110 lines
5.9 KiB
Perl
110 lines
5.9 KiB
Perl
#!/usr/bin/env perl
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use strict;
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use warnings;
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use Test::More;
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use Test::Deep;
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use DDG::Test::Goodie;
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use utf8;
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zci answer_type => "geometry";
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zci is_cached => 1;
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# Build a structured answer that should match the response from the Perl file
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sub build_structured_answer {
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my ( $title, $formulas, $svg ) = @_;
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return "plain text response", structured_answer => {
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data => {
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title => ucfirst($title),
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formulas => $formulas,
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svg => $svg,
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},
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templates => {
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group => "text",
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options => {
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subtitle_content => 'DDH.geometry.subtitle'
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}
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}
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};
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}
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# Use this to build expected results for your tests.
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sub build_test { test_zci( build_structured_answer(@_) ) }
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ddg_goodie_test(
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[qw( DDG::Goodie::Geometry )],
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# First Param = Name of object
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# Second Param = Array of formula objects for expected object
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# Third Param = SVG of expected object
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'geometry of a square' => build_test(
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'square',
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{
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area => { color => "#F1A031", html => "a<sup>2</sup>", nameCaps => "Area", symbol => "A" },
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diagonal => { color => "#4495D4", html => "a√2", nameCaps => "Diagonal", symbol => "e" },
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perimeter => { color => "#5B9E4D", html => "4a", nameCaps => "Perimeter", symbol => "u" }
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},
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'<path d="M 0,0 h 120 v 120 h -120 z" class="stroke area" data-type="area"></path> <path d="M 0,0 h 120 m 0,120 h -120 m 120,0 v -120 m -120,0 v 120" class="stroke perimeter" data-type="perimeter"></path> <path d="M 0,0 l 120,120" class="stroke special diagonal" data-type="diagonal"></path>',
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),
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'area of a square' => build_test(
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'square',
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{
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area => { color => "#F1A031", html => "a<sup>2</sup>", nameCaps => "Area", symbol => "A" },
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diagonal => { color => "#4495D4", html => "a√2", nameCaps => "Diagonal", symbol => "e" },
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perimeter => { color => "#5B9E4D", html => "4a", nameCaps => "Perimeter", symbol => "u" }
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},
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'<path d="M 0,0 h 120 v 120 h -120 z" class="stroke area" data-type="area"></path> <path d="M 0,0 h 120 m 0,120 h -120 m 120,0 v -120 m -120,0 v 120" class="stroke perimeter" data-type="perimeter"></path> <path d="M 0,0 l 120,120" class="stroke special diagonal" data-type="diagonal"></path>',
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),
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'volume of sphere' => build_test(
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'sphere',
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{
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volume => { color => "#DE5833", html => "4/3πr<sup>3</sup>", nameCaps => "Volume", symbol => "V" },
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surface => { color => "#F1A031", html => "4πr<sup>2</sup>", nameCaps => "Surface", symbol => "S" },
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},
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'<path d="M 0,60 a 25 25 0 0 0 120,0 a 25 25 0 0 0 -120,0" class="fill surface" data-type="surface"></path> <path d="M 0,60 a 30 10 0 0 1 120,0" class="stroke special"></path> <path d="M 0,60 a 30 10 0 0 1 120,0" class="stroke special" data-type="volume"></path> <path d="M 0,60 a 30 10 0 1 0 120,0 a 25 25 0 0 0 -120,0 a 25 25 0 0 0 120,0" class="stroke volume" data-type="volume"></path>',
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),
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'area of an equilateral triangle' => build_test(
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'equilateral triangle',
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{
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area => { color => "#F1A031", html => "(a<sup>2</sup>√3)/4", nameCaps => "Area", symbol => "A" },
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perimeter => { color => "#5B9E4D", html => "3a", nameCaps => "Perimeter", symbol => "u" }
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},
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'<path d="M 70,0 l 70,120 h -140 z" class="fill area" data-type="area"></path> <path d="M 70,0 l 70,120 m -140,0 l 70,-120 m 70,120 h -140" class="stroke perimeter" data-type="perimeter"></path>',
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),
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'area of a triangle' => build_test(
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'triangle',
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{
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area => { color => "#F1A031", html => "bh/2", nameCaps => "Area", symbol => "A" },
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perimeter => { color => "#5B9E4D", html => "a+b+c", nameCaps => "Perimeter", symbol => "u" }
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},
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'<path d="M 70,0 l 70,120 h -140 z" class="fill area" data-type="area"></path> <path d="M 70,0 l 0,120" class="stroke special height" data-type="height"></path> <path d="M 70,0 l 70,120 m -140,0 l 70,-120 m 70,120 h -140" class="stroke perimeter" data-type="perimeter"></path>',
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),
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'volume of cylinder' => build_test(
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'cylinder',
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{
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volume => { color => "#DE5833", html => "πr<sup>2</sup>h", nameCaps => "Volume", symbol => "V" },
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surface => { color => "#F1A031", html => "2πr(h+r)", nameCaps => "Surface", symbol => "S" },
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},
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'<path d="M 0,20 a 30 10 0 0 1 120,0 v 80 a 30 10 0 0 1 -120,0 v -80" class="fill surface" data-type="surface"></path> <path d="M 0,100 a 30 10 0 0 1 120,0" class="stroke special"></path> <path d="M 0,20 a 30 10 0 0 0 120,0 v 80 a 30 10 0 0 1 -120,0 v -80 a 30 10 0 0 1 120,0 a 30 10 0 0 1 -120 0" class="fill volume" data-type="volume"></path> <path d="M 0,20 a 30 10 0 0 0 120,0 a 30 10 0 0 0 -120,0 v 80 a 30 10 0 0 0 120,0 v -80" class="stroke"></path>',
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),
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'geometry of cone' => build_test(
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'cone',
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{
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volume => { color => "#DE5833", html => "(πr<sup>2</sup>h)/3", nameCaps => "Volume", symbol => "V" },
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surface => { color => "#F1A031", html => "πr(l+r)", nameCaps => "Surface", symbol => "S" },
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},
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'<path d="M 0,100 a 30 10 0 0 0 120,0 a 45 10 0 0 0 -120,0 l 60 -80 l 60 80 a 45 10 0 0 0 -120,0" class="fill surface" data-type="surface"></path> <path d="M 0,100 a 45 10 0 0 1 120,0" class="stroke special"></path> <path d="M 0,100 a 30 10 0 0 0 120,0 a 45 10 0 0 0 -120,0 l 60 -80 l 60 80 a 45 10 0 0 0 -120,0" class="fill volume" data-type="volume"></path> <path d="M 0,100 l 60 -80 l 60 80 a 30 10 0 0 1 -120,0" class="stroke"></path>',
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),
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# Does Not match to
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'calc banana' => undef,
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'formula of shirt' => undef,
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'' => undef,
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' ' => undef,
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);
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done_testing;
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