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Rev 924 Rev 967
Line 32... Line 32...
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static const struct usb_instance* usb_handle;
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static const struct usb_instance* usb_handle;
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static union usb_endpoint_number usb_outep = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_OUT };
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static union usb_endpoint_number usb_outep = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_OUT };
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static union usb_endpoint_number usb_inep = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_IN };
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static union usb_endpoint_number usb_inep = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_IN };
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static int maxpacket = 512;
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static int maxpacket = 512;
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static struct wakeup mainloop_wakeup;
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static struct wakeup mainloop_wakeup;
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static char* error = NULL;
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static const struct usb_devicedescriptor usb_devicedescriptor =
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static const struct usb_devicedescriptor usb_devicedescriptor =
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{
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{
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    .bLength = sizeof(struct usb_devicedescriptor),
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    .bLength = sizeof(struct usb_devicedescriptor),
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}
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}
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void handle_xfer_complete(const struct usb_instance* data, int ifnum, int epnum, int bytesleft)
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void handle_xfer_complete(const struct usb_instance* data, int ifnum, int epnum, int bytesleft)
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{
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{
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    ums_xfer_complete(epnum & 0x80, bytesleft);
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    ums_xfer_complete(epnum, bytesleft);
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}
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}
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void handle_timeout(const struct usb_instance* data, int interface, int endpoint, int bytesleft)
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void handle_timeout(const struct usb_instance* data, int interface, int endpoint, int bytesleft)
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{
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{
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static struct usb_endpoint usb_c1_i0_a0_ep1in =
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static struct usb_endpoint usb_c1_i0_a0_ep1in =
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{
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{
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    .number = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_IN },
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    .number = { .number = 0, .direction = USB_ENDPOINT_DIRECTION_IN },
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    .ctrl_request = handle_ep_ctrl_request,
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    .xfer_complete = handle_xfer_complete,
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    .xfer_complete = handle_xfer_complete,
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    .timeout = handle_timeout,
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    .timeout = handle_timeout,
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};
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};
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    while (!ums_ejected && usbmanager_get_connected())
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    while (!ums_ejected && usbmanager_get_connected())
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        if (wakeup_wait(&mainloop_wakeup, 200000) == THREAD_OK)
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        if (wakeup_wait(&mainloop_wakeup, 200000) == THREAD_OK)
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            ums_handle_async();
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            ums_handle_async();
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    usbmanager_uninstall_custom();
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    usbmanager_uninstall_custom();
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    if (error) panic(PANIC_KILLTHREAD, error);
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}
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}
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void enqueue_async()
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void enqueue_async()
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{
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{
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{
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{
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    usb_start_rx(usb_handle, usb_outep, buffer, len);
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    usb_start_rx(usb_handle, usb_outep, buffer, len);
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}
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}
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void usb_stall()
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void usb_stall_in()
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{
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{
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    usb_set_stall(usb_handle, usb_outep, true);
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    usb_set_stall(usb_handle, usb_inep, true);
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    usb_set_stall(usb_handle, usb_inep, true);
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}
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}
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void usb_stall_out()
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{
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    usb_set_stall(usb_handle, usb_outep, true);
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}
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void fail(char* errormsg)
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{
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    error = errormsg;
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    ums_ejected = true;
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    wakeup_signal(&mainloop_wakeup);
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}