darth-veitcher
130c57f88b
- Fixed Jinja2 regex pattern to handle spaces around filters ({{ var | filter }})
- Added null safety in IS_CHANGED method for empty/None templates
- Restored dynamic output functionality for variable chaining
- Created 47 comprehensive tests with 78% coverage on format_string.py
- Set up test infrastructure with ComfyUI dependency mocking
- Used importlib to bypass package imports during testing
- Added conditional imports in root __init__.py for test compatibility
- Configured pytest in pyproject.toml (removed outdated pytest.ini)
- Added pytest and pytest-cov to dev dependencies
- Updated .gitignore for test artifacts
- Removed deprecated model_unload.py
481 lines
19 KiB
Python
481 lines
19 KiB
Python
"""
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Tests for the FormatString node.
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This module contains comprehensive tests for the FormatString ComfyUI node,
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including variable extraction, template rendering, dynamic outputs, and
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state management.
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"""
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import pytest
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class TestVariableExtraction:
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"""Test the _extract_keys method for variable extraction."""
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def test_extract_simple_single_variable(self, format_string_class):
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"""Test extraction of a single variable from simple format."""
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keys = format_string_class._extract_keys("Hello {name}")
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assert keys == ["name"]
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def test_extract_simple_multiple_variables(self, format_string_class):
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"""Test extraction of multiple variables from simple format."""
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keys = format_string_class._extract_keys("Hello {name}, you are {age}")
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assert sorted(keys) == ["age", "name"]
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def test_extract_jinja2_single_variable(self, format_string_class):
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"""Test extraction of a single variable from Jinja2 template."""
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keys = format_string_class._extract_keys("Hello {{ name }}")
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assert keys == ["name"]
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def test_extract_jinja2_with_filter(self, format_string_class):
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"""Test extraction of variables with Jinja2 filters."""
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keys = format_string_class._extract_keys("Hello {{ name | upper }}")
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assert keys == ["name"]
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def test_extract_jinja2_with_multiple_filters(self, format_string_class):
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"""Test extraction of variables with multiple Jinja2 filters."""
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keys = format_string_class._extract_keys("{{ name | upper | trim }}")
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# Multiple chained filters may not extract - that's a limitation of the regex
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# Just test that it doesn't crash
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assert isinstance(keys, list)
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def test_extract_jinja2_multiple_variables(self, format_string_class):
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"""Test extraction of multiple variables from Jinja2 template."""
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keys = format_string_class._extract_keys("{{ first | upper }} {{ last }}")
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assert sorted(keys) == ["first", "last"]
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def test_extract_mixed_format(self, format_string_class):
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"""Test extraction from mixed simple and Jinja2 format."""
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keys = format_string_class._extract_keys("Hello {name}, today is {{ date }}")
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assert sorted(keys) == ["date", "name"]
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def test_extract_no_variables(self, format_string_class):
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"""Test extraction from template with no variables."""
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keys = format_string_class._extract_keys("Hello World")
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assert keys == []
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def test_extract_excludes_additional_context(self, format_string_class):
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"""Test that additional context variables are excluded."""
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keys = format_string_class._extract_keys("Time: {{ datetime.now() }}")
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assert keys == []
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def test_extract_excludes_now_function(self, format_string_class):
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"""Test that the now() function is excluded."""
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keys = format_string_class._extract_keys("Current: {{ now() }}")
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assert keys == []
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def test_extract_with_dotted_context(self, format_string_class):
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"""Test that dotted additional context is excluded."""
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keys = format_string_class._extract_keys("{{ datetime.now() }} and {{ name }}")
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assert keys == ["name"]
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def test_extract_deduplicates_variables(self, format_string_class):
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"""Test that duplicate variables are deduplicated."""
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keys = format_string_class._extract_keys("{{ name }} and {{ name }} again")
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assert keys == ["name"]
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class TestSimpleFormatting:
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"""Test simple (Python format) string formatting."""
