WO2017016259A1

WO2017016259A1 - Counting method and apparatus for service attribute, and computer storage medium

Info

Publication number: WO2017016259A1
Application number: PCT/CN2016/080974
Authority: WO
Inventors: 张春晖; 闫振林; 包闯; 安康
Original assignee: 深圳市中兴微电子技术有限公司
Priority date: 2015-07-28
Filing date: 2016-05-04
Publication date: 2017-02-02
Also published as: CN106411545A

Abstract

Disclosed is a counting apparatus for a service attribute, comprising: a configuration module and at least one counting turnover module. The counting turnover module comprises: a key value generation module, an index module, and a counter updating module. The key value generation module is configured to receive a service request signal, optimize an attribute field to be optimized in a service attribute carried in the service request signal so as to obtain an optimized attribute field, generate corresponding key values, at least, according to pre-set configuration information, a common attribute field in the service attribute, and the optimized attribute field, and send same to the index module. The index module is configured to receive the corresponding key values, determine counter index addresses, in one-to-one correspondence, according to the corresponding key values, and send same to the counter updating module. The counter updating module is configured to execute, according to the counter index addresses, a counting operation and update a counter table. Also disclosed are a counting method for a service attribute and a computer storage medium.

Description

Method and device for counting business attributes, computer storage medium

Technical field

The present invention relates to the field of communications, and in particular, to a method and device for counting service attributes, and a computer storage medium.

Background technique

As the service processing capability of the communication device is continuously strengthened, the service statistics counting index is continuously increased and changes with the application scenario. This requires the statistical counting technology to flexibly adapt to different application scenarios.

Currently, existing statistical counting techniques are for statistical counting and resource allocation for known statistical requirements. Different counting devices are used for different packet attributes, and there is no counting device that is compatible with multiple application scenarios. For example, the statistics of different message attributes of a certain service are counted, or the same/similar messages are used. When the attribute is optimized and then counted, it cannot be implemented by the same counting device.

Therefore, there is a prior art message attribute counting device that cannot be flexibly adapted to a plurality of application scenarios.

Summary of the invention

In view of this, the embodiments of the present invention are expected to provide a method and device for counting service attributes to meet the requirements of various application scenarios and improve flexibility.

In order to achieve the above object, the technical solution of the present invention is achieved as follows:

In a first aspect, an embodiment of the present invention provides a service attribute counting apparatus, including: a configuration module and at least one counting pipeline module; wherein the counting pipeline module includes: a key value generating module, an index module, and a counter updating module; Key-value generation module, configured to receive industry a request signal; optimizing an attribute field to be optimized in the service attribute carried in the service request signal to obtain an optimized attribute field; at least according to preset configuration information, a common attribute field in the service attribute, and the The optimized attribute field is generated and sent to the index module; the indexing module is configured to receive the corresponding key value; and determine a one-to-one corresponding counter index according to the corresponding key value An address is sent to the counter update module, and the counter update module is configured to perform a counting operation according to the counter index address and update a counter table, wherein an entry of the counter table is corresponding to the service attribute The value of the counter.

In the above solution, the key value generating module includes: a mapping table module and a logical operation module; wherein the mapping table module is configured to store the preset mapping table delivered by the configuration module, and press The attribute field to be optimized is mapped according to a preset mapping table, and a corresponding mapping value is obtained; the mapping value is determined as the optimized attribute field; and the logical operation module is configured to be configured according to the configuration information. And generating the common attribute field and the key value corresponding to the optimized attribute field, and sending the key value to the index module.

In the foregoing solution, the service request signal may also be a counting request added by the user in the process of the service process, where the counting request carries a custom attribute; the logical operation module is further configured to be according to the preset The configuration information, the common attribute field, the optimized attribute field, and the custom attribute generate the corresponding key value.

In the above solution, the indexing module includes: an offset table module and an index calculation module; wherein the offset table module is configured to store an offset address of a counter and a counter offset enable signal; a module, configured to read, in a preset offset table, a counter offset address and a counter offset enable signal corresponding to the corresponding key value; and a counter base address and a location carried in the service request signal according to the The counter offset address and the counter offset enable signal are determined to determine the counter index address.

