Upgraded CFX to JPM

main
Elbert Alias 9 years ago
parent 677069b71d
commit 7942afdce5

@ -10,9 +10,8 @@ install:
- sudo apt-get update -y
- sudo apt-get install -y curl zip sudo -y --force-yes
- sudo apt-get clean
- npm install jsonlint -g
- npm install jsonlint jpm -g
- ln -s docker/node/package.json package.json && npm install
- mkdir mozilla && curl -L https://ftp.mozilla.org/pub/mozilla.org/labs/jetpack/jetpack-sdk-latest.tar.gz | tar xvzC mozilla && ln -s $WAPPALYZER_ROOT/mozilla/addon-sdk-*/bin/cfx bin/cfx
- mkdir phantomjs && curl -L https://bitbucket.org/ariya/phantomjs/downloads/phantomjs-1.9.8-linux-x86_64.tar.bz2 | tar xvjC phantomjs && ln -s $WAPPALYZER_ROOT/phantomjs/phantomjs-*-linux-x86_64/bin/phantomjs bin/phantomjs
script: wappalyzer build
after_script: ls build

@ -24,7 +24,11 @@ cp -R $WAPPALYZER_ROOT/src/drivers/npm/* $WAPPALYZER_ROOT/build/wappalyzer_npm/
# Mozilla Firefox
echo "Building Firefox driver..."
cfx xpi --pkgdir=$WAPPALYZER_ROOT/src/drivers/firefox --output-file=$WAPPALYZER_ROOT/build/wappalyzer_firefox.xpi
pushd $WAPPALYZER_ROOT/src/drivers/firefox > /dev/null
jpm xpi && mv *.xpi $WAPPALYZER_ROOT/build/wappalyzer_firefox.xpi
popd > /dev/null
# Google Chrome
echo "Building Chrome driver..."

@ -33,14 +33,7 @@ RUN su wappalyzer -c "mkdir $WAPPALYZER_NODE_PATH"
ADD node/package.json $WAPPALYZER_NODE_PATH/package.json
RUN npm install jsonlint -g && su wappalyzer -c "cd $WAPPALYZER_NODE_PATH && npm install"
# Mozilla Add-on SDK
RUN su wappalyzer -c "\
mkdir mozilla && \
curl -L https://ftp.mozilla.org/pub/mozilla.org/labs/jetpack/jetpack-sdk-latest.tar.gz | tar xvzC mozilla && \
ln -s /home/wappalyzer/mozilla/addon-sdk-*/bin/cfx bin/cfx"
RUN npm install jsonlint jpm -g && su wappalyzer -c "cd $WAPPALYZER_NODE_PATH && npm install"
# PhantomJS

@ -0,0 +1,531 @@
/**
* Wappalyzer v2
*
* Created by Elbert Alias <elbert@alias.io>
*
* License: GPLv3 http://www.gnu.org/licenses/gpl-3.0.txt
*/
var wappalyzer = (function() {
//'use strict';
/**
* Application class
*/
var Application = function(app, detected) {
this.app = app;
this.confidence = {};
this.confidenceTotal = 0;
this.detected = Boolean(detected);
this.excludes = [];
this.version = '';
this.versions = [];
};
Application.prototype = {
/**
* Calculate confidence total
*/
getConfidence: function() {
var total = 0, id;
for ( id in this.confidence ) {
total += this.confidence[id];
}
return this.confidenceTotal = Math.min(total, 100);
},
/**
* Resolve version number (find the longest version number that contains all shorter detected version numbers)
*/
getVersion: function() {
var i, resolved;
if ( !this.versions.length ) {
return;
}
this.versions.sort(function(a, b) {
return a.length - b.length;
});
resolved = this.versions[0];
for ( i = 1; i < this.versions.length; i++ ) {
if ( this.versions[i].indexOf(resolved) === -1 ) {
break;
}
resolved = this.versions[i];
}
return this.version = resolved;
},
setDetected: function(pattern, type, value, key) {
this.detected = true;
// Set confidence level
this.confidence[type + ' ' + ( key ? key + ' ' : '' ) + pattern.regex] = pattern.confidence ? pattern.confidence : 100;
// Detect version number
if ( pattern.version ) {
var
version = pattern.version,
matches = pattern.regex.exec(value);
if ( matches ) {
matches.forEach(function(match, i) {
// Parse ternary operator
var ternary = new RegExp('\\\\' + i + '\\?([^:]+):(.*)$').exec(version);
if ( ternary && ternary.length === 3 ) {
