CN103529920A - Method, device and system for powering on and powering off micro-server modularized assembly - Google Patents
Method, device and system for powering on and powering off micro-server modularized assembly Download PDFInfo
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- CN103529920A CN103529920A CN201310450816.XA CN201310450816A CN103529920A CN 103529920 A CN103529920 A CN 103529920A CN 201310450816 A CN201310450816 A CN 201310450816A CN 103529920 A CN103529920 A CN 103529920A
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Abstract
The embodiment of the invention discloses a method, device and system for powering on and powering off a micro-server modularized assembly in a batched mode. Resource partitions are obtained through division conducted in advance, primary power supplies of the resource partitions are controlled to be powered on or powered off through a slowly-started circuit module, states of modules in all the resource partitions are monitored, and the resource partitions which meet requirements are controlled to be powered on or powered off in a preset time period. The resource partitions are controlled to be connected with or disconnected from the primary power supplies respectively, and the time interval between the powering on moment and the powering off moment, the number of the powered-on resource partitions and the number of the powered-off resource partitions are refined. The states of the resource partitions are monitored, the powering on request and the powering off request are processed, and therefore the power consumption of the whole machine is monitored and distributed, and time for conducting powering off is further shortened on the basis that impact on the primary power supplies and impact on an external power grid are reduced.
Description
Technical field
The present invention relates to microserver field, in particular, relate to a kind of method, device and electronic equipment based on the power-on and power-off of microserver modular assembly.
Background technology
Along with the development of internet web application and large data, the application scenarios of microserver is more and more; Microserver is a kind of Novel server system, and it has the density higher than blade server, and energy consumption is also lower simultaneously.It is a kind of than small server less microminiature server also.In recent years, along with constantly bringing forth new ideas of processor technology, low power processor has all presented multinucleation situation, adopts the microserver of this more low-power consumption microprocessor, also progresses into people's the visual field.
The development of server cluster causes its density for node deployment more and more higher, particularly along with the development of microserver, the power consumption of single node is more and more less, the density of node is also more and more higher, while is more and more to the load capacitance of its output terminal of primary power source of its power supply, and while causing powering on, transient load is increasing.
Transient peak electric current large in the above-mentioned process powering on can produce larger impact to primary power source, and then affects the serviceable life of primary power source, and electrical network brings larger impact to external world simultaneously.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of methods, devices and systems based on the power-on and power-off of microserver modular assembly, to overcome the large transient peak electric current that prior art produced in carrying out power up, primary power source and extraneous electrical network is produced to the problem of greater impact.
For achieving the above object, the invention provides following technical scheme:
The method powering on based on microserver system modular assembly, comprising:
Connect one by one the circuit module that delayed in M the resource partitioning of dividing in advance, make described resource partitioning connect primary power source, the value of described M is to be more than or equal to 1 integer;
Idle condition in described resource partitioning is carried out to state initialization;
Detect described in each state of modules in resource partitioning and whether meet the requirement that powers on, to not meeting the resource partitioning requiring that powers on, after the first Preset Time, repeat this detection;
In the first Preset Time section, to meeting the resource partitioning that powers on and require, power on one by one.
The corresponding above-mentioned system based on the microserver system modular assembly powering method regulation device that powers on, comprising:
Connect module, connect one by one the circuit module that delayed in M the resource partitioning of dividing in advance, make described resource partitioning connect primary power source, the value of M is to be more than or equal to 1 integer;
Initialization module, carries out state initialization for the idle condition in described resource partitioning;
State detection module for detection of the whether satisfied requirement that powers on of state of modules in resource partitioning described in each, and repeats state-detection to not meeting the resource partitioning requiring that powers on after the first Preset Time;
Upper electric control module, for the resource partitioning to the satisfied requirement that powers in the first Preset Time section, powers on one by one.
A method based on electricity under microserver system modular assembly, comprising:
The type of the lower electricity request that judgement issues;
While instantly feeling like jelly lower electricity request:
Whether the modules in the resource partitioning of detection in power-up state meets lower electric requirement, if do not meet and repeat this detection after the second Preset Time;
If meet, electricity under the resource partitioning of in the second Preset Time section, electricity under meeting being asked;
When under issuing pressure, electricity is asked, electric to receiving under the resource partitioning that under described pressure, electricity is asked in the second Preset Time section;
Cut off one by one the circuit module that delayed in described resource partitioning, described resource partitioning and primary power source are disconnected.
Electric regulation device under the corresponding above-mentioned system based on method for electrically under microserver system modular assembly, comprising:
Judge module, for judging the type of the lower electricity request issuing;
Soft lower electric module, the soft lower electricity request obtaining for receiving described judge module judgement, start detection module;
Whether described detection module, meet lower electricity request for detection of the modules in the resource partitioning in power-up state, if do not meet and repeat this detection after the second Preset Time; If meet, start lower electric module;
Force lower electric module, for receiving described judge module, judge electricity request under the pressure obtaining, start described lower electric module;
Described lower electric module, in the second Preset Time section to meeting electricity under the resource partitioning that lower electricity requires, and in the second Preset Time section to receiving electricity under the resource partitioning of electricity request under described pressure;
Disconnect module, for cutting off one by one the circuit module that delayed of described resource partitioning, described resource partitioning and primary power source are disconnected.
A system based on microserver system modular assembly, comprising: the system described above electric regulation device under regulation device and system described above that powers on;
With the described system primary power source that electric regulation device is connected under regulation device and described system that powers on;
A plurality of resource partitionings, at least have one and have delayed circuit module and the described system regulation device that powers on and be connected with electric regulation device under described system in described resource partitioning.
