CN106155859A - A kind of monitoring management system, information processing method and high density server - Google Patents
A kind of monitoring management system, information processing method and high density server Download PDFInfo
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Abstract
The embodiment of the present invention provides a kind of monitoring management system, information processing method and high density server, for simplifying the operation of server node in high density server and management difficulty, improves the efficiency of management to server node.This monitoring management system, including: high density server, comprise Centralized Controller, multiplexer (MUX and N number of server node, described multiplexer (MUX is connected with described Centralized Controller and described N number of server node respectively；Monitoring management terminal, is connected with described high density server by described Centralized Controller；Wherein, when described Centralized Controller makes described management and monitoring terminal connect with the first server node in described N number of server node by described multiplexer (MUX, described monitoring management terminal receives graphical display information, and generates according to described graphical display information and show and described first server node graph of a correspondence interface.
Description
Technical field
The present invention relates to electronic technology field, particularly to a kind of monitoring management system, information processing method and
High density server.
Background technology
Along with the development of data processing technique, high density server is becoming extensive portion of super large data center
The mainstream demand of administration.High density server includes multiple server node, and each server node configures
There are proprietary display chip and display interface and browser, by character Command mode or browser interface pair
Server node is managed and safeguards.
At present, each node of existing server would generally be furnished with special BMC (Baseboard
Management Controller, baseboard management controller), BMC is integrated with display chip, can directly connect
Display, keyboard, mouse receive USB, and effect is just as one computer of operation, during by remote access
Figure can also be realized show, experience similar with the mode of operation in this locality.
But, if server node density uprises, for the ease of the control of server node is managed, first
The method of kind is to configure special BMC for every node, to realize the management of remote graphics interface operation and monitoring
Server, but so will increase cost of manufacture and the design difficulty of high density server；Second method is many
Individual Node station shares a BMC chip, is the most no longer each node configuration BMC special chip, so,
Because server node does not has single display chip and display interface, management personnel can only order at terminal network
Order row accesses node server, operation complexity, and visuality is not directly perceived, and management process efficiency is relatively low.
In summary, prior art middle-high density server exists bigger to the management difficulty of server node
Technical problem.
Summary of the invention
The embodiment of the present invention provides a kind of monitoring management system, information processing method and high density server, uses
In the technology that the management difficulty to server node solving the existence of prior art middle-high density server is bigger
Problem, it is achieved simplify the operation of server node in high density server and management difficulty, improve service
The efficiency of management of device node.
A kind of monitoring management system, including:
High density server, comprises Centralized Controller, multiplexer (MUX and N number of server node, described many
Road controller is connected with described Centralized Controller and described N number of server node respectively, and N is more than or equal to 2
Integer；
Monitoring management terminal, is connected with described high density server by described Centralized Controller；
Wherein, described management and monitoring terminal and institute are made when described Centralized Controller by described multiplexer (MUX
State in N number of server node first server node connection time, described monitoring management terminal receive from
In the graphical display information of described first server node, and generate according to described graphical display information
And show and described first server node graph of a correspondence interface.
Optionally, described monitoring management terminal also includes:
Display shape library, calls corresponding with described graphical display information for described monitoring management terminal
Display figure.
Optionally, described high density server also includes:
Monitoring server device, is all connected with described N number of server node and described Centralized Controller, is used for
Monitor the operational factor of each server node in described N number of server node, and by described operational factor
Send to described Centralized Controller, so that described Centralized Controller by described operational factor and services accordingly
Device node listing sends to described monitoring management terminal.
Optionally, described high density server also includes:
Operation firmware, is positioned at each server node in described N number of server node, for gather with
The displaying information on screen of the described first server node that described monitoring management terminal connects.
A kind of information processing method, is applied to monitoring management system, and described method includes:
Monitoring management terminal in described monitoring management system sends for monitoring management system described in connection management
The first connectivity request message that the first server node in N number of server node in system is connected, its
In, N is the integer more than or equal to 2；
Centralized Controller in described monitoring management system receives described first connectivity request message, and passes through
Multiplexer (MUX in described monitoring management system sets up described management and monitoring terminal and described first server
Communication connection between node；
Described first server node generates graphic software platform letter according at least one video data of self
Breath, and described graphical display information is sent to described monitoring management terminal；
Described monitoring management terminal receives described graphical display information, and according at least one display described
Display graphic hotsopt display in data call display shape library are corresponding with described first server node
Graphic interface.
Optionally, the monitoring management terminal in described monitoring management system sends for described in connection management
The first connection request that the first server node in N number of server node in monitoring management system is connected
Before information, also include:
When the monitoring management terminal in described monitoring management system is by network interface and described monitoring management system
When Centralized Controller in system is connected, controls described Centralized Controller and send institute to described monitoring management terminal
State the server node list that the N number of server node in monitoring management system is corresponding；
Described monitoring management terminal receives described server node list, and arranges according to described server node
Table determines the first server node that will be attached management in described N number of server node, generates use
The first connectivity request message in first server node described in connection management.
