RU2671999C1 - Method and system for diagnostics of mobile computer devices - Google Patents

Abstract

FIELD: computer equipment.SUBSTANCE: invention relates to computer engineering. Device for diagnosing mobile computing devices is proposed, which includes: performing installation of a synchronization service and installing mobile applications on computing devices; installing drivers; making connections between mobile computing devices and computing devices; installing mobile application for diagnostics on a mobile computing device; launching a mobile application for diagnostics by user on a mobile computing device with the organization of a TCP server; carrying out diagnostics of a mobile computing device with the diagnostics of the constituent elements of a mobile computing device; transferring diagnostics results to a computing device; sending diagnostic results from the computing device to the web server, saving the database on the server, and the saved diagnostics results are also displayed to the user via the web interface.EFFECT: increased speed and quality of diagnostics.21 cl, 6 dwg

Description

Technical field

The invention relates to the field of electrical engineering and information technology and computer technology, and more particularly to the diagnosis (testing) of computing devices, in particular mobile computing devices, such as smartphones, mobile (cellular) phones, tablets, personal digital assistants (PDAs) and others, and can be used to diagnose various computing devices (user), in particular, mobile computing devices.

State of the art

Currently known system and method for diagnosing a computing device (see PCT / IL 2016/050236, publ. No. WO 2016139665 09/09/2016), which describes the possibility of functioning (operation) of the computing device in various modes, and the application for Diagnostics can selectively perform one or more tests on the said device, record the result of the test and perform any action based on the result. This mode can be a safe mode, including the execution of only part of the operating system and diagnostic applications. Diagnostics may include executing said application and checking the performance of one or more resources of the computing device during application execution.

The disadvantage of the mentioned method and system is the need to use safe-mode (protected) mode for diagnosing the mentioned devices, as well as the need to use root rights, jail break on such devices in order to implement the said method and system. Also, a drawback of the aforementioned methods and systems requires a mandatory reboot of said devices in order to diagnose them.

Also known is a method for automating functional testing for mobile applications controlled by gestures (see US 9154611 B1, publ. 10/06/2015), which includes launching a functional testing program on the server. The program for functional testing (diagnostics) provides a graphical interface that allows the user to select a mobile application and a mobile computing device with a touch screen for user input. The mobile computing device is a remote device in relation to the server. The program for functional testing launches a mobile application on a mobile computing device via a wireless network connection. The server receives precision elements for each gesture on the touch screen, where the precision elements are intercepted and transmitted from the mobile computing device to the server during the execution of the mobile application, and the precision elements are then stored.

The disadvantage of this method is the testing of a mobile application and touch screen, and the testing is carried out on the server, and not on the mobile computing device.

Also known is a method and system for automatically checking mobile applications (see US 9152541 B1, publ. 03/22/2012), which describes various options for automatic testing and verification (verification) of mobile applications.

The disadvantage of this solution is testing only a mobile application without diagnostics of the mobile device and its components, and in order to place such a mobile application in the mobile application store.

The proposed system and method can overcome at least part of the above disadvantages or all of these disadvantages, as well as realize the advantages of the present invention, as described in the framework of the present invention.

SUMMARY OF THE INVENTION

The technical result achieved by the invention consists in increasing the speed and quality of diagnostics of mobile computing devices and their components.

According to one embodiment, a method for diagnosing mobile computing devices is provided, which includes: installing a synchronization service and installing mobile applications for diagnosing at least one of a user's computing devices; the installation of drivers on the user's computing device from manufacturers of mobile operating systems and manufacturers of mobile computing devices that are diagnosed devices, for the establishment of communication between mobile computing devices and computing devices of the user; making a connection between mobile computing devices and user computing devices; the implementation of the installation of a mobile application for the diagnosis of a mobile computing device on at least one such mobile computing device, and the installation of the aforementioned mobile application for diagnosis is carried out by means of a synchronization service and the installation of mobile applications for diagnosis; the user launching the mentioned mobile diagnostic application on a mobile computing device, and at the time of launching the mobile diagnostic application, such a mobile diagnostic application organizes a TCP server that waits for the user’s computing devices to be connected on a predetermined port, where the mentioned port is automatically selected from available ports service for synchronization and installation of mobile applications for diagnostics; diagnosing a mobile computing device, the diagnosis of a mobile computing device including a process for diagnosing the constituent elements of a mobile computing device; transmitting diagnostic results to at least one user computing device through the synchronization service and installing mobile diagnostic applications that exchange data with the mobile diagnostic application through a data exchange module; the implementation of sending diagnostic results from the user's computing device to a web server, and the diagnostic results are stored on at least one database server, at least one data warehouse, at least one database, and the diagnostic results are saved are also displayed to at least one user through a web interface in a web browser in order to determine the health or malfunction of a mobile computing device or at least one composite th element of a mobile computing device.

In one of the private embodiments, in the process of diagnosing a mobile computing device, a diagnosis is made of the functioning of software installed on the mobile computing device, including driver diagnostics for the components of a mobile computing device and applications.

In one particular embodiment, in the process of diagnosing a mobile computing device, the software of the mobile computing device is updated, including at least one application installed on it, or at least one part of such an application, and such a mentioned part applications associated with a specific component of a mobile computing device.

In one of the private embodiments, in the process of diagnosing the mobile computing device, the drivers of the constituent elements of the mobile computing device, operating systems or components of the operating systems of the mobile computing device and / or computing device of the user are updated.

In one of the private embodiments, in the process of diagnosing the mobile computing device by accessing the API of the operating system of the mobile computing device, the mobile diagnostic application determines the available number of components of the mobile computing device, the diagnostics of which are carried out using the mobile diagnostic application.

In one particular embodiment, the constituent elements of a mobile computing device are microphone (s), speaker (s), screen (s), sensor (s), camera (s) and flash (s).

In one particular embodiment, the speakers are diagnosed with a mobile computing device, moreover, an audio recording is played on a mobile computing device, and a set of images is displayed on a mobile computing device during or after playback of an audio recording by a mobile diagnostic application, at least one of which corresponds to the audio recording, and then by the user of the mobile computing device after or during inter Shivani record is used to select said image corresponding to the reproduced record, and if the user selected image corresponds to the reproduced record, the diagnosis mobile computing device speaker is passed such a mobile computing device.

In one of the private embodiments, the microphones of the mobile computing device are diagnosed, and after launching the mobile diagnostic application in the diagnostic process, the mobile diagnostic application records “white noise” using at least one microphone of the mobile computing device and, if it was determined that the “white noise” was recorded by the mobile diagnostic application, the mobile diagnostic application records the health of the microphone.

In one of the private embodiments, the mobile application for diagnostics diagnoses the mobile computing device for “hacking”, and this diagnostic includes checking for the free access of the user and / or one of the applications installed on the mobile computing device to the file system of the mobile operating system a mobile computing device, wherein said diagnosis is carried out by installing a Windows service on a mobile computing device GUSTs unsigned mobile application developer, and when trying to run the application for a mobile user of such diagnosis or unsigned application is checked, in which if it is possible implementation of start of said unsigned application, the device is "cracked".

In one particular embodiment, in the process of diagnosing “hacking” a mobile computing device using a mobile diagnostic application, an attempt is made to access system directories by reading the contents of files and subdirectories of such directories, and if the fact of the said reading was discovered, the diagnostic result is the fact of “hacking” a mobile computing device.

