CN108989140A - A kind of test method of flow alerting delay, apparatus and system - Google Patents

Abstract

The invention discloses a method, device and system for testing traffic reminder time delay. The method applied to a mobile terminal includes: consuming the first current traffic according to the test instruction carried in the received test script, and updating the consumed second traffic. A value of the current flow; if it is detected that the value of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment; receive the first reminder message, and record the time of receiving the first reminder message The second time: according to the first time and the second time, determine the flow reminder time delay. Since the first time and the second time in the embodiment of the present invention are both recorded by the mobile terminal, and the first time is the time when the user traffic should be reminded, and the second time is the actual reminder time for the user traffic, All aspects of the traffic alert delay are covered, so the accuracy of the test result of the traffic alert delay is improved.

Description

A test method, device and system for flow reminder delay

technical field

The invention relates to the field of telecommunication service testing, in that it relates to a testing method, device and system for flow reminder time delay.

Background technique

With the popularization of mobile terminals and 4G (the 4th Generation mobile communication, fourth-generation mobile communication technology) high-speed networks, higher requirements are placed on operators' capabilities in real-time billing and real-time traffic reminders. The delay in the reminder of the remaining mobile Internet traffic may lead to high traffic charges outside the package, causing user complaints and even disputes. In order to help users clearly understand the reasonable use of traffic, the operator will send reminder text messages to users at important points such as insufficient balance in the user package, exhaustion, or exceeding the package traffic. However, due to the long process of "real-time traffic calculation-triggering traffic reminder-delivering reminder SMS-user mobile terminal", if the user is roaming, the process will be more complicated. It is easy to cause that when the reminder message arrives at the user's mobile terminal, the user's actual traffic usage has already exceeded the traffic usage in the reminder message received. Therefore, in order to better improve the user experience, the operator needs to use the traffic reminder delay test method to obtain the traffic reminder delay, wherein the traffic reminder delay is the time difference between the actual reminder time of the user traffic and the time when the user traffic should be reminded.

In the prior art, the test method for the traffic reminder delay can be that the business support department of the operator can calculate the time consumption of each link of the traffic reminder through the correlation analysis of the log and the bill, and determine the time consumption of each link. The sum of time is used as the traffic reminder delay, and the time consumption of each link includes the reminder trigger delay (the time from when the user’s traffic reaches the reminder threshold to the triggering of the billing alarm), SMS assembly delay (the billing system generates an alarm to the account management system SMS Time-consuming to complete the assembly), delay in sending SMS (the time-consuming from the account management system text message assembly to the text message sent to the text message center).

During the actual traffic reminder delay test, the operator’s business support system cannot cover all aspects of the reminder delay, and the statistically obtained delay is only the time from when the user’s traffic reaches the reminder threshold to when the reminder message is sent to the SMS center. , the time spent in sending the reminder message from the SMS center to the user's mobile terminal has not been counted, so there is a situation that the accuracy of the test result of the traffic reminder delay is low.

Contents of the invention

The invention provides a method, device and system for testing traffic reminder time delay, which are used to solve the problem in the prior art that the accuracy of test results of traffic reminder time delay is low.

In order to solve the above problems, the present invention provides a traffic reminder delay test, which is applied to a mobile terminal, and the method includes:

Consuming the first current flow according to the test instruction carried in the received test script, and updating the value of the consumed first current flow, wherein the test script is sent by the server;

If it is detected that the value of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment;

Receive the first reminder message, and record the second time when the first reminder message is received, wherein the first reminder message is that the SMS server detects that the value of the first current flow of the mobile terminal is not greater than the set flow Sent when the threshold is reached;

According to the first time and the second time, a flow reminder time delay is determined.

Further, before consuming the first current traffic according to the test instruction carried in the received test script, the method further includes:

Sending a traffic query request to the SMS server according to receiving the remote acquisition operation of the server;

determining the first remaining traffic of the mobile terminal according to the received information returned by the short message server;

determining the value of the first current flow according to the sum of the first remaining flow and the preset overflow flow, and judging whether the value of the first current flow is greater than a set flow threshold;

If yes, proceed to next steps.

Further, if the value of the first current flow is not greater than the set flow threshold, before consuming the first current flow according to the test instruction carried in the received test script, the method further includes:

If the value of the first remaining flow is not 0, consume the first remaining flow;

If the second reminder message sent by the SMS server for detecting that the value of the first remaining traffic is 0 is received, an order request is sent to the server, and the remote order operation of the order request is sent to the SMS server according to the received server's remote order operation for the order request. Send a traffic order text message for ordering the preset first traffic value;

Receiving the order success information returned by the SMS server for the traffic order SMS;

Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length;

If so, determine the second remaining flow of the mobile terminal according to the returned information, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and use the second current flow as The first current flow, proceed to the subsequent steps.

Further, if the value of the first current flow is not greater than the set flow threshold, before consuming the first current flow according to the test instruction carried in the received test script, the method further includes:

If the value of the first remaining traffic is 0, an order request is sent to the server, and according to the received remote order operation of the server for the order request, a traffic order text message for ordering a preset first traffic value is sent to the SMS server;

Receiving the order success information returned by the SMS server for the traffic order SMS;

Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length;

If so, determine the third remaining flow of the mobile terminal according to the returned information, determine the third current flow according to the sum of the third remaining flow and the preset overflow flow, and use the third current flow as The first current flow, proceed to the subsequent steps.

Further, after the delay in determining the flow reminder, the method further includes:

Send the test result carrying the traffic alert time delay to the server.

The present invention provides a flow reminder delay test device, which is applied to a mobile terminal, and the device includes:

A consumption update module, configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow, wherein the test script is sent by the server;

A detection and recording module, configured to record the first time corresponding to the current moment if it is detected that the value of the first current flow is not greater than the set flow threshold;

The receiving and recording module is used to receive the first reminder message, and record the second time when the first reminder message is received, wherein the first reminder message is the first current flow value of the mobile terminal detected by the SMS server Sent when it is not greater than the set traffic threshold;

A time delay determining module, configured to determine a flow reminder time delay according to the first time and the second time.

Further, the device also includes:

The query judgment module is used to send a traffic query request to the short message server according to the remote acquisition operation received from the server; determine the first remaining traffic of the mobile terminal according to the received information returned by the short message server; according to the second The sum of the remaining flow and the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold; if so, triggers the consumption updating module.

Further, the device also includes:

Consumption ordering module, for judging that the first current flow value is not greater than the set flow threshold, if the value of the first remaining flow is not 0, consume the first remaining flow; if the receiving SMS server detects The second reminder text message sent when the value of the first remaining traffic is 0, sends an order request to the server, and sends an order preset first traffic value to the SMS server according to the received remote order operation of the server for the order request receive the order success information returned by the SMS server for the traffic order SMS; send a traffic query request to the SMS server, and determine whether the information returned by the SMS server for the traffic query request is received within the set time length ; if yes, determine the second remaining flow of the mobile terminal according to the returned information, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and convert the second current flow As the first current flow, the consumption update module is triggered.

Further, the device also includes:

An order judging module, configured to judge that the current flow value is not greater than the set flow threshold, if the value of the first remaining flow is 0, send an order request to the server, and send an order request to the server according to the received remote The ordering operation is to send to the SMS server a traffic order text message for ordering the preset first traffic value; receive the order success information returned by the SMS server for the traffic order text message; send a traffic query request to the SMS server, and judge that within the set time length Whether the information returned by the short message server for the traffic query request is received; if so, according to the returned information, determine the third remaining traffic of the mobile terminal, and determine the third remaining traffic of the mobile terminal according to the difference between the third remaining traffic and the preset overflow traffic And determine the third current flow, use the third current flow as the first current flow, and trigger the consumption update module.

Further, the device also includes:

The result sending module is used to send the test result carrying the traffic reminder delay to the server.