Known via above-mentioned technical scheme, compared with prior art, the embodiment of the invention discloses the methods, devices and systems of a kind of microserver modular assembly power-on and power-off.By dividing in advance M resource partitioning, in connecting one by one M resource partitioning delayed circuit module time, make this resource partitioning also connect one by one primary power source, and by the condition monitoring to the module in each resource partitioning, the control that the resource partitioning satisfying condition is powered in Preset Time section.By to having delayed the control of circuit module, can control the break-make between resource partitioning and primary power source, and control powering on of resource partitioning in Preset Time section, thereby realize the object reducing primary power source and the impact of extraneous electrical network.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skills, do not paying under the prerequisite of creative work, other accompanying drawing can also be provided according to the accompanying drawing providing.
Fig. 1 is the disclosed a kind of method flow diagram powering on based on microserver system modular assembly of the embodiment of the present invention one;
Fig. 2 be the disclosed detection of the embodiment of the present invention two described in each in resource partitioning the state of modules whether meet the process flow diagram that powers on and require;
Fig. 3 is the disclosed a kind of method flow diagram based on electricity under microserver system modular assembly of the embodiment of the present invention three;
Fig. 4 is the process flow diagram whether modules in the resource partitioning of the disclosed detection of the embodiment of the present invention four in power-up state meets lower electricity request;
Fig. 5 is the disclosed a kind of regulation device structural representation that powers on based on microserver system modular assembly of the embodiment of the present invention five;
Fig. 6 is the structural representation of the disclosed state detection module in regulation device that powers on of the embodiment of the present invention five;
Fig. 7 is the disclosed a kind of lower electric regulation device structural representation based on microserver system modular assembly of the embodiment of the present invention six;
Fig. 8 is the structural representation of the detection module in the disclosed lower electric regulation device of the embodiment of the present invention six;
Fig. 9 is the disclosed a kind of system architecture schematic diagram based on microserver system modular assembly of the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
From background technology, prior art, in carrying out the process powering on to server cluster, can cause larger impact to primary power source and extraneous electrical network.Thus, the following embodiment of the present invention provides a kind of method based on the power-on and power-off of microserver modular assembly, in carrying out power up, by the control of having delayed circuit module in the resource partitioning of dividing in advance, realize the control of break-make between corresponding resource partitioning and primary power source, and by the condition monitoring to this resource partitioning inner module, the resource partitioning satisfying condition is carried out in Preset Time section to the control at power-on and power-off number and interval, thereby realize, reduce the impact to primary power source and extraneous electrical network in power up.Specifically by following examples, be elaborated.
Embodiment mono-
Refer to accompanying drawing 1, for the embodiment of the present invention one discloses a kind of method flow diagram powering on based on microserver system modular assembly, mainly comprise the following steps:
Step S101, connects the circuit module that delayed in M the resource partitioning of dividing in advance one by one, makes corresponding described resource partitioning connect primary power source;
In step S101, by total line traffic control to being that the circuit module that delayed in a plurality of resource partitionings is controlled according to tree structure by microserver system modular component clustering in advance.Total M of the resource partitioning divided, at least comprises one and has delayed circuit module in each resource partitioning, and set up that each resource partitioning comprises with it delayed associated between circuit module, the value of M is to be more than or equal to 1 integer.It should be noted that, in a resource partitioning, comprise a plurality ofly while having delayed circuit module, set up respectively this resource partitioning and delayed the associated of circuit module with each.
The above-mentioned mode that microserver system module assembly is divided in advance adopts tree structure, usining each resource partitioning divides as limb, in each resource partitioning, comprise a plurality of modules, this module at least comprises: delayed circuit module, radiating resource module, computer module, input/output module and memory module.
Based on the above-mentioned resource partitioning of dividing in advance, follow-up, power in processing procedure, can be according to formed tree-shaped management framework and tree-shaped power division framework, and the become more meticulous process of power-on and power-off of controlled resource partitioning.
Step S102, carries out state initialization to the idle condition in described resource partitioning;
In step S102, by the idle condition of each resource partitioning is carried out to state initialization, comprise the situation in place of the modules of resource partitioning inside and health condition are carried out to initialization, the state of standby subsequent detection module.Idle condition described here refers to the S5 processing for power supply, i.e. Stanby state, and only when Stanby state, primary power source can power on.
Step S103, whether the state of modules in resource partitioning that detects described in each meets the requirement that powers on; If not, perform step S104; If so, perform step S105;
Step S104 returns to execution step S103 after the first Preset Time;
Step S105 to meeting the resource partitioning that powers on and require, powers on one by one in the first Preset Time section;
In step S103, based in above-mentioned steps S102, the idle condition in resource partitioning being carried out, after initialization, the state of the modules of its inside being detected, if meeting to power on, it requires to perform step S105, if do not met, perform step S104.
In step S104, if the state of the modules in the resource partitioning of current detection does not meet the requirement that powers on, after waiting for the first Preset Time, again detect the modules in this resource partitioning, if still do not meet, again after waiting for the first Preset Time, again detect, until the state of the modules in this resource partitioning of current detection meets the requirement that powers on.Wherein, the first Preset Time can carry out as the case may be pre-configured or set.
In step S105, in the first Preset Time section, to meeting the resource partitioning requiring that powers on, power on one by one.The value of this first Preset Time section also can be carried out as the case may be pre-configured or be set.
It should be noted that, in the embodiment of the present invention one, provide a preferred disposition or assignment procedure: the value of this first Preset Time section is relevant to the data of resource partitioning.In the situation that meet the product of first value of Preset Time section and the value M of resource partitioning, be less than the customer experience satisfactory value obtaining through training, the value of the first Preset Time section is configured or is set.The embodiment of the present invention one is not limited in this.
