Why did you invite me to your wedding?

A commitment-phobic 27-year old’s relationship is put to the test when she and her boyfriend attend 7 weddings in the same year.

The kingdom is in a festive mood as everyone gathers for the royal wedding of Rapunzel and Flynn. However, when Pascal and Maximus, as flower chameleon and ring bearer, respectively, lose the gold bands, a frenzied search and recovery mission gets underway. As the desperate duo tries to find the rings before anyone discovers that they’re missing, they leave behind a trail of comical chaos that includes flying lanterns, a flock of doves, a wine barrel barricade and a very sticky finale. Will Maximus and Pascal save the day and make it to the church in time? And will they ever get Flynn’s nose right?

Having already left three grooms at the altar, Maggie Carpenter is branded "the runaway bride" by jaded New York journalist Ike Graham. But, after his facts are called into question, Ike races to Maggie's hometown to save his reputation and report on her upcoming fourth trip down the aisle – during which he's convinced she'll run again. Though he's there on a muckraking mission, Ike can't help but fall for this breathtaking heartbreaker.

Longtime single friends, Ben and Alice, agree to be each other's respective plus one at every wedding they're invited to, during a busy summer of wedding fever.

After writing a soon-to-be bestselling novel, writer and committed bachelor Harper attempts to hide the fact that his saucy new book is loosely based on the lives and loves of his tight-knit group of friends. Harper is set to be best man at his friend Lance's wedding, and all his friends will be in attendance. When an advance copy of the book makes its way into the hands of his ex-flame, Jordan, Harper attempts to keep it under wraps.

Robbie, a local rock star turned wedding singer, is dumped on the day of his wedding. Meanwhile, waitress Julia finally sets a wedding date with her fiancée Glenn. When Julia and Robbie meet and hit it off, they find that things are more complicated than anybody thought.