CN112418657B - Resource allocation utilization method and device, computer equipment and storage medium - Google Patents
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Abstract
The application relates to a resource allocation and utilization method, a device, computer equipment and a storage medium, which comprise a user generation step for responding to externally input registration information and generating a corresponding user information base; the login step is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base; a resource planning step for planning the open condition of the resource in response to the resource planning information input by the logged-in user; a planning calibration step for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information; responding to the demand information input by the user, and feeding back the resource inquiry step corresponding to the resource information to the user; and a contract generation step for calling the resource information selected by the user, constructing an exchange platform and generating a contract document. The method and the device have the effects of continuously calibrating the idle period of the resource and improving the utilization rate of the idle resource through an intelligent operation mode.
Description
Technical Field
The present invention relates to the field of resource planning, and in particular, to a method and apparatus for resource allocation and utilization, a computer device, and a storage medium.
Background
At present, with urban development, the parking difficulty of a business district is increased, because the traffic of people in the business district is large and staff are intensive in working hours, the situation of parking resource shortage is obviously increased, the situation of street congestion can be caused by resource shortage, the parking difficulty in working hours and working hours is caused, and the situation of time waste is caused.
At present, in the areas with lack of parking resources, besides public parking resources, a plurality of private parking resources are also included, and the private parking resources have no vacant parking because the vehicle owners can get on duty to drive the vehicle away.
For the related art, the inventor considers that many idle resources exist at the same time that the idle resources are difficult to find.
Disclosure of Invention
In order to continuously calibrate the idle period of resources and improve the idle resource utilization rate in an intelligent operation mode, the application provides a resource allocation utilization method, a device, computer equipment and a storage medium.
In a first aspect, the present application provides a resource allocation and utilization method, which adopts the following technical scheme:
a resource allocation utilization method, comprising:
a user generation step for responding to the registration information input by the outside and generating a corresponding user information base;
the login step is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base;
a resource planning step for planning the open condition of the resource in response to the resource planning information input by the logged-in user;
a planning calibration step for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information;
responding to the demand information input by the user, and feeding back the resource inquiry step corresponding to the resource information to the user;
and a contract generation step for calling the resource information selected by the user, constructing an exchange platform and generating a contract document.
By adopting the technical scheme, the user can independently issue the idle resources and adjust the idle time of the idle resources, so that other users can find the corresponding resources through inquiry and cooperate with the resource owners through the contract generation step, thereby utilizing the resources, and meanwhile, the idle time of the resources can be further adjusted through the planning and calibration step after a period of resource use.
Preferably, the resource planning step specifically performs the following operations:
responding to the resource planning information input by the user, and writing the resource planning information into a user information base which is logged in by the user;
calling resource planning information and resource information, marking corresponding resources as idle in the time corresponding to the resource planning information according to the resource planning information, and marking the resources as closed in the rest time except the time corresponding to the resource planning information;
traversing all user information bases, screening all resource information marked as closed, and hiding all resource information marked as not closed.
By adopting the technical scheme, the user can confirm the resource planning information by himself and hide the resources in the time period that the user is unwilling to display through the planning of the user, thereby effectively avoiding the limitation or invasion of the resource holder on the use of the resources by other users.
Preferably, the resource query step specifically performs the following operations:
responding to the demand information input by the user;
determining whether there is stored resource information corresponding to the demand information,
if the judgment result is negative, outputting no-result information,
if the judgment result is yes, calling the demand time information in the demand information, comparing the demand information with all the resource information in the corresponding demand area, judging whether the resource planning information corresponding to the resource information contains the demand time information, screening all the resource information with the judgment result being yes, and generating single feedback information;
and outputting the single feedback information to an input user of the demand information.
By adopting the technical scheme, the user can automatically acquire the resource information in a proper range through the resource query step, the method can judge the requirement of the user according to the requirement information of the user in the query process, and find out all the information meeting the requirement of the user to generate word feedback information, so that the user is allowed to select effectively.
Preferably, the planning calibration step specifically performs the following operations:
calling resource state information input from the outside to generate a resource idle interval;
and judging whether the daily time interval contains a time period from the idle starting time to the idle ending time of the corresponding resource planning information, if so, not performing operation, and if not, calling the time period of the daily time interval to replace the idle starting time and the idle ending time in the corresponding resource planning information.