Optionally, the Centralized Controller in described monitoring management system receives described first connection request letter
Breath, and set up described management and monitoring terminal with described by the multiplexer (MUX in described monitoring management system
Communication connection between first server node, specifically includes:
Centralized Controller in described monitoring management system according to receive described first connectivity request message,
Generate gating signal and send the multiplexer (MUX to described monitoring management system；
Described multiplexer (MUX enables the special of described first server node according to the described gating signal received
Connect with described Centralized Controller with interface, and send interrupt signal to described first server node；
Described first server node receives described interrupt signal, starts at least two being in idle state
Application program, sets up the communication link with described monitoring management terminal by described at least two application program
Connect；Wherein, described at least two application program includes virtual display program and virtual I/O device journey
Sequence.
Optionally, receive described interrupt signal at described first server node, start and be in idle state
At least two application program while, described method also includes:
Described virtual display program is set up and is connected with the communication of described monitoring management terminal, will be with described first
Send to described monitoring management terminal after the virtual display curtain information coding that server node is corresponding；
Described virtual I/O device program set up be connected with the communication of monitoring management terminal, reception from
At least one input and output instruction of described monitoring management terminal.
Optionally, described management and monitoring is being set up eventually by the multiplexer (MUX in described monitoring management system
After communication connection between end and described first server node, and startup is in idle state at least
Before two application programs, described method also includes:
Described multiplexer (MUX sends reset signal to described first server node, controls described first clothes
Business device node is restarted；
Basic input-output system BIOS in described first server node and operating system are by described the
Virtual screen display information corresponding for described first server node is passed through institute by the serial port of one server
State multiplexer (MUX and described Centralized Controller sends to described monitoring management terminal, to show described first
Server node is at the startup screen message of replay phase.
A kind of high density server, including:
N number of server node, N is the integer more than or equal to 2；
Multiplexer (MUX, by special purpose interface and each server node phase in described N number of server node
Even；
Centralized Controller, is connected with described multiplexer (MUX, for gathering described N number of server node
Parameter information, and by described multiplexer (MUX, the first server in described N number of server node is saved
Point is attached with management and monitoring terminal, so that generating in described management and monitoring terminal and showing and described the
One server node graph of a correspondence interface.
The one or more technical schemes provided in the embodiment of the present invention, at least have the following technical effect that or excellent
Point:
1, a kind of data handling system is embodiments provided, including: high density server, comprise collection
Middle controller, multiplexer (MUX and N number of server node, described multiplexer (MUX respectively with described concentration
Controller and described N number of server node connect, and N is the integer more than or equal to 2；Monitoring management terminal,
It is connected with described high density server by described Centralized Controller；Wherein, lead to when described Centralized Controller
Cross described multiplexer (MUX and make described management and monitoring terminal and the first service in described N number of server node
During the connection of device node, described monitoring management terminal receives and comes from the graphical of described first server node
Display information, and generate according to described graphical display information and show and described first server node pair
The graphic interface answered.
In high density server, Centralized Controller makes monitoring management monitor terminal by controlling multiplexer (MUX
Connecting with first server node, the image display information of collection is sent out by first server by Centralized Controller
Giving monitoring management terminal, monitoring management terminal generates according to this graphical display information and shows the figure of correspondence
Shape interface, therefore high density server is capable of monitoring management eventually by Centralized Controller and multiplexer (MUX
End is patterned interface management and maintenance to any server node in N number of server node, improves height
The efficiency of density server management server node, simplifies the high density server behaviour to server node
Make.
2, the high density server in the embodiment of the present invention is arranged hardware centralized Control and multiplexer (MUX replace
Change traditional BMC so that Centralized Controller can be by any server node and prison by multiplexer (MUX
Control management terminal is attached, and then realizes image conversion interface in monitoring management terminal, therefore without for each clothes
The BMC that business device node configuration is special, reduces high density server and realizes the cost of visualized management, with
Time, graphic interface improves the difficulty of high density server operation management, improves the operating experience of user.
3, the monitoring management terminal in the embodiment of the present invention includes showing shape library, it is possible to for monitoring management
Terminal calls the display figure corresponding with graphical display information, alleviates the figure being managed server node
Computational load.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of monitoring management system in the embodiment of the present invention；
Fig. 2 is the flow chart of a kind of information processing method in the embodiment of the present invention.
Detailed description of the invention
The embodiment of the present invention provides a kind of monitoring management system, information processing method and high density server, uses
In the technology that the management difficulty to server node solving the existence of prior art middle-high density server is bigger
Problem, it is achieved simplify the operation of server node in high density server and management difficulty, improve service
The efficiency of management of device node.
