Is there a way to detect if a particular file that is being downloaded is a Gmail attachment?
I am looking for a way to write a Greasemonkey script which would help me organize the downloads, based on their download sources, say Gmail email attachments would have a different behavior from other stuff.
So far, I've found out that attachments redirect to https://mail-attachment.googleusercontent.com/attachment/u/0/ , which I guess is not sufficient.
EDIT
Since an add-on would be more powerful than a userscript, I've decided to pursue the Add On idea. However, the problem of detection remains unsolved.
This is too complicated for just one question; it has at least these major parts:
Do you want to redirect downloads when the user clicks, or automatically download select files? Clarify the question.
Your GM script must identify the appropriate download links, and on which pages, and for which views? For gMail, this is not a trivial task, and the question needs to be clearer. It's worthy of a whole question just on this issue given the variety of views and AJAX involved.
Once identified, the script probably needs to intercept clicks on those links. (Depends on your goal (clarify!) and what the Firefox extension can do.)
Greasemonkey needs to interact with an extension that either intercepts the user-initiated download, or allows for an automatic download. I've detailed the auto-download approach, below.
Once your script has identified the appropriate file URLs and/or links (Open a new question for more help with that, and include pictures of the types of pages and links you want.), it can interface with a Firefox add-on, like the one below, to automatically save those files.
Automatically saving files from Greasemonkey with the help of an additional Add-on:
WARNING: The following is a working proof of concept for education only. It has no security features, and if you use it as-is, for actual surfing, some webpage or script writer or extension writer will use it to completely pwn your computer.
If you use the Add-on builder or SDK to install or "Test" the DANGER. DANGER. DANGER. File download utility,
Then you can use a Greasemonkey script, like this, to automatically save files:
// ==UserScript==
// #name _Call our File download add-on to trigger a file download.
// #include https://mail.google.com/mail/*
// #include https://stackoverflow.com/questions/14440362/*
// #require http://ajax.googleapis.com/ajax/libs/jquery/1.7.2/jquery.min.js
// #grant GM_addStyle
// ==/UserScript==
/*- The #grant directive is needed to work around a design change
introduced in GM 1.0. It restores the sandbox.
*/
var fileURL = "http://userscripts.org/scripts/source/29222.user.js";
var savePath = "D:\\temp\\";
var extensionLoaded = false;
window.addEventListener ("ImAlivefromExtension", function (zEvent) {
console.log ("The test extension appears to be loaded!", zEvent.detail);
extensionLoaded = true;
} );
window.addEventListener ("ReplyToDownloadRequest", function (zEvent) {
//var xxxx = JSON.parse (zEvent.detail);
console.log ("Extension replied: ", zEvent.detail);
} );
$("body").prepend ('<button id="gmFileDownloadBtn">Click to File download request.</button>');
$("#gmFileDownloadBtn").click ( function () {
if (extensionLoaded) {
detailVal = JSON.stringify (
{targFileURL: fileURL, targSavePath: savePath}
);
var zEvent = new CustomEvent (
"SuicidalDownloadRequestToAddOn",
{"detail": detailVal }
);
window.dispatchEvent (zEvent);
}
else {
alert ("The file download extension is not loaded!");
}
} );
You can test the script on this SO question page.
Note that any other extension, userscript, web page, or plugin can listen to or send spoof events, the only security, so far, is to limit which pages the extension runs on.
For reference, the extension source files are below. The rest is supplied by Firefox's Add-on SDK.