By adopting the technical scheme, the planning calibration step can perform the calibration operation of the resource planning information through the actual resource state information, so that the probability that the actual use time of a user is longer than the preset use time, and the user resource is disclosed in the use process and the normal use condition of the user is influenced is avoided.
Preferably, the resource query step further performs the following operations:
judging the requirement information, and judging whether the requirement type is single requirement or not;
if the judgment result is yes, stopping the step;
if the judgment result is negative, calling the demand period in the demand information, judging whether the resource information in the single feedback information contains the demand period in the demand information or the resource information with the corresponding period overlapping ratio of the idle period information and the demand period being more than eighty percent, and generating the cyclic feedback information;
and judging whether to generate the cyclic feedback information, if so, outputting the cyclic feedback information to an input user of the demand information.
By adopting the technical scheme, the resource inquiry step can perform periodical inquiry and identification operation, and the resource information which is most matched with the demand period or mostly meets the demand period is found through the demand period input by the user, so that long-term cooperation or periodical cooperation can be conveniently formed between users, the complexity of user operation is reduced, and the operation convenience is improved.
Preferably, the planning calibration step further performs the following operations:
judging the time unit of the circulation information in the resource planning information, if the time unit in the circulation information is the week, calling a week idle interval to compare with the resource planning information, judging whether the total duration of the Zhou Kongxian interval is longer than the total duration of the hollow period information in the resource planning information, if so, calling Zhou Kongxian interval to generate inquiry information to be output to a user side, and responding to the input of the user, if the user inputs confirmation information, calling the week idle interval to replace the corresponding idle period information, and if the user inputs negative confirmation information, not performing operation;
if the time unit in the circulation information is month, the month idle interval is called to compare with the resource planning information, whether the total duration of the month idle interval is longer than the total duration of the idle period information in the resource planning information is judged, if yes, the month idle interval is called to replace the corresponding idle period information, and notification information is output to the user side.
By adopting the technical scheme, when the unit of the circulation information in the resource planning information is weekly, the Zhou Kongxian interval can be used for judging, and the user is inquired whether to adjust the resource planning information or not when the actual Zhou Kongxian interval is longer, and corresponding operation is performed according to the user response, when the unit of the circulation information in the resource planning information is monthly, the resource planning information can be automatically adjusted when the monthly idle interval is longer, so that the resource utilization rate in a long time period is effectively ensured, and the user is informed in time.
In a second aspect, the present application provides a resource allocation and utilization device, which adopts the following technical scheme:
a resource allocation utilization device, comprising:
the input module is used for inputting information;
the output module is used for outputting information:
the storage module is used for storing information;
the user generation module is used for responding to the registration information input by the outside and generating a corresponding user information base;
the login module is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base;
the resource planning module is used for responding to the resource planning information input by the logged-in user and planning the resource opening condition;
the planning calibration module is used for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information;
responding to the demand information input by the user, and feeding back a resource query module corresponding to the resource information to the user;
and the contract generation module is used for calling the resource information selected by the user, constructing an exchange platform and generating a contract document.
By adopting the technical scheme, the user can independently issue the idle resources and adjust the idle time of the idle resources, so that other users can find the corresponding resources through inquiry and cooperate with the resource owners through the contract generation module, thereby utilizing the resources, and meanwhile, after a period of resource use, the idle time of the resources can be further adjusted through the planning calibration module, thereby improving the accuracy of judging the idle time of the resources and improving the utilization efficiency of the resources for the users.
In a third aspect, the present application provides a computer device, which adopts the following technical scheme:
a computer device comprising a memory storing a computer program and a processor which when executing the computer program performs the steps of:
a user generation step for responding to the registration information input by the outside and generating a corresponding user information base;
the login step is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base;
a resource planning step for planning the open condition of the resource in response to the resource planning information input by the logged-in user;
a planning calibration step for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information;
responding to the demand information input by the user, and feeding back the resource inquiry step corresponding to the resource information to the user;
and a contract generation step for calling the resource information selected by the user, constructing an exchange platform and generating a contract document.