w.log({ match: match, i: i, ternary: ternary });
version = version.replace(ternary[0], match ? ternary[1] : ternary[2]);
w.log({ version: version });
}
// Replace back references
version = version.replace(new RegExp('\\\\' + i, 'g'), match ? match : '');
});
if ( version && this.versions.indexOf(version) < 0 ) {
this.versions.push(version);
}
this.getVersion();
}
}
}
};
var Profiler = function() {
this.regexCount = 0;
this.startTime = new Date().getTime();
this.lastTime = new Date().getTime();
this.slowest = { duration: null, app: '', type: '', pattern: '' };
this.timedOut = false;
};
Profiler.prototype = {
checkPoint: function(app, type, regex) {
var duration = new Date().getTime() - this.lastTime;
if ( !this.slowest.duration || duration > this.slowest.duration ) {
this.slowest.duration = duration;
this.slowest.app = app;
this.slowest.type = type;
this.slowest.regex = regex;
}
this.regexCount++;
this.lastTime = new Date().getTime();
this.timedOut = this.lastTime - this.startTime > 1000;
}
};
/**
* Call driver functions
*/
var driver = function(func, args) {
if ( typeof w.driver[func] !== 'function' ) {
w.log('not implemented: w.driver.' + func, 'warn');
return;
}
if ( func !== 'log' ) {
w.log('w.driver.' + func);
}
return w.driver[func](args);
};
/**
* Parse apps.json patterns
*/
var parse = function(patterns) {
var
attrs,
parsed = [];
// Convert single patterns to an array
if ( typeof patterns === 'string' ) {
patterns = [ patterns ];
}
patterns.forEach(function(pattern) {
attrs = {};
pattern.split('\\;').forEach(function(attr, i) {
if ( i ) {
// Key value pairs
attr = attr.split(':');
if ( attr.length > 1 ) {
attrs[attr.shift()] = attr.join(':');
}
} else {
attrs.string = attr;
try {
attrs.regex = new RegExp(attr.replace('/', '\/'), 'i'); // Escape slashes in regular expression
} catch (e) {
attrs.regex = new RegExp();
w.log(e + ': ' + attr, 'error');
}
}
});
parsed.push(attrs);
});
return parsed;
};
/**
* Main script
*/
var w = {
apps: {},
cats: null,
ping: { hostnames: {} },
detected: {},
config: {
websiteURL: 'https://wappalyzer.com/',
twitterURL: 'https://twitter.com/Wappalyzer',
githubURL: 'https://github.com/AliasIO/Wappalyzer',
},
/**
* Log messages to console
*/
log: function(message, type) {
if ( type === undefined ) {
type = 'debug';
}
if ( typeof message === 'object' ) {
message = JSON.stringify(message);
}
driver('log', { message: '[wappalyzer ' + type + '] ' + message, type: type });
},
/**
* Initialize
*/
init: function() {
w.log('w.init');
// Checks
if ( w.driver === undefined ) {
w.log('no driver, exiting');
return;
}
// Initialize driver
driver('init');
},
/**
* Analyze the request
*/
analyze: function(hostname, url, data) {
var
i, j, app, confidence, type, regexMeta, regexScript, match, content, meta, header, version, id,
profiler = new Profiler(),
apps = {},
excludes = [],
checkImplies = true;
w.log('w.analyze');
// Remove hash from URL
data.url = url = url.split('#')[0];
if ( w.apps === undefined || w.categories === undefined ) {
w.log('apps.json not loaded, check for syntax errors');
return;
}
if ( w.detected[url] === undefined ) {
w.detected[url] = {};
}
for ( app in w.apps ) {
// Exit loop after one second to prevent CPU hogging
// Remaining patterns will not be evaluated
if ( profiler.timedOut ) {
w.log('Timeout, exiting loop');
break;
}
apps[app] = w.detected[url] && w.detected[url][app] ? w.detected[url][app] : new Application(app);
for ( type in w.apps[app] ) {
switch ( type ) {
case 'url':