The content script:
var zEvent = new CustomEvent ("ImAlivefromExtension",
{"detail": "GM, DANGER, DANGER, DANGER, File download utility" }
);
window.dispatchEvent (zEvent)
window.addEventListener ("SuicidalDownloadRequestToAddOn", function (zEvent) {
console.log ("Extension received download request: ", zEvent.detail);
//-- Relay request to extension main.js
self.port.emit ("SuicidalDownloadRequestRelayed", zEvent.detail);
//-- Reply back to GM, or whoever is pretending to be GM.
var zEvent = new CustomEvent ("ReplyToDownloadRequest",
{"detail": "Your funeral!" }
);
window.dispatchEvent (zEvent)
} );
The background JS:
//--- For security, MAKE THESE AS RESTRICTIVE AS POSSIBLE!
const includePattern = [
'https://mail.google.com/mail/*',
'https://stackoverflow.com/questions/14440362/*'
];
let {Cc, Cu, Ci} = require ("chrome");
Cu.import ("resource://gre/modules/Services.jsm");
Cu.import ("resource://gre/modules/XPCOMUtils.jsm");
Cu.import ("resource://gre/modules/FileUtils.jsm");
let data = require ("sdk/self").data;
let pageMod = require ('sdk/page-mod');
let dlManageWindow = Cc['#mozilla.org/download-manager-ui;1'].getService (Ci.nsIDownloadManagerUI);
let fileURL = "";
let savePath = "";
let activeWindow = Services.wm.getMostRecentWindow ("navigator:browser");
let mod = pageMod.PageMod ( {
include: includePattern,
contentScriptWhen: 'end',
contentScriptFile: [ data.url ('ContentScript.js') ],
onAttach: function (worker) {
console.log ('DANGER download utility attached to: ' + worker.tab.url);
worker.port.on ('SuicidalDownloadRequestRelayed', function (message) {
var detailVal = JSON.parse (message);
fileURL = detailVal.targFileURL;
savePath = detailVal.targSavePath;
console.log ("Received request to \ndownload: ", fileURL, "\nto:", savePath);
downloadFile (fileURL, savePath);
} );
}
} );
function downloadFile (fileURL, savePath) {
dlManageWindow.show (activeWindow, 1);
try {
let newFile;
let fileURIToDownload = Services.io.newURI (fileURL, null, null);
let persistWin = Cc['#mozilla.org/embedding/browser/nsWebBrowserPersist;1']
.createInstance (Ci.nsIWebBrowserPersist);
let fileName = fileURIToDownload.path.slice (fileURIToDownload.path.lastIndexOf ('/') + 1);
let fileObj = new FileUtils.File (savePath);
fileObj.append (fileName);
if (fileObj.exists ()) {
console.error ('*** Error! File "' + fileName + '" already exists!');
}
else {
let newFile = Services.io.newFileURI (fileObj);
let newDownload = Services.downloads.addDownload (
0, fileURIToDownload, newFile, fileName, null, null, null, persistWin, false
);
persistWin.progressListener = newDownload;
persistWin.savePrivacyAwareURI (fileURIToDownload, null, null, null, "", newFile, false);
}
} catch (exception) {
console.error ("Error saving the file! ", exception);
dump (exception);
}
}
So far from what you are saying,the only thing you can do is making add-on(Firefox) and Extension(for chrome if you want).
If you have closer look at download of attachment,it happens when:
1) You click on icon of attachments
2) If you click download
For these two things you can find the click event of <a> tag containing download_url value.You can easily do that using js/jquery for creting extension.
So you can write the functionality when user tries to download attachment.
You could use Gmail contextual gadgets to modify the behavior on the Google side:
Gmail Contexual Gadgets
Contextual Gadgets don't have direct access to attachments but server side, you could use IMAP to access the attachment (based on the Gmail message ID identified by the gadget):
Gmail IMAP Extensions
Using gadgets and server-side IMAP has the advantage of being browser-agnostic.
It's not entirely clear what you want to do differently with the downloaded Gmail attachment as opposed to any given download (save it to a different location? Perform actions upon the attachment data?) But the contextual gadget and IMAP should give you some chance to modify the attachment data as needed before the browser download begins.
Related
I'd like to create a simple Firefox extension to write a simple message to the Javascript console when a push notification is received from any site. I see there is a notification show event that seems like it should work although I can't seem to find an example of it in use. Is this possible?
I'm not sure that that API would handle your use case because the event is not global. It is placed on the object e.g.
var notify = new Notification("Hi there!").addEventListener('show', e => console.log("We showed it! ", e));
I can't think of a better solution if you want to watch for global events than what is mentioned in https://stackoverflow.com/a/36868084/4875295 -- Monkey Patching!
