WO2012089079A1

WO2012089079A1 - Mobile terminal and method for processing test log thereof

Info

Publication number: WO2012089079A1
Application number: PCT/CN2011/084648
Authority: WO
Inventors: 何琨; 李建慧
Original assignee: 意法·爱立信半导体（北京）有限公司
Priority date: 2010-12-27
Filing date: 2011-12-26
Publication date: 2012-07-05
Also published as: CN102096626A

Abstract

Disclosed are a mobile terminal and a method for processing a test log thereof. The method includes: searching, by the mobile terminal, for a first configuration file in a storage device and parsing the discovered first configuration file to obtain a message filter rule, wherein the message filter rule is used for indicating the message type to be stored; and storing, by the mobile terminal, messages during the test thereof in the storage device as a messages log according to the message filter rule. By means of the present invention, the problem that the test can be carried out only after the mobile terminal is connected to a device such as a computer in the relevant art can be avoided, as a result, the test can be carried out without a dedicated connection device or even without a computer, which can bring convenience to the test, reduce the cost and workload during the test and improve the friendliness degree of the test.

Description

i test log processing method and shift

In a mobile communication system, a communication protocol stack is one of the core components of the entire mobile terminal system. The development of the communication protocol stack mainly requires two aspects of software development and actual testing. In the development process of the communication protocol stack, it is necessary to perform various tests such as protocol consistency and interoperability. In order to analyze the problems in the test, it is necessary to save the message log of the mobile terminal during the field test. Then, the message log of the problem is fed back to the R&D personnel, so that the problem occurring in the test can be solved according to the message log. Therefore, the method of analyzing and processing according to the message of the mobile terminal has become the communication protocol stack. The main debugging methods developed Currently, in the development process of the communication protocol stack software of the mobile communication terminal, the methods for analyzing the message flow of the communication protocol mainly include the following two types: (1) online message log storage; (2) offline message Log storage.

Among them, the online message log storage refers to the need to connect the mobile communication terminal to the computer during the test, and configure and save the message log file by using the message log management tool on the computer. The specific method is as follows: Universal Asynchronous Receiver/Transmitter (UART), or Universal Serial Bus (USB), or Ethernet (Ethernet) Transmission Control Protocol/Internet A connected device such as a protocol (Transfer Control Protocol I Internet Protocol, TCP/IP) connects the mobile communication terminal to be tested to the computer. The message log management tool on the computer sends the configuration information to the mobile communication terminal to be tested, and the mobile communication terminal filters the message generated during the test according to the configuration information, so that the filtered message can be passed. The above connected device is transmitted to the computer in real time, and the message log file is saved on the computer.

In addition, offline message log storage means that mobile communication terminals and computing are not required during testing. The machine is connected. When only the offline message log storage function is configured, it needs to be connected to the computer. The message log management tool on the computer is used to deliver the configuration command to the mobile communication terminal. After the completion, disconnect the terminal to be tested from the computer and restart the mobile communication terminal to activate the offline message log storage. After the mobile communication terminal is running, the mobile terminal can filter all the messages generated by the system according to the message filtering table to obtain the required messages, and then directly store the messages in the local memory of the mobile communication terminal. If the current message log file is full, subsequent messages will be discarded.

In the above-mentioned online message log storage or offline message log storage method, if the mobile communication terminal to be tested is required to be tested, a portable computer (for example, a portable computer) is required as a test configuration tool, and between the mobile communication terminal and the computer. The connected device not only increases the workload of the test, but also makes it difficult for the tester to test. It also increases the cost of the test, reduces the efficiency of the test, and makes the test process less friendly and affects the user experience.

In view of the fact that the terminal test in the related art requires connecting the terminal with a computer such as a computer, resulting in a large test workload, inconvenience in testing, and high test cost, an effective solution has not been proposed yet.

The present invention provides a method for processing a test log of a mobile terminal and a mobile terminal, which is capable of connecting a terminal to a computer and the like in a related art, which results in a large test workload, inconvenience in testing, and high test cost. Avoid connecting the terminal to equipment such as if in the process of testing the mobile terminal, reducing the test workload, facilitating the test, reducing the test cost, and improving the test friendliness.

