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1 (19) TEPZZ 7Z78Z B_T (11) EP B1 (12) EUROPEAN PATENT SPECIFICATION (4) Date of publication and mention of the grant of the patent: Bulletin 1/38 (21) Application number: (22) Date of filing: (1) Int Cl.: G06F 11/14 (06.01) G06F 12/ (06.01) G06F 9/44 (06.01) G06F 3/06 (06.01) (86) International application number: PCT/CN12/ (87) International publication number: WO 12/1707 ( Gazette 12/47) (4) PREVENTING DATA LOSS DURING REBOOT AND LOGICAL STORAGE RESOURCE MANAGEMENT DEVICE VORRICHTUNG FÜR DATENVERLUSTVERHÜTUNG WÄHREND EINES NEUSTARTS UND ZUR VERWALTUNG EINER LOGIKSPEICHERRESSOURCE PRÉVENTION DE PERTE DE DONNÉES DURANT UN REDÉMARRAGE ET DISPOSITIF DE GESTION DE RESSOURCES DE STOCKAGE LOGIQUES (84) Designated Contracting States: AL AT BE BG CH CY CZ DE DK EE ES FI FR GB GR HR HU IE IS IT LI LT LU LV MC MK MT NL NO PL PT RO RS SE SI SK SM TR () Priority: CN (43) Date of publication of application: Bulletin 14/12 (73) Proprietor: Hangzhou H3C Technologies Co., Ltd. Hangzhou, Zhejiang 3 (CN) (74) Representative: Rees, Simon John Lewis Haseltine Lake LLP Redcliff Quay 1 Redcliff Street Bristol BS1 6HU (GB) (6) References cited: EP-A CN-A CN-A CN-A CN-A CN-A CN-A US-A US-B (72) Inventor: WEI, Wei Beijing 008 (CN) EP B1 Note: Within nine months of the publication of the mention of the grant of the European patent in the European Patent Bulletin, any person may give notice to the European Patent Office of opposition to that patent, in accordance with the Implementing Regulations. Notice of opposition shall not be deemed to have been filed until the opposition fee has been paid. (Art. 99(1) European Patent Convention). Printed by Jouve, 7001 PARIS (FR)

2 1 EP B1 2 Description BACKGROUND [0001] Requirements for the high reliability of a system have gradually increased. In one regard, higher-layer software asks the system to store some data before reboot. In this way, the system can read the data after reboot, so as to rapidly recover operation data and further decrease the shutdown time of the system. [0002] In a general purpose computer system, such as a PC or a server, a nonvolatile memory, for instance, a disk and a data card, may be used to realize the above function. However, an embedded system (a system which is designed for a specific purpose, e.g. a network device such as a router or switch), may not have such nonvolatile memory. Moreover, since the access rate of the disk and the data card is relatively slow, if the disk and the data card are used to realize the above function in a case that high reliability is required and the amount of data is large, the shutdown time of the system will be relatively long. [0003] In a common embedded system, reserved memory is used to realize the above function. The reserved memory is memory reserved by the embedded device for a certain purpose. When the system is initiated, the reserved memory is not managed by a memory management system. The reserved memory has a characteristic of preventing data loss during reboot, and thus can be used to store data which should be reserved before reboot and is to be read when the next reboot, for instance, the data may be reboot information. [0004] EP16673 describes a method and system for writing data from a main memory of a computer to a secondary storage device in circumstances requiring a reboot. An initial memory area is copied but the completion of the copying is deferred until after the system reboot has occurred to minimise delay on reboot. BRIEF DESCRIPTION OF THE DRAWINGS [000] Features of the present disclosure are illustrated by way of example and not limited in the following figure(s), in which like numerals indicate like elements, in which: Figure 1 is a flowchart of a method for preventing data loss during reboot when there is no support of a file system according to an example of the present disclosure. Figure 2 is a flowchart of a method for preventing data loss during reboot when there is support of a file system according to an example of the present disclosure Figure 3 is a schematic diagram illustrating the structure of a logical storage resource management device according to an example of the present disclosure. [0006] The object of the invention is defined in the present independent claims 1 and 7. Further enhancements are provided by the subclaims. DETAILED DESCRIPTION [0007] For simplicity and illustrative purposes, the present disclosure is described by referring mainly to an example thereof. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present disclosure. It will be readily apparent however, that the present disclosure may be practiced without limitation to these specific details. In other instances, some methods and structures have not been described in detail so as not to unnecessarily obscure the present disclosure. As used herein, the term "includes" means includes but not limited to, the term "including" means including but not limited to. The term "based on" means based at least in part on. [0008] Compared with the access rate of a disk and a data card, the access rate of memory is much higher. If the amount of data is large, more reserved memory is required, which may result in that % % memory of a system being used as reserved memory. Once the memory is used as reserved memory, the memory cannot be used to store general data. In this way, once rapid recovery is to be supported, the performance of the system may be greatly decreased, or additional memory is needed. [0009] Detailed description will be made hereinafter with reference to the accompanying drawings and specific examples. [00] Figure 1 is a flowchart of a method for preventing data loss during reboot when there is no support of a file system according to an example. As shown in Figure 1, the method includes the following operations. [0011] Block 0: a logical storage resource management device pre-allocates reserved memory for specially storing a storage resource mapping table, and notifies each data source device of a virtual address of the reserved memory. [0012] Herein, the data source device is an object for storing data, for instance, the object may be a software item in a device. The logical storage resource management device notifies each data source device of the virtual address of the reserved memory, for instance, an Application Programming Interface (API), and the data source device may perform read and write operations for the reserved memory according to the virtual address. [0013] Block 1: when finding that a system is about to be rebooted, the data source device requests the logical storage resource management device to allocate memory for storing data, and the logical storage resource management device allocates logical memory for the data source device. The logical memory may be referred 2

