CN102195797A - Computer management method - Google Patents
Computer management method Download PDFInfo
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- CN102195797A CN102195797A CN2010101300255A CN201010130025A CN102195797A CN 102195797 A CN102195797 A CN 102195797A CN 2010101300255 A CN2010101300255 A CN 2010101300255A CN 201010130025 A CN201010130025 A CN 201010130025A CN 102195797 A CN102195797 A CN 102195797A
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Abstract
The invention discloses a computer management method which comprises the following steps of: firstly, providing a blade server system comprising M blade server units, wherein each M blade server unit comprises a plurality of server blades and modular management blades (MMB), M MMBs are interconnected through a network path, and M is a natural number more than 1; secondly, selecting a master MMB from M first MMBs in response to a first user operation event; thirdly, setting network parameter data of the master MMB in response to a second user operation event; fourthly, determining network topology relation data between the master MMB and M-1 MMBs through the master MMB; and lastly, driving M-1 first MMBs to activate a network protocol service to receive network parameter data from the master MMB for performing setting operation of the network parameter data on the M-1 first MMBs.
Description
Technical field
The present invention relates to a kind of computer management method, particularly relate to a kind of computer management method that is applied on the knife edge type server (Blade Server).
Background technology
In the epoch now that development in science and technology is maked rapid progress, use personal computer and come processing transactions to be the enterprise operation trend of main flow.In general, the computer servo work station disposes the system manager mostly, come to be responsible for inner each computer servo-system of computer servo work station and network configuration is safeguarded and keyholed back plate.In the prior art, knife edge type server (Blade Server) is developed, and its main operational circuit of all computer servo-systems in the computer servo work station is gathered together together.By this, the system manager can safeguard and keyholed back plate many computer servo-systems of gathering together together via one group of user's input/output interface device (UserInput/Output Interface Device).Yet, come that with manpower computer system numerous in the enterprise is carried out system maintenance and relevant parameter one by one and set, be still the computer system management scheme that extremely lacks efficient.In view of the above, how go out to have more the computer management method of convenience, one of direction of constantly endeavouring for industry at the knife edge type server design in the computer servo work station.
Summary of the invention
The invention relates to a kind of computer management method, it is to be applied in knife edge type server (BladeServer) system, wherein knife edge type server system comprises a plurality of knife edge type server units, each knife edge type server unit comprise a plurality of knife edge type servers and a modularization management knife edge sheet (ModularManagement Blade, MMB).The computer management method that the present invention is correlated with is as master control (Master) MMB with one of them MMB in the knife edge type server system, and via its object computer management method, with the internal network topology (Network Topology) of finding out knife edge type server system and finish that each MMB carries out the network parameter setting operation in the knife edge type server system.In view of the above, be applied to the management method of knife edge type server system compared to tradition, the computer management method that the present invention is correlated with has the advantage that the higher and Managed Solution of convenience has more efficient.
According to an aspect of the present invention, propose a kind of computer management method, comprise following step.Knife edge type server (Blade Server) system at first is provided, comprise M knife edge type server unit, each M knife edge type server unit comprise a plurality of cutter server sheets (Server Blade) and the first modularization management knife edge sheet (Modular Management Blade, MMB).A M MMB interconnects via network path each other, and M is the natural number greater than 1.Then in response to first user's Action Events select a M MMB wherein as master control (Master) MMB.Then set the network parameter data of master control MMB in response to second user's Action Events.Send topology via master control MMB then and find divide into groups to the knife edge type server system other a M-1 MMB of (Topology Discovery) communications protocol, to determine the topology network relation data between the individual MMB of master control MMB and M-1.Drive a M-1 MMB via master control MMB afterwards and open a network protocol service, each a M-1 MMB receives the network parameter data via network protocol service from master control MMB, by this a M MMB carried out the setting operation of network parameter data.
For foregoing of the present invention can be become apparent, a preferred embodiment cited below particularly, and be described with reference to the accompanying drawings as follows.
Description of drawings
Fig. 1 shows the flow chart according to the computer management method of the embodiment of the invention.
