RU2595618C2 - Method and system for reformatting electronic message based on category thereof - Google Patents

Abstract

FIELD: information technology.

SUBSTANCE: invention relates to handling electronic messages. Method of reformatting an electronic message having a header and a body, in which content is located in obtained format wherein server receives and stores an electronic message in a database; server receives a request from a client device to receive an electronic message; server receives electronic message from database; server determines classification of electronic message, classification includes a type of sender and at least one type of message; and reformatting at least some part of content located in body of message into a predetermined format based on classification of electronic message, which was determined; and server transmits to client device at least part of reformated content located in body of message.

EFFECT: technical result consists in improvement of handling electronic messages.

54 cl, 5 dwg

Description

This application is isolated from application No. 2013144681 for the grant of a patent of the Russian Federation for an invention filed October 3, 2013.

Technical field

The present technology relates to methods and systems for processing electronic messages.

State of the art

Using email as a means of communication has become very common. Indeed, in many situations, e-mail has replaced standard paper mail, telephone and fax, becoming the preferred means of communication. This has led to such an increase in the volume of outgoing and incoming e-mail that in many cases it is difficult for people to manage their e-mails, which leads to an undesirable situation in which some e-mails cannot be reviewed at the right time or may not be reviewed at all.

Regular email clients provide users with one or more tools to help manage their email messages. Typically, such tools are filters that are configured by the end user, and rules that can, for example, affect which particular emails will be displayed (in the case of a filter) and can automatically perform some action (in the case of a rule). Such filters / rules have proven their worth in some circumstances, despite their application, problems in managing e-mail remain, therefore, further improvements in this area are desirable.

Disclosure of invention

The objective of the proposed technology is to eliminate at least some of the disadvantages inherent in the prior art.

As an introduction, it is worth noting that a regular electronic message is usually formatted for exchange via the Internet in the format of RFC 5322 (available, for example, at http://tools.ietf.org/html/rfc5322). In the format of an electronic message on the Internet, an electronic message consists of two main sections: the header and the body. The header of an electronic message consists of various fields that contain information about the electronic message. The body of the electronic message contains the content of the electronic message.

Typical header fields include:

- The “from” field that identifies the sender of the electronic message using an electronic address on the Internet and, in most cases, by name.

- The “to” field, identifying the recipient (s) of the electronic message using an electronic address on the Internet and, optionally, by name.

- A “copy” field identifying the recipient (s) of a copy of the electronic message using an electronic address on the Internet and, optionally, by name.

- “Bcc” field identifying the recipient (s) of the bcc of the electronic message using an electronic address on the Internet and, optionally, by name.

- The “subject” field, usually containing brief information about the subject of the electronic message.

- The “date” field identifying the date and time at which the electronic message was sent (usually the local time of the sender and GMT).

- Field "message identifier", providing a unique sequence of characters in a line corresponding to the electronic message.

This list is only a brief overview of the standard email header fields found in most email messages. This is not a complete list of all possible email header fields (see also RFC 5322, mentioned earlier, and 3864 (available, for example, http://tools.ietf.org/html/rfc3864).

As noted earlier, the body of the electronic message contains the content of the electronic message. Content is usually made in the form of plain text or HTML (hypertext markup language) and encoded using an encoding scheme, for example, ASCII or Unicode.

An e-mail message may contain attachments (i.e. files) attached to it.

The creators of this technology suggest that some of the reasons why conventional filters and / or email rules do not provide much assistance in managing email messages may be as follows: for the regular filter or email rule to function for email, the end user must know in advance which emails will be received and configure filters / rules in accordance with these emails. Obviously, a person can receive a huge number of electronic messages of various types, from various senders requesting various information. It is almost impossible for a person to know in advance which particular electronic messages he will receive, and therefore it is impossible to create in advance all the necessary filters / rules for incoming electronic messages. In addition, even if a person knows at least some of the electronic messages that he will receive in advance, however, it may be difficult (or impossible) to configure a filter or rule to highlight these specific electronic messages, since regular email clients use filters and rules based only on the information contained in the headers of electronic messages, and this information may not be enough to configure the filter and / or rule. In addition, the implementation of filters and rules in many ordinary mail clients is usually difficult and incomprehensible to the average user, and therefore most people usually do not use them.

In order to improve this situation, real technology was created. This technology helps to classify (at least part) of electronic messages and to carry out and / or initiate the implementation of certain actions based on this classification. In this regard, it is assumed that the vast majority of current electronic messages that are not unwanted can be divided into several types in their broad sense:

- Messages from individuals.

- Messages from commercial structures or structures that provide services that contain registration or credentials (for example, username on the site, username and password).

- Messages from commercial structures or service providers that contain information about tickets (for example, for a plane, train, bus, etc.), reservations (for example hotels) and rentals (for example, car).

- Messages from social networks (e.g. Facebook ^™ , Twitter ^™ , Linked-ln ^™ , etc.).

- Messages from business or service providers that contain information about finances, bookkeeping, invoices, or payments.

- Messages from businesses or service providers that contain personalized information.

- Messages from commercial structures or structures that provide services that do not contain personalized information, but mass mailing (i.e. advertising, general information, etc.).

Each of these types of electronic messages can be classified in the context of the present technology using the type of sender and at least one type of message. In some embodiments, for example, many types of potential senders include individuals, social networks, discount services, financial institutions, airlines, hotels, railways, real estate services, message boards and email systems. In some embodiments, potential message types include alerts, bills, credentials, tickets, cancellations, personal, general, etc.

In some embodiments of the technology, at least in some cases, the determination of at least one type of message is based at least in part on the determination of the type of sender. In some embodiments of the technology, in at least some cases, the determination of at least one type of message is independent of the type of sender that has been determined.

In some embodiments of the technology, in some cases, the message will relate to one type of message. In some embodiments of the technology, in some cases, the message will refer to many types of messages.

Instead of relying solely on the end-user email client to manage the end-user email, in the present technology at least some (and in some embodiments, most, in other embodiments, all) email management functions are performed by the processing system itself and email delivery (that is, “internal” servers that enable email to function). In particular, the determination of the type of electronic message (as described above, for example) can be performed by the electronic mail processing and delivery system, and the electronic message can accordingly undergo various or specialized processing by the electronic mail processing and delivery system and / or the email client of the end user.

Thus, embodiments of one object of the present technology provide a method for processing an electronic message to determine its classification, the classification includes the type of sender and the type of message, the method includes:

receiving an electronic message by at least one server, the electronic message includes a header having a plurality of header fields, and a body containing content;

if the electronic message is not undesirable, the at least one server determines the type of the sender of the electronic message, and the type of sender is one of the many potential types of senders, using the first header and body analysis, the first analysis includes the use of at least one first complex rules, and each applied first complex rule includes many elementary rules characteristic of this applied first complex rule, n When in use, at least some of the plurality of elementary rules specific to the first complex of the applied rules include analysis of regular expressions; and

if the electronic message is not undesirable, the determination by at least one server of at least one type of electronic message, the type of message is one of many potential types of messages, using a second analysis of the header and body, the second analysis includes the use of at least one the second complex rule, and each applied second complex rule includes many elementary rules characteristic of this applied second complex rule, with it at least some of the second plurality of elementary rules, specific to this second integrated applied rules include analysis of regular expressions.

Embodiments of another object of the present technology provide an electronic message processing system for determining its classification, the classification includes the type of sender and the type of message, the system includes:

at least one server comprising a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

receiving an electronic message by at least one server, the electronic message includes a header having a plurality of header fields, and a body containing content;

if the electronic message is not undesirable, the at least one server determines the type of the sender of the electronic message, and the type of sender is one of the many potential types of senders, using the first header and body analysis, the first analysis includes the use of at least one first complex rules, and each applied first complex rule includes many elementary rules characteristic of this applied first complex rule, n When in use, at least some of the plurality of elementary rules specific to the first complex of the applied rules include analysis of regular expressions; and

if the electronic message is not undesirable, the determination by at least one server of at least one type of electronic message, the type of message is one of many potential types of messages, using a second analysis of the header and body, the second analysis includes the use of at least one the second complex rule, and each applied second complex rule includes many elementary rules characteristic of this applied second complex rule, with it at least some of the second plurality of elementary rules, specific to this second integrated applied rules include analysis of regular expressions.

A regular expression is a sequence of characters that form a search pattern. Almost any character can be included in the sequence, including letters, numbers, characters, and / or wildcards, such as “.” (Dot indicates the presence of one character) or “*” (asterisk indicates the presence of any number of characters). A typical sequence of characters, which may be part of a regular expression, may consist of words or parts of a word. For example, a regular expression can be created to search for the string of characters "facebook".

In the context of the present description, an elementary rule, when it is associated with a regular expression, determines the presence or absence of the desired sequence of characters forming a search string (or regular expression) in a particular text. For example, the first elementary rule (“ER-1”) can be the following: “Is there a string of“ facebook ”characters in the body of the email?” The second elementary rule (“ER-2”) can be the following: “Is there a line the characters “facebook” in the domain name of the sender’s email address in the “from” field of the email header? ”(It should be borne in mind that the previously mentioned elementary rules were expressed for ease of understanding in English, and not in a programming language. As a rule, this and bud may be used in the present description, unless expressly indicated otherwise).

In the context of the present description, other types of elementary rules, different from those associated with regular expressions, can also be used (in addition to one or more elementary rules associated with regular expressions). For example, an elementary rule that is not associated with a regular expression might be the following: “Is there more than one address in the header field of“ to whom? ”Or“ Was the message sent between 1 a.m. and 5 a.m.? ”

In the context of the present description, a complex rule is a combination of two or more elementary and / or complex rules. There are no restrictions on the number or types of elementary rules that can be used in a complex rule. For example, the first complex rule (“CR-1”) may be the following: “Are ER-1 and ER-2 true?” The first analysis to determine, based on the complex rule of CR-1, might look like this: if the rule is CR -1 true, then the type of sender of the electronic message, for example, may be a "social network".

Continuing this example:

- The third elementary rule (“ER-3”) can be the following: “Does the subject field of the message heading contain the string of characters“ pay for? ”.

“The fourth elementary rule (“ ER-4 ”) can be the following:“ Does the subject field of the message header contain the string “invoice”? ”

- The fifth elementary rule (“ER-5”) can be the following: “Does the subject field of the message header contain a string of characters“ account ”?”

- The sixth elementary rule (“ER-b”) may be the following: “Does the message body contain the string“ pay ”?”

- The seventh elementary rule (“ER-7”) can be the following: “Does the message body contain the string“ invoice ”?”

- The eighth elementary rule (“ER-8”) can be the following: “Does the message body field contain the string of characters“ account ”?”

- The ninth elementary rule (“ER-9”) may be the following: “Does the message contain an attachment?”

- The tenth elementary rule (“ER-10”) can be the following: “Does the name of the attachment contain a string of characters to pay?”

- The eleventh elementary rule (“ER-11”) may be the following: “Does the name of the message attachment contain the string“ invoice ”?”

- The twelfth elementary rule (“ER-12”) can be the following: “Does the attachment name contain the string“ account ”?”

