CN112783625A - Emergency multi-task short message processing group sending system and method - Google Patents
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/48—Program initiating; Program switching, e.g. by interrupt
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- G06F9/505—Allocation of resources, e.g. of the central processing unit [CPU] to service a request the resource being a machine, e.g. CPUs, Servers, Terminals considering the load
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Abstract
The invention provides an emergency multi-task short message group sending system and method, which relate to the technical field of communication and comprise the following steps: the system comprises a management interface host, a plurality of group sending processing hosts and a database, wherein each group sending processing host comprises one or more task processing programs and a short message issuing processing program; the group sending step comprises: the management interface host establishes a mass-sending task, stores mass-sending task information into a database, and respectively transmits issued number files corresponding to the mass-sending task to all mass-sending processing hosts; each task processing program inquires whether an emergency task exists in a database in real time; if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task; and selecting the numbers to be issued by the task processing program, and sequentially issuing the short messages. The invention realizes that a multitask processing program can process one issued task at the same time in emergency, and improves the short message issuing efficiency in emergency.
Description
Technical Field
The invention relates to the technical field of communication, in particular to an emergency multi-task short message group sending processing system and method.
Background
At present, a short message issuing system is deployed on a host, after an issuing task is configured on a management interface, an issuing number file corresponding to the issuing task is uploaded to the host, and then short message issuing is performed by a back-end processing program, namely, a plurality of processing programs can only process different tasks respectively, and an emergency task cannot be processed by a plurality of processing programs simultaneously under an emergency condition, and the short message issuing efficiency is low under the emergency condition, so that the short message issuing system has insufficient capability of responding to the emergency condition.
Disclosure of Invention
In order to solve the problems, the invention provides an emergency multi-task short message group sending processing system and method, which can realize that a plurality of issued tasks are respectively processed and issued by a plurality of task processing programs at the same time under a normal condition, and can realize the requirement that the multi-task processing programs simultaneously process one issued task under an emergency condition.
In order to achieve the above object, the present invention provides an emergency multitasking short message group sending system, which comprises: the system comprises a management interface host, a plurality of group sending processing hosts and a database, wherein each group sending processing host comprises one or more task processing programs and a short message issuing processing program;
the management interface host is used for:
creating a mass sending task;
distributing task processing program codes for common tasks in the group sending tasks;
storing the group sending task information into the database;
importing a group sending task related issued number file;
transmitting the issued number file to each group sending processing host respectively;
the group sending processing host is used for:
receiving the issued number file;
the task processing program is configured to:
acquiring a sent number file in the mass sending processing host;
inquiring whether an emergency task exists in the database in real time;
if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
reading and selecting the number to be issued by the task processing program in the issued number file according to an emergency task issued number selection algorithm to form a file to be sent;
if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
acquiring a corresponding issued number file according to the group sending task information, reading the issued number file, and forming a file to be sent;
the short message issuing processing program is used for:
reading the file to be sent in the task processing program;
calling a short message gateway interface to send a short message;
the database is configured to:
and storing the mass sending task information.
As a further improvement of the invention, the management interface host adopts a preparation deployment mode, and comprises a main management interface host and a standby management interface host.
As a further improvement of the invention, a plurality of task processing programs adopt a distributed multi-task processing deployment mode, and the task processing is independent.
As a further improvement of the invention, the short message issuing processing program adopts a distributed multi-process processing deployment mode.
As a further improvement of the invention, the short message gateway adopts a load multi-host deployment mode.
The invention also provides a short message group sending method based on the emergency multitasking short message group sending system, which comprises the following steps:
the management interface host establishes a mass-sending task, stores mass-sending task information into a database, and respectively transmits issued number files corresponding to the mass-sending task to all mass-sending processing hosts;
all task processing programs in each group sending processing host receive the issued number file;
each task processing program inquires whether an emergency task exists in a database in real time;
if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
reading and selecting the numbers to be issued by the task processing program in the issued number file according to an emergency task issued number selection algorithm, and sequentially issuing short messages;
if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
and acquiring a corresponding number issuing file according to the group sending task information, and reading the number issuing file to issue short messages in sequence.