In the above solution, the index calculation module is further configured to be based on the configuration module The counter updates the counter enable signal in the control information to determine whether the counter pipeline module in which it is located is enabled; when the counter pipeline module in which it is located is enabled, according to the corresponding key value, the preset bias is The corresponding counter offset address and the counter offset enable signal are read in the shift table.

In the above solution, the index calculation module is further configured to determine whether to update the counter table according to a counter enable signal and a counter offset enable signal in the counter update control information from the configuration module; The counter update module is configured to perform a counting operation and update the counter table according to the counter index address when the index calculation module determines to update the counter table.

In the foregoing solution, the service attribute counting apparatus further includes: a scheduling module, configured to receive at least one service request signal, and schedule the at least one service request signal to the at least one of the parallel according to a preset scheduling rule Count the flow module.

In the above solution, the service attribute counting apparatus further includes: a counter overflow processing module configured to sequentially read out the value of the counter in the counter table before the counter overflows, and send the value to the direct memory access DMA Module.

In a second aspect, the embodiment of the present invention provides a method for counting service attributes, including: optimizing an attribute field to be optimized in a service attribute carried in a received service request signal, and obtaining an optimized attribute field; Setting the configuration information, the common attribute field in the service attribute, and the optimized attribute field to generate a corresponding key value; determining, according to the corresponding key value, a one-to-one corresponding counter index address; The address is counted and the counter table is updated, wherein the entry of the counter table is the value of the counter corresponding to the service attribute.

In the foregoing solution, the attribute field to be optimized in the service attribute carried in the received service request signal is optimized, and the optimized attribute field is obtained, including: presetting the attribute field to be optimized according to a preset The mapping table is mapped to obtain a corresponding mapping value; The shot value is determined as the optimized attribute field;

And generating, according to the configuration information, the common attribute field and the key value corresponding to the optimized attribute field.

In the above solution, the service request signal may also be a counting request added by the user in the process of the service process, where the counting request carries a custom attribute; the at least according to the preset configuration information, the message attribute Generating a corresponding key value in the normal attribute field and the optimized attribute field, including: according to the preset configuration information, the common attribute field, the optimized attribute field, and the customized attribute, The corresponding key value is generated.

In the above solution, determining, according to the corresponding key value, a one-to-one counter index address, comprising: reading a counter offset address corresponding to the corresponding key value in a preset offset table And a counter offset enable signal; determining the counter index address according to the counter base address carried in the service request signal, the counter offset address, and the counter offset enable signal.

In the above solution, the performing the counting operation and updating the counter table according to the counter index address includes: determining to update the counter when the counter enable signal and the counter offset enable signal are determined according to the counter update control information At the time of the table, according to the counter index address, the counting operation is performed and the counter table is updated.

In the above aspect, the method further comprises: sequentially reading out the value of the counter in the counter table before the counter overflows.

In a third aspect, an embodiment of the present invention provides a computer storage medium, where the computer storage medium stores executable instructions, and the executable instructions are used to execute a method for counting service attributes provided by the embodiments of the present invention.

An embodiment of the present invention provides a method and a device for counting service attributes, and a computer storage medium. The service attributes carried in the service request signal are flexibly classified, and corresponding key values are generated for each type of service attribute, and then determined. The counter index address corresponding to the above key value, Next, based on the counter index address, counting is performed, and the counter table is updated. It can be seen that the counting method of the service attribute provided by the embodiment of the present invention can adapt to the counting requirement of different application scenarios, and the storage resource sharing is reduced to reduce the resource occupation while greatly improving the flexibility of the service attribute counting.

DRAWINGS

FIG. 1 is a schematic structural diagram of a service attribute apparatus according to an embodiment of the present invention;

2 is a schematic flowchart of a method for counting service attributes in an embodiment of the present invention;

FIG. 3 is a schematic diagram of a correspondence between an attribute field and a key value according to an embodiment of the present invention;

4 is a schematic structural diagram of a key value generating module according to an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of an index module according to an embodiment of the present invention.

detailed description

The technical solutions in the embodiments of the present invention will be clearly and completely described in the following with reference to the accompanying drawings.