Embodiments provide a kind of data handling system, including: high density server, comprise concentration
Controller, multiplexer (MUX and N number of server node, described multiplexer (MUX concentrates control with described respectively
Device processed and described N number of server node connect, and N is the integer more than or equal to 2；Monitoring management terminal, logical
Cross described Centralized Controller to be connected with described high density server；Wherein, pass through when described Centralized Controller
Described multiplexer (MUX makes described management and monitoring terminal and the first server in described N number of server node
During node connection, described monitoring management terminal receives and comes from the graphical aobvious of described first server node
Show information, and generate according to described graphical display information and show corresponding with described first server node
Graphic interface.
In high density server, Centralized Controller makes monitoring management monitor terminal by controlling multiplexer (MUX
Connecting with first server node, the image display information of collection is sent out by first server by Centralized Controller
Giving monitoring management terminal, monitoring management terminal generates according to this graphical display information and shows the figure of correspondence
Shape interface, therefore high density server is capable of monitoring management eventually by Centralized Controller and multiplexer (MUX
End is patterned interface management and maintenance to any server node in N number of server node, improves height
The efficiency of density server management server node, simplifies the high density server behaviour to server node
Make.
For making the purpose of the embodiment of the present invention, technical scheme and advantage clearer, below in conjunction with the present invention
Accompanying drawing in embodiment, is clearly and completely described the technical scheme in the embodiment of the present invention, it is clear that
Described embodiment is a part of embodiment of the present invention rather than whole embodiments.Based in the present invention
Embodiment, those of ordinary skill in the art obtained under not making creative work premise all its
His embodiment, broadly falls into the scope of protection of the invention.
The terms "and/or", a kind of incidence relation describing affiliated partner, expression can be deposited
In three kinds of relations, such as, A and/or B, can represent: individualism A, there is A and B simultaneously, single
Solely there is B these three situation.It addition, character "/" herein, typically represent forward-backward correlation to as if one
Plant the relation of "or".
Below in conjunction with the accompanying drawings embodiments of the present invention are described in detail.
As it is shown in figure 1, the embodiment of the present invention provides a kind of monitoring management system, this system includes: high density
Server 10 and monitoring management terminal 20, wherein, high density server also comprises Centralized Controller 11, many
Road controller 12 and server node 1 to server node N N number of server node, described multichannel control altogether
Device 12 processed is connected with described Centralized Controller 11 and described N number of server node respectively by special purpose interface,
N is the integer more than or equal to 2；Monitoring management terminal 20 is by Centralized Controller 11 and high density server
10 are connected.
Optionally, in the embodiment of the present invention, monitoring management terminal 20 can also include: display shape library,
May be used for the display figure that monitoring management terminal 20 provides corresponding with graphical display information, it is achieved figure
Pictureization interface, alleviates the graphics calculations load of the first server node being managed simultaneously.
In actual application, the hardware of this monitoring management terminal 20 can also include input-output equipment, such as
The input equipment comprised can be keyboard, mouse, stick, USB device etc., and outut device can have aobvious
Show device, printer etc..
Concrete, high density server 10 can also include: monitoring server device, can be with N number of service
Device node and Centralized Controller 11 are all connected with, each server in the N number of server node of dynamic monitoring
The operational factor of node, and operational factor is sent to Centralized Controller 11, so that Centralized Controller 11 will
Operational factor, in order to management personnel check the current state of each server node.
Additionally, the Centralized Controller 11 in this monitoring management system can also gather in high density server 10
The various sensing data in portion, such as temperature, voltage, power consumption, rotation speed of the fan, disk state etc., and respectively saves
The running status etc. of point server, and send after processing and make for monitoring management personnel to monitoring management terminal 20
With.
Optionally, high density server 10 can also include: operation firmware, may be located at N number of server
In node in each server node, after first server node is connected with monitoring management terminal 20, energy
Enough gather the displaying information on screen that first server node is corresponding, to generate image conversion display information transmission monitoring
Management terminal.
Certainly, in actual application, high density server 10 can also include: special purpose interface, is used for connecting
Connection between multiplexer (MUX 12 and Centralized Controller 11 and N number of server node.This special purpose interface has
Body may is that signaling interface, Ethernet interface, serial ports etc..
Optionally, in the embodiment of the present invention, in this monitoring management system in addition to hardware components described above,
Its software arranged can include operating in the client application software in monitoring management terminal, operates in concentration
Centralized management software on controller, and operate in the virtual pattern display program on server node and void
Intending input-output equipment program, the function application of each software will describe in detail in subsequent processes.
