WO2006116942A1

WO2006116942A1 - A method for transferring text message

Info

Publication number: WO2006116942A1
Application number: PCT/CN2006/000873
Authority: WO
Inventors: Long Luo
Original assignee: Huawei Technologies Co., Ltd.
Priority date: 2005-04-30
Filing date: 2006-04-29
Publication date: 2006-11-09

Abstract

A method for transferring text message, comprises: performing position sequencing to the message parameters related to text message, setting corresponding position number for the message parameters, establishing text message schema using the message parameters and the corresponding position number; the first party of the network side and terminal determines the position number corresponding to the message parameter required by current text message according to the message schema, and constructs the current text message according to the information of the determined position number and the value of the message parameter required by current text message; the second party of the network and terminal acquires the message parameter in current text message and the value of the message parameter according to the text message schema and the information of the position number in current text message and the value of the message parameter required by current text message.

Description

A method of delivering text messages

Technical field

The present invention relates to mobile communication technologies, and in particular, to a method for delivering a text message. Background of the invention

A text message is a text-based message, that is, the string corresponding to each message in the message is no longer encoded in any way, so that people can develop and apply it. Text messages that are frequently used when communicating between the terminal and the network side include Session Initiation Protocol (SIP) messages, Session Description Protocol (SDP) messages, and Extensible Markup Language (XML) protocol messages.

Since the character string corresponding to each piece of information in the text message is not encoded in any way, other coded messages, such as a binary coded message and a string corresponding to each piece of information in the ASN.1 encoded format message, are encoded in a specific manner. This results in a text message that is much larger than the message length of a generally encoded message. For example, a text message such as a INVITE message in a SIP session message has a message length of approximately 1.5K bytes, and a binary coded message has a message length of only a few bytes. In this way, when the terminal (UE) or the network side transmits text messages, it consumes a large amount of network bandwidth resources, thereby greatly reducing the performance of the network.

It can be seen that how to reduce the network bandwidth resources used to deliver text messages has become an urgent problem to be solved. Summary of the invention

The main object of the present invention is to propose a method of delivering a text message in order to reduce the network bandwidth resources used when delivering a text message.

In order to achieve the above object, the technical solution of the present invention is achieved as follows: A method of delivering a text message, the method comprising:

A. Sorting the message parameters involved in the text message, and setting a corresponding position number for the message parameter according to the sorted position, and establishing a text message template by using the message parameter and its corresponding position number;

B. The first party of the network side and the terminal constructs the second party of the text according to the text message template;

C. The second party obtains the message parameters carried in the text message and the value thereof according to the text message template.

In step A, the message parameter involved in the text message includes a first message parameter that has multiple attributes;

In step A, the step of performing location sorting and setting the corresponding location number includes: performing location ordering on each message parameter including the first message parameter involved in the text message, and using the sorted position as the text message. The location number corresponding to each message parameter setting including the first message parameter is involved;

After the corresponding location number is set for the first message parameter, and before the text message template is established, the step A further includes: performing location ordering on each attribute of the first message parameter, and performing the first position according to the sorted position. Setting a slave location number for each attribute of the message parameter, and then setting a composite location number corresponding to each attribute of the first message parameter by using the location number corresponding to the first message parameter and the set slave location number, where the composite location number is The subordinate position numbers of the respective attributes are respectively used as suffixes or subscripts of the corresponding position numbers of the first message parameter;

In step A, the step of establishing a text message template includes: establishing a text message template by using each attribute of the first message parameter and its corresponding composite location number and other message parameters involved in the text message and their corresponding location numbers; Or, using the first message Each attribute of the number and its corresponding composite location number establishes a text message sub-template corresponding to the first message parameter, and establishes a text message template by using the first message parameter and other message parameters involved in the text message and their corresponding location numbers. .

In step B, the message parameter required in the current text message includes a first message parameter; in step B, the step of determining, by the first party, the location number and constructing the current text message includes: the first party Determining, according to the text message template, a composite location number corresponding to each attribute of the first message parameter in the message parameter required by the text message, and determining a location number corresponding to other message parameters required for the current text message, and then, the first The information of each attribute of the first message parameter and the determined information of the composite location number required by the text message, and the value of other message parameters required for the text message and the determined location number information. Construct this text message;

In step C, when the text message template is created by using the respective attributes of the first message parameter and the corresponding composite location number, the step of obtaining includes: the second party corresponding to the text message template and the current text message The composite location number information of each attribute of the first message parameter and the value obtain the attributes of the first message parameter and their values, and obtain the other message parameters according to the position number information and the value corresponding to other message parameters in the text message. And its value;

Or, in step C, when the text message sub-template corresponding to the first message parameter is established by using each attribute of the first message parameter and its corresponding composite location number, the acquired step comprises: the second party Deleting a text message sub-template corresponding to the first message parameter according to the text message template and the composite location number information corresponding to each attribute of the first message parameter in the text message, and acquiring the corresponding first message parameter from the sub-template Attribute, and get its value and other message parameters and values.

The step A includes: sorting the message parameters involved in the text message by using a plurality of rules, and setting corresponding bits for the message parameters according to the sorted positions of the rules. Set the number, and then use different message parameters and their corresponding location numbers to create different versions of the text message template;

Between step A and step B, the method further includes: the terminal negotiating with the network side the text message template of the current version used;

In step B, the text message template is based on the current version of the text message template; in step C, the text message template is based on the current version of the text message template. The step of the terminal negotiating the current version of the text message template used by the terminal with the network side includes: the first party sending the current version of the text message template to the second party, and the second party sending the text message sent by the first party Template as a text message template for the current version used;

Or,

Before the first party sends the constructed text message to the second party, the step B further includes: the first party carrying the current version of the letter in the constructed text message in steps and steps The method further includes: after the second party receives the current text message sent by the first party, determining, according to the current version information obtained from the current text message, whether it is saved in the The current version of the text message template, if yes, execute step C, otherwise the current process ends.

The step further includes: dividing the created text message template into different sub-templates corresponding to different network entities according to different network entities involved in each message parameter in the established text message template, and then saving each sub-template in the Corresponding network entity; the first party is a terminal, and the second party is a network side;

The step C includes: on the network side, directly receiving the sub-template saved by the first network entity sent by the terminal to the current text message, and the location number corresponding to the message parameter involved in the text message. The information and the value obtain the message parameters involved in the text message and the value thereof, and then the first network entity sends the text message to the subsequent a network entity, the subsequent network entity obtains the message parameters involved in the text message and the value thereof according to the sub-template saved by itself and the location number information and the value corresponding to each message parameter involved in the text message. .

The step A further includes: saving the created text message template in each network entity on the network side;

The first party is a terminal, and the second party is a network side;

The step C includes: on the network side, directly receiving the network entity of the current text message sent by the terminal, according to the text message template saved in the file, and the location number information and value of each message parameter in the text message. Get all the message parameters and their values in this text message.

