cucumber-html-reporter - npm Package Compare versions

Comparing version 0.5.2 to 2.0.0

CHANGELOG.md

 
+### 2.0.0 (2017-06-09)
+
+##### Support for Cucumber 2
+
+* Cucumber 2 [PR#81](https://github.com/gkushang/cucumber-html-reporter/pull/81). Resolves Issues [#73](https://github.com/gkushang/cucumber-html-reporter/issues/73),[#72](https://github.com/gkushang/cucumber-html-reporter/issues/72), [#61](https://github.com/gkushang/cucumber-html-reporter/issues/61), [#55](https://github.com/gkushang/cucumber-html-reporter/issues/55) 
+    * Duration is reported as Milliseconds
+    * Attachments are now plain text without encoding
+    * DRY the templates and HTML scripts
+    * Run Travis-CI with Node@7
+    * Disable the Strict mode to test pending/undefined steps scenarios
+    
+* Use `cucumber-html-reporter@0.5.0` for < Cucumber@2
+
 ### 0.5.0 (2017-06-01)
@@ -3,0 +16,0 @@

lib/reporter.js

@@ -77,7 +77,5 @@ 'use strict';
      */
-    var calculateDuration = function (durationInNanosString) {
+    var calculateDuration = function (durationInMillis) {
         var oneMilliSecond = 1000;
         var oneMinute = 60 * oneMilliSecond;
-        var durationInNanos = parseInt(durationInNanosString);
-        var durationInMillis = Math.round(durationInNanos / 1000000);
         var formattedDuration = '0s';
@@ -95,11 +93,14 @@
 
-            return formattedTimeStamp.trim().length === 0 ? '<1ms' : formattedTimeStamp;
+            return formattedTimeStamp.trim().length === 0 ? '< 1ms' : formattedTimeStamp;
         }
 
         if (!isNaN(durationInMillis)) {
+
             var min = _.floor(durationInMillis / oneMinute);
             var sec = _.floor((durationInMillis % oneMinute) / oneMilliSecond);
-            var ms = (durationInMillis % oneMilliSecond);
+            var ms = durationInMillis % oneMilliSecond;
+
             formattedDuration = format(min, sec, ms);
         }
+
         return formattedDuration;
@@ -124,3 +125,6 @@ };
     var readFileForRespectiveTemplates = function (filename) {
-        return ((options.theme === 'bootstrap') || (options.theme === 'hierarchy')) ? readFile('../_common/' + filename) : readFile(filename);
+        if (filename === 'script.js' && ((options.theme === 'simple') || (options.theme === 'foundation'))) {
+            return readFile('../_common/simple.foundation/' + filename);
+        }
+        return ((options.theme === 'bootstrap') || (options.theme === 'hierarchy')) ? readFile('../_common/bootstrap.hierarchy/' + filename) : readFile(filename);
     };
@@ -212,5 +216,5 @@
                                 if (!step.text) {
-                                    step.text = Base64.decode(embedding.data);
+                                    step.text = embedding.data;
                                 } else {
-                                    step.text = step.text.concat('<br>' + Base64.decode(embedding.data));
+                                    step.text = step.text.concat('<br>' + embedding.data);
                                 }
@@ -367,2 +371,3 @@ } else if (options.storeScreenShots && options.storeScreenShots === true) {
             script: readFileForRespectiveTemplates('script.js'),
+            screenshot: readFile('../_common/screenshot.js'),
             piechart: ((options.theme === 'bootstrap') || (options.theme === 'hierarchy')) ? readFileForRespectiveTemplates('piechart.js') : undefined
@@ -369,0 +374,0 @@ })

package.json

 {
   "name": "cucumber-html-reporter",
-  "version": "0.5.2",
+  "version": "2.0.0",
   "description": "Generates Cucumber HTML reports in three different themes",
@@ -47,3 +47,3 @@ "main": "index.js",
     "clean": "rm -rf test/report/*.html test/report/*.json test/report/screenshot",
-    "features": "node node_modules/cucumber/bin/cucumber test/features/ -r test/features/step_definitions -f json:test/report/cucumber_report.json"
+    "features": "node node_modules/cucumber/bin/cucumber test/features/ -r test/features/step_definitions -f json:test/report/cucumber_report.json --no-strict"
   },
@@ -77,4 +77,4 @@ "repository": {
     "chai": "^3.5.0",
-    "cucumber": "^1.3.1"
+    "cucumber": "^2.3.0"
   }
 }

