TWI311708B - A method for identifying a sata bridge device - Google Patents

A method for identifying a sata bridge device Download PDF

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Publication number
TWI311708B
TWI311708B TW95107265A TW95107265A TWI311708B TW I311708 B TWI311708 B TW I311708B TW 95107265 A TW95107265 A TW 95107265A TW 95107265 A TW95107265 A TW 95107265A TW I311708 B TWI311708 B TW I311708B
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Taiwan
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standard
command
parameter
input
sata
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TW95107265A
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TW200734874A (en
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Jarhaur Wang
Nansen Hsu
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Via Tech Inc
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Priority to US11/608,552 priority patent/US7600067B2/en
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1311708 九、發明說明: 【發明所屬之技術領域】 本發明係有關於—種確認方法’ __於—御認序舰 接附規格(湖橋接器身份之方法,其係利用SATA橋接器設定輸出了 貧訊的無效輸出參數為辨識參數,以供軟體程式確認sata橋接器。 I 【先前技術】 按,現今電腦技術不_進步,驅使現今電腦紐與硬式磁碟機和光 碟機等標準介聽置之_雜介式必須進—步改善,以搭配運算越 來越快之電腦系統。現今標準介面裝置之傳輪介面規格大多為進階技術接 附規格(Advanced Technology Attachment; ATA)與進階技術接附規格封 包介面(AT Attachment Packet Interface; ΑΤΑΡΙ)。腿與入⑽之傳輸 介面規格採用平行(parallel)方式傳輸資料,理論上,其最大傳輸速率 為lOOMB/s和133MB/S。‘然’隨著中央處理單元執行速率逐漸提昇,ATA 二ATAPI之傳輸y丨面規格所此&供之頻寬逐漸難以滿足現代電腦系統之需 • 求。為此,序列式進階技術接附規格工作小組(Serial ATA WorkingGm^ 針對ΑΤΑ標準介面規格的缺失進行研究,進而發展序列式進階技術接附規 格(Serial Advanced Technology Attachment; SATA)以擴展 ΑΤΑ 標準介 面規格,使資料傳輸速率之理論值可達到15〇MB/s以上,以提昇電腦系統 之執行效率。 習知電腦系統中,標準介面裝置與相關裝置之耦接,其關係陳述如下: 電腦系統t,一主機控制器耦接至一 SATA橋接器,SATA橋接器耦接至一 ‘準介面t置。若欲驅使標準介面裝置動作時,係必須藉由一軟體程式輸 入一標準命令至標準介面裝置,軟體程式所輸入之標準命令會先經過主機 控制态’以轉換標準命令為一輸入訊框資訊結構(frrame lnformau〇n 5 13117081311708 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a method for confirming the ___-------------------------------------------------------------------------------------------------------- The invalid output parameter of the poor news is the identification parameter for the software program to confirm the sata bridge. I [Prior Art] Press, today's computer technology does not advance, driving the current computer keyboard and hard disk drive and CD player standard The _heterogeneous type must be improved step by step to match the computer system with faster and faster computing. Most of the standard interface devices of today's standard interface devices are Advanced Technology Attachment (ATA) and advanced. The technology attaches the specification interface (AT Attachment Packet Interface; ΑΤΑΡΙ). The transmission interface specifications of the leg and the input (10) are transmitted in a parallel manner. In theory, the maximum transmission rate is lOOMB/s and 133MB/s. 'With the gradual increase in the execution rate of the central processing unit, the transmission of ATA II ATAPI is gradual and difficult to meet the modern The system needs and requirements. To this end, the Serial Advanced Technology Attachment Specification Working Group (Serial ATA WorkingGm^ studies the lack of standard interface specifications, and then develops Serial Advanced Technology Attachment; SATA) expands the standard interface specification to achieve a theoretical data transfer rate of 15 〇MB/s or more to improve the execution efficiency of computer systems. In conventional computer systems, standard interface devices are coupled to related devices. The relationship is as follows: Computer system t, a host controller is coupled to a SATA bridge, and the SATA bridge is coupled to a 'quasi-interface'. To drive the standard interface device, the system must be input by a software program. A standard command to the standard interface device, the standard command input by the software program will first pass the host control state 'to convert the standard command into an input frame information structure (frrame lnformau〇n 5 1311708

Structure; FIS)之格式,之後再傳送至sATA 。 輸入訊框資訊結構格式之標準命令為標準介面;置|辨會轉換 準介面裝置執行命令。標準介面《_ = -般電腦錢在出雜皆會進㈣The format of Structure; FIS) is then transferred to sATA. The standard command for entering the frame information structure format is the standard interface; the set-and-convert conversion interface device executes the command. Standard interface "_ = - computer money will go in the mix (4)

