CN104486134B - A kind of file that monitors sends overstocked method and apparatus - Google Patents
A kind of file that monitors sends overstocked method and apparatus Download PDFInfo
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- CN104486134B CN104486134B CN201410850944.8A CN201410850944A CN104486134B CN 104486134 B CN104486134 B CN 104486134B CN 201410850944 A CN201410850944 A CN 201410850944A CN 104486134 B CN104486134 B CN 104486134B
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Abstract
The invention discloses a kind of file that monitors to send overstocked method and apparatus.Methods described be applied to distributed information system and including：Obtain file and send situation daily record, and according to the daily record, determine the file size to be sent at the first moment, the second moment and current time；According to the interval between the file size to be sent at first moment, the second moment and current time and first moment, the second moment and current time, the file balanced growth speed at current time is determined；According to the file balanced growth speed at the current time, the overstocked threshold value at current time is determined；And file amount is not sent according to the overstocked threshold value at identified current time and current time, judge that current time sends with the presence or absence of file and overstock.The above method and device can determine to overstock threshold value, effectively monitor file and overstock and significantly increase file transmitting efficiency according to file balanced growth speed or file rate of rise.
Description
Technical field
The present invention relates to field of computer technology, more particularly to a kind of file that monitors to send overstocked method and apparatus.
Background technology
Distributed information system is to carry out news release and the system subscribed to using distributed treatment, and typical distribution disappears
Breath system includes kafka, RabbitMQ, ActiveMQ, QBus etc..
Qbus is a kind of distributed information system using kafka as prototype, and it is mainly by publisher (Producer), subscription
The unit composition such as side (Consumer), storage side (Broker), coordination side (Zookeeper), agent (Agent).Wherein
Agent main function is by journal file real time propelling movement to storage side.
The current overstocked monitoring process of QBus systems is as follows：(1) user sets unified overstocked warning level according to portfolio
Value；(2) overstock to have in multiple monitored files and reach alarming for the threshold value.In above-mentioned overstocked policer operation, threshold is overstock
Value is default constant, can not be adjusted according to specific service conditions, if threshold value setting is too low, can cause frequently to report
It is alert；And setting too high can lead to not monitor that the small business datum of transmission rate overstocks.
The content of the invention
In view of the above problems, it is proposed that the present invention, overcome above mentioned problem to provide one kind or solve at least in part
A kind of monitoring file of above mentioned problem sends overstocked method and apparatus.
According to the first aspect of the present invention, there is provided a kind of file that monitors sends overstocked method, disappears applied to distribution
Breath system, methods described include：Obtain file and send situation daily record, and according to the daily record, when determining the first moment, second
Quarter and the file size to be sent at current time；According to the text to be sent at first moment, the second moment and current time
Interval between part size and first moment, the second moment and current time, determine that the file at current time is averaged
Rate of rise；According to the file balanced growth speed at the current time, the overstocked threshold value at current time is determined；And according to institute
The overstocked threshold value at the current time of determination and current time do not send file amount, judge that current time is sent out with the presence or absence of file
Send overstocked.
Alternatively, it is described according to described the in monitoring file according to an embodiment of the invention sends overstocked method
One moment, the file size to be sent at the second moment and current time and first moment, the second moment and it is current when
The step of interval between quarter determines the file balanced growth speed at current time includes：During according to first moment and second
The file size to be sent carved and the interval between the second moment and the first moment, determine that the file at the second moment increases speed
Rate；Between between second moment and the file size to be sent at current time and current time and the second moment
Every determining the file rate of rise at current time；And according to the file rate of rise at second moment and current time
Interval between file rate of rise and the first moment, the second moment and current time, determine that the file at current time is put down
Equal rate of rise.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked method, the file at the second moment
Rate of rise=(file size to be sent at the moment of file size-the first to be sent at the second moment) the second moment of ÷ and first
Interval between moment；The file rate of rise at current time=(moment of file size-the second to be sent at current time treats
Send file size) interval between ÷ current times and the second moment.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked method, the file at current time
Balanced growth speed=[(interval between the moment of the file rate of rise at the second moment × second and the first moment)+(when current
The interval of the file rate of rise at quarter × between current time and the second moment)] ÷ is (between the second moment and the first moment
Every+interval between current time and the second moment).
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked method, current time overstocks
The file balanced growth speed at threshold value=current time × overstock coefficient, wherein the overstocked coefficient is according to the current time
File balanced growth speed determines.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked method, it is described according to really
The overstocked threshold value at fixed current time and the file amount that do not send at current time judge that current time sends with the presence or absence of file
In overstocked step, in the case of the overstocked threshold value for not sending file amount and being more than the current time at current time, judge
File transmission be present and overstock in current time.
According to the second aspect of the present invention, there is provided a kind of file that monitors sends overstocked device, disappears applied to distribution
Breath system, described device include：First determining module, situation daily record is sent for obtaining file, and according to the daily record, it is determined that
The file size to be sent at the first moment, the second moment and current time；Second determining module, during for according to described first
Carve, file size to be sent and first moment at the second moment and current time, the second moment and current time it
Between interval, determine the file balanced growth speed at current time；3rd determining module, for the text according to the current time
Part balanced growth speed, determine the overstocked threshold value at current time；And judge module, for the current time determined by
That overstocks threshold value and current time does not send file amount, judges that current time sends with the presence or absence of file and overstocks.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked device, wherein second determines mould
Block is used for：According to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Interval, determine the file rate of rise at the second moment；According to the file size to be sent at second moment and current time,
And the interval between current time and the second moment, determine the file rate of rise at current time；And according to described second
The file rate of rise and the first moment at moment and current time, the interval between the second moment and current time, it is determined that
The file balanced growth speed at current time.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked device, the file at the second moment
Rate of rise=(file size to be sent at the moment of file size-the first to be sent at the second moment) the second moment of ÷ and first
Interval between moment；The file rate of rise at current time=(moment of file size-the second to be sent at current time treats
Send file size) interval between ÷ current times and the second moment.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked device, the file at current time
Balanced growth speed=[(interval between the moment of the file rate of rise at the second moment × second and the first moment)+(when current
The interval of the file rate of rise at quarter × between current time and the second moment)] ÷ is (between the second moment and the first moment
Every+interval between current time and the second moment).