The present invention provides a test system for flow reminder time delay, the test system includes:

The server is configured to send a test script carrying test instructions to the mobile terminal;

The mobile terminal is configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow; if it is detected that the value of the first current flow is not greater than the set If the traffic threshold is higher than the threshold value, then record the first time corresponding to the current moment; receive the first reminder text message, and record the second time when the first reminder text message is received; determine the traffic flow according to the first time and the second time reminder delay;

The short message server is configured to send a first reminder short message to the mobile terminal if it detects that the first current traffic value of the mobile terminal is not greater than the set traffic threshold.

Further, the server is also used to perform remote acquisition operations on the mobile terminal by using the General Packet Radio Service GPRS wireless scheduling technology;

The mobile terminal is further configured to send a traffic query request to the short message server according to receiving the remote acquisition operation of the server; determine the first remaining traffic of the mobile terminal according to the received information returned by the short message server; The sum of the first remaining flow and the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold, and if so, according to the value carried in the received test script Test command, consume the first current traffic;

The short message server is further configured to receive the traffic query request sent by the mobile terminal, and return information in response to the traffic query request.

Further, the mobile terminal is further configured to consume the first remaining flow if the value of the first current flow is not greater than a set flow threshold and the value of the first remaining flow is not 0; if Receive the second reminder text message, send order request to the server, according to the remote order operation of the server received for the order request, send the traffic order text message of ordering the preset first traffic value to the text message server; receive the order returned by the text message server Success information; send a traffic query request to the short message server, and judge whether the information returned by the short message server for the traffic query request is received within the set time length; if so, determine the mobile terminal according to the returned information The second remaining flow, determining the second current flow according to the sum of the second remaining flow and the preset overflow flow, using the second current flow as the first current flow, according to the test instruction carried in the received test script , consume the first current flow;

The server is also used to receive the order request sent by the mobile terminal, and use GPRS wireless scheduling technology to perform remote order operations on the mobile terminal;

The short message server is also used to send a second reminder text message if it is detected that the value of the first remaining traffic of the mobile terminal is 0; receive a traffic subscription text message sent by the mobile terminal to order a preset first traffic value , order the flow of the first flow value for the mobile terminal, and return order success information to the mobile terminal; receive the flow query request sent by the mobile terminal, and return the information of the second remaining flow to the mobile terminal .

Further, the mobile terminal is further configured to send an order request to the server if the value of the first current flow is not greater than the set flow threshold and the value of the first remaining flow is 0, and according to the received For the remote order operation of the order request, the server sends to the SMS server a traffic order text message ordering a preset first traffic value; receives the order success information returned by the SMS server for the traffic order text message; sends a traffic query request to the SMS server, Judging whether the information returned by the short message server for the traffic query request is received within the set time length; if yes, according to the returned information, determine the third remaining traffic of the mobile terminal, and determine the third remaining traffic of the mobile terminal according to the third remaining The sum of the flow and the preset overflow flow determines the third current flow, takes the third current flow as the first current flow, and consumes the first current flow according to the test instruction carried in the received test script.

Further, the mobile terminal is further configured to send the test result carrying the traffic reminder delay to the server;

The server is further configured to receive the test result sent by the mobile terminal and carrying the traffic reminder delay.

The present invention provides a method, device and system for testing traffic reminder delay. The method includes: the mobile terminal consumes the first current traffic according to the test instruction carried in the received test script, and updates the consumed first current traffic. The value of the flow, wherein the test script is sent by the server; if it is detected that the value of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment; receive the first reminder message, And record the second time of receiving the first reminder text message, wherein the first reminder text message is sent when the first current flow value of the mobile terminal is detected by the short message server is not greater than the set flow threshold; according to the The first time and the second time determine the flow reminder delay. Because in the embodiment of the present invention, when the mobile terminal detects that the value of the first current flow is not greater than the set flow threshold, it records the first time corresponding to the current moment, and receives the SMS server to detect that the value of the first current flow is not greater than the set The reminder text message sent by the flow threshold, record the corresponding second time, and the first time is the theoretical reminder time of the user flow, and the second time is the actual reminder time of the user flow, and the flow is determined by the first time and the second time The reminder delay covers all aspects of the traffic reminder delay, thus improving the accuracy of the test result of the traffic reminder delay.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only These are some embodiments of the present invention. Those skilled in the art can also obtain other drawings based on these drawings without creative work.

FIG. 1 is a schematic diagram of a test process of a flow reminder delay provided by Embodiment 1 of the present invention;

FIG. 2A is a schematic diagram of another test process of traffic reminder delay provided by Embodiment 4 of the present invention;

FIG. 2B is a schematic structural diagram of a test system for traffic reminder delay provided by Embodiment 5 of the present invention;

FIG. 3 is a schematic diagram of a test process of a flow reminder delay provided by Embodiment 6 of the present invention;

Fig. 4 is a schematic diagram of a test device for traffic alert delay provided by an embodiment of the present invention.

Detailed ways

In order to improve the accuracy of the test result of the time delay of traffic reminder, the embodiment of the present invention provides a method, device and system for testing the time delay of traffic reminder.

In order to make the purpose, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings. Apparently, the described embodiments are only some of the embodiments of the present invention, rather than all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present invention.

Example 1:

FIG. 1 is a schematic diagram of a test process of a flow reminder delay provided by an embodiment of the present invention, and the process includes the following steps:

S101: Consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow, wherein the test script is sent by the server.

The test method of traffic reminder delay provided by the embodiment of the present invention is applied to mobile terminals, and the mobile terminal mainly refers to mobile phones, but does not exclude other devices, such as tablet computers, personal digital assistants (PDAs) and other devices that can consume traffic, for In terms of the core idea of the present invention, the mobile phone can give full play to the advantages of the present invention, but the mobile phone is not the only form of expression of the mobile terminal of the present invention.

The mobile terminal may be used to receive the test script sent by the server, consume the first current flow according to the test instruction carried in the test script, and update the value of the consumed first current flow.

The first current traffic consumed by the mobile terminal can be consumed by downloading files, playing video or audio on the network, etc. The way the mobile terminal consumes traffic can be determined according to the test instructions carried in the test script. The specific process of consuming traffic in different ways belongs to the prior art, and will not be described in detail in this embodiment of the present invention.

The test script may be pre-generated and stored locally by the server according to the script generation algorithm saved by the tester, or may be generated by the server for the task execution query request after receiving the task execution query request sent by the mobile terminal , wherein the task execution query request carries the identification information of the mobile terminal.

The identification information of the mobile terminal can be the device number of the mobile terminal, or one or more of the mobile phone numbers corresponding to the SIM (Subscriber Identification Module, customer identification module) card installed on the mobile terminal, etc. The identification information of the mobile terminal may also carry GPS (Global Positioning System, Global Positioning System) coordinate information corresponding to the mobile terminal. Because the traffic reminder delay is tested in the embodiment of the present invention, so preferably, the identification information of the mobile terminal can be the mobile phone number corresponding to the SIM card installed on the mobile terminal, or the mobile phone number installed on the mobile terminal Combination information of the mobile phone number corresponding to the SIM card and the GPS coordinates corresponding to the mobile terminal.

If the identification information of the mobile terminal is the combined information of the mobile phone number corresponding to the SIM card installed on the mobile terminal and the GPS coordinates corresponding to the mobile terminal, the server can determine the GPS coordinates after receiving the task execution query request Whether it is located in the attribution of the mobile phone number, if yes, then send a test script carrying test instructions to the mobile terminal.

The server can save the same test script for all mobile terminals, and can also save different test scripts for different mobile terminals. Number as a group, generate and save the corresponding test script.

In order to prevent the same test task from being dispatched multiple times, the server marks the task status of the generated test script as unscheduled. After the server sends the test script to the mobile terminal, it can directly mark the task status of the corresponding test script as scheduled. It may also be to start a timer to determine whether the receiving confirmation information returned by the mobile terminal is received within the set time length, and if so, mark the task status of the corresponding test script as scheduled.