In one of the private embodiments, in the process of diagnosing “hacking” a mobile computing device by using a mobile application for diagnostics, an attempt is made to access the system files of the mobile computing device, and if system files can be read, the diagnostic result in this case is the fact of “hacking” the device of a mobile computing device, and if reading the system files and the contents of the atalogov can not be performed, the diagnosis result to "hacking" mobile computing device is the fact that a mobile computing device has not been "hacked".

In one of the private embodiments, in the process of diagnosing “hacking” a mobile computing device using a mobile diagnostic application, an attempt is made to install a mobile application that is not signed by a license for a mobile computing device, and if the mobile application or user is unable to install such an unsigned application , then the diagnostic result is the fact of the absence of “hacking” of the mobile computing device.

In one particular embodiment, after installing a mobile diagnostic application using the synchronization service and installing mobile diagnostic applications on at least one mobile computing device, the mobile computing devices are automatically connected to at least one user computing device.

In one particular embodiment, the synchronization and installation service of mobile applications for diagnostics for each connected mobile computing device to the user's computing device creates a dedicated program execution thread as part of the synchronization and installation of mobile applications for diagnostics, the dedicated program execution flow performing at least , one attempt to organize a socket with a TCP server, and a service for synchronizing and installing mobile applications for diagnostics Iki attempts to establish a connection between the mobile computing device and the user's computing device.

In one particular embodiment, in the case of the aforementioned successful creation of a dedicated program execution flow, two-way data exchange is carried out between a mobile diagnostic application installed on a mobile computing device and a synchronization and installation service of mobile applications for diagnosing a user's computing device, and the two-way data exchange is carried out through a protocol that contains control words, rules for generating messages, right the strength of message encryption and methods for analyzing them, where the operation of the protocol is carried out through the TCP / IP protocol stack, in particular, by the transport layer of such a protocol by means of the mentioned sockets created during the connection.

In one particular embodiment, a dedicated synchronization service and installation of mobile applications for diagnostics is created with each of the simultaneously connected mobile computing devices to the user's computing devices, and the above-mentioned independent connection is established with each of the simultaneously connected mobile computing devices, and the navigation control in the windows a mobile diagnostic application is carried out through the connection.

In one of the private options for implementation, a dedicated program execution flow is carried out after: receiving a synchronization service and installing applications for diagnosing a list of connected mobile computing devices; the synchronization and installation of applications for diagnostics comparing a connected mobile computing device with a list of connected mobile computing devices to at least one user computing device; the synchronization and installation of applications for diagnostics to verify the presence of a new mobile computing device connected to the user's computing device, and if such a mobile computing device is found in the list of connected mobile computing devices, then such a device is added to the list of connected mobile computing devices.

In one of the private options for implementation in the process of diagnostics, a mobile application for diagnostics receives data about the manufacturer of the mobile computing device, and obtains the properties of the mobile computing device.

In one particular embodiment, in the diagnostic process, commands are sent by the user's computing device to at least one mobile computing device and the user's computing device waits for a response from the mobile computing device containing the diagnostic results of the mobile computing device.

In one particular embodiment, during the execution of a mobile diagnostic application on a mobile computing device, the synchronization and installation service for mobile diagnostic applications, at a predetermined frequency, sends encrypted data to the mobile computing device using one of the known encryption methods that the mobile diagnostic application unambiguously interprets by use timestamps, a password that is stored on the web server, and use Xia for protection against a possible implementation of the decoding of said third party data users, services, applications and systems.

According to one implementation option, a system for diagnosing mobile computing devices is proposed, comprising: at least one mobile computing device, which is a diagnosable device, onto which: installing a mobile application for diagnosing a mobile computing device, and installing said mobile application for diagnostics is carried out through the synchronization service and the installation of mobile applications for diagnostics, with the launch mentioned of a mobile diagnostic application on a mobile computing device, where at the time of launching a mobile diagnostic application, such a mobile diagnostic application organizes a TCP server that waits for the user’s computing devices to connect to a predefined port, where the mentioned port is automatically selected from the available ports by the synchronization service and installation of mobile applications for diagnostics, and diagnostics of a mobile computing device includes the process of diagnosing tics constituent elements of the mobile computing device; at least one computing device of the user associated with at least one mobile computing device, and on said computing device of the user is carried out: installing a synchronization service and installing mobile applications for diagnostics; installing drivers from manufacturers of mobile operating systems and manufacturers of mobile computing devices to establish communication between the mobile computing device and the user's computing device; a data exchange module that transmits diagnostic results to at least one user computing device through a synchronization service and installs mobile diagnostic applications that communicates with a mobile diagnostic application; a web server to which diagnostic results are sent from the user's computing device; a database server, to which the diagnostic results transmitted to the web server are saved, and the storage is carried out in at least one data store, at least one database, and the stored diagnostic results are also displayed, at least one user through a web interface in a web browser to determine the health or malfunction of a mobile computing device or at least one component of a mobile computing device.

The invention is illustrated by drawings:

FIG. 1 illustrates an exemplary embodiment of a system for diagnosing mobile computing devices, according to one embodiment of the present invention;

FIG. 2 illustrates an exemplary diagram of a diagnostic system for mobile computing devices according to one embodiment of the present invention;

FIG. 3 illustrates a block diagram of an exemplary embodiment of the present invention;

FIG. 4 illustrates an example embodiment of a synchronization and installation service for mobile diagnostic applications, according to one implementation of the present invention.

FIG. 5 illustrates the execution of a dedicated program execution flow, in accordance with one embodiment of the present invention.

FIG. 6 illustrates an example of a general purpose computer system.

Description of Embodiments

The objects and features of the present invention, methods for achieving these objects and features will become apparent by reference to exemplary embodiments. However, the present invention is not limited to the exemplary embodiments disclosed below, it can be embodied in various forms. The essence described in the description is nothing more than the specific details provided to assist the specialist in the field of technology in a comprehensive understanding of the invention, and the present invention is defined only in the scope of the attached claims.

Used in the present description of the invention, the terms "component", "element", "system", "module", "part", in particular, "component", and the like are intended (used) to refer to computer entities (entities / objects associated with a computer, computing entities), which can be hardware / equipment (for example, a device, instrument, apparatus, equipment, part of a device, in particular, a processor, microprocessor, printed circuit board, etc.), software (on Example, executable program code, compile the application, software module, part of the software and / or code, etc.) or firmware (firmware / firmware). So, for example, a component can be a process running / executing on a processor, a processor, an object, an executable file, a program, a function, a method, a library, a subprogram and / or a computing device (for example, a microcomputer or a computer) or a combination of software or hardware. As an illustration: as an application running on a server can be a component or module, so the server can be a component or module. At least one component may be located within the process. A component may reside on a single computing device (eg, a computer) and / or may be distributed between two or more computing devices. So, for example, in a particular case, an application (component) can be represented by a server component (server part) and a client component (client part). In the particular case, the client component is installed on at least one computing device, and the server component is installed on the second computing device, from which, in the particular case, control and / or configuration of the first computing device (and / or its component components / parts.

In FIG. 1 shows an exemplary embodiment of a system for diagnosing mobile computing devices according to one embodiment of the present invention.

A system that implements the method (or at least one part of the method) described in the framework of the present invention, an example of which is shown in FIG. 1 comprises at least one web server 110 associated with at least one database server 120. The web server 110 may be associated with at least one user computing device (client computing device) 140A , 140B ... 140N., For example, through the Internet. Such user computing devices (140A, 140B ... 140N) can be various (including digital, analog, combined, mechanical, etc.) devices, in particular, but not limited to, electronic devices. So, for example, such user computing devices (140A, 140B ... 140N) can be personal computers, electronic computers (computers), laptops, servers, workstations, monoblocks, computer stands, desktop computers, test benches, demonstration computer stands, etc. .d.