In the embodiment of the present invention, N number of server node and the Centralized Controller 11 in high density server 10
Connection status can be remained by special purpose interface with multiplexer (MUX 12.In order to reduce monitoring management system
The power consumption of system, can keep between N number of server node and multiplexer (MUX 12 under normal conditions is special
It is in non-enabled state with interface, and needs on-line maintenance high density server 10 to comprise as staff
N number of server node time, just control the gating letter that multiplexer (MUX 12 sends according to Centralized Controller 11
Number enable corresponding special purpose interface so that first server node is connected with Centralized Controller 11, Jin Eryu
Monitoring management terminal 20 sets up communication, runs the information processing method that the embodiment of the present invention provides.
As in figure 2 it is shown, the flow chart of the information processing method of embodiment of the present invention offer.The method can be wrapped
Include following steps:
S11: the monitoring management terminal in described monitoring management system sends for monitoring pipe described in connection management
The first connectivity request message that the first server node in N number of server node in reason system is connected,
Wherein, N is the integer more than or equal to 2；
S12: the Centralized Controller in described monitoring management system receives described first connectivity request message, and
Described management and monitoring terminal and described first clothes are set up by the multiplexer (MUX in described monitoring management system
Communication connection between business device node；
S13: described first server node generates graphic software platform according at least one video data of self
Information, and described graphical display information is sent to described monitoring management terminal；
S14: described monitoring management terminal receive described graphical display information, and according to described at least one
Video data calls the display graphic hotsopt in display shape library and shows and described first server node pair
The graphic interface answered.
As it was previously stated, the high density server 10 that this monitoring management system includes can pass through Centralized Controller
11 are connected with monitoring management terminal 20.Specifically, before step S11, it is also possible to include following step
Rapid:
1) when the monitoring management terminal 20 in described monitoring management system is by network interface and described monitoring pipe
When Centralized Controller 11 in reason system is connected, control described Centralized Controller 11 to described monitoring management eventually
Server node list corresponding with N number of server node in the end 20 described monitoring management system of transmission；
2) described monitoring management terminal 20 receives described server node list, and saves according to described server
Point list determines the first server node that will be attached management in described N number of server node, life
Become the first connectivity request message for first server node described in connection management.
In actual applications, when user needs remotely to manage high density server 10, can be by monitoring
Start client application software in management terminal 20, and input this high density server 10 Centralized Controller 11
IP address, set up communication by the Centralized Controller 11 in network interface, with high density server 10
Connect, and then Centralized Controller 11 can push back the server node can being managed in high density server 10
List, and server real time execution health status, history log etc., in order to management personnel check respectively
The running status of server node.
When management personnel choose management first server by the client application software of monitoring management terminal 20
After nodal function, the first connection request letter can be generated according to the server identification of the first server node selected
Breath, so step S11 can pass through wireless network (such as 4G, WiFi etc.) transmit this information to supervise
High density server 10 in keyholed back plate reason system.
It follows that carry out S12, this step specifically can include procedure below:
1) Centralized Controller 11 in described monitoring management system is according to the described first connection request letter received
Breath, generates gating signal and sends the multiplexer (MUX 12 to described monitoring management system；
2) described multiplexer (MUX 12 enables described first server node according to the described gating signal received
Special purpose interface connect with described Centralized Controller 11, and send interrupt signal to described first server save
Point；
3) described first server node receives described interrupt signal, starts and is at least the two of idle state
Individual application program, sets up the communication with described monitoring management terminal 20 by described at least two application program
Connect；Wherein, described at least two application program includes virtual display program and virtual I/O device
Program.
Wherein, the Centralized Controller 11 in high density server 10 can receive first even by network interface
Connect solicited message, and by the centralized management software run send gating signal enable multiplexer (MUX 12 with
Special purpose interface between the first server node being managed, including network, serial ports and control signal etc., makes
Obtain first server node and multiplexer (MUX 12 UNICOM, and then connect with Centralized Controller 11.
Further, the interrupting information of generation can be sent to the by Centralized Controller 11 by multiplexer (MUX 12
One server, in order to wake up virtual display program and the virtual I/O device program being in idle state up.
Optionally, in the embodiment of the present invention, receive described interrupt signal at described first server node, open
While the dynamic program being in idle state, specifically may include that described virtual display program is set up and institute
The communication stating monitoring management terminal 20 connects, by the virtual display corresponding with described first server node
Send to described monitoring management terminal 20 after curtain information coding；And described virtual I/O device program builds
Vertical being connected with the communication of monitoring management terminal 20, reception is from least one of described monitoring management terminal 20
Input and output instruction.