S102: If it is detected that the magnitude of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment.

The method for the mobile terminal to detect the value of the first current flow can be implemented by using third-party monitoring software installed on the mobile terminal, or by directly executing the flow detection method provided by the operating system corresponding to the mobile terminal, for example, for When the operating system corresponding to the mobile terminal is the Android system, the mobile terminal implements the detection of the current first current flow value by cyclically executing the network flow method provided by the Android system.

When the mobile terminal detects that the value of the first current flow is not greater than the set flow threshold, it can obtain the first time corresponding to the current moment by calling the clock application, and record and save the first time, the mobile terminal The first time recorded at this time is the theoretical reminder time of user traffic, and the mobile terminal stores the traffic threshold.

In order to further improve the accuracy of the test result of the traffic reminder time delay, when the mobile terminal detects that the first current traffic value is not greater than the set traffic threshold, it may stop the operation of consuming the first current traffic.

The flow threshold can be a specific value, such as 0MB (Mega Byte, megabyte), 80MB or 100MB, etc., or other values used to characterize the flow value, such as 50% of the total flow, 50% of the total flow, etc. 80% or 0.2 of the total traffic, etc., wherein the value of the total traffic is stored in the mobile terminal. In the process of actually testing the traffic alert delay, there may be one or more traffic thresholds, and a traffic alert delay test is performed for one traffic threshold.

S103: Receive the first reminder message, and record the second time when the first reminder message is received, wherein the first reminder message is that the SMS server detects that the value of the first current traffic of the mobile terminal is not greater than the set traffic Sent when the threshold is reached.

When the short message server detects that the value of the first current flow of the mobile terminal is not greater than the set flow threshold, it sends a first reminder short message to the mobile terminal, and the short message server belongs to the operator corresponding to the mobile terminal, The short message server stores the traffic threshold, that is, the traffic threshold stored in the short message server corresponds to the traffic threshold stored in the mobile terminal, and the traffic threshold for each test is agreed upon in advance by both parties.

In the process of actually testing the traffic reminder time delay, the traffic threshold can be one or multiple, and the test process of a traffic reminder time delay is carried out for a traffic threshold. The first reminder short message sent during the delayed test process is also sent for the same traffic threshold as the traffic threshold recorded by the mobile terminal at the first time this time.

The process of detecting the value of the first current traffic of the mobile terminal by the short message server belongs to the prior art, and will not be described in detail in this embodiment of the present invention.

When the mobile terminal receives the first reminder message sent by the message server, it can obtain the corresponding second time when the first reminder message is received by calling the clock application, and record and save the second time, the mobile terminal at this time The recorded second time is the actual reminder time of the user traffic, that is, the time when the operator's reminder message reminding the user of the mobile terminal that the current traffic reaches the traffic threshold actually arrives at the mobile terminal.

S104: Determine a flow reminder time delay according to the first time and the second time.

The mobile terminal calculates a difference between the first time and the second time according to the first time and the second time, and uses the difference as a flow reminder delay.

Both the first time and the second time are recorded by the mobile terminal, and the traffic reminder delay is determined by the mobile terminal according to the first time and the second time, thereby realizing traffic Automated testing of alert latency.

Because in the embodiment of the present invention, when the mobile terminal detects that the value of the first current flow is not greater than the set flow threshold, it records the first time corresponding to the current moment, and receives the SMS server to detect that the value of the first current flow is not greater than the set The reminder text message sent by the flow threshold, record the corresponding second time, and the first time is the theoretical reminder time of the user flow, and the second time is the actual reminder time of the user flow, and the flow is determined by the first time and the second time The reminder delay covers all aspects of the traffic reminder delay, thus improving the accuracy of the test result of the traffic reminder delay.

Example 2:

In order to further improve the accuracy of the test result of traffic reminder delay, on the basis of the above-mentioned embodiments, in the embodiment of the present invention, before consuming the current traffic according to the test instruction carried in the received test script, the method also include:

Sending a traffic query request to the SMS server according to receiving the remote acquisition operation of the server;

determining the first remaining traffic of the mobile terminal according to the received information returned by the short message server;

Determine the value of the first current flow according to the sum of the first remaining flow and the preset overflow flow, and determine whether the value of the first current flow is greater than a set flow threshold;

If yes, proceed to next steps.

Since the method for the mobile terminal itself to detect the value of the first current flow is different from the method for the short message server to detect the value of the first current flow, when the mobile terminal consumes the first current flow, the mobile terminal detects the update There may be a difference between the value of the first current flow after consumption and the value of the first current flow after the SMS server detects and updates the consumed first current flow, and the flow threshold locally saved by the mobile terminal is the same as the flow threshold locally saved by the SMS server, so there may be a mobile When the terminal detects that the value of the first current flow is not greater than the flow threshold, the value of the first current flow detected by the short message server is greater than the flow threshold, so that the short message server will not send the first reminder message to the mobile terminal. It is impossible to complete the test process of the traffic alert time delay for the set traffic threshold, which affects the accuracy of the test result of the traffic alert time delay.

Therefore, in order to further improve the accuracy of the test results of the traffic reminder delay, during the test, general testers can set and save the overflow traffic in the mobile terminal, so that the mobile terminal can determine the first current traffic according to the first remaining traffic and the overflow traffic When the value of the first current flow is consumed until the value of the first current flow is not greater than the flow threshold, the short message server can be triggered to send a first reminder short message to the mobile terminal.

In order to be able to test the traffic reminder delay, the server can remotely operate the mobile terminal to complete operations such as remaining traffic query and traffic subscription. In addition, the server can remotely operate the mobile terminal to realize traffic reminders in various scenarios The delay test includes the normal state where the mobile terminal is located at its home location, and the roaming state where the mobile terminal is located different from its home location. In order to further improve the accuracy of the test results of the traffic reminder delay, it is also possible to let The mobile terminal is tested in a number of different locations.

In the case of traveling in different places, business trips, etc., because the location of the mobile terminal is different from where it belongs, it is in a roaming state. When the user consumes the current traffic of the mobile terminal until the current traffic value reaches the set traffic threshold, the operator's SMS server Detecting that the current traffic value of the mobile terminal reaches the set traffic threshold, the process of sending the first reminder message to the mobile terminal will be more complicated, for example, for the same operator, different mobile terminals, the area where they are located and the mobile phone number. If the location is different, the port corresponding to the SMS server in the area where it is located may be different from the port corresponding to the SMS server in the location where the mobile terminal belongs. The reminder short message is forwarded to the port of the short message server in the area to which the mobile terminal belongs, and then sent to the mobile terminal. Therefore, in order to further improve the accuracy of the test result of the traffic alert time delay, testers need to manually carry the tested mobile terminal to different regions or mail the tested mobile terminal to different regions. The mobile terminal to be tested is mailed to different regions, and the server remotely operates the mobile terminal to complete the test of traffic reminder time delay, which further saves the test cost and improves the test efficiency.

The remote operation of the mobile terminal by the server may be accomplished by using a GPRS (General Packet Radio Service, General Packet Radio Service) wireless scheduling technology.

The remote acquisition operation performed by the server on the mobile terminal may be that the mobile terminal sends an acquisition operation request to the server according to the script instruction, and the server performs a remote acquisition operation on the mobile terminal according to the acquisition operation request.

The remote acquisition operation received by the mobile terminal sends a traffic query request to the SMS server, wherein the traffic query request carries the identification information of the mobile terminal. For the SMS servers of different operators, the traffic query requests sent by the mobile terminal are different. The ports corresponding to the SMS servers in different regions of the same operator may be the same or different, and the traffic query requests sent by the mobile terminal may be the same or different.

