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# Tests for ankigen_core/models.py
import pytest
from pydantic import ValidationError
from ankigen_core.models import (
Step,
Subtopics,
Topics,
CardFront,
CardBack,
Card,
CardList,
ConceptBreakdown,
CardGeneration,
LearningSequence,
)
# Tests for Step model
def test_step_creation():
step = Step(explanation="Test explanation", output="Test output")
assert step.explanation == "Test explanation"
assert step.output == "Test output"
def test_step_missing_fields():
with pytest.raises(ValidationError):
Step(output="Test output") # Missing explanation
with pytest.raises(ValidationError):
Step(explanation="Test explanation") # Missing output
# Tests for Subtopics model
def test_subtopics_creation():
step1 = Step(explanation="Expl1", output="Out1")
step2 = Step(explanation="Expl2", output="Out2")
subtopics = Subtopics(steps=[step1, step2], result=["Res1", "Res2"])
assert len(subtopics.steps) == 2
assert subtopics.steps[0].explanation == "Expl1"
assert subtopics.result == ["Res1", "Res2"]
def test_subtopics_missing_fields():
with pytest.raises(ValidationError):
Subtopics(result=["Res1"]) # Missing steps
with pytest.raises(ValidationError):
Subtopics(steps=[Step(explanation="e", output="o")]) # Missing result
def test_subtopics_incorrect_types():
with pytest.raises(ValidationError):
Subtopics(steps="not a list", result=["Res1"])
with pytest.raises(ValidationError):
Subtopics(steps=[Step(explanation="e", output="o")], result="not a list")
with pytest.raises(ValidationError):
Subtopics(steps=["not a step"], result=["Res1"])
# Tests for Topics model
def test_topics_creation():
step = Step(explanation="e", output="o")
subtopic1 = Subtopics(steps=[step], result=["R1"])
topics = Topics(result=[subtopic1])
assert len(topics.result) == 1
assert topics.result[0].steps[0].explanation == "e"
def test_topics_missing_fields():
with pytest.raises(ValidationError):
Topics()
def test_topics_incorrect_types():
with pytest.raises(ValidationError):
Topics(result="not a list")
with pytest.raises(ValidationError):
Topics(result=["not a subtopic"])
# Tests for CardFront model
def test_card_front_creation():
card_front = CardFront(question="What is Pydantic?")
assert card_front.question == "What is Pydantic?"
card_front_none = CardFront()
assert card_front_none.question is None
# Tests for CardBack model
def test_card_back_creation():
card_back = CardBack(
answer="A data validation library",
explanation="It uses Python type hints",
example="class Model(BaseModel): ...",
)
assert card_back.answer == "A data validation library"
assert card_back.explanation == "It uses Python type hints"
assert card_back.example == "class Model(BaseModel): ..."
# Test with optional answer
card_back_no_answer = CardBack(
explanation="Explanation only", example="Example only"
)
assert card_back_no_answer.answer is None
assert card_back_no_answer.explanation == "Explanation only"
assert card_back_no_answer.example == "Example only"
def test_card_back_missing_fields():
with pytest.raises(ValidationError):
CardBack(answer="A", explanation="B") # Missing example
with pytest.raises(ValidationError):
