CN115391068A - Framework construction method based on IT (information technology) resource management and control system - Google Patents
Framework construction method based on IT (information technology) resource management and control system Download PDFInfo
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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
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Abstract
The invention relates to the field of resource scheduling, in particular to a framework construction method and a framework construction system based on an IT (information technology) resource management and control system, wherein the method comprises the steps of presetting a storage space and a monitoring period, wherein the storage space is used for storing a plurality of functional units of each application; detecting the times of starting the application in any monitoring period and the calling times of the functional unit corresponding to the application; setting an invocable label, and binding the functional unit with the invocable label when the calling times of any functional unit reach a threshold value; when the calling frequency of any functional unit does not reach a threshold value, adjusting the priority of the functional unit in a calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period; and completing the calling of the functional unit based on the user request according to the adjusted calling sequence in the next monitoring period. Any functional unit stops being used when reaching a calling threshold value, and similar functional units in other modules are adopted to complete the operation, so that the building efficiency is improved.
Description
Technical Field
The invention relates to the field of resource management, in particular to a framework construction method based on an IT (information technology) resource management and control system.
Background
At present, most of IT construction of many enterprises buy a set of equipment by constructing a business application, and IT equipment and resources among business applications are not communicated, so that the resources cannot be dynamically adjusted according to changes of enterprise businesses. For example, when the existing resources of one application cannot meet the requirement of another application, and the resources of the other application are in an idle state, the company can only continue to invest and buy new equipment to meet the resource requirement of the former application, and the resources of the latter application are in an idle state. Under the condition, the resource utilization rate is extremely low, so that not only is higher capital pressure brought to business development of a company, but also the existing resources cannot be integrated and utilized, and resource waste is formed.
Patent application document with application number CN108024283A discloses a resource pool allocation method and device, wherein the method includes that a first user acquires a first resource pool configuration signaling, and the first resource pool configuration signaling includes: a first user sends a configuration signaling of a resource pool and a second user sends the configuration signaling of the resource pool; the first user configures a first user sending resource pool according to the configuration signaling of the first user sending resource pool, wherein the first user sending resource pool comprises: the resource allocation method comprises the steps of a first user overlapping part resource pool and a first user non-overlapping part resource pool, wherein the first user overlapping part resource pool is an overlapping part of a first user sending resource pool and a second user sending resource pool configured by a second user sending resource pool configuration signaling.
In the resource pool allocation method in the prior art, the allocation process of the resource pool is complex, and the user requirements cannot be accurately matched, so that the resource waste in the resource pool is caused, and the resource utilization rate is low.
Disclosure of Invention
Therefore, the framework construction method based on the IT resource management and control system can solve the problems of resource waste and low resource utilization rate caused by the fact that resources are not communicated among different applications.
In order to achieve the above object, in one aspect, the present invention provides a framework construction method based on an IT resource management and control system, where the method includes: presetting a storage space and a monitoring period, wherein the storage space is used for storing a plurality of functional units of each application;
detecting the times of starting the application in any monitoring period and the times of calling the functional unit corresponding to the application;
setting an invokable tag, and binding the functional unit with the invokable tag when the calling frequency of any functional unit reaches a threshold value;
when the calling times of any functional unit do not reach a threshold value, adjusting the priority of the functional unit in a calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period;
and completing the calling of the functional unit based on the user request according to the adjusted calling sequence in the next monitoring period.
Further, adjusting the priority of the functional unit in the call sequence in the next monitoring period according to the call difference value and the coupling degree in the current monitoring period comprises:
acquiring a functional keyword string of any functional unit;
selecting a to-be-selected functional unit matched with the functional keyword string in other applications, wherein the to-be-selected functional unit and the functional unit can be replaced;
determining the calling positive difference value deltan of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling is carried out according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
Further, the selecting the to-be-selected functional unit matched with the functional keyword string in other applications includes:
acquiring a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
Further, a standard similarity S0 is preset, and whether the functional unit is a to-be-selected functional unit is determined based on the similarity;
if the actual similarity is larger than or equal to the standard similarity S0, selecting the functional unit to be selected;
and if the actual similarity is less than the standard similarity S0, entering the undetermined sequence.