In actual application, at least two application program being waken up can be by centralized management controller and monitoring pipe
Client application software in reason terminal 20 communicates, and can respond the operational order of self terminal, from
And user can check the running status, in real time of the first server node being managed in monitoring management terminal 20
The information such as load, daily record, also realizing can be with Remote Installation program, upgrading etc..Such as, receive and respond prison
The control management terminal 20 control instruction the consolidating upgrading high density server 10 by the input such as keyboard, mouse
Part (such as the BIOS etc. of each server node), high density server 10 is programmed the configuration etc. of upgrading,
Realize effect to be equivalent to directly connect display, keyboard, mouse and the USB device of monitoring management terminal 20
Receive on first server node.
Optionally, in the embodiment of the present invention, by the multiplexer (MUX 12 in described monitoring management system
After setting up the communication connection between described management and monitoring terminal and described first server node, and start
Before being at least two application program of idle state, it is also possible to including:
Described multiplexer (MUX 12 sends reset signal to described first server node, controls described first
Server node is restarted；
Basic input-output system BIOS in described first server node and operating system are by described the
Virtual screen display information corresponding for described first server node is passed through institute by the serial port of one server
State multiplexer (MUX 12 and described Centralized Controller 11 sends to described monitoring management terminal 20, with by prison
The display of control management terminal 20 shows the described first server node startup screen message at replay phase,
So that the start-up course that user and/or management personnel check first server node is the most normal.
It follows that in S13, first server node can be to utilize the virtual display program and void started
Plan input-output equipment program, by graphical display information (including character and figure), is passed by procotol
Transport in monitoring management terminal 20.Specifically, virtual display program only need to be to monitoring management terminal 20
Client application software sends the feature of figure to be shown, i.e. video data, as display position, shape,
The information such as color.
Further, in S14, monitoring management terminal 20 can according to receive graphical display information,
Obtain at least one video data, and then call the display graphic hotsopt and first in the display shape library of terminal
Server node graph of a correspondence interface, and then this graphic interface can be shown at terminal display.So,
The graphical screen being managed node server can show that Consumer's Experience is just as being managed in management terminal
Video card and display it is mounted with on node server.
In actual applications, carry out, i.e. in monitoring management terminal 20 due to the generation of graphic interface
Shown that display figure corresponding in shape library completes by the application call of monitoring management terminal 20, and
Also word content can be filled in the display figure called, form graphical content and show, therefore alleviate
The graphics calculations load of the first server node being managed, reduces the work of high density server 10
Burden.
In the present invention program, use the groups such as Centralized Controller 11, multiplexer (MUX 12 and virtual pattern show
Conjunction, only could be normal after operating system due to virtual display program for the scheme of traditional B MC
Work, therefore, starts to operating system at the first server node being managed and loads virtual display program
During this period of time, BIOS and operating system send start-up course information by serial ports to Centralized Controller 11,
Such as self-inspection state and startup information etc., then it is sent in monitoring management terminal 20 by Centralized Controller 11, from
And can be with the startup of character mode display first server node in the display of monitoring management terminal 20
Journey, it is simple to user checks start-up course parameter.
And then, virtual display program and virtual I/O device program at first server node load
After, Centralized Controller 11 will be managed node server and management terminal UNICOM, user by Ethernet
Node server can be managed by graphic interface operation control, significantly improve high density server
The difficulty of the visualized O&M of 10, enhances Consumer's Experience, improves monitoring management system simultaneously and takes high density
The efficiency of management of business device 10.
Additionally, with in the connection procedure of monitoring management system, Centralized Controller 11 also can will gather height
The internal various sensing datas of density server 10 are (such as temperature, voltage, power consumption, rotation speed of the fan, hard disk
State etc.) and the running status etc. of each node server process after for monitoring management librarian use, therefore
The data in a large number for server node N number of in high density server 10 can be accumulated, by a large amount of numbers
According to carrying out statistical analysis, it is possible to increase server node fault diagnosis and the degree of accuracy safeguarded and efficiency, promote
User carries out the efficiency of service operation, it is provided that to user's high density server 10 historical data health analysis report
Accuse, maintain the good working state of monitoring management system.
Based on same inventive concept, the embodiment of the present invention additionally provides a kind of high density server 10, due to this
The principle that high density server 10 solves problem to above-mentioned monitoring management system is similar to information processing method,
Therefore the enforcement of this high density server 10 may refer to the enforcement of monitoring management system, in place of repetition no longer
Repeat.
Referring still to Fig. 1, embodiments provide a kind of high density server 10, the height shown in Fig. 1
The implication of the term that density server 10 relates to and implementing, is referred to the phase of previous embodiment
Close and describe.High density server 10 includes:
N number of server node, N is the integer more than or equal to 2；
Multiplexer (MUX 12, by special purpose interface and each server node in described N number of server node
It is connected；
Centralized Controller 11, is connected with described multiplexer (MUX 12, is used for gathering described N number of server joint
The parameter information of point, and by described multiplexer (MUX 12 by first in described N number of server node
Server node is attached with management and monitoring terminal, so that generate in described management and monitoring terminal and show
With described first server node graph of a correspondence interface.