The technical solution of the present invention is implemented as follows:

According to an aspect of the present invention, a method of processing a mobile terminal test log is provided. The processing method of the mobile terminal test log according to the embodiment of the present invention includes: the mobile terminal searches for the first configuration file in the storage device, and parses the found first configuration file to obtain a message filtering rule, where the The message filtering rule is used to indicate the type of the message to be stored. During the testing process of the mobile terminal, the mobile terminal stores the message in the testing process as a message log in the storage device according to the message filtering rule. Before the mobile terminal searches for the first configuration file in the storage device, the method further includes: the mobile terminal searching for the second configuration file in the storage device, and searching for the second configuration file The second configuration file is used for parsing, wherein the second configuration file is used to indicate whether the message log needs to be saved on the storage device; after parsing the second configuration file, if it is determined according to the second configuration file Saving the message log on the storage device, the mobile terminal determines that the first configuration file needs to be searched.

In addition, the storing, by the mobile terminal, the message in the test process as the message log according to the message filtering rule includes: the mobile terminal saves the message in the test process in the buffer area; the storage space in the buffer area is occupied In the case of full, the message in the buffer area is stored in the storage device; the buffer area is cleared, and the newly generated message during the test is continuously stored in the buffer area.

And, the storing, by the mobile terminal, the message in the test process as the message log according to the message filtering rule includes: creating a message log file and a message log index file in the storage device, and setting the message log file Writing a message in the cache area to the message log file for the message log file being stored, and saving the name of the message log file in the message log index file; When the occupied space reaches a predetermined value, a new message log file is created, the new message log file is set as a message log file being stored, and the message stored in the cache area during the test is continuously written. Entering into the new message log file, and updating the creation of the message log file in the message log index file, and according to the creation time of the message log file, the message log file in the message log index file Sorting the name, wherein the predetermined value is smaller than the storage of the storage device Space, and greater than or equal to the storage space of the buffer.

And, preferably, in a case that the storage space of the storage device is full, if there is still a message that needs to be stored as a message log in the buffer area, the method further includes: indexing the file according to the message log The sorting of the middle message log file deletes the earliest created message log file, creates a new message log file, sets the new message log file as a message log file being stored, and stores the message in the cache area to The new message log file.

In addition, the searching, by the mobile terminal, the first configuration file in the storage device includes: the mobile terminal storing the first identifier according to the predetermined identifier of the first configuration file, or storing the first A specified directory identifier of the configuration file, and the first configuration file is searched for in the storage device.

According to another aspect of the present invention, a mobile terminal is provided. The mobile terminal includes a search and analysis module, a storage device, and a control module, wherein the search and analysis module is configured to search for a first configuration file in the storage device, and parse the first configuration file that is found. And obtaining a message filtering rule, where the message filtering rule is used to indicate a message type that needs to be recorded; the control module is configured to: during the testing process of the mobile terminal, the message in the testing process according to the message filtering rule Stored as a message log; the storage device is configured to store a message at a control of the control module.

In addition, the searching and parsing module is further configured to: after searching the first configuration file, look up a second configuration file in the storage device, and parse the found second configuration file, where The second configuration file is used to indicate whether the message log needs to be saved on the storage device. After parsing the second configuration file, if it is determined according to the second configuration file, it is determined that the message log needs to be saved on the storage device. And the lookup and parsing module determines that the first configuration file needs to be searched.

The mobile terminal further includes a buffer area, and the control module is further configured to save the message in the test process in the buffer area, where the storage space of the buffer area is occupied, the control module The message in the buffer is stored in the storage device, after which the buffer is emptied and the newly generated message during the test is stored to the buffer.

Preferably, the searching and parsing module is configured to search for the first device in the storage device according to a predetermined identifier of the first configuration file or a specified directory identifier of the first configuration file in the storage device. A configuration file.