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked device, current time overstocks
The file balanced growth speed at threshold value=current time × overstock coefficient, wherein the 3rd determining module according to it is described current when
The file balanced growth speed at quarter determines the overstocked coefficient.
Alternatively, in monitoring file according to an embodiment of the invention sends overstocked device, current time not
In the case of sending the overstocked threshold value that file amount is more than the current time, the judge module judges that current time has file
Send and overstock.
According to the third aspect of the present invention, there is provided a kind of file that monitors sends overstocked method, disappears applied to distribution
Breath system, methods described include：Obtain file and send situation daily record, and according to the daily record, determine the first moment and it is current when
The file size to be sent carved；According to first moment and the file size to be sent at current time and current time with
Interval between first moment, determine the file rate of rise at current time；According to the file rate of rise at the current time,
Determine the overstocked threshold value at current time；And according to the overstocked threshold value at identified current time and not sending for current time
File amount, judge that current time sends with the presence or absence of file and overstock.
According to the fourth aspect of the present invention, there is provided a kind of file that monitors sends overstocked device, disappears applied to distribution
Breath system, described device include：First determining module, situation daily record is sent for obtaining file, and according to the daily record, it is determined that
First moment and the file size to be sent at current time；Second determining module, for according to first moment and it is current when
The file size to be sent carved and the interval between current time and the first moment, determine that the file at current time increases speed
Rate；3rd determining module, for the file rate of rise according to the current time, determine the overstocked threshold value at current time；With
And judge module, do not send file amount for the overstocked threshold value at current time determined by and current time, judge
Current time sends with the presence or absence of file to be overstock.
Overstocked method and apparatus are sent the invention provides above-mentioned monitoring file.According to an embodiment of the invention, can be with
The overstocked threshold value at current time is determined according to the file balanced growth speed at current time or file rate of rise, and is passed through
Monitoring current time does not send file amount, the file with different transmission rates can be monitored, with to different texts
Part sets different overstocked threshold values, the overstocked threshold value that can be alarmed according to local file size and rate of rise adjust automatically, and
And carry out realizing the dynamic adjustment of overstocked threshold value when business datum transmission rate changes, avoid continually send it is unnecessary
Alarm, and can effectively monitor file and overstock situation, considerably improve the efficiency of file transmission.
Described above is only the general introduction of technical solution of the present invention, in order to better understand the technological means of the present invention,
And can be practiced according to the content of specification, and in order to allow above and other objects of the present invention, feature and advantage can
Become apparent, below especially exemplified by the embodiment of the present invention.
Brief description of the drawings
By reading the detailed description of hereafter preferred embodiment, it is various other the advantages of and benefit it is common for this area
Technical staff will be clear understanding.Accompanying drawing is only used for showing the purpose of preferred embodiment, and is not considered as to the present invention
Limitation.And in whole accompanying drawing, identical part is denoted by the same reference numerals.In the accompanying drawings：
Fig. 1 is the schematic flow sheet that monitoring file according to an embodiment of the invention sends overstocked method；
Fig. 2 is the structural representation that monitoring file according to an embodiment of the invention sends overstocked device and server
Figure；
Fig. 3 is the schematic flow sheet for the method that monitoring file transmission according to another embodiment of the present invention is overstock；And
Fig. 4 is that monitoring file according to another embodiment of the present invention sends overstocked device and the structure of server is shown
It is intended to.
Embodiment
The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although the disclosure is shown in accompanying drawing
Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here
Limited.On the contrary, these embodiments are provided to facilitate a more thoroughly understanding of the present invention, and can be by the scope of the present disclosure
Completely it is communicated to those skilled in the art.
According to the first aspect of the invention, there is provided a kind of file that monitors sends overstocked method 100, and this method 100 should
For distributed information system.
In an embodiment of the present invention, distributed information system can be carried out news release using distributed treatment and order
The system read, such as including kafka, RabbitMQ, ActiveMQ, QBus etc..Hereinafter, will by taking QBus systems as an example,
It is described in detail for the principle of the present invention, to help reader to more fully understand the principle of the present invention.But art technology
Personnel should be appreciated that the scope of the present invention is not limited to QBus systems, but go for any distributed information system.
QBus systems are mainly by publisher (Producer), subscriber (Consumer), storage side (Broker), coordination side
(Zookeeper), the unit such as agent (Agent) forms.The main function of wherein agent is by journal file real time propelling movement
To storage side, therefore the file extruding monitoring of agent is most important.Mainly it will come below by taking the overstocked monitoring of agent as an example
Illustrate the present invention principle, equally, the scope of the present invention not limited to this, but can apply to distributed information system (for example,
QBus systems) unit.
Fig. 1 shows that monitoring file according to an embodiment of the invention sends the schematic flow sheet of overstocked method 100.
As shown in figure 1, monitoring file, which sends overstocked method 100, starts from step S110：Obtain file and send situation daily record,
And according to the daily record, determine the file size to be sent at the first moment, the second moment and current time.
According to an embodiment of the invention, it is alternatively possible to obtain data clustering corresponding to all agent's processes
(cluster) and data file (datafile), and according to data file, transmission situation day is obtained from local gdbm files
Will.Alternatively, it is also possible to file is obtained from coordination side (Zookeeper) sends situation daily record.
Alternatively, according to the daily record, the first moment t is determined1, the second moment t2And current time t0File to be sent
Size, respectively filesize_t1、filesize_t2And filesize_t0.Alternatively, the first moment t1Earlier than the second moment
t2, and the second moment t2Earlier than current time t0。
Referring again to Fig. 1, after step S110, step S120 is carried out：According to first moment, the second moment and work as
Interval between the file size to be sent at preceding moment and first moment, the second moment and current time, it is determined that working as
The file balanced growth speed at preceding moment.
