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var sanitize = require('../../../sanitiser/_geo_reverse');
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var defaults = require('../../../query/reverse_defaults');
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module.exports.tests = {};
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module.exports.tests.sanitize_boundary_country = function(test, common) {
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test('raw with boundary.circle.lat should add warning about ignored boundary.circle', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121',
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'boundary.circle.lat': '13.131313'
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(clean['boundary.circle.lat'], 12.121212, 'should be set to point.lat');
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t.deepEquals(errorsAndWarnings, {
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errors: [],
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warnings: ['boundary.circle.lat/boundary.circle.lon are currently unsupported']
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}, 'no warnings/errors');
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t.end();
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});
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test('raw with boundary.circle.lon should add warning about ignored boundary.circle', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121',
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'boundary.circle.lon': '31.313131'
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(clean['boundary.circle.lon'], 21.212121, 'should be set to point.lon');
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t.deepEquals(errorsAndWarnings, {
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errors: [],
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warnings: ['boundary.circle.lat/boundary.circle.lon are currently unsupported']
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}, 'no warnings/errors');
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t.end();
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});
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test('raw with boundary.circle.radius should add warning about ignored boundary.circle', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121',
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'boundary.circle.radius': '17'
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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// t.equals(clean['boundary.circle.radius'], 12.121212, 'should be set to point.lat')
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t.deepEquals(errorsAndWarnings, {
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errors: [],
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warnings: []
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}, 'no warnings/errors');
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t.end();
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});
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test('boundary.circle.lat/lon should be overridden with point.lat/lon', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121',
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'boundary.circle.lat': '13.131313',
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'boundary.circle.lon': '31.313131'
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(raw['boundary.circle.lat'], 12.121212, 'should be set to point.lat');
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t.equals(raw['boundary.circle.lon'], 21.212121, 'should be set to point.lon');
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t.equals(clean['boundary.circle.lat'], 12.121212, 'should be set to point.lat');
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t.equals(clean['boundary.circle.lon'], 21.212121, 'should be set to point.lon');
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t.end();
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});
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test('no boundary.circle.radius and no layers supplied should be set to default', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121'
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(raw['boundary.circle.radius'], defaults['boundary:circle:radius'], 'should be from defaults');
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t.equals(clean['boundary.circle.radius'], parseFloat(defaults['boundary:circle:radius']), 'should be same as raw');
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t.end();
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});
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test('no boundary.circle.radius and coarse layers supplied should be set to coarse default', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121'
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};
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var clean = { layers: 'coarse' };
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(raw['boundary.circle.radius'], defaults['boundary:circle:radius:coarse'], 'should be from defaults');
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t.equals(clean['boundary.circle.radius'], parseFloat(defaults['boundary:circle:radius:coarse']), 'should be same as raw');
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t.end();
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});
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test('no boundary.circle.radius and coarse layer supplied should be set to coarse default', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121'
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};
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var clean = { layers: 'locality' };
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(raw['boundary.circle.radius'], defaults['boundary:circle:radius:coarse'], 'should be from defaults');
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t.equals(clean['boundary.circle.radius'], parseFloat(defaults['boundary:circle:radius:coarse']), 'should be same as raw');
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t.end();
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});
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test('explicit boundary.circle.radius should be used instead of default', function(t) {
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var raw = {
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'point.lat': '12.121212',
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'point.lon': '21.212121',
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'boundary.circle.radius': '3248732857km' // this will never be the default
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};
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var clean = {};
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var errorsAndWarnings = sanitize(raw, clean);
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t.equals(raw['boundary.circle.radius'], '3248732857km', 'should be parsed float');
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t.equals(clean['boundary.circle.radius'], 3248732857.0, 'should be copied from raw');
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t.end();
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});
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};
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module.exports.all = function (tape, common) {
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function test(name, testFunction) {
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return tape('SANTIZE _geo_reverse ' + name, testFunction);
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}
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for( var testCase in module.exports.tests ){
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module.exports.tests[testCase](test, common);
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}
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};
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