The present invention proposes that the configuration file on the storage device is directly obtained and parsed by the mobile terminal, so that the message log in the test process is stored according to the instruction of the configuration file, so that the file is configured in advance by using a device such as a computer, and then the file is stored. By connecting the device to the terminal, it is possible to avoid the problem that the related art needs to connect the mobile terminal with a computer such as a computer, so that the test process can be easily tested without using a dedicated connection device or even carrying a computer. Carry out, reduce the cost and workload of the test, and improve test friendliness. 1 is a flowchart of a method for processing a test log of a mobile terminal according to an embodiment of the present invention; FIG. 2 is a flowchart of a process for storing a file and storing a log message in a method for processing a test log of a mobile terminal according to an embodiment of the present invention;

3 is a flowchart of processing for parsing a configuration file in a method for processing a test log of a mobile terminal according to an embodiment of the present invention;

4 is a flowchart of a process of saving a message to a message log file in a message cluster buffer in a method for processing a test log of a mobile terminal according to an embodiment of the present invention;

FIG. 5 is a block diagram of a mobile terminal in accordance with an embodiment of the present invention. detailed description

In the related art, the terminal test needs to connect the terminal with a computer, which results in a large test workload, inconvenience in testing, and high test cost. The present invention proposes that the mobile terminal directly acquires and parses the configuration file on the storage device. Therefore, the message log during the testing process is stored according to the indication of the configuration file, so that the problem that the mobile terminal needs to be connected to the computer and the like can be avoided in the related art, so that the test process does not need a special connection. Equipment, even without carrying a computer, can facilitate the test, reduce the cost and workload of the test, and improve test friendliness.

Embodiments of the present invention will be described in detail below.

According to an embodiment of the present invention, a method for processing a mobile terminal test log is provided.

As shown in FIG. 1, a method for processing a test log of a mobile terminal according to an embodiment of the present invention includes: Step Si01: A mobile terminal searches for a first configuration file in a storage device, and parses the found first configuration file to obtain a message. a filtering rule, where a message filtering rule is used to indicate a type of message that needs to be stored;

Step S103: During the testing process of the mobile terminal, the mobile terminal stores the message in the testing process as a message log in the storage device according to the message filtering rule.

By means of the foregoing processing, the configuration file on the storage device is directly obtained and parsed by the mobile terminal, so that the message log during the testing process is stored according to the indication of the configuration file, so that the file configuration of the storage device is performed in advance by using a device such as a computer. In the test, you only need to connect the storage device to the terminal to complete the message log storage, avoiding the need to connect the mobile terminal and the computer in related technologies. The problem of testing can only be carried out after the device is connected, so that the testing process does not require special connection equipment, and even does not need to carry a computer, which can facilitate the test, reduce the cost and workload of the test, and improve the test friendliness.

Before the mobile terminal searches for the first configuration file in the storage device, the mobile terminal searches for the second configuration file in the storage device, and parses the found second configuration file, where the second configuration file is used to indicate whether the The message log is saved on the storage device. After the second configuration file is parsed, if it is determined according to the second configuration file that the message log needs to be saved on the storage device, the mobile terminal determines that the first configuration file needs to be searched. On the other hand, if the second configuration file is parsed and it is known that the message log of the test needs to be saved on a computer or the like, the subsequent processing of the present invention is not performed.

When the mobile terminal stores the message in the test process as the message log according to the message filtering rule, the mobile terminal may first save the message in the test process in the buffer area; if the storage space of the buffer area is occupied, The messages in the buffer are stored in the storage device; the buffer can then be emptied and the new messages generated during the test can continue to be stored in the cache. In this way, frequent access to the storage device can be avoided, and the efficiency of message logging can be improved.

Preferably, in the process that the mobile terminal stores the message in the test process as a message according to the message filtering rule, the message log file and the message log index file may be first created in the storage device, and the message log file is set to be in progress. The stored message log file (for example, can be marked by a pointer, etc.), when saving the log, the message in the buffer area can be written into the message log file, and the name of the message log file is saved in the message log index file;

When the space occupied by the message log file reaches a predetermined value, a new message log file is created, the new message log file is set as a message log file being stored, and the message stored in the buffer area during the test is continuously written. Into the new message log file, and update the creation of the message log file in the message log index file, and sort the name of the message log file in the message log index file according to the creation time of the message log file, wherein, the reservation The value is less than the storage space of the storage device and is greater than or equal to the storage space of the cache area.