Optionally, this high density server 10 can also include: monitoring server device, with described N number of clothes
Business device node and described Centralized Controller 11 are all connected with, and are used for monitoring in described N number of server node each
The operational factor of server node, and described operational factor is sent to described Centralized Controller 11, so that
Described operational factor and corresponding server node list are sent to described monitoring by described Centralized Controller 11
Management terminal 20.
Additionally, this high density server 10 can also include:
Operation firmware, is positioned at each server node in described N number of server node, for gather with
The displaying information on screen of the described first server node that described monitoring management terminal 20 connects.
Monitoring management system in earlier figures 1-Fig. 2 embodiment and the various variation patterns in information processing method
With the high density server 10 that instantiation is equally applicable to the present embodiment, by aforementioned to monitoring management system
And the detailed description of information processing method, those skilled in the art are it is clear that highly dense in the present embodiment
The implementation of degree server 10, so succinct for description, is not described in detail in this.
The one or more technical schemes provided in the embodiment of the present invention, at least have the following technical effect that or excellent
Point:
1, a kind of data handling system is embodiments provided, including: high density server, comprise collection
Middle controller, multiplexer (MUX and N number of server node, described multiplexer (MUX respectively with described concentration
Controller and described N number of server node connect, and N is the integer more than or equal to 2；Monitoring management terminal,
It is connected with described high density server by described Centralized Controller；Wherein, lead to when described Centralized Controller
Cross described multiplexer (MUX and make described management and monitoring terminal and the first service in described N number of server node
During the connection of device node, described monitoring management terminal receives and comes from the graphical of described first server node
Display information, and generate according to described graphical display information and show and described first server node pair
The graphic interface answered.
In high density server, Centralized Controller makes monitoring management monitor terminal by controlling multiplexer (MUX
Connecting with first server node, the image display information of collection is sent out by first server by Centralized Controller
Giving monitoring management terminal, monitoring management terminal generates according to this graphical display information and shows the figure of correspondence
Shape interface, therefore high density server is capable of monitoring management eventually by Centralized Controller and multiplexer (MUX
End is patterned interface management and maintenance to any server node in N number of server node, improves height
The efficiency of density server management server node, simplifies the high density server behaviour to server node
Make.
2, the high density server in the embodiment of the present invention is arranged hardware centralized Control and multiplexer (MUX replace
Change traditional BMC so that Centralized Controller can be by any server node and prison by multiplexer (MUX
Control management terminal is attached, and then realizes image conversion interface in monitoring management terminal, therefore without for each clothes
The BMC that business device node configuration is special, reduces high density server and realizes the cost of visualized management, with
Time, graphic interface improves the difficulty of high density server operation management, improves the operating experience of user.
3, the monitoring management terminal in the embodiment of the present invention includes showing shape library, it is possible to for monitoring management
Terminal calls the display figure corresponding with graphical display information, alleviates the figure being managed server node
Computational load.
Those skilled in the art are it should be appreciated that embodiments of the invention can be provided as method, system or meter
Calculation machine program product.Therefore, the present invention can use complete hardware embodiment, complete software implementation or knot
The form of the embodiment in terms of conjunction software and hardware.And, the present invention can use and wherein wrap one or more
Computer-usable storage medium containing computer usable program code (include but not limited to disk memory,
CD-ROM, optical memory etc.) form of the upper computer program implemented.
The present invention is with reference to method, equipment (system) and computer program product according to embodiments of the present invention
The flow chart of product and/or block diagram describe.It should be understood that can by computer program instructions flowchart and
/ or block diagram in each flow process and/or flow process in square frame and flow chart and/or block diagram and/
Or the combination of square frame.These computer program instructions can be provided to general purpose computer, special-purpose computer, embedding
The processor of formula datatron or other programmable data processing device is to produce a machine so that by calculating
The instruction that the processor of machine or other programmable data processing device performs produces for realizing at flow chart one
The device of the function specified in individual flow process or multiple flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions may be alternatively stored in and computer or the process of other programmable datas can be guided to set
In the standby computer-readable memory worked in a specific way so that be stored in this computer-readable memory
Instruction produce and include the manufacture of command device, this command device realizes in one flow process or multiple of flow chart
The function specified in flow process and/or one square frame of block diagram or multiple square frame.
These computer program instructions also can be loaded in computer or other programmable data processing device, makes
Sequence of operations step must be performed to produce computer implemented place on computer or other programmable devices
Reason, thus the instruction performed on computer or other programmable devices provides for realizing flow chart one
The step of the function specified in flow process or multiple flow process and/or one square frame of block diagram or multiple square frame.