The message parameters required for the current text message include a message parameter corresponding to the dynamic parameter information and a message parameter corresponding to the static parameter information;

In step B, the step of constructing the current text message by the first party includes the following steps: B1. The first party sets a dynamic parameter mask row and a data row in the current text message; One party sets a mask value of 1 for the message parameter corresponding to the required dynamic parameter information in the text message;

B3. The first party determines, according to the location number corresponding to the message parameter corresponding to each dynamic parameter information required by the text message in the text message template, that the set mask value 1 is in the dynamic parameter mask row. Position, and determining a location of the value of the message parameter corresponding to each dynamic parameter information in the data line;

The step C includes the following steps:

Cl, the second party according to the position of the mask value 1 in the dynamic parameter mask line in the text message, the position of the value of the message parameter it in the text message in the data line, and The location number corresponding to each message in the text message template, and the message parameter corresponding to the dynamic parameter information in the text message and the value thereof are obtained; C2. The second party obtains according to the type of the text message, the message parameter obtained by the self-interaction with the first party, the value thereof, and the location number corresponding to each message parameter in the text message template saved in the user. The message parameters corresponding to the static parameter information in this text message and their values.

There is no optional message parameter in the message parameter corresponding to the static parameter information in the current text message;

The step B2 further includes: the first party sets a mask value of 0 for the message parameter corresponding to the static parameter information in the text message;

The step B3 further includes: the first party determining the set mask value according to the location number corresponding to the message parameter corresponding to each static parameter information in the text message template in the text message template. The position in the dynamic parameter mask line;

In the step C2, the second party further obtains the message parameter corresponding to the static parameter information in the current text message according to the position of the mask value 0 in the dynamic parameter mask row in the current text message. Its value.

Thus, the present invention has the following advantages:

In the present invention, when the UE or the network side constructs a text message, it only needs to carry the location corresponding to the message parameter required for the text message in the current text message according to the location number corresponding to each message parameter in the text message template. The number information and the value can be used instead of the complete message parameters and their values, thus greatly reducing the length of the constructed text message and reducing the network bandwidth resources occupied when transmitting the text message, thereby greatly optimizing the network. performance.

2. In the present invention, the UE or the network side may carry the location number information of the message parameter corresponding to the dynamic parameter information that needs to be updated or the first interaction and the value thereof in the constructed text message, without carrying the already interacted Moreover, there is no static parameter information that changes, so, compared with the prior art, all the dynamic parameter information and the static parameter information required for the text message are carried in the text message, thereby further reducing the constructed text message. The length, and further reduces the network bandwidth resources used when passing text messages.

3. In the present invention, the UE implements a change of the text message according to the template. On the network side, the initial node that receives the text message sent by the UE may completely restore the text message according to the text message template, or may be completely initialized by the initial node and Subsequent other nodes restore the content of the text message that they need to process as needed, without a complete recovery, so that the invention has strong applicability and expandability. BRIEF DESCRIPTION OF THE DRAWINGS

1 is a flow chart of an embodiment of the present invention.

2 is a flowchart of a method for obtaining and negotiating a text message template of a currently used version by a UE through a SIP registration process initiated by a network side in the embodiment of the present invention. Mode for carrying out the invention

The core idea of the present invention is to position the message parameters involved in the text message, and set the corresponding position number for the message parameters involved in the text message according to the sorted position, and then use the message parameters involved in the text message and The corresponding location number establishes a text message template. When the first party of the network side and the terminal constructs a text message, the first party determines the location number corresponding to the message parameter required for the current text message according to the text message template. And constructing the current text message by using the determined location number information and the value of the message parameter required for the text message, and then the first party sends the constructed text message to the network side and the terminal. The second party; the second party obtains the real message parameter carried in the text message according to the text message template and the location number information in the text message and the value of the message parameter required for the text message. And its value.

In addition, in the actual service implementation, all message parameters and their values carried in the text message constructed by the UE or the network side can be actually divided into static parameter information and dynamic parameters. Two parts of information. The static parameter information refers to parameter information that has been acquired by the second party in the network side or the UE before the first party interaction with the network side or the UE, and has not changed this time. , that is, the message parameters used by the second party in the previously obtained text message and the value thereof; and the dynamic parameter information refers to the second party in the network side or the HE before the second interaction with the first party The information that has not been exchanged and the information that has changed, that is, the message parameters and their values that the second party has not yet obtained, which the first party needs to update and/or increase in this text message. For example, the information carried in the SIP text message that is configured and sent by the UE as the first party includes: Content-Type: application/SDP, Content-Length: 182, and the SIP text message that the UE constructs and sends this time. The information carried includes: Content-Type: application/SDP, Content-Length: 180. Comparing the information carried in the two text messages, the message parameter and its value Content-Type: application/SDP are the information obtained by the network side of the second party from the last SIP text message, and This time, there is no change, that is, the static parameter information of the present invention; and the message parameter Content-Length: 180 is the text message parameter updated by the UE in the current SIP text message and its value, that is, the present invention Dynamic parameter information.

Moreover, according to the actual business experience, in the text message interaction between the UE and the network side, a large part of the text message parameters and their values are static parameter information obtained by the network side or the UE, and only a small part is Dynamic parameter information that is updated and/or added by the UE or network side according to the actual needs of each text message is required. Therefore, if the UE or the network side only carries the dynamic parameter information in the constructed text message, that is, the information that the other party has not obtained, and does not carry the static parameter information, that is, the information that the other party has obtained, the length of the constructed text message can be further reduced. , thereby greatly reducing the network bandwidth resources used to deliver text messages. In this way, in the present invention, when the first party among the UE or the network side constructs a text message, the first party is in the constructed text message according to the location number corresponding to each message parameter in the text message template. Only the dynamic parameter information required for the text message, that is, the value of the message parameter updated and/or added by the text message that has not been interacted with in the previous text message interaction, is

The second party of the UE or the network side obtains the message parameter corresponding to the dynamic parameter information according to the text message template and the value thereof, and further needs according to the text message that has been obtained in the message interaction with the first party. The static parameter information corresponds to the message parameter and its value, thereby recovering the actual text message.

The present invention will be further described in detail below with reference to the drawings and specific embodiments.

In the following embodiments, the UE is used as the first party to construct a text message according to the established text message template, and the network side acts as the second party to recover the text message according to the established text message template. The process of the actual content is taken as an example to explain the process of the present invention in detail.

1 is a flow chart of an embodiment of the present invention. Referring to FIG. 1, in the present invention, the process of the UE transmitting a text message to the network side specifically includes the following steps:

Step 101: Pre-sort the message parameters involved in the text message, and set a corresponding location number for the message parameter according to the sorted position, and then use the message parameter and its corresponding location number to establish a text message template. And save the created text message template on the network side.