3 3 EP B1 4 to as logical storage resources. [0014] In this operation, the logical storage resource management device provides a virtual location of the logical memory, for instance, a virtual page frame number or a virtual address, to the data source device. For example, if the system adopts a Copy-On-Write technology of Linux/UNIX, the logical storage resource management device provides a virtual address space, for instance, an address space from 0x0012 to 0x001243ff, to the data source device as the memory address. [001] Block 2: after obtaining the virtual location of the logical memory allocated by the logical storage resource management device, the data source device writes data into the logical memory. For a physical memory block corresponding to the logical memory into which the data has been written, the logical storage resource management device sets, in a storage resource mapping table, a state of a node corresponding to the physical memory block as valid. [0016] The data source device obtains the virtual location of the logical memory from the logical storage resource management device, and thus the true physical memory is requested for when missing page abnormity is caused because the data source device writes the data into the logical memory according to the virtual location of the logical memory. Specifically, when the data source device writes the data according to the virtual location of the logical memory, since the true physical memory is not allocated, a missing page abnormity is caused. At this time, the logical storage resource management device allocates the true physical memory to the data source device and writes a corresponding relationship between the virtual location information and the physical location information of the physical memory into a page table, and the data source device writes the data into the physical memory. The physical location information may include a physical page frame number, a physical address and so on, and the virtual location information includes a virtual page frame number, a virtual address and so on. [0017] When allocating the physical memory to the data source device, the logical storage resource management device records the physical location information (for instance, a physical page frame number or a physical address) of each physical memory block in turn in each node of the storage resource mapping table, and sets the state of each node as invalid. When the data source device writes the data into a physical memory block, the logical storage resource management device sets, in the storage resource mapping table, the state of a node corresponding to the physical memory block as valid. [0018] In the storage resource mapping table, each frame corresponds to one item, and each item represents one page of the physical memory. For example, the 0th node represents the 0th page of the physical memory, the 1 st node represents the 1 st page of the physical memory,..., and the 0th node represents the 0th page of the physical memory. That is to say, each frame stores a mapping relation between a logical address and physical memory. At the beginning, each frame does not store any data, and after some data is stored, it is indicated that the frame stores a corresponding mapping relation. [0019] When there is one data source device, the system needs to record initial location information of logical memory corresponding to the data source device. When there are multiple data source devices, the system needs to record a corresponding relationship between the identity of each data source device and the initial location information of logical memory corresponding to the data source device. The initial location information may be an initial virtual page frame number or an initial virtual address. [00] Block 3: when all data source devices complete data storage, the system is rebooted. [0021] The size of the physical memory obtained by the data source device may be larger than that of the physical memory actually used for storing the data. And thus, the state of a node corresponding to a physical memory block into which no data has been written is set as invalid in the storage resource mapping table. [0022] Block 4: during reboot, the logical storage resource management device reads the storage resource mapping table in the reserved memory when being initiated, and when finding that the state of a node is set as valid, sets the state of a physical memory block corresponding to the node as used, so as to ensure that data in the physical memory block is not modified; otherwise, the logical storage resource management device sets the state of the physical memory block corresponding to the node as idle. [0023] After the state of the physical memory block is set as idle, other devices may use the physical memory block, that is, other devices may perform read and write operations for the physical memory block. [0024] Block : when being initiated, the data source device obtains the initial location information of the logical memory allocated to the data source device from the logical storage resource management device, and reads data from the physical memory according to the initial location information of the logical memory. [002] Block 6: when all data source devices read the data, the logical storage resource management device releases the logical storage resources occupied by all data source devices, and sets states of all nodes in the storage resource mapping table as invalid. [0026] Figure 2 is a flowchart of a method for preventing data loss during reboot when there is support of a file system according to an example. As shown in Figure 2, the method includes the following operations. [0027] Block 0: a logical storage resource management device pre-allocates reserved memory for specially storing a storage resource mapping table, and notifies each data source device of a virtual address of the reserved memory. [0028] Block 1: before being rebooted, a system cre- 3