The embodiment of the present invention provides a service attribute counting device. As shown in FIG. 1 , the device includes: a configuration module 1 and at least one counting pipeline module 2; wherein the counting pipeline module 2 includes: a key value generating module 21 and an index module 22 And a counter update module 23;

In combination with the embodiment of the present invention, the key value generating module 21 is configured to receive a service request signal, and optimize an attribute field to be optimized in a service attribute carried in the service request signal to obtain an optimized attribute field; The configuration information, the common attribute field in the service attribute, and the optimized attribute field, generate corresponding key values, and send to the index module 22;

The indexing module 22 is configured to receive a corresponding key value; according to the corresponding key value, determine a one-to-one corresponding counter index address, and send it to the counter update module 23;

The counter update module 23 is configured to perform a counting operation according to the counter index address and update the counter table, wherein the entry of the counter table is the value of the counter corresponding to the service attribute.

It should be noted that the configuration module 1 is a CPU interface operation module, and all static registers are configured through the CPU port, and all the entries are configured and read by indirect reading and writing.

A method for counting service attributes provided by an embodiment of the present invention is described below in conjunction with the foregoing service attribute counting apparatus.

Referring to Figure 2, the method includes:

S201: Optimize an attribute field to be optimized in a service attribute carried in the received service request signal, and obtain an optimized attribute field.

For example, the service attribute carried in the service request signal received by the service attribute technology device may be as follows: CNG, the priority of the message in the exchange phase; IFP_CNG, the priority of the message in the last routing stage; Priority, the message Ingress priority; VLAN Formate, virtual local area network (VLAN) format; Outer Dot1p, external label; Inner Dot1p, internal label; Port, port; TOS, service type; Packet Resolution, message processing result; SVP Type, for customer service or Network-oriented; Drop, discard indication; IP packet, IP packet. Of course, there may be other attributes, which are not specifically limited in the present invention.

Then, in some application scenarios, only the statistics of some attribute fields in these similar attribute fields cannot meet the statistical requirements, but do not need to be subdivided into each attribute to perform statistics independently, then, according to the application scenario requirements, Similar attribute fields are combined for optimization to save counter resources. For example, the packets of the same message attribute are classified into one class, or the packets with the same message color are classified into one class. In this way, the attribute field can be optimized from a discrete state to a more continuous state by optimizing the attribute field, thereby improving the utilization of the offset table.

In this way, the user can configure the optimization rule through the configuration module. Then, after receiving the service request signal, the key value generation module can view the service attribute carried in the service request signal to see whether there is an attribute field that needs to be optimized. If yes, optimize these fields to get the optimized attribute fields. For example, the configuration module sends the key to the key generation module. The preset optimization rule is implemented in the form of a mapping table. The attribute field to be optimized can be mapped according to the mapping table to obtain a corresponding mapping value. At this time, the mapping value can be confirmed as the optimized attribute field. .

For example, if the packets of the same packet color are classified into one class, then there are four types of packets: red packets, yellow packets, green packets, and colorless packets. Then, the user can configure optimization rules through the configuration module. The 2 bit data representing the color of the message can be placed at the high level of the key value.

Certainly, after the key value generating module receives the service request signal, all the service requests may be mapped according to the mapping table. At this time, for the field that the user thinks does not need to be optimized, the corresponding entry of the mapping table is the original field. Just fine. In an actual application, the manner of optimizing the attribute field in the service attribute may also be in other manners, which is not specifically limited by the present invention.

In another embodiment, before the step S201, the method further includes: receiving the at least one service request signal, and scheduling the at least one service request signal into the at least one counting pipeline module in parallel according to a preset scheduling rule. That is, since at least one of the counting pipeline modules is parallel, in order to improve the counting efficiency, at least one service request signal may be scheduled according to a preset scheduling rule, such as a priority algorithm and a polling algorithm, before counting. The service request signal is entered into the corresponding counting pipeline module according to the carried counter base address to perform counting.

S202: Generate a corresponding key value according to at least preset configuration information, a common attribute field in the service attribute, and an optimized attribute field.

For example, after the key value generation module optimizes the attribute field that needs to be optimized, it directly generates a corresponding key value for the optimized attribute field and the common attribute field that does not need to be optimized according to the configuration information.

For example, if it is necessary to generate an 8-bit key value, then the configuration module needs to provide configuration information as shown in FIG. 3, and which one of the specified key values is enabled in the configuration information (if enabled, the position is 1) ; if not enabled, the position is 0) and when enabled, each attribute field is The specific location in the key value.