In a fourth aspect, the present application provides a computer readable storage medium, which adopts the following technical scheme:
a computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of:
a user generation step for responding to the registration information input by the outside and generating a corresponding user information base;
the login step is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base;
a resource planning step for planning the open condition of the resource in response to the resource planning information input by the logged-in user;
a planning calibration step for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information;
responding to the demand information input by the user, and feeding back the resource inquiry step corresponding to the resource information to the user;
and a contract generation step for calling the resource information selected by the user, constructing an exchange platform and generating a contract document.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the resource allocation and utilization can be conveniently carried out between the user with the resource and other users, and the utilization rate of idle resources is improved;
2. the resource idle condition can be adjusted according to the actual condition through different cycle lengths, so that the accuracy of resource release is improved, and the resource utilization rate is improved;
3. the method can allow the user to perform long-term or periodic resource release and resource inquiry, so that the flexibility of resource release and the stability of resource utilization efficiency are improved.
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Fig. 1 is a schematic flow chart of example 1.
Fig. 2 is an internal structural diagram of the computer device in embodiment 1.
Detailed Description
The present application is described in further detail below in conjunction with figures 1-2.
Example 1:
the embodiment discloses a resource allocation and utilization method. Referring to fig. 1, the implementation scenario of the method is allocation and utilization of parking space resources, that is, the resources related to the embodiment are parking spaces, and the method includes:
a user generation step: responding to the registration information input by the outside, and generating a corresponding user information base.
The user generation step specifically performs the following operations:
and responding to the externally input registration information, picking up the user names in the registration information, traversing all user information libraries, judging whether the same user names exist or not, if so, outputting user name change information to a registration information input party, and if not, generating a new user information library and storing the registration information into the user information library.
Generating a basic map based on the GPS map or the Beidou navigation map;
traversing all user information base, picking up all resource information, and marking all resource positions on the basic map.
The registration information at least comprises a user name, and can comprise vehicle information and resource information; the user name and the password are any number, son-mother and symbol combination which are self-made by the registered information input party, and the vehicle information at least comprises the vehicle length, the vehicle width and the license plate number; the resource information at least comprises a parking space length, a parking space width and a parking space position.
A login step: responding to the login information input by the user, matching the login information with the user information base, and giving the user a reading and writing operation to the user information base.
The login step specifically performs the following operations:
responding to login information input by a user, picking up a user name in the login information, and judging whether a user information base containing the same user name exists or not;
if the judgment result is yes, calling the password in the login information, judging whether the password stored in the user information base is the same as the password in the login information, if the judgment result is yes, granting the user access, reading and writing the permission of all the information in the corresponding user information base, if the judgment result is no, outputting the re-input password information;
if the judgment result is negative, outputting the user name nonexistent information;
wherein the login information comprises at least a user name and a password.
A resource planning step: and responding to the resource planning information input by the logged-in user, and planning the resource opening condition.
The resource planning step specifically performs the following operations:
responding to the resource planning information input by the user, and writing the resource planning information into a user information base which is logged in by the user;
calling resource planning information and resource information, marking corresponding resources as idle in the time corresponding to the resource planning information according to the resource planning information, and marking the resources as closed in the rest time except the time corresponding to the resource planning information;
and traversing all user information libraries, screening all resource information marked as closed, and hiding all resource information marked as not closed on the basic map.
The resource planning information at least comprises idle starting time and idle ending time. The resource planning information further comprises idle date information and/or idle period information, wherein the idle date information comprises at least one date, and particularly comprises a year, a month and a day; the idle period information includes idle date information and cycle information set by a user, and the cycle information may be in units of days, weeks, months, etc.; the basic map is a map generated based on a GPS or Beidou positioning system.
And a planning and calibrating step, namely responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information.
The planning and calibrating step specifically executes the following operations:
calling resource state information input from the outside to generate a resource idle interval;
judging whether the daily time interval contains a time period from the idle starting time to the idle ending time of the corresponding resource planning information, if so, not performing operation, and if not, calling the time period of the daily time interval to replace the idle starting time and the idle ending time in the corresponding resource planning information;
judging the time unit of the circulation information in the resource planning information, if the time unit in the circulation information is the week, calling a week idle interval to compare with the resource planning information, judging whether the total duration of the Zhou Kongxian interval is longer than the total duration of the hollow period information in the resource planning information, if so, calling Zhou Kongxian interval to generate inquiry information to be output to a user side, and responding to the input of the user, if the user inputs confirmation information, calling the week idle interval to replace the corresponding idle period information, and if the user inputs negative confirmation information, not performing operation.
If the time unit in the circulation information is month, the month idle interval is called to compare with the resource planning information, whether the total duration of the month idle interval is longer than the total duration of the idle period information in the resource planning information is judged, if yes, the month idle interval is called to replace the corresponding idle period information, and notification information is output to the user side.
