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2 changes: 2 additions & 0 deletions requirements-doc.txt
Original file line number Diff line number Diff line change
Expand Up @@ -7,3 +7,5 @@ jinja2
sphinx-disqus==1.3.0

-r requirements-ext.txt

pytest
2 changes: 2 additions & 0 deletions requirements-ext.txt
Original file line number Diff line number Diff line change
@@ -1,3 +1,5 @@
flask
werkzeug
aiohttp

pytest
5 changes: 5 additions & 0 deletions src/dependency_injector/requirements.txt
Original file line number Diff line number Diff line change
@@ -0,0 +1,5 @@
auto_mix_prep
fastapi
pytest
typing_extensions
Werkzeug
100 changes: 100 additions & 0 deletions src/dependency_injector/test_NonCopyableArgumentErrorInit.py
Original file line number Diff line number Diff line change
@@ -0,0 +1,100 @@
# ********RoostGPT********
"""
Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

ROOST_METHOD_HASH=__init___77eb219a3c
ROOST_METHOD_SIG_HASH=__init___80a5b03985


Scenario 1: Initializing object with non-default values
Details:
TestName: test_object_initializer_with_nondefault_values
Description: This test is intended to verify that the `__init__` function correctly assigns non-default values to instance variables.
Execution:
Arrange: No setup is needed, as we are directly initializing the object with parameters.
Act: Initialize the object with non-default values of `provider`, `index`, and `keyword`.
Assert: Check if the instance variables `provider`, `index`, and `keyword` are correctly assigned the input values.
Validation:
This test will validate if the constructor of the class correctly handles non-default values. The expected result must satisfy the function's specifications and the business requirement of correctly creating an object with given parameters.

Scenario 2: Initializing object with default values
Details:
TestName: test_object_initializer_with_default_values
Description: This test is intended to verify that the `__init__` function correctly assigns default values to instance variables when no parameters are given.
Execution:
Arrange: No setup is needed.
Act: Initialize the object with no parameters.
Assert: Check if the instance variables `provider`, `index`, and `keyword` are correctly assigned with default values i.e., `index` is -1 and `keyword` is an empty string.
Validation:
This test will validate if the constructor of the class correctly handles the scenario when no parameters or partial parameters are given for object creation. The expected result satisfies the function's specifications and business requirements.

Scenario 3: Special character handling in keyword
Details:
TestName: test_keyword_var_with_special_chars
Description: This test aims at verifying the function's capacity to handle and correctly assign a keyword containing special characters.
Execution:
Arrange: No setup is needed.
Act: Initialize the object with a keyword containing special characters.
Assert: Check if the instance variable `keyword` is correctly assigned the input value.
Validation:
This test ensures that the function operates correctly when the keyword parameter includes special characters.

Scenario 4: Handling of index at the edge of its domain
Details:
TestName: test_index_at_edge_of_domain
Description: This tests if the `__init__` function can handle index values right on the edge of the expected domain, which usually are the limits of the integer data type in Python.
Execution:
Arrange: No setup is needed.
Act: Initialize the object with the index value near edge of the integer domain in Python.
Assert: Check if the instance variable `index` is correctly assigned the input value.
Validation:
This is an important test to ensure that the function can handle extreme edge cases. It must satisfy the function's specifications and handle large index values correctly.
"""

# ********RoostGPT********
import pytest
from errors import NonCopyableArgumentError

class Test_NonCopyableArgumentErrorInit:

def test_object_initializer_with_nondefault_values(self):
provider = "TestProvider"
index = 2
keyword = "TestKeyword"

test_object = NonCopyableArgumentError(provider, index, keyword)

assert test_object.provider == provider
assert test_object.index == index
assert test_object.keyword == keyword

def test_object_initializer_with_default_values(self):
provider = "TestProvider"

test_object = NonCopyableArgumentError(provider)

assert test_object.provider == provider
assert test_object.index == -1
assert test_object.keyword == ""

def test_keyword_var_with_special_chars(self):
provider = "TestProvider"
keyword = "*&^%$#@"

test_object = NonCopyableArgumentError(provider, keyword=keyword)

assert test_object.provider == provider
assert test_object.keyword == keyword

def test_index_at_edge_of_domain(self):
provider = "TestProvider"
index = 9223372036854775807

test_object = NonCopyableArgumentError(provider, index=index)

assert test_object.provider == provider
assert test_object.index == index
87 changes: 87 additions & 0 deletions src/dependency_injector/test_NonCopyableArgumentErrorStr.py
Original file line number Diff line number Diff line change
@@ -0,0 +1,87 @@
# ********RoostGPT********
"""
Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

