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This is functionally the same code as before, except that it uses the new source and layer mapping.pull/407/head
Julian Simioni
9 years ago
25 changed files with 197 additions and 482 deletions
@ -1,87 +1,85 @@
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var extend = require('extend'), |
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_ = require('lodash'); |
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var TYPE_TO_SOURCE = { |
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'geoname': 'gn', |
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'osmnode': 'osm', |
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'osmway': 'osm', |
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'admin0': 'qs', |
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'admin1': 'qs', |
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'admin2': 'qs', |
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'neighborhood': 'qs', |
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'locality': 'qs', |
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'local_admin': 'qs', |
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'osmaddress': 'osm', |
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'openaddresses': 'oa' |
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}; |
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function addStandardTargetsToAliases(standard, aliases) { |
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var combined = _.extend({}, aliases); |
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standard.forEach(function(target) { |
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if (combined[target] === undefined) { |
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combined[target] = [target]; |
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} |
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}); |
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return combined; |
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} |
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/* |
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* This doesn't include alias layers such as coarse |
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* Sources |
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*/ |
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var TYPE_TO_LAYER = { |
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'geoname': 'venue', |
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'osmnode': 'venue', |
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'osmway': 'venue', |
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'admin0': 'country', |
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'admin1': 'region', |
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'admin2': 'county', |
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'neighborhood': 'neighbourhood', |
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'locality': 'locality', |
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'local_admin': 'localadmin', |
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'osmaddress': 'address', |
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'openaddresses': 'address' |
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}; |
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var SOURCE_TO_TYPE = { |
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'gn' : ['geoname'], |
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'geonames' : ['geoname'], |
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'oa' : ['openaddresses'], |
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'openaddresses' : ['openaddresses'], |
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'qs' : ['admin0', 'admin1', 'admin2', 'neighborhood', 'locality', 'local_admin'], |
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'quattroshapes' : ['admin0', 'admin1', 'admin2', 'neighborhood', 'locality', 'local_admin'], |
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'osm' : ['osmaddress', 'osmnode', 'osmway'], |
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'openstreetmap' : ['osmaddress', 'osmnode', 'osmway'] |
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// a list of all sources
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var SOURCES = ['openstreetmap', 'openaddresses', 'geonames', 'quattroshapes', 'whosonfirst']; |
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/* |
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* A list of alternate names for sources, mostly used to save typing |
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*/ |
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var SOURCE_ALIASES = { |
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'osm': ['openstreetmap'], |
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'oa': ['openaddresses'], |
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'gn': ['geonames'], |
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'qs': ['quattroshapes'], |
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'wof': ['whosonfirst'] |
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}; |
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/** |
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* This does not included alias layers, those are built separately |
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/* |
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* Create an object that contains all sources or aliases. The key is the source or alias, |
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* the value is either that source, or the canonical name for that alias if it's an alias. |
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*/ |
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var LAYER_TO_TYPE = { |
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'venue': ['geoname','osmnode','osmway'], |
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'address': ['osmaddress','openaddresses'], |
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'country': ['admin0'], |
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'region': ['admin1'], |
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'county': ['admin2'], |
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'locality': ['locality'], |
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'localadmin': ['local_admin'], |
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'neighbourhood': ['neighborhood'] |
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var SOURCE_MAPPING = addStandardTargetsToAliases(SOURCES, SOURCE_ALIASES); |
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/* |
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* Layers |
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*/ |
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/* |
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* A list of all layers in each source. This is used for convenience elswhere |
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* and to determine when a combination of source and layer parameters is |
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* not going to match any records and will return no results. |
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*/ |
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var LAYERS_BY_SOURCE = { |
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openstreetmap: [ 'address', 'venue' ], |
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openaddresses: [ 'address' ], |
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geonames: [ 'country', 'region', 'county', 'locality', 'venue' ], |
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quattroshapes: ['admin0', 'admin1', 'admin2', 'neighborhood', 'locality', 'local_admin'], |
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whosonfirst: [ 'continent', 'macrocountry', 'country', 'dependency', 'region', |
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'locality', 'localadmin', 'county', 'macrohood', 'neighbourhood', 'microhood', 'disputed'] |
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}; |
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/* |
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* A list of layer aliases that can be used to support specific use cases |
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* (like coarse geocoding) * or work around the fact that different sources |
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* may have layers that mean the same thing but have a different name |
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*/ |
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var LAYER_ALIASES = { |
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'coarse': ['admin0','admin1','admin2','neighborhood','locality','local_admin'] |
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'coarse': LAYERS_BY_SOURCE.whosonfirst.concat(LAYERS_BY_SOURCE.quattroshapes), |
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'country': ['country', 'admin0'], // Include both QS and WOF layers for various types of places
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'region': ['region', 'admin1'] // Alias layers that include themselves look weird, but do work
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}; |
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var LAYER_WITH_ALIASES_TO_TYPE = extend({}, LAYER_ALIASES, LAYER_TO_TYPE); |
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// create a list of all layers by combining each entry from LAYERS_BY_SOURCE
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var LAYERS = _.uniq(Object.keys(LAYERS_BY_SOURCE).reduce(function(acc, key) { |
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return acc.concat(LAYERS_BY_SOURCE[key]); |
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}, [])); |
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/* |
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* derive the list of types, sources, and layers from above mappings |
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* Create the an object that has a key for each possible layer or alias, |
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* and returns either that layer, or all the layers in the alias |
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*/ |
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var TYPES = Object.keys(TYPE_TO_SOURCE); |
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var SOURCES = Object.keys(SOURCE_TO_TYPE); |
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var LAYERS = Object.keys(LAYER_TO_TYPE); |
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var sourceAndLayerToType = function sourceAndLayerToType(source, layer) { |