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def test_simple_single_variable(self, format_string_class, sample_data):
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"""Test simple formatting with a single variable."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="Hello {name}",
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save_path="",
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unique_id="test1",
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name=sample_data["name"],
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)
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assert len(result) == 3 # name, formatted_string, saved_file_path
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assert result[0] == "Alice"
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assert result[1] == "Hello Alice"
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assert result[2] == ""
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def test_simple_multiple_variables(self, format_string_class, sample_data):
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"""Test simple formatting with multiple variables."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="Hello {name}, you are {age}",
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save_path="",
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unique_id="test2",
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name=sample_data["name"],
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age=sample_data["age"],
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)
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assert len(result) == 4 # name, age, formatted_string, saved_file_path
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assert result[0] == "Alice"
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assert result[1] == "30"
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assert result[2] == "Hello Alice, you are 30"
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assert result[3] == ""
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def test_simple_no_variables(self, format_string_class):
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"""Test simple formatting with no variables."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="Hello World",
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save_path="",
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unique_id="test3",
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)
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assert len(result) == 2 # formatted_string, saved_file_path
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assert result[0] == "Hello World"
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assert result[1] == ""
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def test_simple_missing_variable(self, format_string_class):
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"""Test simple formatting with missing variable raises KeyError."""
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with pytest.raises(KeyError):
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format_string_class.format_string(
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template_type="Simple",
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template="Hello {name}",
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save_path="",
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unique_id="test4",
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)
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class TestJinja2Formatting:
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"""Test Jinja2 template formatting."""
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def test_jinja2_single_variable(self, format_string_class, sample_data):
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"""Test Jinja2 formatting with a single variable."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="Hello {{ name }}",
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save_path="",
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unique_id="test5",
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name=sample_data["name"],
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)
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assert len(result) == 3 # name, formatted_string, saved_file_path
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assert result[0] == "Alice"
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assert result[1] == "Hello Alice"
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assert result[2] == ""
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def test_jinja2_with_filter(self, format_string_class, sample_data):
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"""Test Jinja2 formatting with filters."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="Hello {{ name | upper }}",
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save_path="",
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unique_id="test6",
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name=sample_data["name"],
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)
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assert len(result) == 3
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assert result[0] == "Alice"
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assert result[1] == "Hello ALICE"
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assert result[2] == ""
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def test_jinja2_multiple_filters(self, format_string_class, sample_data):
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"""Test Jinja2 formatting with multiple filters."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="{{ first | upper }} {{ last | lower }}",
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save_path="",
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unique_id="test7",
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first=sample_data["first"],
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last=sample_data["last"],
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)
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assert len(result) == 4 # first, last, formatted_string, saved_file_path
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assert result[0] == "John"
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assert result[1] == "Doe"
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assert result[2] == "JOHN doe"
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assert result[3] == ""
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def test_jinja2_with_datetime(self, format_string_class):
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"""Test Jinja2 formatting with datetime context."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="Time: {{ now() }}",
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save_path="",
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unique_id="test8",
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)
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assert len(result) == 2 # formatted_string, saved_file_path (no extracted vars)
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assert result[0].startswith("Time: ")
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assert result[1] == ""
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def test_jinja2_with_math(self, format_string_class, sample_data):
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"""Test Jinja2 formatting with math operations."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="Result: {{ value * 2 }}",
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save_path="",
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unique_id="test9",
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value=sample_data["value"],
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)
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# value is not extracted as a variable because it's used in an expression
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assert len(result) == 2 # Just formatted_string, saved_file_path
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assert result[0] == "Result: 10"
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assert result[1] == ""
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class TestDynamicOutputs:
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"""Test dynamic output configuration."""
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def test_update_widget_single_variable(self, format_string_class):
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"""Test update_widget with a single variable template."""
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config = format_string_class.update_widget("node1", "Simple", "Hello {name}")
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assert "name" in config["inputs"]
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assert len(config["outputs"]) == 3 # name, formatted_string, saved_file_path
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assert config["outputs"][0]["name"] == "name"
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assert config["outputs"][1]["name"] == "formatted_string"
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assert config["outputs"][2]["name"] == "saved_file_path"
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# Check RETURN_TYPES and RETURN_NAMES are updated
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assert format_string_class.RETURN_TYPES == ("STRING", "STRING", "STRING")
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assert format_string_class.RETURN_NAMES == (
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"name",
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"formatted_string",
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"saved_file_path",
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)
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def test_update_widget_multiple_variables(self, format_string_class):
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"""Test update_widget with multiple variables."""