Wherein, the customer experience satisfactory value obtaining through training sample is: the value for power-on and power-off time of whole microserver cluster within client's tolerance.Its based on principle be: the processing resource dependency of the size of the number of resource partitioning and system, resource partitioning very little, for primary power source and extraneous grid stress, reduce limited, therefore in the process of carrying out resource partitioning, need to consider the stress intensity of primary power source and extraneous electrical network, and when carrying out the configuration of the first Preset Time section, preferably situation, for to be configured on the number of partitions basis of resource partitioning, avoids the first Preset Time long, affects customer experience.Which is the comparatively preferred scheme of the embodiment of the present invention one, and the embodiment of the present invention one is not limited in this.
It should be noted that, in the invention described above embodiment mono-, the value of disclosed the first Preset Time and the first Preset Time section can be identical, also can be different.
By carrying out the invention described above embodiment mono-a kind of disclosed method powering on based on microserver system modular assembly, by having delayed the one by one control of circuit module to the resource partitioning of dividing in advance, the connection that realize between resource partitioning and primary power source at interval is in batches controlled, and the monitoring state to the module in this resource partitioning, in the default time period, to meeting the resource partitioning requiring that powers on, power on, by said process, control power on data and the interval of resource partitioning, thereby avoid the appearance of transient peak electric current, realize and reduce the impact to primary power source and extraneous electrical network in power up.
Embodiment bis-
On the basis of the invention described above embodiment mono-, after carrying out the step S105 shown in above-mentioned accompanying drawing 1, also comprise, executive logging completes the resource partitioning powering on and powers on the required time, upgrades this step of buffer status that powers on.
On the basis of the invention described above embodiment mono-, for the circuit module that delayed in the resource partitioning of connecting one by one M division in advance performed in the step S101 shown in accompanying drawing 1, make corresponding described resource partitioning connect primary power source, its concrete implementation can be adopted in two ways.
The first, connects the circuit module that delayed in described resource partitioning in order successively based on the time interval, makes corresponding described resource partitioning delay circuit module and connects primary power source.
The second, connects the circuit that delayed in described resource partitioning in any order one by one based on the time interval, makes the corresponding described circuit module resource subregion connection primary power source that delay.
Above-mentioned to connect one by one the described time interval of having delayed between circuit module be fixed value, or be dynamic-configuration value.
As described in first kind of way, it connects the mode of delay circuit module is according to the identical time interval, and circuit module has been delayed in connection sequentially, thereby makes this resource partitioning that has delayed circuit module place also under the identical time interval, connect primary power source.
Or the mode that circuit module has been delayed in its connection is: according to the dynamic time interval, circuit module has been delayed in the connection of order, thereby makes this resource partitioning that has delayed circuit module place also connect primary power source under this dynamic time interval.This dynamic time interval refers to, in connecting in turn the process of having delayed circuit module, the set in the whole time interval can consist of the identical time interval of part, also can consist of the diverse time interval.That is to say, its concrete value can in the light of actual conditions configure dynamically.
As described in second method, the difference of itself and first method is only that second method is random order connecting aspect the order of having delayed circuit module, for instance, if be numbered 1,2,3 and 4 totally 4 delayed circuit module, connect the order delay circuit module and according to numbering description can be: 1,3,4 and 2; Or, 1,2,3 and 4; Or 4,1,3 and 2 etc. random orders.Correspondingly, this has delayed order that the resource partitioning at circuit module place and primary power source connect and to have delayed circuit module identical.
On the basis of the invention described above embodiment mono-, for detection performed in attached step S103 illustrated in fig. 1 described in each in resource partitioning the state of modules whether meet and power on the concrete implementation that requires as shown in Figure 2, mainly comprise the following steps:
Step S201, for each resource partitioning, detects modules in described resource partitioning whether in place and in health status; If not in place and/or in unhealthy condition, perform step S202; If in place and in health status, perform step S204;
Step S202, a certain module in the described resource partitioning detecting is in place and/or during in unhealthy condition, carries out whether the not in place and/or described module in unhealthy condition of arbitration decision is the current module that must carry out; If so, perform step S203, if not, perform step S204.
Step S203, judges that the resource partitioning at described module place does not meet the requirement that powers on;
In step S202, the state of a certain module in the resource partitioning of current detection occurs not in place, or in unhealthy, or do not meet in place and when unhealthy condition simultaneously, now carry out arbitration, according to default arbitration mechanism, judge, whether current not in place the and/or module in unhealthy condition detecting can impact powering on, that is to say, whether be the current module that must carry out, if not, perform step S204, if so, perform step S203.
For example: it is necessary module that current system requires radiating resource module and memory module, and input/output module is when can share by exchange system and other modules, the predeterminable memory module of default arbitration mechanism, radiating module, when not in place or unhealthy condition, do not allow to power on; When defeated people's output module is during in not in place or unhealthy condition, allow to power on.The embodiment of the present invention does not limit default arbitration mechanism, can carry out setting in advance according to practical application scene.
Step S204, determines that described resource partitioning meets the requirement that powers on.
The process providing based on above-mentioned accompanying drawing 2, when being positioned at the module of described resource partitioning, comprise: delayed circuit module, radiating resource module, computer module, when input/output module and memory module, it carries out the step S202 shown in accompanying drawing 2, a certain module in described resource partitioning do not detected in place and/or when unhealthy condition, do not carry out arbitration decision in place and/or whether be the current module that must carry out in the described module place of unhealthy condition resource partitioning, comprising:
In place and/or during in health status when described input/output module or described memory module being detected, described computer module is in place and/or in unhealthy condition, arbitrate according to default arbitration known, computer module is inessential module, and described resource partitioning meets the requirement that powers on;
When detecting, described radiating resource module is in place and/or in unhealthy condition, arbitrates according to default arbitration knownly, and radiating resource module is necessary module, and described resource partitioning does not meet the requirement that powers on.