parse(w.apps[app][type]).forEach(function(pattern) {
if ( pattern.regex.test(url) ) {
apps[app].setDetected(pattern, type, url);
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'html':
if ( typeof data[type] !== 'string' || !data.html ) {
break;
}
parse(w.apps[app][type]).forEach(function(pattern) {
if ( pattern.regex.test(data[type]) ) {
apps[app].setDetected(pattern, type, data[type]);
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'script':
if ( typeof data.html !== 'string' || !data.html ) {
break;
}
regexScript = new RegExp('<script[^>]+src=("|\')([^"\']+)', 'ig');
parse(w.apps[app][type]).forEach(function(pattern) {
while ( match = regexScript.exec(data.html) ) {
if ( pattern.regex.test(match[2]) ) {
apps[app].setDetected(pattern, type, match[2]);
}
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'meta':
if ( typeof data.html !== 'string' || !data.html ) {
break;
}
regexMeta = /<meta[^>]+>/ig;
while ( match = regexMeta.exec(data.html) ) {
for ( meta in w.apps[app][type] ) {
profiler.checkPoint(app, type, regexMeta);
if ( new RegExp('name=["\']' + meta + '["\']', 'i').test(match) ) {
content = match.toString().match(/content=("|')([^"']+)("|')/i);
parse(w.apps[app].meta[meta]).forEach(function(pattern) {
if ( content && content.length === 4 && pattern.regex.test(content[2]) ) {
apps[app].setDetected(pattern, type, content[2], meta);
}
profiler.checkPoint(app, type, pattern.regex);
});
}
}
}
break;
case 'headers':
if ( typeof data[type] !== 'object' || !data[type] ) {
break;
}
for ( header in w.apps[app].headers ) {
parse(w.apps[app][type][header]).forEach(function(pattern) {
if ( typeof data[type][header.toLowerCase()] === 'string' && pattern.regex.test(data[type][header.toLowerCase()]) ) {
apps[app].setDetected(pattern, type, data[type][header.toLowerCase()], header);
}
profiler.checkPoint(app, type, pattern.regex);
});
}
break;
case 'env':
if ( typeof data[type] !== 'object' || !data[type] ) {
break;
}
parse(w.apps[app][type]).forEach(function(pattern) {
for ( i in data[type] ) {
if ( pattern.regex.test(data[type][i]) ) {
apps[app].setDetected(pattern, type, data[type][i]);
}
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
}
}
}
w.log('[ profiler ] Tested ' + profiler.regexCount + ' regular expressions in ' + ( (new Date().getTime() - profiler.startTime) / 1000 ) + 's');
w.log('[ profiler ] Slowest pattern took ' + ( profiler.slowest.duration / 1000 ) + 's: ' + profiler.slowest.app + ' | ' + profiler.slowest.type + ' | ' + profiler.slowest.regex);
for ( app in apps ) {
if ( !apps[app].detected ) {
delete apps[app];
}
}
// Exclude app in detected apps only
for ( app in apps ) {
if (w.apps[app].excludes ) {
if ( typeof w.apps[app].excludes === 'string' ) {
w.apps[app].excludes = [ w.apps[app].excludes ];
}
w.apps[app].excludes.forEach(function(excluded) {
excludes.push(excluded);
});
}
}
// Remove excluded applications
for ( app in apps ) {
if ( excludes.indexOf(app) !== -1 ) {
delete apps[app];
}
}
// Implied applications
// Run several passes as implied apps may imply other apps
while ( checkImplies ) {
checkImplies = false;
for ( app in apps ) {
confidence = apps[app].confidence;
if ( w.apps[app] && w.apps[app].implies ) {
// Cast strings to an array
if ( typeof w.apps[app].implies === 'string' ) {
w.apps[app].implies = [ w.apps[app].implies ];
}
w.apps[app].implies.forEach(function(implied) {
implied = parse(implied)[0];
if ( !w.apps[implied.string] ) {
