USB Complete fourth- P53

USB Complete fourth- P53:This book focuses on Windows programming for PCs, but other computersand operating systems also have USB support, including Linux and AppleComputer’s Macintosh. Some real-time kernels also support USB.
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USB Complete fourth- P53Indexlatency Lun 188 host, general 88 power management 135Latency Tolerance Message 406 M bit 126 Main item (HID report) 298–302 Set Feature and 128 managed code 244layered driver model 209–210 marshaling 245–247legacy hardware 8–9 mass storage 184–189 See also parallel port, RS-232 INF file 239length, cable UASP 27 USB 2.0 454–455 maximum packet size 101, 111–112 USB 3.0 461 MCCI 175LFPS 404, 437 MCF5482 175link MDATA 42, 52–53 defined (USB 2.0) 399 Media Transfer Protocol 195 states 403–405 medical device. See personal healthcare class training 438 message pipe 38Link Control Word 54 Micrel Inc. 401link layer 437 Micro-A plug 472Link Management Packet 53, 59 Micro-AB receptacle 472Link Power Management. See LPM Micro-B connector 451, 452link, defined (USB 3.0) 437 cable length and 454Linux USB Project 216 See also USB 3.0 Micro-B connectorLMP. See Link Management Packet Microchip Technology 148Local item 311–314 controllers 484lockable storage device 185 USB Framework 293Logical Minimum and Maximum See also specific chip; PICBASIC PRO; C18 (HID) 305, 308–310 C compilerlogo microcontroller Certified USB 415, 419 USB 147–156 Windows 422–424 See also interface chip, USBlow speed 4 microEngineering Labs, Inc. 152 cable segment 440 microframe, defined 33 cable specification 450 Microsoft EOP 385 OS descriptor 116 keep-alive 400 Remote NDIS 175low-frequency periodic signaling 437 RNDIS 169low-power device 392 Universal Audio Architecture 169LPC 292x 148 WDF 7LPC214x 148 WDM 213LPC3180 484 See also .NET; WindowsLPF 56, 83 MicrowireLPM 399 compared to USB 3 transaction 402 EEPROM 141LTM_ENABLE 127, 128496 IndexMIDI 165, 166, 167 NTamd64 235 compared to USB 3 NT-based 12Mini-AB receptacle 472 NTia64 235Mini-B connector 451, 452 NTx86 235miscellaneous device class 101 NumP 57, 58, 59 IAD and 106 in bulk transfers 72MMC 185 in control transfers 65modem NXP Semiconductors 148 ADSL 169, 170 controllers 484 command set 169, 174 See also ST-NXP Wireless; specific chip driver 175 NYET 48 telephone 172 control transfers and 65monitor control (HID) 180 in bulk transfers 71MouseWarrior 182 in control transfers 121MSIL 244 PID 42Multi-interface Function Device Class Codes 106 O OBEX 172, 175N OHCI 216NAK 47 interrupt transfers and 78NAK PID 42 vs. UHCI 216–217NDIS 169 On-The-Go. See OTG.NET 212–213 Open Host Controller Interface. See OHCI. API calls and 243–252 Ordered Set 438 finding a device 252–262 oscillator, in device 139 See also example code. OTGNET2272 157–159 A-device and B-device 472 RDK 145–146 bus current 478network cables 477 accessing devices over 455 chips 482–485 See also Ethernet control model; Ethernet connector 472 emulation model; NDIS descriptor 115, 479noise sources 462 requirements 472, 473–479notification Supplement 472 CDC 170 targeted peripheral list 479 device (Windows) 265–275 user messages 479notification (SuperSpeed) 57 other_speed_configuration descriptor 105 Function Wake 406 OUT Latency Tolerance Message 406 defined 34Notification usage 111 PID 42NRDY transaction 35 control transfers and 65 Output item (HID) 298, 299 Transaction Packet 54 Output report 328–330NRZI 430 API 317–318 497Indexover-current protection 397 PIC18F4550 148–152Oxford Semiconductor 48 ...