By the disclosed a kind of powering method based on microserver system module assembly of the invention described above embodiment bis-, by to modular in microserver system, delayed circuit module, computer module, memory module, IO(IN/OUT, input and output) module, radiating resource module are carried out subregion, form corresponding resource partitioning, and this resource partitioning is controlled power up according to the number that powers on of default power-on time interval and resource partitioning, to reduce the impact to primary power source and extraneous electrical network.
In addition, by bus, the circuit module that delayed in resource partitioning is controlled, the break-make realizing between resource partitioning and primary power source is controlled; And by the monitoring to resource partitioning inner module state, the request of powering on is processed, and realizes monitoring and the distribution of Overall Power Consumption, the processing becoming more meticulous by above-mentioned multiple module can, meeting on the basis of primary power source stress demand, reduce power-on time simultaneously.
Embodiment tri-
Disclosed powering method in the corresponding the invention described above embodiment mono-of the embodiment of the present invention three and the embodiment of the present invention two, also discloses a kind of method based on electricity under microserver system modular assembly, as shown in Figure 3, mainly comprises the following steps:
Step S301, the type of the lower electricity request that judgement issues; If soft lower electricity request, performs step S302 to step S304, if force lower electricity request, perform step S305;
In step S301, different for the type of judged lower electricity request, carry out different operations.When the lower electricity request issuing is soft lower electricity request, carry out the step S302 of the soft lower electricity operation of corresponding correspondence to step S304; When the lower electricity request issuing is while forcing lower electricity request, the corresponding corresponding step S305 that forces lower electric operation of execution.
Step S302, whether the modules detecting in the resource partitioning in power-up state meets lower electricity request, if do not met, performs step S303, if met, performs step S304;
Step S303 returns to execution step S302 after the second Preset Time;
Step S304, electric to meeting under lower electric resource partitioning of asking in the second Preset Time section;
In step S303, if the discontented foot electricity of the state of the modules in the resource partitioning of current detection request, after waiting for the second Preset Time, again detect the modules in this resource partitioning, if still do not meet, again after waiting for the second Preset Time, again detect, until the state of the modules in this resource partitioning of current detection meets lower electric requirement.Wherein, the second Preset Time can carry out as the case may be pre-configured or set.
Step S305, electric to receiving under the resource partitioning that under described pressure, electricity is asked in the second Preset Time section;
In step S305, the value of this second Preset Time section also can be carried out as the case may be pre-configured or be set.
It should be noted that, the mode of above-mentioned configuration the second Preset Time and the second Preset Time section can be with reference to the mode of disclosed the first Preset Time and the first Preset Time section in the embodiment of the present invention two, and both values can be the same or different.
Step S306, cuts off the circuit module that delayed in described resource partitioning one by one, and described resource partitioning and primary power source are disconnected.
In step S306, for lower electric resource partitioning, cut off wherein delay being communicated with of circuit module and primary power source, make the primary power source disconnection of this resource partitioning and connection before.
By carrying out a kind of disclosed method based on electricity under microserver system modular assembly of the invention described above embodiment tri-, soft lower electricity is provided and forces electric mode under lower electric two kinds, the same corresponding above-mentioned process powering on also adopts interval in batches to realize the lower electricity of resource partitioning, and and primary power source between disconnection control, and the monitoring state to the module in this resource partitioning, in the default time period, to meeting the resource partitioning of lower electricity requirement, carry out lower electricity, itself and above-mentioned power up are echoed mutually.
Embodiment tetra-
On the basis of the invention described above embodiment tri-, after carrying out the step S306 shown in above-mentioned accompanying drawing 3, also comprise, executive logging completes resource partitioning and the lower required time of electricity of lower electricity, upgrades lower this step of electric buffer status.
On the basis of the invention described above embodiment tri-, for performed cutting off one by one in the step S306 shown in accompanying drawing 3, delayed the primary power source of circuit module and the connection of described resource partitioning, its concrete implementation can be adopted in two ways.
The first, cuts off the circuit module that delayed in described resource partitioning in order successively based on the time interval, and described resource partitioning and primary power source are disconnected;
The second, cuts off the circuit module that delayed in described resource partitioning in any order one by one based on the time interval, and described resource partitioning and primary power source are disconnected;
Above-mentioned to cut off one by one the described time interval of having delayed between circuit module be fixed value, or be dynamic-configuration value.
It should be noted that, here circuit module has been delayed in cut-out to be made in the resource partitioning at its place and the process of primary power source disconnection, setting for order and the time interval, to have delayed circuit module and primary power source identical with the setting in the time interval to order with disclosed connection in the invention described above embodiment bis-, specifically can, with reference to corresponding part in the embodiment of the present invention two, no longer repeat here.
On the basis of the invention described above embodiment tri-, whether the modules in the resource partitioning for detection performed in the step S302 shown in accompanying drawing 3 in power-up state meets lower electric concrete implementation of asking as shown in Figure 4, mainly comprises the following steps:
Step S401, for each resource partitioning, whether operating system corresponding to modules detecting in described resource partitioning is finished, and it is complete whether data preserve, and if so, performs step S402, if not, performs step S403;
Step S402, determines that described resource partitioning meets lower electric requirement;
In step S402, the detection based on above-mentioned steps S401, operating system corresponding to module in the described resource partitioning detecting is all finished, and data all preserve completely, and described resource partitioning meets lower electric requirement.
Step S403, determines that described resource partitioning is less than the electric requirement of foot.
In step S403, the detection based on above-mentioned steps S401, operating system corresponding to a certain module in the described resource partitioning detecting is not finished, or data do not preserve completely, or does not both meet, and described resource partitioning is less than the electric requirement of foot.