Further, the standard similarity S0 is calculated by:
setting the main keyword in the first keyword column to be assigned as 3, the keyword at the second position to be assigned as 2, and the keyword at the third position to be assigned as 1;
the weight of the main keyword is set to 0.5, the weight of the keyword at the second position is set to 0.3, and the weight of the keyword at the third position is set to 0.2;
the calculation method of the standard similarity S0 is (k 1+ k 2)/2, where k1=3 × 0.5, k2=1 × 0.2, and k1 indicates that the current functional unit contains the main keyword, and k2 indicates that the current functional unit only contains the keyword at the third position, and does not contain the main keyword and the keyword at the second position.
Further, in increasing the frequency of calls to replaceable functional units,
acquiring a list of functional units to be selected, and determining the coupling degree of each functional unit to be selected with other functional units in the corresponding application;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
In another aspect, the present invention further provides an IT resource management and control system-based framework building system applying the above IT resource management and control system-based framework building method, where the system includes:
the monitoring system comprises a first setting module, a second setting module and a monitoring module, wherein the first setting module is used for presetting a storage space and a monitoring period, and the storage space is used for storing a plurality of functional units of each application;
the detection module is used for detecting the times of starting the application in any monitoring period and the calling times of the functional unit corresponding to the application;
the binding module is used for binding the functional unit with the non-callable label when the calling times of any functional unit reach a threshold value;
the adjusting module is used for adjusting the priority of the functional unit in a calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period when the calling frequency of any functional unit does not reach the threshold value;
and the completion module is used for completing the calling of the functional unit based on the user request in the next monitoring period according to the adjusted calling sequence.
Further, the adjusting module comprises an obtaining unit, a replacing unit and a determining unit;
the acquisition unit is used for acquiring a functional keyword string of any functional unit;
the replacing unit is used for selecting a to-be-selected functional unit matched with the functional keyword string in other applications, and the to-be-selected functional unit and the functional unit can be replaced;
the determining unit is used for determining the calling positive difference value delta n of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
Further, the replacing unit is further used for acquiring a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
Furthermore, the adjusting module is further configured to obtain a list of function units to be selected, and determine a coupling degree between each function unit to be selected and another function unit in the application corresponding to the function unit to be selected;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
Compared with the prior art, the method has the advantages that any functional unit stops being used when reaching the calling threshold value and similar functional units in other modules are adopted for completion, when the current functional unit is replaced, the coupling degree of the replaceable functional unit and other functional units in the corresponding application is also required to be considered for judging the decoupling difficulty degree, if the decoupling is easier, the coupling degree is low, the replaceable functional unit can be used as the replacing functional unit, if the decoupling is difficult, the coupling degree is high, the time consumed for decoupling is large, after the replaceable functional unit is used, the decoupling and calling duration is longer, the construction duration of the application is influenced, and the efficiency of completing the action is further influenced.
Particularly, the calling frequency of the functional unit is adjusted, so that the service cycle of the application where the functional unit is located is prolonged, the rejection frequency of the application is greatly delayed, the current calling frequency of the functional unit is judged according to the position where the actual calling positive difference value is located by setting the calling threshold, the calling frequency is reduced when the calling state is close to the non-calling state, and the service life of the application is prolonged.
In particular, the number of times of call completion for selecting the functional unit to be selected in the next period is reduced, and the replacement functional unit in other applications is determined according to the keyword string, so that the function of the current functional unit can be matched with the actual function of the replacement functional unit, and the stability of the current functional unit is ensured.
Particularly, the calculation method for the standard similarity accords with the actual management requirement, the selection precision of the functional unit to be selected is improved, and the integrating degree is further improved in the replacement process of the functional unit.