常使用,而測試咖橋接器之方式大都利用特出麻H =進==今部份業者為了提高測試效率均投入發: 體私式杰而’總有部分未經授權之業者挪用它廠所設計之 != 致自行研發軟體程式之廠商在權益上遭受相當大的損失。 於橋接益但如同藝所述,亦同樣有遭受盜用之問題。 ,最佳之防止方式絲體程式在執行前先確 JATA橋接^否魏難式支援使用,若物省 式支援使用時,軟體程式則停止執行;若確認SATA橋接1人-私 使用時,倾程魏魏行。如此,藉_程式物m 即=1保護式不被盜狀目的。_,sata規格中僅提供辨= 準"面裝置之標準命令,並沒有提供辨識SATA橋接器之从、不 體程式無法在_先伽卿接瞻,導致^體 經原廠授權之業麵細。 H齡式被非 因此,本發明提出一種確認观橋接器身份之方法 1311708 【發明内容】 本發明之主要目的,在热 橋接哭身份之方丨甘〆 Έ一種讀認序列進階技術接附規格(SATA) 體若ΪΓ敕體程式被執行時先確認嶋接器是否被軟 經原廠酬停権,嶋糧體程式在未 橋接辦胸_瞧_ 結構之格式時,先設定^〜接$在轉換輸出資訊為輸出訊框資訊 軟體程式讀取辨識參數^進^^無效輪出參數為辨識參數,如此即可令 本發明之X-目Γί τ^,以制顧職橋身份之目的。 橋接器身份之方法,===顧序_喻_祕_) 執行參數,讓sm 卩令之無效輸人參數為確認參數與 定輸出資她,而設 藉由階ί術接附規格(遍)橋接器身份之方法,係先 框資訊結構=式,再ί〒令至一主機控制器以轉換標準命令為一輸入訊 所能辨識之格式',接著器以轉換標準命令為標準介面裝置 行;然後,標準介面种fu後^標準命令傳送至標準介面裝置供其執 之輸出資部.隨後將:勺人订不準命令完畢後則產生一包含無效輸由參數 以設定無效輸峨^==參數编軸送至遍橋接器, 辨識參數麵蝴,㈣=^=崎㈣瀬讀取 侧:=::=:::功_-,™ 7 1311708 【實施方式】 ^在標準介面規格中,皆定義有完整的標準命令以供標準介面裝置執 仃’因此’使用者可藉由軟體程式將一標準命令輸入至標準介面裝置供其 執仃以進行對應之標準事件。由於SATA標準介面規格延伸於ATA標準介面 規格’所以SATA標準命令應符合ATA標準介面規格之規範。 清茶閱第一圖’其係本發明之標準介面裝置與電腦系統相關裝置相耦 接之方塊圖。如圖所示,標準介面裝置3〇與主機控制器l〇(H〇stC〇ntr〇Uer) 之間叹有SATA橋接器20,而此saTA橋接器20用於轉換主機控制器1〇與 ‘準’丨面裝置30之間所傳送之命令或資訊之格式,而軟體程式4〇則能輸 入標準命令至主機控制器1〇中。 咕麥閱第二A圖,其係為SATA規格中28位元(bit) IDLE標準命令的 秸式表。接下來係以28位元(bit) IDlE標準命令為例說明SATA標準命令 的柁式如圖所示,其係包含有複數輸入參數而分別為一 katures暫存器 參數、一 Sector Count暫存器參數、一 LBA Low暫存器參數、一 LBA Mid 暫存器參數、一 LBA High暫存器參數以及一 Device暫存器參數,且更包 含有一 Command暫存器參數,其係為標準命令之命令碼。 §使用者欲藉由軟體程式輸入28位元idle標準命令至標準介面裝置 以驅使標準介面裝置執行時’首先,依序設定删標準命令之輸入參數, 即依序又疋一 Features暫存器參數、一 sect〇r Count暫存器參數、一 lbaOften used, and the way to test the coffee bridge is mostly using the special H ==== Now some of the operators are investing in improving the test efficiency: the body is private and there are always some unauthorized operators to use it. Design it! = Manufacturers who have developed their own software programs have suffered considerable losses in their rights and interests. In the case of bridges, but as described in the art, there are also problems of misappropriation. , the best way to prevent the silk program from executing before the implementation of JATA bridge ^ No Wei difficult support, if the software support is used, the software program stops executing; if you confirm the SATA bridge for 1 person - private use, tilt Cheng Wei Weixing. In this way, the _ _ m is =1 protection is not stolen. _, the sata specification only provides the standard command of the standard "face device, and does not provide the identification of the SATA bridge, the insufficiency of the program can not be in the first _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ fine. The invention is directed to a method for confirming the identity of a bridge. 1311708 [Summary of the Invention] The main object of the present invention is to provide a read-read sequence advanced technical attachment specification in the case of a heat bridged crying identity. (SATA) If the ΪΓ敕 程式 程式 程式 程式 SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA In the conversion output information, the output frame information software program reads the identification parameter, and the invalid round-out parameter is an identification parameter, so that the X-mesh Γ τ^ of the present invention can be used for the purpose of the bridge. Bridge identity method, === Gu order _ Yu _ secret _) Execution parameters, so that sm 卩 之 invalid input parameters for confirming parameters and fixed output capital, and set by 阶 术 接 规格 ( ( The method of the bridge identity is a frame information structure = formula, and then a host controller converts the standard command into a format that can be recognized by an input message, and the device converts the standard command into a standard interface device. Then, after the standard interface type fu, the standard command is transmitted to the standard interface device for the output of the component. Then, after the commander completes the command, an invalid input parameter is generated to set the invalid input. = Parameter is programmed to be sent to the bridge, identify the parameter face, (4) = ^ = Saki (4) 瀬 Read side: =::=::: work _-, TM 7 1311708 [Embodiment] ^ In the standard interface specifications A complete standard command is defined for the standard interface device to be executed. Therefore, the user can input a standard command to the standard interface device for execution by the software program to perform the corresponding standard event. Since the SATA standard interface specification extends to the ATA standard interface specification, the SATA standard commands should conform to the specifications of the ATA standard interface specification. The tea is read in the first figure, which is a block diagram of a standard interface device of the present invention coupled to a computer system related device. As shown, the standard interface device 3〇 and the host controller l〇(H〇stC〇ntr〇Uer) sigh between the SATA bridge 20, and the saTA bridge 20 is used to convert the host controller 1 and ' The format of the command or information transmitted between the kneading devices 30, and the software program 4 can input standard commands to the host controller 1 . Read the second A picture of the buckwheat, which is the straw table of the 28-bit IDLE standard command in the SATA specification. The following is a 28-bit IDlE standard command as an example to illustrate the SATA standard command as shown in the figure, which includes a plurality of input parameters and a katures register parameter, a Sector Count register. Parameters, an LBA Low register parameter, an LBA Mid register parameter, an LBA High register parameter, and a Device register parameter, and further includes a Command register parameter, which is a command for a standard command code. § The user wants to input the 28-bit idle standard command to the standard interface device by the software program to drive the standard interface device to execute. First, the input parameters of the standard command are sequentially set, that is, the Features register parameter is sequentially selected. , a sect〇r Count register parameter, a lba

Low暫存器參數、一 LBA Mld暫存器參數、— _暫存器參數以及—Low register parameters, an LBA Mld register parameter, — _ register parameters, and —

Device暫存时數’也就是寫人上述之輸人參數值至域控㈣内部所對 應之各輸人暫存器中,完成設定之後,即輸人c_and暫存器參數(命令 碼)至主機控制器之命令暫存器中,意即將臓標準命令之命令碼哪 入至主機㈣!m之命令暫存[寫人命令碼至命令暫存糾,即表示已 入標準命令至標準介面裝置^ 獅 請參閱第三A圖’其係為IDLE標準命令之輸入訊框資訊結構加帕 In—n Suture; FIS)的格絲。在主機控繼_出命令暫存 8 1311708 , . --:器有儲存Command f存器參數之動作後,立即轉換IDLE標準命令與對應 IPLE標準命令之相_人暫存㈣值為本圖所示之輸人訊框f訊結構之格 式。,步_主機控制器將命令暫存^之命令碼與輸人暫存⑽值分別儲 存至第二A圖對應之攔位,即〔。臟沾暫存器、㈣·暫存器、The Device temporary storage time ' is the input parameter value of the above-mentioned input to the internal register corresponding to the domain control (4). After the setting is completed, the input c_and register parameter (command code) is input to the host. In the controller's command register, it means that the command code of the standard command will be entered into the host (4)! The command of m is temporarily stored [write the command code to the command temporary storage, that is, the standard command has been entered to the standard interface device ^ lion please refer to the third A picture] which is the input frame information structure of the IDLE standard command —n Suture; FIS). In the host control _ out command temporary storage 8 1311708, . --: device has the action of storing Command f memory parameters, immediately convert the IDLE standard command and the corresponding IPLE standard command phase _ person temporary storage (four) value is the map The format of the input frame of the message frame. The step_host controller stores the command code of the temporary storage ^ and the input temporary storage (10) value respectively to the corresponding position of the second A picture, that is, [. Dirty sink register, (4) · scratchpad,