Alternatively, the second moment t2With the first moment t1Between interval：
interval_t2=t2-t1
Current time t0With the second moment t2Between interval：
interval_t0=t0-t2
According to the exemplary embodiment of the present invention, step S120 can include step S121, S122, S123.Wherein, step
S121：According to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Interval, determine the file rate of rise at the second moment；Step S122：According to the text to be sent at second moment and current time
Interval between part size and current time and the second moment, determine the file rate of rise at current time；Step S123：
According to the file rate of rise and the first moment at the file rate of rise at second moment and current time, the second moment,
Interval between current time, determine the file balanced growth speed at current time.
According to the exemplary embodiment of the present invention, alternatively, in step S121, the file rate of rise at the second moment=
(file size to be sent at the moment of file size-the first to be sent at the second moment) is between the second moment of ÷ and the first moment
Interval；In step S122, the file rate of rise=(moment of file size-the second to be sent at current time at current time
File size to be sent) interval between ÷ current times and the second moment.
As described above, the file size to be sent at first moment and the second moment is respectively filesize_t1With
filesize_t2, between the second moment and the first moment at intervals of interval_t2=t2-t1, then the file at the second moment
Rate of rise is：
rate_t2=(filesize_t2-filesize_t1)÷interval_t2
As described above, the file size to be sent at current time and the second moment is respectively filesize_t0With
filesize_t2, between current time and the second moment at intervals of interval_t0=t0-t2, then the file at current time
Rate of rise is：
rate_t0=(filesize_t0-filesize_t2)÷interval_t0
According to the exemplary embodiment of the present invention, alternatively, in step S123, the file balanced growth at current time is fast
Rate=[(interval between the moment of the file rate of rise at the second moment × second and the first moment)+(file at current time increases
Interval between long speed × current time and the second moment)] ÷ is (during interval between the second moment and the first moment+current
Carve the interval between the second moment).As described above, the second moment, the file rate of rise at current time are respectively rate_
t2、rate_t0, the interval, current time between the second moment and the first moment and the interval between the second moment are respectively
interval_t2、interval_t0, then the file balanced growth speed at current time be：
rate_avg_t0=[(rate_t2×interval_t2)+(rate_t0×interval_t0)]÷
(interval_t2+interval_t0)。
As shown in figure 1, after step S120, step S130 is carried out：According to the file balanced growth at current time speed
Rate, determine the overstocked threshold value at current time.
According to the exemplary embodiment of the present invention, the file balanced growth speed at the overstocked threshold value=current time at current time
Rate × overstock coefficient, wherein the overstocked coefficient determines according to the file balanced growth speed at the current time.Alternatively, product
Press coefficient stock_factor_t0Can be allowed according to determined by the file balanced growth speed at current time it is overstocked when
Between.As described above, the file balanced growth speed at current time is rate_avg_t0, then the overstocked threshold value at current time be：
limit_t0=rate_avg_t0×stock_factor_t0
Referring again to Fig. 1, after step S130, step S140 is carried out：According to the overstocked threshold value at identified current time
And current time does not send file amount, judge that current time sends with the presence or absence of file and overstock.It is alternatively possible to judging
Current time, which exists, sends file overstocked alarm (for example, being sent to server) when file sends extruding.Alternatively, current time
Do not send file amount：
unsend_byte_t0=filesize_t0–offset_t0,
Wherein offset is to have sent file amount current time.
According to the exemplary embodiment of the present invention, in step S140, it is more than institute in the file amount that do not send at current time
In the case of the overstocked threshold value for stating current time, judge that current time has file transmission and overstock.As described above, work as unsend_
byte_t0More than limit_t0In the case of, judge current time t0There is file transmission to overstock.
As described above, overstocking, threshold value is directly proportional to overstocked coefficient, and it is the file according to the current time to overstock coefficient
Determined by balanced growth speed, it is achieved thereby that the dynamic adjustment of threshold value.Alternatively, in method 100, can be pre-selected solid
Fixed overstocked threshold value, overstock to judge whether that file is sent.Alternatively, method 100 can also use fixed overstocked threshold value
With the mode that the overstocked threshold value of dynamic is combined, overstock to judge whether that file is sent；For example, not sending at current time
File amount is more than fixed overstocked threshold value and in the case that dynamic overstocks both threshold values, and judgement, which has file and sent, overstocks；If
The file amount that do not send at current time is merely greater than fixed overstocked threshold value and in the case that dynamic overstocks one of threshold value, then judges not deposit
Send and overstock in file.
According to the second aspect of the invention, it is corresponding with the above method 100, there is provided a kind of file that monitors sends what is overstock
Device 200, applied to distributed information system, including the first determining module 210, the second determining module 220, the 3rd determining module
230 and judge module 240.
Fig. 2 shows that monitoring file according to an embodiment of the invention sends the knot of overstocked device 200 and server 300
Structure schematic diagram.
First, the first determining module 200 can obtain file and send situation daily record, and according to the daily record, determine first
The file size to be sent at moment, the second moment and current time.
According to an embodiment of the invention, alternatively, first determining module 200 can obtain all agent's processes pair
The data clustering (cluster) and data file (datafile) answered, and according to data file, obtained from local gdbm files
Transmission situation daily record.Alternatively, first determining module 200 can also obtain file from coordination side (Zookeeper)
Transmission situation daily record.
Alternatively, first determining module 200 can determine the first moment t according to the daily record1, the second moment t2、
With current time t0File size to be sent, respectively filesize_t1、filesize_t2And filesize_t0.It is optional
Ground, the first moment t1Earlier than the second moment t2, and the second moment t2Earlier than current time t0。
Then, second determining module 220 can be treated according to first moment, the second moment and current time
File size and the interval between first moment, the second moment and current time are sent, determines the text at current time
Part balanced growth speed.