w.log('Implied application ' + implied.string + ' does not exist', 'warn');
return;
}
if ( !apps.hasOwnProperty(implied.string) ) {
apps[implied.string] = w.detected[url] && w.detected[url][implied.string] ? w.detected[url][implied.string] : new Application(implied.string, true);
checkImplies = true;
}
// Apply app confidence to implied app
for ( id in confidence ) {
apps[implied.string].confidence[id + ' implied by ' + app] = confidence[id] * ( implied.confidence ? implied.confidence / 100 : 1 );
}
});
}
}
}
w.log(Object.keys(apps).length + ' apps detected: ' + Object.keys(apps).join(', ') + ' on ' + url);
// Keep history of detected apps
for ( app in apps ) {
confidence = apps[app].confidence;
version = apps[app].version;
// Per URL
w.detected[url][app] = apps[app];
for ( id in confidence ) {
w.detected[url][app].confidence[id] = confidence[id];
}
if ( w.detected[url][app].getConfidence() >= 100 ) {
// Per hostname
if ( /(www.)?((.+?)\.(([a-z]{2,3}\.)?[a-z]{2,6}))$/.test(hostname) && !/((local|dev(elopment)?|stag(e|ing)?|test(ing)?|demo(shop)?|admin|google|cache)\.|\/admin|\.local)/.test(url) ) {
if ( !w.ping.hostnames.hasOwnProperty(hostname) ) {
w.ping.hostnames[hostname] = { applications: {}, meta: {} };
}
if ( !w.ping.hostnames[hostname].applications.hasOwnProperty(app) ) {
w.ping.hostnames[hostname].applications[app] = { hits: 0 };
}
w.ping.hostnames[hostname].applications[app].hits ++;
if ( version ) {
w.ping.hostnames[hostname].applications[app].version = version;
}
} else {
w.log('Ignoring hostname "' + hostname + '"');
}
}
}
// Additional information
if ( w.ping.hostnames.hasOwnProperty(hostname) ) {
if ( typeof data.html === 'string' && data.html ) {
match = data.html.match(/<html[^>]*[: ]lang="([a-z]{2}((-|_)[A-Z]{2})?)"/i);
if ( match && match.length ) {
w.ping.hostnames[hostname].meta['language'] = match[1];
}
regexMeta = /<meta[^>]+>/ig;
while ( match = regexMeta.exec(data.html) ) {
if ( !match.length ) {
continue;
}
match = match[0].match(/name="(author|copyright|country|description|keywords)"[^>]*content="([^"]+)"/i);
if ( match && match.length === 3 ) {
w.ping.hostnames[hostname].meta[match[1]] = match[2];
}
}
}
//w.log({ hostname: hostname, ping: w.ping.hostnames[hostname] });
}
if ( Object.keys(w.ping.hostnames).length >= 20 ) {
driver('ping');
}
apps = null;
data = null;
driver('displayApps');
}
};
return w;
})();
// CommonJS package
// See http://wiki.commonjs.org/wiki/CommonJS
if ( typeof exports === 'object' ) {
exports.wappalyzer = wappalyzer;
}

@ -8,8 +8,8 @@
"description": "Identifies software on the web",
"author": "Elbert Alias",
"license": "GPLv3",
"version": "3.1.0",
"main": "driver",
"version": "3.1.1",
"main": "driver.js",
"preferences": [{
"name": "tracking",
"title": "Tracking",

@ -0,0 +1,531 @@
/**
* Wappalyzer v2
*
* Created by Elbert Alias <elbert@alias.io>
*
* License: GPLv3 http://www.gnu.org/licenses/gpl-3.0.txt
*/
var wappalyzer = (function() {
//'use strict';
/**
* Application class
*/
var Application = function(app, detected) {
this.app = app;
this.confidence = {};
this.confidenceTotal = 0;
this.detected = Boolean(detected);
this.excludes = [];
this.version = '';
this.versions = [];
};
Application.prototype = {
/**
* Calculate confidence total
*/
getConfidence: function() {
var total = 0, id;
for ( id in this.confidence ) {
total += this.confidence[id];
}
return this.confidenceTotal = Math.min(total, 100);
},
/**
* Resolve version number (find the longest version number that contains all shorter detected version numbers)