For example, the service attribute is 64bit, which is attr[63:0], the final generated key value is key[7:0], and the configuration signal is key_cfg[55:0], then the signal value of the key is: if key_cfg [48] (SELECTOR_0_EN in Figure 3) has a value of 0, then the value of key[0] is 0; otherwise the value of key[0] is attr[5:0] (the position specified by the SELECTOR_FOR_BIT_0 value in Figure 3); If key_cfg[49] (SELECTOR_1_EN in Figure 3) has a value of 0, the value of key[1] is 0; otherwise the value of key[1] is attr[11:6] (the position specified by the SELECTOR_FOR_BIT_1 value in Figure 3) . By analogy, we will not repeat them here.

In another embodiment, the service request signal in the foregoing S201 may also be a counting request added by the user during the service processing process, where the counting request carries a custom attribute, for example, a user added debug counting function, and the counting function The storage space is shared with the service counter and is only used in the debug state, and does not occupy the space of the counter table.

Then, S202 may generate corresponding key values according to preset configuration information, common attribute fields, optimized attribute fields, and custom attributes. At this time, the service attribute counting device can generate corresponding key values for the common attribute field, the optimized attribute field, and the custom attribute, respectively.

S203: Determine, according to the corresponding key value, a one-to-one counter index address;

For example, the index module stores a preset offset table, and the table entry is an offset address of the counter and a counter offset enable signal. Of course, the check information may also be included. After the index module receives the above key value, the counter offset address and the counter offset enable signal corresponding to the key value may be read in the preset offset table, and then, according to the counter carried in the service request signal. The base address, the counter offset address, and the counter offset enable signal determine the counter index address.

In the specific implementation process, after the index module receives the above key value, it may first update the counter enable signal in the control information according to the counter sent by the configuration module to determine where it is located. Whether the count pipeline module is enabled, if yes, execute S203, and if not, end the count.

Optionally, the indexing module may further determine, according to the counter enable signal in the counter update control information and the counter offset enable signal in the preset offset table, whether to update the counter table, and send the result to the count update module.

S204: Perform a counting operation according to the counter index address and update the counter table, wherein the entry of the counter table is a value of a counter corresponding to the service attribute.

For example, the count update module finds the value of the corresponding counter according to the counter index address sent by the index module, and then performs a counting operation while updating the value of the counter in the counter table.

It should be noted that, when only the indexing module determines that the counting table is to be updated, S204 is executed, and if the indexing module determines that the counting table is not required to be updated, the counting is ended.

In practical applications, if the counter has a small bit width and is prone to overflow, the counter value must be moved out of the counter table before the counter overflows. Then, the service attribute counting device further includes a counter overflow processing module, which adopts a method of sequentially moving, that is, sequentially reads out the value of the counter in the counter table before the counter overflows, and sends the value to the direct memory access (DMA) module. , to send to the CPU for processing.

In a specific implementation process, the counting update module may include: an arbitration module and a counter counting module, wherein the arbitration module is configured to receive the counter index address from the index module to count the table update request, and then adopt certain scheduling principles, such as priority The algorithm dispatches the above request to the counter counting module, so that the counter counting module completes the counting operation and updates the calculated value to the counter table. In the above process, the counter technology module needs to ensure that the values of the participating counts are the latest values.

Optionally, the arbitration module is further configured to receive the read and write request and the scan request from the CPU. Similarly, using a certain scheduling principle, such as a priority algorithm, according to the request scheduling, reading or writing the corresponding from the counter table. Entry.

The above method will be described below by way of specific examples.

Assuming that the service attribute counting device supports up to six counters simultaneously counting, there are six parallel processing counter pipeline modules. The scheduling module needs to perform statistics on the packet priority, the processing result of the packet, the IP packet, and all the packet requests of the input port, and the scheduling module schedules the counting request to the corresponding one according to the counter base address information carried in the service request. In the counter pipeline module, the first counting pipeline module performs statistics on a certain priority (Priority, CNG, and IFP_CNG) of the packet; the second counting pipeline module performs statistics on the processing result of the packet; and the third counting pipeline module The statistics are collected for the IP packet; the fourth counting pipeline module performs statistics on all the packet requests of the input port; the fifth and sixth counting the pipeline module is idle. At this time, the user can configure the counter update control information to flow the two streams. The counter enable signal corresponding to the module is set to off.