As a further improvement of the invention, the group sending task information comprises a task number, a task name, a task type, a task issuing number file name, the total number of task issuing numbers, task starting time, task failure time and a task processing program number.
As a further improvement of the present invention, for a common task, a task handler number needs to be assigned, which includes:
the management interface host sequentially acquires the quantity of all task processing program group sending tasks;
if the number of the group sending tasks of the current task processing program is zero, directly distributing the established group sending tasks to the current task processing program;
otherwise, comparing the quantity of the group sending tasks of each task processing program, and distributing the created group sending tasks to the task processing program with the least quantity of the group sending tasks;
and if all the task processing programs do not have the mass-sending task, directly allocating a first task processing process.
As a further improvement of the present invention, each of the group sending processing hosts includes one or more task processing programs.
As a further improvement of the invention, the numbers to be issued by the task processing program in the issued number file are read and selected according to an emergency task issued number selection algorithm, and short messages are issued in sequence; the method comprises the following steps:
setting a processing line number for each task processing program, wherein the processing line number is counted from 0;
according to an emergency task number issuing selection algorithm, calculating:
the residue-taking result is the number of task processing programs of the current line number% of the number-issuing file
If the remainder result is equal to the processing line number of the task processing program, the task processing program acquires the number in the line change and sends the short message.
Compared with the prior art, the invention has the beneficial effects that:
the invention realizes the requirement that multiple tasks can be simultaneously and respectively processed and issued by multiple task processing programs under the normal condition and the requirement that one issued task can be simultaneously processed by the multiple task processing programs under the emergency condition by configuring the task processing short message group sending system, thereby improving the processing capability of emergent emergencies, improving the short message issuing efficiency and shortening the issuing time.
The group sending processing host and the task processing program in the system can be transversely expanded, and the system with larger task processing capacity can be flexibly configured.
In the system, the main management interface host is deployed, and each module adopts distributed multi-task and multi-process deployment, so that each module achieves the maximum utilization rate, and the task processing efficiency can be effectively improved.
Drawings
Fig. 1 is a schematic diagram of an emergency-type multitasking short message group sending system according to an embodiment of the present invention;
fig. 2 is a flowchart of a mass texting method based on an emergency multitasking short message mass texting system according to an embodiment of the present invention;
fig. 3 is a visual display diagram of an emergency task number issuing selection algorithm according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, are within the scope of the present invention.
The invention is described in further detail below with reference to the attached drawing figures:
example (b):
as shown in fig. 1, the emergency multitasking short message group sending system provided by the present invention includes: the system comprises a management interface host, a group sending processing host and a database, wherein the management interface host comprises a management interface and a file distribution program, the group sending processing host comprises a plurality of group sending processing hosts, and each group sending processing host comprises one or more task processing programs and a short message issuing processing program;
the management interface host adopts a preparation deployment mode and comprises a main management interface host and a standby management interface host; a distributed multi-task processing deployment mode is adopted by a plurality of task processing programs, and the task processing is mutually independent; the short message issuing processing program adopts a distributed multi-process processing deployment mode; the short message gateway adopts a load multi-host deployment mode;
a management interface to:
creating a mass sending task;
distributing task processing program codes for common tasks in the mass sending tasks;
storing the group sending task information into a database;
importing a group sending task related issued number file;
a file distribution program for:
respectively transmitting the issued number files to all the mass sending processing hosts according to the number and the path of the mass sending processing hosts configured by the system;
among these, the system configuration example is as follows:
# File Collection directory issued number
FTPDIR_HOME＝/scgroup/ftp
# File backup directory with issued number
FTPDIR_BAK＝/scgroup/bak
# distributed group-sending processing hosts
IPCOUNT＝3
Information of # mass-sending processing host 1: ip username password path
FTP _ REMOTE _ 0-172.18.0.1 user password/custgroup
Information of # mass-sending processing host 2: ip username password path
FTP _ REMOTE _ 1-172.18.0.2 user password/custgroup
Information of # mass-sending processing host 3: ip username password path
FTP _ REMOTE _ 1-172.18.0.3 user password/custgroup
A mass-sending processing host for:
receiving a number issuing file;
a task handler to:
acquiring a transmitted number file in a mass-sending processing host;
inquiring whether an emergency task exists in a database in real time;
if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
reading and selecting numbers to be issued by the task processing program in an issued number file according to an emergency task issued number selection algorithm to form a file to be sent;
if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
acquiring a corresponding issued number file according to the group sending task information, reading the issued number file, and forming a file to be sent;
a short message issuing processing program used for:
reading a file to be sent in a task processing program;
calling a short message gateway interface to send a short message;
a database for:
storing the mass sending task information;
system configuration data is stored.