The resource state information comprises a time point when the vehicle leaves the resource and a time point when the vehicle reaches the resource under a user name corresponding to the resource information; the resource state information can be automatically acquired through GPS or Beidou positioning information of the vehicle and the resource, or is automatically input and acquired by a user. The resource idle section comprises a single-day time section calculated according to the time point of a vehicle leaving the resource and the time point of the vehicle reaching the resource under the corresponding user name every day, a Zhou Kongxian section obtained by summarizing all single-day time sections in the week every week and a month idle section obtained by summarizing all single-day idle sections in the month every month. The notification information comprises at least new resource planning information. The confirmation information and the denial information are instructional information input by the user.
A resource query step: responding to the demand information input by the user, and feeding corresponding resource information back to the user.
The resource query step specifically performs the following operations:
responding to the demand information input by the user;
the demand position information in the demand information is called, the radius information input by the outside is called, the demand area is defined on the basic map, whether the resource information exists in the demand area is judged,
if the judgment result is negative, outputting no-result information,
if the judgment result is yes, calling the demand time information in the demand information, comparing the demand information with all the resource information in the corresponding demand area, judging whether the resource planning information corresponding to the resource information contains the demand time information, screening all the resource information with the judgment result being yes, and generating single feedback information;
the requirement information is subjected to condition judgment to judge whether the requirement type is single requirement,
if the judgment result is yes, stopping the step;
if the judgment result is negative, calling the demand period in the demand information, judging whether the resource information in the single feedback information contains the demand period in the demand information or the resource information with the corresponding period overlapping ratio of the idle period information and the demand period being more than eighty percent, and generating the cyclic feedback information;
outputting the single feedback information to an input user of the demand information;
and judging whether to generate the cyclic feedback information, if so, outputting the cyclic feedback information to an input user of the demand information.
The demand information at least comprises a demand type, demand position information and demand time information, the demand type comprises one of single demand and long-term demand, the demand position information comprises position information of a user based on map marks, and the demand time information at least comprises a demand time starting point and a demand time ending point. If the demand type is long-term demand, the demand information further comprises a demand period, the demand period comprises cycle information input by a user, and the cycle information can be taken as a unit in units of days, weeks, months and the like. The no-result information is an instruction given by the outside for proving the result.
And a cooperation generating step: and calling the resource information selected by the user, building an exchange platform and generating a contract document.
The contract generation step specifically performs the following operations:
calling the resource information selected by the calling user, opening a dialogue platform, and opening information input permission between the user selecting the resource information and the user corresponding to the resource information;
responding to the cooperation condition information input by the user corresponding to the resource information to generate a contract document;
outputting a contract document to a user who selects resource information;
and responding to the approval information of all users of the dialogue platform, and outputting the completion information after receiving the approval information of both sides.
And calling the ending date contained in the cooperation condition information, and outputting the expiration notification information at the dialogue platform at the ending date.
The dialogue platform is dialogue storage and output space comprising dialogue storage, dialogue input, dialogue display and other functions, and corresponding operations can be completed by interaction software or plug-in components common in the prior art. The collaboration condition information includes information such as a start date, an end date, a collaboration period, a daily duration, a daily start time, a daily end time, and the like, and the content in the collaboration information may be different from the content in the resource planning information. The contract document is a document generated in response to a contract template input from the outside and invoking cooperation information. The approval information is instructional information entered by the user.
The implementation principle of the resource allocation and utilization method in the embodiment of the application is as follows: the user can release the own resource by the method, and can select other people resource which is idle in the required time period by inquiring and selecting, so that the cooperation with other people resource is realized, the resource is used when the resource holder does not use the resource, so that a good resource allocation and use process is realized, and meanwhile, the open time of the resource can be automatically adjusted by the use condition of the user on the own resource, so that the real idle time of the resource and the time period of the user willing to leave the resource are more matched, and the utilization efficiency of the resource is improved by an intelligent adjustment mode.
The specific limitation of the resource allocation utilization device can be referred to as limitation of the resource allocation utilization method hereinabove, and will not be described herein. The respective modules in the above-described resource allocation utilization device may be implemented in whole or in part by software, hardware, or a combination thereof. The above modules may be embedded in hardware or may be independent of a processor in the computer device, or may be stored in software in a memory in the computer device, so that the processor may call and execute operations corresponding to the above modules.