README.md

@@ -5,3 +5,3 @@ # cucumber-html-reporter
 
-[![Build Status](https://travis-ci.org/gkushang/cucumber-html-reporter.svg?branch=develop)](https://travis-ci.org/gkushang/cucumber-html-reporter) [![npm](https://img.shields.io/npm/v/cucumber-html-reporter.svg)](https://www.npmjs.com/package/cucumber-html-reporter)  [![Dependency Status](https://david-dm.org/gkushang/cucumber-html-reporter.svg)](https://david-dm.org/gkushang/cucumber-html-reporter) [![License](https://img.shields.io/npm/l/cucumber-html-reporter.svg)](LICENSE)   
+[![Build Status](https://travis-ci.org/gkushang/cucumber-html-reporter.svg?branch=develop)](https://travis-ci.org/gkushang/cucumber-html-reporter) [![npm](https://img.shields.io/npm/v/cucumber-html-reporter.svg)](https://www.npmjs.com/package/cucumber-html-reporter)  [![Dependency Status](https://david-dm.org/gkushang/cucumber-html-reporter.svg)](https://david-dm.org/gkushang/cucumber-html-reporter) [![Code Climate](https://codeclimate.com/github/gkushang/cucumber-html-reporter/badges/gpa.svg)](https://codeclimate.com/github/gkushang/cucumber-html-reporter) [![License](https://img.shields.io/npm/l/cucumber-html-reporter.svg)](LICENSE)    
  
@@ -32,4 +32,9 @@
 
-Note: Install cucumber-html-reporter version <0.4.0 for node version <0.12 
+***Notes:*** 
 
+* Latest version supports Cucumber 2
+* Install `cucumber-html-reporter@0.5.0` for cucumber version `< Cucumber@2`
+* Install `cucumber-html-reporter@0.4.0` for node version <0.12
+
+
 ## Usage
@@ -36,0 +41,0 @@

test/features/step_definitions/hooks.js

@@ -9,4 +9,7 @@ 'use strict';
 
-var hooks = function () {
-    this.Before(function (scenario, callback) {
+var {defineSupportCode} = require('cucumber');
+
+defineSupportCode(function({After, Before, registerHandler}) {
+
+    Before(function (scenario, callback) {
         console.log('console logs should not break the report');
@@ -17,15 +20,17 @@ this.scenario = scenario;
 
-    this.Before({tags: ['@testPassing']}, function (scenario, callback) {
-        scenario.attach('Tests INFO will print here.<br>To attach INFO to Any steps, use scenario.attach function in your step definitions as shown below.<br><br>If you pass HTML\'s to scenario.attach then reporter will format accordingly <br>' +
+    Before({tags: '@testPassing'}, function (scenario, callback) {
+        this.attach('Tests INFO will print here.<br>To attach INFO to Any steps, use scenario.attach function in your step definitions as shown below.<br><br>If you pass HTML\'s to scenario.attach then reporter will format accordingly <br>' +
             '<br>Simple String  : scenario.attach(\'sample data\')' +
             '<br>Pretty JSON    : scenario.attach(JSON.stringify(json, null, 2))' +
-            '<br>HTML Link      : scenario.attach(\'format the link with html-a tag\'');
+            '<br>HTML Link      : scenario.attach(\'format the link with html-a tag\'', 'application/json');
+
+        this.attach('some text');
         callback();
     });
 
-    this.After({tags: ['@testPassing']}, function (scenario, callback) {
+    After({tags: '@testPassing'}, function (scenario, callback) {
         callback();
     });
 
-    this.registerHandler('AfterFeatures', function (features, callback) {
+    registerHandler('AfterFeatures', function (features, callback) {
 
@@ -102,3 +107,3 @@ var theme = {
 
-            //Generate Bootstrap theme report
+            // Generate Bootstrap theme report
             reporter.generate(getJsonDirOptions(theme.bootstrap));
@@ -124,4 +129,2 @@
     });
-};
-
-module.exports = hooks;
+});

test/features/step_definitions/stepDefs.js

 'use strict';
 
-var stepDefs = function stepDefs() {
+var {defineSupportCode} = require('cucumber');
 
-    this.Then(/^this feature runs with background$/, function (callback) {
+defineSupportCode(function({Given, Then, When}) {
+
+    Then(/^this feature runs with background$/, function (callback) {
         callback();
     });
 
-    this.Then(/^Fred runs a(?: passing|) cucumber scenario$/, function (callback) {
+    Then(/^Fred runs a(?: passing|) cucumber scenario$/, function (callback) {
         callback();
     });
 
