TWI657687B - High-performance data length variable message composition method and system thereof - Google Patents

Abstract

A method for synthesizing a high-performance data length variable and a system thereof, wherein a plurality of message fields are defined by collecting a plurality of message materials; analyzing the message fields to obtain a plurality of field contents; and filtering the contents of the fields Forming at least one first message template by using the most versatile content definitions of the fields; and filling in a plurality of communication materials into corresponding fields in the first message template to form the communication message, etc. A preparation for implementing a plurality of communication messages transmitted in an application layer.

Description

High-performance data length variable message composition method and system thereof

The invention belongs to the technical field of communication systems, in particular to a message composition method and system thereof with variable length of high-efficiency data, so as to improve the communication system by taking into account the processing performance of fixed field messages and the application flexibility of changing field messages. Application benefits.

In order to ensure that even if the two communication devices are different in their respective operating systems or operating procedures, the multiple communication messages transmitted through the network connection can still be communicated. It is necessary to use a common language, the so-called "Communications". Protocol)" to compile these communication messages, such as TCP/IP, NetBEUI, DHCP, FTP, etc. However, the current communication systems provide data exchange services for heterogeneous endpoints on the network connection through their own proprietary communication protocols and message formats. Moreover, the communication protocol can be roughly classified into either a wired or a non-wired guide. And the message format can be divided into two types: fixed length or variable field.

Generally, a fixed-length message format is adopted. As shown below, the length of the field and the order of the fields are fixed, so that the message transmission performance can be high in practical applications. However, the application flexibility of each communication message will also be Limited by this.

On the other hand, the message format of the changed field is as follows, because the length of the column content and the order of the fields are not fixed, and the overall application and expansion flexibility are greatly increased. However, it is also prepared for the transmission to be transmitted. In the case of communication messages, it is necessary to combine the additional fields to cause a low processing performance.

However, since the implementation requirements and performance bearers of different technology types are different, different industry services may have different transmission format requirements for communication messages. For example, bank deposit and exchange services may require a more flexible content format and adopt changes. The field information or securities investment business may require faster transmission performance and use fixed field information, resulting in the fact that even the two businesses that can be referred to as the financial industry will still treat different applications for the grouping of such communication messages. The situation is combined with different combination formats, in order to achieve high transmission reliability and high order accuracy while taking into account the high traffic and low latency service levels. However, as a result, the various communication systems in practice require different message grouping formats, which results in an increase in the difficulty of translating the message format between the two systems or the two devices, which is not conducive to processing performance and transmission efficiency, and is inconsistent with the current industry for the network. The rate of communication is expected.

In view of this, how to improve the combination form of the change field message format, and improve the processing efficiency and adaptability of the communication system in the application layer of the OSI (Open System Interconnection Reference Model) architecture In order to meet the different transmission needs of electronic messages between different types of businesses in the current financial industry, it is the subject of the invention.

In view of the problems of the prior art, the present invention aims to provide a high-performance data length variable message composition method and system thereof, so as to make a communication message have high processing performance and high readability by using the data combination method of seeking common ground while differentiating. The characteristics.

According to the purpose of the present invention, the high-performance data length variable message composition method is for transmitting a plurality of communication messages in an application layer, and the method comprises the following steps: collecting a plurality of message materials and defining a plurality of message fields; analyzing the Wait for a message field to get multiple fields Aligning the contents of the fields to form at least one first message template using the most versatile content definitions of the fields; and filling in a plurality of communication materials into corresponding fields in the first message template The combination forms the communication message.

Moreover, when analyzing the message fields, the method further comprises the steps of: obtaining a plurality of field sequences and a plurality of field lengths; and screening the order of the fields and the length of the fields to utilize the most versatile The field sequentially sorts the contents of the fields and positions the contents of the field with the most common length of the field to form the first message template. When the content of the fields is filtered, the following steps are further included: the collection of the field content definitions that do not conform to the versatility form at least one second message template.

Wherein, before the communication materials are filled in the first message template, the method further comprises the steps of: analyzing the communication materials to be transmitted by using the contents of the fields to at least distinguish the plurality of pieces that meet the contents of the fields. A data and a plurality of second materials that do not conform to the contents of the fields. When the communication data is filled in the first message template, the method further includes the following steps: each of the first data is filled or deleted according to the length of the field, and then filled in the corresponding field in the first message template. After the communication data is filled in the first message template, the method further includes the step of: combining at least one of the second data to the second message template to form the communication message. The field length of each of the field contents in the first message template has an upper limit.

