Philips Semiconductors | ISP1362 Linux Stack User’s Guide |
Figures | |
Figure 2-1: ISP1362 Linux Stack Architecture | 7 |
Figure 3-1: ISP1362 Linux Setup Example | 9 |
Figure 3-2 Development setup for Intel PXA250 Based Accelent IDP | 11 |
Figure 3-3 Development setup for Intel PXA250 Based Accelent IDP | 15 |
Figure 4-1: Host Stack Evaluation Example Setup | 22 |
Figure 4-2: Device Stack Evaluation Setup | 22 |
Figure 4-3: OTG Stack Evaluation Setup | 23 |
Figure 4-4: OTG Mass Storage Application in the IDLE State Snapshot | 24 |
Figure 4-5: OTG Mass Storage Application in the HOST State Snapshot | 24 |
Figure 4-6: OTG Application File Selection Snapshot | 25 |
Figure 4-7: OTG Application as a Device Snapshot | 26 |
Figure 4-8 OTG B device accessing remote OTG mass storage device files | 27 |
Figure 4-9 OTG B closing the session after connected device data access | 28 |
Figure 4-10 Operations with OTG A and B devices | 29 |
Tables | |
Table 4-1: OTG Command Line tool Options | 26 |
Table 5-1: Global Compilation Flags | 30 |
Table 5-2: Host Controller Driver Compilation Flags | 30 |
Table 6-1: Top-Level Directory Contents | 31 |
Table 6-2: Contents of the host Directory | 31 |
Table 6-3: Contents of the phci Directory | 31 |
Table 6-4: Contents of the device Directory | 32 |
Table 6-5: Contents of the pdc Directory | 32 |
Table 6-6: Contents of the devmscd Directory | 32 |
Table 6-7: Contents of the diskemu Directory | 32 |
Table 6-8: Contents of the otg Directory | 33 |
Table 6-9: Contents of the hal Directory | 33 |
Table 6-10: Contents of the x86pci Directory | 33 |
Table 6-11: Contents of the appl Directory | 33 |
Table 6-12: Contents of the otgmsdemo Directory | 33 |
Table 6-13: Contents of the tools Directory | 34 |
Table 6-14: Contents of the objs Directory | 34 |