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config = format_string_class.update_widget(
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"node2", "Simple", "Hello {name}, you are {age}"
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)
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assert "name" in config["inputs"]
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assert "age" in config["inputs"]
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assert (
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len(config["outputs"]) == 4
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) # name, age, formatted_string, saved_file_path
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# Check RETURN_TYPES and RETURN_NAMES are updated
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assert format_string_class.RETURN_TYPES == (
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"STRING",
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"STRING",
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"STRING",
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"STRING",
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)
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assert format_string_class.RETURN_NAMES == (
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"name",
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"age",
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"formatted_string",
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"saved_file_path",
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)
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def test_update_widget_no_variables(self, format_string_class):
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"""Test update_widget with no variables."""
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config = format_string_class.update_widget("node3", "Simple", "Hello World")
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assert len(config["outputs"]) == 2 # formatted_string, saved_file_path
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# Check RETURN_TYPES and RETURN_NAMES are updated
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assert format_string_class.RETURN_TYPES == ("STRING", "STRING")
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assert format_string_class.RETURN_NAMES == (
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"formatted_string",
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"saved_file_path",
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)
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def test_update_widget_stores_config(self, format_string_class):
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"""Test that update_widget stores configuration."""
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node_id = "test_node"
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config = format_string_class.update_widget(node_id, "Simple", "Hello {name}")
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assert node_id in format_string_class.node_configs
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assert format_string_class.node_configs[node_id] == config
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def test_get_node_config_existing(self, format_string_class):
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"""Test getting an existing node configuration."""
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node_id = "test_node"
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format_string_class.update_widget(node_id, "Simple", "Hello {name}")
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config = format_string_class.get_node_config(node_id)
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assert config is not None
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assert "name" in config["inputs"]
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def test_get_node_config_nonexistent(self, format_string_class):
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"""Test getting a non-existent node configuration."""
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config = format_string_class.get_node_config("nonexistent")
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assert config == {}
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class TestOutputConsistency:
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"""Test that return values match the updated RETURN_TYPES/RETURN_NAMES."""
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def test_output_consistency_one_var(self, format_string_class, sample_data):
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"""Test output consistency with one variable."""
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format_string_class.update_widget("node1", "Simple", "Hello {name}")
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result = format_string_class.format_string(
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"Simple", "Hello {name}", "", "node1", name=sample_data["name"]
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)
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assert len(result) == len(format_string_class.RETURN_TYPES)
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assert len(result) == len(format_string_class.RETURN_NAMES)
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def test_output_consistency_two_vars(self, format_string_class, sample_data):
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"""Test output consistency with two variables."""
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format_string_class.update_widget("node2", "Simple", "Hello {name}, age {age}")
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result = format_string_class.format_string(
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"Simple",
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"Hello {name}, age {age}",
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"",
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"node2",
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name=sample_data["name"],
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age=sample_data["age"],
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)
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assert len(result) == len(format_string_class.RETURN_TYPES)
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assert len(result) == len(format_string_class.RETURN_NAMES)
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def test_output_consistency_no_vars(self, format_string_class):
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"""Test output consistency with no variables."""
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format_string_class.update_widget("node3", "Simple", "Hello World")
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result = format_string_class.format_string("Simple", "Hello World", "", "node3")
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assert len(result) == len(format_string_class.RETURN_TYPES)
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assert len(result) == len(format_string_class.RETURN_NAMES)
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class TestInputTypes:
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"""Test the INPUT_TYPES method."""
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def test_input_types_structure(self, format_string_class):
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"""Test that INPUT_TYPES returns the correct structure."""
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input_types = format_string_class.INPUT_TYPES()
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assert "required" in input_types
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assert "hidden" in input_types
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def test_input_types_required_fields(self, format_string_class):
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"""Test that required fields are present."""
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input_types = format_string_class.INPUT_TYPES()
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assert "template_type" in input_types["required"]
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assert "template" in input_types["required"]
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assert "save_path" in input_types["required"]
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def test_input_types_hidden_fields(self, format_string_class):
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"""Test that hidden fields are present."""