Count暫存器、LBA Lqw暫存器、LBA Mid暫存器、LBA High暫存器以及Device 暫存器之值刀別儲存至第二A圖對應之—Command攔位、-Features攔位、 一 Sector Count 欄位、—LBA Low 攔位、—LBA Mid 欄位、—LBA High 攔位以及一 Device欄位内。 此外’一 Features (exP)攔位、一 Sector Count (exp)攔位、一 LBA Low m (卿)襴位、一 LBA Mid (exP)攔位以及一 LBA High (exp)欄位,係用於支 挺寫入48位之標準命令之擴充輸入參數,位元之標準命令用於支援邏 輯區塊疋址(Logic Block Addressing; LBA)功能為48位元之標準介面裝 置。當軟體程式輸入48位元之標準命令至主機控制器,在設定標準命令之 輸入參數時’將48位元標準命令之輸人參數的第29〜48位元之值填入擴充 輪t暫存益之位址’以儲存48位元標準命令之所有輸入參數,之後依照輸 2標準命令至鮮介面裝置之㈣,即可控概鮮介面裝置執行標準命 7由上述可知因為刚述之擴充輸入參數用於48位元之標準命令,故當輸 _ 28位元之‘準°卩令時,蝻述之擴充輸入參數可設為任何數值而成為無效 輪入參數。另外’其餘攔位主機控制器則依據咖規格之定義寫入對應之 參數。 當主機控制器將標準命令轉成輸入訊框資訊結構之格式後,將傳送已 轉換為輸入訊框資訊結構格式之標準命令至職橋接器,供簡橋接器 轉換此標準命令為標準介面裝置可辨識之格式,以傳送至標準介面裝置而 儲,至所對應之各輸人暫存H與命令暫存器,供鮮介面裝置依據命令暫 存器的IDLE命令碼和其餘輪入暫存器之輸入參數而執行廳標準命令。 標準介面裝置執行鮮命令後會產生如第二B _示之—輸出資訊, 輸出資訊對Μ人於標準介面裝置内部之複數輸崎存器中,以供電腦系 1311708 統^者使財得知標準介面裝置執行命令後之狀態。如第二β圖所示,輸 ^ 包含有複數輪出參數分別為一 Err〇r暫存器參數、一 Sector Count 參數、—LBALQW暫存器參數、—LBAMid暫存器參數、—LBA High 暫存=數、—Device暫存器參數以及- Status暫存器參數。 準〃面衣置欲回傳輸出雜至主機控制科,先會將輸出資訊回 ,至ΑΤΑ橋接器以轉換為第三3圖所示之輸出訊框資訊結構之格式,也就 =將標準介面裝置所有輸出暫存器之值儲存至第三β圖對應之攔位。其中, mllJT〇TC〇Unt (6ΧΡ) ^'"^^^^^'--LBAMidCexp)The value of the Count register, the LBA Lqw register, the LBA Mid register, the LBA High register, and the Device register are stored in the second A map - Command block, -Features block, Sector Count field, - LBA Low block, - LBA Mid field, - LBA High block, and a Device field. In addition, a 'Features (exP) block, a Sector Count (exp) block, an LBA Low m (clear) position, an LBA Mid (exP) block, and an LBA High (exp) field are used. The extended input parameters of the 48-bit standard command are written. The standard command of the bit is used to support the Logic Block Addressing (LBA) function as a 48-bit standard interface device. When the software program inputs the standard command of 48 bits to the host controller, when setting the input parameters of the standard command, 'fill the value of the 29th to 48th bits of the input parameter of the 48-bit standard command into the expansion wheel t temporary storage. The address of the benefit 'sends all the input parameters of the 48-bit standard command, and then according to the standard 2 command to the fresh interface device (4), the standard interface device can be controlled to perform the standard life 7 as described above because of the expansion input just described The parameter is used for the standard command of 48 bits, so when the input of the _ 28 bit is used, the extended input parameter can be set to any value and become the invalid rounding parameter. In addition, the remaining intercept host controllers write the corresponding parameters according to the definition of the coffee specification. After the host controller converts the standard command into the format of the input frame information structure, the standard command-based bridge that has been converted into the input frame information structure format is transmitted, and the standard bridge device converts the standard command to the standard interface device. The format of the identification is transmitted to the standard interface device for storage, and the corresponding temporary storage H and the command register are provided for the fresh interface device according to the IDLE command code of the command register and the remaining wheeled registers. Enter the parameters and execute the hall standard commands. After the standard interface device executes the fresh command, it will generate the output information as shown in the second B__, and the output information is sent to the complex input and output device inside the standard interface device for the computer system 1311708 to know the money. The state after the standard interface device executes the command. As shown in the second β diagram, the input contains multiple round-out parameters: an Err〇r register parameter, a Sector Count parameter, a LBALQW register parameter, a LBAMid register parameter, and a LBA High temporary. Save = number, - Device register parameters and - Status register parameters. The quasi-beauty coat will be sent back to the host control section, and the output information will be returned to the bridge for conversion to the format of the output frame information structure shown in Figure 3, ie, the standard interface will be The values of all output registers of the device are stored to the corresponding block of the third β map. Among them, mllJT〇TC〇Unt (6ΧΡ) ^'"^^^^^'--LBAMidCexp)

