla = text,
) )
zad = m.TextNode.objects.create(text = text_zadani, root = p.cislo_zadani.rocnik.rocniknode) zad = TextNode.objects.create(text = text_zadani, root = p.cislo_zadani.rocnik.rocniknode)
uloha_zadani = m.UlohaZadaniNode.objects.create(uloha = p, first_child = zad, root = p.cislo_zadani.rocnik.rocniknode) uloha_zadani = UlohaZadaniNode.objects.create(uloha = p, first_child = zad, root = p.cislo_zadani.rocnik.rocniknode)
p.ulohazadaninode = uloha_zadani p.ulohazadaninode = uloha_zadani
otec_syn(cisla[poradi_cisla-2-1].cislonode, uloha_zadani) otec_syn(cisla[poradi_cisla-2-1].cislonode, uloha_zadani)
@ -78,12 +80,12 @@ def gen_vzoroveho_reseni_ulohy(rnd, organizatori, uloha, pocet_opravovatelu):
# Generování vzorového řešení. # Generování vzorového řešení.
obsah = rnd.choice(reseni) obsah = rnd.choice(reseni)
text_vzoraku = m.Text.objects.create( text_vzoraku = Text.objects.create(
na_web = obsah, na_web = obsah,
do_cisla = obsah do_cisla = obsah
) )
vzorak = m.TextNode.objects.create(text = text_vzoraku, root = uloha.cislo_zadani.rocnik.rocniknode) vzorak = TextNode.objects.create(text = text_vzoraku, root = uloha.cislo_zadani.rocnik.rocniknode)
uloha_vzorak = m.UlohaVzorakNode.objects.create(uloha = uloha, first_child = vzorak, root = uloha.cislo_zadani.rocnik.rocniknode) uloha_vzorak = UlohaVzorakNode.objects.create(uloha = uloha, first_child = vzorak, root = uloha.cislo_zadani.rocnik.rocniknode)
uloha.ulohavzoraknode = uloha_vzorak uloha.ulohavzoraknode = uloha_vzorak
uloha.opravovatele.set(rnd.sample(organizatori, pocet_opravovatelu)) uloha.opravovatele.set(rnd.sample(organizatori, pocet_opravovatelu))
@ -134,7 +136,7 @@ def gen_rocniky(last_rocnik, size):
node = None node = None
for ri in range(min(last_rocnik - size, 1), last_rocnik + 1): for ri in range(min(last_rocnik - size, 1), last_rocnik + 1):
rocnik = Rocnik.objects.create(prvni_rok = 1993 + ri, rocnik = ri) rocnik = Rocnik.objects.create(prvni_rok = 1993 + ri, rocnik = ri)
node2 = m.RocnikNode.objects.create(rocnik = rocnik, succ = node) node2 = RocnikNode.objects.create(rocnik = rocnik, succ = node)
rocnik.save() rocnik.save()
node = node2 node = node2
rocniky.append(rocnik) rocniky.append(rocnik)
@ -169,7 +171,7 @@ def gen_cisla(rnd, rocniky):
datum_vydani=vydano, datum_vydani=vydano,
verejne_db=True, verejne_db=True,
) )
node2 = m.CisloNode.objects.get(cislo = cislo) node2 = CisloNode.objects.get(cislo = cislo)
node2.succ = node node2.succ = node
node2.root = rocnik.rocniknode node2.root = rocnik.rocniknode
cislo.save() cislo.save()
@ -197,7 +199,7 @@ def add_first_child(node, child):
def get_text(): def get_text():
odstavec = lorem.paragraph() odstavec = lorem.paragraph()
return m.Text.objects.create(na_web = odstavec, do_cisla = odstavec) return Text.objects.create(na_web = odstavec, do_cisla = odstavec)
def gen_dlouhe_tema(rnd, organizatori, rocnik, nazev, obor, kod): def gen_dlouhe_tema(rnd, organizatori, rocnik, nazev, obor, kod):
tema = Tema.objects.create( tema = Tema.objects.create(
@ -217,54 +219,54 @@ def gen_dlouhe_tema(rnd, organizatori, rocnik, nazev, obor, kod):
for cislo in cisla: for cislo in cisla:
