In this task, we ask you to parse restaurant descriptions into a structured data table of key-value pairs. Here are the attributes (keys) and their examples values. You should preserve this order when creating the answer: 
 name: The Eagle,... 
 eatType: restaurant, coffee shop,... 
 food: French, Italian,... 
 priceRange: cheap, expensive,... 
 customerRating: 1 of 5 (low), 4 of 5 (high) 
 area: riverside, city center, ... 
 familyFriendly: Yes / No 
 near: Panda Express,...
 The output table may contain all or only some of the attributes but must not contain unlisted attributes. For the output to be considered correct, it also must parse all of the attributes existant in the input sentence; in other words, incomplete parsing would be considered incorrect.

Input: Consider Input: For a family-Friendly coffee shop Cocum can serve you Italian food at affordable prices.  The customer rating however is only average.

Output: name[Cocum], eatType[coffee shop], food[Italian], priceRange[cheap], customer rating[average], familyFriendly[yes]


Input: Consider Input: Browns Cambridge, the coffee shop, can be found near Crowne Plaza Hotel, in City Centre, but it is not family-friendly and has low ratings.

Output: name[Browns Cambridge], eatType[coffee shop], food[Italian], customer rating[low], area[city centre], familyFriendly[no], near[Crowne Plaza Hotel]


Input: Consider Input: Fitzbillies is a lovely quaint little hole in the wall in the city centre. Rated 5 out of 5 stars, it's a great place to eat with the family if you're craving the best Italian food, and as if it couldn't get any better, the prices are a steal.


Output: name[Fitzbillies], eatType[coffee shop], food[Italian], priceRange[cheap], customer rating[5 out of 5], area[city centre], familyFriendly[yes]