Auto Like Facebook No Token
Macabeo Eastman
I'd like to be able to authenticate myself (my profile, not just my app) on my own web application using the Facebook C# SDK. Using the Graph API, I can get an access token, but that token does not seem to work properly with the Facebook C# as it seems to be stateless.
Is there any way I can automate the token-generating with n8n, so that it automatically creates a token when executing my workflow? Similar to how someone would authorize themselves with Facebook when creating an account somewhere.
Hi all, I encounter a problem regarding Facebook like this: About a week ago, my Facebook started liking different kind of posts of strangers/pages all around the globe with different languages. I tried to change the password, turn on two-layer authentication, log out all devices, remove all of apps/websites use Facebook account, but still has no result, my account keeps liking strangers' posts without my permission. I never use any of the auto like app or log in on weird/scam site before. Is there any way to solve this problem without creating new account? Thanks all.
However, in using this bug, a hacker is also allocated an access token. This is the handy little widget that means you can automatically log into other sites and services using Facebook details. With this, a hacker could access sites and services that you use, in your name, without ever having to enter a password.
Unlike Single Sign On, password managers don't rely on access tokens, so can't be as easily exploited. There are also a host of other features that come with password managers, such as robust password generators to create new passwords for you, plus automatic alerts, should a site you use be hacked.
Display your FaceBook Feed and Like box on your website with this outstanding plugin. It is completely customizable, responsive and the code is search engine friendly which ensure true organic traffic and high social signal for better user engagement. The Feeds and like box contents Updates Automtically which means anytime your facebook is updated with new content, the plugin auto-updates and displays your latest content on your website.
Social LikeBox & Feed displays FaceBook feed of your pages on your website. Social LikeBox & Feed is very easy to use and you can configure it within minutes. You can show any public facebook page feed and like box on your website. Feeds are customizable and has a responsive layout.
California recently amended its Automatic Purchase Renewals law. The amended statute - effective July 1st -- require marketers to provide consumers of automatic renewal or continuous service offers with more information and easier ways to terminate. Because California's rules touch most marketers and auto-renew programs draw a lot of scrutiny from state and federal regulators, we want to provide you with a top-line on the changes. Here's what you need to know.
What are automatic renewal programs?
Think subscriptions, like that bag of pet food you have delivered every month, the Spanish language teaching app, or that publication you have delivered to your in-box every day. Auto-renew programs allow companies to provide goods and services to a consumer on an ongoing basis unless and until she cancels her plan. They are a form of "negative option" program. Prior to cancellation, the marketer considers the consumer to have consented to the new goods and services, as well as the charges for them. Although such plans can be very convenient for consumers, they can also be problematic if consumers thought they were signing up for a single order rather than a program where their credit cards will be charged on an ongoing basis.
Regulation
At the federal level, the Restoring Online Shoppers' Confidence Act ("ROSCA") governs automatic renewal programs. ROSCA was enacted in 2010 to address the problem of consumers unwittingly signing up for ongoing subscriptions resulting in multiple charges on their credit cards. (Prior to ROSCA, deceptive negative option programs were subject to FTC enforcement under the agency's general Section 5 authority and, for certain programs, under the agency's Negative Option Rule.) ROSCA sets forth certain baseline requirements, including that marketers obtain unambiguous consent for the "negative option" feature of their sales. Specifically, ROSCA requires marketers to:
The FTC regularly brings enforcement actions against companies for failing to make appropriate ROSCA disclosures and failing to obtain consumers' affirmative consent. These cases make clear that hidden disclosures with pre-checked boxes do not constitute "affirmative consent." The cases also require marketers to make consumers aware of all the material terms of the plan, and ensure that consumers take some type of affirmative action before marketers may automatically charge their cards on a continuing basis.
California's new rules
Several states also regulate auto renewal programs, most notably California - where an active plaintiff class action bar has brought many costly suits against marketers of auto-renew programs.
Like ROSCA, California's Automatic Purchase Renewals law was also enacted in 2010. Also like ROSCA, the statute requires marketers offering automatically renewing plans to make clear and conspicuous disclosures about those plans and to obtain consumers' affirmative consent to ongoing charges. Unlike ROSCA, however, the California statute includes some very specific requirements for marketers offering such plans. And, beginning July 1, due to amendments enacted last fall, the statute's requirements will become even more stringent. In addition to requiring clear and conspicuous disclosures and affirmative consent, the law requires marketers to:
Projects like Golem and iExec make it possible to distribute compute-heavy tasks like rendering graphics or executing CPU instruction respectively, by splitting tasks into thousands of smaller pieces and returning a verified solution to each, forming the master solution at the point of origin. Imagine not having to rent a supercomputer and being able to map the human genome in seconds using distributed computing and paying the executors in pre-purchased tokens!
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