As shown in fig. 2, the present invention further provides a short message group sending method based on the emergency multitasking short message group sending system, including:
s1, the management interface host computer creates a mass-sending task, stores the mass-sending task information into a database, and respectively transmits the issued number files corresponding to the mass-sending task to all the mass-sending processing host computers;
wherein,
firstly, uploading a sent number to a management interface host in a file form;
the number is issued according to the file name of the file:
t _ department _ large region number _ template ID _ yyyymmddhh24mi
For example: t _ CRM _ A _12345_202001012311.txt
The file content is as follows: the mobile phone number |10086| is a variable string;
the group sending task information comprises: the task processing method comprises the steps of task numbering, task name, task type, task issuing number file name, total task issuing number quantity, task starting time, task failure time and task processing program numbering.
Further, for a common task, a task handler number needs to be allocated, including:
the management interface host sequentially acquires the quantity of all task processing program group sending tasks;
if the number of the group sending tasks of the current task processing program is zero, directly distributing the established group sending tasks to the current task processing program;
otherwise, comparing the quantity of the group sending tasks of each task processing program, and distributing the created group sending tasks to the task processing program with the least quantity of the group sending tasks;
and if all the task processing programs do not have the mass-sending task, directly allocating a first task processing process.
An example procedure:
s2, all task processing programs in each group sending processing host machine receive the issued number file;
wherein, each group sending processing host computer comprises one or more task processing programs.
S3, each task processing program inquires whether an emergency task exists in the database in real time; if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
s5, reading and selecting the numbers to be issued by the task processing program in the issued number file according to an emergency task issued number selection algorithm (shown in figure 3), and sequentially issuing short messages;
wherein,
setting a processing line number for each task processing program, wherein the processing line number is counted from 0;
according to an emergency task number issuing selection algorithm, calculating:
the residue-taking result is the number of task processing programs of the current line number% of the number-issuing file
If the remainder result is equal to the processing line number of the task processing program, the task processing program acquires the number in the line change and sends the short message.
S6, if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
s7, acquiring a corresponding number issuing file according to the group sending task information, and reading the number issuing file to issue short messages in sequence;
wherein,
acquiring a delivered number file according to the delivered number file name of the task in the group sending task information, and analyzing and verifying the delivered user number file to generate a short message file to be sent;
the short message issuing processing program reads a short message file to be sent and calls a short message gateway interface to send the short message file;
and finally, the short message gateway sends the short message through the 5G message center.
The invention has the advantages that:
by configuring the task processing short message group sending system, the requirement that multiple tasks can be simultaneously processed and issued by multiple task processing programs respectively under normal conditions is met, and the requirement that one issued task can be simultaneously processed by the multiple task processing programs under emergency conditions is met, so that the processing capacity of emergency events is improved, the short message issuing efficiency is improved, and the issuing time is shortened.
The mass sending processing host and the task processing program in the system can be transversely expanded, and the system with larger task processing capacity can be flexibly configured.