4 EP B1 6 ates a file system, and mounts the file system on a mount point. [0029] The file system may be thought of as a type of logical storage resources. The system takes the logical storage resources as a block device, provides a driving interface for the logical storage resources, and mounts the logical storage resources on one mount point. [00] The mount point may, for instance, be a storage path of the file system. The mount point may be configured in advance, or may be allocated temporarily. If the mount point is allocated temporarily, the system needs to notify each data source device of the mount point. [0031] Block 2: the data source device creates a file in the file system, and writes data into the created file, and for a file into which the data has been written, the logical storage resource management device sets, in the storage resource mapping table, the state of a node corresponding to a physical memory block where the file is located as invalid. [0032] The data source may define a file name according to a preset rule. [0033] When the data source device writes the data into the file, since true physical memory is not allocated, missing page abnormity is caused. At this time, the logical storage resource management device allocates the true physical memory to the data source device, and the data source device writes the data into the physical memory. [0034] When allocating the physical memory to the data source device, the logical storage resource management device records the physical location information (for instance, a physical page frame number or a physical address) of each physical memory block in turn in each node of the storage resource mapping table, and sets the state of each node as invalid. When the data source device writes the data into a physical memory block, the logical storage resource management device sets, in the storage resource mapping table, the state of a node corresponding to the physical memory block as valid. [003] Block 3: when all data source devices complete data storage, the system is rebooted. [0036] Block 4: during reboot, the logical storage resource management device reads the storage resource mapping table in the reserved memory when being initiated, and when finding that the state of a node is set as valid, sets the state of a physical memory block corresponding to the node as used, so as to ensure that data in the physical memory block is not modified; otherwise, the logical storage resource management device sets the state of the physical memory block corresponding to the node as idle. [0037] Block : the logical storage resource management device recovers the file system according to the storage resource mapping table, and mounts the file system on the mount point. [0038] The mount point in this operation is the same as that in block 1. [0039] Block 6: the data source device opens the file corresponding to the data source on the mount point, and reads the data in the file. [00] Usually, the data source device defines a file name according to a preset rule when creating the file. And thus, in this operation the data source device may obtain the file name of the file corresponding to the data source device according to the preset rule, so as to open the file. [0041] Block 7: when all data source devices have read the data, the logical storage resource management device unloads the file system from the mount point, releases the logical storage resources corresponding to the file system, and sets states of all nodes in the storage resource mapping table as invalid. [0042] It should be understood that, in this example, the physical memory is invisible to the data source device, and storage and read operations of the data are realized through operating the logical memory or the file system. Actually, when the data source device performs read and write operations for the logical memory or the file system, the operation system performs a read or write operation for the physical memory according to the operation of the data source device. [0043] Figure 3 is a schematic diagram illustrating the structure of a logical storage resource management device according to an example. As shown in Figure 3, the logical storage resource management device includes a reserved memory allocating module 31, a logical storage resource allocating module 32 and a management module 33. The logical storage resource management device and above mentioned modules may, for example, be implemented as machine readable instructions stored in a memory or other non-transitory storage medium and executable by a processor. [0044] The reserved memory allocating module 31 is to pre-allocate reserved memory for specially storing a storage resource mapping table, and send a virtual address of the reserved memory to the management module 33. [004] The logical storage resource allocating module 32 is to allocate logical storage resources to a data source device before a system is rebooted. [0046] The management module 33 is to receive and record the virtual address of the reserved memory sent by the reserved memory allocating module 31, and when the data source device writes data into the logical storage resources, record, according to the virtual address of the reserved memory, a physical location of the logical storage resources into which the data has been written in the storage resource mapping table; when the system is rebooted, obtain the physical location of the logical storage resources into which the data has been written from the storage resource mapping table, set a state of a physical memory block corresponding to the logical storage resources into which the data has been written as used, and after all data source devices have read the data, release the logical storage resources occupied by all of the data source devices. [0047] The logical storage resources may be logical 4