ROOST_METHOD_HASH=__str___02bdb102fc
ROOST_METHOD_SIG_HASH=__str___eb99bcf43a


```
Scenario 1: Verify the display message with non-empty keyword argument
Details:
TestName: test_str_with_keyword
Description: This test is intended to verify the function returning string containing keyword for non-empty keyword.
Execution:
Arrange: Create an instance of the class with provider object, keyword as "test".
Act: Call the __str__ method.
Assert: Expect the returned string to be "Couldn't copy keyword argument test for provider 'provider_name'".
Validation:
It is critical to ensure that the function accurately constructs the expected string when keyword is provided as it forms the crux part of the returned message.

Scenario 2: Verify the display message for empty keyword argument
Details:
TestName: test_str_without_keyword
Description: This test is intended to verify the function returning string containing index for empty keyword.
Execution:
Arrange: Create an instance of the class with provider object and index as 1.
Act: Call the __str__ method.
Assert: Expect the returned string to be "Couldn't copy argument at index 1 for provider 'provider_name'".
Validation:
It is important to ensure that the function correctly constructs the expected string when keyword is not provided, still encapsulating the index.

Scenario 3: Verify the display message for non-default index with keyword argument
Details:
TestName: test_str_with_index_and_keyword
Description: This test is intended to verify the function not considering index for non-empty keyword.
Execution:
Arrange: Create an instance of the class with provider object, index as 1 and keyword as "test".
Act: Call the __str__ method.
Assert: Expect the returned string to again be "Couldn't copy keyword argument test for provider 'provider_name'".
Validation:
This test is essential to ascertain the operational priority of keyword over index, to demonstrate keyword as a default selection whenever filled.

Scenario 4: Verify the display message for default index with empty keyword
Details:
TestName: test_str_with_default_index_no_keyword
Description: This test is intended to verify the function considering default index for empty keyword.
Execution:
Arrange: Create an instance of the class with provider object and no index or keyword.
Act: Call the __str__ method.
Assert: Expect the returned string to be "Couldn't copy argument at index -1 for provider 'provider_name'".
Validation:
The test verifies the function's ability to handle cases with default arguments showing its graceful handling of missing inputs.
```
These tests will ensure the method meets business logic and requirements and will provide a safe net for potential future changes in the function.
"""

# ********RoostGPT********
import pytest
from errors import NonCopyableArgumentError

@pytest.mark.regression
def test_str_with_keyword():
nonCopyableArgumentError = NonCopyableArgumentError('provider_name', keyword="test")

assert str(nonCopyableArgumentError) == "Couldn't copy keyword argument test for provider 'provider_name'"

@pytest.mark.regression
def test_str_without_keyword():
nonCopyableArgumentError = NonCopyableArgumentError('provider_name', index=1)

assert str(nonCopyableArgumentError) == "Couldn't copy argument at index 1 for provider 'provider_name'"

@pytest.mark.regression
def test_str_with_index_and_keyword():
nonCopyableArgumentError = NonCopyableArgumentError('provider_name', index=1, keyword="test")

assert str(nonCopyableArgumentError) == "Couldn't copy keyword argument test for provider 'provider_name'"

@pytest.mark.regression
def test_str_with_default_index_no_keyword():
nonCopyableArgumentError = NonCopyableArgumentError('provider_name')

assert str(nonCopyableArgumentError) == "Couldn't copy argument at index -1 for provider 'provider_name'"
118 changes: 118 additions & 0 deletions src/dependency_injector/test_PatchedAttributeInit.py
Original file line number Diff line number Diff line change
@@ -0,0 +1,118 @@
# ********RoostGPT********
"""
Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

Test generated by RoostGPT for test pythbcTesting1 using AI Type Azure Open AI and AI Model roostgpt-4-32k