Specifically, the computer program instructions that the information processing method in the embodiment of the present application is corresponding can be by
It is stored in CD, hard disk, on the storage medium such as USB flash disk, corresponding with information processing method when in storage medium
Computer program instructions when being read by electronic equipment or be performed, comprise the steps:
Monitoring management terminal in described monitoring management system sends for monitoring management system described in connection management
The first connectivity request message that the first server node in N number of server node in system is connected, its
In, N is the integer more than or equal to 2；
Centralized Controller in described monitoring management system receives described first connectivity request message, and passes through
Multiplexer (MUX in described monitoring management system sets up described management and monitoring terminal and described first server
Communication connection between node；
Described first server node generates graphic software platform letter according at least one video data of self
Breath, and described graphical display information is sent to described monitoring management terminal；
Described monitoring management terminal receives described graphical display information, and according at least one display described
Display graphic hotsopt display in data call display shape library are corresponding with described first server node
Graphic interface.
Optionally, in described storage medium, also storage has other computer instruction, these computer instructions
With step: the monitoring management terminal in described monitoring management system sends for monitoring pipe described in connection management
The first connectivity request message that the first server node in N number of server node in reason system is connected, right
The instruction answered is performed before performing, and comprises the steps: when executed
When the monitoring management terminal in described monitoring management system is by network interface and described monitoring management system
When Centralized Controller in system is connected, controls described Centralized Controller and send institute to described monitoring management terminal
State the server node list that the N number of server node in monitoring management system is corresponding；
Described monitoring management terminal receives described server node list, and arranges according to described server node
Table determines the first server node that will be attached management in described N number of server node, generates use
The first connectivity request message in first server node described in connection management.
Optionally, in described storage medium storage and step: the Centralized Controller in monitoring management system connects
Receive described first connectivity request message, and set up institute by the multiplexer (MUX in described monitoring management system
Stating the communication connection between management and monitoring terminal and described first server node, corresponding computer instruction exists
During being specifically performed, specifically include following steps:
Centralized Controller in described monitoring management system according to receive described first connectivity request message,
Generate gating signal and send the multiplexer (MUX to described monitoring management system；
Described multiplexer (MUX enables the special of described first server node according to the described gating signal received
Connect with described Centralized Controller with interface, and send interrupt signal to described first server node；
Described first server node receives described interrupt signal, starts at least two being in idle state
Application program, sets up the communication link with described monitoring management terminal by described at least two application program
Connect；Wherein, described at least two application program includes virtual display program and virtual I/O device journey
Sequence.
Optionally, in described storage medium, also storage has other computer instruction, these computer instructions
With step: described first server node receives described interrupt signal, starts and is in idle state at least
While the instruction that two application programs are corresponding is performed, comprise the steps: when executed
Described virtual display program is set up and is connected with the communication of described monitoring management terminal, will be with described first
Send to described monitoring management terminal after the virtual display curtain information coding that server node is corresponding；
Described virtual I/O device program set up be connected with the communication of monitoring management terminal, reception from
At least one input and output instruction of described monitoring management terminal.
Optionally, in described storage medium, also storage has other computer instruction, these computer instructions
With step: set up described management and monitoring terminal and institute by the multiplexer (MUX in described monitoring management system
After stating the communication connection between first server node, and start be in idle state at least two should
By program, corresponding instruction is performed before performing, comprises the steps: when executed
Described multiplexer (MUX sends reset signal to described first server node, controls described first clothes
Business device node is restarted；
Basic input-output system BIOS in described first server node and operating system are by described the
Virtual screen display information corresponding for described first server node is passed through institute by the serial port of one server
State multiplexer (MUX and described Centralized Controller sends to described monitoring management terminal, to show described first
Server node is at the startup screen message of replay phase.
Obviously, those skilled in the art can carry out various change and modification without deviating from this to the present invention
Bright spirit and scope.So, if the present invention these amendment and modification belong to the claims in the present invention and
Within the scope of its equivalent technologies, then the present invention is also intended to comprise these change and modification.
Claims (10)
1. a monitoring management system, including:
High density server, comprises Centralized Controller, multiplexer (MUX and N number of server node, described many
Road controller is connected with described Centralized Controller and described N number of server node respectively, and N is more than or equal to 2
Integer；
Monitoring management terminal, is connected with described high density server by described Centralized Controller；
Wherein, described management and monitoring terminal and institute are made when described Centralized Controller by described multiplexer (MUX
State in N number of server node first server node connection time, described monitoring management terminal receive from
In the graphical display information of described first server node, and generate according to described graphical display information
And show and described first server node graph of a correspondence interface.
2. the system as claimed in claim 1, it is characterised in that described monitoring management terminal also includes:
Display shape library, calls corresponding with described graphical display information for described monitoring management terminal
Display figure.