Copying the code from that answer for posterity:
function setNotificationCallback(callback) {
const OldNotify = window.Notification;
const newNotify = (title, opt) => {
callback(title, opt);
return new OldNotify(title, opt);
};
newNotify.requestPermission = OldNotify.requestPermission.bind(OldNotify);
Object.defineProperty(newNotify, 'permission', {
get: () => {
return OldNotify.permission;
}
});
window.Notification = newNotify;
}
I am trying to add inline image to mail body through Outlook Add-in. It works fine in OWA but Desktop app fails to attach it inline, instead I get the image as a regular attachment, and broken image icon on email body.
I contacted Microsoft Devchat, they don't seem to able to repro it, I tried the code they sent me , and it behaves the same.
Here is the code:
function AttCallback(asyncResult) {
if (asyncResult.status == Office.AsyncResultStatus.Failed) {
console.log(asyncResult.error);
} else {
var szCID = asyncResult.asyncContext.UniqueName;
var szAddBodyData = "<p>Here's a cute bird!</p><br><div><img src='cid:" + szCID + "'></div><br>";
Office.context.mailbox.item.body.setSelectedDataAsync(
szAddBodyData,
{ coercionType: Office.CoercionType.Html });
console.log("Attachment added");
}
}
function insertAttachment() {
var szName = "cute_bird.png";
var options = { isInline: true, ContentId: szName, 'asyncContext': { UniqueName: szName } };
//var options = { asyncContext: null };
Office.context.mailbox.item.addFileAttachmentAsync(
"http://i.imgur.com/WJXklif.png",
szName,
options,
AttCallback);
}
Here is what is happening on my machine.
Note: As you can see from the code, by the time callback function gets hit, attachment was already added. However I do have inline property set to true.
Has anyone experienced it before? Any suggestions would be appreciated.
See from the documentation:
https://learn.microsoft.com/en-us/office/dev/add-ins/reference/objectmodel/requirement-set-1.5/outlook-requirement-set-1.5
that inline image addition support shipped with Outlook requirement set 1.5. You should specify this capability in your manifest.xml to ensure your add-in is only appearing in clients where it can work and not show up if it can't.
I'm looking to deploy an auto-update feature to an Electron installation that I have, however I am finding it difficult to find any resources on the web.
I've built a self contained application using Adobe Air before and it seemed to be a lot easier writing update code that effectively checked a url and automatically downloaded and installed the update across Windows and MAC OSX.
I am currently using the electron-boilerplate for ease of build.
I have a few questions:
How do I debug the auto update feature? Do I setup a local connection and test through that using a local Node server or can I use any web server?
In terms of signing the application I am only looking to run apps on MAC OSX and particularly Windows. Do I have to sign the applications in order to run auto-updates? (I managed to do this with Adobe Air using a local certificate.
Are there any good resources that detail how to implement the auto-update feature? As I'm having difficulty finding some good documentation on how to do this.
I am also new to Electron but I think there is no simple auto-update from electron-boilerplate (which I also use). Electron's auto-updater uses Squirrel.Windows installer which you also need to implement into your solution in order to use it.
I am currently trying to use this:
https://www.npmjs.com/package/electron-installer-squirrel-windows
And more info can be found here:
https://github.com/atom/electron/blob/master/docs/api/auto-updater.md
https://github.com/squirrel/squirrel.windows
EDIT: I just opened the project to try it for a while and it looks it works. Its pretty straightforward. These are pieces from my gulpfile.