結_ (卿烟位係用於儲存各擴充輸出參數之值。擴充輸出 二數1料面裝置執行48位元之鮮命令後,各輸出參數之第29至你 =直=儲存於標準介面裝置之各輸出暫存器之擴充位址。所以當標 ^面裝置執订28位元之標準命令後並產生—輸㈣訊時,其輸出資訊所 任何錄,並_存於騎應之各輸㈣存器之 獷充位址處,而為無效輸出來數。 標準細!瓣她1蝴取,以得知 伊準土 = 伽程式輪八28位元標準命令至標準介面裝置執行時, 體程摘^之=^_為紐輸_,本發明藉由在軟 橋接特紐,料·辨識週 器;最後,傳送至主機控制 式所支狀橋妨-為軟懸程 時,即不會在轉雜丨資㈣卜 μ ◎不破軟體程式支援使用 為輪出訊框資訊結構之格式時,先設定無效輸 10 1311708 參數,所崎触式無法__參數以確認 防止盜Γ 獅式於此無法確認之情況下將中斷其任何動作以 哭身f、之t輸人28位70IDLE 準命令S例’說明本發明確認SATA橋接 °請參閱第四圖,係為本發明之一較佳實施例的流程圖。首 ^進❺驟SH ’由軟體程式設定28位元IDLE標準命令之複數輸入 ^=^綱:A圖之她明:之後,進行步_ :輸入 8位兀IDLE標準命令至主機控繼,轉換刪 =^=橋接器,其中輸八標準命令即輸 杆接5|將於、刪Μ π令之命令碼為咖;接著’進行步驟S13,SATA 輸人訊框資訊結構格式之肌E標準命令轉換為標準介面裝置可辨 L鱼Γ 錄鮮命令之命令碼’以得知軟體程式下達何種命令,且將 紐嫩峨,辟城議_命令之 各輸入參數與命令碼至對應之各暫存器中。 斷^進行麵S14,鮮介面裝置執行所接收之idle鮮命令,當 二二包含複數組無效輪出參數之輸出資訊’並將此輸出資 此 =輸出錄廠爾面_部娜·_中,且回傳 ;之後,妨步_,sata_«所記錄 式輸入28位元之IDLE標準命令,進而獲知標準介面 接Γ含有為無效輸出參數之擴充輸出參數,因此s™橋 mi _特_之轉數,意即如第五圖所示,將無 H t ^SeCt〇r C〇Unt(eXP) ' LBA L-(exp) ^ LBA Mld(exp)^LBA SAT^A 充輸出參數分別設為⑽、咖、_、_。設定完成之後, 接著進=^辦_之輸_雜_訊__之格式,· 式之二二/ ’/^橋接胃傳送包含辨識參數之輸出訊框資訊結構格 分別儲ΓΓ控制☆ ’此時主機控制11會將輸出資訊之各輸出參數 Μ存至主機控制器内部所對應之輸出暫存器内,其中亦包含儲存辨識 1311708 參數至對應之輸出暫存器中。 最後’進行步驟S17,軟體程式讀取輸出資訊之辨識參數,令軟體程 二斷^參數即可财SATA橋接器之身份。若_橋接器不是軟體程式 =廠商所製作時,便不會將SectGr (卿)、遍Lw(卿)、m 冰exp)與LBA Hlgh(exp)之值分別設定為⑽、_、_、_,所以當 _ SeetoF eQunt(exp) ' L〇w(exp)、lm μμ(卿)與 m 分別為Glh、G2h、G3h、G4h時,即表示sata橋接器為支援 廠商4,此時軟體程式會接續執行;反之,若軟體程式判斷免伽 Ρ ίβΑ^_χρ)、LBA Mld(exp)與 LBA High(exp)之值不是 _、 俨· _吩,即得知SATA橋接器不是支援廠商所製作,軟體程式即 jT止執仃以避免被非經授權廠商所使用。 橋接科份之找錢先麵支援的逼 夕‘準°Ρ令之命令碼,供SATA橋接器與已接收之命令碼進 以獲知需設定輸出資訊之無效輸出參數為辨識參數。此外,軟體 預設標準命令輸人至標準介面裝置,其中此預設標準 出資訊設之命令碼’如此#鮮介面裝置回傳輸 癸令碼’完祕對所概之命令碼與SATA橋接器預設之 Zn此設定無效輪出參數為辨識參數,以供軟體程式確認霞橋 本每圖’其係本發明之另—較佳實施例的流程圖。如圖所示, 準命八之1人四圖實〜例不同之處在於第四®實關之SATA橋接器依據標 碼設定無效輸出參數為辨識參數,而本實施例之軟體程式在 sm =接1^找標準命令之—無效輸人參數為—執行參數,提供 SATA橋接器依據執行泉 SATA橋接器預执有卜°又疋…政輪出參數為辨識參數,於此實施例中 明陳述如後:首ϋΛ之比雜,比職行錄。本實補之敘述說 良數並將$ I t ^驟S21,軟體程式設定IDLE標準命令之複數輸入 ,將至少—無效輪人麵設錢行參數,在本實酬中聽· _ 1311708 擴充輸4數設為G6h,其中LBA _擴充輸人參數為無效輪入參數。 之後,断步㈣2,㈣料輸人膽群命令 步驟係輸人鮮命令之命令碼至域控織,其中祖鮮命令结_ (Qing smoke position is used to store the value of each expansion output parameter. After the output of the second number 1 material surface device executes the 48-bit fresh command, the 29th of each output parameter to you = straight = stored in the standard interface device The expansion address of each output buffer is stored. Therefore, when the standard device commands the standard command of 28 bits and generates the - (four) message, the output information is recorded and stored in the ride. (4) The address of the memory is filled in the address, and the number is invalid. The standard is fine! The flap is taken by her, to know that the Iqian soil = gamma wheel eight 28-bit standard command to the standard interface device is executed. The process of extracting ^^^ is a new loser_, the invention is connected to the special bridge by means of a soft bridge, and finally, it is transmitted to the host control type, and the bridge is a soft suspension, that is, In the case of the conversion of the 丨 丨 四 四 四 ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ ◎ If you can't confirm it, you will interrupt any action to cry, f, and t lose 28 people 70IDLE quasi-command S </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> </ RTI> <RTIgt; =^纲: A diagram of her Ming: After that, step _: input 8 digits 兀 IDLE standard command to the host control, conversion delete = ^ = bridge, which loses eight standard commands, that is, the input rod 5 | will, Delete the π command code for the coffee; then 'Step S13, the SATA input frame information structure format of the muscle E standard command is converted to the standard interface device can identify the L fish Γ fresh command command code ' to learn the software What kind of command is issued by the program, and the input parameters and command codes of the Newton 辟 辟 _ _ command are sent to the corresponding registers. The face is executed, the fresh interface device executes the received idle command. When the second two contains the output information of the invalid array out-of-round parameter, and the output is the same as the output, the output is recorded in the factory, and the return is transmitted; after that, the _, sata_« record input 28 The IDLE standard command of the bit, and then know that the standard interface interface is invalid. The extended output parameter of the parameter, so the sTM bridge mi _ special _ the number of revolutions, meaning that as shown in the fifth figure, there will be no H t ^SeCt〇r C〇Unt(eXP) ' LBA L-(exp) ^ LBA Mld (exp) ^ LBA SAT ^ A charge output parameters are set to (10), coffee, _, _. After the setting is completed, then enter = ^ _ _ _ _ _ _ _ _ format, · 22 / '/^ Bridged stomach transmission output frame containing identification parameters, information structure, storage control ☆ 'At this time, host control 11 will store the output parameters of the output information to the output register corresponding to the host controller. The memory identification 1311708 parameter is also included in the corresponding output register. Finally, step S17 is performed, and the software program reads the identification parameter of the output information, so that the software program can break the parameter and the identity of the SATA bridge. If the _bridge is not a software program=manufactured by the manufacturer, the values of SectGr (clear), traversing Lw (clear), m ice exp) and LBA Hlgh(exp) will not be set to (10), _, _, _ Therefore, when _ SeetoF eQunt(exp) ' L〇w(exp), lm μμ(卿), and m are Glh, G2h, G3h, and G4h, respectively, the sata bridge is supported by vendor 4, and the software program will Continued execution; conversely, if the software program determines that the values of Ρ Ρ ί ί Α χ χ ) 、 L L L L L L L L L L L L L L L SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA SATA The software program is jT to avoid being used by non-licensed vendors. The bridging department's money-seeking support for the eve of the ‘ 准 Ρ Ρ 之 command code, for the SATA bridge and the received command code to learn to set the output information of the invalid output parameters as identification parameters. In addition, the software default standard command is input to the standard interface device, wherein the preset standard information output command code 'such as #鲜interface device back transmission 癸令码' complete secret command code and SATA bridge pre- Let Zn set the invalid rounding parameter as the identification parameter for the software program to confirm the flow chart of each of the drawings of the present invention. As shown in the figure, the difference between the one and the other is that the fourth SATA SATA bridge sets the invalid output parameter as the identification parameter according to the code, and the software program of this embodiment is in sm = Connect 1^ to find the standard command - invalid input parameter is - execution parameter, provide SATA bridge according to the implementation of the spring SATA bridge pre-execution, and the politician parameter is the identification parameter, which is stated in this embodiment As after: the first one is more mixed than the job record. The description of this actual supplement says that the number is good and $ I t ^ S21, the software program sets the plural input of the IDLE standard command, and at least the invalid wheel face is set to the money line parameter. In this pay, the listener _ 1311708 expands the loss. The 4 number is set to G6h, where the LBA_expanded input parameter is the invalid rounding parameter. After that, step (4) 2, (4) to lose the human bile group command step is to enter the command code of the fresh command to the domain control weaving, where the ancestral command