The short message server returns information carrying the remaining traffic to the mobile terminal in response to the received traffic query request sent by the mobile terminal, and the mobile terminal receives the information returned by the short message server to determine the first remaining traffic. The process of determining the first remaining flow by the mobile terminal according to the received information returned by the short message server may be that the mobile terminal obtains the first remaining flow by matching the preceding and following keywords according to the received information returned by the short message server.

The process in which the mobile terminal obtains the first remaining traffic by matching the preceding and following keywords according to the received information returned by the short message server belongs to the prior art, and will not be described in detail in this embodiment of the present invention.

The mobile terminal determines the value of the first current flow according to the sum of the first remaining flow and the preset overflow flow, and consumes the first current flow if it judges that the value of the first current flow is greater than the set flow threshold.

The value of the traffic that the mobile terminal should consume is: the value of the traffic that should be consumed = the value of the remaining traffic - the traffic threshold + the value of the overflow traffic, where the traffic threshold is a specific value, if the traffic threshold is expressed as a percentage or a decimal, then The value of the flow that should be consumed = the value of the remaining flow - the value of the total flow * the flow threshold + the value of the overflow flow, wherein the value of the total flow is pre-stored in the mobile terminal. For example, the value of the total traffic stored in the mobile terminal is 100M, the traffic threshold is 10% of the total traffic, the value of the overflow traffic is 3M, and the value of the remaining traffic detected by the mobile terminal is 80M. According to the above calculation process, it should consume The value of the flow rate=80-100*10%+3=73M.

Because in the embodiment of the present invention, tests are carried out for various scenarios, the mobile terminal located in different areas, the server adopts the mode of remote operation, and the remote acquisition operation is performed on the mobile terminal to complete the test of the traffic reminder delay, so as to test the mobile terminal in its The corresponding attribution and the traffic alert delay in the roaming state further improve the accuracy of the test result of the traffic alert delay.

Example 3:

In order to further improve the accuracy of the test results of the flow reminder delay, on the basis of the above embodiments, in the embodiment of the present invention, if the first current flow value is not greater than the set flow threshold, the received Before the test instruction carried in the test script consumes the first current traffic, the method further includes:

If the value of the first remaining flow is not 0, consume the first remaining flow;

If the receiving short message server sends an order request to the server for the second reminding short message sent when the value of the first remaining traffic is detected to be 0, according to the remote order operation of the received server for the order request, send to the short message server Subscribe to the traffic subscription SMS with the preset first traffic value;

Receiving the order success information returned by the SMS server for the traffic order SMS;

Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length;

If so, determine the second remaining flow of the mobile terminal according to the returned information, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and use the second current flow as The first current flow, proceed to the subsequent steps.

When the value of the first current flow is not greater than the set flow threshold and the value of the first remaining flow is not 0, in order to ensure that the test of flow reminder delay can be carried out, the mobile terminal needs to order the flow, so that the current flow If it is greater than the set flow threshold, the accuracy of the test result of the flow reminder delay is further improved. The mobile terminal needs to consume the first remaining flow first, so that the value of the first remaining flow is 0 before ordering.

The mobile terminal judges that the value of the first remaining traffic is not 0, and consumes the first remaining traffic. The mobile terminal can consume the first remaining traffic by downloading files, playing video or audio on the network, etc., and the mobile terminal consumes the first remaining traffic. The way to consume traffic can be performed according to the test instructions carried in the test script. The specific process of consuming traffic in different ways belongs to the prior art, and will not be described in detail in this embodiment of the present invention.

In order to further improve the accuracy of the test result of the traffic reminder time delay, when the mobile terminal detects that the value of the first remaining traffic is 0, it may stop the operation of consuming the first surplus traffic.

After the mobile terminal stops the operation of consuming the first remaining traffic, it can send a traffic query request to the SMS server at a set time interval according to the script instruction, until according to the received information returned by the SMS server for the traffic query request, The value of the determined first remaining traffic is 0, and an order request is sent to the server, wherein the order request includes the identification information of the mobile terminal, and the set time interval can be 5 seconds, 1 minute or 5 minutes etc., when the test scenario is a roaming state, since the corresponding home of the mobile terminal is different from the area where it is located, the set time interval can be set longer.

The server receives the order request sent by the mobile terminal, and performs a remote order operation on the mobile terminal according to the order request. The remote operation of the mobile terminal by the server may be accomplished by using GPRS wireless scheduling technology.

The mobile terminal receives the remote ordering operation, and sends to the SMS server a traffic subscription text message ordering a preset first traffic value, the preset first traffic value may be stored in the mobile terminal, or may be stored in the test script, It can also be saved in the server. Wherein the mobile terminal identification information is carried in the traffic subscription short message, for the short message servers of different operators, the traffic subscription short messages sent by the mobile terminal are different, and the ports corresponding to the short message servers in different regions of the same operator may be the same or different, The traffic subscription SMS sent by the mobile terminal may be the same or different.

The short message server returns ordering success information to the mobile terminal for the traffic ordering short message sent by the mobile terminal. After receiving the ordering success message, the mobile terminal sends a traffic query request to the short message server according to the script instruction, starts a timer, and judges whether the traffic is in the setting. Whether the information returned by the SMS server for the traffic query request is received within a predetermined length of time. If it is received, it will be considered that the ordered traffic of the first preset traffic value has arrived, and the next steps will be carried out; if it is not received, it will be considered that the task has timed out. , the mobile terminal forcibly terminates the test task, and performs a traffic reminder delay test for the next traffic threshold, where the set time length can be 5 minutes, 20 minutes, or 1 hour. The attribution corresponding to the above-mentioned mobile terminal is different from the area where it is located, so the set time length can be set longer.

If the mobile terminal receives the information returned by the short message server within the set time length, then according to the returned information, determine the second remaining flow of the mobile terminal, and determine the second remaining flow according to the sum of the second remaining flow and the overflow flow. For the current flow, the second current flow is used as the first current flow, and the subsequent steps are performed.

Since in the embodiment of the present invention, when the value of the first current traffic is not greater than the set traffic threshold and the value of the first remaining traffic is not 0, in order to ensure that the traffic reminder delay test can be carried out, the mobile terminal needs Order traffic to make the current traffic greater than the set traffic threshold, and the mobile terminal consumes the current traffic first, so that the value of the current traffic is 0 before ordering, further improving the accuracy of the test results of the traffic reminder delay.

Example 4:

In order to further improve the accuracy of the test results of the flow reminder delay, on the basis of the above embodiments, in the embodiment of the present invention, if the value of the first current flow is not greater than the set flow threshold, the received Before the test instruction carried in the test script consumes the first current traffic, the method further includes:

If the value of the first remaining traffic is 0, an order request is sent to the server, and according to the received remote order operation of the server for the order request, a traffic order text message for ordering a preset first traffic value is sent to the SMS server;

Receiving the order success information returned by the SMS server for the traffic order SMS;

Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length;

If so, determine the third remaining flow of the mobile terminal according to the returned information, determine the third current flow according to the sum of the third remaining flow and the preset overflow flow, and use the third current flow as The first current flow, proceed to the subsequent steps.

When the value of the first current traffic is not greater than the set traffic threshold, and the value of the first remaining traffic is 0, in order to ensure that the traffic reminder delay test can be carried out, the mobile terminal needs to order traffic, so that the first current The flow is greater than the set flow threshold, thereby further improving the accuracy of the test result of the flow reminder delay.

The mobile terminal may send an order request to the server according to the script instruction, wherein the order request includes the identification information of the mobile terminal.

The server receives the order request sent by the mobile terminal, and performs a remote order operation on the mobile terminal according to the order request. The remote operation of the mobile terminal by the server may be accomplished by using GPRS wireless scheduling technology.

