This commit rewrite the 'usb_wrap_ll.h' API as follows:
- All APIs renamed from 'usb_fsls_phy_ll_...()' to 'usb_wrap_ll_...()'
- APIs now match their equivalent counter parts in 'usb_serial_jtag_ll.h'
For targets that only contain a USJ peripheral (and not a DWC OTG), their
'usb_fsls_phy_ll.h' headers only contain a single function
('usb_fsls_phy_ll_int_jtag_enable()') whose feature is already covered by
functions in 'usb_serial_jtag_ll.h'. Thus, this header is redundant.
This commit does the following:
- Remove 'usb_fsls_phy_ll.h' for targets that only contain a USJ peripheral
- Rename 'usb_fsls_phy_[hal|ll].[h|c]' to `usb_wrap_[hal|ll].[h|c]` for targets
that contain a DWC OTG peripheral. This better reflects the underlying peripheral
that the LL header accesses.
This commit updates how the USBH handles device creation and enumeration so that
upper layers (such as the Hub driver) can use the USBH API for enumeration instead
of calling the HCD.
USBH Updates:
USBH now creates unenumerated devices set to address 0 with no device/config
descriptor. A newly created device can be opened and communicated with immediately
(using control transfers). This allows the Hub driver to call the USBH instead of
the HCD. Summary of USBH changes:
- Added new APIs to add/remove a device. Devices are now created as unenumerated
and can be immediately opened and communicated with.
- Added new APIs to enumerate a device (see 'usbh_dev_set_...()' functions). Device
must be locked (see 'usbh_dev_enum_lock()') before enumeration functions can be called.
- Added UID for each device. This allows the particular USBH without needing to
use the device's handle (which implies opening the device).
Hub Driver Updates:
Hub driver now calls the USBH for enumeration. Summary of USBH changes:
- Replace all 'hcd_pipe_...()' calls with 'usbh_dev_...()' calls
- Refactored port event handling to fit with new USBH API
- Updated to use UID to uniquely identify devices without opening them
USB Host Updates:
- Reroute USBH control transfers to clients and hub driver
This commit updates the HCD API to allow port resets to occur even if pipes
are allocated. The pipes cannot be active and the port reset will simply
restore the pipes (by reinitializing their channel registers) following the
reset.
Changes:
- Allow port resets while channels are allocated
- Remove pipe persistance API 'hcd_pipe_set_persist_reset()'
This commit renames the following APIs and variables in the USBH:
- Rename the prefix of device pool functions from 'usbh_dev_...' to
'usbh_devs_...'.
- Rename 'ref_count' to 'open_count'. This variable tracks the number of times
a device has been opened.
This commit rearranges the USBH functions into new groupings to provide a
clearer abstraction. This is in preparation for refactoring/removing the Hub
related functions in the USBH API. This commit DOES NOT MAKE ANY BEHAVIORAL
CHANGES to the code.
Functions are now grouped into...
- USBH Processing: Functions dealing with overall USBH processing
- Device Pool: Functions that add/remove/open/close devices from the internal
device pool
- Device: Functions that pertain to setting/getting a particular device
- Endpoints: Functions that pertain to a particular endpoint
- Transfer: Functions that pertain to sending transfers
Previously, on a device disconnection, the USBH and Hub would the require the
following 2-way interaction:
- Hub -> usbh_hub_pass_event() -> USBH to indicate a port error
- USBH -> usbh_hub_req_cb_t -> Hub to request port recovery after the device
has been freed.
The 2-way interaction has been simplified:
- USBH now nofities upper layers of devices being freed via the
USBH_EVENT_DEV_FREE event
- Hub now handles port recovery only after a device has been freed
This commit does the following:
- Updates the USBH event callback arguments to now pass a usbh_event_data_t
which can contain different data for each event
- Updated event names
This commit fixes a bug where if multiple concurrent USBH API calls trigger
multiple events on the same device, some events will be lost. As a result,
those lost events don't get processed by the subsequent usbh_process() call.