In the related art, once the storage device is occupied, the message log is not continuously written to the storage device, which causes many message logs to be stored in the storage device, and the message is lost. In order to solve the problem, the present invention proposes In the case where the storage space of the storage device is full, such as If there is still a message that needs to be stored as a message log, the message log file that is created first may be deleted according to the sorting of the message log file in the message log index file, and a new message log file is created, and the new message log file is created. Set to a message log file that is being stored, and store the messages in the cache to the new message log file.

For example, suppose the storage space of the storage device used to record the message log is WMB (or can be understood as the storage space for storing message logs in the storage device is 10MB:), which stipulates that each message log file can occupy no more than MB. The space in the buffer area is (I5MB). At this time, when the message is written to the storage device, the message is first saved in the buffer area. When the buffer area stores 0.5MB of the message, the buffer area is occupied. Store the messages in the cache to the storage device.

At this point, you can create a message log file in the storage device. Assume that the name of the message log file is iogl, and you need to create a message log index file. Write k) gl in the message log index file, where the name is identified. " 1 " is used to indicate that the file is the first file created, and the pointer is pointed to the message log file logl (for example, it can point to the address where the file log is located in the storage device), indicating that the message needs to be written to the message log file. In logl, after storing the 0.5MB message in the buffer area in the message log file log, the buffer area is cleared; if the buffer area is filled by the message, the 0.5MB message in the buffer area is written into the file logl, and then , empty the buffer area.

If the 0.5MB message continues to be written in the buffer area, the ^ cache area will be filled for the first time, and the file needs to be continuously written to the storage device. However, it will be judged that the size of the file logi has reached 1 MB. Continue to store the message to the file iogi. Since only 1MB of the message log file is stored in the storage device, it does not reach 10MB. Therefore, a new message log file can be created in the storage device. The new message log file can be named log2, where The "2" in the name identifier is used to indicate that the file is the second created file, and the pointer points to the file log2. After the log2 is added, the message log files logl and iog2 exist in the storage device, and the message log index file is required. Update, update the name k)g2 to the message log index file; preferably, in order to ensure synchronization between the message log index file and the actual message log file, the message log index file can be cleared, and the current message log file is included, including iogi And k)g2, and write the names iogi and log2 to the message log index file, and index the message log Sort iogi and log2 in the file, which means that log2 is created later than logi, and so on, until the message log file iogiO is created and iogiO Store 1MB at this time.

After that, if there is still a message in the cache that needs to be saved to the storage device, the message log index file can be queried to determine that the file log1 is created at the earliest time. In this case, the message log file in the storage device can be deleted. Create the message log file logl 1, update the message log index file, and point the pointer to the file logl l to continue writing the message in the buffer to iogU. If the file logl l is full, you need to delete the file iog2 and execute a similar Processing, through this way of loop storage, can ensure that new messages can be saved.

Preferably, the first configuration file B is stored in the storage device, and the naming of the first configuration file may be uniformly standardized, or the directory name where the first configuration file is located may be uniformly standardized, so that the mobile terminal is in the storage device. When the first configuration file is searched, the first configuration file may be found in the storage device according to the name identifier of the first configuration file or the specified directory identifier of the first configuration file stored in the storage device. Similarly, for the second profile, it can also be stored in a similar manner for the mobile terminal to look up.

The processing of the present invention will be described in detail below with reference to Figs. 2 through 5.

As shown in FIG. 2, the file configuration and the message storage process in the processing method of the mobile terminal test log are as follows:

Step S2i, using the message log management tool, can activate or deactivate the function of the message log local storage, and generate a corresponding configuration file, which describes whether to activate the function of the message local storage (ie, configuring the above The second configuration file, by configuring the second configuration file, can set whether to save the message log locally on the mobile terminal). In this step, you do not need to connect the computer to the mobile communication terminal to be tested. Just run the message log management tool on the if computer to complete the configuration. The message log management tool is an application installed on a computer, and has various functions of configuring, parsing, displaying, and storing communication protocol messages.