The priority attribute of the counter in the first counting pipeline module includes Priority (4bit), CNG (2bit) and IFP_CNG (2bit). The 8bit theoretically has 256 cases, but this counter only counts Priority and CNG is 01 and If the IFP_CNG is in the state of 11, the invalid state can be mapped to 0 by the CPU, and the mapped 8-bit attribute is stored in the preset mapping table, that is, the optimized attribute field; the second counts the result of the counter in the pipeline module. The attributes include the Packet Resolution (6bit), SVP Type (1bit), and Drop (1bit) fields. The Packet Resolution is a discontinuous hole. The invalid state can be mapped to 0 by the CPU, and the mapped 8-bit attribute is stored in the preset. In the mapping table, the optimized attribute field; the third packet counts the IP packet attribute in the pipeline module to be 1bit without optimization, and is directly sent to the subsequent stage; the fourth counting pipeline module does not need to optimize the counter of the user-defined attribute. Directly sent to the subsequent stage; assume that all optimized attributes are a (40bit), where a[7:0] is the priority attribute, a[15:8] is the message processing result attribute, and a[30] is the IP. Attribute, a[39] is used Custom port attributes, the remaining fields are other types of attributes; the configuration information of the first and second counting pipeline modules can be specified to enable all 8-bit key values, and the un-enable key values are set to 0, enabling use. The value extracted in a, the third and fourth counting pipeline modules only need to enable the lowest bit, and the upper 7 bits are 0. Counter update control letter for the first 4 count flow modules The counter enable signal is configured to 1 to enable counting, and the remaining counting pipeline modules are configured to 0 to turn off counting. According to the key value, after the preset offset table is indexed, the counter offset enable and the counter offset address are obtained. The counter enable signals in the invalid key values optimized by the mapping table are all set to 0, and the valid key values have respective offset addresses. These offset addresses can be the same or different. Then, according to the counter offset address and the counter base address, the counter index address is obtained. Finally, based on the counter index address, counting is performed and the count table is updated.

At this point, the process of counting the business attributes is completed.

It can be seen from the above that the method and device for counting service attributes provided by the embodiment of the present invention can flexibly classify the service attributes carried in the service request signal, generate corresponding key values for each type of service attributes, and then determine The counter index address corresponding to the above key value is counted based on the counter index address, and the counter table is updated. It can be seen that the counting method of the service attribute provided by the embodiment of the present invention can adapt to the counting requirement of different application scenarios, and the storage resource sharing is reduced to reduce the resource occupation while greatly improving the flexibility of the service attribute counting.

Based on the same inventive concept, the embodiment of the present invention further provides a service attribute counting device, which is consistent with the service attribute counting device in one or more of the foregoing embodiments.

Referring to FIG. 1 , the device includes: a configuration module 1 and at least one counting pipeline module 2; wherein the counting pipeline module 2 includes: a key value generating module 21, an indexing module 22, and a counter updating module 23; wherein the above key value generation The module 21 is configured to receive a service request signal, and optimize an attribute field to be optimized in the service attribute carried in the service request signal to obtain an optimized attribute field; at least according to preset configuration information, a common attribute field in the service attribute, and The optimized attribute field is generated, and the corresponding key value is generated and sent to the indexing module 22; the indexing module 22 is configured to receive the corresponding key value; and according to the corresponding key value, determine a one-to-one corresponding counter index address, and send it to the a counter update module 23; the counter update module 23 configured to perform a counting operation and update a counter table according to the counter index address, wherein the counter table is The item is the value of the counter corresponding to the business attribute.

In the above solution, as shown in FIG. 4, the key value generating module 21 includes: a mapping table module 211 and a logic operation module 212. The mapping table module 211 is configured to store a preset mapping table delivered by the configuration module 1. And mapping the attribute field to be optimized according to the preset mapping table to obtain a corresponding mapping value; determining the mapping value as the optimized attribute field; and the logic operation module 212 is configured to generate a common attribute field according to the configuration information. The key value corresponding to the optimized attribute field is sent to the index calculation module 22.