In this step, the present invention can perform position sorting on the message parameters that can be involved in the text message according to a rule, for example, sorting the message parameters according to the order of the first letters of all message parameters in the text message, or according to the text. All message parameters in the message are sorted by the frequency used, or sorted according to other order specified by the operator. That is to say, in this step, as long as each message parameter involved in the text message can be corresponding to a different location number, it can be distinguished, and the specific location ordering rule can be arbitrarily set. However, according to the sorted position, the present invention sets the corresponding position number for different message parameters, for example, the first and second message parameters of the sorted position. Corresponding to position number 1 and position number 2, respectively.

In this step, the message parameter involved in the text message may be all message parameters specified in the protocol used by the text message, for example, all message parameters specified in the SIP, SDP, and XML protocols, so that the location is performed. When sorting, the location parameters are sorted for all the message parameters; the message parameters involved in the text message may also be message parameters specified by the operator after filtering the message parameters of a protocol type according to actual business needs. For example, the message parameters in the SIP protocol are filtered, and the message parameters of the filtered SIP protocol are sorted.

In addition, in this step, the location number sub-table corresponding to the message parameter in the text message may be stored in a created text message template according to different protocol types, or message parameters of different protocol types and their corresponding locations may be utilized. Numbering creates multiple text message templates, that is, different text message templates exist for different protocol types. Taking SIP text messages as an example, after filtering the message parameters in the SIP protocol and the SDP protocol, and storing the message parameters involved in the filtered SIP and SDP protocols, the SIP protocol involves message parameters and their corresponding The location numbers are stored in Table 1 as shown below, and the message parameters involved in the SDP protocol and their corresponding location numbers are stored in Table 2 as shown below.

Table 1

It can be seen from Tables 1 and 2 that each location number set by the present invention uniquely corresponds to a text message parameter. For example, in Table 1 corresponding to the parameter part of the SIP protocol message, the SIP message parameter corresponding to the position number 2 is Accept-Contact, and in the table 2 corresponding to the parameter part of the SDP message, the SDP message parameter corresponding to the position number 20 is a. = (zero or more media attribute lines).

In this step, different text message templates may be established according to different protocol types. For example, a text message template 1 is created for the message parameters of the SIP protocol, and the message parameters corresponding to the SIP protocol are saved in the text message template 1. The location number. For example, a text message template 2 is created for the message parameters of the SDP protocol, and the location number corresponding to each message parameter of the SDP protocol is saved in the text message template 2.

Here, it should be noted that, since a message parameter may have multiple attributes, in this step, it is also necessary to separately set the corresponding position number for each attribute of the message parameter.

Wherein, the present invention can set a position number for a plurality of attributes of a message parameter. In the nesting mode, that is, in the above process of setting the location number, if there are multiple attributes of a message parameter, the present invention first sets a corresponding location number for the message parameter, and then for each of the message parameters. The attribute sets the position number, and combines the set position number of the message parameter and the position number of each attribute, that is, a composite position number corresponding to the attribute of the message parameter. The joint corresponding manner may be that the location number of each attribute is used as a suffix or subscript of the message parameter position number. For example, a message parameter describes the requirements of each media attribute, such as the requirements for the attribute IP address and port number. Then, the present invention sets the position number 72 for the message parameter, sets the position number 1 for its attribute "IP address", and sets the position number 2 for its attribute "port number", so that the composite position number can be passed through "72. Corresponding message parameter "IP address", through the composite location number "70.2" corresponds to the message parameter "port number,,. In this way, when the text message template is established, the text message sub-template corresponding to the message parameter can be further utilized by using different attributes of a message parameter and different numbers for the message. For example, message parameter A describes the requirements of each media attribute, such as the requirement of the attribute IP address and port number, and the location number set for the message parameter A is 72, and the location number set for its attribute "IP address" is 1 , the location number set for its attribute "port number" is 2, so

The message parameter A and the location number 72 set for it may be saved in the text message template established by the present invention, and the respective attributes of the message parameter A and their composite location numbers are saved in a new one, corresponding to The message parameter A is in the text message subtemplate. When the parameter that needs to be restored in the subsequent process includes the message parameter A of the location number 72, the text message sub-template corresponding to the message parameter A may be further invoked, and each attribute and its corresponding information are obtained from the sub-template. The location number recovers the specific attribute of the message parameter A in the text message according to the location number in the sub-template.

The method for setting a location number for a message parameter and multiple attributes may also be that each attribute of the message parameter is regarded as a message parameter and other message parameters respectively. Perform a uniform position sorting, and set the corresponding position number for each attribute according to the sorted position. For example, after performing uniform position sorting, the position number corresponding to the message parameter "IP address" is 72, and the position number corresponding to the message parameter "port number" is 73. Each attribute is then treated as a message parameter, along with other message parameters, in the created text message template.

In addition, in this step, the process of saving the created text message template on the network side may be: dividing the created text message template into different sub-templates corresponding to different network entities, and then saving each sub-template in In the corresponding network entity, the text message template saved in each network entity on the network side is a sub-template of the message parameters to be processed by the network entity, so that the purpose of the processing is to make the network entities available for unified use. That is, the same version of the text message template, so that in the subsequent process, each network entity recovers only the actual content of the message parameters that need to be processed in the text message according to the text message template, thereby reducing the traffic load of the single network entity.

The specific entity process of saving the created text message template on the network side may also be: saving the complete content of the established text message template in the network entity, so as to receive the network message directly sent by the UE in the subsequent process. The entity recovers all the actual content of the text message according to the text message template.

Step 102: The UE acquires a text message template, and negotiates with the network side the text message template that should be used currently.

Here, since the rule for setting the location number can be arbitrarily selected in step 101, there are different versions of the text message template. For example, a message parameter may correspond to a different location number in a different version of a text message template. For example, in the version 1 text message template, the location number corresponding to the message parameter Proxy-Authorization is 37, and in the version 2 text message template, the location number corresponding to the message parameter Proxy-Authorization is 20. Thus, in this step 102, the UE may obtain one or more versions of the text. This message template, so there is a problem of how to ensure that the UE and the network side use the same version of the text message template, that is, the UE must negotiate with the network side that the version of the text message template should be used.

In this step 102, the UE can obtain each version of the text message template in multiple ways. For example, the UE triggers the registration process initiated by the network side to trigger one or more versions of the text message template information to be sent to the UE in the registration response message, so that the UE acquires; and/or, when the network side finds that the user roams to After the carrier network (triggered by the user when the location is updated or triggered when the network is registered), one or more versions of the text message template are sent to the UE by means of an over-the-air (OTA) method, such as a short message method, so that the UE obtains ; and / or, obtained by the UE downloading from a specified address (such as a Web site, etc.).

In this step 102, the UE can negotiate with the network side of the text message template of the current version to be used in various manners. For example, the UE initiates a registration request to the network side, and the network side carries the text message template information of the current version to be used in the registration response message to be sent to the UE; or, the network side sends the text message template information of the currently used version to the OTA. The method, such as the short message mode, is actively sent to the UE to complete the negotiation process. Alternatively, the UE may notify the network side of the text message template information of the current version to be actively updated, and complete the negotiation process.