Depicted in FIG. 1, the system may also include at least one mobile computing device (150A, 150B, 150V, 150G, 150D, 150E, 150Zh, 150Z ... 150N), a diagnosed (tested) mobile computing device, and which may be connected, at least at least with one user computing device (140A, 140B ... 140N). It is worth noting that in the particular case of the implementation of the present invention, a mobile computing device (150A, 150B, 150V, 150G, 150D, 150E, 150ZH, 150Z ... 150N) can be connected to the user's computing device (140A, 140B ... 140N) via the USD interface or by any other type (type, means, etc.) of communication, as described in more detail below. A mobile computing device (150A ... 150N), a diagnosed (mobile computing) device, can be such a mobile device as a telephone (mobile, cellular, etc.), tablet, smartphone, etc. It should be noted that at least one operating system, for example, a mobile operating system (mobile OS), in particular Android, iOS, can be installed on a mobile computing device (150A ... 150N).

It is worth noting that a particular case of the user is at least one administrator (operator, client, etc.), i.e., in the particular case, a person interested in diagnosing mobile computing devices (150A ... 150N) or performing diagnostics of mobile computing devices (150A ... 150N), in particular, performing testing of devices (150A ... 150N). It is worth noting that the user can diagnose (test) at least one functional of a mobile computing device (150A ... 150N), for example, by interacting with such a device (150A ... 150N). In the particular case, the interaction is pressing the buttons (keys) of the device (150A ... 150N), interacting with the touch screen of such a device (150A ... 150N), listening to audio recordings played on the device (150A ... 150N), etc., as in more detail described later. Also, in the particular case, the user is also the administrator (operator, client, etc.), i.e., in the particular case, a person who is interested in operability or supports the operability of equipment, for example, web server 110 and / or base server data 120, user computing devices (140A ... 140N), data storages, communication between the components (modules) of the described system, an exemplary version of which is shown in FIG. 1. Also, the user can install a mobile application for diagnostics (mobile computing devices (150A ... 150N)) 280 on devices (150A ... 150N), as well as install services (services), for example, synchronization services and install mobile applications for diagnostics 210 to the user's computing device (140A ... 140N). It is worth noting that indicated in FIG. 1, the components of the described system (including software and / or hardware components) can be an integral part of the described system and / or can be connected to the said system. So, for example, the components depicted in FIG. 1, the systems can be connected by one of the currently known or future invented direct (for example, through terminals and / or wires, soldering, riveting, etc.) or indirectly (through intermediate devices, including various kinds of converters, in in particular, converters / converters of information, including data, in analog form, digital form or in any other known form of information). It is worth noting that the components depicted in FIG. 1, systems can be interconnected via wired communication, wireless communication, through various types of connectors, wires, etc.

It is worth noting that the components depicted in FIG. 1 of the system can be interconnected (and any other components, devices and services (services) that can receive information from the components of the described system and / or transmit data to the described system components) through various types of communication, for example, through a local area network (LAN) ), the Internet (130), (by means of) mobile communications, satellite communications and / or by any other type or method of wired communication (for example, via a USB interface, an RS-232 / COM port interface, etc.) and / or wireless communications, for example, Bluetooth, Wi-Fi, mobile cellular (GSM), including 3G, 4G, LTE, in particular, in the bands 850/900/1800/1900 MHz, satellite communications, trunking and data channels ultra-low power consumption, forming complex wireless networks with mesh topology (ZigBee), etc.

It is worth noting that at least one part of the method described in the framework of the present invention (or the whole method) can be implemented on the web server 110 and / or on the user's computing device (140A ... 140N), and / or on the mobile computing device ( 150A ... 150N). It is worth noting that communication between the web server 110 and the user's computing devices (140A ... 140N) and / or the database server 120, and / or between the user's computing devices (140A ... 140N) and the database server 120 can be carried out by, at least one data transfer protocol, including network protocol, for example, TCP / IP, HTTP / HTTPs (Hyper Text Transfer Protocol, Hypertext Transfer Protocol), FTP (File Transfer Protocol, File Transfer Protocol), РОР3 (Post Office Protocol, standard mail connection protocol), SMTP (Simple Mail Tran sfer Protocol, a protocol that defines a set of rules for sending mail), TELNET (remote access protocol), HMRP (from the English Extensible Messaging and Presence Protocol - an extensible messaging and presence information protocol, formerly known as Jabber - open, based on XML, a protocol for instant messaging and presence information in near real-time mode), DTN, etc.

The aforementioned web server 110 may be implemented by a specialized computing device (in particular, a computer) and / or specialized equipment for executing service software on it, including services (services) of various tasks.

It is worth noting that the database server 120 provides maintenance and management of at least one database and is responsible for the integrity and safety of the data, and also provides input-output operations when the client accesses the information. It is also worth noting that the database can be hosted on at least one data warehouse. In a particular case, a data warehouse is a device for storing information / data and can be implemented with at least one hard disk drive (HDD), a solid-state drive (SSD, Eng. solid-state drive), a hybrid hard disk (SSHD, English solid-state hybrid drive), a storage area network (SAN / Storage Area Network), a network storage system / NAS (NAS, Network Attached Storage) and / or any other device that allows at least recording and / or storing data. The data in said data warehouses can be stored in any known format, for example, in a database (DB), for example, in the form of at least one table or a set of related or unrelated database tables. It is worth noting that at least one of the mentioned databases can be hierarchical, object, object-oriented, object-relational, relational, network and / or functional database, each of which can be centralized, concentrated, distributed, heterogeneous, homogeneous, fragmented / partitioned, replicated, spatial, temporal, spatio-temporal, cyclic, super-large database, etc., and for the management, creation and use of databases can be used lzovatsya different database management systems (DBMS).

Also, the data in said data warehouses can be stored in at least one file, in particular, in the form of a text file, or the data can be stored in any at least one other data / information storage format currently known data format invented later.

In the particular case of the implementation of the present invention, at least one part of the described method and system may be software or part of the application. Also, at least one part of the described method and system may be at least one service (service) implemented, for example, by program code, script / scripts, and also may be executable components of various systems (in particular, computer systems) and subsystems (e.g., input subsystems, output subsystems, storage subsystems, in particular, a disk subsystem, a data transfer subsystem, etc.).

It is worth noting that the above-mentioned means of application software components may include the execution (execution) of program code, executable application code, machine code, etc., in particular, in compiled and / or non-compiled form, for example, in the form of javascript (java scripts), as well as in the form of one of the intermediate languages (programming), for example, the intermediate language CIL, from English. Common Intermediate Language.

In FIG. 2 shows an exemplary diagram of a diagnostic system for mobile computing devices according to one embodiment of the present invention. In the particular case of the implementation of the present invention, a synchronization and installation service of mobile applications for diagnostics 210 is installed on the user's computing device (140A ... 140N). In the particular case, the service (service) 210 allows the installation of mobile diagnostic applications 280 on mobile computing devices (150A ... 150N). In more detail, the algorithm of the synchronization service and the installation of mobile applications for diagnostics 210 is shown in FIG. 4. In the particular case of the present invention, a web browser (browser, web browser) 220, for example, Internet Explorer, Mozilla Firefox, Google Chrome, Safari, Opera, Microsoft Edge, and etc. Web browser 220 is used to provide the user with an interface (in particular, a web interface), in a particular case being a user interface (user interface) for displaying html content (html content) to a user.