The present embodiment provides a computer device, which may be a server, and an internal structure diagram thereof may be as shown in fig. 2. The computer device includes a processor, a memory, and a network interface connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, computer programs, and a database. The internal memory provides an environment for the operation of the operating system and computer programs in the non-volatile storage media. The database of the computer device is used for storing data such as service requests, service data and the like. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a data processing method.
It will be appreciated by those skilled in the art that the structure shown in fig. 2 is merely a block diagram of some of the structures associated with the present application and is not limiting of the computer device to which the present application may be applied, and that a particular computer device may include more or fewer components than shown, or may combine certain components, or have a different arrangement of components.
The computer device comprises a memory in which a computer program is stored, and a processor which, when executing the computer program, carries out the steps of the method embodiments described above.
The present embodiment provides a computer-readable storage medium storing a computer program which, when executed by a processor, implements the steps of the method embodiments described above.
Those skilled in the art will appreciate that implementing all or part of the above described methods may be accomplished by way of a computer program stored on a non-transitory computer readable storage medium, which when executed, may comprise the steps of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in embodiments provided herein may include at least one of non-volatile and volatile memory. The nonvolatile Memory may include Read-Only Memory (ROM), magnetic tape, floppy disk, flash Memory, optical Memory, or the like. Volatile memory can include random access memory (Random Access Memory, RAM) or external cache memory. By way of illustration, and not limitation, RAM can be in the form of a variety of forms, such as static random access memory (Static Random Access Memory, SRAM) or dynamic random access memory (Dynamic Random Access Memory, DRAM), and the like.
Example 2:
the difference from embodiment 1 is that the implementation scenario of the method is allocation and utilization of account resources, that is, the resources related to the embodiment are virtual products such as virtual accounts, and the method includes:
a user generation step: responding to the registration information input by the outside, and generating a corresponding user information base.
The user generation step specifically performs the following operations:
and responding to the externally input registration information, picking up the user names in the registration information, traversing all user information libraries, judging whether the same user names exist or not, if so, outputting user name change information to a registration information input party, and if not, generating a new user information library and storing the registration information into the user information library.
Wherein, the registration information at least comprises a user name and can comprise resource information; the user name and the password are any number, son-mother and symbol combination which are self-made by the registered information input party, and the vehicle information at least comprises the vehicle length, the vehicle width and the license plate number; the resource information at least comprises account information, an account platform and role information, and the resource information can comprise text information input by other users.
A login step: responding to the login information input by the user, matching the login information with the user information base, and giving the user a reading and writing operation to the user information base.
The login step specifically performs the following operations:
responding to login information input by a user, picking up a user name in the login information, and judging whether a user information base containing the same user name exists or not;
if the judgment result is yes, calling the password in the login information, judging whether the password stored in the user information base is the same as the password in the login information, if the judgment result is yes, granting the user access, reading and writing the permission of all the information in the corresponding user information base, if the judgment result is no, outputting the re-input password information;
if the judgment result is negative, outputting the user name nonexistent information;
wherein the login information comprises at least a user name and a password.
A resource planning step: and responding to the resource planning information input by the logged-in user, and planning the resource opening condition.
The resource planning step specifically performs the following operations:
responding to the resource planning information input by the user, and writing the resource planning information into a user information base which is logged in by the user;
calling resource planning information and resource information, marking corresponding resources as idle in the time corresponding to the resource planning information according to the resource planning information, and marking the resources as closed in the rest time except the time corresponding to the resource planning information;
and traversing all user information libraries, screening all resource information marked as closed, and hiding all resource information marked as not closed on the basic map.
The resource planning information at least comprises idle starting time and idle ending time. The resource planning information further comprises idle date information and/or idle period information, wherein the idle date information comprises at least one date, and particularly comprises a year, a month and a day; the idle period information includes idle date information and cycle information set by a user, and the cycle information may be in units of days, weeks, months, etc.; the basic map is a map generated based on a GPS or Beidou positioning system.
And a planning and calibrating step, namely responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information.
