M440467 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種網路資源的整合技術，尤係關於一 種雲端平台整合技術。 【先前技術】 雲端計算是適合行動網路應用的一種模式，雲端計算 將應用“計算”從用戶終端轉移到服務終端，從而弱化了對 行動終端設備的處理需求，行動終端主要承擔與用戶交互 籲功能，而複雜的運算則交由雲端伺服器處理，如此，行動 終端不需要強大的運算能力即可相應用戶操作，並將結果 展現給用戶，從而實現豐富的應用。 然而目前各種不同類型之雲端平台的特性及其連接 方式不盡相同，執行指令與執行結果也各式各樣，對於使 用者而言，不但增加了整合複雜度，更難以進行統一整合 的系統開發。 I 因此，如何提供一種雲端平台的整合機制，以簡化現 有整合複雜性，並進行統一整合的系統開發，即為本案待 解決的技術課題。 【新型内容】 本創作之目的在於提供一種可簡化整合的雲端平台 整合系統。 本創作之另一目的在於提供一種可進行統一整合之 系統開發的雲端平台整合系統。 本創作之又一目的在於提供一種可節省系統開發時 3 M440467 間及人力資源的雲端平台整合系統。 本創作係揭示一種雲端平台整合系統，係包括整合單 元、複數個代理單元與複數個雲端平台，其中，複數個代 理單元之各者係分別鏈接至該等雲端平台中對應之雲端平 台，該整合單元係鏈接至該等代理單元，且該整合單元包 括有：輸入模組，用於輸入待鏈接之雲端平台與輸入用於 控制該待鏈接之雲端平台操作的執行指令；處理模組，用 於處理該執行指令；鏈接模組，用於接收該執行指令以透 過對應該待鏈接之雲端平台的代理單元鏈接至該待鏈接之 雲端平台，將該執行指令傳送至該待鏈接之雲端平台。 於前述之雲端平台整合系統中，其中，該整合單元復 包括回傳模組，用於透過對應該待鏈接之雲端平台的代理 單元接收該待鏈接之雲端平台的執行結果以回傳該執行結 果。 於前述之雲端平台整合系統中，其中，該等代理單元 之各者復包括有：管理模組，用於儲存該對應之雲端平台 的管理資訊；以及控制模組，用於根據該管理資訊將該執 行指令傳送至該待鏈接之雲端平台。 於前述之雲端平台整合系統中，其中，該處理模組係 根據程式介面資料庫的内容處理該執行指令。 於前述之雲端平台整合系統中，其中，該管理資訊包 括該對應之雲端平台所對應的類型、網際網路協定 (Internet Protocol，簡稱 IP)資訊、璋（port)資訊及帳 號密碼資訊。 Μ44Θ467 於前述之雲端平台整合系統中，其中，該等代理單元 與該整合單元係設置於相同或不同之伺服器中。 於前述之雲端平台整合系統中，其中，該整合單元係 位於應用程式層。 於前述之雲端平台整合系統中，其中，該執行指令包 括虛擬機設定指令、各種硬體規格設定指令、虛擬機模板 設定指令、平台主機設定指令、儲存器設定指令、網路設 定指令、虛擬區域網路設定指令、網路IP設定指令或網路 鲁位址轉換設定指令。 相較於先前技術，本創作所揭示的雲端平台整合系 統，係用於鏈接各種不同類型之雲端平台並控制該等雲端 平台操作的執行指令，藉以提供簡便的多雲端平台整合功 能，降低整合複雜性，進而節省系統開發時間及人力資源。 【實施方式】 以下藉由特定的具體實施例說明本創作之技術内 Φ容，熟悉此技藝之人士可由本說明書所揭示之内容輕易地 暸解本創作之其他優點及功效，亦可藉由其他不同的具體 實施例加以施行或應用。 請參閱苐1圖，其為本創作之雲端平台整合系統的系 統架構圖。如第1圖所示，本創作的雲端平台整合系統係 包括整合單元100、複數個代理單元200與複數個各種不 同類型之雲端平台20，其中，該等代理單元200之各者分 別鏈接至對應之雲端平台20，而該整合單元100鏈接至該 等代理單元200。此外，該整合單元100主要包括有輸入 5 M440467 模組110、處理模組120、程式介面資料庫130、鏈接模組 140以及回傳模組150，其中，該整合單元1〇〇係位於應用 程式層’以提供連結性與必要的功能，但並不以此為限。 再者’該等代理單元200之各者主要包括有管理模組21〇 以及控制模組2 2 0。 要說明的是，該整合單元100係設置於一伺服器中， 而該等代理單元200可設置於與該整合單元100相同或不 同之伺服器中，且上述雲端平台20可設置於彼此相同或不 同之計算機裝置中。此外，該等代理單元200與該等雲端 平台20的數量與鏈接關係僅為舉例說明，但並不以此為 限。 輸入模組11〇係由程式1〇(其可裝載於整合單元1〇〇 内或整合單元1〇〇外）輸入待鏈接之雲端平台20與輸入用 於控制該待鏈接之雲端平台20操作的執行指令，其中，該 執行指令包括虛擬機（VM)設定指令、各種硬體規格設定指 令、虛擬機模板（template)設定指令、平台主機（host)設 定指令、儲存器（storage)設定指令、網路設定指令、虚擬 區域網路（VLAN)設定指令、網路IP設定指令或網路位址轉 換（NAT)設定指令，舉例說明如下： 虛擬機設定指令包括有VM開機、VM關機、VM暫定、 VM桌面連線、VM快照（snapshot)、VM輸入、VM輸出、雜 備份、VM建立、VM刪除、VM查詢與VM列表等指令。 各種硬體規格設定指令包括有CPU規格設定、RAM規 格設定、Disk規格設定與Network規格設定等指令。 M440467 虛擬機模板設定指令包括有模板快照、模板輸入、模 板輸出、模板備份、模板建立、模板刪除、模板查詢與模 板列表等指令。 平台主機設定指令包括有平台主機建立、平台主機刪 除、平台主機查詢與平台主機列表等指令。 儲存器設定指令包括有儲存器建立、儲存器刪除、儲 存器查詢與儲存器列表等指令。 網路設定指令包括有網路建立、網路刪除、網路查詢 修與網路列表等指令。 虛擬區域網路設定指令包括有VLAN建立、VLAN刪 除、VLAN查詢與VLAN列表等指令。 網路IP設定指令包括有網路IP建立、網路IP删除、 網路IP查詢與網路IP列表等指令。 網路位址轉換設定指令包括有NAT建立、NAT刪除、 NAT查詢與NAT列表等指令。 φ 處理模組120係用於處理該執行指令以傳送該執行指 令至鏈接模組140，其中，該處理模組120係根據程式介 面資料庫（如各種API) 130的内容處理該執行指令。 鏈接模組14 0係用於接收該執行指令以透過對應該待 鏈接之雲端平台20的代理單元200鏈接至該待鏈接之雲端 平台20，將該執行指令傳送至該待鏈接之雲端平台20。 回傳模組150係用於透過對應該待鏈接之雲端平台 20的代理單元200接收該待鏈接之雲端平台20的執行結 果以回傳該執行結果至程式10。 7 M440467 官理模組210係用於儲存該對應之雲端平台20的管 理資訊。於本創作中’該雲端平台2〇係例如為公有雲的雲 端平台（如Amazon EC2) ’私有雲的雲端平台（如vMWare vCloud Director、HP CSM、OpenStack 等）、或者私有雲 的虛擬化平台（如 VMWare vShpere、VMWare vCenter、 RedHat RHEV'Citrix XenServer 等），而該管理資訊則 包括有雲端平台20對應的類型、IP資訊（如IP位址）、埠 資訊（如埠號碼）、該雲端平台20對應的平台管理帳號及平 台管理密碼等帳號密碼資訊。 控制模組220係用於根據該管理資訊將該執行指令傳 送至該待鏈接之雲端平台20,並接收該待鏈接之雲端平台 20的執行結果以傳送該執行結果至整合單元1〇〇。 最後要說明的是，該雲端平台整合系統係可提供虛擬 化功能、支援HTTP連線功能、支援Web服務連線功能及支 援API功能。 以下將配合第2圖詳細說明本創作之雲端平台整合方 法的運作流程圖。 如第2圖所示，首先進行步驟S2〇l ’收集並儲存各雲 端平台20對應的管理資訊於管理模組210。於本創作中， 該管理資訊包括有雲.端平台20對應的類型、IP資訊、蜂 資訊、該雲端平台20對應的平台管理帳號及平台管理密石馬 等帳號密碼資訊，接著進行步驟S203。 於步驟S203中，由程式1〇輸入待鏈接之雲端平台2〇 與輸入用於控制該待鏈接之雲端平台20操作的執行指令 M440467 於輸入模組110，接著進行步驟S205。 於步驟S205中，處理模組120根據程式介面資料庫 (如各種API)130的内容處理該執行指令以傳送該執行指 令至鏈接模組140，接著進行步驟S207。 於步驟S207中，鏈接模組140用於接收該執行指令 以透過對應該待鏈接之雲端平台20的代理單元200鏈接至 該待鏈接之雲端平台20,將該執行指令傳送至該待鏈接之 雲端平台20，接著進行步驟S209。 