ROOST_METHOD_HASH=__init___cc1f1c3daf
ROOST_METHOD_SIG_HASH=__init___2dba8a71b0


```
Scenario 1: Test when __init__ is invoked with member, name and marker parameters
Details:
TestName: test_init_with_member_name_marker
Description: Verify the correct instantiation of the class when member, name and marker parameters are provided, and the creation of the respective attributes.
Execution:
Arrange: Create instance of the class.
Act: Invoke the __init__ method with member, name and marker parameters.
Assert: Check whether member, name and marker attributes are correctly initialized upon the class instance.
Validation:
This test verifies the initialization behavior of the first function constructor. Confirming that the function sets class attributes according to passed parameters, thus validating correct behavior in line with its given specification.

Scenario 2: Testing Default __init__
Details:
TestName: test_default_init
Description: Check whether the __init__ method initiates the _callables and _attributes variables as an empty dictionary and set respectively, when invoked without parameters
Execution:
Arrange: Initialize class instance
Act: Invoke the __init__ method with no arguments.
Assert: Check whether _callables and _attributes attributes are initialized as empty dictionary and set.
Validation:
Validates the second __init__ method scenario, checking instantiated class's attribute values when no arguments are passed. This ensures the initialization function's proper default behavior in absence of input parameters.

Scenario 3: __init__ with patched, original, reference_injections and reference_closing
Details:
TestName: test_init_with_patch_original_injection_closing
Description: Evaluate __init__ method's capability to correctly assign patched, original, reference_injections and reference_closing parameters as attributes to the class instance.
Execution:
Arrange: Instantiate a class instance.
Act: Initiate class instance, providing patched, original, reference_injections and reference_closing parameters.
Assert: Confirm whether correctly assigned parameters exist as attributes on instance.
Validation:
As part of the function's defined specification, ensuring this behavior verifies __init__ function's proper assignment of parameters as class attributes.

Scenario 4: __init__ with patched and original parameters only
Details:
TestName: test_init_with_patch_and_original
Description: Validate __init__ method's capacity to correctly assign patched and original parameters to class attributes, while also initializing injections and closing attributes as empty dictionaries.
Execution:
Arrange: Class instance creation
Act: Call __init__ method providing patched and original parameters.
Assert: Validate whether correctly assigned parameters exist as attributes on the instance, and whether injections and closing attributes have been initialized as empty dictionaries.
Validation:
Confirming this behavior pertains to the business requirement that, in the absence of provided input, injections and closing parameters should be set to default dictionary objects.
```
"""

# ********RoostGPT********
import pytest
from src.dependency_injector.wiring import PatchedAttribute

class Test_PatchedAttributeInit:

def test_init_with_member_name_marker(self):
# Arrange
member = "TestMethod"
name = "MyTest"
marker = "_MyMarker"
patched_attr_instance = PatchedAttribute(member = member, name = name, marker = marker)
# Act - __init__ is invoked during instance creation
# Assert
assert patched_attr_instance.member == member
assert patched_attr_instance.name == name
assert patched_attr_instance.marker == marker

def test_default_init(self):
# Arrange
patched_attr_instance = PatchedAttribute()
# Act - __init__ is invoked during instance creation
# Assert
assert patched_attr_instance._callables == {}
assert patched_attr_instance._attributes == set()

def test_init_with_patch_original_injection_closing(self):
# Arrange
patched = lambda x: x
original = lambda y: y
reference_injections = {"Any1": "Any1"}
reference_closing = {"Any2": "Any2"}

patched_attr_instance = PatchedAttribute(patched = patched, original = original,
reference_injections = reference_injections,
reference_closing = reference_closing)
# Act - __init__ is invoked during instance creation
# Assert
assert patched_attr_instance.patched == patched
assert patched_attr_instance.original == original
assert patched_attr_instance.reference_injections == reference_injections
assert patched_attr_instance.reference_closing == reference_closing
assert patched_attr_instance.injections == {}
assert patched_attr_instance.closing == {}

def test_init_with_patch_and_original(self):
# Arrange
patched = lambda x: x
original = lambda y: y

patched_attr_instance = PatchedAttribute(patched = patched, original = original)
# Act - __init__ is invoked during instance creation
# Assert
assert patched_attr_instance.patched == patched
assert patched_attr_instance.original == original
assert patched_attr_instance.reference_injections == {}
assert patched_attr_instance.reference_closing == {}
assert patched_attr_instance.injections == {}
assert patched_attr_instance.closing == {}
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