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"""
Test house specifications display component
"""
import sys
from pathlib import Path
# Add parent directory to path
sys.path.insert(0, str(Path(__file__).parent))
from components.house_specs_display import format_house_specs_display
def test_house_specs_display_with_dict():
"""Test house specifications display with dictionary input"""
house_specs = {
'number_of_floors': 2,
'primary_material': 'reinforced_concrete',
'foundation_type': 'deep_pile',
'foundation_depth_meters': 3.5,
'roof_type': 'hip',
'wall_thickness_mm': 250,
'reinforcement_details': 'Steel rebar Grade 60, 16mm diameter @ 200mm spacing',
'structural_features': [
{
'feature_name': 'Shear Walls',
'specification': '300mm thick reinforced concrete shear walls at building corners',
'justification': 'Required for high seismic zone to resist lateral forces'
},
{
'feature_name': 'Elevated Foundation',
'specification': 'First floor elevated 1.5m above ground level',
'justification': 'Protection against flood risk identified in the area'
}
],
'compliance_codes': [
'National Building Code of the Philippines (NBCP)',
'National Structural Code of the Philippines (NSCP) 2015',
'Philippine Green Building Code'
],
'decision_rationale': 'Based on high seismic risk and moderate flood risk, reinforced concrete with deep pile foundation provides optimal structural integrity. Hip roof design offers superior wind resistance.'
}
html = format_house_specs_display(house_specs)
# Verify key elements are present
assert '🏗️ House Specifications' in html
assert '2' in html # number of floors
assert 'Reinforced Concrete' in html
assert 'Deep Pile' in html
assert '3.50 meters' in html
assert 'Hip' in html
assert '250 mm' in html
assert 'Shear Walls' in html
assert 'Elevated Foundation' in html
assert 'National Building Code of the Philippines' in html
assert 'decision_rationale' in html.lower() or 'rationale' in html.lower()
print("✅ Test passed: House specifications display with dict")
return True
def test_house_specs_display_with_none():
"""Test house specifications display with None input"""
html = format_house_specs_display(None)
# Should show unavailable message
assert 'unavailable' in html.lower()
print("✅ Test passed: House specifications display with None")
return True
def test_house_specs_display_minimal():
"""Test house specifications display with minimal data"""
house_specs = {
'number_of_floors': 1,
'primary_material': 'wood',
'foundation_type': 'shallow',
'foundation_depth_meters': 1.0,
'roof_type': 'gable',
'wall_thickness_mm': 150,
'reinforcement_details': '',
'structural_features': [],
'compliance_codes': [],
'decision_rationale': ''
}
html = format_house_specs_display(house_specs)
# Verify basic elements are present
assert '🏗️ House Specifications' in html
assert '1' in html # number of floors
assert 'Wood' in html
assert 'Shallow' in html
assert 'Gable' in html
print("✅ Test passed: House specifications display with minimal data")
return True
if __name__ == '__main__':
print("Testing house specifications display component...\n")
try:
test_house_specs_display_with_dict()
test_house_specs_display_with_none()
test_house_specs_display_minimal()
print("\n✅ All tests passed!")
except AssertionError as e:
print(f"\n❌ Test failed: {e}")
sys.exit(1)
except Exception as e:
print(f"\n❌ Unexpected error: {e}")
import traceback
traceback.print_exc()
sys.exit(1)
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