於步驟S209中，該待鏈接之雲端平台20的執行結果 透過對應該待鏈接之雲端平台20的代理單元200傳送至回 傳模組150，接著進行步驟S211。 於步驟S211中，回傳模組150回傳該執行結果至程 式10，接著進行步驟S213。 於步驟S213中，判斷程式10是否結束，若否，則進 行步驟S203。 综上所述，本創作係透過預先收集各雲端平台對應的 管理資訊，並透過對應各雲端平台的代理單元，以建立一 雲端平台整合系統，俾供使用者藉由該雲端平台整合系統 中之整合單元透過代理單元控制該雲端平台操作的執行指 令，因此，本創作不但可提供簡便的多雲端平台整合功能， 更可降低整合複雜性，進而節省系統開發時間及人力資源。 然而，上述實施例係用以例示性說明本創作之原理及 其功效，而非用於限制本創作。任何熟習此項技藝之人士 均可在不違背本創作之精神及範疇下，對上述實施例進行 9 M440467 修改。因此本創作之權利保護範圍，應如後述之申請專利 範圍所列。M440467 V. New Description: [New Technology Field] This creation is about a network resource integration technology, especially about a cloud platform integration technology. [Previous technology] Cloud computing is a mode suitable for mobile network applications. Cloud computing transfers application computing from user terminals to service terminals, thereby weakening the processing requirements for mobile terminal devices. Mobile terminals mainly undertake interaction with users. The function, while the complex operation is handled by the cloud server, so that the mobile terminal does not need powerful computing power to operate the user and present the result to the user, thereby realizing rich application. However, the characteristics and connection methods of different types of cloud platforms are different, and the execution instructions and execution results are also various. For the user, not only the integration complexity is increased, but also the system integration of unified integration is more difficult. . I Therefore, how to provide a cloud platform integration mechanism to simplify the existing integration complexity and to carry out unified integration of system development is the technical issue to be solved in this case. [New Content] The purpose of this creation is to provide a cloud platform integration system that simplifies integration. Another purpose of this creation is to provide a cloud platform integration system for system integration that can be uniformly integrated. Another purpose of this creation is to provide a cloud platform integration system that can save 3 M440467 and human resources during system development. The present invention discloses a cloud platform integration system, which comprises an integration unit, a plurality of agent units and a plurality of cloud platforms, wherein each of the plurality of agent units is respectively linked to a corresponding cloud platform in the cloud platform, the integration The unit is linked to the proxy unit, and the integration unit includes: an input module, configured to input a cloud platform to be linked, and input an execution instruction for controlling the operation of the cloud platform to be linked; and a processing module, configured to: The execution module is configured to receive the execution instruction to link to the cloud platform to be linked by the proxy unit corresponding to the cloud platform to be linked, and transmit the execution instruction to the cloud platform to be linked. In the foregoing cloud platform integration system, the integration unit includes a backhaul module, configured to receive the execution result of the cloud platform to be linked by the proxy unit corresponding to the cloud platform to be linked to return the execution result. . In the foregoing cloud platform integration system, each of the proxy units includes: a management module for storing management information of the corresponding cloud platform; and a control module for using the management information according to the management information The execution instruction is transmitted to the cloud platform to be linked. In the foregoing cloud