Step S22, using a message log management tool, selecting a module that needs to output its message, and generating a corresponding configuration file (ie, the first configuration file described above), the configuration file is mainly used to describe which modules input messages need to be displayed. Which module's output messages need to be displayed, which modules' debug information needs to be displayed, and how these messages or messages are displayed. That is, the configuration file is used to describe the types of messages that need to be logged into the message log. Similar to step S21, in this step, it is also not necessary to connect the computer to the mobile communication terminal to be tested, as long as the calculation is run. The message log management tool on the machine can be configured.

In step S23, the above two configuration files are saved in the local storage of the mobile communication terminal (for example, can be inserted into the terminal). The local storage here refers to a separate memory card, such as a Secure Digital Card (SD Card) and a Multimedia Card (MMC). In this process, it is also unnecessary to connect the computer to the mobile communication terminal to be tested, and only need to unplug the above-mentioned storage device cluster communication terminal and insert it into the card reader of the computer, and then the two configuration files can be After copying to the memory card and then putting the memory card into the mobile communication terminal, the configuration file can be written without connecting the terminal and the computer.

Step S24, when the mobile terminal is powered on, reading the two configuration files in the local storage, and performing parsing, thereby enabling or disabling the local storage function of the message log; if determined according to the second configuration file, the local storage function of the terminal If it is disabled, all the following steps are skipped; if it is determined according to the second configuration file that the local storage function is activated, the processing shown in FIG. 3 is continued.

Step S25: The terminal saves the message log file generated during the test in the buffer area, and once the buffer area is occupied, the message in the buffer area is stored in the storage device. In order to ensure that no useful messages are lost in the message, a cyclic storage method is adopted, and the specific process will be described below in conjunction with FIG.

As shown in Figure 3, the process of parsing the configuration file is as follows:

Step S3 i: When the system is started, the second configuration file is read and parsed to determine whether the local storage function needs to be activated. If yes, the local storage function is allowed to be started, and step S32 is executed otherwise, and all the following steps are skipped, and the processing ends;

Step S32: If the local storage function is started, continue to read the first configuration file and parse the first configuration file.

Step S33, and then configuring a message filtering table according to the parsing result; if it is determined that the message filtering table configuration is successful, step S34 is performed, otherwise step S35 is performed;

Step S34, starting a local storage function of the message log;

In step S35, it is checked whether there is a message filtering table that has been used before (preferably, it can be found whether there is a message filtering table that was correctly configured last time). If the message filtering table is found, step S36 is performed; otherwise, step 37 is performed. ; Step S36, the previously used message filtering table is enabled, and then step S34 is performed; Step S37, the default message filtering table is enabled (the message filtering table is set for the general case), and then step S34 is performed.

Fig. 4 shows the processing of storing the message in the buffer area to the message log file in the above step S25. As shown in Figure 4, the specific process is as follows:

Step S41, setting a local storage space for storing the message log and setting a size of the message log file, and the value of this space is called the maximum available space. In addition, the maximum available space should be as large as possible so that message logs can be stored as much as possible;

In step S42, a new message log file is created. Query all the space occupied by the existing message log file. If the value is less than the maximum available space, create a new message log file and set the newly created message log file to the current message log file. If the value is greater than The maximum available space, just query the message log index file, find the oldest message log file, delete the oldest message log file, and then create a new message log file, and the new message log file is set to current Message log file. The message log files need to be numbered sequentially, and the corresponding file name is generated according to this number. For example, it can be named as message log.

When creating a message log file, you need to assign a sequence number to the message log file, ^ to name the message file. There are two situations at this time:

Case 1 : If the message log index file has not been created yet, the sequence number is 1 .

Case 2: If the message log index file has been created, query the message log index file, find the serial number of the oldest message log file, and add 1 to the serial number of the new message file.

Step S43: Create a message log index file, which is used to store the message log file name in ascending order according to the message log file number. This message log index file can also be saved in the local storage of the terminal, so that the information of these message logs will not be lost after the system is rebooted.

