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Abstract: The article highlights a number of practically significant tasks related to the correspondence of text documents to the established requirements: the functioning of various publication requirements, compiling of scientific reports, teaching to work with a text editing programs, filling of forms of documents, standard control and others. Currently used «manual» checks significantly slow the execution of documents. It is undoubtedly relevant to solve the problem of automated verification of electronic text documents formatting. Information analysis did not reveal developments that would ensure verification over the design of an arbitrary office text document. The choice of the C# language as a tool for development is justified. The UML diagram of the main application model is given. The article biefly describes the basic algorithm for verifying a text. The result of the development was the application MAPDoc (Module for Automating the Verification of Documents). Constructed on a single verification algorithm, there are several different modes of verification. The «Training» mode is intended to be used for the purposes of training, when students are given the task of formatting a document of uniform content and design. The standard is a right-formatted text. During the check, the formatting elements of each paragraph of the student's document are consistently compared with the standard. The described mode can be used by the student during the training process or by the teacher during the control. In the «Editorial» mode, the document being checked can have copyright content, but the sequence of the design styles used in it must correspond to the standard. Verification is carried out by an authorized person («editor»). However, perspective and convenient is the possibility of self-checking by the author with the help of the submitted program of his manuscript in order to ensure its compliance with the requirements of the editorial office.