platform integration system, the processing module processes the execution instruction according to the content of the program interface database. In the foregoing cloud platform integration system, the management information includes a type corresponding to the corresponding cloud platform, Internet Protocol (IP) information, port information, and account password information. Μ 44Θ467 In the aforementioned cloud platform integration system, wherein the agent units and the integration unit are disposed in the same or different servers. In the aforementioned cloud platform integration system, the integration unit is located at the application layer. In the foregoing cloud platform integration system, the execution instruction includes a virtual machine setting instruction, various hardware specification setting instructions, a virtual machine template setting instruction, a platform host setting instruction, a storage setting instruction, a network setting instruction, a virtual area. Network setting command, network IP setting command or network Lu address conversion setting command. Compared with the prior art, the cloud platform integration system disclosed in the present invention is used for linking various types of cloud platforms and controlling execution instructions of the cloud platform operations, thereby providing a simple cloudy end platform integration function and reducing integration complexity. Sex, which saves system development time and human resources. [Embodiment] The following describes the technical advantages of the present invention by a specific embodiment, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification, and can also use other differences. Specific embodiments are implemented or applied. Please refer to Figure 1 for the system architecture diagram of the cloud platform integration system. As shown in FIG. 1 , the cloud platform integration system of the present invention includes an integration unit 100, a plurality of proxy units 200, and a plurality of different types of cloud platforms 20, wherein each of the proxy units 200 is linked to a corresponding one. The cloud platform 20, and the integration unit 100 is linked to the proxy units 200. In addition, the integration unit 100 mainly includes an input 5 M440467 module 110, a processing module 120, a program interface database 130, a link module 140, and a backhaul module 150. The integration unit 1 is located in the application. Layer ' to provide connectivity and necessary functionality, but not limited to this. Furthermore, each of the agent units 200 mainly includes a management module 21A and a control module 220. It should be noted that the integration unit 100 is disposed in a server, and the proxy units 200 may be disposed in the same or different servers as the integration unit 100, and the cloud platforms 20 may be disposed in the same or Different computer devices. In addition, the number and link relationship between the proxy units 200 and the cloud platforms 20 are merely illustrative, but are not limited thereto. The input module 11 is input into the cloud platform 20 to be linked and input to control the operation of the cloud platform 20 to be linked by the program 1 (which can be loaded in the integration unit 1 or outside the integration unit 1). Executing instructions, including virtual machine (VM) setting instructions, various hardware specification setting instructions, virtual machine template setting instructions, platform host setting instructions, storage setting instructions, and network The path setting command, virtual area network (VLAN) setting command, network IP setting command or network address translation (NAT) setting command are as follows: The virtual machine setting command includes VM booting, VM shutdown, VM tentative, Instructions such as VM desktop connection, VM snapshot (snapshot), VM input, VM output, miscellaneous backup, VM creation, VM deletion, VM query, and VM list. Various hardware specification setting commands include commands such as CPU specification setting, RAM specification setting, Disk specification setting, and Network specification setting. The M440467 virtual machine template setting commands include instructions such as template snapshot, template input, template output, template backup, template creation, template deletion, template query, and template list. The platform host setting instructions include instructions such as platform host establishment, platform host deletion, platform host query, and platform host list. The memory setting instructions include instructions for memory creation, memory deletion, memory query and memory list. Network setup commands include commands such as network setup, network deletion, network query repair, and network list. The virtual local area network setting commands include commands such as VLAN establishment, VLAN deletion, VLAN query, and VLAN list. The network IP setting commands include commands such as network IP establishment, network IP deletion, network IP query, and network IP list. The network address translation setting instructions include instructions such as NAT establishment, NAT deletion, NAT query, and NAT list. The φ processing module 120 is configured to process the execution instructions to transmit the execution instructions to the link module 140, wherein the processing module 120 processes the execution instructions according to the contents of the program interface database (eg, various APIs) 130. The link module 140 is configured to receive the execution instruction to link to the cloud platform 20 to be linked through the proxy unit 200 corresponding to the cloud platform 20 to be linked, and transmit the execution instruction to the cloud platform 20 to be linked. The backhaul module 150 is configured to receive the execution result of the cloud platform 20 to be linked by the proxy unit 200 corresponding to the cloud platform 20 to be linked to return the execution result to the program 10. 7 M440467 The official module 210 is used to store management information of the corresponding cloud platform 20. In this creation, the cloud platform 2 is, for example, a cloud platform of a public cloud (such as Amazon EC2), a cloud platform of a private cloud (such as vMWare vCloud Director, HP CSM, OpenStack, etc.), or a virtualization platform of a private cloud ( Such as VMWare vShpere, VMWare vCenter, RedHat RHEV 'Citrix XenServer, etc., and the management information includes the type corresponding to the cloud platform 20, IP information (such as IP address), and information (such as 埠 number), the cloud platform 20 Corresponding platform management account and platform management password and other account password information. The control module 220 is configured to transmit the execution instruction to the cloud platform 20 to be linked according to the management information, and receive the execution result of the cloud platform 20 to be linked to transmit the execution result to the integration unit 1 . Finally, the cloud platform integration system provides virtualization capabilities, supports HTTP connectivity, supports Web service connectivity, and supports API functionality. The