The planning and calibrating step specifically executes the following operations:
calling resource state information input from the outside to generate a resource idle interval;
judging whether the single-day time interval contains a time period from the idle starting time to the idle ending time of the corresponding resource planning information, if so, not performing operation, and if not, calling the time period of the single-day time interval to replace the idle starting time and the idle ending time in the corresponding resource planning information;
judging the time unit of the circulation information in the resource planning information, if the time unit in the circulation information is the week, calling a week idle interval to compare with the resource planning information, judging whether the total duration of the Zhou Kongxian interval is longer than the total duration of the hollow period information in the resource planning information, if so, calling Zhou Kongxian interval to generate inquiry information to be output to a user side, and responding to the input of the user, if the user inputs confirmation information, calling the week idle interval to replace the corresponding idle period information, and if the user inputs negative confirmation information, not performing operation.
If the time unit in the circulation information is month, the month idle interval is called to compare with the resource planning information, whether the total duration of the month idle interval is longer than the total duration of the idle period information in the resource planning information is judged, if yes, the month idle interval is called to replace the corresponding idle period information, and notification information is output to the user side.
The resource state information comprises a time point of pushing out the corresponding account resource by the user corresponding to the resource information and a time point of logging in the account resource; the resource state information can be automatically acquired through the login and exit time of the system or can be automatically input and acquired by a user. The resource idle interval comprises a single day time interval calculated according to the corresponding user exit account resource time point and login account resource time point every day, a Zhou Kongxian interval obtained by summarizing all single day time intervals in the week every week, and a month idle interval obtained by summarizing all single day idle intervals in the month every month. The notification information comprises at least new resource planning information. The confirmation information and the denial information are instructional information input by the user.
A resource query step: responding to the demand information input by the user, and feeding corresponding resource information back to the user.
The resource query step specifically performs the following operations:
responding to the demand information input by the user;
comparing account platforms, role information and the like in the demand information, generating keyword information, judging whether resource information contains at least one keyword in the keyword information,
if the judgment result is negative, outputting no-result information,
if the judgment result is yes, calling the demand time information in the demand information, comparing the demand information with all the resource information in the corresponding demand area, judging whether the resource planning information corresponding to the resource information contains the demand time information, screening all the resource information with the judgment result being yes, and generating single feedback information;
the requirement information is subjected to condition judgment to judge whether the requirement type is single requirement,
if the judgment result is yes, stopping the step;
if the judgment result is negative, calling the demand period in the demand information, judging whether the resource information in the single feedback information contains the demand period in the demand information or the resource information with the corresponding period overlapping ratio of the idle period information and the demand period being more than eighty percent, and generating the cyclic feedback information;
outputting the single feedback information to an input user of the demand information;
and judging whether to generate the cyclic feedback information, if so, outputting the cyclic feedback information to an input user of the demand information.
The demand information at least comprises a demand type and demand time information, the demand information can comprise one or more of account platform information, role information and other information input by a user, the demand type comprises one of single demand and long-term demand, and the demand time information at least comprises a demand time starting point and a demand time ending point. If the demand type is long-term demand, the demand information further comprises a demand period, the demand period comprises cycle information input by a user, and the cycle information can be taken as a unit in units of days, weeks, months and the like. The no-result information is an instruction given by the outside for proving the result.
And a cooperation generating step: and calling the resource information selected by the user, building an exchange platform and generating a contract document.
The contract generation step specifically performs the following operations:
calling the resource information selected by the calling user, opening a dialogue platform, and opening information input permission between the user selecting the resource information and the user corresponding to the resource information;
responding to the cooperation condition information input by the user corresponding to the resource information to generate a contract document;
outputting a contract document to a user who selects resource information;
and responding to the approval information of all users of the dialogue platform, and outputting the completion information after receiving the approval information of both sides.
And calling the ending date contained in the cooperation condition information, and outputting the expiration notification information at the dialogue platform at the ending date.
The dialogue platform is dialogue storage and output space comprising dialogue storage, dialogue input, dialogue display and other functions, and corresponding operations can be completed by interaction software or plug-in components common in the prior art. The collaboration condition information includes information such as a start date, an end date, a collaboration period, a daily duration, a daily start time, a daily end time, and the like, and the content in the collaboration information may be different from the content in the resource planning information. The contract document is a document generated in response to a contract template input from the outside and invoking cooperation information. The approval information is instructional information entered by the user.
The foregoing are all preferred embodiments of the present application, and are not intended to limit the scope of the present application in any way, therefore: all equivalent changes in structure, shape and principle of this application should be covered in the protection scope of this application.
