From a080fc59a3fca08bdc6e23a2eeae440f5c7047b3 Mon Sep 17 00:00:00 2001
From: Michael Williamson <mike@zwobble.org>
Date: Thu, 7 Jul 2016 22:17:34 +0100
Subject: Use exports for all tests

---
 test/xml/reader.tests.js | 132 ++++++++++++++++++++++-----------------------
 test/xml/writer.tests.js | 136 +++++++++++++++++++++++------------------------
 2 files changed, 132 insertions(+), 136 deletions(-)

(limited to 'test/xml')

diff --git a/test/xml/reader.tests.js b/test/xml/reader.tests.js
index 005753c..6b7d3a0 100644
--- a/test/xml/reader.tests.js
+++ b/test/xml/reader.tests.js
@@ -1,87 +1,85 @@
 var assert = require("assert");
 
 var xmlreader = require("../../lib/xml/reader");
-var test = require("../testing").test;
+var test = require("../test")(module);
 
 
-describe('xmlreader.readString', function() {
-    test('should read self-closing element', function() {
-        return xmlreader.readString("<body/>").then(function(result) {
-            assert.deepEqual({type: "element", name: "body", attributes: {}, children: []}, result);
-        });
+test('should read self-closing element', function() {
+    return xmlreader.readString("<body/>").then(function(result) {
+        assert.deepEqual({type: "element", name: "body", attributes: {}, children: []}, result);
     });
-    
-    test('should read empty element with separate closing tag', function() {
-        return xmlreader.readString("<body></body>").then(function(result) {
-            assert.deepEqual({type: "element", name: "body", attributes: {}, children: []}, result);
-        });
+});
+
+test('should read empty element with separate closing tag', function() {
+    return xmlreader.readString("<body></body>").then(function(result) {
+        assert.deepEqual({type: "element", name: "body", attributes: {}, children: []}, result);
     });
-    
-    test('should read attributes of tags', function() {
-        return xmlreader.readString('<body name="bob"/>').then(function(result) {
-            assert.deepEqual({name: "bob"}, result.attributes);
-        });
+});
+
+test('should read attributes of tags', function() {
+    return xmlreader.readString('<body name="bob"/>').then(function(result) {
+        assert.deepEqual({name: "bob"}, result.attributes);
     });
-    
-    test('can read text element', function() {
-        return xmlreader.readString('<body>Hello!</body>').then(function(result) {
-            assert.deepEqual({type: "text", value: "Hello!"}, result.children[0]);
-        });
+});
+
+test('can read text element', function() {
+    return xmlreader.readString('<body>Hello!</body>').then(function(result) {
+        assert.deepEqual({type: "text", value: "Hello!"}, result.children[0]);
     });
-    
-    test('should read element with children', function() {
-        return xmlreader.readString("<body><a/><b/></body>").then(function(root) {
-            assert.equal(2, root.children.length);
-            assert.equal("a", root.children[0].name);
-            assert.equal("b", root.children[1].name);
-        });
+});
+
+test('should read element with children', function() {
+    return xmlreader.readString("<body><a/><b/></body>").then(function(root) {
+        assert.equal(2, root.children.length);
+        assert.equal("a", root.children[0].name);
+        assert.equal("b", root.children[1].name);
     });
+});
 
-    test('unmapped namespaces URIs are included in braces as prefix', function() {
-        return xmlreader.readString('<w:body xmlns:w="word"/>').then(function(result) {
-            assert.deepEqual(result.name, "{word}body");
-        });
+test('unmapped namespaces URIs are included in braces as prefix', function() {
+    return xmlreader.readString('<w:body xmlns:w="word"/>').then(function(result) {
+        assert.deepEqual(result.name, "{word}body");
     });
+});
 
-    test('mapped namespaces URIs are translated using map', function() {
-        var namespaceMap = {
-            "word": "x"
-        };
-        
-        return xmlreader.readString('<w:body xmlns:w="word"/>', namespaceMap).then(function(result) {
-            assert.deepEqual(result.name, "x:body");
-        });
+test('mapped namespaces URIs are translated using map', function() {
+    var namespaceMap = {
+        "word": "x"
+    };
+    
+    return xmlreader.readString('<w:body xmlns:w="word"/>', namespaceMap).then(function(result) {
+        assert.deepEqual(result.name, "x:body");
     });
+});
 
-    test('namespace of attributes is mapped to prefix', function() {
-        var namespaceMap = {
-            "word": "x"
-        };
-        var xmlString = '<w:body xmlns:w="word" w:val="Hello!"/>';
-        return xmlreader.readString(xmlString, namespaceMap).then(function(result) {
-            assert.deepEqual(result.attributes["x:val"], "Hello!");
-        });
+test('namespace of attributes is mapped to prefix', function() {
+    var namespaceMap = {
+        "word": "x"
+    };
+    var xmlString = '<w:body xmlns:w="word" w:val="Hello!"/>';
+    return xmlreader.readString(xmlString, namespaceMap).then(function(result) {
+        assert.deepEqual(result.attributes["x:val"], "Hello!");
     });
-    
-    test('can find first element with name', function() {
-        return xmlreader.readString('<body><a/><b index="1"/><b index="2"/></body>').then(function(result) {
-            var first = result.first("b");
-            assert.equal("1", first.attributes.index);
-        });
+});
+
+test('can find first element with name', function() {
+    return xmlreader.readString('<body><a/><b index="1"/><b index="2"/></body>').then(function(result) {
+        var first = result.first("b");
+        assert.equal("1", first.attributes.index);
     });
-    
-    test('whitespace between xml declaration and root tag is ignored', function() {
-        return xmlreader.readString('<?xml version="1.0" ?>\n<body/>').then(function(result) {
-            assert.deepEqual("body", result.name);
-        });
+});
+
+test('whitespace between xml declaration and root tag is ignored', function() {
+    return xmlreader.readString('<?xml version="1.0" ?>\n<body/>').then(function(result) {
+        assert.deepEqual("body", result.name);
     });
-    
-    test('error if XML is badly formed', function() {
-        return xmlreader.readString("<bo").then(function(result) {
-            throw new Error("Expected failure");
-        }, function(error) {
-            assert.ok(error);
-            return 1;
-        });
+});
+
+test('error if XML is badly formed', function() {
+    return xmlreader.readString("<bo").then(function(result) {
+        throw new Error("Expected failure");
+    }, function(error) {
+        assert.ok(error);
+        return 1;
     });
 });
diff --git a/test/xml/writer.tests.js b/test/xml/writer.tests.js
index d41ddc1..0d87cae 100644
--- a/test/xml/writer.tests.js
+++ b/test/xml/writer.tests.js
@@ -2,77 +2,75 @@ var assert = require("assert");
 