Step S44, determining whether there is a debug message in the module or a message transmitted between the modules; if yes, calling the message filtering table, and executing step S45, otherwise continuing to wait for the message;

Step S45, determining whether the above message can be found in the filter table, and if yes, performing the step S46; otherwise, the message is not saved, and the other messages are continuously judged;

Step S46, the message is stored in the buffer area;

Step S47, determining whether the buffer area is full. If the buffer area is full, executing step S48, otherwise returning to step S44, continuing to store the message to the buffer area;

Step S48, determining whether the currently stored message log file has sufficient remaining storage space, if the remaining space of the current log file is larger than the buffer storage space B, step S49 is performed; otherwise, step S50 is performed;

Step S49, writing the content of the buffer to the current message log file;

Step S50: If the remaining space of the current message log file is smaller than the length of the buffer, fill the current message log file, and close the current message log file.

Step S51, creating a new message log file, and setting the file as a message log file currently being stored;

Step S52: Write the remaining message content in the buffer to the current message log file. Step S53: Update the message log index file, that is, as long as the message log file is created or deleted, all the message log files are written into the message log index file in the order of their numbers.

Wherein, in the case of creating or deleting a message log file, if the message log index file has not been created yet (for example, the storage device saves the message log file, but the message log index file is lost or deleted), the message log index file is first created. And then write the file names of all the message log files to the message log index file in the order of their numbers.

If the message log index file already exists, first clear the message log index file, and then write the file names of all message log files to the message log index file in the order of their numbers.

In this way, through the message log stored above, the message log can be taken out from the local storage (storage device) of the terminal according to the needs of the user, and decoded by the message log management tool. When extracting the stored message log, it is also unnecessary to connect the mobile communication terminal to be tested, and only need to unplug the storage device from the communication terminal and insert it into the card reader of the computer to copy all the message log files. In the computer, the operator uses the message log management tool on the computer to decode the message log file, making it an easy-to-read format, which can then be reflected in the message log. Analysis of problems in the testing process.

According to an embodiment of the present invention, a mobile terminal is also provided.

As shown in FIG. 5, the mobile terminal according to the embodiment of the present invention includes a lookup and parsing module 501, a storage device 502, and a control module 503, where

The search and analysis module 501 is connected to the storage device 502. The search and analysis module 501 is configured to search the first configuration file in the storage device 502, and parse the first configuration file to obtain a message filtering rule, where the message filtering is performed. The rule is used to indicate the type of the message to be recorded; the control module 503 is connected to the search and parsing module 501 and the storage device 502, and is configured to store the message in the test process as a message log according to the message filtering rule during the testing process of the mobile terminal; The storage device 502 is configured to store messages under the control of the control module 503.

The locating and parsing module is further configured to: after finding the first configuration file, look up the second configuration file in the storage device 502, and parse the found second configuration file, where the second configuration file indicates whether the The message log is saved on the storage device 502. After the second configuration file is parsed, if it is determined according to the second configuration file that the message log needs to be saved on the storage device, the search and parsing module 501 determines that the first configuration file needs to be searched.

The mobile terminal further includes a buffer area (shown) connected to the control module 503 and the storage device 502, and the control module 503 is further configured to save the message during the test in the buffer area, and the storage space in the buffer area is In the case of fullness, the control module 503 stores the message in the buffer area into the storage device 502, then clears the buffer area, and continues to store the newly generated message during the test to the buffer area.

The lookup and parsing module 501 may specifically look up the first configuration file in the storage device 502 according to the predetermined identifier of the first configuration file or the specified directory identifier of the first configuration file stored in the storage device 502.

In addition, the control module can also control the process of the above-mentioned cyclic storage of the buffer area and the storage device. The specific execution manner has been described before and will not be repeated here.

In summary, with the above technical solution of the present invention, the configuration file on the storage device is directly obtained and parsed by the mobile terminal, so that the message log in the test process is stored according to the indication of the configuration file, so that The device and other devices perform file configuration on the storage device in advance. In the test, only the storage device and the terminal need to be connected to complete the message log storage, so as to avoid the need in related technologies. The problem of testing can be carried out after the mobile terminal is connected to a computer, etc., so that the test process does not require special connection equipment, and even does not need to carry a computer, which can facilitate the test, reduce the cost and workload of the test, and improve the test. Try to be friendly; and, by adopting the method of cyclic storage, the limited memory space of the mobile communication terminal can be fully utilized, the useful message is not lost in the message log, and the frequent access to the storage device can be avoided, and the log storage is improved. effectiveness.