The second complex rule (“CR-2”) may be the following:

- Is at least one of ER-3, ER-4, and ER-5 true? AND

- Is at least one of ER-6, ER-7, and ER-8 true? AND

- Is ER-9 true? AND

- Is at least one of ER-10, ER-11, and ER-12 true?

The second analysis to determine, based on the complex rule of CR-2, can be the following: if CR-2 is true (ie the answers to all four questions are “yes”), then the type of electronic message, for example, can be defined as “ score".

The first analysis (to determine the type of message sender) and the second analysis (to determine the type (s) of the message) can include any number and any types of complex rules, elementary rules and other sub-analyzes, if necessary for the determination about which in question.

Thus, in some embodiments of the technology, the first analysis and / or the second analysis includes (l) a linguistic analysis to determine the presence or absence of the specific expression (s) in the electronic message.

In some embodiments, the first analysis and / or the second analysis includes (s) an analysis of the digital signature associated with the electronic message. A digital signature is a mathematical scheme for indicating the authenticity of an electronic message (or other document). A valid digital signature helps the recipient to be sure that the electronic message was created by a known sender, thus preventing the sender from denying the fact that the message was sent (authenticity and attribution), and demonstrating that the message was not changed during the sending (it integrity). Digital signatures are commonly used in cases where it is important to avoid falsification or falsification.

In some embodiments, the first analysis and / or the second analysis includes (s) an analysis of the attachment associated with the electronic message. In this regard, for example, the presence of a large attachment will more likely indicate the fact that the electronic message is intended specifically for the recipient, and is not a general electronic message for a group of people. In another case, an attachment with the name “invoice.pdf” will indicate that the electronic message can be classified as “a message from commercial structures or service providers that contain information about finances, accounting, invoices or payments”.

In some embodiments, the first analysis and / or the second analysis includes (s) including an analysis of the image contained in the body of the electronic message. Similar to what was discussed above, the presence of a large image would rather indicate the fact that the electronic message is intended specifically for the recipient, and is not a general electronic message for a group of people. At the same time, the presence of several small images in an electronic message (along with pricing information) will indicate that the electronic message is advertising.

In some embodiments, the first analysis and / or the second analysis includes (s) an analysis of the link contained in the body of the electronic message. In this regard, specifically the analysis of the domain name in the link contained in the body of the electronic message can help in its classification. For example, if a string of characters “air” is found in a domain name, this can serve as an indication of the classification of an electronic message as “a message from commercial structures or service providers that contain information about tickets (for example, by plane, train, bus, etc.). etc.), reservation (for example, hotels) and rental (for example, car). ”

In some embodiments of the technology, the method further includes storing at least one server, such as the sender of the electronic message that has been determined, in a database in electronic communication with the at least one server; and storing at least one server of the type of electronic message that has been determined in the database. Typically, storing the type of sender and type (s) of a message that (s) has been defined (s) in a database is a way to use (for the first time or repeatedly) this information in the future, after the determination has been made.

Similarly, in some embodiments of the technology, system program instructions further implement: storing at least one server the type of sender of the electronic message that has been determined in a database in electronic communication with at least one server; and storing at least one server of the type of electronic message that has been determined in the database.

In the context of this technology, the term “spam” (also known as spam or unsolicited bulk mail) generally includes spam emails that are almost identical to those sent to other recipients with whom, usually, the sender has not previously had a relationship (with the possible exception of other unsolicited messages previously sent). There are many types of common spam messages, most of which contain malware or links to a site that contains such programs. Many conventional electronic systems for processing and delivery of electronic messages provide for the presence of spam processing services, which, as a rule, try to determine whether an electronic message is undesirable, and, if they are undesirable, take actions, for example, mark an electronic message as undesirable it to the “spam messages” folder, do not deliver the message, etc.

As mentioned earlier, the determination of the type of sender and type (s) of the electronic message is carried out for mail that is not related to spam. This happens because a large percentage (according to some estimates, it reaches 90%) of electronic messages is spam, and, given the fact that spam is unlikely to be used by the user, in most cases the sender type and type ( o) Messages for spam messages will be extremely inefficient. (However, the present technology does not exclude junk mail, and in some specific embodiments, such a determination, if desired, may be made for junk mail). In some embodiments, depending on the preferred architecture of the message processing and delivery system, determining whether the electronic message is undesirable and determining the type of sender and type (s) of the electronic message are performed simultaneously. In some other embodiments, they are performed sequentially.

As mentioned earlier, this technology also provides for the adoption or initiation of specific measures (s) depending on the classification of the electronic message. One of the possible such actions is the formatting of electronic messages (or parts of an electronic message) based on their classification. Thus, for example, this would allow the display of electronic messages containing information about tickets (ie messages of the type “ticket”) in the same form (or in one of several standard types), which potentially allows the user to more quickly perceive the information contained in the electronic message and, accordingly, allows you to simplify the management of electronic messages.

Thus, embodiments of yet another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- storing at least one server of an electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message; and

- reformatting at least some of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

Similarly, embodiments of another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- reformatting at least a portion of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined;

- storing at least one server an electronic message containing the reformatted content in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

Thus, embodiments of another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- storing at least one server of the electronic message and the classification of the electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receiving at least one server of the electronic message and the classification of the electronic message from at least one database;

- reformatting at least some of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

Similarly, embodiments of yet another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- storing at least one server of an electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message; and

- reformatting at least some of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

Similarly, embodiments of another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- reformatting at least some of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined;

- storing at least one server an electronic message containing the reformatted content in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

Similarly, embodiments of another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- storing at least one server of the electronic message and the classification of the electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receiving at least one server of the electronic message and the classification of the electronic message from at least one database;

- reformatting at least a portion of the content contained in the message body to a predetermined format associated with the classification of the electronic message that has been defined; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body.

In addition to (or instead of) the type of reformatting described above, another action that can be performed or allowed to be performed, depending on the classification of the email message, is to provide a widget (i.e. small application software) (another type of reformatting) in the reading area / e-mail window. Thus, for example, continuing the above example, in addition to displaying the ticket information in a standardized format in the reading area / window of the electronic message, the user can also be provided with a widget in the form of, for example, a circle providing the current weather at the place of arrival. Selecting a circle may, for example, open a browser window or tab where a user will be presented with a site providing more detailed weather information. (A widget in this context may be a widget of any kind).

Thus, embodiments of another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- storing at least one server of an electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message; and

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- transmitting at least one server to the client device at least a portion of the content contained in the message body; and

- transmitting at least one server to the client device instructions to display, simultaneously with the content, a user-selectable graphic element for initiating a function that is performed in accordance with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

Similarly, embodiments of another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message; and

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- storing at least one server an electronic message containing the reformatted content in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database; and

- transfer of at least one server to the client device at least part of the reformatted content contained in the message body; and

- transmitting at least one server to the client device instructions to display, simultaneously with the content, a user-selectable graphic element for initiating a function that is performed in accordance with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

Thus, embodiments of another object of the present technology provide a method for reformatting an electronic message having a header and a body that contains content in the received format, the method includes:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- storing at least one server of the electronic message and the classification of the electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receiving at least one server of the electronic message and the classification of the electronic message from at least one database;

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- transfer of at least one server to the client device at least part of the reformatted content contained in the message body; and

- transmitting at least one server to the client device instructions to display, simultaneously with the content, a user-selectable graphic element for initiating a function that will be performed in relation to one of the electronic messages, the function being based at least in part on the classification of the first of electronic messages.

Similarly, embodiments of another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- storing at least one server of an electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message; and

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body; and

- the transfer of at least one server to the client device instructions to display, simultaneously with the content, a user-selectable graphic element for initiating a function that will be performed in relation to one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

Similarly, embodiments of another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- storing at least one server an electronic message containing the reformatted content in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receipt of at least one server electronic messages from at least one database; and

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body; and

Similarly, embodiments of another object of the present technology provide a system for reformatting an electronic message having a header and a body that contains content in the received format, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving an electronic message by at least one server via a data network;

- the definition of at least one server classification of electronic messages from at least one database, the classification includes the type of sender and at least one type of message;

- storing at least one server of the electronic message and the classification of the electronic message in a database in communication with at least one server;

- receiving at least one server from the client device a request for an electronic message;

- receiving at least one server of the electronic message and the classification of the electronic message from at least one database;

- (optionally, reformatting at least a portion of the content contained in the message body into a predetermined format associated with the classification of the electronic message that has been defined);

- transmitting at least one server to the client device at least part of the reformatted content contained in the message body; and

- transmission of at least one server to the client device instructions to display, simultaneously with the content, a user-selectable graphic element for initiating a function that will be performed in relation to one of the electronic messages, the function being based at least in part on the classification of the first of electronic messages.

Another such possible action that can be performed or allowed to be performed, depending on the classification of the electronic message, is to provide information in the list of electronic messages in the user's inbox (or any other), and the information differs from the standard information in the header of the electronic message . Information may be displayed in addition to some (or all) standard information in the header of the electronic message, or may be displayed instead of this information. The source of such information may be, for example, the body of an electronic message, an external source (for example, an Internet resource), or both. Thus, for example, if the electronic message contains ticket information (ie, the message is of the “ticket” type), some relevant information can be extracted from the message (for example, flight number, departure time, place of departure, arrival, place of arrival etc.) and is presented directly in the list of incoming messages. In addition, such information can, for example, be supplemented with information found on an available Internet resource (for example, the airline website), for example, up-to-date forecasted information (for example, current actual forecasted departure time, current current forecasted arrival time, exit number, etc.).

Thus, embodiments of another object of the present technology provide a method for creating a list of electronic messages, the method includes:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits the instructions to the client device using the data network in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device, the list of electronic messages, the list includes to at least some electronic messages information including at least some of the header fields;

- for the first electronic message, either determining the classification of the first electronic message by at least one server, or retrieving from the classification database of the first electronic message by at least one server, the classification includes the type of sender and at least one type of message; and

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the first electronic message included in the electronic message list, which is different from the information in the header fields, and this different information is extracted from the content in the message body (and / or extracted from an Internet resource) and is displayed in the first predetermined format associated with the classification of the electronic message, the first predetermined format is different camping on the format in which the content of the body was originally obtained.

In some embodiments of the technology, the method further includes:

- for the second electronic message, either determining the classification of the second electronic message by at least one server, or retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message; the classification of the second electronic message is different from the classification of the first electronic message;

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the second electronic message included in the electronic message list, which is different from the information in the header fields, and this different information is extracted from the content in the message body (and / or extracted from an Internet resource) and is displayed in a second predetermined format associated with the classification of the electronic message, the second predetermined format is different etsya from the format in which the content of the body was originally received, and the second predetermined format different from the first predetermined format.