It is worth noting that the execution of service 210 in a particular case is carried out under the control of the Windows operating system (OS), i.e. is a Win service (Windows service).

It is also worth noting that the service 210 communicates with the application 280 through the data exchange module 230, which in the particular case is “Android debug bridge” (ADB) or “LibiMobileDevice iOS Data Bridge”. In a particular case, the data exchange module 230 allows data exchange between the service 210 and the application 280, and such data are parameters, serial numbers, mobile computing devices (150A ... 150N), other identification data, the ability to control mobile computing devices (150A ... 150N) (functions of such mobile computing devices), etc., as described in more detail in the framework of the present invention.

Also, service 210 (which is a special case of a Windows application running (running) in Service mode) synchronizes mobile computing devices (150A ... 150N), in particular, data between service 210 on a computing device (150A ... 150N ), and data stored in at least one database, database server 120, through the web service 250. In the particular case of the implementation of the present invention, the service on the mobile computing device (150A ... 150N) transfers to the computing device user interface (client computing device) 140 data such as parameters (characteristics), serial numbers, IMEI, statuses of batteries (batteries, batteries, etc.), etc., of at least one mobile computing device (150A ... 150N).

In the particular case of the implementation of the present invention, data transfer between the service 210 and mobile computing devices (150A ... 150N) is via a USB connection between such a service and devices.

It is worth noting that the web server 110 may include the web service 250 installed on it, which in the particular case implements and publishes a set of methods by which data is transferred (in the particular case, data synchronization) between the user's computing device (client computing device) 140 and a web server 110, wherein the web service 250 includes a set of methods, a database, and a (graphical) user interface. At the time of launching the mobile diagnostic application 280, application 280 organizes a TCP server (from the English TCP, transmission control protocol), which expects the computing devices of the user (140A ... 140N) to be connected to a predetermined port by the developers of the described method and system, or at least by at least one user, and said port can also be selected automatically (moreover, one of the available ports can be selected), for example, by service 210. Thus, after installing application 280 using service 210, It least one mobile computing device (150A ... 150N), an automatic connection of mobile computing devices (150A ... 150N), at least one user computing device (140A ... 140N).

Next, the service 210 for each connected mobile computing device (150A ... 150N) to the user's computing device (140A ... 140N) organizes (creates) a dedicated program execution thread (Device Worker Thread) - as part of the service 210. In the particular case, each dedicated execution thread the program makes at least one attempt to organize a socket (from the English socket - the program interface for ensuring the exchange of data between processes, and such processes with the mentioned exchange can be executed as on one computing device In fact, then on various computing devices interconnected) with the TCP server (in the particular case, which is the mobile application), in the particular case, service 210 attempts to establish a connection between the mobile computing device (150A ... 150N) and user's computing device (140A ... 140N). It should be noted that in a particular case, a dedicated program execution thread (dedicated thread, dedicated queue, separate queue, separate "branch") receives data from at least one mobile computing device (150A ... 150N), which is the diagnosed device, and also carries out data processing, and transmitting the received data from a mobile computing device (150A ... 150N) to a user's computing device (140A ... 140N), as shown in FIG. 5.

Upon successful establishment of the mentioned connection (in particular, in the case of successful creation of a dedicated stream), two-way data exchange is carried out between the application 280 installed on the mobile computing device (150A ... 150N) and the user's computing device (140A ... 140N), in particular, the service 210 It is worth noting that the mentioned two-way data exchange is carried out by means of a protocol, which, in a particular case, contains control words, message generation rules, message encryption rules and methods for their analysis, which are described in more detail below. The functioning of said protocol is carried out through the TCP / IP protocol stack, in particular, through the transport layer of such a protocol by means of the mentioned sockets created during the connection process. In the particular case, the implementation of the present invention, regardless of the number of connected, in particular connected (simultaneously) mobile computing devices (150A ... 150N) to the user's computing devices (140A ... 140N), with each of which (mobile computing devices (150A ... 150N )) the creation (installation) of a dedicated service flow 210 is carried out and with each of which the aforementioned (independent) connection is established. Navigation management (in particular, navigation methods) in the windows (slides) of the mobile application 280 is carried out through the connection. In the particular case, by transmitting at least one service command 210 by using the described protocol, the application 280 on the mobile computing device (150A ... 150N) navigates ("understands" what needs to be done). In the particular case, said two-way data exchange allows the service 210 to receive data via said established connection (s). The mentioned data are the results of executing commands by mobile computing devices (150A ... 150N), moreover, such commands may be different commands and may vary depending on (types) of mobile computing devices (150A ... 150N), (type) of diagnostics of mobile computing devices (150A ... 150N), settings of the user's computing device 140A ... 140N, etc., moreover, such commands may include, for example, the LEFT command, which moves the screen of the mobile computing device (150A ... 150N) to the left (transition (as described below) to the previous screen); the RIGHT command (RIGHT), which moves the screen of the mobile computing device (150A ... 150N) to the right (go to the next screen), the NORMAL, ERASE, INFO commands that control the operating modes of the mobile computing device (150A ... 150N), and also such data are the results of the application 280).

In the process of execution (execution) of the application 280 on a mobile computing device (150A ... 150N), the service 210 with a predetermined (for example, specified by the user computing device user 140A ... 140N) frequency (for example, 1-5 seconds) sends to the mobile computing device ( 150A ... 150N) data (which can be encrypted, for example, by one of the known encryption methods or methods), in particular, the character set that application 280 can (uniquely) interpret (including decrypt), in particular by using timestamps, a password (which, in a particular case, is stored on the web server 110, and is used to protect against possible decryption (decryption) of the described data by third-party users (services, applications, systems, etc.) of the described system and method, in particular, by fraudsters, and encryption (for example, if the transmission of the mentioned data (data exchange) is encrypted), as described in more detail below.

In case of violation of the expected hash sum, the absence of messages from the user's computing device (140A ... 140N) for a predetermined period (for example, by constants in application 280) of the time period (for example, within 5 seconds), application 280 stops its operation and makes a request (for example by displaying a message on a mobile computing device (150A ... 150N)) to the user to perform reconnection (communication) with the user's computing device (140A ... 140N), which in a particular case allows protection Appendicies 280 against unauthorized use without computing the user (140A ... 140N) device on which the service is carried out pursuant to 210. In the particular case of the present invention, the mobile application 280 based on the above-mentioned (current) time stamp and password performs the computation of said hash sum. Also, the mobile application 280 receives the hash calculated on the user's computing device 140A ... 140N. If the said hash sums do not match, then at least one computing device or application, for example, the user's computing device 140A ... 140N, detects a violation of the expected hash sum.

So, the protocol described above can be implemented by the two-way data exchange module (which is part of the mobile application 280) between the application 280 installed on the mobile computing device (150A ... 150N) and the service 210. In the particular case of the implementation of the present invention, said two-way data exchange module between application 280 installed on a mobile computing device (150A ... 150N), and service 210 is a module for monitoring the connection (for example, via USB) and receiving / sending data (in particular, as described in Chez for detecting malfunction of hash sums) with the user's computing device (140A ... 140N). In the particular case of the implementation of the present invention, said connection control module performs at least two operations (functions), for example:

- monitoring the connection;

- receiving / transmitting data from / to the user's computing device (140A ... 140N), to which a mobile computing device (150A ... 150N) is connected (with which communication is established).