The mobile terminal receives the remote ordering operation, and sends to the SMS server a traffic order text message ordering a preset first traffic value, the preset first traffic value may be stored in the mobile terminal, or may be stored in the test script, It can also be saved in the server. Wherein the mobile terminal identification information is carried in the traffic subscription short message, for the short message servers of different operators, the traffic subscription short messages sent by the mobile terminal are different, and the ports corresponding to the short message servers in different regions of the same operator may be the same or different, The traffic subscription SMS sent by the mobile terminal may be the same or different.

The short message server returns ordering success information to the mobile terminal for the traffic ordering short message sent by the mobile terminal. After receiving the ordering success message, the mobile terminal sends a traffic query request to the short message server according to the script instruction, starts a timer, and judges whether the traffic is in the setting. Whether the information returned by the SMS server for the traffic query request is received within a predetermined length of time. If it is received, it will be considered that the ordered traffic of the first preset traffic value has arrived, and the next steps will be carried out; if it is not received, it will be considered that the task has timed out. , the mobile terminal forcibly terminates the test task, and performs a traffic reminder delay test for the next traffic threshold, where the set time length can be 5 minutes, 20 minutes, or 1 hour. The attribution corresponding to the above-mentioned mobile terminal is different from the area where it is located, so the set time length can be set longer.

If the mobile terminal receives the information returned by the short message server within the set time length, then according to the returned information, determine the third remaining flow of the mobile terminal, and determine the third remaining flow according to the sum of the third remaining flow and the overflow flow. For the current flow, the third current flow is used as the first current flow, and the subsequent steps are performed.

In order to analyze the test results of the traffic reminder threshold, after the time delay of determining the traffic reminder, the method further includes:

Send the test result carrying the traffic alert time delay to the server.

If during the test of traffic reminder delay, the mobile terminal has an operation to forcibly terminate the task, it will send an alarm message to the server. In addition, in the actual test process, the mobile terminal may be forced to shut down or disconnect due to insufficient power. After the test script is sent to the mobile terminal, start the timer to judge whether the test result sent by the mobile terminal is received within the set test duration, if not, then generate an alarm message or fail the local identification task for the mobile terminal, Wherein the set test duration can be 5 minutes, 20 minutes or 1 hour, etc., when the test scene is in a roaming state, since the attribution corresponding to the mobile terminal is different from the area where it is located, the set test duration can be The setting is longer.

The above-mentioned embodiment is described below with a specific embodiment. FIG. 2A is a schematic diagram of another test process of traffic alert delay provided by the embodiment of the present invention. The process includes the following steps:

S201: Send a traffic query request to the short message server according to receiving the remote acquisition operation of the server; determine the first remaining traffic of the mobile terminal according to the received information returned by the short message server; and determine the first remaining traffic of the mobile terminal according to the first remaining traffic and The sum of the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold; if yes, go to S208; if not, go to S202.

S202: Determine whether the value of the first remaining flow is 0; if yes, go to S204; if not, go to S203.

S203: Consume the first remaining traffic, and receive a second reminder text message sent by the short message server when detecting that the value of the first remaining traffic is 0.

S204: Send a subscription request to the server, and send a traffic subscription text message for ordering a preset first traffic value to the short message server according to the received remote subscription operation of the server for the subscription request.

S205: Receive subscription success information returned by the SMS server regarding the traffic subscription SMS.

S206: Send a traffic query request to the short message server, and judge whether the information returned by the short message server for the traffic query request is received within a set time period; if yes, go to S207.

Of course, if the short message server does not receive the information returned by the short message server for the traffic query request within the set time length, the mobile terminal can continue to send the traffic query request to the short message server, or it can forcefully terminate the time delay of this traffic reminder. testing process etc.

S207: Determine the remaining flow of the mobile terminal according to the returned information, determine the current flow according to the sum of the remaining flow and the preset overflow flow, and use the current flow as the first current flow.

S208: Consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow; if it is detected that the value of the first current flow is not greater than the set flow threshold , then record the first time corresponding to the current moment; receive the first reminder message, and record the second time when the first reminder message is received, and determine the traffic reminder delay according to the first time and the second time .

As in the embodiment of the present invention. When the first current traffic value is not greater than the set traffic threshold and the value of the first remaining traffic is not 0, in order to ensure that the traffic reminder delay test can be carried out, the mobile terminal needs to order traffic, so that the first current The flow is greater than the set flow threshold, which further improves the accuracy of the test result of the flow reminder delay.

Example 5:

2B is a schematic structural diagram of a test system for traffic reminder delay provided by an embodiment of the present invention. As shown in FIG. 2B , the test system for traffic reminder delay includes: a server 21, a mobile terminal 22 and a short message server 23; in,

The server 21 is configured to send a test script carrying a test instruction to the mobile terminal 22;

The mobile terminal 22 is configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow; if it is detected that the value of the first current flow is not Greater than the set flow threshold, then record the first time corresponding to the current moment; receive the first reminder text message, and record the second time when the first reminder text message is received; according to the first time and the second time , to determine the flow reminder delay;

The short message server 23 is configured to send a first reminder short message to the mobile terminal 22 if it detects that the first current traffic value of the mobile terminal 22 is not greater than a set traffic threshold.

In order to improve the accuracy of the test results of traffic reminder delay, servers, mobile terminals and short message servers are deployed in the system. The mobile terminals mainly refer to mobile phones, but do not exclude other devices, such as tablet computers, personal digital assistants (PDAs) ) and other devices that can consume traffic, for the core idea of the present invention, the mobile phone can fully exert the advantages of the present invention, but the mobile phone is not the only form of expression of the mobile terminal of the present invention. The short message server belongs to the operator corresponding to the mobile terminal.

The server 21 is also used to perform remote acquisition operations on the mobile terminal 22 by using the General Packet Radio Service GPRS wireless scheduling technology;

The mobile terminal 22 is also used to send a flow query request to the short message server 23 according to receiving the remote acquisition operation of the server 21; Residual flow: determine the value of the first current flow according to the sum of the first remaining flow and the preset overflow flow, and determine whether the value of the first current flow is greater than the set flow threshold, and if so, according to the received The test command carried in the test script consumes the first current flow;

The short message server 23 is further configured to receive the traffic query request sent by the mobile terminal 22, and return information in response to the traffic query request.

The mobile terminal 22 is also configured to consume the first remaining flow if the value of the first remaining flow is not 0; if the receiving message server 23 detects that the value of the remaining flow is 0, the Two remind short messages, send order request to server 21, according to the remote order operation of described order request by server 21 received, send to short message server 23 the traffic order short message of ordering preset first traffic value; Receive short message server 23 for all The ordering success information that the above-mentioned traffic order short message returns; Send traffic query request to short message server 23, judge whether to receive the information that short message server 23 returns for described traffic query request in the length of time of setting; If yes, according to described return information, determine the second remaining flow of the mobile terminal 22, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and use the second current flow as the first current flow, according to The test command carried in the received test script consumes the first current flow;

The server 21 is also configured to receive the order request sent by the mobile terminal 22, and perform remote order operations on the mobile terminal 22 by using GPRS wireless scheduling technology;

The short message server 23 is also used for sending a second reminder text message if it detects that the value of the first remaining flow of the mobile terminal 22 is 0; receiving the order preset first flow value sent by the mobile terminal 22 A traffic order SMS, ordering the traffic of the first traffic value for the mobile terminal 22, and returning order success information to the mobile terminal 22; receiving the traffic query request sent by the mobile terminal 22, and sending the mobile terminal 22 Returns information about the second remaining flow.

The mobile terminal 22 is further configured to send an order request to the server 21 if the value of the first remaining traffic is 0, and send an order request to the short message server 23 according to the received remote order operation of the order request by the server 21. Preset the traffic order short message of the first traffic value; Receive the order success information returned by SMS server 23 for the traffic subscription text message; Send traffic query request to SMS server 23, judge whether to receive SMS server 23 within the length of time set For the information returned by the flow query request; if so, according to the returned information, determine the third remaining flow of the mobile terminal 22, and determine the third remaining flow according to the sum of the third remaining flow and the preset overflow flow The current flow, using the third current flow as the first current flow, consumes the first current flow according to the test instruction carried in the received test script.