operation flow chart of the cloud platform integration method of the present creation will be described in detail below with reference to FIG. As shown in Fig. 2, first, step S2〇1' is collected and stored in the management module 210 corresponding to the management information of each cloud platform 20. In the present invention, the management information includes the type corresponding to the cloud platform 20, the IP information, the bee information, the platform management account corresponding to the cloud platform 20, and the account password information such as the platform management secret stone, and then proceeds to step S203. In step S203, the program 1〇 inputs the cloud platform 2〇 to be linked and the execution instruction M440467 for controlling the operation of the cloud platform 20 to be linked to the input module 110, and then proceeds to step S205. In step S205, the processing module 120 processes the execution instruction according to the content of the program interface database (such as various APIs) 130 to transmit the execution instruction to the link module 140, and then proceeds to step S207. In step S207, the link module 140 is configured to receive the execution instruction to link to the cloud platform 20 to be linked through the proxy unit 200 corresponding to the cloud platform 20 to be linked, and transmit the execution instruction to the cloud to be linked. The platform 20 then proceeds to step S209. In step S209, the execution result of the cloud platform 20 to be linked is transmitted to the reply module 150 through the proxy unit 200 corresponding to the cloud platform 20 to be linked, and then proceeds to step S211. In step S211, the loopback module 150 returns the execution result to the process 10, and then proceeds to step S213. In step S213, it is judged whether or not the program 10 is finished. If not, the process proceeds to step S203. In summary, the author establishes a cloud platform integration system by pre-collecting the management information corresponding to each cloud platform and through the proxy unit corresponding to each cloud platform, for the user to integrate in the cloud platform integration system. The integration unit controls the execution instructions of the cloud platform operation through the proxy unit. Therefore, the creation can not only provide a simple cloudy end platform integration function, but also reduce the integration complexity, thereby saving system development time and human resources. However, the above embodiments are intended to exemplify the principles of the present invention and its effects, and are not intended to limit the present invention. Anyone who is familiar with the art can make modifications to the above embodiment 9 M440467 without violating the spirit and scope of this creation. Therefore, the scope of protection of this creation should be as listed in the scope of the patent application described later.
f圖式簡單說明J 以及 第1圖為本創作之雲端平台整合系統的系 統架構圖； 第2圖為本創作之雲端平台整合方法 【主要元件符號說明】 運作流程圖。 10 程式 20 雲端平台 100 整合單元 110 輪入模組 120 處理模組 130 程式介面資料庫 140 鏈接模組 150 回傳模組 200 代理單元 210 管理模組 220 控制模組 S201-S213 步驟f Schematic description J and Figure 1 are the system architecture diagram of the cloud platform integration system of the creation; Figure 2 is the cloud platform integration method of the creation [main component symbol description] Operation flow chart. 10 Program 20 Cloud Platform 100 Integration Unit 110 Wheel Entry Module 120 Processing Module 130 Program Interface Library 140 Link Module 150 Backhaul Module 200 Agent Unit 210 Management Module 220 Control Module S201-S213 Steps