Similarly, embodiments of another object of the present technology provide a system for constructing a list of electronic messages, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits to the client device using the data network the instructions to display in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device the list of electronic messages, the list includes at least with respect to at least some electronic messages, information including at least some of the header fields;

- for the first electronic message, either determining the classification of the first electronic message by at least one server, or retrieving from the classification database of the first electronic message by at least one server, the classification includes the type of sender and at least one type of message; and

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the first electronic message in the electronic message list, which is different from the information in the header fields, and this different information is extracted from the content in the message body (and / or extracted from an Internet resource) and is displayed in the first predetermined format associated with the classification of the electronic message, the first predetermined format is different camping on the format in which the content of the body was originally obtained.

In some embodiments of the technology when executing program instructions by a computer processor, the following is performed:

- for the second electronic message, either determining the classification of the second electronic message by at least one server, or retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message; the classification of the second electronic message is different from the classification of the first electronic message;

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the second electronic message in the electronic message list, which is different from the information in the header fields, and this different information is extracted from the content in the message body (and / or extracted from an Internet resource) and is displayed in a second predetermined format associated with the classification of the electronic message, the second predetermined format is different etsya from the format in which the content of the body was originally received, and the second predetermined format different from the first predetermined format.

Additionally (or instead of) providing information in the list of electronic messages that differs from the standard information in the headers, another possible action that can be performed or allowed to be performed, depending on the classification of the electronic message, is to provide a widget (i.e. a small application software collateral) in the list of electronic messages. Thus, for example, continuing the above example, in addition to providing flight information in the list of electronic messages in the user's inbox, a user can also be presented with a widget in the form of a button (for example, marked “register now”), which, when pressed on it, the user will open a browser window / tab on the user's computer, leading directly to the registration web page for the airline that serves the flight. A widget in the present context may be a widget of any kind.

Thus, embodiments of another object of the present technology provide a method for constructing a list of electronic messages, the method includes:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits the instructions to the client device using the data network in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device, the list of electronic messages, the list includes at least with respect to at least some electronic messages, information including at least some of the header fields;

- for the first electronic message, either determining the classification of the first electronic message by at least one server, or retrieving from the classification database of the first electronic message by at least one server, the classification includes the type of sender and at least one type of message; and

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the first electronic message included in the electronic message list, the first graphic element selected by the user to initiate the first function corresponding to the first electronic message, the first function based, at least in part, on the classification of the first electronic message.

In some embodiments, the method further includes:

- for the second electronic message, either determining the classification of the second electronic message by at least one server, or retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message; the classification of the second electronic message is different from the classification of the first electronic message;

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the second electronic message included in the electronic message list, the second graphic element selected by the user to initiate the second function corresponding to the second electronic message, the second function based at least in part on the classification of the second electronic message, the second function is different from the first function.

Similarly, embodiments of another object of the present technology provide a system for constructing a list of electronic messages, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits to the client device using the data network the instructions to display the list of electronic messages in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device, the list includes to at least some electronic messages, information including at least some of the header fields;

- for the first electronic message, either determining the classification of the first electronic message by at least one server, or retrieving from the classification database of the first electronic message by at least one server, the classification includes the type of sender and at least one type of message; and

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the first electronic message included in the electronic message list, the first graphic element selected by the user to initiate the first function corresponding to the first electronic message, the first function based, at least in part, on the classification of the first electronic message.

In some embodiments of the technology when executing program instructions by a computer processor, the following is performed:

- for the second electronic message, either determining the classification of the second electronic message by at least one server, or retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message; the classification of the second electronic message is different from the classification of the first electronic message;

- transmission of at least one server to the client device using the data network instructions to display in the list information related to the second electronic message included in the electronic message list, the second graphic element selected by the user to initiate the second function corresponding to the second electronic message, the second function based at least in part on the classification of the second electronic message, the second function is different from the first function.

Another such possible action that can be performed or allowed to be performed, depending on the classification of the electronic message, is to sort the messages in the electronic message list in the user's inbox (or other folder) based on the classification of messages, instead of (or in addition to ) standard information from the email header.

Thus, embodiments of another object of the present technology provide a method for constructing a list of electronic messages, the method includes:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits the instructions to the client device using the data network in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device, the list of electronic messages, the list includes to at least some electronic messages, information including at least some of the header fields;

- at least for some electronic messages, or determining the classification of electronic messages by at least one server, or retrieving from the classification database of electronic messages by at least one server, the classification includes the type of sender and at least one type of message;

- receiving at least one server from the client device using the data network request to sort the list of electronic messages using their classification;

- sorting by at least one server the list of electronic messages using the classification of electronic messages; and

- at least one server transmits to the client device using the data network the instructions to display either in the panel containing the list of electronic messages or in the window containing the list of electronic messages in the graphical user interface of the client device, sorted list of electronic messages.

Similarly, embodiments of another object of the present technology provide a system for constructing a list of electronic messages, the system includes:

at least one server including a computer processor;

at least one database in electronic communication with at least one server;

a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:

- receiving at least one server information related to the set of electronic messages from at least one database in electronic communication with at least one server, each electronic message includes a header having many header fields, and a body containing Content

- at least one server transmits to the client device using the data network the instructions to display in one of the panels containing the list of electronic messages or in the window containing the list of electronic messages on the graphical user interface of the client device, the list of electronic messages, the list includes to at least some electronic messages, information including at least some of the header fields;

- at least for some electronic messages, or determining the classification of electronic messages by at least one server, or retrieving from the classification database of electronic messages by at least one server, the classification includes the type of sender and at least one type of message;

- receiving at least one server from the client device using the data network request to sort the list of electronic messages using their classification;

- sorting by at least one server the list of electronic messages using the classification of electronic messages; and

- at least one server transmits to the client device using the data network the instructions to display either in the panel containing the list of electronic messages or in the window containing the list of electronic messages in the graphical user interface of the client device, sorted list of electronic messages.

In the context of the present description, “server” means a computer program running on appropriate equipment that is able to receive requests (for example, from client devices) over the network and execute these requests or initiate the execution of these requests. The equipment may be one physical computer or one physical computer system, but neither one nor the other is mandatory for this technology. In the context of this technology, the use of the expression “server” does not mean that each task (for example, received instructions or requests) or any specific task will be received, completed or initiated to be executed by the same server (that is, by the same software software and / or hardware); this means that any number of software elements or hardware devices can be involved in receiving / transmitting, executing or initiating the execution of any request or the consequences of any request associated with the client device, and all this software and hardware can be one server or several servers , both options are included in the expression “at least one server”.

In the context of the present description, "client device" means a hardware device capable of working with software suitable for solving the corresponding problem. Thus, examples of client devices (among other things) include personal computers (desktop computers, laptops, netbooks, etc.) smartphones, tablets, as well as network equipment such as routers, switches, and gateways. It should be borne in mind that a device behaving as a client device in the present context may behave like a server in relation to other client devices. The use of the expression “client device” does not exclude the possibility of using multiple client devices to receive / send, execute, or initiate the execution of any task or request, or the consequences of any task or request, or the steps of any method described above.

In the context of the present description, “database” means any structured data set that does not depend on a specific structure, database management software, hardware of the computer on which data is stored, used or otherwise made available for use. The database may reside on the same hardware as the process that stores or uses the information stored in the database, or it may reside on separate hardware, such as a dedicated server or multiple servers.

In the context of the present description, “information” includes information is any information that may be stored in a database. Thus, information includes, among other things, audiovisual works (images, videos, sound recordings, presentations, etc.), data (location data, digital data, etc.), text (opinions, comments, questions , messages, etc.), documents, tables, etc.

In the context of the present description, a “component” means software (corresponding to a specific hardware context) that is necessary and sufficient to perform the specific specified function (s).

In the context of the present description, “computer-based storage medium of computer information” means a storage medium of absolutely any type and nature, including RAM, ROM, disks (CDs, DVDs, diskettes, hard disks, etc.), USB flash drives , solid state drives, tape drives, etc.

In the context of the present description, the words “first”, “second”, “third”, etc. used in the form of adjectives solely to distinguish the nouns to which they relate from each other, and not for the purpose of describing any specific relationship between these nouns. So, for example, it should be borne in mind that the use of the terms “first server” and “third server” does not imply any ordering, chronology, hierarchy or ranking (for example) of servers / between servers, as well as their use (in itself) does not imply that a certain "second server" must exist in a given situation. Further, as discussed here in other contexts, the mention of the “first” element and the “second” element does not exclude the possibility that it is one and the same actual real element. So, for example, in some cases, the “first” server and the “second” server can be the same software and / or hardware, and in other cases they can be different software and / or hardware.

Embodiments of the present technology include at least one of the above objectives and / or aspects, but all are not required. It should be borne in mind that some aspects of the present technology arising from attempts to achieve the aforementioned goal may not satisfy this goal and / or may satisfy other goals not specifically indicated here.

Additional and / or alternative features, aspects, and advantages of embodiments of the present technology will become apparent from the following description, the accompanying drawings, and the appended claims.

In some embodiments of the present technology, the electronic message processing system may further receive from the user an indication of the type of message (or type of sender) associated with the electronic message. For example, in some embodiments, after the user is presented with possible actions determined based on the category of the electronic message (as will be described later), the electronic message processing system may detect the user indicating the type of message (or type of sender), in that case if the user wants the message to be categorized differently (and thus could potentially be associated with another action). The electronic message processing system can detect this indication of the user by the type of message by the fact that the user marks the signs with flags in the drop-down menu or by any other suitable means.

Alternatively, the electronic message processing system can track user behavior in the sense that the user generally agrees or disagrees with the categorization of electronic messages by observing user behavior (or lack thereof). For example, if the electronic message processing system offers the user a widget based on a specific category of the electronic message and the user activates (or uses the widget in some other way), the electronic message processing system can determine that the user generally agrees with the category of the electronic message (and the proposed action). Similarly, if the user constantly ignores the specific proposed action (for example, after 3 proposed specific actions of the same type, after 10 proposed specific actions of the same type, etc.), the electronic message processing system may determine that the user as a whole disagrees with the category of electronic messages or related proposed action. Based on this feedback loop, the electronic message processing system can perform one or more standard procedures for determining the category of electronic message and / or related actions.

One object of the present technology is a method for processing electronic messages to determine their categories, including the type of message and the type of sender, the method includes: receiving an electronic message by at least one server, the electronic message containing a header that has a plurality of header fields, and message body with content; if the electronic message is not considered undesirable, the at least one server determines the type of the sender of the electronic message, and the type of sender belongs to one of the many potential types of the sender, using the first analysis of the header and body of the message, and the first analysis includes the use of at least one of the first complex rule, each applied first complex rule contains many elementary rules specific to the applied first complex rule which includes regular expression analysis; and if the electronic message is not undesirable, the definition of at least one server of at least one type of message related to the electronic message, the message type message type belonging to one of the many potential message types, using a second analysis of the header and body of the message, the second analysis includes the application of at least one second complex rule, each applied second complex rule contains many elementary rules related to a particular on the second-to-use comprehensive rule, which includes analysis of regular expressions.

In some embodiments of the technology, the method further includes storing at least one server, such as the sender of the electronic message that has been determined, in a database in electronic communication with the at least one server; and storing at least one server of the type of electronic message that has been determined in the database.