5 7 EP B1 8 memory or a file system. [0048] The management module 33 is further to set a state of a physical memory block corresponding to logical storage resources into which no data has been written as idle when setting the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used. [0049] The management module 33 is further to record, in the storage resource mapping, the physical location of the physical memory block corresponding to the logical storage resources into which the data has been written, set a state of the physical memory block corresponding to the logical storage resources into which the data has been written as valid, and set states of all nodes in the storage resource mapping table as invalid when releasing all logical storage resources. [000] If the system has no support of the file and the logical storage resources are logical memory, the logical storage resource allocating module 32 is to, when the data source device requests for logical memory for storing the data after finding that the system will be rebooted, allocate the logical memory to the data source device. The management module 33 is further to, when missing page abnormity is caused because the data source device writes the data into the logical memory, allocate physical memory to the data source device, so that the data source device writes the data into the physical memory. [001] The management module 33 is further to provide an initial address of the logical storage resources to the data source device after setting the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used, so that the data source device reads the data from the logical storage resources according to the initial address. [002] If the system has the support of the file and the logical storage resources are a file system, the management module 33 is further to, when the missing page abnormity is caused because the data source device writes the data into a file created in the file system, allocate physical memory to the data source device, so that the data source device writes the data into the physical memory. [003] Compared with the conventional technologies, in these examples, the storage resources are occupied in a period of time from a time point that the system is rebooted to a time point that the data source device reads data. After the data source device reads the data, the storage resources are released. In this way, the storage resources will not be always occupied, so as to improve the utility of the storage resources. [004] The methods described in this disclosure and the logical storage management device and modules can be implemented by hardware, software or firmware or a combination thereof. For example the storage resource management device and above mentioned functional modules may be implemented by a processor (the term processor is to be interpreted broadly to include a CPU, processing unit, ASIC, logical unit, or programmable gate array etc.). The processes, methods and functional modules may all be performed by a single processor or split between several processors; reference in this disclosure or the claims to a processor should thus be interpreted to mean one or more processors. The processes, methods and functional modules be implemented as machine readable instructions executable by one or more processors, hardware logical circuitry of the one or more processors or a combination thereof. Further the teachings herein may be implemented in the form of machine readable instructions stored in a memory or other non-transitory storage medium, and executable by the processor to implement the methods and operations described above. [00] What has been described and illustrated herein is an example of the disclosure along with some of its variations. The terms, descriptions and figures used herein are set forth by way of illustration only and are not meant as limitations. Claims 1. A method for preventing data loss during reboot, comprising: pre-allocating, by a logical storage resource management device, reserved memory for storing a storage resource mapping table; allocating, by the logical storage resource management device, logical storage resources to a data source device before a system is rebooted, and recording, in the storage resource mapping table, a physical location of the logical storage resources into which data has been written when the data source device writes the data into the logical storage resources; and obtaining, by the logical storage resource management device, the physical location of the logical storage resources into which the data has been written from the storage resource mapping table when the system is rebooted, setting a state of a physical memory block corresponding to the logical storage resources into which the data has been written as used, and releasing all logical storage resources after the data source device reads the data. 2. The method of claim 1, further comprising: when the logical storage resource management device sets the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used, setting, by the logical storage resource management device, a state of a physical memory block

6 9 EP B1 corresponding to logical storage resources into which no data has been written as idle. 3. The method of claim 1, wherein recording, in the storage resource mapping table, a physical location of the logical storage resources into which data has been written comprises: initial address. 6. The method of claim 1, wherein the system has support of a file and the logical storage resources are a file system; wherein the data source writes the data into the logical storage resources by: recording, by the logical storage resource management device in the storage resource mapping table, a physical location of the physical memory block corresponding to the logical storage resources into which the data has been written, and setting the state of the physical memory block as valid; after the logical storage resource management device releases all the logical storage resources, the method further comprises: 1 creating, by the data source device, the file in the file system, and writing the data into the created file; the method further comprises: causing missing page abnormity when the data source device writes the data into the created file, allocating, by the logical storage resource management device, physical memory to the data source device, and writing, by the data source device, the data into the physical memory. setting, by the logical storage resource management device, states of all nodes in the storage resource mapping table as invalid. 4. The method of claim 1, wherein the system has no support of a file and the logical storage resources are logical memory; wherein allocating, by the logical storage resource management device, logical storage resources to a data source device comprises: requesting, by the data source device, the logical storage resource management device for the logical memory for storing data when finding that the system is to be rebooted, and allocating, by the logical storage resource management device, the logical memory to the data source device; the data source device writes the data into the logical storage resources comprises: the data source device writes the data into the logical memory; the method further comprises: causing missing page abnormity when the data source device writes the data into the logical memory, allocating, by the logical storage resource management device, physical memory to the data source device, and writing, by the data source device, the data into the physical memory.. The method of claim 1, after the logical storage resource management device sets the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used, further comprising: A logical storage resource management device, comprising: a reserved memory allocating module (31) to pre-allocate reserved memory for storing a storage resource mapping table; a logical storage resource allocating module (32) to allocate logical storage resources to a data source device before a system is rebooted; and a management module (33) to, when the data source device writes data into the logical storage resources, record, in the storage resource mapping table, a physical location of the logical storage resources into which the data has been written; when the system is rebooted, obtain the physical location of the logical storage resources into which the data has been written from the storage resource mapping table, set a state of a physical memory block corresponding to the logical storage resources into which the data has been written as used, and after all data source devices read the data, release the logical storage resources. 8. The logical storage resource management device of claim 7, wherein the management module (33) is further to set a state of a physical memory block corresponding to logical storage resources into which no data has been written as idle when setting the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used. providing, by the logical storage resource management device, an initial address of the logical storage resources to the data source device, so that the data source device reads the data from the logical storage resources according to the 9. The logical storage resource management device of claim 7, wherein the management module (33) is further to record, in the storage resource mapping, a physical location of the physical memory block corresponding to the logical storage resources into 6