Particularly, the decoupling efficiency is determined through the coupling degree of the functional units, and the sequence is determined according to the decoupling efficiency, so that the application function is smoothly constructed in the application implementation process, the efficiency is improved, and the application effect is guaranteed to be smoothly completed.
Drawings
Fig. 1 is a schematic flowchart of a framework construction method based on an IT resource management and control system according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a framework construction system based on an IT resource management and control system according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of an adjusting module in an embodiment of the present invention.
Detailed Description
In order that the objects and advantages of the invention will be more clearly understood, the invention is further described in conjunction with the following examples; it should be understood that the specific embodiments described herein are merely illustrative of the invention and do not delimit the invention.
Preferred embodiments of the present invention are described below with reference to the accompanying drawings. It should be understood by those skilled in the art that these embodiments are only for explaining the technical principle of the present invention, and do not limit the scope of the present invention.
It should be noted that in the description of the present invention, the terms of direction or positional relationship indicated by the terms "upper", "lower", "left", "right", "inner", "outer", etc. are based on the directions or positional relationships shown in the drawings, which are only for convenience of description, and do not indicate or imply that the device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention.
Furthermore, it should be noted that, in the description of the present invention, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood by those skilled in the art according to specific situations.
Referring to fig. 1, a method for constructing a framework based on an IT resource management and control system according to an embodiment of the present invention includes:
step S100, presetting a storage space and a monitoring period, wherein the storage space is used for storing a plurality of functional units of each application;
step S200, detecting the times of starting the application in any monitoring period and the calling times of the functional unit corresponding to the application;
step S300, setting a non-callable label, and binding the functional unit with the non-callable label when the calling frequency of any functional unit reaches a threshold value;
step S400, when the calling times of any functional unit do not reach the threshold value, the priority of the functional unit in the calling sequence of the next monitoring period is adjusted according to the calling difference value and the coupling degree in the current monitoring period;
and step S500, completing the calling of the functional unit based on the user request according to the adjusted calling sequence in the next monitoring period.
Specifically, in the embodiment of the present invention, the function performed by each application is performed by combining a plurality of functional units, in an actual implementation process, the function of some functional units may be replaced by a functional unit of another application, so as to implement cross-application calling of the functional units, so as to stop using any functional unit when reaching a calling threshold, and perform the function by using similar functional units in other modules, when the current functional unit is replaced, the degree of coupling between the replaceable functional unit and the other functional units in the application corresponding to the replaceable functional unit needs to be considered to determine the decoupling difficulty, if decoupling is easier, the degree of coupling is low, and the replaceable functional unit may be used, if decoupling is difficult, the degree of coupling is high, it means that decoupling is time consuming, after the replaceable functional unit is used, the duration of decoupling and calling is longer, and the construction duration of the application is affected, thereby affecting the efficiency of completing the function.
Specifically, for any application, if the function unit is bound with the non-callable label in the application, IT indicates that the application where the function unit is located in the IT resource cannot complete the corresponding function, so that a new application needs to be built to complete the function that the application needs to complete, the application containing the non-callable label is unbound, the corresponding non-callable function unit is removed, the optimization of the IT resource is realized, the multiplexing of other function units is realized, and the building efficiency for building the new application is greatly improved.
Specifically, the adjusting the priority of the functional unit in the call sequence in the next monitoring period according to the call difference and the coupling degree in the current monitoring period includes:
acquiring a functional keyword string of any functional unit;
selecting a to-be-selected functional unit matched with the functional keyword string in other applications, wherein the to-be-selected functional unit and the functional unit can be replaced;
determining the calling positive difference value delta n of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling is carried out according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
Specifically, when the number of calls of an arbitrary functional unit does not reach the threshold, for the arbitrary functional unit, the positive difference Δ n = threshold — actual number of calls.
Specifically, the calling frequency of the functional unit is adjusted, so that the service cycle of the application where the functional unit is located is prolonged, the rejection frequency of the application is greatly delayed, the current calling frequency of the functional unit is judged according to the position where the positive difference value is actually called by setting the calling threshold, the calling frequency is reduced when the state is close to the state where the functional unit cannot be called, and the service life of the application is prolonged.