In the following, the process of obtaining the text message template of each version and the text message template of the current version should be completed by using the registration process initiated by the UE to the network side as an example to describe the implementation process of the step 102. 2 is a flowchart of a method for obtaining and negotiating a currently used version of a text message template by a UE by using a SIP registration process initiated by a network side in the embodiment of the present invention. Referring to FIG. 2, the UE initiates SIP registration in the IMS network. For example, the process of acquiring and negotiating a text message template for a SIP message parameter that should be used by the UE currently includes the following steps:

Step A1: The UE sends a registration request (REGISTER) message to the current generation. Call Session Control Function (PCSCF) entity.

Here, the REGISTER message is a standard registration request message specified in the SIP protocol, and the UE registers with the IMS network by sending the REGISTER message.

Step A2: After receiving the REGISTER message, the PCSCF entity sends the REGISTER message to the Serving Call Session Control Function (SCSCF) entity.

Step A3: After receiving the REGISTER message, the SCSCF entity authenticates the UE, and after the authentication is passed, sends a 200 OK message to the PCSCF entity.

Step A4: After receiving the 200 OK message, the PCSCF entity presets and saves a version of the text message template in itself, such as version 1 as the text message template of the currently used version, and the text message template information ( Version 1) The parameter carried is sent to the UE in a 200 OK message.

Here, the pre-templated in the PCSCF entity may be a sub-template corresponding to the text message template of the PCSCF entity, that is, the location number corresponding to the message parameter to be processed by the PCSCF entity, and does not include other network entities (such as SCSCF, AS). Etc.) Interact with the UE The location number corresponding to the message parameter in the text message template used by the SIP text message.

Step A5: After receiving the 200 OK message, the UE sends a Publish message to the application server (AS) through the PCSCF entity and the SCSCF entity.

Here, when receiving the 200 OK message, the UE obtains a text message template from which the current version of the SIP text message should be used to exchange the PCSCF entity.

Step A6: The AS will pre-store a version of the text message template in itself, such as version 1 as the text message template of the currently used version, and carry the version 1 text message template in the 200 OK message and send it to the UE.

Here, the pre-stored in the AS entity may be: a sub-template corresponding to the part of the text message template of the AS entity, that is, a bit corresponding to the message parameter to be processed by the AS entity. The number is set, and does not include the location number corresponding to the message parameter in the text message template used by the other network entity to interact with the UE.

At this point, the UE completes the process of obtaining and negotiating the version of the text message template that should be used.

For convenience of description, the following is a specific implementation process of the present invention by taking a text message that the UE interacts with the network side as a SIP session message.

Step 103: When the UE needs to interact with the network side with a text message, the UE constructs the current text message according to the obtained text message template of the current version.

Here, since a text message is composed of two parts: static parameter information and dynamic parameter information, and the static parameter information is information obtained and saved by the network side through the previous session message interaction, and only the dynamic parameter information is that the UE must be based on this time. The information on the network side is determined and notified by the actual needs of the interaction. Therefore, in this step 103, the UE may not carry the static parameter information in the text message of the required configuration, but only according to the acquired current version of the text message template and the dynamics required for the current text message. The parameter information constructs the current text message, that is, the location number information and value of the message parameter corresponding to the dynamic parameter information required by the text message in the constructed text message according to the location number corresponding to each message parameter in the text message template. And, since both the UE and the network side may hold multiple versions of the text message template, the UE further carries the information of the current version used by the UE in the constructed text message template.

The process of carrying the location parameter information of the message parameter and the value of the message parameter corresponding to the dynamic parameter information required for the text message in the constructed text message described in this step may exist in multiple implementation manners. For example,

Manner 1: Set the dynamic parameter mask row and the data row in the text message, and use the specific mask value at the same position as the location number in the dynamic parameter mask row, such as the mask value 1, to represent the present The dynamic parameter information required for the secondary text message corresponds to the location number of the message parameter. That is, the mask value 1 located at a specific location is used as the location number information of the message parameter corresponding to the dynamic parameter information required for the current text message; and sequentially carried in the data row according to the location number described in the text message template. The dynamic parameter information required for this text message corresponds to the value of the message parameter.

Method 2: Set the location number line and the data line in the text message, and directly carry the position parameter number of the message parameter corresponding to the dynamic parameter information of the text message in the location number line; and then according to the position carried in the text message The order of the numbers, in the data row, sequentially carries the values of the dynamic parameter information corresponding to the text message in this order, for example, the UE carries 3, 75 in the position number row in the constructed text message, in the data row The sequence carries cb0203isff3⁄4)k3, 234151D0FCE11 in order, so that the UE carries 3 in the location number row to indicate that the message parameter corresponding to the location number 3 in the text message template is used in the text message, and the message with the location number 3 is The value of the parameter is cb0203isfff3⁄4)k3 in the data line, and the UE carrying 75 in the location number line indicates that the message parameter corresponding to the position number 75 in the text message template is used in the text message, and the position number is 75. The value of the message parameter is 234151D0FCE11 in the data line.

Manner 3: When constructing the text message, the dynamic parameter information required for the text message corresponds to the message parameter, first carrying the corresponding location number of the message parameter, and following the location number, followed by the message parameter The value is executed for each of the required dynamic parameter information corresponding to the message parameter. For example, the UE carries 3: cb0203isffffpk3, 75: 234151D0FCE11 in the constructed text message, so that in the text message, 3: cb0203isfffipk3 indicates that the message parameter corresponding to position number 3 in the text message template is used in the text message. The value of the message parameter is cb0203isfff3⁄4)k3, 75: 234151D0FCE11 is the message parameter corresponding to the position number 75 in the text message template used in the text message, and the value of the message parameter is After 234151D0FCE1L The foregoing only lists three implementation manners. The present invention may also have other implementation manners to implement the location number of the message parameter corresponding to the dynamic parameter information required to carry the current text message in the constructed text message described in this step 103. The process of information and value.

The specific implementation process of this step 103 is described in the following example.