In current configuration, I use electron-packager to create a package.
var packager = require('electron-packager')
var createPackage = function () {
var deferred = Q.defer();
packager({
//OPTIONS
}, function done(err, appPath) {
if (err) {
gulpUtil.log(err);
}
deferred.resolve();
});
return deferred.promise;
};
Then I create an installer with electron-installer-squirrel-windows.
var squirrelBuilder = require('electron-installer-squirrel-windows');
var createInstaller = function () {
var deferred = Q.defer();
squirrelBuilder({
// OPTIONS
}, function (err) {
if (err)
gulpUtil.log(err);
deferred.resolve();
});
return deferred.promise;
}
Also you need to add some code for the Squirrel to your electron background/main code. I used a template electron-squirrel-startup.
if(require('electron-squirrel-startup')) return;
The whole thing is described on the electron-installer-squirrel-windows npm documentation mentioned above. Looks like the bit of documentation is enough to make it start.
Now I am working on with electron branding through Squirrel and with creating appropriate gulp scripts for automation.
You could also use standard Electron's autoUpdater module on OS X and my simple port of it for Windows: https://www.npmjs.com/package/electron-windows-updater
I followed this tutorial and got it working with my electron app although it needs to be signed to work so you would need:
certificateFile: './path/to/cert.pfx'
In the task config.
and:
"build": {
"win": {
"certificateFile": "./path/to/cert.pfx",
"certificatePassword": "password"
}
},
In the package.json
Are there any good resources that detail how to implement the auto-update feature? As I'm having difficulty finding some good documentation on how to do this.
You don't have to implement it by yourself. You can use the provided autoUpdater by Electron and just set a feedUrl. You need a server that provides the update information compliant to the Squirrel protocol.
There are a couple of self-hosted ones (https://electronjs.org/docs/tutorial/updates#deploying-an-update-server) or a hosted service like https://www.update.rocks
Question 1:
I use Postman to validate that my auto-update server URLs return the response I am expecting. When I know that the URLs provide the expected results, I know I can use those URLs within the Electron's Auto Updater of my Application.
Example of testing Mac endpoint with Postman:
Request:
https://my-server.com/api/macupdates/checkforupdate.php?appversion=1.0.5&cpuarchitecture=x64
JSON Response when there is an update available:
{
"url": "https:/my-server.com/updates/darwin/x64/my-electron=app-x64-1.1.0.zip",
"name": "1.1.0",
"pub_date": "2021-07-03T15:17:12+00:00"
}
Question 2:
Yes, your Electron App must be code signed to use the auto-update feature on Mac. On Windows I'm not sure because my Windows Electron app is code signed and I did not try without it. Though it is recommended that you sign your app even if the auto-update could work without it (not only for security reasons but mainly because otherwise your users will get scary danger warnings from Windows when they install your app for the first time and they might just delete it right away).
Question 3:
For good documentation, you should start with the official Electron Auto Updater documentation, as of 2021-07-07 it is really good.
The hard part, is figuring out how to make things work for Mac. For Windows it's a matter of minutes and you are done. In fact...
For Windows auto-update, it is easy to setup - you just have to put the RELEASES and nupkg files on a server and then use that URL as the FeedURL within your Electron App's autoUpdater. So if your app's update files are located at https://my-server.com/updates/win32/x64/ - you would point the Electron Auto Updater to that URL, that's it.
For Mac auto-update, you need to manually specify the absolute URL of the latest Electron App .zip file to the Electron autoUpdater. So, in order to make the Mac autoUpdater work, you will need to have a way to get a JSON response in a very specific format. Sadly, you can't just put your Electron App's files on your server and expect it to work with Mac just like that. Instead, the autoUpdater needs a URL that will return the aforementioned JSON response. So to do that, you need to pass Electron's Auto Updater feedURL the URL that will be able to return this expected kind of JSON response.
The way you achieve this can be anything but I use PHP just because that's the server I already paid for.
So in summary, with Mac, even if your files are located at https://my-server.com/updates/darwin/x64/ - you will not provide that URL to Electron's Auto Updater FeedURL. Instead will provide another URL which returns the expected JSON response.