Fig. 2 shows the calcspar of the knife edge type server system of the computer management method of using the embodiment of the invention.
Fig. 3 shows the detailed block diagram of the master control MMB M among Fig. 2.
Fig. 4 shows another calcspar of the knife edge type server system of the computer management method of using the embodiment of the invention.
Fig. 5 shows the detailed block diagram of the master control MMB M ' among Fig. 4.
The reference numeral explanation
1,2: knife edge type server system
12,22: exchange knife edge sheet
10_1-10_M, 20_1-20_M: knife edge type server unit
110_1-110_M, 210_1-210_M, 220_1-220_M: modularization management knife edge sheet
130_1-130_N, 230_1-230_N: cutter server sheet
M, M ': main control module management slice
100,300: core processing circuit
200,400: the network exchange circuit
200a, 400a: upper channel connectivity port
200b, 400b: lower channel connectivity port
200c, 400c, 400d: connectivity port
Embodiment
The computer management method of the embodiment of the invention is to be applied in knife edge type server (Blade Server) system, in order to find out in the knife edge type server system by modularization management knife edge sheet (ModularManagement Blade, MMB) topology network of the LAN of Zu Chenging (Network Topology), and each MMB is carried out the network parameter data setting operate.
Please refer to Fig. 1, it shows the flow chart according to the computer management method of the embodiment of the invention.The computer management method of the embodiment of the invention comprises following step.At first, provide knife edge type server (Blade Server) system 1 as step (a).For instance, knife edge type server system 1 has calcspar as shown in Figure 2.Knife edge type server system 1 comprise exchange knife edge sheet (Switch Blade) 12 and M knife edge type server unit 10_1,10_2 ..., 10_M, M is the natural number greater than 1.Each M knife edge type server unit 10_1-10_M comprise a plurality of cutter server sheets (ServerBlade) 130_1,130_2 ..., 130_N and modularization management knife edge sheet (Modular ManagementBlade, MMB) 110_1,110_2 ..., 110_M, N is the natural number greater than 1.Each M MMB 110_1-110_M interconnects via network path each other.
Then as step (b), in response to one first user's Action Events, M MMB110_1-110_M is selected as master control (Master) MMB M.For instance, MMB 110_1 is selected as master control MMB M, in order to the operation of all MMB 110_2-110_M in the keyholed back plate knife edge type server system 1.
As step (c), set the network parameter data of master control MMB M in response to one second user's Action Events then.For instance, the network parameter data comprise the network address of master control MMB M.In an operational instances, the user via DynamicHost set agreement (Dynamic Host ConfigurationProtocol, DHCP) or fixed network address (Static IP Address) set the network address of master control MMB M.
Then as step (d), master control MMB M sends topology and finds divide into groups to the knife edge type server system 1 other M-1 MMB 110_2-110_M of (Topology Discovery) communications protocol, with the topology network relation data between definite master control MMB M and M-1 MMB 110_2-110_M.For instance, topology discovery communications protocol is grouped into and satisfies Link Layer Discovery Protocol (Link LayerDiscovery Protocol, packet LLDP).
Please refer to Fig. 3, it shows the detailed block diagram of the master control MMB M among Fig. 2.For instance, comprise processing core circuit 100 and network exchange circuit (Switch) 200 among the master control MMB M.Network exchange circuit 200 comprises path (Uplink) connectivity port 200a and underpass (Downlink) connectivity port 200b, and it corresponds to each cutter server sheet 130_1-130_N among the identical knife edge type server unit 10_1 in order to be connected to exchange knife edge sheet 12 via network path and to be connected to master control MMB M respectively.Network exchange circuit 200 also comprises connectivity port 200c, in order to be connected to other MMB 110_2-110_M via network path.
Handle in core circuit 100 and the switched circuit 200 on each and have bus (Bus) control interface between path connectivity port 200a, the underpass connectivity port 200b and connectivity port 200c, to control the operator scheme of each connectivity port.For instance, this bus control interface is list type periphery (SerialPeripheral Interface, SPI) bus interface.