- user callback funciton to set device configuration
as a part of usb_host_install
- callback provides device descriptor of a device being enumerated
- user can set which cfg descriptor the USB device will be set with
- user can filter device enumeration
- Kconfig menu to enable callback function
- usb_host_lib example demonstration
- Renamed usb_otg_periph.h/c to usb_dwc_periph.h/c to match naming convention
of other DWC OTG related files
- Added compatibility header for usb_otg_periph.h
This commit renames USB PHY related HAL files from "usb_phy_xxx" to
"usb_fsls_phy_xxx" since they are only designed to support Full-Speed/Low-Speed
Serial USB PHYs. This renmaing is done to accommodate future USB PHYs that use
other PHY interfaces (e.g., UTMI, ULPI etc).
This commit removes internal event flags in the USB Host Library event handling
functions (i.e., usb_host_lib_handle_events() and usb_host_client_handle_events()).
Previously, these flags were added to reduce the number of times semaphores
were given. However, these flags were removed as the performance gain is
negligible and made the logic more complicated.
For usb_host_client_handle_events(), the following flags were removed:
- Remove 'events_pending' flag. The semaphore is now always given
- Remove 'blocked' flag. The 'handling_events' flag is already sufficient
- Critical sections are now shortened due to simplication of semaphore usage.
For usb_host_lib_handle_events(), the following flags were removed:
- Remove 'process_pending' flag. The semaphore is now always given
- Renamed 'blocked' flag to 'handling_events'
This commit removes the ability to reserve a header in the data buffer of an
allocated URB. The header was required for a now defunct implementation of a
synchronous USB Host library API. Thus, headers are no longer required in
URB data buffers.
Some devices return full LANGID table, even if short LANGID table was requested.
No memory overflow occurs, because we have allocated enough memory for transfers to the
default pipe. So we can ignore the error and continue with string desc fetching.
This commit adds a subset of the DWC OTG configuration values to the
'usb_dwc_ll.h' file. Only relevant configuration values have been added.
Some DWC OTG releated constants have also been moved from 'usb_dwc_hal.h'
to 'usb_dwc_ll.h' and renamed.
* All components which won't build (yet) on Linux are excluded.
This enables switching to Linux in an application without
explicitly setting COMPONENTS to main in the main
CMakeLists.txt.
* ESP Timer provides headers for Linux now
* automatically disabling LWIP in Kconfig if it is not available
doc(linux): brought section
"Component Linux/Mock Support Overview" up to date
Some component test apps do not use the "set(COMPONENTS main)" command in their
project level "CMakeLists.txt", thus leading to their builds pulling in all
ESP-IDF components.
This commit trims the build of multiple component test apps:
- Add "set(COMPONENTS main ...)" to project level "CMakeLists.txt"
- Add missing "PRIV_REQUIRES" in some "main" component "CMakeLists.txt"
Also removed repeated configuraiton options in legacy_i2c_driver/sdkconfig.ci.defaults
as they are already specified in legacy_i2c_driver/sdkconfig.defaults
This commit refactors the USBH and the USB Host Library in the following ways:
- USBH now presents an abstraction of an endpoint (via usbh_ep_handle_t)
- Added separate functions to enqueue/dequeue URBs to a particular endpoint
- USB Host Library no longer calls HCD API directly. Calls USBH endpoint API
instead.
- Renamed "notif_cb" to "proc_req_cb" (Processing Request Callback)
- This is to avoid confusion with FreerTOS task notifications and Host
Library client event notifications.
- The processing functions of each layer (i.e., "xxx_process()") request
calls via the "proc_req_cb"
- The main handling function (i.e., usb_host_lib_handle_events()) is
responsible for calling the required "xxx_process()" of each layer
Darian Leung
Roman Leonov
Tomas Rezucha
morris
Peter Marcisovsky
wuzhenghui
Jakob Hasse
Chen Yudong
Jason