It should be noted that, whether above-mentioned detection operating system normally closes, and whether data have kept complete operation, and while only relating to soft lower electricity, forcing lower electricity is directly to carry out lower electricity operation.
It should be noted that, by the above-mentioned break-make realizing between resource partitioning and primary power source, control; And by the monitoring to resource partitioning inner module state, carry out lower electricity request and process, realizing monitoring and the distribution of Overall Power Consumption, the processing becoming more meticulous by above-mentioned multiple module, can meet on the basis of primary power source stress demand, reduces the lower electricity time simultaneously.
Embodiment five
On the basis of the invention described above embodiment mono-and a kind of disclosed method powering on based on microserver system modular assembly of embodiment bis-, the embodiment of the present invention five correspondences disclose a kind of system based on microserver system modular assembly regulation device that powers on, as shown in Figure 5, mainly comprise: connect module 101, initialization module 102, state detection module 103 and upper electric control module 104.
Connect module 101, for connecting one by one the circuit module that delayed of M the resource partitioning of dividing in advance, make described resource partitioning connect primary power source, the value of M is to be more than or equal to 1 integer;
Initialization module 102, carries out state initialization for the idle condition in described resource partitioning;
Upper electric control module 104, for the resource partitioning to the satisfied requirement that powers in the first Preset Time section, powers on one by one.
Because system electricity regulation device on this is the corresponding device of the disclosed method of the corresponding embodiment of the present invention one, process and the principle of carrying out above-mentioned modules can, with reference to the embodiment of the present invention one, no longer repeat here.
On the disclosed system of the invention described above embodiment five powers on the basis of regulation device, this system powers on regulation device and is also provided with power-up state update module, this power-up state update module, for having recorded the resource partitioning powering on and having powered on the required time, is upgraded the buffer status that powers on.
On the disclosed system of the invention described above embodiment five powers on the basis of regulation device, connection module 101 as shown in Figure 5, can be:
Connect in turn unit, for connect successively in order the circuit module that delayed of described resource partitioning based on the time interval, make described resource partitioning connect primary power source;
Or on-unit, for connect one by one in any order the circuit module that delayed of described resource partitioning based on the time interval, makes described resource partitioning connect primary power source arbitrarily;
Also can be to connect in turn unit and the arbitrarily combination of on-unit, specifically use what kind of mode to delay circuit module, and delayed the connection of resource partitioning and the primary power source at circuit module place, can be selected arbitrarily by this system regulation device that powers on.
Wherein, the time interval of having delayed between circuit module of connecting one by one in described resource partitioning is fixed value, or is dynamic-configuration value.
On the disclosed system of the invention described above embodiment five powers on the basis of regulation device, state detection module 103 as shown in Figure 5, its concrete structure comprises as shown in Figure 6: state detection unit 1031, the first confirmation units 1032, arbitration decision unit 1033 and the second confirmation unit 1034.
State detection unit 1031, be used for for each resource partitioning, detect modules in described resource partitioning whether in place and in health status, the middle modules in the described resource partitioning detecting is all in place or all in health status, carries out the first confirmation unit 1032; A certain module in the described resource partitioning detecting is in place or during in unhealthy condition, carries out arbitration decision unit 1033.The first confirmation unit 1032, for confirming that described module place resource partitioning meets the requirement that powers on;
Arbitration decision unit 1033, for judging that not in place and/or described module in unhealthy condition, whether as the current module that must carry out, if so, carries out the second confirmation unit 1034; If not, carry out the first confirmation unit 1032;
The second confirmation unit 1034, for confirming that described resource partitioning does not meet the requirement that powers on.
Because this system regulation device that powers on is the corresponding device of the disclosed method of the corresponding embodiment of the present invention two, process and the principle of carrying out above-mentioned modules can, with reference to the embodiment of the present invention two, no longer repeat here.
Based on the disclosed system of the invention described above embodiment five regulation device that powers on, can be integrated in the memory device that comprises storage medium in actual applications.Known by above description, those skilled in the art can be well understood to the mode that the application can add essential general hardware platform by software and realize.Therefore the application also provides a kind of memory device, and this memory device mainly comprises storer and the processor being connected with storer by bus.
This memory stores is carried out the initialized program of state and is controlled the program that in microserver system, each resource partitioning powers on the spatiality in resource partitioning.
This processor operation said procedure.Said procedure can comprise program code, and described program code comprises computer-managed instruction.
Processor may be a central processor CPU, or specific integrated circuit ASIC(Application Specific Integrated Circuit), or be configured to implement one or more integrated circuit of the embodiment of the present invention.
Storer may comprise high-speed RAM storer, also may also comprise nonvolatile memory (non-volatile memory), for example at least one magnetic disk memory.
This carries out the initialized program of state and controls the program that in microserver system, each resource partitioning powers on the spatiality in resource partitioning specifically can comprising:
Connect module 101, initialization module 102, state detection module 103 and upper electric control module 104.
Above-mentioned each module specific implementation can be shown in Figure 5 corresponding module, do not repeat them here.
By carrying out the invention described above embodiment five disclosed a kind of systems based on microserver system modular assembly regulation device that powers on, by having delayed the one by one control of circuit module to the resource partitioning at its place of dividing in advance, the connection that realize between resource partitioning and primary power source at interval is in batches controlled, and the monitoring state to the module in this resource partitioning, in the default time period, to meeting the resource partitioning requiring that powers on, power on, by said process, control power on data and the interval of resource partitioning, thereby avoid the appearance of transient peak electric current, realize and reduce the impact to primary power source and extraneous electrical network in power up.