According to another aspect of the present invention, the system for implementing a high-performance data length variable message composition method is for transmitting a plurality of communication messages in an application layer, comprising a same board module and a message processing module. The template module generates a plurality of message fields from the application layer to define a plurality of message fields, and after analyzing the message fields to obtain a plurality of field contents, screening the fields to select the most The field content definitions with versatility form at least one first message template. The message processing module telecommunications connects the template to form a module, and fills in a plurality of communication materials into corresponding fields in the first message template to form the communication message.

Wherein, the template is made into a module that is inconsistent with the versatility of the field content definition to form at least one second message template. The message processing module uses the contents of the fields to analyze the communication materials to be transmitted and at least distinguishes between the plurality of first materials that form the content of the fields and a plurality of second data that do not conform to the contents of the fields, such that the first data is filled or deleted according to the length of the field, and is filled in the corresponding field in the first message template, and the combination is The communication message is formed by at least one of the two materials to the second message template.

In summary, the present invention uses the filler or the deletion of the first data into the field of the message template, and then elastically attaches the second data to the message template to complete the communication message that can be transmitted to implement the hybrid learning. Knowing the composition of the fixed field message and the change field message makes the communication message have the characteristics of high readability, high efficiency, high maintenance and high flexibility, and meet the high variability of today's financial industry and securities industry. The need for transmission applications for highly time-sensitive electronic messages.

1‧‧‧System for implementing a message composition method with variable data length

10‧‧‧Models made into modules

100‧‧‧analysis unit

1000‧‧‧ field content

1001‧‧‧ field order

101‧‧‧ database

102‧‧‧Model unit

1020‧‧‧First message template

1021‧‧‧Second message template

11‧‧‧Message Processing Module

110‧‧‧Communication messages

S1~S6‧‧‧Steps

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram of a system in accordance with an embodiment of the preferred embodiment of the present invention.

2 is a flow chart of a method according to an embodiment of the preferred embodiment of the present invention.

Figure 3 is a block diagram of a second embodiment of the preferred embodiment of the present invention.

Figure 4 is a flow chart of a second embodiment of the preferred embodiment of the present invention.

Figure 5 is a schematic diagram of a message template of a second embodiment of the preferred embodiment of the present invention.

In order for your review board to have a clear understanding of the contents of the present invention, please refer to the following description for matching drawings.

Please refer to FIG. 1 and FIG. 2, which are respectively a system block diagram and a method flowchart of an embodiment of the preferred embodiment of the present invention. As shown in the figure, the system 1 for implementing the message composition method with variable data length is provided for transmitting a plurality of communication messages in an application layer, and is provided with the same board module 10 and a message processing module 11, The message processing module 11 is connected to the template to form the module 10, and the method for composing the high-performance data length variable may include the following steps.

Step S1, the template module 10 collects a plurality of message data from the application layer to define a plurality of message fields, and then analyzes the message fields in step S2 to obtain a plurality of field contents, and Screening the contents of the fields in S3 to utilize the most in step S31 These field contents of versatility are defined to form a first message template. In addition, in step S5, the message processing module 11 fills in a plurality of communication materials into corresponding fields in the first message template and combines to form the communication message in step S6.

Please refer to FIG. 3 to FIG. 5 , which are respectively a system block diagram, a method flowchart and a message template diagram of a second embodiment of the preferred embodiment of the present invention. As shown in the figure, in order to enable a plurality of communication messages 110 transmitted in an application layer to meet the communication requirements of various industrial services at the same time, such as high processing performance and high adaptability flexibility, the high-performance data length can be changed. The message composition method is implemented by the system 1 having the same board forming module 10 and a message processing module 11, and the template forming module 10 is telecommunicationly connected to the message processing module 11, and the template is made. The module 10 is provided with an analysis unit 100, a database 101 and a same board unit 102. The analysis unit 100 is telecommunicationally connected to the database 101 and the template unit 102.

In step S1, the template module 10 collects a plurality of message materials from the application layer and stores them in the database 101, and the analysis unit 100 uses the message data to perform analysis to define a plurality of message fields. For example, if the transaction environment of the securities industry is taken as an example, since the current exchange has been digitized, most of the at least one host connection system receives the commissioned operation message from at least one brokerage and transmits the related transaction return. Therefore, the template module 10 can collect the message data transmitted by the host connection system and the brokers for various types of commissioning operation messages, so that the analysis unit 100 defines each of the message fields and organizes a message. The format specification of the transmission is known and the valid fields required for the operation of each entrusted message are as shown in the following table (1).