In the particular case of the implementation of the present invention, when the application 280 is launched, the TCP server is organized as a separate stream, which listens to a specific port mapped (from the English mapping) to USB and accepts the connection of the user's computing device (140A ... 140N). So, for example, when launching a mobile diagnostic application 280 on a mobile computing device (150A ... 150N), a mobile diagnostic application 280 executes a code, and part of this code is implemented by a TCP server, which operates in connection standby mode. The user's computing device (140A ... 140N), on which the Windows application (service) is running, performs mapping (mapping) of the local ports of the user's computing device (140A ... 140N) to the ports of the USB-connected mobile computing devices (150A ... 150N). Further, the Windows application for each mobile computing device (150A ... 150N) establishes a connection with the TCP servers organized on mobile computing devices (150A ... 150N).

In the particular case of the implementation of the present invention, the port number of such a connection may be the port number "2345".

In the particular case of the implementation of the present invention, after the application 280 is started for a predetermined time (for example, within 10 seconds), a connection is established between the mobile computing device (150A ... 150N), for example, by means of the application 280, and the user's computing device (140A ... 140N) , for example, by service 210. If there is no connection, application 280 suspends its execution ("work") and notifies the user of the need to establish the mentioned connection. The user notification can be displayed on the screen of the mobile computing device (150A ... 150N) and / or on the user's computing device (140A ... 140N), for example, in the form “Establish a connection”. In the case of a successful connection, application 280 continues.

Further, the user's computing device (140A ... 140N), with a predetermined interval (for example, 1 time in 2 seconds), transfers to a mobile computing device (150A ... 150N), in particular, to a TCP server, a data set, for example, in the form strings. It is worth noting that the data mentioned, in particular, as a string transmitted from a user's computing device (140A ... 140N) to a mobile computing device (150A ... 150N), can have the following format: [DD-MM-YYYY HH: MM: SS ]: HASH: COMMAND, where

- [DD-MM-YYYY HH: MM: SS] - date and time of the user's computing device (140A ... 140N);

- HASH is a hash sum, for example, MD5 obtained (calculated using a hash function) from the string "[Date time]: Password" (and the password is stored in a constant in the data of mobile applications 213, the password being known to the user's computing device 140 and mobile application 213);

- COMMAND - Command (EMPTY - ignoring this command, LEFT - the transition is performed (Slide, from the English Slide; Sliding, from the English Sliding) using the application 213 to the previous screen of the mobile computing device (150A ... 150N), RIGHT - the transition is performed using the applications 213 to the next screen of a mobile computing device (150A ... 150N);

";" - pair separator;

":" - separator Name / Value.

In the particular case, application 280 performs the calculation of the hash sum from the line: "[DD-MM-YYYY HH: MM: SS]" + "Password". If the calculated hash is not equal to the received "HASH" value from the user's computing device (140A ... 140N), then the application 280 stops (application 280 stops its work), otherwise the application 280 continues to function (continues to work).

Next, a mobile computing device (150A ... 150N), in particular, a TCP server, analyzes the received data and performs:

- continued application 280;

- execution of a navigation command (the COMMAND command mentioned above, which allows switching to the previous or next screen of a mobile computing device (150A ... 150N)).

In the particular case of the implementation of the present invention, at least one of the aforementioned method is performed by at least one computing device (for example, a user computing device (140A ... 140N) and / or a mobile computing device (150A ... 150N), and / or web -server 110), in particular, software, a service (service), etc., for example, a mobile application 280 and / or a service 210, wherein at least one of the above commands initializes the execution of at least one of the methods mentioned above.

In the absence from the user's computing device (140A ... 140N) of the data for several intervals (for example, 2-3 intervals), the application 280 terminates.

Upon completion of testing (application 280 sends to the user's computing device (140A ... 140N) data on the (results) of the diagnostics (in particular, the test) of the mobile computing device (150A ... 150N), for example, the name and / or identification data of such a mobile computing device (150A ... 150N) and the state, in particular, the mobile computing device (150A ... 150N) is working or not working, or the state of at least one component of such a mobile computing device (150A ... 150N), for example p, speaker, microphone, USB-module, GSM-module, various buttons, sensors, cameras, etc. in particular, this particular component of such a mobile computing device (150A ... 150N) works or does not work. such data, in particular in the form of a string transmitted from a mobile computing device (150A ... 150N), in particular from a TCP server, to a user's computing device (140A ... 140N), can have the following format:

ID: SN; TYPE: Type Value; PropNamel: Value 1; PropName2: Value2; PropNameX: ValueX, where

- ID: SN ID - identifier of the mobile computing device (150A ... 150N), SN - serial number of the mobile computing device (150A ... 150N) ,;

- TYPE: Type Value TYPE - as is, TypeValue - one of two values: "PROP" - properties (IMEI, etc.) or "TEST" - test results;

- PropNamel: Value 1 PropName - Property name (IMEI or test name), Value - value;

";" - pair separator;

":" - separator Name / Value.

In FIG. 3 is a block diagram of an exemplary embodiment of the present invention. In step 315, the user installs the service 210 on at least one of the user's computing devices (140A ... 140N). Also, the user installs (necessary) drivers on at least one user's computing device (140A ... 140N), in particular, from manufacturers of mobile operating systems and manufacturers of mobile computing devices (150A ... 150N), for example, from Apple and Android, to implement the establishment of communication (connection) between mobile computing devices (150A ... 150N) and computing devices of the user (140A ... 140N).

Then, in step 317, a communication (connection) is established between the mobile computing devices (150A ... 150N) and the user's computing devices (140A ... 140N).

Next, in step 320, the service 210 installs the application 280 on mobile computing devices (150A ... 150N).

After the application 280 is installed (in step 320) on at least one mobile computing device (150A ... 150N), in step 323 the user launches the application 280 on the device (150A ... 150N).

Next, in step 325, the device is diagnosed (tested) (150A ... 150N), in particular by means of the mobile diagnostic application 280 and by the user. In a particular case, the process of diagnosing a mobile computing device (150A ... 150N) is carried out, in particular, the process of checking (diagnosing, testing) the components of a mobile computing device (150A ... 150N) is carried out. In the particular case of the implementation of the present invention, a process of testing (checking, diagnosing) the functioning (in particular, operability) of at least one component of a mobile computing device (150A ... 150N) is carried out. It is also worth noting that in the process of diagnostics (testing, verification) of a mobile computing device (150A ... 150N), diagnostics of the functioning of software installed on a mobile computing device (150A ... 150N) can be carried out, including driver diagnostics for the components of a mobile computing device (150A ... 150N), applications, including application 280. It is also worth noting that in the process of diagnosing a mobile computing device (150A ... 150N), software updates can be performed providing a mobile computing device (150A ... 150N), including applications installed on it (including, but not limited to, application 280 or at least one part thereof, for example, associated with a specific component of the device (150A ... 150N) , etc.), device component drivers (150A ... 150N), operating systems (or their components) devices (150A ... 150N) or devices (140A ... 140N), etc.

Further, in the particular case, upon completion (or during the implementation) of the diagnostics of at least one mobile computing device (150A ... 150N), the test results (diagnostics) are sent (transmitted) in the form of data (in particular, data sets), at least one user computing device (140A ... 14ON) in step 330.