First, when a text message template is created, different text message templates can be established for different protocol types. For example, the SIP and SDP protocol types respectively have their own text message templates. Therefore, when constructing a SIP session message, the UE The version of the text message template of the currently used SIP protocol is carried in the start position of the message header of the constructed SIP session message to notify the network side;

Second, the UE sets a dynamic parameter mask line of all SIP message parameters in the text message template of the current version, that is, version 1 that has been negotiated with the network side, in this SIP session message, and is recorded as dynamic parameter mask line 1, The mask value of the SIP message parameter corresponding to the dynamic parameter information required in the current SIP session message in version 1 is set to 1, and other SIP message parameters in the text message template of version 1 are required, that is, the current SIP session message is not needed. The mask value of the SIP message parameter corresponding to the static parameter information in the SIP session message is set to 0, and then according to the location number corresponding to all SIP message parameters in the current version, that is, the text message template of version 1. Determining the mask values 0 and 1 set for each SIP message parameter in the position number of the dynamic parameter mask line 1, that is, the mask value 0 or 1 set for a SIP message parameter in the dynamic parameter The position number of the position in the mask row 1 is the position number corresponding to the SIP information parameter in the text message template of version 1. Then, in the dynamic The data line corresponding to the SIP message parameter after the number 1 of the mask is recorded as the data line 1, according to the sequence of the position numbers corresponding to the SIP message parameters corresponding to the dynamic parameter information required in the current SIP session message in version 1. , determining corresponding to each dynamic parameter information carried

The sequence of the serial number of the SIP message parameter in the data row 1; The UE carries the version information of the text message template of the currently used SDP protocol at the start position of the SDP message body of the configured SIP session message to notify the network side;

Next, the UE sets a dynamic parameter mask line for all SDP message parameters in the text message template of the current version, which is negotiated with the network side, in the SDP message body of the current SIP session message, and records it as a dynamic parameter. Masking line 2, and setting the mask value of the SDP message parameter corresponding to the dynamic parameter information required in the current SIP session message to 1, and using the SDP message parameter and the current SIP session message that are not required for the current SIP session message. The mask of the SDP message parameter corresponding to the static parameter information is set to 0, and then the mask value set for each SDP message parameter is determined according to the position number corresponding to all SDP message parameters in the current version, that is, the text message template of version 1. And the position number of 1 in the dynamic parameter mask line 2, that is, the mask value 0 or 1 set for an SDP message parameter is in the position of the dynamic parameter mask line 2. The position number corresponding to the SDP message parameter in the text message template of 1; then, the data corresponding to the SDP message parameter after the dynamic parameter mask line 2 2, determining, according to the sequence of the location numbers corresponding to the SDP message parameters corresponding to the dynamic parameter information required in the current SIP session message in the version 1, determining the value of the SDP message parameter corresponding to each dynamic parameter information carried in the data row The order of the position numbers in 2 is.

For example, in the present invention, a SIP session message constructed by the UE, that is, an INVITE message is:

Version: operatorA-SIP-versionOO 1;

Header-mask: 0110 ;

INVITE, cb0203isfff3⁄4)k3; 234151D0FGE11...... (Modified here means

INVITE itself is a parameter)

Version:operatorA-SDP-version001;

Sdp-mask: 1100; - 2987933615; 2987933615;

It can be seen from the message body of the SIP session message, that is, the message body of the INVITE message, that the version: operator A-SIP-version OO 1 is the identifier of the text message template for the current version of the SIP protocol message parameter, that is, version 1. For the current version, that is, the dynamic parameter mask line 1 of all SIP message parameters in the version 1 text message template is header-mask: 0110; in the dynamic parameter mask line 1, the first position number is 0, indicating the version. In the text message template of 1 corresponding to the SIP message parameter part, as in the above table 1, the SIP message parameter corresponding to the location number 1 is the static parameter information in the SIP session message or the SIP message parameter that is not used in the current SIP session message; The second location number is 1, indicating that the SIP message parameter corresponding to the location number 2 in the text message template of the version 1 is the dynamic parameter information in the SIP session message, and the SIP message corresponding to the dynamic parameter information. The value of the parameter is the first data cb0203isff 3⁄4)k3 in data row 1 after the dynamic parameter mask line 1; the third position number is 1, indicating the position in Table 1 in the version 1 text message template. The SIP message parameter corresponding to the number 3 is the dynamic parameter information in the SIP session message, and the value of the SIP message parameter corresponding to the dynamic parameter information is Dynamic parameter mask next row i.e. the second row of data in a data 234151D0FCE11 after 1.

Similarly, in the message, version: operatorA-SDP-version001 is the identifier of the text message template for the current version of the SIP protocol message parameter, that is, version 2. The dynamic parameter mask line 2 of all SDP message parameters in the text message template of the current version, version 2, is sdp-mask: 1100......; In the dynamic parameter mask line 2, 笫 a position number is 1 . Indicates that the SDP message parameter corresponding to the location number 1 in the text message template of the version 1 corresponds to the SDP message parameter. In the above table 2, the SDP message parameter corresponding to the location number 1 is the dynamic parameter information in the SIP session message, and the dynamic parameter information corresponds to The value of the SDP message parameter is the first data in the data line 2 after the dynamic parameter mask line 2 is -2987933615; the second position number is 1, indicating that in the table 2 of the version 1 text message template, the location SDP message corresponding to number 2 The parameter is the dynamic parameter information in the SIP session message, and the value of the SDP message parameter corresponding to the dynamic parameter information is the next data in the data line 2 after the dynamic parameter mask line 2, that is, the second data 2987933615.

In addition, it should be noted that, in the process of the step 103, if a message parameter corresponding to the dynamic parameter information required in the current text message constructed by the UE is recorded as the first message parameter, there are multiple attributes, and The present invention sets the corresponding location number of each attribute of the first message parameter in the text message template, for example, 70.1 and 70.2. Then, the location number corresponding to the first message parameter in the text message template is, for example, 70, and the dynamic parameter is masked by the UE. After the corresponding position number in the code line, that is, the position number 70 is filled in the mask value 1, the corresponding position in the subsequent data line is filled in 70.1: 29879336, 70.2: 33615, respectively, to respectively represent the first parameter of the first message. And the value of the second attribute. In this way, in the subsequent process, the network entity can obtain the values of the first and second attributes of the first message parameter according to 70.1: 29879336, 70.2: 33615 in the data line.

Alternatively, if the present invention sets the corresponding location number after the attributes of the first message parameter are uniformly sorted with all other message parameters in the text message template, then in this step 103, the UE only needs to set the first message parameter. Each attribute is treated as a message parameter, that is, the mask value 1 set for each attribute of the first message parameter is carried in the corresponding position in the dynamic parameter mask line, and each of the data is carried at the corresponding position in the data line. The value of the attribute can be.