Alternatively, the second moment t2With the first moment t1Between interval：
interval_t2=t2-t1
Current time t0With the second moment t2Between interval：
interval_t0=t0-t2
According to the exemplary embodiment of the present invention, second determining module 220 can be according to first moment and the
The file size to be sent at two moment and the interval between the second moment and the first moment, determine that the file at the second moment increases
Long speed, and according to second moment and the file size to be sent at current time and current time and the second moment it
Between interval, the file rate of rise at current time is determined, afterwards according to the file rate of rise at second moment and current
The file rate of rise and the first moment at moment, the interval between the second moment and current time, determine current time
File balanced growth speed.
According to the exemplary embodiment of the present invention, alternatively, the file rate of rise at the second moment=(the second moment treated
Send the file size to be sent at the moment of file size-the first) interval between the second moment of ÷ and the first moment；Current time
File rate of rise=(file size to be sent at the moment of file size-the second to be sent at current time) ÷ current times
With the interval between the second moment.
As described above, the file size to be sent at first moment and the second moment is respectively filesize_t1With
filesize_t2, between the second moment and the first moment at intervals of interval_t2=t2-t1, then the file at the second moment
Rate of rise is：
rate_t2=(filesize_t2-filesize_t1)÷interval_t2
As described above, the file size to be sent at current time and the second moment is respectively filesize_t0With
filesize_t2, between current time and the second moment at intervals of interval_t0=t0-t2, then the file at current time
Rate of rise is：
rate_t0=(filesize_t0-filesize_t2)÷interval_t0
According to the exemplary embodiment of the present invention, alternatively, the file balanced growth speed at current time=[(when second
Interval between the moment of the file rate of rise at quarter × second and the first moment)+(the file rate of rise at current time × current
Interval between moment and the second moment)] ÷ (interval+current time and the second moment between the second moment and the first moment
Between interval).As described above, the second moment, the file rate of rise at current time are respectively rate_t2、rate_t0, second
Interval, current time between moment and the first moment and the interval between the second moment are respectively interval_t2、
interval_t0, then the file balanced growth speed at current time be：
rate_avg_t0=[(rate_t2×interval_t2)+(rate_t0×interval_t0)]÷
(interval_t2+interval_t0)。
Next, the 3rd determining module 230 can according to the file balanced growth speed at the current time, it is determined that
The overstocked threshold value at current time.
According to the exemplary embodiment of the present invention, the file balanced growth speed at the overstocked threshold value=current time at current time
Rate × overstock coefficient, wherein the overstocked coefficient determines according to the file balanced growth speed at the current time.Alternatively, product
Press coefficient stock_factor_t0Can be allowed according to determined by the file balanced growth speed at current time it is overstocked when
Between.As described above, the file balanced growth speed at current time is rate_avg_t0, then the overstocked threshold value at current time be：
limit_t0=rate_avg_t0×stock_factor_t0
Afterwards, the judge module 240 can be according to the overstocked threshold value at identified current time and current time
File amount is not sent, is judged that current time sends with the presence or absence of file and is overstock.Alternatively, the judge module 240 can sentenced
Disconnected current time, which exists, sends file overstocked alarm (for example, being sent to server 300) when file sends extruding.Alternatively, when
The preceding moment does not send file amount：
unsend_byte_t0=filesize_t0–offset_t0,
Wherein offset is to have sent file amount current time.
According to the exemplary embodiment of the present invention, in the product for not sending file amount and being more than the current time at current time
In the case of pressing threshold value, the judge module 240 may determine that current time has file transmission and overstock.As described above, work as
unsend_byte_t0More than limit_t0In the case of, the judge module 240 judges current time t0File be present and send product
Pressure.
As described above, overstocking, threshold value is directly proportional to overstocked coefficient, and it is the file according to the current time to overstock coefficient
Determined by balanced growth speed, it is achieved thereby that the dynamic adjustment of threshold value.Alternatively, the judge module 240 can be advance
Fixed overstocked threshold value is selected, is overstock to judge whether that file is sent.Alternatively, the judge module 240 can also make
The mode being combined with fixed overstocked threshold value with the overstocked threshold value of dynamic, overstock to judge whether that file is sent；For example, working as
The file amount that do not send at preceding moment is more than fixed overstocked threshold value and in the case that dynamic overstocks both threshold values, the judge module
240 may determine that file transmission be present overstocks；If current time do not send file amount be merely greater than fixed overstocked threshold value and
In the case that dynamic overstocks one of threshold value, then the judge module 240 may determine that to send in the absence of file and overstock.
According to the third aspect of the invention we, additionally provide a kind of file that monitors and send overstocked method 400, applied to distribution
Formula message system.
Fig. 3 shows the schematic flow sheet for the method 400 that monitoring file transmission according to this embodiment of the invention is overstock.
As shown in figure 3, monitoring file, which sends overstocked method 400, starts from step S410：Obtain file and send situation daily record,
And according to the daily record, determine the file size to be sent at the first moment and current time.
According to an embodiment of the invention, it is alternatively possible to obtain data clustering corresponding to all agent's processes
(cluster) and data file (datafile), and according to data file, transmission situation day is obtained from local gdbm files
Will.Alternatively, it is also possible to file is obtained from coordination side (Zookeeper) sends situation daily record.
Alternatively, according to the daily record, the first moment t is determined1With current time t0File size to be sent, be respectively
filesize_t1And filesize_t0.Alternatively, the first moment t1Earlier than current time t0。
Referring again to Fig. 3, after step S410, step S420 is carried out：According to treating for first moment and current time
File size and the interval between current time and the first moment are sent, determines the file rate of rise at current time.
Alternatively, current time t0With the first moment t1Between interval：
interval_t0=t0-t1
According to the exemplary embodiment of the present invention, alternatively, the file rate of rise at current time=(current time treats
Send the file size to be sent at the moment of file size-the first) interval between ÷ current times and the first moment.