Claims (7)
1. A resource allocation utilization method, comprising: a user generation step for responding to the registration information input by the outside and generating a corresponding user information base; the login step is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base; a resource planning step for planning the open condition of the resource in response to the resource planning information input by the logged-in user; a planning calibration step for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information; responding to the demand information input by the user, and feeding back the resource inquiry step corresponding to the resource information to the user; a contract generation step for calling the resource information selected by the user, constructing an exchange platform and generating a contract document; the resource query step specifically performs the following operations: responding to the demand information input by the user; judging whether stored resource information corresponds to the demand information or not, if the judgment result is negative, outputting no-result information, if the judgment result is positive, calling demand time information in the demand information, comparing the demand information with all resource information in a corresponding demand area, judging whether resource planning information corresponding to the resource information contains the demand time information, screening all the resource information with the judgment result being positive, and generating single feedback information; outputting the single feedback information to an input user of the demand information; the resource query step also performs the following operations: judging the requirement information, and judging whether the requirement type is single requirement or not; if the judgment result is yes, stopping the step; if the judgment result is negative, calling a demand period in the demand information, judging whether resource information in the single feedback information has resource information with the coincidence degree of the idle period information and the corresponding period of the demand period being larger than a preset proportion, and generating cyclic feedback information; and judging whether to generate the cyclic feedback information, if so, outputting the cyclic feedback information to an input user of the demand information.
2. The resource allocation utilization method according to claim 1, wherein the resource planning step specifically performs the following operations: responding to the resource planning information input by the user, and writing the resource planning information into a user information base which is logged in by the user; calling resource planning information and resource information, marking corresponding resources as idle in the time corresponding to the resource planning information according to the resource planning information, and marking the resources as closed in the rest time except the time corresponding to the resource planning information; traversing all user information bases, screening all resource information marked as closed, and hiding all resource information marked as not closed.
3. The resource allocation utilization method according to claim 1, wherein the planning calibration step specifically performs the following operations: calling resource state information input from the outside to generate a resource idle interval; and judging whether the daily time interval contains a time period from the idle starting time to the idle ending time of the corresponding resource planning information, if so, not performing operation, and if not, calling the time period of the daily time interval to replace the idle starting time and the idle ending time in the corresponding resource planning information.
4. A resource allocation utilization method according to claim 3, wherein the planning calibration step further performs the following operations: judging the time unit of the circulation information in the resource planning information, if the time unit in the circulation information is the week, calling a week idle interval to compare with the resource planning information, judging whether the total duration of the Zhou Kongxian interval is longer than the total duration of the hollow period information in the resource planning information, if so, calling Zhou Kongxian interval to generate inquiry information to be output to a user side, and responding to the input of the user, if the user inputs confirmation information, calling the week idle interval to replace the corresponding idle period information, and if the user inputs negative confirmation information, not performing operation; if the time unit in the circulation information is month, the month idle interval is called to compare with the resource planning information, whether the total duration of the month idle interval is longer than the total duration of the idle period information in the resource planning information is judged, if yes, the month idle interval is called to replace the corresponding idle period information, and notification information is output to the user side.
5. A resource allocation utilization device, comprising: the input module is used for inputting information; the output module is used for outputting information: the storage module is used for storing information; the user generation module is used for responding to the registration information input by the outside and generating a corresponding user information base; the login module is used for responding to login information input by a user, matching the login information with a user information base and giving the user a reading and writing operation to the user information base; the resource planning module is used for responding to the resource planning information input by the logged-in user and planning the resource opening condition; the planning calibration module is used for responding to the externally input resource state information and calibrating the resource planning condition by using the resource state information; responding to the demand information input by the user, and feeding back a resource query module corresponding to the resource information to the user; the resource query module is capable of performing the following operations; judging the requirement information, and judging whether the requirement type is single requirement or not; if the judgment result is yes, stopping the step; if the judgment result is negative, calling a demand period in the demand information, judging whether resource information in the single feedback information has resource information with the coincidence degree of the idle period information and the corresponding period of the demand period being larger than a preset proportion, and generating cyclic feedback information; judging whether to generate the cyclic feedback information, if so, outputting the cyclic feedback information to an input user of the demand information; and the contract generation module is used for calling the resource information selected by the user, constructing an exchange platform and generating a contract document.
6. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that: the processor, when executing the computer program, implements the steps of the method of any one of claims 1 to 4.
7. A computer-readable storage medium storing a computer program, characterized in that: the computer program implementing the steps of the method of any of claims 1 to 4 when executed by a processor.
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