In an operational instances; master control MMB M is before sending the grouping of topology discovery communications protocol, and the core processing circuit 100 among the master control MMB M for example goes up path connectivity port 200a via bus control interface control and underpass connectivity port 200b operates in a protected mode (Switch ProtectMode).For instance, the connectivity port that operates in protected mode can't receive the grouping that transmit other connectivity port that operates in protected mode, operates in the connectivity port of protected mode and also can't transmit grouping to other.So, the topology that master control MMB M sends finds that the communications protocol grouping only transfers to the MMB 110_2-110_M that corresponds to other knife edge type server unit 10_2-10_M, so that the network relativeness between master control MMB M and MMB 110_2-110_M is confirmed.
Afterwards as step (e), other M-1 MMB 110_2-110_M opens network protocol service in the master control MMB M driving knife edge type server system 1, each M-1 MMB 110_2-110_M receives the network parameter data via network protocol service from master control MMB M, by this M-1 MMB110_2-110_M carried out the setting operation of network parameter data.For instance, this network protocol service satisfies DHCP, and master control MMB M plays the part of DHCP host side device, and M-1 MMB110_2-110_M plays the part of the dhcp client device, by this, each M-1 MMB 110_2-110_M can obtain corresponding network parameter data from master control MMB M.
In view of the above, the user can finish the network parameter data setting operation of other M-1 MMB110_2-110_M in the knife edge type server system 1 via the mode of the master control MMB M in the knife edge type server system 1 being carried out the network parameter data setting.
Though only comprise separately that with each knife edge type server unit 10_1-10_M in the knife edge type server system 1 situation of a MMB 110_1-110_M is that example is done explanation in the present embodiment, but the computer management method of present embodiment is not limited to be applied to have in the knife edge type server system 1 of aforementioned circuit structure.In other example, the computer management method of present embodiment also can be applicable to have in the knife edge type server system 2 of other circuit structure, as shown in Figure 4.
In another example, each M in the knife edge type server system 2 knife edge type server unit 20_1,20_2 ..., 20_M comprises two MMB, one of them MMB is redundant (Redundancy) design.For instance, comprise MMB 210_1 and 220_1 among the knife edge type server unit 20_1, wherein MMB 210_1 carries out the operation similar in appearance to MMB 110_1, in order to master control MMB M ' as knife edge type server system 2, MMB 220_1 then is redundant MMB, in order to when the MMB 210_1 operation exception, replace its operation.
Each M knife edge type server unit 20_1-20_M also for example comprise non-volatile (Non-volatile) memory 240_1,240_2 ..., 240_M.Master control MMB M ' (promptly being MMB210_1) is in order to be stored in network parameter data and topology network relation data among the nonvolatile memory 240_1.When master control MMB M ' operation exception, another MMB (promptly being MMB 220_1) that corresponds to identical knife edge type server unit operates to replace master control MMB M ' by this according to the data executable operations that stores among the nonvolatile memory 240_1.
Please refer to Fig. 5, it shows the detailed block diagram of the master control MMB M ' among Fig. 4.For instance, comprise processing core circuit 300 and network exchange circuit (Switch) 400 among the master control MMB M '.With network exchange circuit 200 similarly, comprise path connectivity port 400a, underpass connectivity port 400b and connectivity port 400c in the network exchange circuit 400, be connected to exchange knife edge sheet 12, be connected to and correspond to each the cutter server sheet 130_1-130_N among the identical knife edge type server unit 10_1 with master control MMB M ' and be connected to MMB among other knife edge type server unit 20_2-20_M via network path respectively.Network exchange circuit 400 is that with network exchange circuit 200 differences it also comprises connectivity port 400d, in order to be connected to the MMB 220_1 that corresponds to identical knife edge type server unit 20_1 with master control MMB M '.In view of the above; master control MMB M ' is before sending the grouping of topology discovery communications protocol, and the core processing circuit 300 among the master control MMB M ' for example goes up path connectivity port 400a, underpass connectivity port 400b via bus control interface control and connectivity port 400d operates in protected mode.So, the topology of master control MMB M ' transmission finds that the communications protocol grouping only transfers to the MMB 210_2-210_M that corresponds to other knife edge type server unit 20_2-20_M, so that the network relativeness between master control MMB M ' and MMB 210_2-210_M is confirmed.