In some embodiments, the method further includes, prior to determining the type of sender of the electronic message and determining at least one type of message, determining whether the electronic message is undesirable

In some embodiments, the method further includes simultaneously with at least one of: determining the type of sender of the electronic message and determining at least one type of message, determining whether the electronic message is undesirable.

In some embodiments of the method, at least one of the first and second analyzes includes a linguistic analysis.

In some embodiments of the method, at least one of the first and second analyzes includes an analysis of the digital signature associated with the electronic message.

In some embodiments of the method, at least one of the first and second analyzes includes an analysis of the attachment associated with the electronic message.

In some embodiments of the method, at least one of the first and second analyzes includes an analysis of the image contained in the body of the electronic message.

In some embodiments of the method, at least one of the first and second analyzes includes an analysis of the link contained in the body of the electronic message.

In some embodiments of the method, many types of potential senders include individuals, social networks, discount services, financial institutions, airlines, hotels, railways, real estate services, message boards and email systems.

In some embodiments of the method, determining at least one type of message is based at least in part on determining the type of sender.

In some embodiments of the method, the at least one type of message is a plurality of message types.

Another object of this technology is an electronic message processing system for determining their categories, including the type of message and the type of sender, the system includes: at least one server containing a computer processor; at least one database in electronic communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, which contains software instructions that are executed by a computer processor: receiving an electronic message by at least one server, the electronic message containing a header that has many header fields, and message body with content; if the electronic message is not considered undesirable, the at least one server determines the type of the sender of the electronic message, and the type of sender belongs to one of the many potential types of the sender, using the first analysis of the header and body of the message, and the first analysis includes the use of at least one of the first complex rule, each applied first complex rule contains many elementary rules specific to the applied first complex rule which includes regular expression analysis; and if the electronic message is not undesirable, the definition of at least one server of at least one type of message related to the electronic message, the message type message type belonging to one of the many potential message types, using a second analysis of the header and body of the message, the second analysis includes the application of at least one second complex rule, each applied second complex rule contains many elementary rules related to a particular on the second-to-use comprehensive rule, which includes analysis of regular expressions.

In some embodiments of the system, when executing program instructions by a computer processor, it is additionally carried out: storing at least one server such as the sender of the electronic message that has been determined in a database in electronic communication with at least one server; and storing at least one server of the type of electronic message that has been determined in the database.

In some embodiments of the system, when program instructions are executed by a computer processor, it is additionally carried out: before determining the type of sender of the electronic message and at least one type of message, determining whether the electronic message is undesirable.

The method according to claim 1, further comprising determining whether the electronic message is undesirable, simultaneously with at least one of the following: simultaneously with at least one of -determining the type of sender of the electronic message and at least one type of message, - determining whether the electronic message is undesirable.

In some embodiments of the system, at least one of the first and second analyzes includes linguistic analysis.

In some embodiments of the system, at least one of the first and second analyzes includes an analysis of the digital signature associated with the electronic message.

In some embodiments of the system, at least one of the first and second analyzes includes an analysis of the attachment associated with the electronic message.

In some embodiments of the system, at least one of the first and second analyzes includes an analysis of the image contained in the body of the electronic message.

In some embodiments of the system, at least one of the first and second analyzes includes an analysis of the link contained in the body of the electronic message.

In some embodiments of the system, many potential types of senders include individuals, social networks, discount services, financial institutions, airlines, hotels, railways, real estate services, message boards and email systems.

In some embodiments of the system, determining at least one type of message is based at least in part on determining the type of sender.

In some embodiments of the system, at least one type of message is a plurality of message types.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data network; storing an electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message from at least one server from at least one database; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the contents of the message body to a predetermined format associated with a specific classification of the electronic message; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, reformatting involves obtaining a predetermined format.

In some embodiments, the method further includes, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the method, reformatting further includes dynamically creating a predetermined format based on a specific classification of the electronic message.

In some embodiments of the method, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and the method further includes: receiving at least one server via the data network of the second electronic message; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments, the method further includes determining a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments, the method further includes storing a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data transmission network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message; storing at least one server an electronic message including the reformatted content in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving at least one electronic message server from at least one database; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, reformatting involves obtaining a predetermined format.

In some embodiments, the method further includes, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the method, reformatting further includes dynamically creating a predetermined format based on a specific classification of the electronic message.

In some embodiments of the method, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and the method further includes: receiving at least one server via the data network of the second electronic message; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments, the method further includes determining a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments, the method further includes storing a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data transmission network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server; receiving at least one server of the electronic message and classifying the electronic message from at least one database; reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, reformatting involves obtaining a predetermined format.

In some embodiments, the method further includes, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the method, reformatting further includes dynamically creating a predetermined format based on a specific classification of the electronic message.

In some embodiments of the method, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and the method further includes: receiving at least one server via the data network of the second electronic message; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments, the method further includes determining a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments, the method further includes storing a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; storing an electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message from at least one server from at least one database; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the contents of the message body to a predetermined format associated with a specific classification of the electronic message; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of a system for reformatting, program instructions are further configured to obtain a predetermined format.

In some embodiments of the system, program instructions are further configured to save, prior to receiving the electronic message, the corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the system, program instructions are further configured to dynamically create a predetermined format based on a specific classification of the electronic message.

In some embodiments of the system, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and program instructions are further configured to: receive at least one server via the data network of the second electronic message ; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments of the system, program instructions are further configured to determine a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments of the system, program instructions are further configured to store a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message; storing at least one server an electronic message including the reformatted content in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving at least one electronic message server from at least one database; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of a system for reformatting, program instructions are further configured to obtain a predetermined format.

In some embodiments of the system, program instructions are further configured to save, prior to receiving the electronic message, the corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the system, program instructions are further configured to dynamically create a predetermined format based on a specific classification of the electronic message.

In some embodiments of the system, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and program instructions are further configured to: receive at least one server via the data network of the second electronic message ; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments of the system, program instructions are further configured to determine a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments of the system, program instructions are further configured to store a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server; receiving at least one server of the electronic message and classifying the electronic message from at least one database; reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message; and transmitting at least one server to the client device at least a portion of the reformatted contents of the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of a system for reformatting, program instructions are further configured to obtain a predetermined format.

In some embodiments of the system, program instructions are further configured to save, prior to receiving the electronic message, the corresponding predetermined format for each potential classification of the electronic message.

In some embodiments of the system, program instructions are further configured to dynamically create a predetermined format based on a specific classification of the electronic message.

In some embodiments of the system, the electronic message is the first electronic message, the classification of the electronic message is the first classification, the predetermined format is the first predetermined format, and program instructions are further configured to: receive at least one server via the data network of the second electronic message ; determining by at least one server a second classification of the second electronic message from the at least one database, the classification including the type of sender and at least one type of message; and reformatting at least a portion of the body content of the second message into a second predetermined format associated with the specific classification of the electronic message; the second predetermined format is different from the first predetermined format.

In some embodiments of the system, program instructions are further configured to determine a first predetermined format and a second predetermined format before receiving the first electronic message.

In some embodiments of the system, program instructions are further configured to store a first predetermined format and a second predetermined format associated with the first and second classifications in the database.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data network; storing an electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message from at least one server from at least one database; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; transmitting at least one server to the client device at least a portion of the contents of the message body; and transmitting at least one server to the client device instructions to display simultaneously with the contents a user-selectable graphic element to initiate the execution of a function associated with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

In some embodiments, the method further includes, before transmitting at least a portion of the contents of the message body, reformatting at least a portion of the contents of the message body to a predetermined format associated with the specific classification of the electronic message.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, a user selectable graphic element comprises a widget.

In some embodiments of the method, a user-selectable graphic element, when activated by a user, is configured to open a browser application.

In some embodiments of the method, a user-selectable graphic element, when activated by the user, is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; and storing at least one server of the electronic message, including the reformatted content, in a database in communication with the at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message from at least one server from at least one database; transmitting at least one server to the client device at least a portion of the contents of the message body; and transmitting at least one server to the client device instructions to display simultaneously with the contents a user-selectable graphic element to initiate the execution of a function associated with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

In some embodiments, the method further includes, prior to the storage step, reformatting at least a portion of the contents of the message body to a predetermined format associated with a specific classification of the electronic message.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, a user selectable graphic element comprises a widget.

In some embodiments of the method, a user-selectable graphic element, when activated by a user, is configured to open a browser application.

In some embodiments of the method, a user-selectable graphic element, when activated by the user, is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message and classifying the electronic message by at least one server from at least one database; transmitting at least one server to the client device at least a portion of the contents of the message body; and transmitting at least one server to the client device instructions to display simultaneously with the contents a user-selectable graphic element to initiate the execution of a function associated with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

In some embodiments, the method further includes, before transmitting at least a portion of the contents of the message body, reformatting at least a portion of the contents of the message body to a predetermined format associated with the specific classification of the electronic message.

In some embodiments of the method, reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the method, reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the method, a user selectable graphic element comprises a widget.

In some embodiments of the method, a user-selectable graphic element, when activated by a user, is configured to open a browser application.

In some embodiments of the method, a user-selectable graphic element, when activated by the user, is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; storing an electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message from at least one server from at least one database; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; transmitting at least one server to the client device at least a portion of the contents of the message body; and transmitting at least one server to the client device instructions to display simultaneously with the contents a user-selectable graphic element to initiate the execution of a function associated with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

In some embodiments of the system, program instructions are further configured to, prior to transmitting at least a portion of the contents of the message body, reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the system, a user-selectable graphic element comprises a widget.

In some embodiments of the system, a user-selectable graphic element, upon activation by the user, is configured to open a browser application.

In some embodiments of the system, a user-selectable graphic element upon activation by a user is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; storing at least one server an electronic message including the reformatted content in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving at least one electronic message server from at least one database; and transmitting at least one server to the client device at least a portion of the contents of the message body.

In some embodiments of the system, program instructions are further configured to, prior to storing the electronic message, reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of a first image to the message body and removal of the second image from the message body.

In some embodiments of the system for reformatting, program instructions are further configured to implement at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the system, a user-selectable graphic element comprises a widget.

In some embodiments of the system, a user-selectable graphic element, upon activation by the user, is configured to open a browser application.

In some embodiments of the system, a user-selectable graphic element upon activation by a user is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a system for reformatting an electronic message having a header and a body in which the content in the received format is located, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server, and containing software instructions, the execution of which by a computer processor is carried out: receiving an electronic message by at least one server via a data network; determining at least one server classifying the electronic message from at least one database, the classification including the type of sender and at least one type of message; storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server; receiving at least one server from the client device a request to retrieve the electronic message; retrieving an electronic message and classifying the electronic message by at least one server from at least one database; transmitting at least one server to the client device at least a portion of the contents of the message body; and transmitting at least one server to the client device instructions to display simultaneously with the contents a user-selectable graphic element to initiate the execution of a function associated with one of the electronic messages, the function being based at least in part on the classification of the first of the electronic messages.

In some embodiments of the system, program instructions, when executed by a computer processor, carry out, before transmitting at least a portion of the contents of the message body, reformatting at least a portion of the contents of the message body to a predetermined format associated with a particular classification of the electronic message.

