Files
pr-agent/tests/unittest/test_convert_to_markdown.py
2023-08-06 18:20:39 +03:00

118 lines
4.1 KiB
Python

# Generated by CodiumAI
from pr_agent.algo.utils import convert_to_markdown
"""
Code Analysis
Objective:
The objective of the 'convert_to_markdown' function is to convert a dictionary of data into a markdown-formatted text.
The function takes in a dictionary as input and recursively iterates through its keys and values to generate the
markdown text.
Inputs:
- A dictionary of data containing information about a pull request.
Flow:
- Initialize an empty string variable 'markdown_text'.
- Create a dictionary 'emojis' containing emojis for each key in the input dictionary.
- Iterate through the input dictionary:
- If the value is empty, continue to the next iteration.
- If the value is a dictionary, recursively call the 'convert_to_markdown' function with the value as input and
append the returned markdown text to 'markdown_text'.
- If the value is a list:
- If the key is 'code suggestions', add an additional line break to 'markdown_text'.
- Get the corresponding emoji for the key from the 'emojis' dictionary. If no emoji is found, use a dash.
- Append the emoji and key to 'markdown_text'.
- Iterate through the items in the list:
- If the item is a dictionary and the key is 'code suggestions', call the 'parse_code_suggestion' function with
the item as input and append the returned markdown text to 'markdown_text'.
- If the item is not empty, append it to 'markdown_text'.
- If the value is not 'n/a', get the corresponding emoji for the key from the 'emojis' dictionary. If no emoji is
found, use a dash. Append the emoji, key, and value to 'markdown_text'.
- Return 'markdown_text'.
Outputs:
- A markdown-formatted string containing the information from the input dictionary.
Additional aspects:
- The function uses recursion to handle nested dictionaries.
- The 'parse_code_suggestion' function is called for items in the 'code suggestions' list.
- The function uses emojis to add visual cues to the markdown text.
"""
class TestConvertToMarkdown:
# Tests that the function works correctly with a simple dictionary input
def test_simple_dictionary_input(self):
input_data = {
'Main theme': 'Test',
'Type of PR': 'Test type',
'Relevant tests added': 'no',
'Unrelated changes': 'n/a', # won't be included in the output
'Focused PR': 'Yes',
'General PR suggestions': 'general suggestion...',
'Code feedback': [
{
'Code example': {
'Before': 'Code before',
'After': 'Code after'
}
},
{
'Code example': {
'Before': 'Code before 2',
'After': 'Code after 2'
}
}
]
}
expected_output = """\
- 🎯 **Main theme:** Test
- 📌 **Type of PR:** Test type
- 🧪 **Relevant tests added:** no
- ✨ **Focused PR:** Yes
- 💡 **General PR suggestions:** general suggestion...
- 🤖 **Code feedback:**
- **Code example:**
- **Before:**
```
Code before
```
- **After:**
```
Code after
```
- **Code example:**
- **Before:**
```
Code before 2
```
- **After:**
```
Code after 2
```
"""
assert convert_to_markdown(input_data).strip() == expected_output.strip()
# Tests that the function works correctly with an empty dictionary input
def test_empty_dictionary_input(self):
input_data = {}
expected_output = ""
assert convert_to_markdown(input_data).strip() == expected_output.strip()
def test_dictionary_input_containing_only_empty_dictionaries(self):
input_data = {
'Main theme': {},
'Type of PR': {},
'Relevant tests added': {},
'Unrelated changes': {},
'Focused PR': {},
'General PR suggestions': {},
'Code suggestions': {}
}
expected_output = ""
assert convert_to_markdown(input_data).strip() == expected_output.strip()