In addition, by bus, to having delayed circuit module, control, the break-make realizing between resource partitioning and primary power source is controlled; And by the monitoring to resource partitioning inner module state, the request of powering on is processed, and realizes monitoring and the distribution of Overall Power Consumption, the processing becoming more meticulous by above-mentioned multiple module can, meeting on the basis of primary power source stress demand, reduce power-on time simultaneously.
Embodiment six
The invention described above embodiment tri-and embodiment tetra-disclosed a kind of based on microserver system modular assembly under on the basis of method of electricity, the embodiment of the present invention five correspondences disclose electric regulation device under a kind of system based on microserver system modular assembly, as shown in Figure 7, mainly comprise: judge module 201, soft lower electric module 202, detection module 203, forces lower electric module 204, lower electric module 205 and disconnection module 206.
Soft lower electric module 202, the soft lower electricity request obtaining for receiving described judge module 201 judgements, start detection module 203;
Whether described detection module 203, meet lower electricity request for detection of the modules in the resource partitioning in power-up state, if do not meet and repeat this detection after the second Preset Time; If meet, start lower electric module 205;
Force lower electric module 204, for receiving described judge module, judge electricity request under the pressure obtaining, start described lower electric module;
Described lower electric module 205, in the second Preset Time section to meeting electricity under the resource partitioning of lower electricity request, and in the second Preset Time section to receiving electricity under the resource partitioning of electricity request under described pressure;
Because electric regulation device under this system is the corresponding device of the disclosed method of the corresponding embodiment of the present invention three, process and the principle of carrying out above-mentioned modules can, with reference to the embodiment of the present invention three, no longer repeat here.
Under the disclosed system of the invention described above embodiment six on the basis of electric regulation device, under this system, on electric regulation device, be also provided with power-down state update module, resource partitioning and the lower electricity required time of this power-down state update module for having recorded lower electricity, upgrade lower electric buffer status.
Under the disclosed system of the invention described above embodiment six, on the basis of electric regulation device, disconnection module 206 as shown in Figure 7, can be:
Order switching units, for cut off successively in order the circuit module that delayed of described resource partitioning based on the time interval, disconnects described resource partitioning and primary power source;
Or switching units, for cut off one by one in any order the circuit module that delayed of described resource partitioning based on the time interval, disconnects described resource partitioning and the primary power source that has delayed circuit module arbitrarily.
Also can be order switching units and the combination of switching units arbitrarily, specifically use what kind of mode to delay circuit module, and corresponding disconnection of having delayed resource partitioning and the primary power source at circuit module place, can be selected arbitrarily by electric regulation device under this system.
Wherein, the time interval of having delayed between circuit module of cutting off one by one in described resource partitioning is fixed value, or is dynamic-configuration value.
Under the disclosed system of the invention described above embodiment six on the basis of electric regulation device, the detection module 203 going out as shown in Figure 7, its concrete structure comprises as shown in Figure 8: detecting unit 2031, the three confirmation units 2032 and the second confirmation unit 2033.
Detecting unit 2031, be used for for each resource partitioning, whether operating system corresponding to modules detecting in described resource partitioning is finished, it is complete whether data preserve, and operating system corresponding to module in the described resource partitioning detecting is all finished, and data are all preserved complete, carry out the 3rd confirmation unit 2032, operating system corresponding to a certain module in the described resource partitioning detecting is not finished, or data do not preserve completely, carries out the 4th confirmation unit 2033;
Described the 3rd confirmation unit 2032, for confirming that described resource partitioning meets lower electric requirement;
Described the 4th confirmation unit 2033, for confirming that described resource partitioning is less than the electric requirement of foot.
Because electric regulation device under this system is the corresponding device of the disclosed method of the corresponding embodiment of the present invention five, process and the principle of carrying out above-mentioned modules can, with reference to the embodiment of the present invention five, no longer repeat here.
Based on electric regulation device under the disclosed system of the invention described above embodiment six, can be integrated in the memory device that comprises storage medium in actual applications.Known by above description, those skilled in the art can be well understood to the mode that the application can add essential general hardware platform by software and realize.Therefore the application also provides a kind of memory device, and this memory device mainly comprises storer and the processor being connected with storer by bus.
In this memory stores control microserver system, each resource partitioning carries out the program of lower electricity.
The above-mentioned lower electric program of this processor operation.Above-mentioned lower electric program can comprise program code, and described program code comprises computer-managed instruction.
Processor may be a central processor CPU, or specific integrated circuit ASIC, or is configured to implement one or more integrated circuit of the embodiment of the present invention.
Storer may comprise high-speed RAM storer, also may also comprise nonvolatile memory, for example at least one magnetic disk memory.
The program that in this control microserver system, each resource partitioning carries out lower electricity specifically can comprise:
Above-mentioned each module specific implementation can be shown in Figure 7 corresponding module, do not repeat them here.
By the above-mentioned break-make realizing between resource partitioning and primary power source, control; And by the monitoring to resource partitioning inner module state, carry out lower electricity request and process, realizing monitoring and the distribution of Overall Power Consumption, the processing becoming more meticulous by above-mentioned multiple module, can meet on the basis of primary power source stress demand, reduces the lower electricity time simultaneously.
Based on the invention described above embodiment five and the disclosed system power-on and power-off of the embodiment of the present invention six regulation device, the embodiment of the invention also discloses a kind of system based on microserver system modular assembly, as shown in Figure 9, it mainly comprises:
The disclosed system regulation device 11 that powers in the invention described above embodiment five;
Electric regulation device 12 under disclosed system in the invention described above embodiment six;
With the described system primary power source 2 that electric regulation device 12 is connected under regulation device 11 and described system that powers on;
A plurality of resource partitionings 3, at least have one and have delayed circuit module 31 and the described system regulation device 11 that powers on and be connected with electric regulation device 12 under described system in described resource partitioning.