*/
getVersion: function() {
var i, resolved;
if ( !this.versions.length ) {
return;
}
this.versions.sort(function(a, b) {
return a.length - b.length;
});
resolved = this.versions[0];
for ( i = 1; i < this.versions.length; i++ ) {
if ( this.versions[i].indexOf(resolved) === -1 ) {
break;
}
resolved = this.versions[i];
}
return this.version = resolved;
},
setDetected: function(pattern, type, value, key) {
this.detected = true;
// Set confidence level
this.confidence[type + ' ' + ( key ? key + ' ' : '' ) + pattern.regex] = pattern.confidence ? pattern.confidence : 100;
// Detect version number
if ( pattern.version ) {
var
version = pattern.version,
matches = pattern.regex.exec(value);
if ( matches ) {
matches.forEach(function(match, i) {
// Parse ternary operator
var ternary = new RegExp('\\\\' + i + '\\?([^:]+):(.*)$').exec(version);
if ( ternary && ternary.length === 3 ) {
w.log({ match: match, i: i, ternary: ternary });
version = version.replace(ternary[0], match ? ternary[1] : ternary[2]);
w.log({ version: version });
}
// Replace back references
version = version.replace(new RegExp('\\\\' + i, 'g'), match ? match : '');
});
if ( version && this.versions.indexOf(version) < 0 ) {
this.versions.push(version);
}
this.getVersion();
}
}
}
};
var Profiler = function() {
this.regexCount = 0;
this.startTime = new Date().getTime();
this.lastTime = new Date().getTime();
this.slowest = { duration: null, app: '', type: '', pattern: '' };
this.timedOut = false;
};
Profiler.prototype = {
checkPoint: function(app, type, regex) {
var duration = new Date().getTime() - this.lastTime;
if ( !this.slowest.duration || duration > this.slowest.duration ) {
this.slowest.duration = duration;
this.slowest.app = app;
this.slowest.type = type;
this.slowest.regex = regex;
}
this.regexCount++;
this.lastTime = new Date().getTime();
this.timedOut = this.lastTime - this.startTime > 1000;
}
};
/**
* Call driver functions
*/
var driver = function(func, args) {
if ( typeof w.driver[func] !== 'function' ) {
w.log('not implemented: w.driver.' + func, 'warn');
return;
}
if ( func !== 'log' ) {
w.log('w.driver.' + func);
}
return w.driver[func](args);
};
/**
* Parse apps.json patterns
*/
var parse = function(patterns) {
var
attrs,
parsed = [];
// Convert single patterns to an array
if ( typeof patterns === 'string' ) {
patterns = [ patterns ];
}
patterns.forEach(function(pattern) {
attrs = {};
pattern.split('\\;').forEach(function(attr, i) {
if ( i ) {
// Key value pairs
attr = attr.split(':');
if ( attr.length > 1 ) {
attrs[attr.shift()] = attr.join(':');
}
} else {
attrs.string = attr;
try {
attrs.regex = new RegExp(attr.replace('/', '\/'), 'i'); // Escape slashes in regular expression
} catch (e) {
attrs.regex = new RegExp();
w.log(e + ': ' + attr, 'error');
}
}
});
parsed.push(attrs);
});
return parsed;
};
/**
* Main script
*/
var w = {
apps: {},
cats: null,
ping: { hostnames: {} },
detected: {},
config: {
websiteURL: 'https://wappalyzer.com/',
twitterURL: 'https://twitter.com/Wappalyzer',
githubURL: 'https://github.com/AliasIO/Wappalyzer',
},
/**
* Log messages to console
*/
log: function(message, type) {
if ( type === undefined ) {
type = 'debug';
}
if ( typeof message === 'object' ) {
message = JSON.stringify(message);
}
driver('log', { message: '[wappalyzer ' + type + '] ' + message, type: type });
},
/**
* Initialize
*/
init: function() {
w.log('w.init');
// Checks
if ( w.driver === undefined ) {
w.log('no driver, exiting');