Here's an example of my main.js file for the Electron main process of my App:
// main.js (Electron main process)
function registerAutoUpdater() {
const appVersion = app.getVersion();
const os = require('os');
const cpuArchitecture = os.arch();
const domain = 'https://my-server.com';
const windowsURL = `${domain}/updates/win32/x64`;
const macURL = `${domain}/api/macupdates/checkforupdate.php?appversion=${appVersion}&cpuarchitecture=${cpuArchitecture}`;
//init the autoUpdater with proper update feed URL
const autoUpdateURL = `${isMac ? macURL : windowsURL}`;
autoUpdater.setFeedURL({url: autoUpdateURL});
log.info('Registered autoUpdateURL = ' + (isMac ? 'macURL' : 'windowsURL'));
//initial checkForUpdates
autoUpdater.checkForUpdates();
//Automatic 2-hours interval loop checkForUpdates
setInterval(() => {
autoUpdater.checkForUpdates();
}, 7200000);
}
And here's an example of the checkforupdate.php file that returns the expected JSON response back to the Electron Auto Updater:
<?php
//FD Electron App Mac auto update API endpoint.
// The way Squirrel.Mac works is by checking a given API endpoint to see if there is a new version.
// If there is no new version, the endpoint should return HTTP 204. If there is a new version,
// however, it will expect a HTTP 200 JSON-formatted response, containing a url to a .zip file:
// https://github.com/Squirrel/Squirrel.Mac#server-support
$clientAppVersion = $_GET["appversion"] ?? null;
if (!isValidVersionString($clientAppVersion)) {
http_response_code(204);
exit();
}
$clientCpuArchitecture = $_GET["cpuarchitecture"] ?? null;
$latestVersionInfo = getLatestVersionInfo($clientAppVersion, $clientCpuArchitecture);
if (!isset($latestVersionInfo["versionNumber"])) {
http_response_code(204);
exit();
}
// Real logic starts here when basics did not fail
$isUpdateVailable = isUpdateAvailable($clientAppVersion, $latestVersionInfo["versionNumber"]);
if ($isUpdateVailable) {
http_response_code(200);
header('Content-Type: application/json;charset=utf-8');
$jsonResponse = array(
"url" => $latestVersionInfo["directZipFileURL"],
"name" => $latestVersionInfo["versionNumber"],
"pub_date" => date('c', $latestVersionInfo["createdAtUnixTimeStamp"]),
);
echo json_encode($jsonResponse);
} else {
//no update: must respond with a status code of 204 No Content.
http_response_code(204);
}
exit();
// End of execution.
// Everything bellow here are function declarations.
function getLatestVersionInfo($clientAppVersion, $clientCpuArchitecture): array {
// override path if client requests an arm64 build
if ($clientCpuArchitecture === 'arm64') {
$directory = "../../updates/darwin/arm64/";
$baseUrl = "https://my-server.com/updates/darwin/arm64/";
} else if (!$clientCpuArchitecture || $clientCpuArchitecture === 'x64') {
$directory = "../../updates/darwin/";
$baseUrl = "https://my-server.com/updates/darwin/";
}
// default name with version 0.0.0 avoids failing
$latestVersionFileName = "Finance D - Tenue de livres-darwin-x64-0.0.0.zip";
$arrayOfFiles = scandir($directory);
foreach ($arrayOfFiles as $file) {
if (is_file($directory . $file)) {
$serverFileVersion = getVersionNumberFromFileName($file);
if (isVersionNumberGreater($serverFileVersion, $clientAppVersion)) {
$latestVersionFileName = $file;
}
}
}
return array(
"versionNumber" => getVersionNumberFromFileName($latestVersionFileName),
"directZipFileURL" => $baseUrl . rawurlencode($latestVersionFileName),
"createdAtUnixTimeStamp" => filemtime(realpath($directory . $latestVersionFileName))
);
}
function isUpdateAvailable($clientVersion, $serverVersion): bool {
return
isValidVersionString($clientVersion) &&
isValidVersionString($serverVersion) &&
isVersionNumberGreater($serverVersion, $clientVersion);
}
function getVersionNumberFromFileName($fileName) {
// extract the version number with regEx replacement
return preg_replace("/Finance D - Tenue de livres-darwin-(x64|arm64)-|\.zip/", "", $fileName);
}
function removeAllNonDigits($semanticVersionString) {
// use regex replacement to keep only numeric values in the semantic version string
return preg_replace("/\D+/", "", $semanticVersionString);
}
function isVersionNumberGreater($serverFileVersion, $clientFileVersion): bool {
// receives two semantic versions (1.0.4) and compares their numeric value (104)
// true when server version is greater than client version (105 > 104)
return removeAllNonDigits($serverFileVersion) > removeAllNonDigits($clientFileVersion);
}
function isValidVersionString($versionString) {
// true when matches semantic version numbering: 0.0.0
return preg_match("/\d\.\d\.\d/", $versionString);
}
I really love the DropZoneJS component and am currently wrapping it in an EmberJS component (you can see demo here). In any event, the wrapper works just fine but I wanted to listen in on one of Dropzone's events and introspect the file contents (not the meta info like size, lastModified, etc.). The file type I'm dealing with is an XML file and I'd like to look "into" it to validate before sending it.