Wherein, the described system electric regulation device 12 under regulation device 11 and system that powers on can be integrated into a system regulation device 1.
This resource partitioning 3 comprises: at least one has delayed circuit module 31, has delayed with described the radiating resource module 32 that circuit module 31 is connected;
N with delayed circuit module 31 and be connected, there is the computing module 33 of SOS, described N gets the integer that is more than or equal to 1;
Corresponding N the input/output module 34 being connected with N described computing module 33;
Corresponding N the memory module 35 being connected with N described computing module 33.
In sum:
By carrying out a kind of disclosed method based on the power-on and power-off of microserver system modular assembly of the invention described above embodiment, Apparatus and system, by having delayed the one by one control of circuit module to the resource partitioning at its place of dividing in advance, the connection that realize between resource partitioning and primary power source at interval is in batches controlled, and the monitoring state to the module in this resource partitioning, in the default time period, to meeting the resource partitioning requiring that powers on, carry out power-on and power-off, by said process, control power-on and power-off data and the interval of resource partitioning, thereby avoid the appearance of transient peak electric current, realize and reduce the impact to primary power source and extraneous electrical network in upward and downward electric process.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and each embodiment stresses is the difference with other embodiment, between each embodiment identical similar part mutually referring to.For the disclosed device of embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part partly illustrates referring to method.
The software module that the method for describing in conjunction with embodiment disclosed herein or the step of algorithm can directly use hardware, processor to carry out, or the combination of the two is implemented.Software module can be placed in the storage medium of any other form known in random access memory (RAM), internal memory, ROM (read-only memory) (ROM), electrically programmable ROM, electrically erasable ROM, register, hard disk, moveable magnetic disc, CD-ROM or technical field.
Above-mentioned explanation to the disclosed embodiments, makes professional and technical personnel in the field can realize or use the present invention.To the multiple modification of these embodiment, will be apparent for those skilled in the art, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (19)
1. the method powering on based on microserver system modular assembly, is characterized in that, comprising:
Connect one by one the circuit module that delayed in M the resource partitioning of dividing in advance, make described resource partitioning connect primary power source, the value of described M is to be more than or equal to 1 integer;
Idle condition in described resource partitioning is carried out to state initialization;
Detect described in each state of modules in resource partitioning and whether meet the requirement that powers on, to not meeting the resource partitioning requiring that powers on, after the first Preset Time, repeat this detection;
In the first Preset Time section, to meeting the resource partitioning that powers on and require, power on one by one.
2. method according to claim 1, is characterized in that, described M the resource partitioning of dividing in advance determined based on following mode:
Microserver system modular assembly is carried out to subregion, obtain M resource partitioning;
In described resource partitioning, comprise a plurality of modules, described module at least comprises: delayed circuit module, radiating resource module, computer module, input/output module and memory module;
Set up described resource partitioning and affiliated its delayed the corresponding relation between circuit module.
3. method according to claim 1, is characterized in that, connects one by one the circuit module that delayed in M the resource partitioning of dividing in advance, makes described resource partitioning connect primary power source, comprising:
Connect successively in order the circuit module that delayed in described resource partitioning based on the time interval, make described resource partitioning connect primary power source;
Or, connect one by one in any order the circuit module that delayed in described resource partitioning based on the time interval, make described resource partitioning connect primary power source;
Wherein, connecting one by one the described time interval of having delayed between circuit module is fixed value, or is dynamic-configuration value.
4. according to the method described in any one in claim 1～3, it is characterized in that, described after powering on one by one, also comprise:
Recorded the resource partitioning powering on and powered on the required time, having upgraded the buffer status that powers on.
5. according to the method described in any one in claim 1～3, it is characterized in that, whether the state of modules in resource partitioning that detects described in each meets the requirement that powers on, and comprising:
For each resource partitioning, detect modules in described resource partitioning whether in place and in health status;
Middle modules in the described resource partitioning detecting is all in place and/or all in health status, determines that described resource partitioning meets the requirement that powers on;
A certain module in the described resource partitioning detecting is in place and/or during in unhealthy condition, carries out whether the not in place and/or described module in unhealthy condition of arbitration decision is the current module that must carry out;
If so, judge that described module place resource partitioning does not meet the requirement that powers on;
If not, judge that described module place resource partitioning meets the requirement that powers on.
6. the method based on electricity under microserver system modular assembly, is characterized in that, comprising:
The type of the lower electricity request that judgement issues;
While instantly feeling like jelly lower electricity request:
Whether the modules in the resource partitioning of detection in power-up state meets lower electric requirement, if do not meet and repeat this detection after the second Preset Time;
If meet, electricity under the resource partitioning of in the second Preset Time section, electricity under meeting being asked;
When under issuing pressure, electricity is asked, electric to receiving under the resource partitioning that under described pressure, electricity is asked in the second Preset Time section;
Cut off one by one the circuit module that delayed in described resource partitioning, described resource partitioning and primary power source are disconnected.
7. method according to claim 6, is characterized in that, cuts off one by one the circuit module that delayed in described resource partitioning, and described resource partitioning and primary power source are disconnected, and comprising:
Cut off successively in order the circuit module that delayed in described resource partitioning based on the time interval, described resource partitioning and primary power source are disconnected;
Or, cut off one by one in any order the circuit module that delayed in described resource partitioning based on the time interval, described resource partitioning and primary power source are disconnected;
Wherein, cutting off one by one the described time interval of having delayed between circuit module is fixed value, or is dynamic-configuration value.
8. according to the method described in claim 6 or 7, it is characterized in that the described circuit module that delayed cutting off one by one in described resource partitioning, after making described resource partitioning and primary power source disconnection, also comprises:
Record resource partitioning and the lower required time of electricity of lower electricity, upgraded lower electric buffer status.