In some embodiments of the system, program instructions, when executed by a computer processor, perform at least one addition of the first image to the message body and removal of the second image from the message body.

In some embodiments of the system, program instructions, when executed by a computer processor, perform at least one addition of the first text to the message body and removal of the second text from the message body.

In some embodiments of the system, a user-selectable graphic element is a widget.

In some embodiments of the system, a user-selectable graphic element, upon activation by the user, is configured to open a browser application.

In some embodiments of the system, a user-selectable graphic element upon activation by a user is further configured to initiate a web application displaying a web resource, the web resource being selected based on the classification of the electronic message and at least part of the message body content.

Another object of the present technology is a method for creating a list of electronic messages, the method includes: retrieving at least one server information regarding multiple electronic messages from at least one database in electronic communication with at least one server, each electronic the message includes a header having a plurality of header fields and a body in which the content is located; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for the first of electronic messages, one of: determining the classification of the first of electronic messages by at least one server and extracting from the classification database the first of electronic messages by at least one server, the classification including the type of sender and at least one type of message; and transmitting at least one server to the client device via the data network instructions to display list information related to the first of the electronic messages that appear in the electronic message list other than the header fields, and this information is displayed in a first predetermined format associated with classification of the electronic message, and the first predetermined format differs from the format in which the contents of the message body were originally received.

In some embodiments, the method further includes extracting different information from the contents of the message body.

In some embodiments, the method further includes obtaining different information from an Internet resource.

In some embodiments, the method further includes extracting different information from the contents of the message body and the Internet resource.

In some embodiments of the method, part of the different information received from the Internet resource depends on the part of the different information obtained from the contents of the message body.

In some embodiments of the method, the different information includes a hyperlink to an Internet resource.

In some embodiments of the instruction method, displaying list information related to the first of the electronic messages that appear in the electronic message list other than the header fields also means displaying different information in addition to the header fields.

In some embodiments of the instruction method, displaying list information related to the first of the electronic messages that appear in the electronic message list, other than the header fields, also means displaying different information instead of the header fields.

In some embodiments, the method further includes: for a second electronic message, one of: determining a classification of the second electronic message by at least one server and retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message, wherein the classification of the second electronic message is different from the classification of the first electronic message; the transmission of the instructions to the at least one server to the client device via the data network to display in the list information with respect to the second of the electronic messages that appear in the electronic message list information other than the header fields, the different information being displayed in a second predetermined format, associated with the classification of an electronic message, the second predetermined format being different from the format in which the contents of the message body were originally received, in The second predetermined format is different from the first predetermined format.

Another object of the present technology is a system for creating an electronic message list, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server and containing software instructions that the computer processor executes: extracts at least one server information regarding a plurality of electronic messages from at least one database located in electronic communication with at least one server, wherein each electronic message includes a header having a plurality of header fields, and a body in which content is dressed; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for the first of electronic messages, one of: determining the classification of the first of electronic messages by at least one server and extracting from the classification database the first of electronic messages by at least one server, the classification including the type of sender and at least one type of message; and transmitting at least one server to the client device via the data network instructions to display list information related to the first of the electronic messages that appear in the electronic message list other than the header fields, and this information is displayed in a first predetermined format associated with classification of the electronic message, and the first predetermined format differs from the format in which the contents of the message body were originally received.

In some embodiments, the method further includes: for a second electronic message, one of: determining a classification of the second electronic message by at least one server and retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message, wherein the classification of the second electronic message is different from the classification of the first electronic message; the transmission of the instructions to the at least one server to the client device via the data network to display in the list information with respect to the second of the electronic messages that appear in the electronic message list information other than the header fields, the different information being displayed in a second predetermined format, associated with the classification of an electronic message, the second predetermined format being different from the format in which the contents of the message body were originally received, in The second predetermined format is different from the first predetermined format.

In some embodiments of the system, program instructions, when executed by a computer processor, extract different information from the contents of the message body.

In some embodiments of the system, program instructions, when executed by a computer processor, extract different information from an Internet resource.

In some embodiments of the system, program instructions, when executed by a computer processor, extract different information from the contents of the message body and the Internet resource.

In some embodiments of the system, part of the different information received from the Internet resource depends on the part of the different information obtained from the contents of the message body.

In some embodiments of the system, the different information includes a hyperlink to an Internet resource.

In some embodiments of the instruction system, displaying list information related to the first of the electronic messages that appear in the electronic message list other than the header fields also means displaying different information in addition to the header fields.

In some embodiments of the system of instructions, displaying list information related to the first of the electronic messages that appear in the electronic message list, other than the header fields, also means displaying different information instead of the header fields.

Another object of the present technology is a method for creating a list of electronic messages, the method includes: retrieving at least one server information regarding multiple electronic messages from at least one database in electronic communication with at least one server, each electronic the message includes a header having a plurality of header fields and a body in which the content is located; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for some electronic messages, one of: determining the classification of electronic messages by at least one server and retrieving from the classification database of electronic messages by at least one server, the classification including the type of sender and at least one type of message; and receiving at least one server from the client device through the data network request to sort the list of electronic messages by their classification; sorting, at least one server, a list of electronic messages by their classification; the transmission of the instructions to the at least one server to the client device via the data transmission network in one of: the electronic message list panel or the electronic message list window in the graphical user interface of the client device, a sorted list of electronic messages.

In some embodiments of the method, sorting the list of electronic messages by their classification includes sorting the list of electronic messages, at least in part, based on the corresponding type of sender.

In some embodiments of the method, sorting the list of electronic messages by their classification includes sorting the list of electronic messages at least partially based on the corresponding at least one type of message.

In some embodiments, the method further includes sorting the email list by at least one server by priority level.

In some embodiments, the method further includes receiving at least one server from the client device through the data network indicating a priority level for each classification of the electronic message.

In some embodiments of the method, the instruction is displayed in one of: the panel of the list of electronic messages or the window of the list of electronic messages in the graphical user interface of the client device, the sorted list of electronic messages includes an instruction to display a sorted list of electronic messages corresponding to the user's indication of which one ( a) wants to see a sorted list of emails.

In some implementations, the method further includes detecting a user’s indication of how he / she wants to see the sorted list of electronic messages.

In some embodiments of the method, the instruction is displayed in one of: the electronic message list panel or the electronic message list window in the graphical user interface of the client device, the sorted electronic message list includes a filter for selecting at least one specific category associated with at least one of at least some of the electronic messages in the sorted list of electronic messages.

In some embodiments, the method further includes, in response to a user activating a filter indicating at least one specific category, triggering the electronic device to display at least one specific category.

In some embodiments of the method, a filter is selected based only on at least one specific category of at least one of the at least some electronic messages that are displayed in the electronic message list panel or the electronic message list window.

Another object of the present technology is a system for creating an electronic message list, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server and containing software instructions that the computer processor executes: extracts at least one server information regarding a plurality of electronic messages from at least one database located in electronic communication with at least one server, wherein each electronic message includes a header having a plurality of header fields, and a body in which content is dressed; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for some electronic messages, one of: determining the classification of electronic messages by at least one server and retrieving from the classification database of electronic messages by at least one server, the classification including the type of sender and at least one type of message; and receiving at least one server from the client device through the data network request to sort the list of electronic messages by their classification; sorting, at least one server, a list of electronic messages by their classification; the transmission of the instructions by the at least one server to the client device via the data network in one of: the electronic message list panel or the electronic message list window in the graphical user interface of the client device, the sorted list of electronic messages.

In some embodiments of a system for sorting an electronic message list based on classification, program instructions, when executed by a computer processor, sort the electronic message list, at least in part, based on the corresponding type of sender.

In some embodiments of a system for sorting an electronic message list based on a classification, program instructions, when executed by a computer processor, sort the electronic message list at least partially based on at least one type of message.

In some embodiments of the system, program instructions, when executed by a computer processor, sort the email list by at least one server by priority level.

In some embodiments of the system, program instructions, when executed by a computer processor, receive at least one server from the client device through the data network indicating the priority level for each classification of the electronic message.

In some embodiments of the system, the instruction to display in one of: the panel of the list of electronic messages or the window of the list of electronic messages in the graphical user interface of the client device, - a sorted list of electronic messages includes an instruction to display a sorted list of electronic messages corresponding to the user's instructions about what he (a) wants to see a sorted list of email messages.

In some embodiments of the system, program instructions, when executed by a computer processor, detect at least one server instructing the user how he / she wants to see the sorted list of electronic messages.

In some embodiments of the system, the instruction is displayed in one of: an electronic message list panel or an electronic message list window in the graphical user interface of a client device, the sorted electronic message list includes a filter for selecting at least one specific category associated with at least one of at least some of the electronic messages in the sorted list of electronic messages.

In some embodiments of the system, program instructions, when executed by a computer processor, are carried out in response to a user activating a filter indicating at least one specific category, initiating the electronic device to display at least one specific category.

In some embodiments of the system, a filter is selected based only on at least one specific category of at least one of the at least some electronic messages that are displayed in the electronic message list panel or electronic message list window.

A method of creating a list of electronic messages, the method includes: retrieving at least one server information regarding multiple electronic messages from at least one database in electronic communication with at least one server, and each electronic message includes a header having many header fields and a body in which the content is located; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for the first of electronic messages, one of: determining the classification of the first of electronic messages by at least one server and extracting from the classification database the first of electronic messages by at least one server, the classification including the type of sender and at least one type of message; the transfer of at least one server to the client device via the data network the instructions to display in the list information related to the first of the electronic messages that appear in the electronic message list the first user-selectable graphic element to initiate the first function in relation to the first of the electronic messages, wherein the first function is based, at least in part, on the classification of the first electronic message.

In some embodiments, the method further includes: for a second electronic message, one of: determining a classification of the second electronic message by at least one server and retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message, wherein the classification of the second electronic message is different from the classification of the first electronic message; the transmission of the instructions to the at least one server to the client device via the data network to display in the list information with respect to the second of electronic messages that appear in the electronic message list of the second graphic element selected by the user to initiate the second function with respect to the second electronic message, moreover, the second function is based, at least in part, on the classification of the second electronic message, the second function is different from the first function.

In some embodiments of the method, a user-selectable graphic element is a widget.

In some embodiments of the method, the first function performed with respect to the first electronic message further depends, at least in part, on the content of the first electronic message.

In some embodiments of the method, the first function is an action with respect to at least a portion of the contents of the first electronic message.

In some embodiments of the method, the action is performed directly from the electronic message list information without opening the first electronic message.

In some embodiments, the method further includes, prior to retrieving, determining an indication with respect to the first function corresponding to one of the classifications of the first electronic message.

In some embodiments, the method further includes storing indications of a corresponding first function in the database.

In some embodiments of the method, the first function is associated with an application that displays a list of electronic messages.

In some embodiments of the method, the first function is associated with an application other than that which displays a list of electronic messages.