IDLE 七圖所不之輸人訊框資訊、纟續之格式,例如將· High(卿)攔位寫IDLE Seven maps do not enter the frame information, the format of the follow-up, such as the High (Qing) block write

Γ準’咖刪轉為輸人謝_結娜式之順 不P7專达SATA橋接器;接著,進行步驟S23,SAT 入赌資聽祕紅肌E鮮命令職為鮮介面裝置^==Γ ’ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘ ‘

同k鱗魏彳了參數’之後再將其傳送至鮮介聽置。 &quot; •接者’進行步驟S24,標準介面裝置執行已接收之IDLE標準命令,並 在執行完畢後產生包含無效輸出參數之輸出資訊,再將此輸出資訊轉至 SATA橋接器;然後,進行步驟微,根據步驟s23所記錄之執行錄 橋接=將輸,㈣之無效輸出參數設為辨識參數,且轉換包含辨識參數之 輸出貝成為第五圖所示之輸出訊框資訊結構之格式;隨後,進行步驟從6, ΑΤΑ橋接讀送包含辨識參數之輸出訊框資訊結構格式之輪出資訊至主機 控制器;最後’進行步驟S27,軟體程式讀取輸出資訊之辨識參數, 程式判斷辨識參數,以確認SATA橋接器之身份。 因為無效輸人參數為可任意設定之參數值,麻第六圖實施例僅設定 LBA High擴充輸入參數為_,容易發生隨機設定之值恰巧與執行參數相 同’造成㈣橋接綠認欲設定無效輸丨參數為賴參數,如此軟體程式 在確認黯橋接器身份後,軟體程式接續執行並下達命令時,SATA橋接器 :因為軟體程式亂數產生之無效輸人參數之值恰巧滅行參數相同,而重 覆设定無效輸出參數為辨識參數,因而降低sm橋接器之效能,為避免發 生上述之情況’藉由第八圖實補之實施即可解決此—問題,其方法陳述 ^下:首先如步驟S31所示’軟體程式設定標準命令之複數輸入參數並設 疋無效輸入參數分別為確認參數與執行參數。在本實施例中,將通bw 擴充輸入參數與LBA Mid擴充輸入參數分別設為〇7h、〇8h以作為確認參數; 1311708 將LM High擴充輸入參數設為〇6h以作為執行參數。 之後’進订步驟S32 ’軟體程式輸入標準命令至主機控制器,此時主機 控制器將包含雄認參數與執行參數之輸入參數和命令碼轉換為第九圖所示 之輸入訊框資訊結構之格式,例如將m L〇w(卿)棚位、識腕(卿)搁 位與LBA Hlgh(exp)欄位分別填入數值_、嶋、_。之後,主機控制器 再將轉為以赌纽結構格狀鮮命讀送至繼橋懸;接著,進 i丁步驟S33,SATA橋接器將已接收之標準命令轉換為標準介面裝置可讀取 之格式記錄其執行參數與確認參數,之後再將其傳送至標準介面裝After the parameter is taken with the k scale, it is transmitted to the fresh listener. &quot; • Receiver' proceeds to step S24, the standard interface device executes the received IDLE standard command, and after the execution is completed, generates output information including invalid output parameters, and then transfers the output information to the SATA bridge; then, steps are performed Micro, according to the recording bridge recorded in step s23 = the input, the invalid output parameter of (4) is set as the identification parameter, and the output of the output parameter containing the identification parameter is converted into the format of the output frame information structure shown in the fifth figure; Steps are taken from 6, the bridge receives the round-out information of the output frame information structure format including the identification parameter to the host controller; finally, 'in step S27, the software program reads the identification parameter of the output information, and the program judges the identification parameter to Confirm the identity of the SATA bridge. Because the invalid input parameter is a parameter value that can be arbitrarily set, the sixth embodiment of the embodiment only sets the LBA High expansion input parameter to _, and the value that is easy to occur is set to be the same as the execution parameter. [Cause (4) Bridge Green Recognition Setting Invalid Input The parameter is the parameter. After the software program confirms the identity of the bridge and the software program continues to execute and issues the command, the SATA bridge: the value of the invalid input parameter due to the random number of the software program happens to be the same. Repeatedly setting the invalid output parameter to identify the parameter, thus reducing the performance of the sm bridge, in order to avoid the above situation, the problem can be solved by the implementation of the eighth figure, the method statement ^ first: Step S31 shows that the software program sets the plural input parameters of the standard command and sets the invalid input parameters to the confirmation parameters and the execution parameters, respectively. In this embodiment, the pass bw extended input parameter and the LBA Mid extended input parameter are respectively set to 〇7h and 〇8h as the confirmation parameters; 1311708 sets the LM High extended input parameter to 〇6h as the execution parameter. Then, the 'subsequent step S32' software program inputs a standard command to the host controller, and the host controller converts the input parameter and the command code including the male parameter and the execution parameter into the input frame information structure shown in the ninth figure. The format, for example, fills the m L〇w (clear) shed, the wrist (clear) and the LBA Hlgh (exp) fields with the values _, 嶋, _. After that, the host controller will then switch to the sneak-like structure to send to the bridge suspension; then, in step S33, the SATA bridge converts the received standard commands into standard interface devices and can read them. The format records its execution parameters and confirmation parameters, and then transfers them to the standard interface