# Přidáme TemaVCisleNode do daného čísla # Přidáme TemaVCisleNode do daného čísla
cislo_node = cislo.cislonode cislo_node = cislo.cislonode
tema_cislo_node = m.TemaVCisleNode.objects.create(tema = tema, root = cislo_node.root) tema_cislo_node = TemaVCisleNode.objects.create(tema = tema, root = cislo_node.root)
insert_last_child(cislo_node, tema_cislo_node) insert_last_child(cislo_node, tema_cislo_node)
# Přidávání obsahu do čísla # Přidávání obsahu do čísla
cast_node = m.CastNode.objects.create(nadpis = "Příspěvek k číslu {}".format(cislo.kod), root=cislo_node.root) cast_node = CastNode.objects.create(nadpis = "Příspěvek k číslu {}".format(cislo.kod), root=cislo_node.root)
add_first_child(tema_cislo_node, cast_node) add_first_child(tema_cislo_node, cast_node)
text_node = m.TextNode.objects.create(text = get_text(), root=cislo_node.root) text_node = TextNode.objects.create(text = get_text(), root=cislo_node.root)
add_first_child(cast_node, text_node) add_first_child(cast_node, text_node)
cast_node2 = m.CastNode.objects.create(nadpis = "První podproblém", root=cislo_node.root) cast_node2 = CastNode.objects.create(nadpis = "První podproblém", root=cislo_node.root)
add_first_child(text_node, cast_node2) add_first_child(text_node, cast_node2)
text_node2 = m.TextNode.objects.create(text = get_text(), root=cislo_node.root) text_node2 = TextNode.objects.create(text = get_text(), root=cislo_node.root)
add_first_child(cast_node2, text_node2) add_first_child(cast_node2, text_node2)
cast_node3 = m.CastNode.objects.create(nadpis = "Druhý podproblém", root=cislo_node.root) cast_node3 = CastNode.objects.create(nadpis = "Druhý podproblém", root=cislo_node.root)
add_first_child(text_node2, cast_node3) add_first_child(text_node2, cast_node3)
text_node3 = m.TextNode.objects.create(text = get_text(), root=cislo_node.root) text_node3 = TextNode.objects.create(text = get_text(), root=cislo_node.root)
add_first_child(cast_node3, text_node3) add_first_child(cast_node3, text_node3)
cast_node4 = m.CastNode.objects.create(nadpis = "Třetí podproblém", root=cislo_node.root) cast_node4 = CastNode.objects.create(nadpis = "Třetí podproblém", root=cislo_node.root)
add_first_child(text_node3, cast_node4) add_first_child(text_node3, cast_node4)
text_node4 = m.TextNode.objects.create(text = get_text(), root=cislo_node.root) text_node4 = TextNode.objects.create(text = get_text(), root=cislo_node.root)
add_first_child(cast_node3, text_node4) add_first_child(cast_node3, text_node4)
cast_node3a = m.CastNode.objects.create(nadpis = "Podproblém paralelní s " cast_node3a = CastNode.objects.create(nadpis = "Podproblém paralelní s "
"druhým podproblémem", root=cislo_node.root) "druhým podproblémem", root=cislo_node.root)
cast_node3.succ = cast_node3a cast_node3.succ = cast_node3a
cast_node3.save() cast_node3.save()
text_node3a = m.TextNode.objects.create(text = get_text(), root=cislo_node.root) text_node3a = TextNode.objects.create(text = get_text(), root=cislo_node.root)
add_first_child(cast_node3a, text_node3a) add_first_child(cast_node3a, text_node3a)
# Občas přidáme mezičíslo # Občas přidáme mezičíslo
if rnd.randint(1, 3) == 1: if rnd.randint(1, 3) == 1:
create_node_after(cislo_node, m.MezicisloNode, root=cislo_node.root) create_node_after(cislo_node, MezicisloNode, root=cislo_node.root)