The mobile terminal 22 is further configured to send the test result carrying the traffic reminder delay to the server 21;

The server 21 is further configured to receive the test result sent by the mobile terminal 22 and carrying the traffic reminder delay.

Because in the embodiment of the present invention, when the mobile terminal detects that the current flow value is not greater than the set flow threshold, it records the first time corresponding to the current moment, and receives a reminder from the SMS server that the current flow value is not greater than the set flow threshold. SMS, record the corresponding second time, and the first time is the theoretical reminder time of user traffic, and the second time is the actual reminder time of user traffic, the traffic reminder delay is determined by the first time and the second time, covering All aspects of the traffic reminder delay, thus improving the accuracy of the test result of the traffic reminder delay.

Embodiment 6:

On the basis of the above-mentioned embodiments, in the embodiment of the present invention, a specific embodiment is used to illustrate the above-mentioned embodiments. Fig. 3 is a schematic diagram of the test process of a flow reminder delay provided by the embodiment of the present invention, as shown in Fig. 3, the process includes the following steps:

S301: Test task scheduling stage.

The testers have stored the script generation algorithm in the server in advance, and the script generation algorithm specifically includes the test task scheduling strategy, and the server generates the test task for the traffic reminder time delay of different mobile terminals according to the scheduling strategy in the script generation algorithm, The test task of the traffic reminder delay includes the priority of different mobile terminals to execute the test task, the periodicity of the test task, and the like. After the server generates the test task for the traffic alert delay of different mobile terminals, it marks the task state of the traffic alert delay test task as unscheduled. Further, in order to reduce the number of tests and save resources, the traffic reminder delay test task generated by the server can be generated according to the mobile phone numbers of the mobile terminal, and the mobile phone numbers of the same attribution can be generated as a group.

For example, according to the scheduling strategy, the server will execute the test task of the traffic reminder delay generated by the first mobile terminal at 10:00 am on March 23, 2017, with the highest priority and only once periodicity, and mark the test task as a task The status is unscheduled, and the test task for the traffic reminder delay generated by the second mobile terminal is executed at 11 am on March 23, 2017. The priority is normal and the periodicity is only once, and the task status of the test task is marked is unscheduled.

There can be one or more traffic thresholds for different mobile terminals. If there are multiple traffic thresholds for a mobile terminal, the server can have one traffic reminder delay test task generated by the mobile terminal. Multiple.

S302: the test task distribution stage.

In the embodiment of the present invention, the test client software for testing is installed in the mobile terminal to be tested, and the data interaction between the mobile terminal and the server can be completed through the test client software.

The mobile terminal sends a task execution query request to the server, wherein the task execution query request carries identification information of the mobile terminal, and the identification information of the mobile terminal is the mobile phone number corresponding to the SIM card installed on the mobile terminal and the mobile phone number corresponding to the mobile terminal. The combined information of the GPS coordinates corresponding to the terminal, after the server receives the task execution query request, determines whether the GPS coordinates are located at the home of the mobile phone number.

If so, the server judges according to the location of the mobile phone number whether there is a test task to be dispatched for the location stored locally, and if not, returns the information that the task is completed to the mobile terminal. If there is, the test task for the mobile terminal is found locally, and the test task is packaged into a task response packet to be dispatched and sent to the mobile terminal.

In order to avoid repeatedly dispatching the same test task multiple times, after the server sends the response packet of the task to be dispatched to the mobile terminal, it can directly mark the task status of the corresponding test task as scheduled, or it can start a timer to determine whether the Whether the receiving confirmation information returned by the mobile terminal is received within the time length, if yes, the task status of the corresponding test task is marked as scheduled; if not, an alarm message is generated or the task is locally identified as failed for the mobile terminal .

S303: a test task execution stage.

After the mobile terminal receives the response packet of the task to be dispatched, the test client software parses the test script of the test task in the received response packet of the task to be dispatched.

The mobile terminal sends an operation request to the server according to the test instruction in the test script, and the server performs a remote acquisition operation on the mobile terminal according to the acquisition operation request, and the mobile terminal sends the specified message server to the short message server according to the received remote acquisition operation of the server. The port sends a flow query request, and according to the received information returned by the short message server, the remaining flow of the mobile terminal is determined by matching keywords before and after.

After determining the remaining flow, the mobile terminal may determine the remaining flow as the first current flow, and directly judge whether the first current flow value is greater than the set flow threshold, or determine the first current flow based on the sum of the remaining flow and the overflow flow value, and determine whether the value of the first current flow is greater than the set flow threshold.

If so, consume the first current flow by downloading files, update the value of the consumed first current flow, and detect the value of the first current flow by cyclically executing the network flow method provided by the operating system, if the value of the first current flow is detected If the value of the first current flow is not greater than the set flow threshold, the first time corresponding to the current time is recorded by calling the clock application, and the first time is saved. The flow value that the mobile terminal should consume is: the value of the flow that should be consumed = the value of the remaining flow - the value of the total flow * the flow threshold + the value of the overflow flow, where the flow threshold is expressed as a percentage or a decimal, etc., and the total flow The value is pre-stored in the mobile terminal.

When the short message server detects that the value of the first current flow of the mobile terminal is not greater than the set flow threshold, it sends a first reminder message to the mobile terminal, and the mobile terminal receives the first reminder message, and obtains the received message by calling the clock application. The second time corresponding to the first reminder message, and save the second time, calculate the difference between the first time and the second time, and use the difference as the flow reminder delay.

If the mobile terminal judges that the first current flow value is not greater than the set flow threshold, it judges whether the value of the first remaining flow is 0, and if it is not 0, consumes the first remaining flow, according to the set first time interval Send a flow query request to the SMS service until the second reminder message sent by the SMS server for detecting that the value of the first remaining flow is 0 is received, and send an order request to the server, wherein the first time interval can be 10 Seconds, 5 minutes, or 1 hour, etc., when the test scenario is in a roaming state, since the home location corresponding to the mobile terminal is different from the area where it is located, the set time interval can be set longer.

The server receives the order request sent by the mobile terminal, and performs a remote order operation on the mobile terminal according to the order request, and the mobile terminal sends an order preset number to the short message server according to the received remote order operation of the server for the order request. A traffic subscription short message of a traffic value, receiving the order success information returned by the short message server for the traffic subscription short message, the mobile terminal sends a traffic query request to the short message server according to a set second time interval, wherein the second time interval is the same as the set The first time interval may be the same or different, and the second time interval may be 20 seconds, 5 minutes, or 1 hour.

The mobile terminal judges whether it has received the information returned by the SMS server for the traffic query request within the set time length, if received, it considers that the ordered traffic of the preset first traffic value has arrived, and then according to the returned information , determine the second remaining flow of the mobile terminal, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, use the second current flow as the first current flow, and the mobile terminal according to The test instruction carried in the received test script consumes the first current traffic, and the specific mobile terminal consumes the first current traffic by downloading files.

If the mobile terminal judges that the first current traffic value is not greater than the set traffic threshold, and the value of the first remaining traffic is 0, send an order request to the server, wherein the first time interval can be 10 seconds, 5 minutes or 1 hour etc., when the test scenario is a roaming state, since the corresponding home of the mobile terminal is different from the area where it is located, the first time interval may be set longer.

The server receives the order request sent by the mobile terminal, and performs a remote order operation on the mobile terminal according to the order request, and the mobile terminal sends an order preset number to the short message server according to the received remote order operation of the server for the order request. A traffic subscription short message of a traffic value, receiving the order success information returned by the short message server for the traffic subscription short message, the mobile terminal sends a traffic query request to the short message server according to a set second time interval, wherein the second time interval is the same as the set The first time interval may be the same or different, and the second time interval may be 20 seconds, 5 minutes, or 1 hour, etc. In a roaming state in the test scenario, since the corresponding home of the mobile terminal is different from the area where it is located , so the second time interval can be set longer.