return;
}
// Initialize driver
driver('init');
},
/**
* Analyze the request
*/
analyze: function(hostname, url, data) {
var
i, j, app, confidence, type, regexMeta, regexScript, match, content, meta, header, version, id,
profiler = new Profiler(),
apps = {},
excludes = [],
checkImplies = true;
w.log('w.analyze');
// Remove hash from URL
data.url = url = url.split('#')[0];
if ( w.apps === undefined || w.categories === undefined ) {
w.log('apps.json not loaded, check for syntax errors');
return;
}
if ( w.detected[url] === undefined ) {
w.detected[url] = {};
}
for ( app in w.apps ) {
// Exit loop after one second to prevent CPU hogging
// Remaining patterns will not be evaluated
if ( profiler.timedOut ) {
w.log('Timeout, exiting loop');
break;
}
apps[app] = w.detected[url] && w.detected[url][app] ? w.detected[url][app] : new Application(app);
for ( type in w.apps[app] ) {
switch ( type ) {
case 'url':
parse(w.apps[app][type]).forEach(function(pattern) {
if ( pattern.regex.test(url) ) {
apps[app].setDetected(pattern, type, url);
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'html':
if ( typeof data[type] !== 'string' || !data.html ) {
break;
}
parse(w.apps[app][type]).forEach(function(pattern) {
if ( pattern.regex.test(data[type]) ) {
apps[app].setDetected(pattern, type, data[type]);
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'script':
if ( typeof data.html !== 'string' || !data.html ) {
break;
}
regexScript = new RegExp('<script[^>]+src=("|\')([^"\']+)', 'ig');
parse(w.apps[app][type]).forEach(function(pattern) {
while ( match = regexScript.exec(data.html) ) {
if ( pattern.regex.test(match[2]) ) {
apps[app].setDetected(pattern, type, match[2]);
}
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
case 'meta':
if ( typeof data.html !== 'string' || !data.html ) {
break;
}
regexMeta = /<meta[^>]+>/ig;
while ( match = regexMeta.exec(data.html) ) {
for ( meta in w.apps[app][type] ) {
profiler.checkPoint(app, type, regexMeta);
if ( new RegExp('name=["\']' + meta + '["\']', 'i').test(match) ) {
content = match.toString().match(/content=("|')([^"']+)("|')/i);
parse(w.apps[app].meta[meta]).forEach(function(pattern) {
if ( content && content.length === 4 && pattern.regex.test(content[2]) ) {
apps[app].setDetected(pattern, type, content[2], meta);
}
profiler.checkPoint(app, type, pattern.regex);
});
}
}
}
break;
case 'headers':
if ( typeof data[type] !== 'object' || !data[type] ) {
break;
}
for ( header in w.apps[app].headers ) {
parse(w.apps[app][type][header]).forEach(function(pattern) {
if ( typeof data[type][header.toLowerCase()] === 'string' && pattern.regex.test(data[type][header.toLowerCase()]) ) {
apps[app].setDetected(pattern, type, data[type][header.toLowerCase()], header);
}
profiler.checkPoint(app, type, pattern.regex);
});
}
break;
case 'env':
if ( typeof data[type] !== 'object' || !data[type] ) {
break;
}
parse(w.apps[app][type]).forEach(function(pattern) {
for ( i in data[type] ) {
if ( pattern.regex.test(data[type][i]) ) {
apps[app].setDetected(pattern, type, data[type][i]);
}
}
profiler.checkPoint(app, type, pattern.regex);
});
break;
}
}
}
w.log('[ profiler ] Tested ' + profiler.regexCount + ' regular expressions in ' + ( (new Date().getTime() - profiler.startTime) / 1000 ) + 's');
w.log('[ profiler ] Slowest pattern took ' + ( profiler.slowest.duration / 1000 ) + 's: ' + profiler.slowest.app + ' | ' + profiler.slowest.type + ' | ' + profiler.slowest.regex);
for ( app in apps ) {