The computer management method system of the embodiment of the invention is applied in the knife edge type server system, and wherein knife edge type server system comprises a plurality of knife edge type server units, and each knife edge type server unit comprises a plurality of knife edge type servers and MMB.The computer management method that the present invention is correlated with is as master control MMB with one of them MMB in the knife edge type server system, and via its object computer management method, with the internal network topology (Network Topology) of finding out knife edge type server system and finish that each MMB carries out the network parameter setting operation in the knife edge type server system.In view of the above, be applied to the management method of knife edge type server system compared to tradition, the computer management method of the embodiment of the invention has the advantage that the higher and Managed Solution of convenience has more efficient.
In sum, though the present invention discloses as above with a preferred embodiment, so it is not in order to limit the present invention.Those skilled in the art under the premise without departing from the spirit and scope of the present invention, can be used for a variety of modifications and variations.Therefore, protection scope of the present invention is as the criterion with claim of the present invention.
Claims (6)
1. computer management method comprises:
One knife edge type server system is provided, this knife edge type server system comprises M knife edge type server unit, respectively this M knife edge type server unit comprises a plurality of cutter server sheets and one first modularization management knife edge sheet, M in this a M knife edge type server unit MMB interconnects via network path each other, wherein M is the natural number greater than 1
In response to one first user's Action Events, select this M MMB wherein one as a master control MMB;
In response to one second user's Action Events, set the network parameter data of this master control MMB;
Send a topology via this master control MMB and find communications protocol grouping other this M-1 MMB to this knife edge type server system, to determine the topology network relation data between the individual MMB of this master control MMB and this M-1; And
Drive this a M-1 MMB via this master control MMB and open a network protocol service, respectively this a M-1 MMB receives network parameter data via this network protocol service from this master control MMB, by this this a M-1 MMB carried out the setting operation of network parameter data.
2. computer management method as claimed in claim 1, wherein this topology finds that communications protocol is grouped into the packet of satisfying Link Layer Discovery Protocol.
3. computer management method as claimed in claim 1, wherein this network protocol service is set agreement for satisfying DynamicHost, and this master control MMB is in order to provide these network parameter data to this M-1 MMB respectively via DHCP.
4. computer management method as claimed in claim 1 sends at this master control of execution driving MMB before the step of this topology discovery communications protocol grouping, also comprises:
Control on the network of this master control MMB passage path and a network underpass path operations in protected mode.
5. computer management method as claimed in claim 1 also comprises:
Correspond to each M knife edge type server unit one the 2nd MMB is provided; And
Correspond to each M knife edge type server unit one nonvolatile memory is provided, this master control MMB is in order to be stored in this nonvolatile memory that corresponds to identical knife edge type server unit with these network parameter data and this topology network relation data;
Wherein, when this master control MMB operation exception, the 2nd MMB that corresponds to identical knife edge type server unit replaces this master control MMB with the 2nd MMB by this and operates according to corresponding to the data executable operations that stores in this nonvolatile memory of identical cutter point server unit.
6. computer management method as claimed in claim 5 sends at this master control of execution driving MMB before the step of this topology discovery communications protocol grouping, also comprises:
Control passage path, a network underpass path and this master control MMB on the network of this master control MMB and operate in protected mode with a network path between the 2nd MMB that corresponds to identical knife edge type server unit.
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1786936A (en) * | 2004-12-09 | 2006-06-14 | 株式会社日立制作所 | Multi node server system |
| US20080040463A1 (en) * | 2006-08-08 | 2008-02-14 | International Business Machines Corporation | Communication System for Multiple Chassis Computer Systems |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1786936A (en) * | 2004-12-09 | 2006-06-14 | 株式会社日立制作所 | Multi node server system |
| US20080040463A1 (en) * | 2006-08-08 | 2008-02-14 | International Business Machines Corporation | Communication System for Multiple Chassis Computer Systems |
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