As described above, the file size to be sent at current time and the first moment is respectively filesize_t0With
filesize_t1, between current time and the first moment at intervals of interval_t0, then the file rate of rise at current time
For：
rate_t0=(filesize_t0-filesize_t1)÷interval_t0
As shown in figure 3, after step S420, step S430 is carried out：According to the file rate of rise at the current time, really
Determine the overstocked threshold value at current time.
According to the exemplary embodiment of the present invention, the file rate of rise at the overstocked threshold value=current time at current time ×
Coefficient is overstock, wherein the overstocked coefficient determines according to the file rate of rise at the current time.Alternatively, coefficient is overstock
stock_factor_t0It can be the overstocked time allowed according to determined by the file rate of rise at current time.As above institute
State, the file rate of rise at current time is rate_t0, then the overstocked threshold value at current time be：
limit_t0=rate_t0×stock_factor_t0
Referring again to Fig. 3, after step S430, step S440 is carried out：According to the overstocked threshold value at identified current time
And current time does not send file amount, judge that current time sends with the presence or absence of file and overstock.It is alternatively possible to judging
Current time, which exists, sends file overstocked alarm (for example, being sent to server) when file sends extruding.Alternatively, current time
Do not send file amount：
unsend_byte_t0=filesize_t0–offset_t0,
Wherein offset is to have sent file amount current time.
According to the exemplary embodiment of the present invention, alternatively, in step S440, file amount is not sent at current time
In the case of overstocked threshold value more than the current time, judge that current time has file transmission and overstock.As described above, work as
unsend_byte_t0More than limit_t0In the case of, judge current time t0There is file transmission to overstock.
As described above, overstocking, threshold value is directly proportional to overstocked coefficient, and it is the file according to the current time to overstock coefficient
Determined by rate of rise, it is achieved thereby that the dynamic adjustment of threshold value.Alternatively, in method 400, can be pre-selected fixed
Threshold value is overstock, is overstock to judge whether that file is sent.Alternatively, method 400 can also use fixed overstocked threshold value with moving
State overstocks the mode that threshold value is combined, and is overstock to judge whether that file is sent；For example, file is not sent at current time
Amount, which is more than fixed overstocked threshold value and judges in the case that dynamic overstocks both threshold values to have file to send, to be overstock；If when current
In the case that carves does not send one of the merely greater than fixed overstocked threshold value of file amount and the overstocked threshold value of dynamic, then judge file is not present
Send and overstock.
The part steps and embodiment of the above method 100 are equally applicable to method 400, will not be repeated here.
According to the fourth aspect of the invention, it is corresponding with the above method 400, there is provided a kind of file that monitors sends what is overstock
Device 500, applied to distributed information system, including the first determining module 510, the second determining module 520, the 3rd determining module
530 and judge module 540.
Fig. 4 shows that monitoring file according to this embodiment of the invention sends overstocked device 500 and server 600
Structural representation.
First, first determining module 510 can obtain file and send situation daily record, and according to the daily record, it is determined that
First moment and the file size to be sent at current time.
According to an embodiment of the invention, alternatively, first determining module 510 can obtain all agent's processes pair
The data clustering (cluster) and data file (datafile) answered, and according to data file, obtained from local gdbm files
Transmission situation daily record.Alternatively, first determining module 510 can also obtain file from coordination side (Zookeeper)
Transmission situation daily record.
Alternatively, the first moment t can be determined according to the daily record, first determining module 5101With current time t0
File size to be sent, respectively filesize_t1And filesize_t0.Alternatively, the first moment t1Earlier than current time
t0。
Then, second determining module 520 can be big according to the file to be sent at first moment and current time
Interval between small and current time and the first moment, determine the file rate of rise at current time.
Alternatively, current time t0With the first moment t1Between interval：
interval_t0=t0-t1
According to the exemplary embodiment of the present invention, alternatively, the file rate of rise at current time=(current time treats
Send the file size to be sent at the moment of file size-the first) interval between ÷ current times and the first moment.
As described above, the file size to be sent at current time and the first moment is respectively filesize_t0With
filesize_t1, between current time and the first moment at intervals of interval_t0, then the file rate of rise at current time
For：
rate_t0=(filesize_t0-filesize_t1)÷interval_t0
Next, the 3rd determining module 530 can be according to the file rate of rise at the current time, it is determined that currently
The overstocked threshold value at moment.
According to the exemplary embodiment of the present invention, the file rate of rise at the overstocked threshold value=current time at current time ×
Coefficient is overstock, wherein the overstocked coefficient determines according to the file rate of rise at the current time.Alternatively, coefficient is overstock
stock_factor_t0It can be the overstocked time allowed according to determined by the file rate of rise at current time.As above institute
State, the file rate of rise at current time is rate_t0, then the overstocked threshold value at current time be：
limit_t0=rate_t0×stock_factor_t0
Afterwards, the judge module 540 can be according to the overstocked threshold value at identified current time and current time
File amount is not sent, is judged that current time sends with the presence or absence of file and is overstock.Alternatively, the judge module 540 can sentenced
Disconnected current time, which exists, sends file overstocked alarm (for example, being sent to server 600) when file sends extruding.Alternatively, when
The preceding moment does not send file amount：
unsend_byte_t0=filesize_t0–offset_t0,
Wherein offset is to have sent file amount current time.
According to the exemplary embodiment of the present invention, alternatively, current time do not send file amount be more than it is described current
In the case of the overstocked threshold value at moment, the judge module 540 judges that current time has file transmission and overstock.As described above,
Work as unsend_byte_t0More than limit_t0In the case of, the judge module 540 judges current time t0File transmission be present
Overstock.
As described above, overstocking, threshold value is directly proportional to overstocked coefficient, and it is the file according to the current time to overstock coefficient
Determined by rate of rise, it is achieved thereby that the dynamic adjustment of threshold value.Alternatively, the judge module 540 can be pre-selected
Fixed overstocked threshold value, overstock to judge whether that file is sent.Alternatively, the judge module 540 can also use solid
Constant volume presses the mode that threshold value is combined with the overstocked threshold value of dynamic, is overstock to judge whether that file is sent；For example, when current
In the case that carves does not send file amount more than both fixed overstocked threshold value and the overstocked threshold value of dynamic, the judge module 540 is sentenced
Breaking, it is overstocked file transmission to be present；If the merely greater than fixed overstocked threshold value of file amount and the overstocked threshold of dynamic are not sent at current time
In the case of one of value, the judge module 540 then judges file is not present and sends to overstock.