The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc., which are within the spirit and scope of the present invention, should be included in the present invention. Within the scope of protection.

Claims

A method for processing a test log of a mobile terminal, the method comprising: the mobile terminal searching for a first configuration file in the storage device, parsing the first configuration file that is found, and obtaining a message a filtering rule, where the message filtering rule is used to indicate a message type to be stored;

During the testing process of the mobile terminal, the mobile terminal stores the message in the testing process as a message log in the storage device according to the message filtering rule.

The processing method according to claim 1, wherein before the mobile terminal searches for the first configuration file in the storage device, the method further includes:

The mobile terminal searches for a second configuration file in the storage device, and parses the found second configuration file, where the second configuration file is used to indicate whether it needs to be saved on the storage device. Message log

After parsing the second configuration file, if it is determined according to the second configuration file that a message log needs to be saved on the storage device, the mobile terminal determines that the first configuration file needs to be searched.

The processing method according to claim 1, wherein the storing, by the mobile terminal, the message in the test process as the message log according to the message filtering rule includes:

The mobile terminal saves the message during the test in the buffer area;

And storing, in the storage area of the buffer area, a message in the buffer area to the storage device;

The buffer is emptied and the newly generated message during the test is continued to be stored in the buffer.

The processing method according to claim 3, wherein the storing, by the mobile terminal, the message in the test process as the message log according to the message filtering rule includes:

Creating a message log file and a message log index file in the storage device, setting the message log file as a message log file being stored, writing a message in the buffer area to the message log file, and Saving the name of the message log file in the message log index file;

Create a new message day if the space occupied by the message log file reaches a predetermined value And the new message log file is set as a message log file being stored, and the message stored in the buffer area in the test process is continuously written into the new message log file, and the message is The log index file is updated, and the name of the message log file in the message log index file is sorted according to the creation time of the message log file, where the predetermined value is smaller than that of the storage device. Storage space, and greater than or equal to the storage space of the buffer area.

The processing method according to claim 4, wherein, in a case that a storage space of the storage device is full, if there is still a message in the buffer area that needs to be stored as a message log, The method further includes:

Deleting the earliest created message log file according to the sorting of the message log file in the message log index file, creating a new message log file, and setting the new message log file as a message log file being stored, and Messages in the cache are stored to the new message log file.

The processing method of claim 1, wherein the searching, by the mobile terminal, the first configuration file in the storage device comprises:

The mobile terminal searches for the first configuration in the storage device according to the predetermined identifier of the first configuration file or the specified directory identifier of the first configuration file in the storage device.

A mobile terminal, comprising: a search and analysis module, a storage device, and a control module, wherein

The searching and parsing module is configured to search for the first configuration file in the storage device, and parse the first configuration file that is found, to obtain a message filtering rule, where the message filtering rule is used to indicate a need The type of message logged;

The control module stores the message in the test process as a message log according to the message filtering rule during the testing process of the mobile terminal;

The storage device is configured to store a message under control of the control module.

The mobile terminal according to claim 7, wherein the searching and parsing module is further configured to: after searching for the first configuration file, searching for a second configuration file in the storage device, and searching for The second configuration file is parsed, where the second configuration file is used to indicate whether a message log needs to be saved on the storage device; after parsing the second configuration file, If it is determined according to the second configuration file that a message log needs to be saved on the storage device, the lookup and parsing module determines that the first configuration file needs to be searched.

The mobile terminal according to claim 7, further comprising a buffer area, and wherein the control module is further configured to save the message during the test in the buffer area, and the storage space in the buffer area In the case of being full, the control module stores the message in the buffer area into the storage device, then clears the buffer area, and continues to store the newly generated message in the test process to the buffer area. .

The mobile terminal according to claim 7, wherein the searching and parsing module is configured to: according to a predetermined identifier of the first configuration file, or a specification for storing the first configuration file in the storage device a directory identifier, searching for the first configuration file in the storage device.