In step S2, the analyzing unit 100 analyzes the message fields to obtain a plurality of field contents 1000, and at the same time, obtains a plurality of field order 1001 and a plurality of field lengths in step S20. The template unit 102 filters the field contents 1000 in step S3, and simultaneously filters the field order 1001 and the field lengths in step S30 to utilize the most versatile columns in step S31. Bit content 1000, and sorting the field contents 1000 through the most common field order 1001 and the most common field length to address each field content 1000, defining at least one first message template 1020. In addition, the field length of each of the field contents 1000 in the first message template 1020 has an upper limit. Because the exchange uses the text transmission content of the variable field length, and a deletion operation signal is displayed as "35=C*37=A1234*" 14-bit tuple, and a modification operation message is presented as "35=M *37=31st bit of B1234*44=010050*38=008*", so the analysis unit 100 can obtain the content of each field of the field by 1000 after analyzing the information fields. The "=" symbol is required to be inserted as a segment, for example, the field content 1000 of the table code and the content of the field in the table description 1000, and the "*" symbol for identification is added to the end of the field unit. It can also be summarized as a 14-digit field unit model "35=□*37=□□□□□*" and a 17-byte field unit sample "44=□□□□□□*38 =□□□*", for the template unit 102 to further utilize the field contents 1000 in the field unit templates, the field order 1001 and the configuration of the field lengths respectively define a fixed length 14 The first message template 1020 of the first message template 1020 and the 17-byte group of the byte.

In step S4, the template unit 102 further defines the field contents 1000 that do not conform to the versatility to define at least one second message template 1021. Next, in step S50, the message processing module 11 analyzes the communication materials to be transmitted by using the field contents 1000 to distinguish at least After forming a plurality of first data that meets the content 1000 of the field and a plurality of second materials that do not conform to the content 1000 of the fields, in step S51, each of the first data is whitened or deleted according to the length of the field. Then, the corresponding fields in the first message template 1020 are filled in, and at least one of the second materials is combined into the second message template 1021 in step S52. In this way, the communication message 110 to be transmitted can be prepared in step S6.

Incidentally, the template module 10 is widely used to collect valid information materials, so that various types of templates obtained by subsequent definitions, such as the first message template 1020, or even the second message template 1021, are sufficient. All application scenarios. In this way, even if the various communication messages 110 to be transmitted do not have a common field segment, the combination process can also be covered by various templates generated by the present invention.

The above description is only illustrative of preferred embodiments and not limiting. Any equivalent modifications or alterations to the spirit and scope of the invention are intended to be included in the scope of the appended claims.

Claims (4)

A high-performance data length variable message composition method for transmitting a plurality of communication messages in an application layer, comprising the steps of: collecting a plurality of message data to define a plurality of message fields; analyzing the message fields Obtaining a plurality of field contents; screening the contents of the fields to form at least one first message template by using the most versatile content of the fields; and filling in a plurality of communication materials to correspond to the first message template The content of the field is combined to form the communication message, wherein when analyzing the message fields, the method further comprises the steps of: obtaining a plurality of field sequences and a plurality of field lengths; screening the fields in the order of the fields Length, the first message template is formed by sorting the contents of the fields in the most common order of the fields and using the most common field length to form the first message template; the collection is not universal Forming, by the field content, at least one second message template; analyzing the communication materials to be transmitted by using the contents of the fields to at least distinguish and form the fields that meet the a plurality of first data and a plurality of second data that do not conform to the contents of the fields; and each of the first data is filled or deleted according to the length of the field, and then filled in the corresponding field in the first message template . The method for composing a message of a variable length of a high-performance data as described in claim 1 , wherein when the communication material is filled in the first message template, the method further comprises the steps of: combining at least one of the second materials; One to the second message template to form the communication message. The method for composing a high-performance data length variable according to claim 2, wherein a field length of each of the field contents in the first message template has an upper limit. A system for implementing a message composition method of variable energy length data according to item 1 of the patent application scope is for transmitting a plurality of communication messages in an application layer, comprising: a module made of the same board, The application layer collects a plurality of message data to define a plurality of message fields, and after analyzing the message fields to obtain a plurality of field contents, screening the contents of the fields to utilize the most versatile fields The content definition forms at least one first message template; and a message processing module is configured to telecommunications the template to form a module, and fill a plurality of communication materials into corresponding fields in the first message template to form the same The communication message, wherein the template is formed into a module that is inconsistent with the versatility, and the field content definition forms at least one second message template, wherein the message processing module uses the field contents to analyze the communication to be transmitted. And at least distinguishing between the plurality of first materials that meet the contents of the fields and the plurality of second materials that do not conform to the contents of the fields, so as to base each of the first materials with the length of the field After filling or deleting, filling in the corresponding field in the first message template, and combining at least one of the second materials to the second message template to form the communication message.