if ( !apps[app].detected ) {
delete apps[app];
}
}
// Exclude app in detected apps only
for ( app in apps ) {
if (w.apps[app].excludes ) {
if ( typeof w.apps[app].excludes === 'string' ) {
w.apps[app].excludes = [ w.apps[app].excludes ];
}
w.apps[app].excludes.forEach(function(excluded) {
excludes.push(excluded);
});
}
}
// Remove excluded applications
for ( app in apps ) {
if ( excludes.indexOf(app) !== -1 ) {
delete apps[app];
}
}
// Implied applications
// Run several passes as implied apps may imply other apps
while ( checkImplies ) {
checkImplies = false;
for ( app in apps ) {
confidence = apps[app].confidence;
if ( w.apps[app] && w.apps[app].implies ) {
// Cast strings to an array
if ( typeof w.apps[app].implies === 'string' ) {
w.apps[app].implies = [ w.apps[app].implies ];
}
w.apps[app].implies.forEach(function(implied) {
implied = parse(implied)[0];
if ( !w.apps[implied.string] ) {
w.log('Implied application ' + implied.string + ' does not exist', 'warn');
return;
}
if ( !apps.hasOwnProperty(implied.string) ) {
apps[implied.string] = w.detected[url] && w.detected[url][implied.string] ? w.detected[url][implied.string] : new Application(implied.string, true);
checkImplies = true;
}
// Apply app confidence to implied app
for ( id in confidence ) {
apps[implied.string].confidence[id + ' implied by ' + app] = confidence[id] * ( implied.confidence ? implied.confidence / 100 : 1 );
}
});
}
}
}
w.log(Object.keys(apps).length + ' apps detected: ' + Object.keys(apps).join(', ') + ' on ' + url);
// Keep history of detected apps
for ( app in apps ) {
confidence = apps[app].confidence;
version = apps[app].version;
// Per URL
w.detected[url][app] = apps[app];
for ( id in confidence ) {
w.detected[url][app].confidence[id] = confidence[id];
}
if ( w.detected[url][app].getConfidence() >= 100 ) {
// Per hostname
if ( /(www.)?((.+?)\.(([a-z]{2,3}\.)?[a-z]{2,6}))$/.test(hostname) && !/((local|dev(elopment)?|stag(e|ing)?|test(ing)?|demo(shop)?|admin|google|cache)\.|\/admin|\.local)/.test(url) ) {
if ( !w.ping.hostnames.hasOwnProperty(hostname) ) {
w.ping.hostnames[hostname] = { applications: {}, meta: {} };
}
if ( !w.ping.hostnames[hostname].applications.hasOwnProperty(app) ) {
w.ping.hostnames[hostname].applications[app] = { hits: 0 };
}
w.ping.hostnames[hostname].applications[app].hits ++;
if ( version ) {
w.ping.hostnames[hostname].applications[app].version = version;
}
} else {
w.log('Ignoring hostname "' + hostname + '"');
}
}
}
// Additional information
if ( w.ping.hostnames.hasOwnProperty(hostname) ) {
if ( typeof data.html === 'string' && data.html ) {
match = data.html.match(/<html[^>]*[: ]lang="([a-z]{2}((-|_)[A-Z]{2})?)"/i);
if ( match && match.length ) {
w.ping.hostnames[hostname].meta['language'] = match[1];
}
regexMeta = /<meta[^>]+>/ig;
while ( match = regexMeta.exec(data.html) ) {
if ( !match.length ) {
continue;
}
match = match[0].match(/name="(author|copyright|country|description|keywords)"[^>]*content="([^"]+)"/i);
if ( match && match.length === 3 ) {
w.ping.hostnames[hostname].meta[match[1]] = match[2];
}
}
}
//w.log({ hostname: hostname, ping: w.ping.hostnames[hostname] });
}
if ( Object.keys(w.ping.hostnames).length >= 20 ) {
driver('ping');
}
apps = null;
data = null;
driver('displayApps');
}
};
return w;
})();
// CommonJS package
// See http://wiki.commonjs.org/wiki/CommonJS
if ( typeof exports === 'object' ) {
exports.wappalyzer = wappalyzer;
}
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