The part of module and embodiment of said apparatus 200 are equally applicable to device 500, will not be repeated here.
Overstocked method and apparatus are sent the invention provides above-mentioned monitoring file.According to an embodiment of the invention, can be with
The overstocked threshold value at current time is determined according to the file balanced growth speed at current time or file rate of rise, and is passed through
Monitoring current time does not send file amount, the file with different transmission rates can be monitored, with to different texts
Part sets different overstocked threshold values, the overstocked threshold value that can be alarmed according to local file size and rate of rise adjust automatically, and
And carry out realizing the dynamic adjustment of overstocked threshold value when business datum transmission rate changes, avoid continually send it is unnecessary
Alarm, and can effectively monitor file and overstock situation, considerably improve the efficiency of file transmission.
Method and apparatus are not inherently related to any certain computer, virtual system or miscellaneous equipment provided herein.
Various general-purpose systems can also be used together with teaching based on this.As described above, required by constructing this kind of device
Structure be obvious.In addition, the present invention is not also directed to any certain programmed language.It should be understood that it can utilize various
Programming language realizes the content of invention described herein, and the description done above to language-specific is to disclose this hair
Bright preferred forms.
In the specification that this place provides, numerous specific details are set forth.It is to be appreciated, however, that the implementation of the present invention
Example can be put into practice in the case of these no details.In some instances, known method, structure is not been shown in detail
And technology, so as not to obscure the understanding of this description.
Similarly, it will be appreciated that in order to simplify the disclosure and help to understand one or more of each inventive aspect,
Above in the description to the exemplary embodiment of the present invention, each feature of the invention is grouped together into single implementation sometimes
In example, figure or descriptions thereof.However, the method for the disclosure should be construed to reflect following intention：I.e. required guarantor
The application claims of shield features more more than the feature being expressly recited in each claim.More precisely, such as right
As claim reflects, inventive aspect is all features less than single embodiment disclosed above.Therefore, it then follows tool
Thus claims of body embodiment are expressly incorporated in the embodiment, wherein the conduct of each claim in itself
The separate embodiments of the present invention.
Those skilled in the art, which are appreciated that, to be carried out adaptively to the module in the device in embodiment
Change and they are arranged in one or more devices different from the embodiment.Can be some modules in embodiment
A module or unit or component are combined into, and multiple submodule or subelement or sub-component can be divided into addition.
In addition at least some in such feature and/or process or module exclude each other, any combinations pair can be used
All features and so disclosed any method disclosed in this specification (including adjoint claim, summary and accompanying drawing)
Or all processes or unit of equipment are combined.Unless expressly stated otherwise, this specification (including adjoint right will
Ask, make a summary and accompanying drawing) disclosed in each feature can be replaced by providing identical, equivalent or similar purpose alternative features.
In addition, it will be appreciated by those of skill in the art that although some embodiments described herein include other embodiments
In included some features rather than further feature, but the combination of the feature of different embodiments means in of the invention
Within the scope of and form different embodiments.For example, in detail in the claims, embodiment claimed it is one of any
Mode it can use in any combination.
Each device embodiment of the present invention can be realized with hardware, or to be run on one or more processor
Software module realize, or realized with combinations thereof.It will be understood by those of skill in the art that it can use in practice
Microprocessor or digital signal processor (DSP) realize some or all moulds in device according to embodiments of the present invention
The some or all functions of block.The present invention is also implemented as the part or complete for performing method as described herein
The program of device (for example, computer program and computer program product) in portion.Such program for realizing the present invention can store
On a computer-readable medium, or can the form with one or more signal.Such signal can be from internet
Download and obtain on website, either provide on carrier signal or provided in the form of any other.
It should be noted that the present invention will be described rather than limits the invention for above-described embodiment, and ability
Field technique personnel can design alternative embodiment without departing from the scope of the appended claims.In the claims,
Any reference symbol between bracket should not be configured to limitations on claims.Word "comprising" or " comprising " are not arranged
Except element or step not listed in the claims being present.Word "a" or "an" before element does not exclude the presence of more
Individual such element.The present invention can be by means of including the hardware of some different elements and by means of properly programmed calculating
Machine is realized.In if the unit claim of equipment for drying is listed, several in these devices can be by same
Hardware branch embodies.The use of word first, second, and third does not indicate that any order.Can be by these word solutions
It is interpreted as title.
A1. a kind of file that monitors sends overstocked method, and applied to distributed information system, methods described includes：
Obtain file and send situation daily record, and according to the daily record, determine the first moment, the second moment and current time
File size to be sent；
According to the file size to be sent at first moment, the second moment and current time and it is described first when
Carve, the interval between the second moment and current time, determine the file balanced growth speed at current time；
According to the file balanced growth speed at the current time, the overstocked threshold value at current time is determined；And
File amount is not sent according to the overstocked threshold value at identified current time and current time, judges current time
Send and overstock with the presence or absence of file.
A2. the method as described in claim A1, wherein it is described according to first moment, the second moment and it is current when
The file size to be sent and the interval between first moment, the second moment and current time carved determine current time
File balanced growth speed the step of include：
According to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Interval, determine the file rate of rise at the second moment；
According between second moment and the file size to be sent at current time and current time and the second moment
Interval, determine the file rate of rise at current time；And
According to the file rate of rise and the first moment at the file rate of rise at second moment and current time,
Interval between second moment and current time, determine the file balanced growth speed at current time.
A3. the method as described in claim A2, wherein：
The file rate of rise at the second moment=(text to be sent at the moment of file size-the first to be sent at the second moment
Part size) interval between the second moment of ÷ and the first moment；
The file rate of rise at the current time=(text to be sent at the moment of file size-the second to be sent at current time
Part size) interval between ÷ current times and the second moment.