Next, in step 335, the results (data described in the framework of the present invention) of diagnosis (testing) are sent from the device (140A ... 140N) to the web server 110, which can be stored on at least one database server 120, in at least one data warehouse, for example, at least one database, and which can be displayed to at least one user through the described user interface (in particular, through the web interface, for example, in the web browser 220 and / or website 2 60).

It is worth noting that when diagnosing a mobile computing device (150A ... 150N), such a device (150A ... 150N) may have defects that do not allow the diagnosis described by the method of this or that functional or component of the device (150A ... 150N) . So, for example, it may not be possible to perform (pass, execute, etc.) on a device (150A ... 150N) any test, for example, buttons on a device (150A ... 150N) do not work. In this case, navigation through the slides (slide, in particular through the LEFT and RIGHT commands described above) of the screens inside the device application 213 (150A ... 150N) is performed. It should be noted that if the touch screen does not work for the device (150A ... 150N), then navigation is used through control from the user's computing device (140A ... 140N).

In the particular case of the implementation of the present invention, application 280, by accessing the API of the device operating system (150A ... 150N), determines the available number of component elements of the device (150A ... 150N) that can be tested (diagnostics of which can be carried out) in application 280. Such components elements of the device (150A ... 150N) can be: microphones, screen (s), speakers, sensors, cameras, flashes, etc.

In the particular case of the implementation of the present invention in application 280 can be carried out diagnostics (testing) of the speakers of a mobile computing device (150A ... 150N). Application 280 reproduces on a mobile computing device (150A ... 150N) audio recordings (e.g., vehicle sound, speech, etc.). On a mobile computing device (150A ... 150N), during or after playing back an audio recording, application 280 displays a set of images, at least one of which corresponds to an audio recording. Next, the user of the mobile computing device (150A ... 150N) after (or during) listening to the audio recording must select the image corresponding to the reproduced audio recording. If the image selected by the user corresponds to the audio recording heard by the user (reproduced by the user), then the test (diagnostics) of the device speakers (150A ... 150N) is considered to have passed the device (150A ... 150N).

In the particular case of the implementation of the present invention in Appendix 280, testing (diagnostics) of the microphones of a mobile computing device (150A ... 150N) is carried out. After the application 280 is launched, at the beginning of the tests (during the diagnostic process), the application reads (writes) “white noise” through at least one microphone of the device (150A ... 150N). If application 280 determined (installed, recorded) that "white noise" was recorded, then application 280 records the result that the microphone is working. In the particular case, “white noise” is stationary noise, the spectral components of which are uniformly distributed over the entire range of frequencies involved. In the particular case of "white noise" has the same spectral power at all frequencies. Also, “white noise” is any noise (noise) whose spectral density is the same (or slightly different) in the mentioned frequency range.

Also, in the particular case, if “white noise” was not recorded during testing (diagnostics), but when making sounds during speaker testing, the microphones record, so that application 280 receives the result of recording recording, that the microphone is working, i.e. in the particular case, testing (diagnostics) of microphones is carried out throughout the entire application 213, moreover, if no sounds were recorded by microphones, then microphones are considered (are) faulty.

It is worth noting that if, at the time of passing the speaker tests in application 280, using the methods described above, the performance of microphones was not recorded by application 280, then the user in application 280 will have access to the recording enable function in which he can record (record, including standard means of a mobile computing device (150A ... 150N)) on the microphone (s) arbitrary sounds. If after recording on the microphone (s) the application 280 does not record the presence of recording (sounds), then the application 280 records the result that the microphone is not working.

In the particular case, in the process of testing (diagnosing) microphones, application 280, by accessing the OS API of a mobile computing device (150A ... 150N), sets the number of microphones for a specific device (150A ... 150N). Further, during the operation of application 280, in particular, in the background, each available microphone measures (measures) the noise level (which can be any sounds). When overcoming the threshold of a few hundredths of decibels (fixed by the built-in system or by means of a microphone), the microphone is considered to have passed testing (diagnostics) as serviceable. In the particular case of the invention, the difference of several hundredths of decibels (in particular between the current level and (absolute) zero) allows the application 280 to establish the fact that the microphone of the device (150A ... 150N) receives sounds and the microphone can transform them into electrical signals.

In the particular case of the implementation of the present invention, in Appendix 280, a mobile computing device (150A ... 150N) is diagnosed (checked, tested) for “hacking," in particular for the possibility of free access to the user and / or one of the applications installed on the device (150A ... 150N ), to the file system of the mobile OS of the computing device (150A ... 150N), in particular the presence of Root rights, jail break (jailbreak), etc. Checking the device (150A ... 150N) for “hacking” can be carried out by installing a mobile application unsigned by the developer on the device (150A ... 150N) by the Windows service, as well as checking if there are any traces (facts) of installing applications for JailBreak on the mobile device. Next, application 280 or a user (including through application 280) attempts to launch such an unsigned application. If the application 280 or the user manages to launch such an unsigned application, then the device (150A ... 150N) has access to the system files and therefore is “hacked”. In particular, in the process of diagnosing a device “hacking” (150A ... 150N) through application 280, an attempt is made to access system directories (directories, folders) by reading the contents (files and subdirectories) of such directories. If reading the contents of the mentioned directories can be carried out, then the diagnostic result in this case is the fact of “breaking” of the device (150A ... 150N). In particular, in the process of diagnosing a device “hacking” (150A ... 150N) through application 280, an attempt is made to access the system files of the device (150A ... 150N). If the reading of system files can be carried out, then the diagnostic result in this case is the fact of a “hacking” of the device (150A ... 150N). If the system files and the contents of the mentioned directories cannot be read, the diagnostic result for “breaking” the device (150A ... 150N) is the fact that the device (150A ... 150N) was not “breaking”, in the particular case the device ( 150A ... 150N) did not go through the procedure for issuing Root privileges to the user. In the particular case of the implementation of the present invention, when diagnosing hacking devices (150A ... 150N) running iOS mobile OS, in particular, JailBreak, an attempt is made to install a mobile application not signed by the Enterprise with a device license (150A ... 150N). If the application 280 or the user was unable to install such an unsigned application, the diagnostic result is the absence of a “hacking” device (150A ... 150N), in particular, the absence of a JailBreak on such a device.

In FIG. 4 shows an exemplary embodiment of a synchronization and installation service for mobile diagnostic applications according to one implementation of the present invention.

In step 415, the service 210 obtains a list of connected mobile computing devices (150A ... 150N) to the user's computing device (140A ... 140N).

Next, in step 420, the service 210 compares the connected mobile computing device (150A ... 150N) to the user's computing device (140A ... 140N) with the list of mobile computing devices (150A ... 140N) connected to the user's computing device obtained at the previous iterations.

Then, in step 425, the service 210 checks for the presence of a new mobile computing device (150A ... 150N) connected to the user's computing device (140A ... 140N). If such a device (150A ... 150N) is detected (in the list of connected mobile computing devices), then such a device is added to the list of connected mobile computing devices (150A ... 150N) in step 430, after which the process proceeds to step 435.

In step 435, a dedicated program execution flow is executed, and then, service 210 performs the execution of step 425.

If the service 210 did not detect the presence of a new mobile computing device (150A ... 150N) connected to the user's computing device (140A ... 140N) in step 425, then step 440 is performed. At step 440, the service 210 checks for the presence of remote (disconnected from the personal computer) mobile computing devices (150A ... 150N). If the remote devices (150A ... 150N) were not detected by service 210, then return to step 415.