Specifically, the selecting a to-be-selected functional unit matched with the functional keyword string in other applications includes:
acquiring a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
Specifically, the number of times of call completion for selecting the functional unit to be selected in the next period is reduced, and the replacement functional unit in other applications is determined according to the keyword string, so that the function of the current functional unit can be matched with the actual function of the replacement functional unit, and the stability of the current functional unit is ensured.
Specifically, a standard similarity S0 is preset, and whether the functional unit is listed as a functional unit to be selected is determined based on the similarity;
if the actual similarity is larger than or equal to the standard similarity S0, selecting the functional unit to be selected;
and if the actual similarity is less than the standard similarity S0, entering the undetermined sequence.
Specifically, the embodiment of the present invention sets the standard similarity as a candidate functional unit for determining whether another functional unit has a similar function to the present functional unit, so as to implement effective screening on the other functional units, and effectively improve the execution efficiency in the next monitoring period.
Specifically, the method for calculating the standard similarity S0 includes:
setting the main keyword in the first keyword column to be assigned as 3, the keyword at the second position to be assigned as 2, and the keyword at the third position to be assigned as 1;
the weight of the main keyword is set to 0.5, the weight of the keyword at the second position is set to 0.3, and the weight of the keyword at the third position is set to 0.2;
the calculation method of the standard similarity S0 is (k 1+ k 2)/2, where k1=3 × 0.5, k2=1 × 0.2, and k1 indicates that the current functional unit contains the main keyword, and k2 indicates that the current functional unit only contains the keyword at the third position, and does not contain the main keyword and the keyword at the second position.
Specifically, in the embodiment of the present invention, the standard similarity is determined by performing assignment and setting a weight coefficient, and various methods for setting the standard similarity in practical application may be used, for example, selecting a plurality of historical monitoring periods, determining the actual similarity in each period, and using the actual average similarity in the plurality of historical monitoring periods as the similarity in the next monitoring period. The calculation scheme provided by the embodiment of the invention is more in line with the actual management requirements for the calculation method of the standard similarity, improves the selection precision of the functional unit to be selected, and further improves the conformity in the replacement process of the functional unit.
In particular, when the frequency of calling the replaceable functional unit is increased,
acquiring a list of functional units to be selected, and determining the coupling degree of each functional unit to be selected with other functional units in the corresponding application;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
Specifically, the embodiment of the invention determines the decoupling efficiency through the coupling degree of the functional units, and determines the sequence according to the decoupling efficiency so as to smoothly construct the application function in the application implementation process, improve the efficiency and ensure that the application function is smoothly completed.
Specifically, the embodiment of the present invention is further described in conjunction with an actual application scenario, in which an enterprise has built applications including a first application, a second application, and a third application, the first application includes a functional unit a11, a functional unit a12, and a functional unit a13, the second application includes a functional unit a21, a functional unit a22, and a functional unit a23, and the third application includes a functional unit a31, a functional unit a32, and a functional unit a33. It is assumed that the first application is performing corresponding functions such that the call sequence for each functional unit is a11, a12, a13. In the process of completing the first application, the calling frequency of the first functional unit is 1, the calling frequency of the second functional unit is 2, the calling frequency of the third functional unit is 3, if the set threshold is 3, the third functional unit needs to bind the non-calling tag after the first application is executed, and after the non-calling tag is bound, the service life of the first application is ended, but the calling frequency of the first functional unit and the calling frequency of the second functional unit are not met, the first functional unit and the second functional unit can be continuously used, so that each functional unit of the first application can be decoupled, the first functional unit and the second functional unit can be reused in the subsequent use process, and the reasonable utilization of resources is realized.