How can one do that? I would have thought the contents would hang off of the file object that you can pick up on many of the events but unless I'm just missing something obvious, it isn't there. :(
This worked for me:
Dropzone.options.PDFDrop = {
maxFilesize: 10, // Mb
accept: function(file, done) {
var reader = new FileReader();
reader.addEventListener("loadend", function(event) { console.log(event.target.result);});
reader.readAsText(file);
}
};
could also use reader.reaAsBinaryString() if binary data!
Ok, I've answer my own question and since others appear interested I'll post my answer here. For a working demo of this you can find it here:
https://ui-dropzone.firebaseapp.com/demo-local-data
In the demo I've wrapped the Dropzone component in the EmberJS framework but if you look at the code you'll find it's just Javascript code, nothing much to be afraid of. :)
The things we'll do are:
Get the file before the network request
The key thing we need become familiar with is the HTML5 API. Good news is it is quite simple. Take a look at this code and maybe that's all you need:
/**
* Replaces the XHR's send operation so that the stream can be
* retrieved on the client side instead being sent to the server.
* The function name is a little confusing (other than it replaces the "send"
* from Dropzonejs) because really what it's doing is reading the file and
* NOT sending to the server.
*/
_sendIntercept(file, options={}) {
return new RSVP.Promise((resolve,reject) => {
if(!options.readType) {
const mime = file.type;
const textType = a(_textTypes).any(type => {
const re = new RegExp(type);
return re.test(mime);
});
options.readType = textType ? 'readAsText' : 'readAsDataURL';
}
let reader = new window.FileReader();
reader.onload = () => {
resolve(reader.result);
};
reader.onerror = () => {
reject(reader.result);
};
// run the reader
reader[options.readType](file);
});
},
https://github.com/lifegadget/ui-dropzone/blob/0.7.2/addon/mixins/xhr-intercept.js#L10-L38
The code above returns a Promise which resolves once the file that's been dropped into the browser has been "read" into Javascript. This should be very quick as it's all local (do be aware that if you're downloading really large files you might want to "chunk" it ... that's a more advanced topic).
Hook into Dropzone
Now we need to find somewhere to hook into in Dropzone to read the file contents and stop the network request that we no longer need. Since the HTML5 File API just needs a File object you'll notice that Dropzone provides all sorts of hooks for that.
I decided on the "accept" hook because it would give me the opportunity to download the file and validate all in one go (for me it's mainly about drag and dropping XML's and so the content of the file is a part of the validation process) and crucially it happens before the network request.