置。於此實施例中SATA橋接n預設有特定之比對值,用以比對確認參數盘 執行參數 ' 士然後,進行步驟S34 ’標準介面裝置執行已接收之標準命令,並在執行 =畢後產生包含無效輸出參數之輸出資訊再將其回傳至观橋接器;接 者,進行步驟S35 ’根據步驟S33戶斤記錄之確認參數與執行參數,決定是否 =無效輸出參數為辨識參數,若難橋接器判斷·爛位、m 嫩之紐㈣G7h、_,且LBA High(exp)_之數值為_ 二猶狀執行參數,所以襲橋接_無效 减,且將包含有辨識參數之輸出資訊轉換為第五圖所示 =ΓΓΓ結構之格式;紐,進行步驟S36,sata橋接器傳送包含 牛:w sfl框貝轉構格式之輸出資訊至主機控制器;最後,進行 3 : 取如f訊之辨識參數’令軟體程式判斷辨識參數: 確5心SATA橋接之身份。 施例t閱第十圖,其係為本發明之又—較佳實施例的流程圖。第八圖實 錢例不同之處在於,“圖實施繼將-標準命令之不同無效 淑定為確轉额執行參數,而本實施觸將解命令盘次 令之減輸人麵分別設魏行參數與確認參數。本實施獻說 月敘述陳述如後:首先如步驟S41所示,軟體钟―一描. 複數輪入參數,並㈣- 1311708 係將一 IDLE標準命令設為此次要標準命令,實際操作上是將idle標準命 令中之LBA Low擴充輸入參數與LBA Mid擴充輸入參數分別設為〇7h、〇8h 以作為確認參數。 接著,進行步驟S42 ’軟體程式輸入次要標準命令至主機控制器,此時 主機控制器即會將包含嫁認參數之次要標準命令轉換為輸入訊框資訊結構 之格式’接著將次要標準命令傳送至遍橋接器,供SATA橋接器將其轉 換為標準介面裝置可讀取之格式朗時記錄其所含之確認參數,錢傳送 轉換後之次要標準命令至標準介面裝置,以供標準介面裝置執行。標準介 如裝置執行完次要標準命令後,會產生包含無效輸出參數之輸出資訊,且 橋接器,此時挪橋接器並不會設定無效輸出參數為辨 =制Ϊ 輸出魏賴騎出赌龍結構之格錢傳送至主機 ^後,進行_ S43,碰程式奴—鮮命令之魏以 數狀域行參數,在本實施例巾係將另—職桿準命^為 是將其所含之L難齡邓)擴充輸入二^= =構會立即將包含執行參數之標準命令轉換為輸入城ΐ 錄其執行參數,之轉換為標準介面裝置可讀取之格式,同時,記 &lt;谩再將其傳送至標準介面裝置。 無效^參面f執行標準命令,執行後會產生包含 SATA橋接n根據所敎 至SATA橋接器H進行步驟S46, 輸出資訊之I轉之確1忍參數與執行參數,撕A橋接器斷定需設定此 為第五圖所示之輪出訊框資訊 …辨識參數之輪出資訊轉換 接器傳送包含辨識參數 ;’'然後’進行步驟S47,SATA橋 體程式魏輪㈣私最後,進行步㈣8,軟Set. In this embodiment, the SATA bridge n is pre-set with a specific comparison value for comparing the parameter disk execution parameters to the calibration parameter, and then performing the step S34 'standard interface device to execute the received standard command, and after executing the command Outputting the output information including the invalid output parameter and transmitting it back to the bridge; then, proceeding to step S35 'According to the confirmation parameter and the execution parameter of the step S33, determining whether the invalid output parameter is the identification parameter, if it is difficult The bridge judges · rotten position, m tender new (4) G7h, _, and the value of LBA High(exp)_ is _ two jujube execution parameters, so the bridge _ invalid reduction, and the output information containing the identification parameters is converted into The fifth figure shows the format of the ΓΓΓ structure; button, step S36, the sata bridge transmits the output information including the cow: w sfl frame format to the host controller; finally, performs 3: takes the identification of the f signal The parameter 'make the software program judge the identification parameter: the identity of the 5-core SATA bridge. Example 11 is a flowchart of still another preferred embodiment of the present invention. The difference between the actual money example in the eighth figure is that “the implementation of the map will be followed by the invalidation of the standard order, and the implementation of the parameters will be confirmed, and this implementation will be solved by the order of the order. Parameters and confirmation parameters. This implementation provides a monthly statement as follows: First, as shown in step S41, the software clock - a description. The plural rounds the parameters, and (4) - 1311708 sets an IDLE standard command to this standard command. In actual operation, the LBA Low expansion input parameter and the LBA Mid expansion input parameter in the idle standard command are respectively set to 〇7h and 〇8h as the confirmation parameters. Next, proceed to step S42. The software program inputs the secondary standard command to the host. The controller, at which point the host controller converts the secondary standard command containing the margin parameters into the format of the input frame information structure. Then the secondary standard command is transmitted to the bridge for the SATA bridge to convert it to The standard interface device can read the format to confirm the included parameters, and transfer the converted secondary standard commands to the standard interface device for execution by the standard interface device. After the device executes the secondary standard command, it will generate the output information containing the invalid output parameter, and the bridge, at this time, the bridge will not set the invalid output parameter for the discriminant = system Ϊ output Wei Lai ride the gambling dragon structure After the money is transmitted to the host ^, the _S43 is touched, and the command of the slave-fresh command is used to count the parameters of the field. In this embodiment, the towel will be assigned another job, which is the L that it contains. Difficult Deng Deng) expansion input ^ ^ = = will immediately convert the standard command containing the execution parameters into the input city record its execution parameters, which is converted to the format that the standard interface device can read, at the same time, remember &lt; It is transmitted to the standard interface device. Invalid ^Face f executes the standard command, after execution, it will generate SATA bridge n according to the SATA bridge H to step S46, the output information I turn to the parameters and execution parameters, Tear A bridge is determined to set this to the round frame information shown in the fifth figure... The identification information of the round-out information conversion connector transmission contains the identification parameters; '' Then' proceed to step S47, SATA bridge program Wei wheel (4) Private last, proceed ㈣8, soft