9. according to power, require the method described in 6 or 7, it is characterized in that, whether the modules detecting in the resource partitioning in power-up state meets lower electric requirement, comprising:
For each resource partitioning, whether operating system corresponding to modules detecting in described resource partitioning is finished, and it is complete whether data preserve;
Operating system corresponding to module in the described resource partitioning detecting is all finished, and data all preserve completely, determines that described resource partitioning meets lower electric requirement;
Operating system corresponding to a certain module in the described resource partitioning detecting is not finished, or data do not preserve completely, determines that described resource partitioning is less than the electric requirement of foot.
10. the regulation device that powers on of the system based on microserver system modular assembly, is characterized in that, comprising:
Connect module, connect one by one the circuit module that delayed in M the resource partitioning of dividing in advance, make described resource partitioning connect primary power source, the value of M is to be more than or equal to 1 integer;
Initialization module, carries out state initialization for the idle condition in described resource partitioning;
State detection module for detection of the whether satisfied requirement that powers on of state of modules in resource partitioning described in each, and repeats state-detection to not meeting the resource partitioning requiring that powers on after the first Preset Time;
Upper electric control module, for the resource partitioning to the satisfied requirement that powers in the first Preset Time section, powers on one by one.
11. devices according to claim 10, is characterized in that, also comprise:
Power-up state update module, for having recorded the resource partitioning powering on and having powered on the required time, upgrades the buffer status that powers on.
12. according to the device described in claim 10 or 11, it is characterized in that, described connection module, comprising:
Connect in turn unit, for connect successively in order the circuit module that delayed of described resource partitioning based on the time interval, make described resource partitioning connect primary power source;
Or on-unit, for connect one by one in any order the circuit module that delayed of described resource partitioning based on the time interval, makes described resource partitioning connect primary power source arbitrarily;
Wherein, connecting one by one the described time interval of having delayed between circuit module is fixed value, or is dynamic-configuration value.
13. according to the device described in claim 10 or 11, it is characterized in that, comprising: described state detection module, comprising:
State detection unit, be used for for each resource partitioning, detect modules in described resource partitioning whether in place and in health status, the middle modules in the described resource partitioning detecting is all in place or all in health status, carries out the first confirmation unit; A certain module in the described resource partitioning detecting is in place or during in unhealthy condition, carries out arbitration decision unit;
The first confirmation unit, for confirming that described resource partitioning meets the requirement that powers on;
Arbitration decision unit, for judging that not in place and/or described module in unhealthy condition, whether as the current module that must carry out, if so, carries out the second confirmation unit; If not, carry out the first confirmation unit;
The second confirmation unit, for confirming that described module place resource partitioning does not meet the requirement that powers on.
Electric regulation device under 14. 1 kinds of systems based on microserver system modular assembly, is characterized in that, comprising:
Judge module, for judging the type of the lower electricity request issuing;
Soft lower electric module, the soft lower electricity request obtaining for receiving described judge module judgement, start detection module;
Whether described detection module, meet lower electricity request for detection of the modules in the resource partitioning in power-up state, if do not meet and repeat this detection after the second Preset Time; If meet, start lower electric module;
Force lower electric module, for receiving described judge module, judge electricity request under the pressure obtaining, start described lower electric module;
Described lower electric module, in the second Preset Time section to meeting electricity under the resource partitioning that lower electricity requires, and in the second Preset Time section to receiving electricity under the resource partitioning of electricity request under described pressure;
Disconnect module, for cutting off one by one the circuit module that delayed of described resource partitioning, described resource partitioning and primary power source are disconnected.
15. devices according to claim 14, is characterized in that, also comprise:
Power-down state update module, for having recorded resource partitioning and the lower required time of electricity of lower electricity, upgrades lower electric buffer status.
16. according to the device described in claims 14 or 15, it is characterized in that, described disconnection module, comprising:
Order switching units, for cut off successively in order the circuit module that delayed of described resource partitioning based on the time interval, disconnects described resource partitioning and primary power source;
Or switching units, for cut off one by one in any order the circuit module that delayed of described resource partitioning based on the time interval, disconnects described resource partitioning and primary power source arbitrarily;
Wherein, cutting off one by one the described time interval of having delayed between circuit module is fixed value, or is dynamic-configuration value.
17. according to the device described in claims 14 or 15, it is characterized in that, described detection module, comprising:
Detecting unit, be used for for each resource partitioning, whether operating system corresponding to modules detecting in described resource partitioning is finished, it is complete whether data preserve, and operating system corresponding to module in the described resource partitioning detecting is all finished, and data are all preserved complete, carry out the 3rd confirmation unit, operating system corresponding to a certain module in the described resource partitioning detecting is not finished, or data do not preserve completely, carries out the 4th confirmation unit;
Described the 3rd confirmation unit, for confirming that described resource partitioning meets lower electric requirement;
Described the 4th confirmation unit, for confirming that described resource partitioning is less than the electric requirement of foot.
18. 1 kinds of systems based on microserver system modular assembly, is characterized in that, comprising:
The system regulation device that powers on described in any one in claim 10～13;
Electric regulation device under system described in any one in claim 14～17;
With the described system primary power source that electric regulation device is connected under regulation device and described system that powers on;
A plurality of resource partitionings, at least have one and have delayed circuit module and the described system regulation device that powers on and be connected with electric regulation device under described system in described resource partitioning.
19. systems according to claim 18, is characterized in that, described resource partitioning comprises:
At least one has delayed circuit module;
Delayed with described the radiating resource module that circuit module is connected;
N with delayed circuit module and be connected, there is the computing module of SOS, described N gets the integer that is more than or equal to 1;
Corresponding N the input/output module being connected with N described computing module;
Corresponding N the memory module being connected with N described computing module.
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