The mobile terminal judges whether it has received the information returned by the SMS server for the traffic query request within the set time length, if received, it considers that the ordered traffic of the preset first traffic value has arrived, and then according to the returned information , determine the third remaining flow of the mobile terminal, determine the third current flow according to the sum of the third remaining flow and the preset overflow flow, use the third current flow as the first current flow, and the mobile terminal according to The test instruction carried in the received test script consumes the first current traffic, and the specific mobile terminal consumes the first current traffic by downloading files.

If the mobile terminal does not receive the first reminder message that the short message server detects that the current flow value of the mobile terminal is not greater than the set flow threshold within the set waiting time, the mobile terminal thinks that the test task is overtime, and the test is forcibly terminated Task to send alarm information to the server.

If there are multiple traffic thresholds in the test task, the above operation is performed for each traffic threshold. After performing the above operations for each traffic threshold, the mobile terminal encapsulates the test result of each traffic threshold and sends it to the server.

S304: the end stage of the test task.

The server judges whether the test result sent by the mobile terminal is received within the set test duration, if yes, then saves the test result, if not, then generates an alarm message or locally identifies the task failure for the mobile terminal.

Because in the embodiment of the present invention, when the mobile terminal detects that the value of the first current flow is not greater than the set flow threshold, it records the first time corresponding to the current moment, and receives the SMS server to detect that the value of the first current flow is not greater than the set The reminder text message sent by the flow threshold, record the corresponding second time, and the first time is the theoretical reminder time of the user flow, and the second time is the actual reminder time of the user flow, and the flow is determined by the first time and the second time The reminder delay covers all aspects of the traffic reminder delay, thus improving the accuracy of the test result of the traffic reminder delay.

Fig. 4 is a schematic diagram of a test device for traffic reminder delay provided by an embodiment of the present invention, which is applied to a mobile terminal, and the device includes:

The consumption update module 41 is configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow, wherein the test script is sent by the server;

A detection and recording module 42, configured to record the first time corresponding to the current moment if it is detected that the value of the first current flow is not greater than the set flow threshold;

Receiving and recording module 43, is used for receiving the first reminding short message, and record receives the second time of described first reminding short message, wherein the first reminding short message is that short message server detects the first current flow of described mobile terminal Sent when the value is not greater than the set traffic threshold;

The delay determination module 44 is configured to determine a flow reminder delay according to the first time and the second time.

The device also includes:

Inquiry judging module 45, is used for according to receiving the remote acquisition operation of described server, sends traffic inquiry request to short message server; According to the information that the short message server that receives receives returns, determine the first remaining traffic of described mobile terminal; According to the The sum of the first remaining flow and the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold; if so, triggers the consumption updating module 41 .

The device also includes:

Consumption ordering module 46, for judging that the first current flow value is not greater than the set flow threshold, if the value of the first remaining flow is not 0, consume the first remaining flow; The second reminder text message sent when the value of the first remaining traffic is 0, sends an order request to the server, and sends an order preset first traffic to the SMS server according to the received remote order operation of the server for the order request value of the traffic order text message; receive the order success information returned by the SMS server for the traffic order text message; send a traffic query request to the SMS server, and judge whether the text message server receives the return message for the traffic query request within the set time length information; if yes, determine the second remaining flow of the mobile terminal according to the returned information, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and set the second current flow The flow rate is used as the first current flow rate to trigger the consumption update module 41 .

The device also includes:

An order judging module 47, configured to judge that the current flow value is not greater than the set flow threshold, if the value of the first remaining flow is 0, send an order request to the server, and send an order request to the server according to the received order request from the server Remote ordering operation, sending to the SMS server a traffic subscription text message ordering the preset first traffic value; receiving the order success information returned by the SMS server for the traffic subscription text message; sending a traffic query request to the SMS server, and judging the time length within the set time whether to receive the information returned by the short message server for the traffic query request; if yes, determine the third remaining traffic of the mobile terminal according to the returned information, and determine the third remaining traffic of the mobile terminal according to the third remaining traffic and the preset overflow traffic and determine the third current flow, and use the third current flow as the first current flow to trigger the consumption update module 41 .

The device also includes:

The result sending module 48 is configured to send the test result carrying the traffic reminder delay to the server.

Embodiments of the present invention provide a method, device, and system for testing traffic reminder delay. The method includes: the mobile terminal consumes the first current traffic according to the test instruction carried in the received test script, and updates the consumed first traffic. A value of the current flow, wherein the test script is sent by the server; if it is detected that the value of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment; receive the first reminder SMS, and record the second time when the first reminder SMS is received, wherein the first reminder SMS is sent when the SMS server detects that the value of the first current flow of the mobile terminal is not greater than the set flow threshold; according to The first time and the second time determine a flow reminder delay. Because in the embodiment of the present invention, when the mobile terminal detects that the value of the first current flow is not greater than the set flow threshold, it records the first time corresponding to the current moment, and receives the SMS server to detect that the value of the first current flow is not greater than the set The reminder text message sent by the traffic threshold, record the corresponding second time, and the first time is the time when the user traffic should be reminded, and the second time is the actual reminder time for the user traffic, and the traffic is determined by the first time and the second time The reminder delay covers all aspects of the traffic reminder delay, thus improving the accuracy of the test result of the traffic reminder delay.

As for the system/apparatus embodiments, since they are basically similar to the method embodiments, the description is relatively simple, and for related parts, please refer to part of the description of the method embodiments.

Those skilled in the art should understand that the embodiments of the present application may be provided as methods, systems, or computer program products. Accordingly, the present application may take the form of an entirely hardware embodiment, an entirely software embodiment, or an embodiment combining software and hardware aspects. Furthermore, the present application may take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage, CD-ROM, optical storage, etc.) having computer-usable program code embodied therein.

The present application is described with reference to flowcharts and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the present application. It should be understood that each procedure and/or block in the flowchart and/or block diagram, and a combination of procedures and/or blocks in the flowchart and/or block diagram can be realized by computer program instructions. These computer program instructions may be provided to a general purpose computer, special purpose computer, embedded processor, or processor of other programmable data processing equipment to produce a machine such that the instructions executed by the processor of the computer or other programmable data processing equipment produce a An apparatus for realizing the functions specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions may also be stored in a computer-readable memory capable of directing a computer or other programmable data processing apparatus to operate in a specific manner, such that the instructions stored in the computer-readable memory produce an article of manufacture comprising instruction means, the instructions The device realizes the function specified in one or more procedures of the flowchart and/or one or more blocks of the block diagram.

These computer program instructions can also be loaded onto a computer or other programmable data processing device, causing a series of operational steps to be performed on the computer or other programmable device to produce a computer-implemented process, thereby The instructions provide steps for implementing the functions specified in the flow chart or blocks of the flowchart and/or the block or blocks of the block diagrams.

While preferred embodiments of the present application have been described, additional changes and modifications to these embodiments can be made by those skilled in the art once the basic inventive concept is appreciated. Therefore, the appended claims are intended to be construed to cover the preferred embodiment and all changes and modifications which fall within the scope of the application.

Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalent technologies, the present invention also intends to include these modifications and variations.