7 11 EP B1 12 which the data has been written, set a state of the physical memory block valid in the storage resource mapping table, and set states of all nodes in the storage resource mapping table as invalid after releasing all logical storage resources.. The logical storage resource management device of claim 7, wherein the system has no support of a file and the logical storage resources are logical memory; the logical storage resource allocating module (32) is to allocate the logical memory to the data source device when the data source device requests for the logical memory for storing data after finding that the system is to be rebooted; the management module (33) is further to allocate physical memory to the data source device when missing page abnormity is caused because the data source device writes the data into the logical memory, so that the data source device writes the data into the physical memory. 11. The logical storage resource management device of claim 7, wherein the management module (33) is further to, after setting the state of the physical memory block corresponding to the logical storage resources into which the data has been written as used, provide an initial address of the logical storage resources to the data source device, so that the data source device reads the data from the logical storage resources according to the initial address. 12. The logical storage resource management device of claim 7, wherein the system has support of a file and the logical storage resources are a file system; the management module (33) is further to, when missing page abnormity is caused because the data source device writes the data into the created file in the file system, allocate physical memory to the data source device, so that the data source device writes the data into the physical memory. Patentansprüche 1. Verfahren zum Verhindern von Datenverlust beim Neustart, umfassend: Vorbelegen, durch eine logische Storage-Ressourcen-Management-Vorrichtung, von reserviertem Speicherplatz zum Speichern einer Storage-Ressourcen-Mapping-Tabelle; Zuteilen, durch die logische Storage-Ressourcen-Management-Vorrichtung, von logischen Storage-Ressourcen an eine Datenquellen- Vorrichtung vor dem Neustart eines Systems und Aufzeichnen, in der Storage-Ressourcen- Mapping-Tabelle, eines physischen Orts der logischen Storage-Ressourcen, in welche Daten geschrieben wurden, wenn die Datenquellen- Vorrichtung die Daten in die logischen Storage- Ressourcen schreibt; und Beziehen, durch die logische Storage-Ressourcen-Management-Vorrichtung, des physischen Orts der logischen Storage-Ressourcen, in welche die Daten aus der Storage-Ressourcen- Mapping-Tabelle bei Neustart des Systems geschrieben wurden, Einstellen eines Zustands eines physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, als belegt, und Freigeben aller logischer Storage-Ressourcen, nachdem die Datenquellen-Vorrichtung die Daten gelesen hat. 2. Verfahren nach Anspruch 1, weiter umfassend: wenn die logische Storage-Ressourcen-Management-Vorrichtung den Zustand des physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, als belegt einstellt, Einstellen, durch die logische Storage-Ressourcen-Management-Vorrichtung, eines Zustands eines physischen Speicherblocks, der logischen Storage-Ressourcen entspricht, in welche keine Daten geschrieben wurden, als unbelegt. 3. Verfahren nach Anspruch 1, wobei das Aufzeichnen, in der Storage-Ressourcen-Mapping-Tabelle, eines physischen Orts der logischen Storage-Ressourcen, in welche Daten geschrieben wurden, Folgendes umfasst: Aufzeichnen, durch die logische Storage-Ressourcen-Management-Vorrichtung in der Storage-Ressourcen-Mapping-Tabelle, eines physischen Orts des physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, und Einstellen des Zustands des physischen Speicherblocks als zulässig; nachdem die logische Storage-Ressourcen- Management-Vorrichtung alle logischen Storage-Ressourcen freigibt, umfasst das Verfahren weiterhin Folgendes: Einstellen, durch die logische Storage-Ressourcen-Management-Vorrichtung, von Zuständen aller Knoten in der Storage-Ressourcen-Mapping-Tabelle als unzulässig. 4. Verfahren nach Anspruch 1, wobei das System keine Unterstützung durch eine Datei besitzt und die logischen Storage-Ressourcen logischer Speicher sind; 7