-    this.Then(/^Fred runs a passing cucumber step with 2 seconds timeout/, function (callback) {
+    Then(/^Fred runs a passing cucumber step with 2 seconds timeout/, function (callback) {
         setTimeout(callback, 2000);
     });
 
-    this.Then(/^Fred runs a passing cucumber scenario with the below content$/, function (docString, callback) {
+    Then(/^Fred runs a passing cucumber scenario with the below content$/, function (docString, callback) {
         callback();
     });
 
-    this.Given(/^Fred runs a passing cucumber scenario on behalf of "([^"]*)"/, function (name, callback) {
+    Given(/^Fred runs a passing cucumber scenario on behalf of "([^"]*)"/, function (name, callback) {
         setTimeout(callback, 1000);
@@ -26,26 +28,26 @@ callback(null, 'pending');
 
-    this.Then(/^he provides cucumber JSON file to reporter$/, function (callback) {
+    Then(/^he provides cucumber JSON file to reporter$/, function (callback) {
         callback();
     });
 
-    this.Then(/^Fred runs a failing cucumber scenario$/, function (callback) {
+    Then(/^Fred runs a failing cucumber scenario$/, function (callback) {
         callback();
     });
 
-    this.Then(/^a failing scenario captures a screenshot$/, function (callback) {
+    Then(/^a failing scenario captures a screenshot$/, function (callback) {
         var imageData = 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';
-        this.scenario.attach(new Buffer(imageData, 'base64'), 'image/png');
+        this.attach(new Buffer(imageData, 'base64'), 'image/png');
         callback();
     });
 
-    this.Then(/^he throws the pending exception from this step$/, function (callback) {
+    Then(/^he throws the pending exception from this step$/, function (callback) {
         callback(null, 'pending');
     });
 
-    this.Then(/^cucumber-html-reporter should report pending step with code-snippets in HTML report$/, function (callback) {
+    Then(/^cucumber-html-reporter should report pending step with code-snippets in HTML report$/, function (callback) {
         callback();
     });
 
-    this.Then(/^Fred attaches the "([^"]*)" to the Given step of passing cucumber scenario$/, function (testData, callback) {
-        this.scenario.attach(testData);
+    Then(/^Fred attaches the "([^"]*)" to the Given step of passing cucumber scenario$/, function (testData, callback) {
+        this.attach(testData);
 
@@ -57,3 +59,3 @@ var myJsonObject = {
 
-        this.scenario.attach(JSON.stringify(myJsonObject, undefined, 2));
+        this.attach(JSON.stringify(myJsonObject, null, 2));
 
@@ -63,7 +65,7 @@ callback();
 
-    this.Then(/^cucumber-html-reporter should create HTML report/, function (callback) {
+    Then(/^cucumber-html-reporter should create HTML report/, function (callback) {
         callback();
     });
 
-    this.Given(/^Fred runs a passing scenario for the following data set$/, function (table, callback) {
+    Given(/^Fred runs a passing scenario for the following data set$/, function (table, callback) {
         // Write code here that turns the phrase above into concrete actions
@@ -73,3 +75,3 @@ callback();
 
-    this.When(/^he left this step to be ambiguous$/, function (callback) {
+    When(/^he left this step to be ambiguous$/, function (callback) {
         //Write code here that turns the phrase above into concrete actions
@@ -80,3 +82,3 @@ callback();
 
-    this.When(/^he left this step as a pending$/, function (callback) {
+    When(/^he left this step as a pending$/, function (callback) {
         // Write code here that turns the phrase above into concrete actions
@@ -86,4 +88,2 @@ callback(null, 'pending');
 
-};
-
-module.exports = stepDefs;
+});

New alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

Long strings

Supply chain risk

Contains long string literals, which may be a sign of obfuscated or packed code.

Found 1 instance in 1 package

Fixed alerts

License Policy Violation

License

This package is not allowed per your license policy. Review the package's license to ensure compliance.

Found 1 instance in 1 package

No v1

Quality

Package is not semver >=1. This means it is not stable and does not support ^ ranges.

Found 1 instance in 1 package

Improved metrics

Total package byte prevSize

1945823

increased by0.02%

Number of low quality alerts

0

decreased by-100%

Number of lines in readme file

257

increased by1.98%

Worsened metrics

Lines of code

2358

decreased by-0.84%

Number of low supply chain risk alerts

5

increased by25%

No dependency changes