In the specific implementation of the mode 1, because the message parameters corresponding to the plurality of static parameter information are optional, the UE may also be configured to the SIP in the required constructed text message in order to ensure that the network side can recover the actual text message. Each message parameter of the protocol sets a message parameter mask line 1 , and the message parameter corresponding to the position number in the SIP protocol text message template with the same position number is 1 in the message parameter mask row 1 is The message parameter of the SIP protocol used for this text message, and a message parameter mask line 2 is set in the required construction text message for each message parameter of the SDP protocol, and the message is used. In the parameter mask row 2, the sequence number of the specific location number indicates that the message parameter corresponding to the location number in the SDP protocol text message template with the same location number is the message parameter of the SDP protocol used for the text message, so that When the network side recovers the text message, it can learn all the message parameters used by the text message through the sequence number of the specific position in the message parameter mask row, that is, the network side can determine the required text message. Static parameter information used. For example, the information carried by a SIP session message constructed by the UE is: version: operatorA-SIP-versionOO 1;

Message-maskl :1110 ;

Header-mask: 0110 ;

INVITE, cb0203isfff3⁄4)k3; 234151D0FCE11 (modified here means

INVITE itself is a parameter)

Version:operatorA-SDP-versionOO 1;

Message-mask2 :1101 ;

Sdp-mask: 1100;

- 2987933615; 2987933615;

It can be seen from the message body of the SIP session message, that is, the message body of the INVITE message. In the message, the message parameter mask line 1 is message-maskl: 1110....., the first 3 bits are all 1, indicating that the dynamic parameter is masked. The SIP message parameters corresponding to the first 3 bit mask values in the code line 1 are the SIP message parameters required for the current INVITE message, and the fourth bit is 0, indicating that the fourth bit mask value corresponds to the dynamic parameter mask line 1 The SIP message parameter is not the SIP message parameter required for this INVITE message, and the first 4 bits in line 1 of the dynamic parameter mask are 0110. In this way, the network side analyzes the message parameter mask row 1 and the dynamic parameter mask row 1 to know that the first bit mask value 0 indicates that the message parameter with the location number 1 in the text message template of the SIP protocol is this time. The message parameter corresponding to the static parameter information carried in the INVITE message, and the second and third digits of 1 indicate the message with the location number 2 and the location number 3 in the text message template of the SIP protocol. The parameter is the message parameter corresponding to the dynamic parameter information carried in the INVITE message, and the fourth bit mask value 0 indicates that the message parameter with the location number 4 in the text message template of the SIP protocol is not the message required for the current INVITE message. After the parameter, the network side analyzes the message parameter mask row 2 and the dynamic parameter mask row ² to determine the message parameters of all the SDP protocols that need to be used in the current INVITE message.

It can be seen from the above description that in the SIP session message constructed by the UE, the mask value 1 located at a specific location represents the SIP or SDP message parameter corresponding to the location number as the dynamic parameter information in the current SIP session message. And carrying the value of the dynamic parameter information in turn, and using the mask value 0 at a specific location to represent that the SIP or SDP message parameter corresponding to the location number is not used in the current SIP session message or as static parameter information. Thus, in the present invention, the UE greatly reduces the length of the constructed text message, thereby reducing the bandwidth resources occupied by the transmitted text message.

Step 104: The UE delivers the constructed text message to the network side.

Here, in order to better reduce the length of the constructed text message and reduce the occupied bandwidth, preferably, in this step, the UE may first compress the constructed text message, and then compress the compressed text. The secondary text message is delivered to the network side.

Step 105: The network entity directly receives the text message sent by the UE, for example, is a PCSCF entity, and obtains version information used by the UE from the text message, for example, version 1 to determine whether the version 1 text message exists in the version 1 The template, if present, performs step 106, otherwise, returns a failure notification message to the UE and ends the current flow.

Here, if the UE compresses the constructed text message in step 104, then in this step, when receiving the text message sent by the UE, the PCSCF entity first decompresses the text message, and then executes the text message. The step of determining whether the version 1 text message template exists in itself.

Step 106: The PCSCF entity according to the sub-template of the text message template of version 1 in itself The location number corresponding to each SIP and SDP message parameter, the type of the current SIP session message, and the information obtained in the previous message interaction with the UE are recovered by the current SIP session message that the PCSCF entity itself needs to process. Actual static parameter information; the location number corresponding to each SIP and SDP message parameter in the sub-template of the current version 1 text message template, and the mask value 1 carried in the current SIP session message in the dynamic parameter mask row. The data of the location sequence and the corresponding location of the data part recovers the actual dynamic parameter information carried in the current SIP session message that the PCSCF entity needs to process, and recovers the actual message content that the PCSCF entity needs to process in the current SIP session message.

Here, for example, after receiving the INVITE message sent by the UE, the PCSCF entity obtains each 0 or 1 mask value in the dynamic parameter mask line at the beginning of the SIP message header in the message. The PCSCF entity determines a specific location according to the type of the SIP session message, such as the mask value 0 of the first location sequence number, which represents the SIP message parameter that is not needed for the current SIP session message or the static parameter information in the current SIP session message. If the SIP message parameter is not used, the SIP message parameter corresponding to the location number 1 of the location is not used as the actual information in the current SIP session message. If it is the static parameter information in the current SIP session message, the PCSCF entity is The SIP message parameter corresponding to the location number 1 corresponding to the location that has been previously acquired is used as the actual static parameter information in the current SIP session message. At the same time, the PCSCF entity learns that the SIP message parameter corresponding to the location location number 2 is the dynamic parameter information in the current SIP session message according to the specific location, such as the mask value 1 of the second location sequence number, and the dynamic parameter information takes the value of the data row. The first data in . Similarly, the PCSCF entity recovers other static parameter information of the current SIP session message that the PCSCF entity needs to process according to each 0 or 1 mask value in the dynamic parameter mask row at the start position of the SDP message body in the SIP session message. And dynamic parameter information.

In step 106, since the PCSCF entity can recover only the actual message content of the current SIP session message that the PCSCF entity itself needs to process, without restoring other subsequent network entities. The actual message content of the current SIP session message is processed, and therefore, the processing procedure of the PCSCF entity is compressed, and the occupied network bandwidth resource is reduced when the SIP session message is delivered to other subsequent network entities.

Step 107: The PCSCF entity passes the SIP session message to the subsequent AS via the SCSCF entity.

Step 108: The subsequent AS and other network entities involved in the current SIP session message respectively according to the location number corresponding to each SIP and SDP message parameter in the sub-template of the version 1 text message template saved in the self, and the current SIP session The type of the message, and the information obtained in the interaction with the previous message, recovers the actual static parameter information carried in the current SIP session message that each network entity needs to process; according to the SIP and SDP message parameters in the current version. The corresponding location number, the position order of the mask value 1 carried in the current SIP session message in the dynamic parameter mask line, and the data of the corresponding position of the data part are recovered from the current SIP session message that each network entity itself needs to process. The actual dynamic parameter information carried is obtained, and the actual message content of the current SIP session message is obtained.

In the process of the foregoing steps 105 to 108, if the network side directly receives the SIP session message sent by the UE, for example, the PCSCF entity, and saves the complete text message template, the PCSCF entity may save according to the saved The complete text message template recovers all the contents of the received SIP session message, and then sends the SIP session message to the subsequent network entity, and the subsequent network entity does not need to perform the process of restoring the SIP session message.