In the above solution, the service request signal may also be a counting request added by the user in the process of the service processing, and the counting request carries a custom attribute; the logical operation module 212 is further configured to be based on the preset configuration information, the common attribute field, The optimized attribute fields and custom attributes are generated to generate corresponding key values.

In the above solution, as shown in FIG. 5, the indexing module 22 includes: an offset table module 221 and an index calculation module 222; wherein the offset table module 221 is configured to store the offset address of the counter and the counter offset enable The signal calculation module 222 is configured to read, in the preset offset table, a counter offset address and a counter offset enable signal corresponding to the corresponding key values; and based on the counter base address carried in the service request signal, The counter offset address and the counter offset enable signal determine the counter index address.

In the above solution, the index calculation module 222 is further configured to determine, according to the counter enable signal in the counter update control information from the configuration module 1, whether the count pipeline module 2 in which it is located is enabled; when the count is in its own flow When the module 2 is enabled, the corresponding counter offset address and the counter offset enable signal are read in the preset offset table according to the corresponding key value.

In the above solution, the index calculation module 222 is further configured to determine whether to update the counter table according to the counter enable signal and the counter offset enable signal in the counter update control information from the configuration module 1;

Correspondingly, the counter update module 23 is configured to determine the update counter table when the index module 22 determines At the time, according to the counter index address, the counting operation is performed and the counter table is updated.

In the foregoing solution, the service attribute counting apparatus further includes: a scheduling module, configured to receive at least one service request signal, and schedule at least one service request signal to the at least one counting pipeline module 2 in parallel according to a preset scheduling rule.

In the above solution, the service attribute counting device further includes: a counter overflow processing module configured to sequentially read out the value of the counter in the counter table before the counter overflows, and send the value to the direct memory access DMA module.

In practical applications, each of the above devices may be implemented by an application specific integrated circuit (ASIC), a logic programmable gate array (FGPA), or a complex programmable logic device (CPLD).

Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention can take the form of a hardware embodiment, a software embodiment, or a combination of software and hardware. Moreover, the invention can take the form of a computer program product embodied on one or more computer-usable storage media (including but not limited to disk storage and optical storage, etc.) including computer usable program code.

The present invention has been described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (system), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flowchart illustrations and/or FIG. These computer program instructions can be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing device to produce a machine for the execution of instructions for execution by a processor of a computer or other programmable data processing device. Means for implementing the functions specified in one or more of the flow or in a block or blocks of the flow chart.

The computer program instructions can also be stored in a computer readable memory that can direct a computer or other programmable data processing device to operate in a particular manner, such that the instructions stored in the computer readable memory produce an article of manufacture comprising the instruction device. The device is implemented in a flow chart A function specified in a block or blocks of a process or multiple processes and/or block diagrams.

These computer program instructions can also be loaded onto a computer or other programmable data processing device such that a series of operational steps are performed on a computer or other programmable device to produce computer-implemented processing for execution on a computer or other programmable device. The instructions provide steps for implementing the functions specified in one or more of the flow or in a block or blocks of a flow diagram.

The above is only the preferred embodiment of the present invention and is not intended to limit the scope of the present invention.

Industrial applicability

The embodiment of the invention provides a method and a device for counting service attributes, and by flexibly classifying the service attributes carried in the service request signal, generating corresponding key values for each type of service attributes, and then determining the key values. Corresponding counter index address, next, according to the counter index address, counting, and updating the counter table. It can be seen that the counting method of the service attribute provided by the embodiment of the present invention can adapt to the counting requirement of different application scenarios, and the storage resource sharing is reduced to reduce the resource occupation while greatly improving the flexibility of the service attribute counting.

Claims

A service attribute counting device includes: a configuration module and at least one counting pipeline module; wherein

The counting pipeline module includes: a key value generating module, an index module, and a counter updating module;

The key value generating module is configured to receive a service request signal, optimize an attribute field to be optimized in a service attribute carried in the service request signal, and obtain an optimized attribute field; at least according to preset configuration information, Generating a corresponding key value in the common attribute field and the optimized attribute field in the service attribute, and sending the corresponding key value to the index module;

The indexing module is configured to receive the corresponding key value; determine a one-to-one corresponding counter index address according to the corresponding key value, and send the counter indexing module to the counter updating module;