A4. the file balanced growth speed of the method as described in claim A2, wherein current time=
[(interval between the moment of the file rate of rise at the second moment × second and the first moment)+
(the file rate of rise at current time × interval) between current time and the second moment] ÷
(interval between interval+current time and the second moment between the second moment and the first moment).
A5. the overstocked threshold value of the method as described in any one of claim A1 to A4, wherein current time=current
The file balanced growth speed at moment × overstock coefficient, wherein the overstocked coefficient averagely increases according to the file at the current time
Long speed determines.
A6. the method as described in any one of claim A1 to A4, wherein when current determined by the basis
The overstocked threshold value and the file amount that do not send at current time carved judge that current time sends overstocked step with the presence or absence of file
In,
In the case of the overstocked threshold value for not sending file amount and being more than the current time at current time, when judging current
There is file transmission quarter to overstock.
B7. a kind of file that monitors sends overstocked device, and applied to distributed information system, described device includes：
First determining module, situation daily record is sent for obtaining file, and according to the daily record, determine the first moment, the
Two moment and the file size to be sent at current time；
Second determining module is big for the file to be sent according to first moment, the second moment and current time
Interval between small and described first moment, the second moment and current time, determines the file balanced growth at current time
Speed；
3rd determining module, for the file balanced growth speed according to the current time, determine the product at current time
Press threshold value；And
Judge module, file is not sent for the overstocked threshold value at current time and current time determined by
Amount, judge that current time sends with the presence or absence of file and overstock.
B8. the device as described in claim B7, wherein the second determining module is used for：
According to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Interval, determine the file rate of rise at the second moment；
According between second moment and the file size to be sent at current time and current time and the second moment
Interval, determine the file rate of rise at current time；And
According to the file rate of rise and the first moment at second moment and current time, the second moment and current
Interval between moment, determine the file balanced growth speed at current time.
B9. the device as described in claim B8, wherein：
The file rate of rise at the second moment=(text to be sent at the moment of file size-the first to be sent at the second moment
Part size) interval between the second moment of ÷ and the first moment；
The file rate of rise at the current time=(text to be sent at the moment of file size-the second to be sent at current time
Part size) interval between ÷ current times and the second moment.
B10. the file balanced growth speed of the device as described in claim B8, wherein current time=
[(interval between the moment of the file rate of rise at the second moment × second and the first moment)+
(the file rate of rise at current time × interval) between current time and the second moment] ÷
(interval between interval+current time and the second moment between the second moment and the first moment).
B11. the overstocked threshold value of the device as described in any one of claim B7 to B10, wherein current time=when
The file balanced growth speed at preceding moment × overstock coefficient, wherein file of the 3rd determining module according to the current time
Balanced growth speed determines the overstocked coefficient.
B12. the device as described in any one of claim B7 to B10, wherein not sending file at current time
In the case of overstocked threshold value of the amount more than the current time, the judge module judges that current time has file and sends product
Pressure.
C13. a kind of file that monitors sends overstocked method, and applied to distributed information system, methods described includes：
Obtain file and send situation daily record, and according to the daily record, determine the text to be sent at the first moment and current time
Part size；
According between first moment and the file size to be sent at current time and current time and the first moment
Interval, determine the file rate of rise at current time；
According to the file rate of rise at the current time, the overstocked threshold value at current time is determined；And
File amount is not sent according to the overstocked threshold value at identified current time and current time, judges current time
Send and overstock with the presence or absence of file.
D14. a kind of file that monitors sends overstocked device, and applied to distributed information system, described device includes：
First determining module, situation daily record is sent for obtaining file, and according to the daily record, determined for the first moment and work as
The file size to be sent at preceding moment；
Second determining module, for the file size to be sent according to first moment and current time and currently
Interval between moment and the first moment, determine the file rate of rise at current time；
3rd determining module, for the file rate of rise according to the current time, determine the overstocked threshold at current time
Value；And
Judge module, file is not sent for the overstocked threshold value at current time and current time determined by
Amount, judge that current time sends with the presence or absence of file and overstock.
Claims (12)
1. a kind of file that monitors sends overstocked method, applied to distributed information system, methods described includes：
Obtain file and send situation daily record, and according to the daily record, determine treating for the first moment, the second moment and current time
Send file size；
According to the file size to be sent at first moment, the second moment and current time and first moment,
Interval between two moment and current time, determine the file balanced growth speed at current time；
According to the file balanced growth speed at the current time, determine the overstocked threshold value at current time, wherein current time
Overstock threshold value=current time file balanced growth speed × overstock coefficient, wherein the overstocked coefficient according to it is described current when
The file balanced growth speed at quarter determines；And
File amount is not sent according to the overstocked threshold value at identified current time and current time, whether judges current time
There is file transmission to overstock.
2. the method as described in claim 1, wherein described treat according to first moment, the second moment and current time
Send file size and the interval between first moment, the second moment and current time determines the file at current time
The step of balanced growth speed, includes：
Between according to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Every determining the file rate of rise at the second moment；
Between between second moment and the file size to be sent at current time and current time and the second moment
Every determining the file rate of rise at current time；And
According to the file rate of rise and the first moment, second at the file rate of rise at second moment and current time
Interval between moment and current time, determine the file balanced growth speed at current time.
3. method as claimed in claim 2, wherein：
The file rate of rise at the second moment=(file to be sent at the moment of file size-the first to be sent at the second moment is big
It is small) interval between the second moment of ÷ and the first moment；
The file rate of rise at current time=(file to be sent at the moment of file size-the second to be sent at current time is big
It is small) interval between ÷ current times and the second moment.
4. file balanced growth speed=[(file at the second moment of method as claimed in claim 2, wherein current time
Interval between the moment of rate of rise × second and the first moment)+(file rate of rise × current time at current time and the
Interval between two moment)] ÷ is (between the interval+current time and the second moment between the second moment and the first moment
Every).