Another object of the present technology is a system for constructing a list of electronic messages, the system includes: at least one server including a computer processor; at least one database in communication with at least one server; a permanent computer-readable storage medium in electronic communication with at least one server and containing software instructions that the computer processor executes: extracts at least one server information regarding a plurality of electronic messages from at least one database located in electronic communication with at least one server, wherein each electronic message includes a header having a plurality of header fields, and a body in which content is dressed; the transmission of at least one server to the client device via the data network the instructions to display in one of: the electronic message list panel or the electronic message list window in the user device graphical interface, the electronic message list, which includes information related to at least a part of the electronic messages which contains at least some of the header fields; for the first of electronic messages, one of: determining the classification of the first of electronic messages by at least one server and extracting from the classification database the first of electronic messages by at least one server, the classification including the type of sender and at least one type of message; the transfer of at least one server to the client device via the data network the instructions to display in the list information related to the first of the electronic messages that appear in the electronic message list the first user-selectable graphic element to initiate the first function in relation to the first of the electronic messages, wherein the first function is based, at least in part, on the classification of the first electronic message.

In some embodiments of the system, program instructions, when executed by a computer processor, carry out one of the second electronic message: determining the classification of the second electronic message by at least one server and retrieving from the classification database of the second electronic message by at least one server, the classification includes the type of sender and at least one type of message, the classification of the second electronic message being different from the classification of the first email ktronnogo posts; the transmission of the instructions to the at least one server to the client device via the data network to display in the list information with respect to the second of electronic messages that appear in the electronic message list of the second graphic element selected by the user to initiate the second function with respect to the second electronic message, moreover, the second function is based, at least in part, on the classification of the second electronic message, the second function is different from the first function.

In some embodiments of the system, a user-selectable graphic element is a widget.

In some embodiments of the system, the first function performed with respect to the first electronic message further depends, at least in part, on the content of the first electronic message.

In some embodiments of the system, the first function is an action with respect to at least a portion of the contents of the first electronic message.

In some embodiments of the system, the action is performed directly from the electronic message list information without opening the first electronic message.

In some embodiments of the system, program instructions, when executed by a computer processor, prior to retrieval, determine instructions with respect to the first function corresponding to one of the classifications of the first electronic message.

In some embodiments of the system, program instructions, when executed by a computer processor, store indications of the corresponding first function in the database.

In some embodiments of the system, the first function is associated with an application that displays a list of electronic messages.

In some embodiments of the system, the first function is associated with an application other than that which displays a list of electronic messages.

Brief Description of the Drawings

For a better understanding of this technology, as well as its other aspects and characteristics, a reference is made to the following description, which should be used in combination with the accompanying drawings, where:

In FIG. 1 is a schematic diagram of an embodiment of networked computer systems implementing the present technology.

In FIG. 2 shows a part of the screenshot with the user’s inbox of the Yandex ™ mail service’s inbox showing the embodiment of the present technology.

In FIG. 3 shows a part of a screenshot with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology.

In FIG. 4 shows a part of a screenshot with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology.

In FIG. 5 shows a part of a screenshot with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology.

The implementation of the invention

In FIG. 1 is a schematic diagram of various networked computer systems 100 in communication with each other via a data network 106. It is important to keep in mind that various networked computer systems 100 are presented as an illustrative embodiment of the present technology. Thus, the following description thereof should be construed solely as a description of illustrative examples of the present technology. This description is not intended to determine the scope or scope of this technology. Some useful examples of modifications to computer systems 100 may also be covered by the following description. The purpose of this is also solely assistance in understanding, and not defining the scope and boundaries of this technology. These modifications are not an exhaustive list, and it will be understood by those skilled in the art that other modifications are possible. In addition, this should not be interpreted so that where it has not yet been done, i.e. where examples of modifications have not been set forth, no modifications are possible, and / or that what is described is the only way to implement this element of this technology. As will be clear to a person skilled in the art, this is most likely not the case. In addition, it should be borne in mind that computer systems 100 represent, in some specific manifestations, a fairly simple embodiment of the present technology, and in such cases is presented here in order to facilitate understanding. As will be clear to a person skilled in the art, many embodiments of the present technology will have much greater complexity.

The computer systems 100 depicted in FIG. 1 interact with a webmail service, for example Yandex ™ (available at mail.yandex.com). In the web-mail system, as a rule, there is no specialized email client on the computer 108 of the user. The webmail system 100 is released using several server clusters: a mail delivery server cluster 110, an anti-spam server and email classification server cluster 112, a webmail interface end server cluster 114, a webmail interface input server cluster 116, and a server cluster 118 email repositories.

In accordance with the webmail system 100, the mail delivery server cluster 110 acts as a mail transfer agent and transmits electronic messages to both mail transfer agents (e.g., 102 and 104) of other mail systems on both sides. The anti-spam and email classification server cluster 112 performs spam filtering and message classification in relation to messages received by the system 100. The webmail interface server end cluster 114 is the main driving force of the system 100. This cluster, for example, performs all functions, which may be required by users of system 100, for example, electronic messaging management; Manage user mailboxes, folders, and subfolders managing email user account settings, etc. The webmail interface input server cluster 116 implements the interaction between the user computer 108 and the webmail interface server endpoint cluster 114. The server cluster of the electronic message repository manages the databases (the meta-database 120 and the message database 122) necessary for the functioning of the webmail system.

In one embodiment of the technology, the “preprocessing model” is made in accordance with the classification of the electronic message. In the preprocessing model, an electronic message is classified before the message is delivered to the recipient's inbox. The stages of such a model are: sending an electronic message to an external message transfer agent 102 to a mail delivery server cluster 110. The receipt of the electronic message by the server cluster 110 mail delivery. The mail delivery server cluster 110 processes the incoming email and transmits it to the server junk email protection cluster 112 and classifies the email. The server cluster 112 of anti-spam and classification of the electronic message first determines whether the electronic message is unwanted. If the electronic message is undesirable, the anti-spam server and electronic message classification server cluster 112 does not determine the classification of the electronic message. If the electronic message is not undesirable, the anti-spam server and electronic message classification server cluster 112 determines the type of the sender of the electronic message and the type (s) of the electronic message. The anti-spam and email server classification cluster 112 transmits a message to the destination web server interface server cluster 114. Cluster 114 of the web server interface terminal server processes the electronic message in accordance with the definitions made by the anti-spam server cluster 112 and the classification of the electronic message, and stores the electronic message in the databases of the electronic message storage (base 120 meta data and the database 122 message data) that are served by the server cluster 118 of the electronic message store. (In this embodiment of the technology, the message body is stored in the message database 122, and the meta data related to the message is stored in the meta data database 120. The meta data includes information about whether the electronic message is undesirable, and message classification).

In another embodiment of the technology, the “post-processing model” is made in accordance with the classification of the electronic message. In the post-processing model, an electronic message is classified after the message is delivered to the recipient's inbox. The steps of such a model are: (1) the transmission of an electronic message by an external message transfer agent 102 to the mail delivery server cluster 110. (2) The receipt of the electronic message by the server cluster 110 mail delivery. The mail delivery server cluster 110 processes the incoming email and transmits it to the destination web server interface server cluster 114. Cluster 114 of the web server interface terminal server processes the electronic message and stores the electronic message in the electronic message storage databases (the meta data database 120 and the message database 122), which are served by the electronic message storage server cluster 118. (As in the case of the previous embodiment of the technology, in this embodiment of the technology, the message body is stored in the database 122 of message data, and the meta-data related to the message is stored in the database 120 of meta-data). At some later point in time, the recipient (user) accesses the mail system using a browser on the user's computer 108. The browser on the user computer 108 interacts with the cluster 116 of the input webmail interface server, which provides the user with an interface by which the user can interact with the system. While the cluster 116 of the input webmail interface server provides the user with an interface, the actual mail data (for example, the list of messages in the user’s inbox) is provided by the cluster 116 of the input webmail interface server after receiving the destination web interface server from the cluster 114 mail. The webmail interface input server cluster 116 thus requests this data from the webmail interface server endpoint cluster 114. After receiving a request from the input web server interface server cluster 116, the web mail server end server cluster 114 connects to the email message storage server cluster 118, which retrieves the mail data from the metadata database 120 and the message database 122, and then redirects them to the cluster 114 destination server webmail interface. The webmail interface server endpoint cluster 114 receives data and redirects it to the anti-spam server and email message server cluster 112. The server cluster 112 of anti-spam and classification of the electronic message determines whether the redirected electronic message is undesirable. For those emails that are unsolicited, no classification is performed. For those electronic messages that are not unwanted, the anti-spam server and electronic message classification server cluster 112 determines the type of the sender of the electronic message and the type (s) of the electronic message. The definitions made by the anti-spam cluster and email classification 112 are sent back to the destination web server interface cluster 114, which processes the definitions made by the anti-spam and email classification cluster 112 and redirects all necessary data and information to the cluster 116 the input webmail interface server (for display to the user) and the server cluster 118 of the electronic message storage for storing in the database 120 meta-data x 122 and the base data messages, respectively.

To illustrate the functioning of the system, as an example, several examples of electronic messages and the process of assigning a message type to each of them are presented. It should be borne in mind that these examples are provided for illustrative purposes only, and therefore have been simplified.

In one embodiment of the technology, a notification type will be assigned to the sample email message for the following reasons:

- The “click here to unsubscribe” link contains a URL in the form of “unsubscribe” or “opt-out”.

- A string of characters "message" is present in the body of the electronic message.

- At least one of the lines “personally”, “personally”, “you”, “received”, “for you”, “with you”, “unread”, “new” is present in the same sentence as the character string "Message" in an electronic message.

- The title field “Subject” does not contain the string of characters “Re:” and “Fwd:”

- The message does not have the “FAILURE” message type. The above explanations, being presented as

elementary rules (ER-EX1- #) and complex rules (CR-EX1- #), in accordance with an embodiment of the present technology will look as follows:

- ER-EX1-1: Does the message body contain a link containing the “unsubscribe” character string?

- ER-EX1-2: Does the body of the message contain a link containing the string “refuse”?

- CR-EX1-1: Is ER-EX1 OR ER-EX2 true?

- ER-EX1-3: Does the message body contain a string of characters "message"?

- ER-EX1-4: Does the message contain the character string “message” in the same sentence as the character string “personal”?

- ER-EX1-5: Does the message contain a string of characters “message” in the same sentence as the string of characters “personal”?

- ER-EX1-6: Does the message contain the character string “message” in the same sentence as the character string “you”?

- ER-EX1-7: Does the message contain the character string “message” in the same sentence as the character string “received”?

- ER-EX1-8: Does the message contain a character string “message” in the same sentence as the character string “for you”?

- ER-EX1-9: Does the message contain the character string “message” in the same sentence as the character string “with you”?

- ER-EX1-10: Does the message contain the character string “message” in the same sentence as the character string “unread”?

- ER-EX1-11: Does the message contain the character string “message” in the same sentence as the character string “new”?

- CR-EX1-2: Is it true ER-EX1-4 OR ER-EX1-5 OR ER-EX1-6 OR ER-EX1-7 OR ER-EX1-8 OR ER-EX1-9 OR ER-EX1- 10 OR ER-EX1-11?