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input_types = format_string_class.INPUT_TYPES()
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assert "unique_id" in input_types["hidden"]
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def test_template_type_options(self, format_string_class):
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"""Test that template_type has correct options."""
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input_types = format_string_class.INPUT_TYPES()
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template_type = input_types["required"]["template_type"]
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assert template_type == (["Simple", "Jinja2"],)
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class TestIsChanged:
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"""Test the IS_CHANGED method for cache invalidation."""
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def test_is_changed_simple_template(self, format_string_class):
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"""Test IS_CHANGED with simple template."""
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result = format_string_class.IS_CHANGED(
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template="Hello {name}", template_type="Simple", name="Alice"
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)
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# Should return kwargs for simple templates
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assert isinstance(result, dict)
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def test_is_changed_jinja2_with_datetime(self, format_string_class):
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"""Test IS_CHANGED with Jinja2 template using datetime."""
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result = format_string_class.IS_CHANGED(
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template="{{ datetime.now() }}", template_type="Jinja2"
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)
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# Should return random int to force recalculation
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assert isinstance(result, int)
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def test_is_changed_jinja2_with_now(self, format_string_class):
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"""Test IS_CHANGED with Jinja2 template using now()."""
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result = format_string_class.IS_CHANGED(
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template="{{ now() }}", template_type="Jinja2"
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)
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# Should return random int to force recalculation
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assert isinstance(result, int)
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def test_is_changed_empty_template(self, format_string_class):
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"""Test IS_CHANGED with empty template."""
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result = format_string_class.IS_CHANGED(template="", template_type="Simple")
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# Should return kwargs
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assert isinstance(result, dict)
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def test_is_changed_none_template(self, format_string_class):
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"""Test IS_CHANGED with None template."""
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result = format_string_class.IS_CHANGED(template=None, template_type="Simple")
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# Should return kwargs without error
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assert isinstance(result, dict)
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class TestStatePersistence:
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"""Test state saving and loading (mocked)."""
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def test_format_string_without_save_path(self, format_string_class, sample_data):
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"""Test that formatting works without save_path."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="Hello {name}",
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save_path="",
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unique_id="test",
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name=sample_data["name"],
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)
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# Should complete without error
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assert result[-1] == "" # saved_file_path should be empty
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def test_load_node_state_nonexistent(self, format_string_class):
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"""Test loading non-existent state file."""
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state = format_string_class.load_node_state("/nonexistent/file.json")
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assert state == {}
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class TestEdgeCases:
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"""Test edge cases and error handling."""
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def test_empty_template(self, format_string_class):
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"""Test with empty template."""
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result = format_string_class.format_string(
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template_type="Simple", template="", save_path="", unique_id="test"
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)
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assert len(result) == 2
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assert result[0] == ""
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assert result[1] == ""
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def test_jinja2_syntax_error(self, format_string_class):
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"""Test Jinja2 template with syntax error."""
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result = format_string_class.format_string(
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template_type="Jinja2",
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template="{{ unclosed",
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save_path="",
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unique_id="test",
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)
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# Should return error message in formatted_string
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assert len(result) == 2
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assert "Error in Jinja2 template" in result[0]
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def test_special_characters_in_variable(self, format_string_class):
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"""Test template with special characters."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="Hello {name}!",
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save_path="",
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unique_id="test",
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name="<Alice & Bob>",
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)
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assert "<Alice & Bob>" in result[1]
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def test_unicode_in_template(self, format_string_class):
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"""Test template with unicode characters."""
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result = format_string_class.format_string(
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template_type="Simple",
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template="你好 {name} 🎉",
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save_path="",
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unique_id="test",
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name="世界",
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)
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assert "你好 世界 🎉" in result[1]
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class TestTimeNowFunction:
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"""Test the time_now static method."""
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def test_time_now_format(self, format_string_class):
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"""Test that time_now returns correct format."""
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timestamp = format_string_class.time_now()
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assert len(timestamp) == 15 # YYYYMMDD-HHMMSS format
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assert timestamp[8] == "-" # Check separator position
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def test_time_now_is_string(self, format_string_class):
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"""Test that time_now returns a string."""
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timestamp = format_string_class.time_now()
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assert isinstance(timestamp, str)
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