3. the system as claimed in claim 1, it is characterised in that described high density server also includes:
Monitoring server device, is all connected with described N number of server node and described Centralized Controller, is used for
Monitor the operational factor of each server node in described N number of server node, and by described operational factor
Send to described Centralized Controller, so that described Centralized Controller by described operational factor and services accordingly
Device node listing sends to described monitoring management terminal.
4. the system as claimed in claim 1, it is characterised in that described high density server also includes:
Operation firmware, is positioned at each server node in described N number of server node, for gather with
The displaying information on screen of the described first server node that described monitoring management terminal connects.
5. an information processing method, is applied to monitoring management system, and described method includes:
Monitoring management terminal in described monitoring management system sends for monitoring management system described in connection management
The first connectivity request message that the first server node in N number of server node in system is connected, its
In, N is the integer more than or equal to 2；
Centralized Controller in described monitoring management system receives described first connectivity request message, and passes through
Multiplexer (MUX in described monitoring management system sets up described management and monitoring terminal and described first server
Communication connection between node；
Described first server node generates graphic software platform letter according at least one video data of self
Breath, and described graphical display information is sent to described monitoring management terminal；
Described monitoring management terminal receives described graphical display information, and according at least one display described
Display graphic hotsopt display in data call display shape library are corresponding with described first server node
Graphic interface.
6. method as claimed in claim 5, it is characterised in that the prison in described monitoring management system
Control management terminal sends in the N number of server node in monitoring management system described in the connection management the
Before the first connectivity request message that one server node is connected, also include:
When the monitoring management terminal in described monitoring management system is by network interface and described monitoring management system
When Centralized Controller in system is connected, controls described Centralized Controller and send institute to described monitoring management terminal
State the server node list that the N number of server node in monitoring management system is corresponding；
Described monitoring management terminal receives described server node list, and arranges according to described server node
Table determines the first server node that will be attached management in described N number of server node, generates use
The first connectivity request message in first server node described in connection management.
7. method as claimed in claim 6, it is characterised in that the concentration in described monitoring management system
Controller receives described first connectivity request message, and by the multi-channel control in described monitoring management system
The communication connection between described management and monitoring terminal and described first server node set up by device, specifically wraps
Include:
Centralized Controller in described monitoring management system according to receive described first connectivity request message,
Generate gating signal and send the multiplexer (MUX to described monitoring management system；
Described multiplexer (MUX enables the special of described first server node according to the described gating signal received
Connect with described Centralized Controller with interface, and send interrupt signal to described first server node；
Described first server node receives described interrupt signal, starts at least two being in idle state
Application program, sets up the communication link with described monitoring management terminal by described at least two application program
Connect；Wherein, described at least two application program includes virtual display program and virtual I/O device journey
Sequence.
8. method as claimed in claim 7, it is characterised in that receive at described first server node
Described interrupt signal, while starting at least two application program being in idle state, described method is also
Including:
Described virtual display program is set up and is connected with the communication of described monitoring management terminal, will be with described first
Send to described monitoring management terminal after the virtual display curtain information coding that server node is corresponding；
Described virtual I/O device program set up be connected with the communication of monitoring management terminal, reception from
At least one input and output instruction of described monitoring management terminal.
9. method as claimed in claim 7, it is characterised in that by described monitoring management system
Multiplexer (MUX set up the communication connection between described management and monitoring terminal and described first server node
Afterwards, and before starting at least two application program being in idle state, described method also includes:
Described multiplexer (MUX sends reset signal to described first server node, controls described first clothes
Business device node is restarted；
Basic input-output system BIOS in described first server node and operating system are by described the
Virtual screen display information corresponding for described first server node is passed through institute by the serial port of one server
State multiplexer (MUX and described Centralized Controller sends to described monitoring management terminal, to show described first
Server node is at the startup screen message of replay phase.
10. a high density server, including:
N number of server node, N is the integer more than or equal to 2；
Multiplexer (MUX, by special purpose interface and each server node phase in described N number of server node
Even；
Centralized Controller, is connected with described multiplexer (MUX, for gathering described N number of server node
Parameter information, and by described multiplexer (MUX, the first server in described N number of server node is saved
Point is attached with management and monitoring terminal, so that generating in described management and monitoring terminal and showing and described the
One server node graph of a correspondence interface.
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| CN201510145905.2A CN106155859B (en) | 2015-03-30 | 2015-03-30 | monitoring management system, information processing method and high-density server |
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| CN201510145905.2A CN106155859B (en) | 2015-03-30 | 2015-03-30 | monitoring management system, information processing method and high-density server |
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| CN106155859B CN106155859B (en) | 2020-01-31 |
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| CN106155859B (en) | 2020-01-31 |
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