- ER-EX1-12: Does the title bar “Subject” contain a string of characters “Re:”

- ER-EX1-13: Does the title bar “Subject” contain the character string “Fwd:”

- CR-EX1-3: Is ER-EX1-12 OR ER-EX1-13 true?

- ER-EX1-14: Does the message have the “FAILURE” message type?

- CR-EX1-4: Are CR-EX1-1 AND ER-EX1-3 AND CR-EX1-2 true, and are CR-EX1-3 AND ER-EX1-14 false?

- If CR-EX1-4 is correct, then the message is of the “NOTIFICATION” type of message.

In one embodiment of the technology, an “Email” type will be assigned to the sample email message for the following reasons:

- The title field “Subject” contains the lines of the characters “confirmation” and “registration”.

- The body of the message contains in the body of the electronic message the string of characters "activate" and "account".

- At least one of the lines “support”, “administration”, “administrator”, “technical”, “service”, “notification” is present in the message body.

- The message was sent to only one recipient.

- The message does not have the “NOTICE” message type.

- The message does not have the “FAILURE” message type.

- The title field “Subject” does not contain the string of characters “Re:” or “Fwd:”

The above explanations, being presented in the form of elementary rules (ER-EX2- #) and complex rules (CR-EX2- #), in accordance with an embodiment of the present technology will look as follows:

- ER-EX2-1: Does the Subject header field contain a confirmation string?

- ER-EX2-2: Does the subject field of the title field contain the string “registration”?

- CR-EX2-1: Is the correct ER-EX2-1 OR ER-EX2-2?

- ER-EX2-3: Does the message body contain a “activate” character string?

- ER-EX2-4: Does the message body contain a string of characters “account”?

- CR-EX2-2: Are ER-EX2-3 OR ER-EX2-4 true?

- ER-EX2-5: Does the message body contain a string of “support” characters?

- ER-EX2-6: Does the message body contain the string “administration”?

- ER-EX2-7: Does the message body contain a string of characters “administrator”?

- ER-EX2-8: Does the message body contain a “technical” character string?

- ER-EX2-9: Does the message body contain a string of characters “service”?

- ER-EX2-10: Does the message body contain a string of “notification” characters?

- ER-EX2-11: Does the message body contain a string of “support” characters?

- CR-EX2-3: Is it true ER-EX2-5 OR ER-EX2-6 OR ER-EX2-7 OR ER-EX2-8 OR ER-EX2-9 OR ER-EX2-10 OR ER-EX2- eleven?

- ER-EX2-12: Is the number of recipients equal to 1?

- ER-EX2-13: Does the message have the “NOTIFICATION” message type?

- ER-EX2-14: Does the message have the “FAILURE” message type?

- ER-EX2-15: Does the subject line of the subject line contain the string “Re:”?

- ER-EX2-16: Does the subject line of the subject line contain the character string “Fwd:”?

- CR-EX2-4: Is it true ER-EX2-1 OR ER-EX2-2

- CR-EX2-5: Are CR-EX2-1 AND CR-EX2-2 AND CR-EX2-3 HER-EX2-12 true, are false ER-EX2-13 AND ER-EX2-14, and is the CR-EX2-4?

- If CR-EX2-5 is correct, then the message has the message type “REGISTRATION”.

In one embodiment of the technology, the “People” type will be assigned to the sample email message for the following reasons:

- The message was sent with a free email account. Two indicators of this are: (a) the From header field contains the domain name mail.ru, a well-known provider of free mail accounts. (b) The IP address of the sender of the electronic message matches those of mail.ru

- The “From” header field contains the name of the person: “Alex”.

- The title field “Subject” contains at least one of the lines of characters “Re:” or “Fwd:”

- The message does not have the “FAILURE” message type.

- The message does not have the “NOTICE” message type.

- The message does not contain the lines of the characters “unwanted”, “bulk”, “list”, “delivery” or “auto-reply”.

- The message does not contain the string "do not reply to this message."

The above explanations, being presented in the form of elementary rules (ER-EX3- #) and complex rules (CR-EX3- #), in accordance with an embodiment of the present technology will look as follows:

- ER-EX3-1: Is the domain name of the email sender's address included in the list of well-known providers of free email accounts?

- ER-EX3-2: Does the sender IP address match the domain name of the sender email address?

- CR-EX3-1: Are ER-EX3-1 AND ER-EX3-2 true?

- ER-EX3-3: Does the “From” message title box contain the name of the person?

- ER-EX3-4: Does the subject line of the subject line contain the string “Re:”?

- ER-EX3-5: Does the subject line of the subject line contain the character string “Fwd:”?

- CR-EX3-2 Is the true ER-EX3-4 OR ER-3-5?

- ER-EX3-6: Does the message have the “FAILURE” message type?

- ER-EX3-7: Does the message have the “NOTIFICATION” message type?

- ER-EX3-8: Does the message contain a character string “unwanted”?

- ER-EX3-9: Does the message contain a mass character string?

- ER-EX3-10: Does the message contain a list of characters?

- ER-EX3-11: Does the message contain a string of characters "delivery"?

- ER-EX3-12: Does the message contain an auto-reply character string?

- CR-EX3-3: Are false ER-EX3-8 AND ER-EX3-9 AND ER-EX3-10 AND ER-EX3-11 AND ER-EX3-12?

- ER-EX3-13: Does the message contain a “do not reply to this message” character string?

- CR-EX3-4: Are CR-EX3-1 AND ER-EX3-3 and CR-EX3-2 HCR-EX3-3 true, and is ER-EX3-13 false?

- If CR-EX3-4 is correct, then the message has the message type “PEOPLE”.

In one embodiment of the technology, the E-ticket type will be assigned to the sample electronic message for the following reasons:

- The subject field of the message header contains at least one of the character strings: “electronic ticket”, “reservation” and “reservation”.

- The message has an application.

- The title field “Subject” does not contain the string of characters “Re:” or “Fwd:”

- The message does not have the “FAILURE” message type.

- The message does not have the message type "REGISTRATION"

- The message does not have the type of message "NEWS"

- The message does not contain the lines of the characters “payment” or “balance” in the same sentence as the line of characters “pay”.

The above explanations, being presented in the form of elementary rules (ER-EX3- #) and complex rules (CR-EX3- #), in accordance with an embodiment of the present technology will look as follows:

- ER-EX4-1: Does the subject line of the message subject line contain the string “electronic ticket”?

- ER-EX4-2: Does the subject field of the message subject line contain a “ticket” character string?

- ER-EX4-3: Does the subject line of the message subject contain a string of characters "reservation"?

- ER-EX4-4: Does the subject line of the message box contain the string “reservation”?

- CR-EX4-1: Is the correct ER-EX4-1 OR ER-EX4-2 OR ER-EX4-3 OR ER-EX4?

- ER-EX4-4: Does the message contain an application?

- ER-EX4-5: Does the message have the “FAILURE” message type?

- ER-EX4-6: Does the message have the “REGISTRATION” message type

- ER-EX4-7: Does the message have the NEWS message type?

- ER-EX4-8: Does the message contain the string “payment” in the same sentence as the string “pay”?

- ER-EX4-9: Does the message contain the “balance” character string in the same sentence as the “pay” character string?

- CR-EX4-2: Are false ER-EX4-8 AND ER-EX4-9?

- CR-EX4-3: Are CR-EX4-1 AND ER-EX4-4 true, are false ER-EX4-5 AND ER-EX4-6 AND ER-EX4-7, and is EX4-2 true ?

- If CR-EX4-3 is correct, then the message has the type of message “ELECTRONIC TICKET”.

In FIG. 2 shows part of a screenshot 200 of a screen with a user’s inbox of the Yandex ™ mail service’s inbox showing an embodiment of the present technology. In the inbox is a list of electronic messages, which displays information about received electronic messages. Information about the message 202 is displayed in the usual format using information extracted from the header of the electronic message. Thus, the name 204 of the sender of the electronic message 202 (from the header field of the electronic message “From”), the subject 206 of the electronic message 202 (from the header field of the electronic message “Subject”), the time 208 of receiving the electronic message 202 (from the header field of the electronic message “ Date of").

As a result of the implementation of the present technology, the message 210 is displayed in an unusual format. The message type for message 210 has been defined as a “ticket” using the present technology. In this embodiment, information extracted from the contents of the message body 210 (using regular expressions, etc.) is presented in the electronic message list in a standardized format corresponding (in this embodiment) to the ticket type of message. Thus, despite the current view (under which the header fields of the electronic message are displayed for each electronic message), the following information related to message 210 is displayed in their place in the list of electronic messages: departure flight number 212 (flight number No. NN-658 ); departure city, date and time 214 (Moscow, Aug 20, 23:20); return flight number 216 (flight number No. NN-658); Departure city of departure, date and time (Amsterdam, Aug 24, 19:40). In this embodiment, the information was also obtained from an external Internet resource (i.e., the KLM Airlines website) in the form of the KLM logo 220, and is presented in the email list 210. The KLM logo 220 is also a widget when pressed to which the user will switch the user to the KLM Airlines website in the user's web browser. The time 224 for receiving the electronic message 210 (from the header field of the electronic message “Date”) is also displayed next to the printing functionality.

In FIG. 3 depicts a portion of a screen shot 300 with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology. In FIG. 3, the user views the actual electronic message 210 shown in FIG. 2. The reading area of the electronic message has been modified as part of this technology. The reading area displays information from the header 302 of the electronic message and the body 304 of the electronic message. However, the electronic message itself has also been reformatted in accordance with an embodiment of the present technology. In this regard, specific information extracted from the body 304 of the electronic message is displayed in the upper part of the reading area in a standardized format (in accordance with the message type of the message “ticket”). In this regard, the following information is displayed in the upper part of the reading area: departure flight 308 (flight number NN-658); city, date and time of departure 310 (Moscow, Aug 20, 23:20); return flight number 312 (flight number No. NN-658); city, date and time of the return flight (Amsterdam, Aug 24, 19:40). Along with print functionality 318, a widget 316 has been added to remind the user of this information (i.e., flight information) at the right time.

In FIG. 4 depicts a portion of a screen shot 400 with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology. In the reading area of the mail service, another embodiment of the present technology is displayed. The reading area of the electronic message has been modified as part of this technology. The reading area displays information from the email header 402 and the email body 404. However, the electronic message itself has also been reformatted in accordance with an embodiment of the present technology. In this regard, specific information extracted from the body 404 of the electronic message is displayed in the upper part of the reading area in a standardized format (in accordance with the type of message for this message is “invitation” and the type of sender is “natural person”). In this embodiment of the technology, the type of message “invitation” was defined for the type of sender “individual”, since the user was invited by an individual to some event. The mail system extracts information about the event to which the user was invited (using regular expressions, etc.) from the header 402 and message body 404, and then provides the user with this information in a standardized format (according to the type of message and the type of sender ) In this regard, the following information is displayed in the upper part of the reading area: 408 statement that the user was invited by the sender to the event (the sender was named by name); date and time 410 of the event; as well as the address 412 of the event. In this embodiment of the technology, the corresponding widgets 412 and 414 are also provided to the user. If the user selects the confirmation widget 412, he will be provided with an electronic message template stating that he will be present at the event (the user may modify this electronic message before sending, if desired) . If the user selects the reject widget 414, then he will be provided with an electronic message template stating that he will be absent from the event (the user can modify this electronic message before sending, if desired). It should be borne in mind that the message in this case is not a standard electronic invitation to an event created by a regular mail client. A message is an ordinary electronic message transmitted from one person to another, with an invitation to participate with him in some kind of event.