確認SATA J5 1311708 橋接器之身份。 綜上所述,現以概要說明之方式敛述本發 格(簡)橋接器身份之方法,請參閱第十二圖,其流技衝接附規 進=步驟S51,輸人《命令並概縣命令騎 ^^ :首先, 之後,進行步驟S52,傳送標準命令至標準介 貝14之格式; 標準介面裝置執行標準命令,且產生 、別’進仃步驟S53, 驟S54,SATA橋接器設定輸出資訊之無效二^著,進行步 輪出訊«1_之格々最後,進彳_ . 將其轉為 橋接器之雜時,即接續執行,若身日=軟體程式可辨識職 軟體程式遭受盜用。 _物’略止執行,如此可避免 故本發明具有新穎性、進步 感為禱。 祈釣局早日賜准專利,至 惟以上所述者,僅為本發明一 實施之範圍,故舉凡依本發明中請專利i圍所述非=限== 神所為之均等變化與师均應包括於本發明之申::内特 【圖式簡單說明】 f 一圖係林發明之標準介面裝置_電腦系統相·置之方擒圖; 弟-A圖係為SaTA之IDLE標準命令的终式表. “ 第二B圖係為·標準命令之輸岐·格式表. 第三議為·標準命令之輸錢框魏的 ㈣圖係為嶋準命令之輸出訊框資訊結構的格 弟四圖係為本發明之-較佳實施例的流程圖; 、’ 第五嶋本發明包含有辨識參數之輸出贿 弟六圖係為本發明之另—較佳實施例的流躺格式表 16 1311708 構的格式表; 入訊框資訊結構的格式 弟七圖係為本發明包含執行參數之輸人訊框資够 第八圖係為本發明之再—較佳實施例的流程圖;- 第九圖係為本發明包含確認錄與執行參數之輪 表; 第十圖係為本發明之又一較佳實施例的流程圖; 第十—圖係為本發明包含確認參數之輸入訊框資訊結構的格式表;以及 第十二圖係為本發明之實施例的流程圖。Confirm the identity of the SATA J5 1311708 bridge. In summary, the method of arranging the identity of the hairpin (simplified) bridge is described in an outline manner. Please refer to the twelfth figure, and the flow technique is accompanied by the rule = step S51, and the input command is County command ride ^^: First, after that, proceed to step S52 to transmit the standard command to the format of the standard jiebei 14; the standard interface device executes the standard command, and generates, does not enter step S53, step S54, SATA bridge setting output Invalid information of the information, the stepping round of the newsletter «1_ 格 々 Finally, enter 彳 _. When it is converted into a bridge, it will continue to execute, if the body = software program can identify the software program suffers Stealing. The _ thing is a little executed, so that the invention can be avoided with the novelty and the progressive feeling. The Prayer and Fishing Bureau will grant patents as soon as possible, but the above-mentioned ones are only the scope of one implementation of the present invention. Therefore, according to the invention, the patents are not limited to the limit == God is equal change and the teacher should The invention is included in the invention:: Nate [simple description of the drawing] f a picture of the standard interface device invented by the forest _ computer system phase set; 弟-A picture is the end of the SaTA IDLE standard command "The second B picture is the standard command output format table. The third discussion is the standard order of the money box Wei's (four) picture is the output frame of the command frame information structure of the four brothers The figure is a flow chart of a preferred embodiment of the present invention; [5] The present invention contains the identification parameters of the output of the british six diagrams of another preferred embodiment of the present invention, the lying format table 16 1311708 Format of the information structure of the incoming frame; the format of the information structure of the incoming frame is the flow chart of the present invention containing the execution parameters. The eighth figure is a flow chart of a preferred embodiment of the present invention; - ninth The figure is a wheel table containing the confirmation record and the execution parameter of the invention; the tenth figure is the A flowchart of a preferred embodiment; a tenth diagram is a format table of an input frame information structure including a confirmation parameter; and a twelfth diagram is a flowchart of an embodiment of the present invention.

【主要元件符號說明】 10 主機控制器 20 MTA橋接器 30 標準介面裝置 40 軟體程式[Main component symbol description] 10 Host controller 20 MTA bridge 30 Standard interface device 40 Software program

Claims (1)