If the service 210 has detected a remote (disconnected from the PC) mobile computing device (150A ... 150N), then step 445 is performed. At step 445, such a mobile computing device (150A ... 150N) is removed from the list of connected mobile computing devices, the field of which in step 450, the dedicated program execution flow is interrupted and returns to step 440.

FIG. 5 illustrates the execution of a dedicated program execution flow, in accordance with one embodiment of the present invention.

In step 515, the service 210 attempts to obtain data on the manufacturer of the mobile computing device (150A ... 150N). Next, in step 520, the service 210 checks to see if it was possible to obtain manufacturer information in step 515. If it was determined in step 520 that the service 210 was unable to obtain manufacturer information, then in step 525 a delay is made and proceeds to step 515. If in step 520 it was established that the service 210 was able to obtain information about the manufacturer, then in step 530 the connection data is sent. At step 535, it is checked whether the data was sent and, if not, then at step 580, the service 210 stops the allocated program execution thread. If it was determined in step 535 that the service 210 was able to send data, then in step 540, the service 210 obtains the properties of the mobile computing device (150A ... 150N) through at least one data exchange module 230 (ADB, libimobiledevice).

Next, in step 545, data of the mobile computing devices (150A ... 150N) is sent, after which, in step 550, the service 210 checks to see if the data were sent. If it was determined in step 550 that the service 210 was unable to send data, then in step 580, the service 210 stops the allocated program execution thread.

If it was determined in step 550 that the service 210 was able to send data, then in step 555 the application 280 is installed and then the mobile computing devices (150A ... 150N) are diagnosed (tested) by means of the mobile application 280 and in step 560 the diagnostic results (tests, verification) devices (150A ... 150N). Next, in step 565, after receiving the diagnostic results, the service 210 sends (transfers) commands and control data to the device (150A ... 150N), after which, in step 570, the device (150A ... 150N), containing the diagnostic results of the mobile computing device, is awaited. Next, in step 575, a delay is performed, after which it returns to step 565.

In FIG. 6 shows an example of a general-purpose computer system that includes a multi-purpose computing device in the form of a computer 20 or a server, or a module of the system described in the present invention, including a processor 21, a system memory 22, and a system bus 23 that couples various system components, including system memory with 21 processor.

The system bus 23 may be any of various types of bus structures, including a memory bus or memory controller, a peripheral bus, and a local bus using any of a variety of bus architectures. System memory includes read-only memory (ROM) 24 and random access memory (RAM) 25. The ROM 24 stores the basic input / output system 26 (BIOS), consisting of basic routines that help exchange information between elements within the computer 20, for example, at the time of launch.

Computer 20 may also include a hard disk drive 27 for reading from and writing to a hard disk, not shown, a magnetic disk drive 28 for reading from or writing to a removable magnetic disk 29, and an optical drive 30 for reading from or recording to a removable optical disc 31 such as a CD, a digital video disc, and other optical means. The hard disk drive 27, the magnetic disk drive 28, and the optical disk drive 30 are connected to the system bus 23 by means of the hard disk drive interface 32, the magnetic disk drive interface 33, and the optical drive interface 34, respectively. Storage devices and their respective computer-readable means provide non-volatile storage of computer-readable instructions, data structures, program modules and other data for computer 20.

Although the typical configuration described here uses a hard disk, a removable magnetic disk 29, and a removable optical disk 31, one skilled in the art will appreciate that other types of computer-readable means that can store data that are accessible by a computer may also be used in a typical operating environment. such as magnetic cassettes, flash memory cards, digital video disks, Bernoulli cartridges, random access memory (RAM), read-only memory (ROM), etc.

Various software modules, including operating system 35, may be stored on a hard disk, magnetic disk 29, optical disk 31, ROM 24, or RAM 25. Computer 20 includes a file system 36 associated with or included with the operating system 35 or more software application 37, other program modules 38, and program data 39. A user may enter commands and information into computer 20 using input devices such as a keyboard 40 and pointing device 42. Other input devices (not shown) may include be a microphone, joystick, gamepad, satellite dish, scanner, or any other.

These and other input devices are connected to the processor 21 often through a serial port interface 46 that is connected to the system bus, but can be connected via other interfaces, such as a parallel port, game port, or universal serial bus (USB). A monitor 47 or other type of visual display device is also connected to the system bus 23 via an interface, for example, a video adapter 48. In addition to the monitor 47, personal computers typically include other peripheral output devices (not shown), such as speakers and printers.

Computer 20 may operate in a networked environment through logical connections to one or more remote computers 49. The remote computer (or computers) 49 may be another computer, server, router, network PC, peer to peer device, or other node on a single network, and typically also includes includes most or all of the elements described above with respect to computer 20, although only an information storage device 50 is shown. Logical connections include a local area network (LAN) 51 and a global computer network (GC) ) 52. Such networking environments are usually common in offices, enterprise-wide computer networks, the Internet.

The computer 20 used in the LAN network environment is connected to the local area network 51 via a network interface or adapter 53. The computer 20 used in the GC network environment typically uses a modem 54 or other means to establish communication with the global computer network 52, such as the Internet.

The modem 54, which may be internal or external, is connected to the system bus 23 via the serial port interface 46. In a networked environment, program modules or parts thereof described with reference to computer 20 may be stored on a remote information storage device. It should be noted that the network connections shown are typical, and other means may be used to establish communication communication between computers.

In conclusion, it should be noted that the information provided in the description are examples that do not limit the scope of the present invention defined by the claims. One skilled in the art will recognize that there may be other embodiments of the present invention consistent with the spirit and scope of the present invention.

Claims (41)