The counter update module is configured to perform a counting operation according to the counter index address and update a counter table, wherein the entry of the counter table is a value of a counter corresponding to the service attribute.
The device according to claim 1, wherein the key value generating module comprises: a mapping table module and a logical operation module; wherein

The mapping table module is configured to store the preset mapping table delivered by the configuration module, and map the attribute field to be optimized according to a preset mapping table to obtain a corresponding mapping value; The mapping value is determined as the optimized attribute field;

The logic operation module is configured to generate the common attribute field and the key value corresponding to the optimized attribute field according to the configuration information, and send the key value to the index module.
The device according to claim 1, wherein the service request signal is a counting request added by a user in a service processing process, and the counting request carries a custom attribute;

The logic operation module is further configured to generate the corresponding key according to the preset configuration information, the common attribute field, the optimized attribute field, and the customized attribute. value.
The apparatus according to claim 1, wherein the indexing module comprises: an offset table module and an index calculation module; wherein

The offset table module is configured to store an offset address of the counter and a counter offset enable signal;

The index calculation module is configured to read, in a preset offset table, a counter offset address and a counter offset enable signal corresponding to the corresponding key values; and the counter carried in the service request signal The base address, the counter offset address, and the counter offset enable signal determine the counter index address.
The apparatus according to claim 4, wherein said index calculation module is further configured to determine a count flow of said index calculation module itself according to a counter enable signal in said counter update control information from said configuration module Whether the module is enabled; when the counting pipeline module is enabled, reading the corresponding counter offset address and the counter offset enable in the preset offset table according to the corresponding key value signal.
The apparatus according to claim 4, wherein said index calculation module is further configured to determine whether to update based on a counter enable signal and said counter offset enable signal in the counter update control information from said configuration module The counter table;

The counter update module is configured to perform a counting operation and update the counter table according to the counter index address when the index calculation module determines to update the counter table.
The apparatus according to claim 1, wherein the service attribute counting means further comprises: a scheduling module configured to receive at least one service request signal, and to schedule the at least one service request signal to the preset scheduling rule The at least one of the parallel pipelines is in parallel.
The apparatus according to claim 1, wherein said service attribute counting means further comprises: a counter overflow processing module configured to sequentially read said meter before said counter overflows The value of the counter described in the table is sent to the direct memory access DMA module.
A method for counting business attributes, including:

Optimizing the attribute field to be optimized in the service attribute carried in the received service request signal, and obtaining the optimized attribute field;

Generating a corresponding key value according to at least preset configuration information, a common attribute field in the service attribute, and the optimized attribute field;

Determining a one-to-one counter index address according to the corresponding key value;

And performing a counting operation according to the counter index address, and updating the counter table, wherein the entry of the counter table is a value of a counter corresponding to the service attribute.
The method according to claim 9, wherein the attribute field to be optimized in the service attribute carried in the received service request signal is optimized to obtain an optimized attribute field, including:

And mapping the attribute field to be optimized according to a preset mapping table to obtain a corresponding mapping value;

Determining the mapping value as the optimized attribute field;

And generating, according to the configuration information, the common attribute field and the key value corresponding to the optimized attribute field.
The method according to claim 9, wherein the service request signal is a counting request added by a user in a service processing process, and the counting request carries a custom attribute;

And generating, according to the preset configuration information, the common attribute field in the message attribute, and the optimized attribute field, a corresponding key value, including:

And generating the corresponding key value according to the preset configuration information, the common attribute field, the optimized attribute field, and the custom attribute.
The method of claim 9, wherein the determining the one-to-one counter index address according to the corresponding key value comprises:

Reading a counter offset address and a counter offset enable signal corresponding to the corresponding key values in a preset offset table;

Determining the counter index address according to the counter base address carried in the service request signal, the counter offset address, and the counter offset enable signal.
The method according to claim 12, wherein said performing a counting operation and updating a counter table according to said counter index address comprises:

When it is determined that the counter table is updated based on the counter enable signal in the counter update control information and the counter offset enable signal, a counting operation is performed and the counter table is updated based on the counter index address.
The method of claim 9 wherein the method further comprises:

The value of the counter in the counter table is sequentially read out before the counter overflows.
A computer storage medium storing executable instructions for performing the counting method of the service attribute according to any one of claims 9 to 14.