1311708 十、申請專利範圍: 1 、序歹】進階技術接附規格(SATA)橋接器身份之方法,包含下列 步驟: 輸入;^準命令至一主機控制器,將該標準命令轉換為一輸入訊框資 構(Frame Information Structure ’ FIS)之格式; 傳达該標準命令至-標準介面裝置; 執灯該標準命令並產生—輸出f訊至—腿橋接器,該輸出資訊包含 複數組無效輸出參數; 5又疋至少—該無效輸出參數為一辨識參數’且轉換該輸出資訊為一輸 • 出訊框資訊結構之格式;以及 藉由判斷該辨識參數是否與該SATA橋接器對應,以確認該SATA橋接 器之身份。 2_如申請專利範圍第1項所述之方法,其中輸入該標準命令至該主機控制 器之前,係設定該標準命令之複數輸入參數。 3·如申請專利範圍第1項所述之方法,其中該標準命令係符合一標準介面 規格之規範。 4.如申請專利範圍第1項所述之方法,其中係使用一軟體程式輸入該標準 命令。 • 5_如申請專利範圍第1項所述之方法,其中係在傳送該標準命令至該標準 介面裝置之前,由該主機控制器傳送該標準命令至該SATA橋接器,以 轉換該輸入訊框資訊結構格式之該標準命令為該標準介面裝置所能辨 識之格式。 6. 如申明專利蛇圍弟5項所述之方法,其中係在轉換該標準命令之格式 時,紀錄該標準命令之命令碼,以依據該命令碼設定該無效輪出參數為 該辨識參數。 7. 如申請專利範圍第1項所述之方法,其中係由該標準介面裝置執行該標 準命令。 18 l3ll7〇! 專利範圍第u項所述之方法,其中係使用—軟體程式輸入該標 17· ΪΓ糊麵14項所私方法,其懈傳送該鮮命令至該標 2面裝置之前,《主機控制轉送該標準命令至該繼橋接器, =換錄人娜彭錄魏式之該鮮命令為該鮮介面裝置所能 之格式。 時申:,專利㈣ή酬述之妓,其巾贴轉換該鮮命令之格式 _姆_無職 如申請專利範圍第14項所述之#、&gt;,i 榡準命令。 R方法,其中係由該標準介面裝置執行該 :::===其中_—_ ^數述之方法’其中係由謂a _將該無效 如申請專利範圍第14項所逑之太本甘士 ^_ 3支援之SATA橋接器’則能設定該無效軟體程 如申請專利範圍第14項所述之 ^辨Α參數。 ,進行判斷,若該辨識參數為該對該辨識 不繼續動作。 …天辨別,則垓軟體程式 24. 如申請專利範圍第14項所述之方味 器内預設之特定值。 以辨硪參數係為該SATA橋接 25. 如申請專利範圍第〗4項所》_、 效輸入參數為該執行參數時设定該標準命令之該無 為-確認參數。 —令之另―該無效輪入參數 饥如申請專利範圍第J4項所 效輸入參數為該執行夫 中録設定該縣命令之今 轨订參數之步驟前更包含有下列步驟:7之。亥無 19. 20. 21. 22. 23. 20 1311708 設定一次要標準命令之至少—盔 器’以轉換為該輸入訊框資訊結構之 . . E &quot;、、放輪入參數為一確認參數; 輸入该次要標準命令至該主機控制 格式;以及 傳送該次要標準命令至該^下人橋接器。 27·如申請專利範圍第25項或第26頂撕、+- 乐Zb項所述之方法,其中係依據該確認參數 ”魏行參數,設定該無效輸岭數柄辨識參數。 δ.=請專纖圍第26項所述之方法,其中該標準命令為—28位元⑽) ‘準Dp々’邊等無效輸入參數為擴充(狀卿制)輸入參數。1311708 X. Patent application scope: 1. The method of advanced technology attachment specification (SATA) bridge identity includes the following steps: input; ^ quasi-command to a host controller, which converts the standard command into an input Frame Information Structure 'FIS format; conveys the standard command to the -standard interface device; lights the standard command and generates - outputs the f-to-leg bridge, the output information includes the complex array invalid output Parameter; 5 疋 at least - the invalid output parameter is an identification parameter 'and converts the output information into a format of the output frame information structure; and confirms whether the identification parameter corresponds to the SATA bridge to confirm The identity of the SATA bridge. 2_ The method of claim 1, wherein the plurality of input parameters of the standard command are set before the standard command is input to the host controller. 3. The method of claim 1, wherein the standard command conforms to a specification of a standard interface specification. 4. The method of claim 1, wherein the standard command is entered using a software program. The method of claim 1, wherein the standard command is transmitted by the host controller to the SATA bridge to transfer the input frame before transmitting the standard command to the standard interface device. The standard command of the information structure format is a format that can be recognized by the standard interface device. 6. The method of claim 5, wherein when the format of the standard command is converted, the command code of the standard command is recorded, and the invalid rounding parameter is set according to the command code as the identification parameter. 7. The method of claim 1, wherein the standard command is executed by the standard interface device. 18 l3ll7〇! The method described in the scope of the patent, wherein the method of inputting the standard 17 of the standard 17 is used, and the method is used to transfer the fresh command to the standard 2 device. Controlling the transfer of the standard command to the relay bridge, = the new command of the changer Na Peng recorded Wei style is the format of the fresh interface device. Shishen: After the patent (4) ή ή 妓 妓 妓 妓 巾 巾 巾 巾 巾 巾 巾 巾 巾 巾 巾 巾 巾 巾 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The R method, wherein the method is performed by the standard interface device:::===where the method of ___^ is described in the method of "a" is invalidated as described in claim 14 of the patent scope The ^ _ 3 Supported SATA Bridge ' can set the invalid software range as described in the 14th section of the patent application scope. And determining whether the identification parameter is that the identification does not continue. ...is discriminating, then the software program 24. The specific value preset in the scented scent as described in claim 14 of the patent application. The identification parameter is used for the SATA bridge. 25. If the application parameter is the execution parameter, the non-confirmation parameter of the standard command is set. - Let the other - the invalid rounding parameters Hungry as the application scope of the scope of the scope of the J4 input parameters for the implementation of the implementation of the county command to set the parameters of the parameters before the steps include the following steps: 7. Hai no 19. 20. 21. 22. 23. 20 1311708 Set at least one of the standard commands to be used—converter' to convert to the input frame information structure. E &quot;, put the wheel input parameter as a confirmation parameter Enter the secondary standard command to the host control format; and transmit the secondary standard command to the next-person bridge. 27·If the method described in claim 25 or the 26th torn, +-le Zb item, according to the confirmation parameter “Wei line parameter, the identification parameter of the invalid transmission number is set. δ.=Please The method described in Item 26, wherein the standard command is - 28 bits (10)), and the invalid input parameter such as 'quasi Dp々' is an expansion (information) input parameter. •如申請專利範圍帛14項所述之方法,其中該標準命令係為—28位元 (bit) ‘準咋令,δ亥專無效輸入參數為擴充(eXpande(j)輸入參數。 30.如申請專利範圍帛14項所述之方法,其中該標準命令係為—28位元 (bit)標準命令,該等無效輸出參數為擴充(expanded)輸出參數。• As described in the patent application 帛 14 item, where the standard command is - 28 bits (bit) 'quasi-decreation order, δ 专 专 invalid input parameter is expansion (eXpande (j) input parameter. 30. The method of claim 14, wherein the standard command is a -28 bit standard command, and the invalid output parameter is an expanded output parameter. 21twenty one
TW95107265A 2006-03-03 2006-03-03 A method for identifying a sata bridge device TWI311708B (en)

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US11/608,552 US7600067B2 (en) 2006-03-03 2006-12-08 Methods for identifying bridge devices and systems thereof

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