In addition, in the process of step 105 to step 108, when an entity on the network side performs recovery of the received SIP session message, if a parameter in the SIP session message has a corresponding text message sub-template, the network The entity invokes the text message sub-template corresponding to the parameter, and obtains a specific attribute value of the parameter, that is, obtains a parameter attribute value actually carried in the SIP session message. In the above process of the present invention, the UE carries the identifier of the text message template, such as the version information of the text message template, in the constructed SIP session message, thereby notifying the text message template that the network side should use. In other embodiments of the present invention, the UE may also carry the complete text message template in the constructed SIP session message, thereby notifying the text message template that the network side should use.

In the above process of the present invention, the process of storing the static parameter information by the entities on the network side may be: in other previous message interactions, such as the message parameters obtained by the network side from the current message during the registration process of the UE to the network side and The value, which is the dynamic parameter information of the current message, is saved based on the text message template, that is, the value corresponding to the message parameter that has been used as the static parameter information is added to the text message template. For example, the network side receives a SIP registration request sent by the UE, obtains a message parameter and a value thereof in the SIP registration request, and then saves the established message parameter and its corresponding information in the text message template of the SIP protocol. When the location number is used, the value corresponding to the message parameter in the obtained SIP registration request included in the text message template of the SIP protocol is further saved. For example, the SIP registration request carries the message with the location number 1 in the text message template. The parameter and its value, and when the network side receives the SIP registration request, the message parameter with the location number 1 and its value are obtained for the first time. At this time, the message parameter with the position number 1 and its value are used as Static parameter information of the network side, then the network entity further saves the value corresponding to the message parameter of the location number 1 in the text message template, so that in the process of the above steps 105 to 108, the entities on the network side according to the text The value of the message parameter saved in the message template, and the static parameter information of the text message is obtained. The value of the message parameter.

So far, in the present invention, the UE constructs a text message whose message length is greatly compressed according to a version of the text message template supported by the network side, and the network side recovers the required text according to the text message template of the version. The actual text message content, thus greatly reducing the occupied network bandwidth resources in the case of ensuring accurate transmission of text messages. In the above embodiment, the present invention completes the process of establishing a text message template on the network side in advance, and the UE obtains the text message template in various manners, thereby ensuring that the same text message template is saved in the network side and the UE. In the actual application of the present invention, a sorting rule may be pre-agreed by the UE and the network side, and the message parameters related to the text message are separately sorted by the UE and the network according to the agreed sorting rule, and are sorted according to the sorting. The location sets the corresponding location number for each message parameter, and generates the same text message template to ensure that the same text message template is saved on the network side and the UE. Alternatively, the process of establishing a text message template may be completed in the UE, and the network side obtains the text message template established by the UE from the UE, so that the network side and the UE have the same text message template, for example, the UE actively The created text message template is sent to the network side to be obtained by the network side.

In the above description process, the UE constructs a text message according to the established text message template, and the network side takes the process of restoring the actual content of the text message according to the established text message template as an example to illustrate the process of the present invention. In the present invention, the network side constructs a text message according to the established text message template, and the process of the UE recovering the actual content of the text message according to the established text message template is the same as the above process.

In the above, the above description is only the embodiment of the process and method of the present invention, and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the present invention. Within the scope of protection of the invention.

Claims

Claim

A method for delivering a text message, the method comprising:

2. The method according to claim 1, wherein in step A, said step of sorting, setting and establishing said position is performed by a terminal;

Between step A and step B, the network side further acquires the text message template from the terminal.

The method according to claim 2, wherein the step of obtaining, by the network side, the text message template from the terminal comprises: the UE actively sending the established text message template to the network side.

4. The method according to claim 1, wherein the method further comprises: setting a sorting rule;

In step A, the step of performing location ordering on the message parameters involved in the text message includes: performing, by the network side and the terminal, the location parameters of the message parameters involved in the text message according to the set collation rules respectively;

In step A, the steps of setting and establishing are performed by the network side and the terminal, respectively.

5. The method according to claim 1, wherein in step A, the network The network side performs the steps of sorting, setting, and establishing the location;

Further, the step A and the step B further comprise: the terminal acquiring the text message template from the network side.

The method according to claim 5, wherein the step of the terminal acquiring the text message template from the network side comprises: the terminal initiating a registration request to the network side, and the network side carrying the text message template in the registration response message Sending to the terminal; or, the network side transmits the text message template to the terminal by transmitting the OTA method over the air; or, the terminal downloads the text message template from the specified website.

The method according to claim 1, wherein in step B, the step of constructing the current text message by the first party according to the text message template comprises: determining, by the first party, the current message according to the text message template The position number corresponding to the message parameter required by the text message, and then constructing the text message by using the information of the determined position number and the value of the message parameter required for the text message;

The step C includes: the second party acquiring, according to the text message template, the location number information in the current text message, and the value of the required message parameter in the text message, Message parameters and their values.

The method according to claim 7, wherein in the step A, the message parameter involved in the text message includes a first message parameter in which a plurality of attributes exist;

After the corresponding location number is set for the first message parameter, and before the text message template is established, the step A further includes: performing location ordering on each attribute of the first message parameter, and using the sorted position as the first message. Set the dependent position of each attribute of the parameter And then, using the position number corresponding to the first message parameter and the set slave position number, setting a composite position number corresponding to each attribute of the first message parameter, wherein the composite position number is a subordinate position number of each attribute as The first message parameter corresponds to a suffix or subscript of the location number;

In step A, the step of establishing a text message template includes: establishing a text message template by using each attribute of the first message parameter and its corresponding composite location number and other message parameters involved in the text message and their corresponding location numbers; Or establishing a text message sub-template corresponding to the first message parameter by using each attribute of the first message parameter and its corresponding composite location number, and using the first message parameter and other message parameters involved in the text message and their corresponding The location number establishes a text message template.

The method according to claim 8, wherein in step B, the message parameter required by the text message includes a first message parameter;

In step B, the step of determining, by the first party, the location number and constructing the current text message includes: the first party determining, according to the text message template, each attribute of the first message parameter in the message parameter required for the current text message. Corresponding composite location number, and a location number corresponding to other message parameters required to determine the current text message, and then the first party needs the value of each attribute of the first message parameter required by the first text message and the determined composite The information of the location number, and the value of other message parameters required for the text message and the information of the determined location number construct the current text message;

In step C, when the text message template is created by using the respective attributes of the first message parameter and the corresponding composite location number, the step of obtaining includes: the second party corresponding to the text message template and the current text message The composite location number information of each attribute of the first message parameter and the value obtain the attributes of the first message parameter and their values, and obtain the other message parameters according to the position number information and the value corresponding to other message parameters in the text message. And its value; Or, in step C, when the text message sub-template corresponding to the first message parameter is established by using each attribute of the first message parameter and its corresponding composite location number, the step of obtaining includes: the second party according to a text message template and a composite location number information corresponding to each attribute of the first message parameter in the text message, calling a text message sub-template corresponding to the first message parameter, and obtaining an attribute of the corresponding first message parameter from the sub-template, And get its value and other message parameters and values.