8 13 EP B1 14 wobei das Zuteilen, durch die logische Storage-Ressourcen-Management-Vorrichtung, logischer Storage-Ressourcen an eine Datenquellen-Vorrichtung Folgendes umfasst: Anfordern, durch die Datenquellen-Vorrichtung, an die logische Storage-Ressourcen-Management-Vorrichtung von logischem Speicher zum Speichern von Daten, wenn sich zeigt, dass das System neugestartet werden soll, und Zuteilen, durch die logische Storage-Ressourcen-Management-Vorrichtung, des logischen Speichers an die Datenquellen-Vorrichtung; das Schreiben der Daten in die logischen Storage- Ressourcen durch die Datenquellen-Vorrichtung umfasst Folgendes: die Datenquellen-Vorrichtung schreibt die Daten in den logischen Speicher; das Verfahren umfasst weiterhin Folgendes: Verursachen von Fehlseiten-Abnormalität, wenn die Datenquellen-Vorrichtung die Daten in den logischen Speicher schreibt, Zuteilen, durch die logische Storage-Ressourcen-Management-Vorrichtung, physischen Speichers an die Datenquellen-Vorrichtung, und Schreiben, durch die Datenquellen-Vorrichtung, der Daten in den physischen Speicher.. Verfahren nach Anspruch 1, nachdem die logische Storage-Ressourcen-Management-Vorrichtung den Zustand des physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, auf belegt eingestellt hat, das weiterhin Folgendes umfasst: Bereitstellen, durch die logische Storage-Ressourcen-Management-Vorrichtung, einer Anfangsadresse der logischen Storage-Ressourcen an die Datenquellen-Vorrichtung, so dass die Datenquellen-Vorrichtung die Daten von den logischen Storage-Ressourcen gemäß der Anfangsadresse liest Logische Storage-Ressourcen-Management-Vorrichtung, umfassend: ein Modul (31) zur Zuweisung von reserviertem Speicher, um reservierten Speicher zum Speichern einer Storage-Ressourcen-Mapping-Tabelle vorzubelegen; ein Modul (32) zur Zuweisung von logischen Storage-Ressourcen, um logische Storage- Ressourcen an eine Datenquellen-Vorrichtung vor dem Neustart eines Systems zuzuteilen; und ein Managementmodul (33), um, wenn die Datenquellen-Vorrichtung Daten in die logischen Storage-Ressourcen schreibt, in der Storage- Ressourcen-Mapping-Tabelle einen physischen Ort der logischen Storage-Ressourcen, in welche die Daten geschrieben wurden, aufzuzeichnen; wenn das System neugestartet wird, Beziehen des physischen Orts der logischen Storage-Ressourcen, in welche die Daten geschrieben wurden, von der Storage-Ressourcen-Mapping-Tabelle, Einstellen eines Zustands eines physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, als belegt, und wenn alle Datenquellen-Vorrichtungen die Daten gelesen haben, Freigeben der logischen Storage-Ressourcen. 8. Logische Storage-Ressourcen-Management-Vorrichtung nach Anspruch 7, wobei das Managementmodul (33) weiterhin einen Zustand eines physischen Speicherblocks, der logischen Storage-Ressourcen entspricht, in welche keine Daten geschrieben wurden, als unbelegt einstellen soll, wenn sie den Zustand des physischen Speicherblocks, der logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, als belegt einstellt. 6. Verfahren nach Anspruch 1, wobei das System Unterstützung durch eine Datei besitzt und die logischen Storage-Ressourcen ein Dateisystem sind; wobei die Datenquelle die Daten in die logischen Storage-Ressourcen schreibt durch: Erzeugen, durch die Datenquellen-Vorrichtung, der Datei in dem Dateisystem und Schreiben der Daten in die erzeugte Datei; das Verfahren umfasst weiterhin: Verursachen einer Fehlseiten-Abnormalität, wenn die Datenquellen-Vorrichtung die Daten in die erzeugte Datei schreibt, Zuteilen, durch die logische Storage-Ressourcen-Management-Vorrichtung, physischen Speichers an die Datenquellen-Vorrichtung und Schreiben der Daten, durch die Datenquellen-Vorrichtung, in den physischen Speicher Logische Storage-Ressourcen-Management-Vorrichtung nach Anspruch 7, wobei das Managementmodul (33) weiterhin, in der Storage-Ressourcen- Mapping-Tabelle einen physischen Ort des physischen Speicherblocks aufzeichnen soll, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, einen Zustand des physischen Speicherblocks als zulässig in der Storage-Ressourcen-Mapping-Tabelle einstellen soll und Zustände aller Knoten in der Storage-Ressourcen-Mapping-Tabelle nach Freigeben aller logischen Storage-Ressourcen als unzulässig einstellen soll.. Logische Storage-Ressourcen-Management-Vorrichtung nach Anspruch 7, wobei das System keine Unterstützung durch eine Datei besitzt und die logischen Storage-Ressourcen logischer Speicher sind; das Modul (32) zur Zuweisung von logischen Sto- 8