CardBack(answer="A", example="C") # Missing explanation
# Removed the case that expected a ValidationError when 'answer' was missing,
# as 'answer' is Optional.
# Tests for Card model
def test_card_creation():
front = CardFront(question="Q")
back = CardBack(answer="A", explanation="E", example="Ex")
card = Card(front=front, back=back, metadata={"source": "test"}, card_type="basic")
assert card.front.question == "Q"
assert card.back.answer == "A"
assert card.metadata == {"source": "test"}
assert card.card_type == "basic"
card_default_type = Card(front=front, back=back)
assert card_default_type.card_type == "basic"
def test_card_missing_fields():
front = CardFront(question="Q")
back = CardBack(answer="A", explanation="E", example="Ex")
with pytest.raises(ValidationError):
Card(front=front)
with pytest.raises(ValidationError):
Card(back=back)
def test_card_incorrect_types():
back = CardBack(answer="A", explanation="E", example="Ex")
with pytest.raises(ValidationError):
Card(front="not a CardFront", back=back)
# Tests for CardList model
def test_card_list_creation():
front = CardFront(question="Q")
back = CardBack(answer="A", explanation="E", example="Ex")
card1 = Card(front=front, back=back)
card_list = CardList(topic="Python Basics", cards=[card1])
assert card_list.topic == "Python Basics"
assert len(card_list.cards) == 1
assert card_list.cards[0].front.question == "Q"
def test_card_list_missing_fields():
with pytest.raises(ValidationError):
CardList(cards=[]) # Missing topic
with pytest.raises(ValidationError):
CardList(topic="Topic") # Missing cards
def test_card_list_incorrect_types():
with pytest.raises(ValidationError):
CardList(topic=123, cards=[])
with pytest.raises(ValidationError):
CardList(topic="Topic", cards="not a list")
with pytest.raises(ValidationError):
CardList(topic="Topic", cards=["not a card"])
# Tests for ConceptBreakdown model
def test_concept_breakdown_creation():
cb = ConceptBreakdown(
main_concept="Loops",
prerequisites=["Variables"],
learning_outcomes=["Understand for/while loops"],
common_misconceptions=["Off-by-one errors"],
difficulty_level="beginner",
)
assert cb.main_concept == "Loops"
assert cb.prerequisites == ["Variables"]
assert cb.learning_outcomes == ["Understand for/while loops"]
assert cb.common_misconceptions == ["Off-by-one errors"]
assert cb.difficulty_level == "beginner"
def test_concept_breakdown_missing_fields():
with pytest.raises(ValidationError):
ConceptBreakdown(
prerequisites=[]
) # Missing main_concept, learning_outcomes, common_misconceptions, difficulty_level
with pytest.raises(ValidationError):
ConceptBreakdown(main_concept="Test") # Missing other required
# Tests for CardGeneration model
def test_card_generation_creation():
front = CardFront(question="What is a for loop?")
back = CardBack(answer="A control flow statement", explanation="...", example="...")
card = Card(front=front, back=back)
cg = CardGeneration(
concept="For Loops",
thought_process="Break down the concept...",
verification_steps=["Check for clarity"],
card=card,
)
assert cg.concept == "For Loops"
assert cg.thought_process == "Break down the concept..."
assert cg.verification_steps == ["Check for clarity"]
assert cg.card.front.question == "What is a for loop?"
def test_card_generation_missing_fields():
front = CardFront(question="Q")
back = CardBack(answer="A", explanation="E", example="Ex")
card = Card(front=front, back=back)
with pytest.raises(ValidationError):
CardGeneration(
concept="Test", thought_process="Test", verification_steps=[]
) # Missing card
with pytest.raises(ValidationError):
CardGeneration(
concept="Test", thought_process="Test", card=card
) # Missing verification_steps etc.
# Tests for LearningSequence model
def test_learning_sequence_creation():
concept = ConceptBreakdown(
main_concept="C",
prerequisites=["P"],
learning_outcomes=["L"],
common_misconceptions=["M"],
difficulty_level="D",
)
front = CardFront(question="Q")
back = CardBack(answer="A", explanation="E", example="Ex")
card_obj = Card(front=front, back=back)
card_gen = CardGeneration(
concept="C", thought_process="T", verification_steps=["V"], card=card_obj
)
ls = LearningSequence(
topic="Advanced Python",
concepts=[concept],
cards=[card_gen],
suggested_study_order=["C"],
review_recommendations=["Review daily"],
)
assert ls.topic == "Advanced Python"
assert len(ls.concepts) == 1
assert ls.concepts[0].main_concept == "C"
assert len(ls.cards) == 1
assert ls.cards[0].concept == "C"
assert ls.suggested_study_order == ["C"]
assert ls.review_recommendations == ["Review daily"]
def test_learning_sequence_missing_fields():
with pytest.raises(ValidationError):
LearningSequence(topic="Test") # Missing concepts, cards, etc.
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