mezicislo_node = cislo_node.succ mezicislo_node = cislo_node.succ
cast_node_mezicislo = m.CastNode.objects.create( cast_node_mezicislo = CastNode.objects.create(
nadpis = "Příspěvek k mezičíslu".format(cislo.kod), root=cislo_node.root) nadpis = "Příspěvek k mezičíslu".format(cislo.kod), root=cislo_node.root)
add_first_child(mezicislo_node, cast_node_mezicislo) add_first_child(mezicislo_node, cast_node_mezicislo)
odstavec = lorem.paragraph() odstavec = lorem.paragraph()
text_mezicislo = m.Text.objects.create(na_web = odstavec, do_cisla = odstavec) text_mezicislo = Text.objects.create(na_web = odstavec, do_cisla = odstavec)
text_node_mezicislo = m.TextNode.objects.create(text = text_mezicislo, root=cislo_node.root) text_node_mezicislo = TextNode.objects.create(text = text_mezicislo, root=cislo_node.root)
add_first_child(cast_node_mezicislo, text_node_mezicislo) add_first_child(cast_node_mezicislo, text_node_mezicislo)
return tema return tema
@ -308,7 +310,7 @@ def gen_temata(rnd, rocniky, rocnik_cisla, organizatori):
# Vyrobíme TemaVCisleNody pro obsah # Vyrobíme TemaVCisleNody pro obsah
for i in range(zacatek_tematu, konec_tematu+1): for i in range(zacatek_tematu, konec_tematu+1):
node = m.TemaVCisleNode.objects.create(tema = t,root=rocnik.rocniknode) node = TemaVCisleNode.objects.create(tema = t,root=rocnik.rocniknode)
# FIXME: Není to off-by-one? # FIXME: Není to off-by-one?
otec = cisla[i-1].cislonode otec = cisla[i-1].cislonode
otec_syn(otec, node) otec_syn(otec, node)
@ -361,12 +363,12 @@ def gen_ulohy_tematu(rnd, organizatori, resitele, tema, kod, cislo, cislo_se_vzo
rnd.choice(jmeno), rnd.choice(jmeno),
rnd.choice(kde)] rnd.choice(kde)]
) )
text_zadani = m.Text.objects.create( text_zadani = Text.objects.create(
na_web = obsah, na_web = obsah,
do_cisla = obsah, do_cisla = obsah,
) )
zad = m.TextNode.objects.create(text = text_zadani, root=tema.temavcislenode_set.first().root) zad = TextNode.objects.create(text = text_zadani, root=tema.temavcislenode_set.first().root)
uloha_zadani = m.UlohaZadaniNode.objects.create(uloha=uloha, first_child = zad, root=tema.temavcislenode_set.first().root) uloha_zadani = UlohaZadaniNode.objects.create(uloha=uloha, first_child = zad, root=tema.temavcislenode_set.first().root)
uloha.ulohazadaninode = uloha_zadani uloha.ulohazadaninode = uloha_zadani
# Generování řešení a hodnocení k úloze # Generování řešení a hodnocení k úloze
@ -398,7 +400,7 @@ def gen_ulohy_k_tematum(rnd, rocniky, rocnik_cisla, rocnik_temata, organizatori,
else: else:
cislo_se_vzorakem = cislo_se_vzorakem.first() cislo_se_vzorakem = cislo_se_vzorakem.first()
for tema_node in all_children_of_type(cislo.cislonode, m.TemaVCisleNode): for tema_node in all_children_of_type(cislo.cislonode, TemaVCisleNode):
tema = tema_node.tema tema = tema_node.tema
# Pokud už témátko skončilo, žádné úložky negenerujeme # Pokud už témátko skončilo, žádné úložky negenerujeme
@ -421,7 +423,7 @@ def gen_ulohy_k_tematum(rnd, rocniky, rocnik_cisla, rocnik_temata, organizatori,
# Najdeme správný TemaVCisleNode pro vložení vzoráku # Najdeme správný TemaVCisleNode pro vložení vzoráku
res_tema_node = None; res_tema_node = None;