9 1 EP B1 16 rage-ressourcen soll den logischen Speicher an die Datenquellen-Vorrichtung zuteilen, wenn die Datenquellen-Vorrichtung den logischen Speicher zum Speichern von Daten anfordert, wenn sich zeigt, dass das System neugestartet werden soll; das Managementmodul (33) soll weiterhin physischen Speicher an die Datenquellen-Vorrichtung zuteilen, wenn Fehlseiten-Abnormalität verursacht wird, weil die Datenquellen-Vorrichtung die Daten in den logischen Speicher schreibt, so dass die Datenquellen-Vorrichtung die Daten in den physischen Speicher schreibt. 11. Logische Storage-Ressourcen-Management-Vorrichtung nach Anspruch 7, wobei das Managementmodul (33) weiterhin nach Einstellen des Zustands des physischen Speicherblocks, der den logischen Storage-Ressourcen entspricht, in welche die Daten geschrieben wurden, als belegt eine Anfangsadresse der logischen Storage-Ressourcen an die Datenquellen-Vorrichtung bereitstellen soll, so dass die Datenquellen-Vorrichtung die Daten von den logischen Storage-Ressourcen gemäß der Anfangsadresse liest. 12. Logische Storage-Ressourcen-Management-Vorrichtung nach Anspruch 7, wobei das System Unterstützung durch eine Datei besitzt und die logischen Storage-Ressourcen ein Dateisystem sind; das Managementmodul (33) soll weiterhin, wenn Fehlseiten-Abnormalität verursacht wird, weil die Datenquellen-Vorrichtung die Daten in die erzeugte Datei in dem Dateisystem schreibt, physischen Speicher an die Datenquellen-Vorrichtung zuteilen, so dass die Datenquellen-Vorrichtung die Daten in den physischen Speicher schreibt. Revendications 1. Procédé de prévention de perte de données durant un redémarrage, comprenant les étapes suivantes : pré-attribuer, par un dispositif de gestion de ressources de stockage logiques, une mémoire réservée pour stocker une table de mappage de ressources de stockage ; attribuer, par le dispositif de gestion de ressources de stockage logiques, des ressources de stockage logiques à un dispositif source de données avant qu un système ne soit redémarré, et enregistrer, dans la table de mappage de ressources de stockage, un emplacement physique des ressources de stockage logiques dans lesquelles des données ont été écrites lorsque le dispositif source de données écrit les données dans les ressources de stockage logiques ; et obtenir, par le dispositif de gestion de ressources de stockage logiques, l emplacement physique des ressources de stockage logiques dans lesquelles les données ont été écrites à partir de la table de mappage de ressources de stockage lorsque le système est redémarré, définir un état d un bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées, et libérer toutes les ressources de stockage logiques après que le dispositif source de données a lu les données. 2. Procédé selon la revendication 1, comprenant en outre l étape suivante : lorsque le dispositif de gestion de ressources de stockage logiques définit l état du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées, définir, par le dispositif de gestion de ressources de stockage logiques, un état d un bloc de mémoire physique correspondant à des ressources de stockage logiques dans lesquelles aucune donnée n a été écrite comme étant inactive. 3. Procédé selon la revendication 1, dans lequel l enregistrement, dans la table de mappage de ressources de stockage, d un emplacement physique des ressources de stockage logiques dans lesquelles des données ont été écrites comprend les étapes suivantes : enregistrer, par le dispositif de gestion de ressources de stockage logiques dans la table de mappage de ressources de stockage, un emplacement physique du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites, et définir l état du bloc de mémoire physique comme étant valide ; après que le dispositif de gestion de ressources de stockage logiques a libéré toutes les ressources de stockage logiques, le procédé comprend en outre l étape suivante : définir, par le dispositif de gestion de ressources de stockage logiques, des états de tous les noeuds dans la table de mappage de ressources de stockage comme étant invalides. 4. Procédé selon la revendication 1, dans lequel le système n est pas pris en charge par un fichier et les ressources de stockage logiques sont une mémoire logique ; dans lequel l attribution, par le dispositif de gestion de ressources de stockage logiques, de ressources 9

