We created VendorDB with the hope of simply making it easier to find and keep track of the great companies we partner with to do our jobs.
As long-time agency veterans, we know how tough it can be to find masters of the latest tech, or determine who to call for help when plans change, or how to manage a last minute triple-bid request. We were tired of the hand-me-down Excel file full of incomplete information and Google searches that usually came up empty.
Let’s not even get started on the various ‘comprehensive’ industry directories out there. Not only are they clunky, confusing and often fail to answer basic queries, most like to charge for the privilege of being listed. That’s just silly.
We honestly had no idea what to expect when we launched back in May but we knew that if we dealt with this problem on a regular basis, there might be a few other folks out there who did as well. As Fred Wilson says, the unselfish thing to do is to script for others, you never know who will face the same problem as you.
It looks like our hunch was right.
In the 6 months since launch we’ve seen users from over 100 countries (exactly 103 as of today) and an astounding number of vendors, agencies and brands.
Better yet, a surprising number of you have been kind enough to take time out of your day to sign in and leave a review for one or more of the companies that make VendorDB great. We sincerely thank you for that.
If you’re curious, here are the current top 10 countries:
|1) United States||6) Sweden|
|2) Canada||7) Netherlands|
|3) United Kingdom||8) Brazil|
|4) India||9) France|
|5) Australia||10) Germany|
We’ve got some fantastic things planned for 2015 but before we close out the year, we’ve got one more feature just about ready to go…
Want to know if your profile page is worth the $0.00 you’re spending on it?
Yeah, we knew you did.
In the coming weeks we’ll be rolling out profile metrics to all page managers. Just like Facebook, LinkedIn and the other big guys, we believe that you should see exactly how you benefit from maintaining a profile on our platform.
And while we can’t promise tons of traffic for everyone (for now), we can promise transparency and actual usage data which is whole lot more than you get from those other sites.
More specifics will be released in the near future but for now we can tell you that you’ll be able to see an in-depth snapshot of your profile’s activity over the previous 90 days. So if you haven’t already claimed your profile, there’s really no excuse not to (it is FREE after all).
The first six months have been an amazing ride and we look forward to continuing to help each and every one of you find amazing partners to work with.
– Chris Kief & Dan Murphy
(Reblogged from http://blog.vendordb.com/the-first-six-months/)
I’m currently building out a metrics dashboard and I wanted to incorporate Google Analytics data along with my own data. Google maintains a Python client so I figured this would be easy. Grab some OAuth 2 keys and away we go.
Sadly that’s not the case. It took a bit of digging and piecing together numerous articles and blog posts to get everything working.
So here’s how to do it…
2) Next, activate the Google Analytics API for your project.
3) Then create your credentials by creating a new service account.
4) When you create the credentials, you will automatically download a P12 key file (.p12). Save this with your Python application as you’ll be using it shortly.
5) The next step is SUPER important – even though you’ve created API credentials, you still need to give them permission to access your Google Analytics account. Follow the steps outlined here to add a new user to your Google Analytics account, using the email address generated as part of the service account above.
6) Now that we’ve got all of that set up, we’re ready to move over to Python. First step is to install the requirements:
7) Since we’re going to use the P12 key, we’ll also need to install pyOpenSSL:
8) Finally, it’s time for the code…
Benedict Evans wrote a great post on Apple Pay and asked the question – what’s next?
Well here’s a guess (pulled from these tweets)…
I haven’t seen Apple Pay website integration discussed much yet
So here’s a guess as to how it will work…
At the beginning of a site’s checkout flow (i.e. before filling out any forms), you’ll click the Pay button
The site will ping Apple via the API which will in turn ping your iOS device (similar to 2-factor auth)
You’ll select the card to pay with and use your thumb to approve
The site will then receive a payment token to charge the order to
Ideally the site could then pull your billing / shipping info from Apple to skip those forms as well
The only step remaining will be to hit the checkout button (perhaps you tap your thumb a second time to confirm)
Simple, clean and no more credit cards online
Bonus – an obvious extension is to use the same system for 2-factor auth
Rather than enter the code shown in Google Authenticator or Authy, just press your finger
Which begs the question, could you even remove the password requirement?
I’ve got an important demo coming up in a few weeks (more on that at a later date) and like any good presenter, I’m going to assume that things won’t work. WiFi will be slow or non-existant (maybe I won’t upgrade to Yosemite just yet), my local web server will mysteriously stop responding and I’ll drop my laptop on the way there.
So at a minimum I’ll need two computers prepped with a site that will run 100% correctly without an internet connection. A backup screencap of the demo is probably a good idea as well.
For the majority of the application, running offline won’t be an issue – point the config files at a local database, turn off the CDN, etc. But there’s one resource that is strictly web-based – Adobe’s Typekit. As of this writing they only provide CDN access to the fonts so you can’t simply download the font files and use them.
Presenting without the fonts is not an option so either I purchase the actual font files for a few hundred bucks or I figure out how to hack Typekit.
Obviously I’m going with option two so here we go…
If you’ve used Typekit before, you’ll be familiar with the following snippet they provide to add fonts to your site.
UPDATE: It appears that Typekit has changed the way the CSS file is loaded. You’ll need to use a tool such as Chrome’s network inspector to retrieve the full URL to the file. It will look something like this:
Now we’ve got the two files necessary to render the fonts, but we need to do a couple things before they’ll actually work.
First we need to update the HTML snippet to point to our local JS file.
Next edit the JS file so that it points to the local version of the CSS file (specifically, set the following to your local path – “f”:”/offline/fonts/”).
The important thing to note here is that I haven’t pointed directly to the CSS file (i.e. “f”:”/offline/fonts.css”). Unfortunately the JS file adds a slash to that URL based on some regex which prevents it from loading (i.e. /offline/fonts.css/).
So rather than figure out what to edit in the JS, I simply set up a new view in Django to serve the file at a path with a slash at the end (i.e. “f”:”/offline/fonts/”).
With that in place, I can now run the site completely offline without depending on Typekit’s CDN for font delivery.
And one last note, don’t forget to set Typekit to allow your local domain as explained here.