The step A includes: separately performing, as a message parameter, each attribute of the first message parameter, and performing location sorting with other message parameters involved in the text message, and using the uniformly sorted position as the other message parameter and Each attribute of the first message parameter sets a corresponding position number, and then uses the other message parameters and their corresponding position numbers and the attributes of the first message parameter and their corresponding position numbers to establish a text message template.

The method according to claim 10, wherein in step B, the message parameter required by the current text message includes a first message parameter;

In step B, the step of determining, by the first party, the location number and constructing the current text message includes: the first party determining, according to the text message template, attributes and other messages of the first message parameter required for the current text message. a position number corresponding to the parameter, and constructing the current text message according to the determined information of the position number and the values of the first message parameter and other message parameters;

In step C, the step of obtaining includes: the second party acquiring the attributes of the first message parameter according to the text message template and the position number information and the value corresponding to each attribute of the first message parameter in the current text message and The value is obtained, and the other message parameters and their values are obtained according to the location number information and the value corresponding to other message parameters in the text message.

12. The method according to claim 1, wherein in step A, the The step of performing the positional ordering of the message parameters involved in the text message includes: sorting the message parameters involved in the text message according to a preset rule, wherein the rule is: according to the arrangement of the first letter of each message parameter The order, or the frequency at which the various message parameters are used.

The method according to claim 1, wherein the step A comprises: performing location ordering on message parameters involved in the text message by using multiple rules, and sorting the positions according to the rules as the message parameters. Setting corresponding location numbers respectively, and then establishing different versions of text message templates by using the message parameters and their corresponding location numbers under various rules;

In step B, the text message template is based on the current version of the text message template; in step C, the resident text message template is the current version of the text message template.

The method according to claim 13, wherein the step of the terminal negotiating the current version of the text message template used by the terminal with the network side comprises: the terminal initiating a registration request to the network side, and the current version to be used by the network side The text message template is sent to the terminal in the registration response message; or the network side notifies the terminal of the current version of the text message template information used by the QTA mode; or the terminal informs the network side of the current version of the text message template information used by the terminal.

The method according to claim 13, wherein the step of the terminal negotiating the current version of the text message template used by the terminal with the network side comprises: the first party sending the current version of the text message template To the second party, the second party sends the text message template sent by the first party as the text message template of the current version used;

Or,

The step before the first party sends the constructed text message to the second party The step B further includes: the first party carrying the current version of the letter in the constructed text message between step B and step C further comprising: the second party receiving the current one sent by the first party After the text message, according to the information of the current version obtained from the current text message, it is determined whether the text message template of the current version is saved in itself, and if yes, step C is performed, otherwise the current flow is ended.

The method according to claim 1, wherein the step A further comprises: dividing the established text message template into different networks according to different network entities involved in each message parameter in the established text message template. Different sub-templates corresponding to the entity, and then saving each sub-template in its corresponding network entity;

The first party is a terminal, and the second party is a network side;

The step C includes: directly receiving, by the network side, the first network entity sent by the terminal to the current text message according to the sub-template saved by itself and the location number information corresponding to the message parameter involved in the text message and The value of the message parameter and its value are obtained in the text message, and then the first network entity sends the current text message to the subsequent network entity, and the subsequent network entity saves the sub-template and the current text message according to the self-save template. The location number information and the value corresponding to each message parameter involved in the self-acquisition are respectively obtained by the message parameters involved in the text message and their values.

The method according to claim 1, wherein the step A further comprises: saving the created text message template in each network entity on the network side; the first party is a terminal, The second party is the network side;

The method according to any one of claims 1 to 17, wherein the message parameters required for the current text message include a message parameter corresponding to the dynamic parameter information and a message parameter corresponding to the static parameter information;

The step C includes the following steps:

Cl, the second party according to the position of the mask value 1 in the dynamic parameter mask row in the text message, the position of the message parameter in the text message in the data row, and The location number corresponding to each message parameter in the text message template, and the message parameter corresponding to the dynamic parameter information in the text message and the value thereof are obtained;

C2. The second party obtains according to the type of the text message, the message parameter obtained by the self-interaction with the first party, the value thereof, and the location number corresponding to each message parameter in the text message template saved in the user. The message parameters corresponding to the static parameter information in this text message and their values.

The method according to claim 18, wherein the message parameter corresponding to the static parameter information in the current text message does not have an optional message parameter;

The step B3 further includes: the first party according to the text message template, The position number corresponding to the message parameter corresponding to each static parameter information in the text message, and sequentially determines the position of the set mask value 0 in the dynamic parameter mask line;

The method according to claim 18 or 19, wherein the step B1 further comprises: the first party setting a message before the dynamic parameter mask line and the data line in the constructed text message. The parameter mask row, and according to the dynamic parameter information required by the text message in the text message template and the position number corresponding to the message parameter corresponding to the static parameter information, sequentially determine the mask value 1 in the message parameter mask row. Location

In step C2, the second party further obtains the message parameter corresponding to the static parameter information in the current text message and the value thereof according to the position of the mask value 1 in the message parameter mask row.

In step B, the step of constructing the current text message by the first party includes: the first party sets a location number row and a data row in the current text message, and carries the current text message in the location number row. The dynamic parameter information corresponds to the location number of the message parameter. Then, according to the order of the location number carried in the text message, the value of the dynamic parameter information corresponding to the current text message is sequentially carried in the data row.

The step C includes: the second party obtains the message parameter corresponding to the dynamic parameter information carried in the text message according to the text message template and the location number in the location number row of the current text message, and obtains the message parameter according to the data line. The value of the message parameter corresponding to the dynamic parameter information carried in the text message, and the type and content of the text message according to the current text message. The message parameters obtained by the first party have been interactively obtained and the values thereof are used to obtain the message parameters corresponding to the static parameter information of the current text message and their values.

In step B, the step of constructing the current text message by the first party includes: the message parameter corresponding to each dynamic parameter information required by the first party for the current text message, first carrying the location corresponding to the message parameter Number, and after the number is numbered, the value of the message parameter is followed;

The step C includes: the second party acquiring the message parameter corresponding to the dynamic parameter information carried in the text message according to the text message template, the location number carried in the text message, and the subsequent value. The value is obtained, and the message parameter corresponding to the static parameter information in the text message and the value thereof are obtained according to the type of the text message, the message parameter obtained by the self-interaction with the first party, and the value thereof.

The method according to any one of claims 1 to 17, wherein after the first party constructs the current text message, and before transmitting the current text message, the step B further includes The first party compresses the constructed text message; after the first party sends the current text message to the second party, the step B further includes: the second party receives the This text message is decompressed.

The method according to any one of claims 1 to 17, wherein in step A, the message parameters involved in the text message comprise: all message parameters specified in a protocol used by the text message; or , according to the actual business needs, the message parameters after filtering all the message parameters specified in the protocol used by the text message.