5. the method as described in any one of Claims 1-4, wherein overstocking at current time determined by the basis
Threshold value and the file amount that do not send at current time judge that current time is sent with the presence or absence of file in overstocked step,
In the case of the overstocked threshold value for not sending file amount and being more than the current time at current time, judge that current time deposits
Send and overstock in file.
6. a kind of file that monitors sends overstocked device, applied to distributed information system, described device includes：
First determining module, situation daily record is sent for obtaining file, and according to the daily record, when determining the first moment, second
Quarter and the file size to be sent at current time；
Second determining module, for the file size to be sent according to first moment, the second moment and current time, with
And the interval between first moment, the second moment and current time, determine the file balanced growth speed at current time；
3rd determining module, for the file balanced growth speed according to the current time, determine the overstocked threshold at current time
Value, wherein the file balanced growth speed at the overstocked threshold value=current time at current time × and coefficient is overstock, wherein the described 3rd
Determining module determines the overstocked coefficient according to the file balanced growth speed at the current time；And
Judge module, do not send file amount for the overstocked threshold value at current time and current time determined by, sentence
Disconnected current time sends with the presence or absence of file to be overstock.
7. device as claimed in claim 6, wherein the second determining module is used for：
Between according to the file size to be sent at first moment and the second moment and between the second moment and the first moment
Every determining the file rate of rise at the second moment；
Between between second moment and the file size to be sent at current time and current time and the second moment
Every determining the file rate of rise at current time；And
According to the file rate of rise and the first moment at second moment and current time, the second moment and current time
Between interval, determine the file balanced growth speed at current time.
8. device as claimed in claim 7, wherein：
The file rate of rise at the second moment=(file to be sent at the moment of file size-the first to be sent at the second moment is big
It is small) interval between the second moment of ÷ and the first moment；
The file rate of rise at current time=(file to be sent at the moment of file size-the second to be sent at current time is big
It is small) interval between ÷ current times and the second moment.
9. file balanced growth speed=[(file at the second moment of device as claimed in claim 7, wherein current time
Interval between the moment of rate of rise × second and the first moment)+(file rate of rise × current time at current time and the
Interval between two moment)] ÷ is (between the interval+current time and the second moment between the second moment and the first moment
Every).
10. the device as described in any one of claim 6 to 9, wherein the file amount that do not send at current time is more than institute
In the case of the overstocked threshold value for stating current time, the judge module judges that current time has file transmission and overstock.
11. a kind of file that monitors sends overstocked method, applied to distributed information system, methods described includes：
Obtain file and send situation daily record, and according to the daily record, determine that the file to be sent at the first moment and current time is big
It is small；
Between between first moment and the file size to be sent at current time and current time and the first moment
Every, the file rate of rise at current time is determined, wherein, the file rate of rise=(current time at the current time
File size to be sent-first moment file size to be sent) described in ÷ between current time and the first moment
Interval；
According to the file rate of rise at the current time, the overstocked threshold value at current time is determined, wherein current time is overstocked
The file rate of rise at threshold value=current time × overstock coefficient, wherein file of the overstocked coefficient according to the current time
Rate of rise determines；And
File amount is not sent according to the overstocked threshold value at identified current time and current time, whether judges current time
There is file transmission to overstock.
12. a kind of file that monitors sends overstocked device, applied to distributed information system, described device includes：
First determining module, situation daily record is sent for obtaining file, and according to the daily record, determine the first moment and it is current when
The file size to be sent carved；
Second determining module, for according to first moment and the file size to be sent at current time and current time
With the interval between the first moment, the file rate of rise at current time is determined, wherein, the file at the current time increases speed
Rate=(file size to be sent at the file size to be sent at the current time-first moment) current time described in ÷
With the interval between the first moment；
3rd determining module, for the file rate of rise according to the current time, the overstocked threshold value at current time is determined, its
The file rate of rise at the overstocked threshold value=current time at middle current time × overstock coefficient, wherein the overstocked coefficient is according to institute
The file rate of rise for stating current time determines；And
Judge module, do not send file amount for the overstocked threshold value at current time and current time determined by, sentence
Disconnected current time sends with the presence or absence of file to be overstock.
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| CN111290908A (en) * | 2020-01-15 | 2020-06-16 | 四川万益能源科技有限公司 | Kafka data consumption backlog condition monitoring and alarming method |
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| CN1953351A (en) * | 2005-10-21 | 2007-04-25 | 国际商业机器公司 | Method and apparatus for adaptive bandwidth control with a bandwidth guarantee |
| CN101984415A (en) * | 2010-11-02 | 2011-03-09 | 中兴通讯股份有限公司 | Method and device for setting monitoring index threshold |
| CN102609532A (en) * | 2012-02-15 | 2012-07-25 | 大唐移动通信设备有限公司 | Method and device for monitoring file directory |
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| US6934253B2 (en) * | 1998-01-14 | 2005-08-23 | Alcatel | ATM switch with rate-limiting congestion control |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1953351A (en) * | 2005-10-21 | 2007-04-25 | 国际商业机器公司 | Method and apparatus for adaptive bandwidth control with a bandwidth guarantee |
| CN101984415A (en) * | 2010-11-02 | 2011-03-09 | 中兴通讯股份有限公司 | Method and device for setting monitoring index threshold |
| CN102609532A (en) * | 2012-02-15 | 2012-07-25 | 大唐移动通信设备有限公司 | Method and device for monitoring file directory |
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Effective date of registration: 20220725 Address after: Room 801, 8th floor, No. 104, floors 1-19, building 2, yard 6, Jiuxianqiao Road, Chaoyang District, Beijing 100015 Patentee after: BEIJING QIHOO TECHNOLOGY Co.,Ltd. Address before: 100088 room 112, block D, 28 new street, new street, Xicheng District, Beijing (Desheng Park) Patentee before: BEIJING QIHOO TECHNOLOGY Co.,Ltd. Patentee before: Qizhi software (Beijing) Co.,Ltd. |