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return _.intersection(SOURCE_TO_TYPE[source], LAYER_WITH_ALIASES_TO_TYPE[layer]); |
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}; |
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var LAYER_MAPPING = addStandardTargetsToAliases(LAYERS, LAYER_ALIASES); |
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module.exports = { |
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types: TYPES, |
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sources: SOURCES, |
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layers: LAYERS, |
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type_to_source: TYPE_TO_SOURCE, |
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type_to_layer: TYPE_TO_LAYER, |
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source_to_type: SOURCE_TO_TYPE, |
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layer_to_type: LAYER_TO_TYPE, |
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layer_with_aliases_to_type: LAYER_WITH_ALIASES_TO_TYPE, |
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source_and_layer_to_type: sourceAndLayerToType |
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source_mapping: SOURCE_MAPPING, |
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layer_mapping: LAYER_MAPPING, |
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layers_by_source: LAYERS_BY_SOURCE |
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}; |
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@ -1,43 +0,0 @@
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var type_mapping = require( '../helper/type_mapping' ); |
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var _ = require('lodash'); |
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/** |
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* Different parts of the code express "preferences" for which Elasticsearch types are going to be searched |
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* This method decides how to combine all the preferences. |
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* |
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* @param {Array} clean_types |
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* @returns {Array} |
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*/ |
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module.exports = function calculate_types(clean_types) { |
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//Check that at least one preference of types is defined
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if (!clean_types || !(clean_types.from_layers || clean_types.from_sources || clean_types.from_text_parser)) { |
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throw new Error('clean_types should not be null or undefined'); |
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} |
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/* the layers and source parameters are cumulative: |
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* perform a set intersection of their specified types |
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*/ |
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if (clean_types.from_layers || clean_types.from_sources) { |
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var types = type_mapping.types; |
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if (clean_types.from_layers) { |
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types = _.intersection(types, clean_types.from_layers); |
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} |
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if (clean_types.from_sources) { |
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types = _.intersection(types, clean_types.from_sources); |
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} |
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return types; |
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} |
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/* |
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* Type restrictions requested by the address parser should only be used |
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* if both the source and layers parameters are empty, so do this last |
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*/ |
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if (clean_types.from_text_parser) { |
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return clean_types.from_text_parser; |
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} |
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throw new Error('no types specified'); |
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}; |
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@ -1,92 +0,0 @@
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var types = require('../../../helper/types'); |
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module.exports.tests = {}; |
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module.exports.tests.no_cleaned_types = function(test, common) { |
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test('no cleaned types', function(t) { |
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function testIt() { |
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types({}); |
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} |
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t.throws(testIt, /clean_types should not be null or undefined/, 'no input should result in exception'); |
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t.end(); |
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}); |
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}; |
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module.exports.tests.address_parser = function(test, common) { |
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test('address parser specifies only admin layers', function(t) { |
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var cleaned_types = { |
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from_text_parser: ['admin0'] // simplified return value from address parser
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}; |
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var actual = types(cleaned_types); |
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var expected = ['admin0']; // simplified expected value for all admin layers
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t.deepEqual(actual, expected, 'only layers specified by address parser returned'); |
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t.end(); |
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}); |
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}; |
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module.exports.tests.layers_parameter = function(test, common) { |
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test('layers parameter specifies only some layers', function(t) { |
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var cleaned_types = { |
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from_layers: ['geoname'] |
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}; |
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var actual = types(cleaned_types); |
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var expected = ['geoname']; |
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t.deepEqual(actual, expected, 'only types specified by layers parameter returned'); |
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t.end(); |
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}); |
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}; |
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module.exports.tests.layers_parameter_and_address_parser = function(test, common) { |
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test('layers parameter and address parser present', function(t) { |
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var cleaned_types = { |
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from_layers: ['geoname'], |
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from_text_parser: ['admin0'] // simplified return value from address parse
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}; |
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var actual = types(cleaned_types); |
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var expected = ['geoname']; |
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t.deepEqual(actual, expected, 'layers parameter overrides address parser completely'); |
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t.end(); |
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}); |
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}; |
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module.exports.tests.source_parameter = function(test, common) { |
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test('source parameter specified', function(t) { |
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var cleaned_types = { |
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from_sources: ['openaddresses'] |
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}; |
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var actual = types(cleaned_types); |
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var expected = ['openaddresses']; |
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t.deepEqual(actual, expected, 'type parameter set to types specified by source'); |
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t.end(); |
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}); |
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}; |
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module.exports.tests.source_and_layers_parameters = function(test, common) { |
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test('source and layers parameter both specified', function(t) { |
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var cleaned_types = { |
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from_sources: ['openaddresses'], |
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from_layers: ['osmaddress', 'openaddresses'] |
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}; |
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var actual = types(cleaned_types); |
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var expected = ['openaddresses']; |
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t.deepEqual(actual, expected, 'type set to intersection of source and layer types'); |
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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('types: ' + 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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