In addition, if any functional unit does not reach the threshold value in one monitoring period, in the next monitoring period, if a certain functional unit in the executed second application is about to reach the threshold value, whether the functional unit capable of carrying out function replacement exists in other applications is determined, the coupling degree of the functional unit meets the requirement, the number of times of calling is small, and therefore the functional unit which is about to reach the threshold value in other applications can be replaced by the functional unit in other applications, corresponding effects are achieved, and the service cycle of the application is prolonged.
Specifically, as shown in fig. 2, an embodiment of the present invention further provides a framework building system based on an IT resource management and control system, where the system includes:
a setting module 10, configured to preset a storage space and a monitoring period, where the storage space is used to store a plurality of functional units of each application;
the detection module 20 is configured to detect the number of times that an application is started in any monitoring period and the number of times that a functional unit corresponding to the application is called;
a binding module 30, configured to bind the functional unit to the non-callable tag when the number of calls of any functional unit reaches a threshold;
the adjusting module 40 is used for adjusting the priority of the functional unit in the calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period when the calling frequency of any functional unit does not reach the threshold value;
and a completing module 50, configured to complete the calling of the functional unit based on the user request according to the adjusted calling sequence in the next monitoring period.
Specifically, as shown in fig. 3, the adjusting module 40 includes an obtaining unit 41, a replacing unit 42, and a determining unit 43;
the acquisition unit is used for acquiring a functional keyword string of any functional unit;
the replacement unit is used for selecting a to-be-selected functional unit matched with the functional keyword string in other applications, and the to-be-selected functional unit and the functional unit can be replaced;
the determination unit is used for determining the calling positive difference value delta n of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
Specifically, the replacing unit is further configured to obtain a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
Specifically, the adjusting module is further configured to obtain a list of to-be-selected functional units, and determine a coupling degree of each to-be-selected functional unit with other functional units in the application corresponding to the to-be-selected functional unit;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
The framework construction system based on the IT resource management and control system in the embodiment of the invention can execute the framework construction method based on the IT resource management and control system in the embodiment of the invention, has the same technical characteristics, can achieve the same technical effect, and is not described herein again.
So far, the technical solutions of the present invention have been described in connection with the preferred embodiments shown in the drawings, but it is easily understood by those skilled in the art that the scope of the present invention is obviously not limited to these specific embodiments. Equivalent changes or substitutions of related technical features can be made by those skilled in the art without departing from the principle of the invention, and the technical scheme after the changes or substitutions can be within the protection scope of the invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention; various modifications and alterations to this invention will become apparent 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. A framework construction method based on an IT resource management and control system is characterized by comprising the following steps:
presetting a storage space and a monitoring period, wherein the storage space is used for storing a plurality of functional units of each application;
detecting the times of starting the application in any monitoring period and the times of calling the functional unit corresponding to the application;
setting an invokable tag, and binding the functional unit with the invokable tag when the calling frequency of any functional unit reaches a threshold value;
when the calling frequency of any functional unit does not reach a threshold value, adjusting the priority of the functional unit in a calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period;
and completing the calling of the functional unit based on the user request according to the adjusted calling sequence in the next monitoring period.
2. The framework building method based on the IT resource management and control system according to claim 1,
adjusting the priority of the functional unit in the call sequence in the next monitoring period according to the call difference and the coupling degree in the current monitoring period comprises:
acquiring a functional keyword string of any functional unit;
selecting a to-be-selected functional unit matched with the functional keyword string in other applications, wherein the to-be-selected functional unit and the functional unit can be replaced;
determining the calling positive difference value delta n of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling is carried out according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
3. The framework building method based on the IT resource management and control system according to claim 2,
selecting the functional unit to be selected matched with the functional keyword string in other applications comprises the following steps:
acquiring a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
4. The framework building method based on the IT resource management and control system according to claim 3,
presetting standard similarity S0, and determining whether the functional unit is a to-be-selected functional unit based on the similarity;
if the actual similarity is larger than or equal to the standard similarity S0, selecting the functional unit to be selected;
and if the actual similarity is less than the standard similarity S0, entering the undetermined sequence.
