1. A method of processing a user-filled form, said method comprising: receiving a parsable electronic representation of said user-filled form, said electronic representation comprising: a plurality of input elements, each of said plurality of input elements representing an input field in said user-filled form, said input field for receiving user-filled data; a plurality text elements, each of said plurality of text elements representing text in said user-filled form, said text providing descriptive context to an input field; a plurality of data elements, each of said plurality of data elements representing user-filled data in said user-filled form, received in an input field; parsing said electronic representation, and based on said parsing: identifying at least one subset of input elements of said plurality of input elements among: a first subset of input elements of said plurality of input elements, said first subset of input elements representing input fields that have received user-filled data represented by said plurality of data elements; or a second subset of input elements of said plurality of input elements, said second subset of input elements representing input fields that have not received user-filled data; associating with said at least one subset of input elements those text elements of said plurality of text elements representing text providing descriptive context to input fields represented by said at least one subset of input elements; generating a graphical representation of said user-filled form based on said plurality of input elements, said plurality of text elements and said plurality of data elements, with text represented by text elements associated said first subset of input elements highlighted relative to text represented by text elements associated with said second subset of input elements.