1. A method for diagnosing mobile computing devices, which includes: - the installation of the synchronization service and the installation of mobile applications for diagnostics on at least one of the user's computing devices; - the installation of drivers on the user's computing device from manufacturers of mobile operating systems and manufacturers of mobile computing devices that are diagnosed devices, for the establishment of communication between mobile computing devices and computing devices of the user; - the implementation of the establishment of a connection between mobile computing devices and computing devices of the user; - the implementation of the installation of a mobile application for the diagnosis of a mobile computing device on at least one such mobile computing device, and the installation of the said mobile application for diagnosis is carried out through the synchronization service and the installation of mobile applications for diagnosis; - the implementation by the user of the launch of the aforementioned mobile diagnostic application on a mobile computing device, and at the time of launching the mobile diagnostic application, such a mobile diagnostic application organizes a TCP server that waits for the user's computing devices to be connected on a predetermined port, where the mentioned port is automatically selected from available ports service for synchronization and installation of mobile applications for diagnostics; - the diagnosis of a mobile computing device, and the diagnosis of a mobile computing device includes a process for diagnosing the constituent elements of a mobile computing device; - the transmission of diagnostic results to at least one computing device of the user through the synchronization service and the installation of mobile diagnostic applications that exchange data with the mobile diagnostic application through the data exchange module; - sending diagnostic results from a user's computing device to a web server, the diagnostic results being stored on at least one database server, at least one data warehouse, at least one database, and the stored diagnostic results are also displayed by at least one user through a web interface in a web browser to determine the health or malfunction of a mobile computing device or at least one composite element of a mobile computing device. 2. The method according to p. 1, in which when diagnosing a mobile computing device, diagnosing the functioning of software installed on the mobile computing device, including diagnosing drivers for the constituent elements of the mobile computing device and applications, is performed. 3. The method according to p. 1, in which when diagnosing a mobile computing device, the software of the mobile computing device is updated, including at least one application installed on it or at least one part of such an application, and such said part of the application is related with a specific constituent element of a mobile computing device. 4. The method according to p. 1, in which when diagnosing a mobile computing device, drivers of the components of the mobile computing device, operating systems or components of the operating systems of the mobile computing device and / or computing device of the user are updated. 5. The method according to p. 1, in which when diagnosing a mobile computing device by accessing the API of the operating system of a mobile computing device with a mobile diagnostic application, the available number of components of the mobile computing device is diagnosed through a mobile diagnostic application. 6. The method of claim 1, wherein the constituent elements of the mobile computing device are microphone (s), speaker (s), screen (s), sensor (s), camera (s) and flash (s). 7. The method according to claim 6, in which the diagnostics of the speakers of the mobile computing device are carried out, moreover, the audio recording is played on the mobile computing device, and also a set of images is displayed on the mobile computing device during or after playback of the audio recording by the mobile diagnostic application, at least one of which corresponds to audio recordings, and then by the user of the mobile computing device after or while listening to the audio pisi selects said image corresponding to the reproduced record, and if the user selected image corresponds to the reproduced record, the diagnosis mobile computing device is considered to be traversed speakers such mobile computing device. 8. The method according to claim 6, in which the microphones of the mobile computing device are diagnosed, and after starting the mobile application for diagnostics in the diagnostic process, the mobile diagnostic application records “white noise” through at least one microphone of the mobile computing device, and in the case if the mobile diagnostic application determined that “white noise” was recorded, the mobile diagnostic application records the health of the microphone. 9. The method according to p. 1, in which the mobile application for diagnostics diagnoses the mobile computing device for “hacking”, and this diagnostic includes checking for free access to the user and / or one of the applications installed on the mobile computing device, to file system of the mobile operating system of the mobile computing device, the aforementioned diagnostics being carried out by installing an unsigned Windows service on the mobile computing device by the developer of the mobile application, and when trying to launch the mobile application for diagnostics or by the user of such an unsigned application, a check is performed during which, if the unsigned application is launched, the device is “hacked”. 10. The method according to p. 9, in which when diagnosing the “hacking” of a mobile computing device using a mobile diagnostic application, an attempt is made to access system directories by reading the contents of files and subdirectories of such directories, and if the fact of the reading was detected, then the result of the diagnosis is the fact of “hacking” a mobile computing device. 11. The method according to p. 10, in which when diagnosing a “hacking” of a mobile computing device by using the mobile application for diagnostics, an attempt is made to access the system files of the mobile computing device, and if system files can be read, the diagnostic result in in this case is the fact of “hacking” the device of a mobile computing device, and if reading the system files and the contents of the directories mentioned could not s performed, the diagnosis result to "hacking" mobile computing device is the fact that a mobile computing device has not been "hacked". 12. The method according to p. 10, in which when diagnosing a “hacking” of a mobile computing device using a mobile diagnostic application, an attempt is made to install a mobile application that is not signed by a license for a mobile computing device, in case the mobile application or user failed install such an unsigned application, the diagnostic result is the fact that there is no “hacking" of the mobile computing device. 13. The method according to claim 1, in which after installing a mobile diagnostic application using the synchronization service and installing mobile diagnostic applications on at least one mobile computing device, the mobile computing devices are automatically connected to at least one computing device of the user. 14. The method according to claim 1, in which the synchronization and installation service of mobile applications for diagnostics for each connected mobile computing device to the user's computing device creates a dedicated program execution thread as part of the synchronization and installation of mobile applications for diagnostics, the dedicated program execution flow at least one attempt to organize a socket with a TCP server, and the synchronization and installation service for mobile applications for diagnostics is carried out An attempt is made to establish a connection between the mobile computing device and the user's computing device. 15. The method according to p. 14, in which, in the case of the aforementioned successful creation of a dedicated program execution stream, two-way data exchange is carried out between a mobile diagnostic application installed on a mobile computing device and a synchronization and installation service of mobile applications for diagnosing a user's computing device, said two-way data exchange is carried out through a protocol that contains control words, message generation rules, encrypted rules I messages and the methods of analysis, where the operation of the said protocol is carried out by means of the stack TCP / IP protocol, in particular through the transport layer of the protocol by the connection created in the process of said sockets. 16. The method according to p. 15, in which with each of the simultaneously connected mobile computing devices to the computing devices of the user, a dedicated stream of the synchronization service and the installation of mobile applications for diagnostics is created, and the aforementioned independent connection is established with each of the simultaneously connected mobile computing devices, navigation control in the windows of the mobile application for diagnostics is carried out through the said connection. 17. The method according to p. 14, in which the dedicated program execution flow is carried out after: - receipt by the service of synchronization and installation of applications for diagnosing the list of connected mobile computing devices; - the implementation by the service of synchronization and installation of applications for diagnostics comparing a connected mobile computing device with a list of connected mobile computing devices to at least one computing device of the user; - the implementation by the service of synchronization and installation of applications for diagnostics to check the availability of a new mobile computing device connected to the user's computing device, and if such a mobile computing device is found in the list of connected mobile computing devices, then such a device is added to the list of connected mobile computing devices. 18. The method according to p. 1, in which when performing diagnostics with a mobile application for diagnostics, data is obtained about the manufacturer of the mobile computing device, obtaining the properties of the mobile computing device. 19. The method according to p. 1, in which, when performing diagnostics, commands are sent by the user's computing device to at least one mobile computing device and the user's computing device waits for a response from the mobile computing device containing the diagnostic results of the mobile computing device. 20. The method according to p. 1, in which when executing a mobile diagnostic application on a mobile computing device, the synchronization and installation service for mobile diagnostic applications, with a predetermined frequency, sends encrypted data to the mobile computing device using one of the known encryption methods, which are a mobile diagnostic application unambiguously interprets through the use of timestamps, a password that is stored on a web server and is used to protect against The possibility of decryption of the mentioned data by third-party users, services, applications and systems. 21. A system for diagnosing mobile computing devices, including: - at least one mobile computing device, which is a diagnosed device, which is implemented: - installing a mobile application for diagnosing a mobile computing device, and installing said mobile application for diagnostics is carried out by means of a synchronization service and installing mobile applications for diagnostics, - launching the aforementioned mobile diagnostic application on a mobile computing device, where at the time the mobile diagnostic application is launched, such a mobile diagnostic application organizes a TCP server that waits for the user’s computing devices to be connected on a predefined port, where the mentioned port is automatically selected from the available ports by the synchronization service and installing mobile applications for diagnostics, and diagnostics of a mobile computing device includes a process IMPLEMENT diagnosis of components of mobile computing device; - at least one computing device of the user associated with at least one mobile computing device, and on said computing device of the user is carried out: - installation of a synchronization service and installation of mobile applications for diagnostics; - installing drivers from manufacturers of mobile operating systems and manufacturers of mobile computing devices to establish communication between the mobile computing device and the user's computing device; - a data exchange module that transmits diagnostic results to at least one user computing device through a synchronization service and installs mobile diagnostic applications that exchanges data with a mobile diagnostic application; - a web server to which diagnostic results are sent from the user's computing device; - a database server to which the diagnostic results transmitted to the web server are stored, and the storage is carried out in at least one data store, at least one database, and the stored diagnostic results are also displayed to at least one user via the web -interface in a web browser to determine the health or malfunction of a mobile computing device or at least one component of a mobile computing device.

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