10 17 EP B1 18 de stockage logiques à un dispositif source de données comprend les étapes suivantes : demander, par le dispositif source de données, au dispositif de gestion de ressources de stockage logiques la mémoire logique pour stocker des données lorsque l on découvre que le système doit être redémarré, et attribuer, par le dispositif de gestion de ressources de stockage logiques, la mémoire logique au dispositif source de données ; l écriture, par le dispositif source de données, des données dans les ressources de stockage logiques comprend l étape suivante : le dispositif source de données écrit les données dans la mémoire logique ; le procédé comprenant en outre les étapes suivantes : provoquer une anomalie de page manquante lorsque le dispositif source de données écrit les données dans la mémoire logique, attribuer, par le dispositif de gestion de ressources de stockage logiques, une mémoire physique au dispositif source de données, et écrire, par le dispositif source de données, les données dans la mémoire physique.. Procédé selon la revendication 1, après que le dispositif de gestion de ressources de stockage logiques a défini l état du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées, comprenant en outre l étape suivante : fournir, par le dispositif de gestion de ressources de stockage logiques, une adresse initiale des ressources de stockage logiques au dispositif source de données, de sorte que le dispositif source de données lise les données à partir des ressources de stockage logiques conformément à l adresse initiale. 6. Procédé selon la revendication 1, dans lequel le système est pris en charge par un fichier et les ressources de stockage logiques sont un système de fichier ; dans lequel la source de données écrit les données dans les ressources de stockage logiques : en créant, par le dispositif source de données, le fichier dans le système de fichier, et en écrivant les données dans le fichier créé ; le procédé comprenant en outre les étapes suivantes : provoquer une anomalie de page manquante lorsque le dispositif source de données écrit les données dans le fichier créé, attribuer, par le dispositif de gestion de ressources de stockage logiques, une mémoire physique au dispositif source de données, et écrire, par le dispositif source de données, les données dans la mémoire physique Dispositif de gestion de ressources de stockage logiques, comprenant : un module d attribution d une mémoire réservée (31) pour pré-attribuer une mémoire réservée afin de stocker une table de mappage de ressources de stockage ; un module d attribution de ressources de stockage logiques (32) pour attribuer des ressources de stockage logiques à un dispositif source de données avant qu un système soit redémarré ; et un module de gestion (33) pour, lorsque le dispositif source de données écrit des données dans les ressources de stockage logiques, enregistrer, dans la table de mappage de ressources de stockage, un emplacement physique des ressources de stockage logiques dans lesquelles les données ont été écrites ; lorsque le système est redémarré, pour obtenir l emplacement physique des ressources de stockage logiques dans lesquelles les données ont été écrites à partir de la table de mappage de ressources de stockage, pour définir un état du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées, et après que tous les dispositifs sources de données ont lu les données, pour libérer les ressources de stockage logiques. 8. Dispositif de gestion de ressources de stockage logiques selon la revendication 7, dans lequel le module de gestion (33) est en outre destiné à définir un état d un bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles aucune donnée n a été écrite comme étant inactive au moment de définir l état du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées. 9. Dispositif de gestion de ressources de stockage logiques selon la revendication 7, dans lequel le module de gestion (33) consiste en outre à enregistrer, dans le mappage de ressources de stockage, un emplacement physique du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites, à définir un état du bloc de mémoire physique valide dans la table de mappage de ressources de stockage, et à définir des états de tous les noeuds dans la table de mappage de ressources de stockage comme étant invalides après la libération de toutes les ressources de stockage logiques.. Dispositif de gestion de ressources de stockage logiques selon la revendication 7, dans lequel le sys-

11 19 EP B1 tème n est pas pris en charge par un fichier et les ressources de stockage logiques sont une mémoire logique ; le module d attribution de ressources de stockage logiques (32) consiste à attribuer la mémoire logique au dispositif source de données lorsque le dispositif source de données demande la mémoire logique pour stocker des données après avoir découvert que le système doit être redémarré ; le module de gestion (33) consiste en outre à attribuer une mémoire physique au dispositif source de données lorsqu une anomalie de page manquante est due au fait que le dispositif source de données écrive les données dans la mémoire logique, de sorte que le dispositif source de données écrive les données dans la mémoire physique Dispositif de gestion de ressources de stockage logiques selon la revendication 7, dans lequel le module de gestion (33) consiste en outre, après avoir défini l état du bloc de mémoire physique correspondant aux ressources de stockage logiques dans lesquelles les données ont été écrites comme étant utilisées, à fournir une adresse initiale des ressources de stockage logiques au dispositif source de données, de sorte que le dispositif source de données lise les données à partir des ressources de stockage logiques conformément à l adresse initiale Dispositif de gestion de ressources de stockage logiques selon la revendication 7, dans lequel le système est pris en charge par un fichier et les ressources de stockage logiques sont un système de fichier ; le module de gestion (33) consiste en outre, lorsqu une anomalie de page manquante est due au fait que le dispositif source de données écrive les données dans le fichier créé dans le système de fichier, à attribuer une mémoire physique au dispositif source de données, de sorte que le dispositif source de données écrive les données dans la mémoire physique

12 EP B1 12

13 EP B1 13

14 EP B1 14

15 EP B1 REFERENCES CITED IN THE DESCRIPTION This list of references cited by the applicant is for the reader s convenience only. It does not form part of the European patent document. Even though great care has been taken in compiling the references, errors or omissions cannot be excluded and the EPO disclaims all liability in this regard. Patent documents cited in the description EP A [0004] 1

Release Notes BRICKware 7.5.4. Copyright 23. March 2010 Funkwerk Enterprise Communications GmbH Version 1.0

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