Claims (15)

1. a kind of test method of flow reminder time delay, it is characterized in that, be applied to mobile terminal, this method comprises: Consuming the first current flow according to the test instruction carried in the received test script, and updating the value of the consumed first current flow, wherein the test script is sent by the server; If it is detected that the value of the first current flow is not greater than the set flow threshold, record the first time corresponding to the current moment; Receive the first reminder message, and record the second time when the first reminder message is received, wherein the first reminder message is that the SMS server detects that the value of the first current flow of the mobile terminal is not greater than the set flow Sent when the threshold is reached; According to the first time and the second time, a flow reminder time delay is determined. 2. The method according to claim 1, wherein, before consuming the first current traffic according to the test instruction carried in the received test script, the method further comprises: Sending a traffic query request to the SMS server according to receiving the remote acquisition operation of the server; determining the first remaining traffic of the mobile terminal according to the received information returned by the short message server; determining the value of the first current flow according to the sum of the first remaining flow and the preset overflow flow, and judging whether the value of the first current flow is greater than a set flow threshold; If yes, proceed to next steps. 3. The method according to claim 2, wherein if the value of the first current flow is not greater than the set flow threshold, the first current flow is consumed according to the test instruction carried in the received test script. Before the flow, the method also includes: If the value of the first remaining flow is not 0, consume the first remaining flow; If the second reminder message sent by the SMS server for detecting that the value of the first remaining traffic is 0 is received, an order request is sent to the server, and the remote order operation of the order request is sent to the SMS server according to the received server's remote order operation for the order request. Send a traffic order text message for ordering the preset first traffic value; Receiving the order success information returned by the SMS server for the traffic order SMS; Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length; If so, determine the second remaining flow of the mobile terminal according to the returned information, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and use the second current flow as The first current flow, proceed to the subsequent steps. 4. The method according to claim 2, wherein if the value of the first current flow is not greater than the set flow threshold, the first current flow is consumed according to the test instruction carried in the received test script. Before the flow, the method also includes: If the value of the first remaining traffic is 0, an order request is sent to the server, and according to the received remote order operation of the server for the order request, a traffic order text message for ordering a preset first traffic value is sent to the SMS server; Receiving the order success information returned by the SMS server for the traffic order SMS; Send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length; If so, determine the third remaining flow of the mobile terminal according to the returned information, determine the third current flow according to the sum of the third remaining flow and the preset overflow flow, and use the third current flow as The first current flow, proceed to the subsequent steps. 5. The method according to claim 1, characterized in that, after the time delay for determining the flow reminder, the method further comprises: Send the test result carrying the traffic alert time delay to the server. 6. A test device for flow reminder time delay, characterized in that it is applied to a mobile terminal, and the device includes: A consumption update module, configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow, wherein the test script is sent by the server; A detection and recording module, configured to record the first time corresponding to the current moment if it is detected that the value of the first current flow is not greater than the set flow threshold; The receiving and recording module is used to receive the first reminder message, and record the second time when the first reminder message is received, wherein the first reminder message is the first current flow value of the mobile terminal detected by the SMS server Sent when it is not greater than the set traffic threshold; A time delay determining module, configured to determine a flow reminder time delay according to the first time and the second time. 7. The device of claim 6, further comprising: The query judgment module is used to send a traffic query request to the short message server according to the remote acquisition operation received from the server; determine the first remaining traffic of the mobile terminal according to the received information returned by the short message server; according to the second The sum of the remaining flow and the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold; if so, triggers the consumption update module. 8. The device of claim 7, further comprising: Consumption ordering module, for judging that the first current flow value is not greater than the set flow threshold, if the value of the first remaining flow is not 0, consume the first remaining flow; if the receiving SMS server detects The second reminder text message sent when the value of the first remaining traffic is 0, sends an order request to the server, and sends an order preset first traffic value to the SMS server according to the received remote order operation of the server for the order request receive the order success information returned by the SMS server for the traffic order SMS; send a traffic query request to the SMS server, and determine whether the information returned by the SMS server for the traffic query request is received within the set time length ; If so, according to the returned information, determine the second remaining flow of the mobile terminal, determine the second current flow according to the sum of the second remaining flow and the preset overflow flow, and convert the second current flow As the first current flow, the consumption update module is triggered. 9. The device of claim 7, further comprising: An order judging module, configured to judge that the current flow value is not greater than the set flow threshold, and if the value of the first remaining flow is 0, send an order request to the server, and send an order request to the server according to the received remote The ordering operation is to send to the SMS server a traffic subscription text message for ordering the preset first traffic value; receive the order success information returned by the SMS server for the traffic subscription text message; send a traffic query request to the SMS server, and judge that within the set time length Whether the information returned by the short message server for the traffic query request is received; if yes, according to the returned information, determine the third remaining traffic of the mobile terminal, and determine the third remaining traffic of the mobile terminal according to the difference between the third remaining traffic and the preset overflow traffic And determine the third current flow, use the third current flow as the first current flow, and trigger the consumption updating module. 10. The device of claim 6, further comprising: The result sending module is used to send the test result carrying the traffic reminder delay to the server. 11. A test system for flow reminder time delay, characterized in that the test system includes: The server is configured to send a test script carrying test instructions to the mobile terminal; The mobile terminal is configured to consume the first current flow according to the test instruction carried in the received test script, and update the value of the consumed first current flow; if it is detected that the value of the first current flow is not greater than the set If the traffic threshold is higher than the threshold value, then record the first time corresponding to the current moment; receive the first reminder text message, and record the second time when the first reminder text message is received; determine the traffic flow according to the first time and the second time reminder delay; The short message server is configured to send a first reminder short message to the mobile terminal if it detects that the first current traffic value of the mobile terminal is not greater than the set traffic threshold. 12. The system according to claim 11, wherein the server is further configured to use General Packet Radio Service (GPRS) wireless scheduling technology to perform remote acquisition operations on the mobile terminal; The mobile terminal is further configured to send a traffic query request to the short message server according to receiving the remote acquisition operation of the server; determine the first remaining traffic of the mobile terminal according to the received information returned by the short message server; The sum of the first remaining flow and the preset overflow flow determines the value of the first current flow, and judges whether the value of the first current flow is greater than the set flow threshold, and if so, according to the value carried in the received test script Test command, consume the first current traffic; The short message server is further configured to receive the traffic query request sent by the mobile terminal, and return information in response to the traffic query request. 13. The system according to claim 12, wherein the mobile terminal is further configured to: if the value of the first current flow is not greater than the set flow threshold and the value of the first remaining flow is not If it is 0, the first remaining traffic is consumed; if the second reminder text message is received, an order request is sent to the server, and according to the received remote order operation of the server for the order request, the order preset first traffic is sent to the SMS server value of traffic order SMS; receive the order success information returned by the SMS server; send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length; if yes, according to The returned information determines the second remaining flow of the mobile terminal, determines the second current flow according to the sum of the second remaining flow and the preset overflow flow, and uses the second current flow as the first current flow , consume the first current flow according to the test instruction carried in the received test script; The server is also used to receive the order request sent by the mobile terminal, and use GPRS wireless scheduling technology to perform remote order operations on the mobile terminal; The short message server is also used to send a second reminder text message if it is detected that the value of the first remaining traffic of the mobile terminal is 0; receive a traffic subscription text message sent by the mobile terminal to order a preset first traffic value , order the flow of the first flow value for the mobile terminal, and return order success information to the mobile terminal; receive the flow query request sent by the mobile terminal, and return the information of the second remaining flow to the mobile terminal . 14. The system according to claim 12, wherein the mobile terminal is further configured to: if the value of the first current flow is not greater than the set flow threshold, and the value of the first remaining flow is 0, send an order request to the server, and send a traffic order text message to the SMS server for ordering the preset first traffic value according to the received remote order operation of the server for the order request; receive the text message returned by the SMS server for the traffic order text message order success information; send a traffic query request to the SMS server, and judge whether the information returned by the SMS server for the traffic query request is received within the set time length; if so, determine the mobile terminal according to the returned information The third remaining flow, determine the third current flow according to the sum of the third remaining flow and the preset overflow flow, and use the third current flow as the first current flow, according to the test carried in the received test script instruction to consume the first current flow. 15. The system according to claim 11, wherein the mobile terminal is further configured to send the test result carrying the traffic reminder delay to the server; The server is further configured to receive the test result carrying the traffic reminder delay sent by the mobile terminal.