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#!/usr/bin/env perl
use strict ;
use warnings ;
use Test::More ;
use DDG::Test::Goodie ;
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use DDG::Test::Location ;
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zci answer_type = > "solarsystem" ;
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zci is_cached = > 1 ;
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#Structured answer template data
my $ templateData = {
data = > '-ANY-' ,
id = > "solar_system" ,
name = > "Answer" ,
meta = > {
sourceUrl = > "https://solarsystem.nasa.gov/planets/index.cfm" ,
sourceName = > "NASA"
} ,
templates = > {
group = > 'base' ,
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detail_mobile = > 'DDH.solar_system.mobile' ,
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options = > {
content = > 'DDH.solar_system.content' ,
}
}
} ;
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ddg_goodie_test (
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[ qw( DDG::Goodie::SolarSystem ) ] ,
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# Metric - using search trigger
# Unit - km, kg
"size earth km" = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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"size earth in km" = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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'volume of mars km3' = > test_zci ( "Mars - Volume is 163,115,609,799 km<sup>3</sup>" , structured_answer = > $ templateData ) ,
'volume of mars km' = > test_zci ( "Mars - Volume is 163,115,609,799 km<sup>3</sup>" , structured_answer = > $ templateData ) ,
'area of saturn km2' = > test_zci ( "Saturn - Surface Area is 42,612,133,285 km<sup>2</sup>" , structured_answer = > $ templateData ) ,
'mass of neptune kg' = > test_zci ( "Neptune - Mass is 1.024 × 10<sup>26</sup> kg" , structured_answer = > $ templateData ) ,
# Unit type - metric
"size earth metric" = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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"size earth in metric" = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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'volume of mars metric' = > test_zci ( "Mars - Volume is 163,115,609,799 km<sup>3</sup>" , structured_answer = > $ templateData ) ,
# Imperial - using search trigger
# Unit - mi, lbs
"size earth mi" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
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"size earth in mi" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
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'volume of mars mi3' = > test_zci ( "Mars - Volume is 39,133,515,914 mi<sup>3</sup>" , structured_answer = > $ templateData ) ,
'volume of mars mi' = > test_zci ( "Mars - Volume is 39,133,515,914 mi<sup>3</sup>" , structured_answer = > $ templateData ) ,
'area of saturn mi' = > test_zci ( "Saturn - Surface Area is 16,452,636,641 mi<sup>2</sup>" , structured_answer = > $ templateData ) ,
'mass of neptune lbs' = > test_zci ( "Neptune - Mass is 2.258 × 10<sup>26</sup> lbs" , structured_answer = > $ templateData ) ,
# Unit type - imperial
"size earth imperial" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
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"size earth in imperial" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
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'volume of mars imperial' = > test_zci ( "Mars - Volume is 39,133,515,914 mi<sup>3</sup>" , structured_answer = > $ templateData ) ,
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# Imperial
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"size earth" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
"what is the size of earth" = > test_zci ( "Earth - Radius is 3,958.8 mi" , structured_answer = > $ templateData ) ,
'size of jupiter' = > test_zci ( "Jupiter - Radius is 43,440.7 mi" , structured_answer = > $ templateData ) ,
'size of object jupiter' = > test_zci ( "Jupiter - Radius is 43,440.7 mi" , structured_answer = > $ templateData ) ,
'volume of mars' = > test_zci ( "Mars - Volume is 39,133,515,914 mi<sup>3</sup>" , structured_answer = > $ templateData ) ,
'surface area of mercury' = > test_zci ( "Mercury - Surface Area is 28,879,000 mi<sup>2</sup>" , structured_answer = > $ templateData ) ,
'mass of neptune' = > test_zci ( "Neptune - Mass is 2.258 × 10<sup>26</sup> lbs" , structured_answer = > $ templateData ) ,
'area of saturn' = > test_zci ( "Saturn - Surface Area is 16,452,636,641 mi<sup>2</sup>" , structured_answer = > $ templateData ) ,
'radius of uranus' = > test_zci ( "Uranus - Radius is 15,759.2 mi" , structured_answer = > $ templateData ) ,
'size of venus' = > test_zci ( "Venus - Radius is 3,760.4 mi" , structured_answer = > $ templateData ) ,
'size of pluto' = > test_zci ( "Pluto - Radius is 715.2 mi" , structured_answer = > $ templateData ) ,
'size of moon' = > test_zci ( "Moon - Radius is 1,079.6 mi" , structured_answer = > $ templateData ) ,
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# Metric - using location (AU)
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DDG::Request - > new ( query_raw = > "size earth" , location = > test_location ( "au" ) ) = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "what is the size of earth" , location = > test_location ( "au" ) ) = > test_zci ( "Earth - Radius is 6,371 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "size of jupiter" , location = > test_location ( "au" ) ) = > test_zci ( "Jupiter - Radius is 69,911 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "size of object jupiter" , location = > test_location ( "au" ) ) = > test_zci ( "Jupiter - Radius is 69,911 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "volume of mars" , location = > test_location ( "au" ) ) = > test_zci ( "Mars - Volume is 163,115,609,799 km<sup>3</sup>" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "surface area of mercury" , location = > test_location ( "au" ) ) = > test_zci ( "Mercury - Surface Area is 74,797,000 km<sup>2</sup>" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "mass of neptune" , location = > test_location ( "au" ) ) = > test_zci ( "Neptune - Mass is 1.024 × 10<sup>26</sup> kg" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "area of saturn" , location = > test_location ( "au" ) ) = > test_zci ( "Saturn - Surface Area is 42,612,133,285 km<sup>2</sup>" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "radius of uranus" , location = > test_location ( "au" ) ) = > test_zci ( "Uranus - Radius is 25,362 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "size of venus" , location = > test_location ( "au" ) ) = > test_zci ( "Venus - Radius is 6,051.8 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "size of pluto" , location = > test_location ( "au" ) ) = > test_zci ( "Pluto - Radius is 1,151 km" , structured_answer = > $ templateData ) ,
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DDG::Request - > new ( query_raw = > "size of moon" , location = > test_location ( "au" ) ) = > test_zci ( "Moon - Radius is 1,737.5 km" , structured_answer = > $ templateData ) ,
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# Do not trigger
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'size of tomato' = > undef ,
'volume of water' = > undef ,
'mass of RMS titanic' = > undef ,
'surface area of united states' = > undef ,
'radius of orange' = > undef
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) ;
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done_testing ;