for node in all_children(cislo_se_vzorakem.cislonode): for node in all_children(cislo_se_vzorakem.cislonode):
if isinstance(node, m.TemaVCisleNode): if isinstance(node, TemaVCisleNode):
if node.tema == tema: if node.tema == tema:
res_tema_node = node res_tema_node = node
if res_tema_node is None: if res_tema_node is None:
@ -440,7 +442,7 @@ def otec_syn(otec, syn):
def gen_clanek(rnd, organizatori, resitele): def gen_clanek(rnd, organizatori, resitele):
logger.info("Generuji článek do čísla 22.2") logger.info("Generuji článek do čísla 22.2")
clanek = m.Clanek.objects.create( clanek = Clanek.objects.create(
nazev="Článek o Lorem ipsum", nazev="Článek o Lorem ipsum",
nadproblem=None, nadproblem=None,
stav='vyreseny', stav='vyreseny',
@ -467,7 +469,7 @@ def gen_clanek(rnd, organizatori, resitele):
) )
hodnoceni.save() hodnoceni.save()
reseninode = m.ReseniNode.objects.create( reseninode = ReseniNode.objects.create(
reseni=reseni reseni=reseni
) )
reseninode.save() reseninode.save()
@ -483,26 +485,26 @@ def gen_clanek(rnd, organizatori, resitele):
# FIXME: Ten, kdo vymyslel TreeLib (mj. týž, kdo psal tenhle kód), # FIXME: Ten, kdo vymyslel TreeLib (mj. týž, kdo psal tenhle kód),
# nevyrobil vhodnou funkci, takže to postavíme pozpátku pomocí create_child # nevyrobil vhodnou funkci, takže to postavíme pozpátku pomocí create_child
# (které vyrábí _prvního_ syna) # (které vyrábí _prvního_ syna)
create_child(reseninode, m.CastNode, nadpis="Lorem ipsum") create_child(reseninode, CastNode, nadpis="Lorem ipsum")
# Taky ten člověk nevyrobil vracení nových věcí... # Taky ten člověk nevyrobil vracení nových věcí...
castnode = reseninode.first_child castnode = reseninode.first_child
# Úvodní odstaveček # Úvodní odstaveček
obsah = "Tohle je zamyšlení o textu lorem ipsum. Začneme a skončíme ukázkou." obsah = "Tohle je zamyšlení o textu lorem ipsum. Začneme a skončíme ukázkou."
text = m.Text.objects.create( text = Text.objects.create(
na_web=obsah, na_web=obsah,
do_cisla=obsah, do_cisla=obsah,
) )
text.save() text.save()
create_child(reseninode, m.TextNode, text=text) create_child(reseninode, TextNode, text=text)
# Několik odstavců lorem ipsum # Několik odstavců lorem ipsum
for _ in range(rnd.randint(3, 7)): for _ in range(rnd.randint(3, 7)):
lipsum = lorem.paragraph() lipsum = lorem.paragraph()
text = m.Text.objects.create( text = Text.objects.create(
na_web=lipsum, na_web=lipsum,
do_cisla=lipsum, do_cisla=lipsum,
) )
text.save() text.save()
create_child(castnode, m.TextNode, text=text) create_child(castnode, TextNode, text=text)
logger.info(f"Článek vygenerován (reseni={reseni.id}, treenode={reseninode.id})") logger.info(f"Článek vygenerován (reseni={reseni.id}, treenode={reseninode.id})")

8
tvorba/views/__init__.py

@ -14,10 +14,10 @@ from django.db.models import Q, Sum, Count
from django.views.generic.base import RedirectView from django.views.generic.base import RedirectView
from django.core.exceptions import PermissionDenied from django.core.exceptions import PermissionDenied
import seminar.models as m
from personalni.models import Resitel from personalni.models import Resitel
from soustredeni.models import Konfera from soustredeni.models import Konfera