 var xml = require("../../lib/xml");
 var writer = require("../../lib/xml/writer");
-var test = require("../testing").test;
+var test = require("../test")(module);
 
 
-describe('xml.writer', function() {
-    test('writing empty root element writes out xml declaration and empty root element', function() {
-        assertXmlString(xml.element("root"), {}, '<root/>');
-    });
-    
-    test('can write empty child elements', function() {
-        assertXmlString(xml.element("root", {}, [xml.element("album"), xml.element("single")]), {},
-            '<root><album/><single/></root>');
-    });
-    
-    test('can write empty descendant elements', function() {
-        var element = xml.element("root", {}, [
-            xml.element("album", {}, [
-                xml.element("year"),
-                xml.element("song")
-            ])
-        ]);
-        assertXmlString(element, {},
-            '<root><album><year/><song/></album></root>');
-    });
-    
-    test('can write element attributes', function() {
-        var element = xml.element("root", {}, [
-            xml.element("album", {"title": "Everything in Transit"})
-        ]);
-        assertXmlString(element, {},
-            '<root><album title="Everything in Transit"/></root>');
-    });
-    
-    test('can write text nodes', function() {
-        var element = xml.element("root", {}, [
-            xml.element("album", {}, [
-                xml.text("Everything in Transit")
-            ])
-        ]);
-        assertXmlString(element, {},
-            '<root><album>Everything in Transit</album></root>');
-    });
-    
-    test('can write root element with long-form prefix when URI is namespace', function() {
-        var element = xml.element("{music}root");
-        assertXmlString(element, {"m": "music"},
-            '<m:root xmlns:m="music"/>');
-    });
-    
-    test('can write child elements with long-form prefix when URI is namespace', function() {
-        var element = xml.element("root", {}, [
-            xml.element("{music}album")
-        ]);
-        assertXmlString(element, {"m": "music"},
-            '<root xmlns:m="music"><m:album/></root>');
-    });
-    
-    test('can write child elements with short-form prefix when URI is namespace', function() {
-        var element = xml.element("root", {}, [
-            xml.element("m:album")
-        ]);
-        assertXmlString(element, {"m": "music"},
-            '<root xmlns:m="music"><m:album/></root>');
-    });
-    
-    test('default namespace has key of empty string', function() {
-        var element = xml.element("root", {}, [
-            xml.element("{music}album")
-        ]);
-        assertXmlString(element, {"": "music"},
-            '<root xmlns="music"><album/></root>');
-    });
+test('writing empty root element writes out xml declaration and empty root element', function() {
+    assertXmlString(xml.element("root"), {}, '<root/>');
+});
+
+test('can write empty child elements', function() {
+    assertXmlString(xml.element("root", {}, [xml.element("album"), xml.element("single")]), {},
+        '<root><album/><single/></root>');
+});
+
+test('can write empty descendant elements', function() {
+    var element = xml.element("root", {}, [
+        xml.element("album", {}, [
+            xml.element("year"),
+            xml.element("song")
+        ])
+    ]);
+    assertXmlString(element, {},
+        '<root><album><year/><song/></album></root>');
+});
+
+test('can write element attributes', function() {
+    var element = xml.element("root", {}, [
+        xml.element("album", {"title": "Everything in Transit"})
+    ]);
+    assertXmlString(element, {},
+        '<root><album title="Everything in Transit"/></root>');
+});
+
+test('can write text nodes', function() {
+    var element = xml.element("root", {}, [
+        xml.element("album", {}, [
+            xml.text("Everything in Transit")
+        ])
+    ]);
+    assertXmlString(element, {},
+        '<root><album>Everything in Transit</album></root>');
+});
+
+test('can write root element with long-form prefix when URI is namespace', function() {
+    var element = xml.element("{music}root");
+    assertXmlString(element, {"m": "music"},
+        '<m:root xmlns:m="music"/>');
+});
+
+test('can write child elements with long-form prefix when URI is namespace', function() {
+    var element = xml.element("root", {}, [
+        xml.element("{music}album")
+    ]);
+    assertXmlString(element, {"m": "music"},
+        '<root xmlns:m="music"><m:album/></root>');
+});
+
+test('can write child elements with short-form prefix when URI is namespace', function() {
+    var element = xml.element("root", {}, [
+        xml.element("m:album")
+    ]);
+    assertXmlString(element, {"m": "music"},
+        '<root xmlns:m="music"><m:album/></root>');
+});
+
+test('default namespace has key of empty string', function() {
+    var element = xml.element("root", {}, [
+        xml.element("{music}album")
+    ]);
+    assertXmlString(element, {"": "music"},
+        '<root xmlns="music"><album/></root>');
 });
 
 
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