In FIG. 5 depicts a portion of a screen shot 500 with a reading area of a user electronic mail web message of the Yandex mail service displaying an embodiment of the present technology. The reading area of the electronic message has been modified as part of this technology. The reading area displays information from the header 502 of the electronic message and the body 504 of the electronic message. This email has been received from Groupon ™ Discount Service, which provides the user with offers related to specific products and / or services. (Such emails are a standard part of the Groupon service offered). The email has also been reformatted in accordance with this technology. In this regard, in the upper part of the reading area, a widget 506 is displayed in a standardized format (in accordance with the type of message for this message - “discount service”). In this embodiment of the technology, the “discount service” message type was determined because the user received an electronic message from the discount server vendor offering him goods and / or services for purchase.

In this embodiment, the mail system determines (using regular expressions, etc.) what the general category of specific goods and / or services offered to the user in this particular electronic message is. (These general categories were pre-programmed into the system). When the system first encounters such an electronic message (with a discount type message) - as is the case with the electronic message shown in FIG. 5, the system provides a widget that allows the user to select which types of electronic messages the user wishes to receive from discount services. More specifically, about which general categories of specific goods and / or services the user wants to receive electronic messages, and about which - no. In this regard, the widget 506 provides the user with a group of cells 510, each of which is associated with a common category of goods and / or services that the system systems can identify. The user can flag the cells 510 corresponding to the categories of goods and / or services about which the user would like to receive information (i.e. receive electronic messages), and skip the cells 510 corresponding to the categories of goods and / or services whose information the user does not I would like to receive. Then the user clicks on the button 512 inside the widget 506, and the system saves the information. From this moment (until the user changes the appropriate settings), the system will only allow the electronic messages from discount services (in this case) that offer goods and / or services falling into the product category and / or services that have been assigned by the user to be displayed in electronic messages. Electronic messages offering goods and / or services other than those goods and / or services that were assigned by the user to be displayed in electronic messages will be automatically moved by the system to the user’s “deleted” folder. In this embodiment, at any time when the user so desires, the system settings can be modified by him using the settings menu, where you can optionally add / remove flags in the cells. This procedure can be performed for any number of service types; it is not limited only to the discount service.

Modifications and improvements to the above described embodiments of the present technology may be apparent to those skilled in the art. The above description is provided as an example and not as a limitation. The scope of this technology in this way can be limited only by the scope of the attached claims.

Claims (54)

1. A method of reformatting an electronic message having a header and a body that contains content in the received format, the method includes:
receiving an electronic message by at least one server via a data network;
storing at least one server of the electronic message in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server an electronic message from at least one database;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type; and
reformatting at least some of the content in the message body to a predetermined format based on the classification of the electronic message that has been determined; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 2. The method of claim 1, wherein reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body. 3. The method of claim 1, wherein reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body. 4. The method of claim 1, wherein said reformatting includes extracting said predetermined format. 5. The method of claim 4, further comprising, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message. 6. The method of claim 1, wherein said reformatting further includes dynamically creating said predetermined format based on a specific classification of the electronic message. 7. The method of claim 1, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, the method further includes:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 8. The method of claim 7, further comprising determining said first predetermined format and said second predetermined format before said receipt of the first electronic message. 9. The method of claim 8, further comprising storing said first predetermined format and said second predetermined format associated with the first and second classifications in the database. 10. A method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes:
receiving an electronic message by at least one server via a data network;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type;
reformatting at least a portion of the content in the message body to a predetermined format based on the classification of the electronic message that has been determined;
storing at least one server of the electronic message in which the reformatted content is located in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server an electronic message from at least one database; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 11. The method of claim 10, wherein reformatting includes at least one adding a first image to the message body and removing the second image from the message body. 12. The method of claim 10, wherein reformatting includes at least one addition of the first text to the message body and removal of the second text from the message body. 13. The method of claim 10, wherein said reformatting includes extracting said predetermined format. 14. The method of claim 13, further comprising, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message. 15. The method of claim 10, wherein said reformatting further includes dynamically creating said predetermined format based on a specific classification of the electronic message. 16. The method of claim 10, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, the method further includes:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 17. The method of claim 10, further comprising determining said first predetermined format and said second predetermined format before said receipt of the first electronic message. 18. The method of claim 17, further comprising storing said first predetermined format and said second predetermined format associated with the first and second classifications in the database. 19. A method of reformatting an electronic message having a header and a body in which the content in the received format is located, the method includes:
receiving an electronic message by at least one server via a data network;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type;
storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server of the electronic message and classifying the electronic message from at least one database;
reformatting at least some of the content contained in the message body to a predetermined format based on the classification of the electronic message that has been determined; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 20. The method of claim 19, wherein reformatting includes at least one addition of a first image to the message body and removal of the second image from the message body. 21. The method of claim 19, wherein reformatting includes at least one adding the first text to the message body and removing the second text from the message body. 22. The method of claim 19, wherein said reformatting includes extracting said predetermined format. 23. The method of claim 22, further comprising, prior to receiving the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message. 24. The method of claim 19, wherein said reformatting further includes dynamically creating said predetermined format based on a specific classification of the electronic message. 25. The method of claim 19, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, the method further includes:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 26. The method of claim 25, further comprising determining said first predetermined format and said second predetermined format before said receipt of the first electronic message. 27. The method of claim 26, further comprising storing said first predetermined format and said second predetermined format associated with the first and second classifications in the database. 28. The reformatting system of an electronic message with a header and a body in which the contents are in the received format, the system includes:
at least one server includes a computer processor;
at least one database in electronic communication with at least one server;
a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:
receiving an electronic message by at least one server via a data network;
storing at least one server of the electronic message in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server an electronic message from at least one database;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type; and
reformatting at least some of the content in the message body to a predetermined format based on the classification of the electronic message that has been determined; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 29. The system of claim 28, wherein, to perform said reformatting, program instructions are further configured to perform at least one addition of a first image to a message body and removal of a second image from the message body. 30. The system of claim 28, wherein the program instructions are further configured to perform at least one addition of the first text to the message body and removal of the second text from the message body to carry out the reformatting. 31. The system of claim 28, wherein, for performing said reformatting, program instructions are further configured to receive said predetermined format. 32. The system of claim 31, wherein the program instructions are further configured to implement, prior to said receipt of the electronic message, saving a corresponding predetermined format for each potential classification of the electronic message. 33. The system of claim 28, wherein, for the implementation of said reformatting, program instructions are further configured to dynamically create said predetermined format based on a specific classification of the electronic message. 34. The system of claim 28, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, program instructions are further configured to:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 35. The system of claim 28, wherein the program instructions are further configured to determine said first predetermined format and said second predetermined format before said receipt of the first electronic message. 36. The system of claim 35, wherein the program instructions are further configured to save said first predetermined format and said second predetermined format associated with the first and second classifications in the database. 37. The reformatting system of an electronic message with a header and a body in which the contents are in the received format, the system includes:
at least one server includes a computer processor;
at least one database in electronic communication with at least one server;
a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:
receiving an electronic message by at least one server via a data network;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type;
reformatting at least a portion of the content in the message body to a predetermined format based on the classification of the electronic message that has been determined;
storing at least one server of the electronic message in which the reformatted content is located in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server an electronic message from at least one database; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 38. The system of claim 37, wherein, to perform said reformatting, program instructions are further configured to implement at least one addition of a first image to a message body and removal of a second image from the message body. 39. The system of claim 37, wherein the program instructions are further configured to perform at least one addition of the first text to the message body and removal of the second text from the message body to carry out the reformatting. 40. The system of claim 37, wherein, for performing said reformatting, program instructions are further configured to receive said predetermined format. 41. The system of claim 40, wherein the program instructions are further configured to implement, prior to the receipt of the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message. 42. The system of claim 37, wherein, for performing said reformatting, program instructions are further configured to dynamically create said predetermined format based on a specific classification of the electronic message. 43. The system of claim 37, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, program instructions are further configured to:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 44. The system of claim 37, wherein the program instructions are further configured to determine said first predetermined format and said second predetermined format before said receipt of the first electronic message. 45. The system of claim 44, wherein the program instructions are further configured to save said first predetermined format and said second predetermined format associated with the first and second classifications in the database. 46. The reformatting system of an electronic message with a header and a body in which the contents are in the received format, the system includes:
at least one server includes a computer processor;
at least one database in electronic communication with at least one server;
a permanent computer-readable storage medium in electronic communication with at least one server containing software instructions, the execution of which by a computer processor is carried out:
receiving an electronic message by at least one server via a data network;
determining at least one classification server of an electronic message from at least one database, the classification includes a sender type and at least one message type;
storing at least one server of the electronic message and classifying the electronic message in a database in communication with at least one server;
receiving at least one server from the client device a request for an electronic message;
receiving at least one server of the electronic message and classifying the electronic message from at least one database;
reformatting at least some of the content contained in the message body to a predetermined format based on the classification of the electronic message that has been determined; and
transmitting at least one server to the client device at least part of the reformatted content located in the message body. 47. The system of claim 46, wherein, to perform said reformatting, program instructions are further configured to implement at least one addition of a first image to a message body and removal of a second image from the message body. 48. The system of claim 46, wherein, to implement said reformatting, program instructions are further configured to perform at least one addition of the first text to the message body and removal of the second text from the message body. 49. The system of claim 46, wherein, for performing said reformatting, program instructions are further configured to receive said predetermined format. 50. The system of claim 49, wherein the program instructions are further configured to implement, prior to the receipt of the electronic message, storing a corresponding predetermined format for each potential classification of the electronic message. 51. The system of claim 46, wherein, to implement said reformatting, program instructions are further configured to dynamically create said predetermined format based on a specific classification of the electronic message. 52. The system of claim 46, wherein said electronic message is a first electronic message, said classification of an electronic message is a first classification, said predetermined format is a first predetermined format, program instructions are further configured to:
receiving a second electronic message by at least one server via a data network;
determining at least one server of the second classification of the second electronic message from at least one database, the classification includes the type of sender and at least one type of message; and
reformatting at least some of the content contained in the body of the second message into a second predetermined format based on the classification of the electronic message that has been determined; said second predetermined format is different from the first predetermined format. 53. The system of claim 46, wherein the program instructions are further configured to determine said first predetermined format and said second predetermined format before said receipt of the first electronic message. 54. The system of claim 46, wherein the program instructions are further configured to save said first predetermined format and said second predetermined format associated with the first and second classifications in the database.

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