5. The framework building method based on the IT resource management and control system according to claim 4,
the standard similarity S0 is calculated by the following method:
setting the main keyword in the first keyword column to be assigned with 3, the keyword in the second position to be assigned with 2, and the keyword in the third position to be assigned with 1;
the weight of the main keyword is set to 0.5, the weight of the keyword at the second position is set to 0.3, and the weight of the keyword at the third position is set to 0.2;
the standard similarity S0 is calculated by (k 1+ k 2)/2, where k1=3 × 0.5, k2=1 × 0.2, and k1 indicates that the current functional unit includes the main keyword, and k2 indicates that the current functional unit only includes the keyword at the third position, and does not include the main keyword and the keyword at the second position.
6. The framework building method based on the IT resource management and control system as claimed in claim 5, wherein when increasing the calling frequency of the replaceable functional units,
acquiring a list of functional units to be selected, and determining the coupling degree of each functional unit to be selected with other functional units in the corresponding application;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
7. An IT resource management and control system-based framework building system applying the IT resource management and control system-based framework building method according to any one of claims 1 to 6, comprising:
the monitoring system comprises a first setting module, a second setting module and a monitoring module, wherein the first setting module is used for presetting a storage space and a monitoring period, and the storage space is used for storing a plurality of functional units of each application;
the detection module is used for detecting the times of starting the application in any monitoring period and the calling times of the functional unit corresponding to the application;
the binding module is used for binding the functional unit with the non-callable label when the calling times of any functional unit reach a threshold value;
the adjusting module is used for adjusting the priority of the functional unit in a calling sequence in the next monitoring period according to the calling difference value and the coupling degree in the current monitoring period when the calling frequency of any functional unit does not reach a threshold value;
and the completion module is used for completing the calling of the functional unit based on the user request in the next monitoring period according to the adjusted calling sequence.
8. The framework building system based on the IT resource management and control architecture of claim 7, wherein the adjusting module comprises an obtaining unit, a replacing unit and a determining unit;
the acquisition unit is used for acquiring a functional keyword string of any functional unit;
the replacement unit is used for selecting a to-be-selected functional unit matched with the functional keyword string in other applications, and the to-be-selected functional unit and the functional unit can be replaced;
the determination unit is used for determining the calling positive difference value delta n of the current functional unit in the current monitoring period,
if the calling positive difference value delta n is less than or equal to 0.5 multiplied by n0, wherein n0 represents a calling threshold value, calling is carried out according to a normal calling sequence in the next monitoring period;
if the calling positive difference value delta n is larger than 0.5 multiplied by n0, the calling frequency of the replaceable functional unit is increased in the next monitoring period so as to prolong the service period of the application where the functional unit is located.
9. The framework building system based on an IT resource management and control system of claim 8, wherein the replacing unit is further configured to obtain a functional keyword string of any functional unit;
determining main keywords in the functional keyword strings according to the main functions of the functional units, and sequentially arranging the main keywords and other keyword strings, wherein the main keywords are in the front, and the arrangement sequence of other keywords is arranged from high to low according to the semantic similarity degree of the main keywords and the semantic similarity degree of the other keywords, so that a first keyword string based on the functional units is formed;
setting a weight coefficient according to the sequence in the first keyword column;
determining whether the keywords in any functional unit in other applications are the same as the corresponding functional keyword strings in the first keyword column, and recording the same number;
determining similarity according to the weight and the number of the same keywords in the first keyword column;
and determining whether the functional unit is listed as a functional unit to be selected based on the similarity.
10. The framework building system based on the IT resource management and control system of claim 9, wherein the adjusting module is further configured to obtain a list of the functional units to be selected, and determine a coupling degree of each functional unit to be selected with other functional units in the corresponding application;
and arranging the sequence of the functional units to be selected according to the decoupling efficiency of the coupling degree, and scheduling the functional units to be selected in the functional unit list to be selected according to the sequence from front to back.
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