from tvorba.models import Problem, Cislo, Rocnik, Tema, Clanek, Deadline, Uloha from tvorba.models import Problem, Cislo, Rocnik, Tema, Clanek, Deadline, Uloha
from treenode.models import TemaVCisleNode, PohadkaNode
from various.models import Nastaveni from various.models import Nastaveni
from treenode import treelib from treenode import treelib
import treenode.templatetags as tnltt import treenode.templatetags as tnltt
@ -79,7 +79,7 @@ def get_problemy_k_tematu(tema):
# context['tnldata'] = TNLData.from_tnldata_list([tnl_zadani, tnl_vzorak]) # context['tnldata'] = TNLData.from_tnldata_list([tnl_zadani, tnl_vzorak])
# elif isinstance(self.object, Tema): # elif isinstance(self.object, Tema):
# rocniknode = self.object.rocnik.rocniknode # rocniknode = self.object.rocnik.rocniknode
# context['tnldata'] = TNLData.filter_treenode(rocniknode, lambda x: isinstance(x, m.TemaVCisleNode)) # context['tnldata'] = TNLData.filter_treenode(rocniknode, lambda x: isinstance(x, TemaVCisleNode))
# else: # else:
# raise ValueError("Obecný problém nejde zobrazit.") # raise ValueError("Obecný problém nejde zobrazit.")
# return context # return context
@ -144,9 +144,9 @@ def ZadaniTemataView(request):
# tematko_object = Tema.objects.filter(rocnik=rocnik_object[0], kod=tematko) # tematko_object = Tema.objects.filter(rocnik=rocnik_object[0], kod=tematko)
# seznam = vytahniZLesaSeznam(tematko_object[0], nastaveni.aktualni_rocnik().rocniknode) # seznam = vytahniZLesaSeznam(tematko_object[0], nastaveni.aktualni_rocnik().rocniknode)
# for node, depth in seznam: # for node, depth in seznam:
# if node.isinstance(node, m.KonferaNode): # if node.isinstance(node, KonferaNode): # FIXME neexistuje
# raise Exception("Not implemented yet") # raise Exception("Not implemented yet")
# if node.isinstance(node, m.PohadkaNode): # Mohu ignorovat, má pod sebou # if node.isinstance(node, PohadkaNode): # Mohu ignorovat, má pod sebou
# pass # pass
# #
# return render(request, 'tvorba/tematka/toaletak.html', {}) # return render(request, 'tvorba/tematka/toaletak.html', {})

5
various/views/final.py

@ -14,7 +14,8 @@ from django.views import generic
import novinky.views import novinky.views
import treenode.treelib as t import treenode.treelib as t
import tvorba.views import tvorba.views
import seminar.models as m
from treenode.models import CisloNode
from personalni.models import Resitel, Osoba from personalni.models import Resitel, Osoba
from tvorba.models import Clanek, Deadline from tvorba.models import Clanek, Deadline
@ -128,7 +129,7 @@ def seznam_problemu():
# content type je věc pomáhající rozeznávat různé typy objektů v django-polymorphic # content type je věc pomáhající rozeznávat různé typy objektů v django-polymorphic
# protože isinstance vrátí vždy jen TreeNode # protože isinstance vrátí vždy jen TreeNode
# https://django-polymorphic.readthedocs.io/en/stable/migrating.html # https://django-polymorphic.readthedocs.io/en/stable/migrating.html
cislonode_ct = ContentType.objects.get_for_model(m.CisloNode) cislonode_ct = ContentType.objects.get_for_model(CisloNode)
node = clanek_node node = clanek_node
while node is not None: while node is not None:
node_ct = node.polymorphic_ctype node_ct = node.polymorphic_ctype

Loading…
Cancel
Save