Now it's important you realise that we're "replacing" the accept function not listening to the event it fires. If we just listened we would still incur a network request. So to **overload* accept we do something like this:
this.accept = this.localAcceptHandler; // replace "accept" on Dropzone
This will only work if this is the Dropzone object. You can achieve that by:
including it in your init hook function
including it as part of your instantiation (e.g., new Dropzone({accept: {...})
Now we've referred to the "localAcceptHandler", let me introduce it to you:
localAcceptHandler(file, done) {
this._sendIntercept(file).then(result => {
file.contents = result;
if(typeOf(this.localSuccess) === 'function') {
this.localSuccess(file, done);
} else {
done(); // empty done signals success
}
}).catch(result => {
if(typeOf(this.localFailure) === 'function') {
file.contents = result;
this.localFailure(file, done);
} else {
done(`Failed to download file ${file.name}`);
console.warn(file);
}
});
}
https://github.com/lifegadget/ui-dropzone/blob/0.7.2/addon/mixins/xhr-intercept.js#L40-L64
In quick summary it does the following:
read the contents of the file (aka, _sendIntercept)
based on mime type read the file either via readAsText or readAsDataURL
save the file contents to the .contents property of the file
Stop the send
To intercept the sending of the request on the network but still maintain the rest of the workflow we will replace a function called submitRequest. In the Dropzone code this function is a one liner and what I did was replace it with my own one-liner:
this._finished(files,'locally resolved, refer to "contents" property');
https://github.com/lifegadget/ui-dropzone/blob/0.7.2/addon/mixins/xhr-intercept.js#L66-L70
Provide access to retrieved document
The last step is just to ensure that our localAcceptHandler is put in place of the accept routine that dropzone supplies:
https://github.com/lifegadget/ui-dropzone/blob/0.7.2/addon/components/drop-zone.js#L88-L95
using the FileReader() solution is working amazingly good for me:
Dropzone.autoDiscover = false;
var dz = new Dropzone("#demo-upload",{
autoProcessQueue:false,
url:'upload.php'
});
dz.on("drop",function drop(e) {
var files = [];
for (var i = 0; i < e.dataTransfer.files.length; i++) {
files[i] = e.dataTransfer.files[i];
}
var reader = new FileReader();
reader.onload = function(event) {
var line = event.target.result.split('\n');
for ( var i = 0; i < line.length; i++){
console.log(line);
}
};
reader.readAsText(files[files.length-1]);
I am looking for a way to log my own queries I submit to Google in Firefox. Is there a way so I can store them in a log file?
Cheers.
Do you need write an add-on and you can use many tools for solve this.
You can chose:
HTTP Observers
Listening to events on tabs
Load Events
WebProgressListeners
https://developer.mozilla.org/en-US/Add-ons/Overlay_Extensions/XUL_School/Intercepting_Page_Loads
https://developer.mozilla.org/en/docs/Listening_to_events_on_all_tabs
To log JS msj (error, warnings, logs) to disk, set the environment variable XRE_CONSOLE_LOG to the path to the filename. i.e. export XRE_CONSOLE_LOG=/path/to/logfile or set XRE_CONSOLE_LOG=C:\path\to\logfile.
https://developer.mozilla.org/en-US/docs/Mozilla/Projects/XULRunner/Debugging_XULRunner_applications
Or you can create files
https://developer.mozilla.org/en-US/Add-ons/Code_snippets/File_I_O
Components.utils.import("resource://gre/modules/NetUtil.jsm");
Components.utils.import("resource://gre/modules/FileUtils.jsm");
// get the "data.txt" file in the profile directory
var file = FileUtils.getFile("ProfD", ["GoogleQuery.txt"]);
// You can also optionally pass a flags parameter here. It defaults to
// FileUtils.MODE_WRONLY | FileUtils.MODE_CREATE | FileUtils.MODE_TRUNCATE;
var ostream = FileUtils.openSafeFileOutputStream(file);
var converter = Components.classes["#mozilla.org/intl/scriptableunicodeconverter"].
createInstance(Components.interfaces.nsIScriptableUnicodeConverter);
converter.charset = "UTF-8";
var istream = converter.convertToInputStream(data);
// The last argument (the callback) is optional.
NetUtil.asyncCopy(istream, ostream, function(status) {
if (!Components.isSuccessCode(status)) {
// Handle error!
return;
}
// Data has been written to the file.
//data is your string of your Google queries
});
Here is an add-on for Firefox or IE to log queries
http://www.lemurproject.org/querylogtoolbar/