The main and standby deployment of the management interface host in the system adopts distributed multi-task and multi-process deployment for each module, so that each module achieves the maximum utilization rate, and the task processing efficiency can be effectively improved.
The above is only a preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes will occur to those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. An emergency multi-task short message group sending system is characterized by comprising: the system comprises a management interface host, a plurality of group sending processing hosts and a database, wherein each group sending processing host comprises one or more task processing programs and a short message issuing processing program;
the management interface host is used for:
creating a mass sending task;
distributing task processing program codes for common tasks in the group sending tasks;
storing the group sending task information into the database;
importing a group sending task related issued number file;
transmitting the issued number file to each group sending processing host respectively;
the group sending processing host is used for:
receiving the issued number file;
the task processing program is configured to:
acquiring a sent number file in the mass sending processing host;
inquiring whether an emergency task exists in the database in real time;
if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
reading and selecting the number to be issued by the task processing program in the issued number file according to an emergency task issued number selection algorithm to form a file to be sent;
if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
acquiring a corresponding issued number file according to the group sending task information, reading the issued number file, and forming a file to be sent;
the short message issuing processing program is used for:
reading the file to be sent in the task processing program;
calling a short message gateway interface to send a short message;
the database is configured to:
and storing the mass sending task information.
2. The system of claim 1, wherein: the management interface host adopts a preparation deployment mode and comprises a main management interface host and a standby management interface host.
3. The system of claim 1, wherein: and a distributed multi-task processing deployment mode is adopted by a plurality of task processing programs, and the task processing is mutually independent.
4. The system of claim 1, wherein: the short message issuing processing program adopts a distributed multi-process processing deployment mode.
5. The system of claim 1, wherein: the short message gateway adopts a load multi-host deployment mode.
6. A short message group sending method based on the emergency type multitask short message group sending system according to claims 1-5, characterized by comprising:
the management interface host establishes a mass-sending task, stores mass-sending task information into a database, and respectively transmits issued number files corresponding to the mass-sending task to all mass-sending processing hosts;
all task processing programs in each group sending processing host receive the issued number file;
each task processing program inquires whether an emergency task exists in a database in real time;
if yes, suspending the task being issued, and acquiring an issued number file corresponding to the emergency task;
reading and selecting the numbers to be issued by the task processing program in the issued number file according to an emergency task issued number selection algorithm, and sequentially issuing short messages;
if not, inquiring a database according to the serial number of the task processing program to obtain the mass-sending task information of the common task to be processed;
and acquiring a corresponding number issuing file according to the group sending task information, and reading the number issuing file to issue short messages in sequence.
7. The method of claim 6, wherein: the group sending task information comprises a task number, a task name, a task type, a task issuing number file name, the total number of task issuing numbers, task starting time, task failure time and a task processing program number.
8. The method of claim 7, wherein assigning task processing program numbers to the common tasks comprises:
the management interface host sequentially acquires the quantity of all task processing program group sending tasks;
if the number of the group sending tasks of the current task processing program is zero, directly distributing the established group sending tasks to the current task processing program;
otherwise, comparing the quantity of the group sending tasks of each task processing program, and distributing the created group sending tasks to the task processing program with the least quantity of the group sending tasks;
and if all the task processing programs do not have the mass-sending task, directly allocating a first task processing process.
9. The method of claim 6, wherein: each group sending processing host comprises one or more task processing programs.
10. The method of claim 6, wherein the numbers to be issued by the task processing program in the issued number file are read and selected according to an emergency task issued number selection algorithm, and short messages are issued in sequence; the method comprises the following steps:
setting a processing line number for each task processing program, wherein the processing line number is counted from 0;
according to an emergency task number issuing selection algorithm, calculating:
the residue-taking result is the number of task processing programs of the current line number% of the number-issuing file
If the remainder result is equal to the processing line number of the task processing program, the task processing program acquires the number in the line change and sends the short message.
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| CN112783625B (en) | 2023-10-24 |
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