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https://github.com/IllusionMan1212/vitasdk-odin.git
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initial
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package usbd
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import "core:c"
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SCE_USBD_CLASS_PER_INTERFACE :: 0x00
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SCE_USBD_CLASS_AUDIO :: 0x01
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SCE_USBD_CLASS_COMMUNICATIONS :: 0x02
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SCE_USBD_CLASS_HID :: 0x03
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SCE_USBD_CLASS_MONITOR :: 0x04
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SCE_USBD_CLASS_PHYSICAL :: 0x05
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SCE_USBD_CLASS_POWER :: 0x06
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SCE_USBD_CLASS_PRINTER :: 0x07
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SCE_USBD_CLASS_STORAGE :: 0x08
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SCE_USBD_CLASS_HUB :: 0x09
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SCE_USBD_CLASS_DATA :: 0x0a
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SCE_USBD_CLASS_VENDOR_SPECIFIC :: 0xff
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SCE_USBD_CONFIGURATION_RESERVED_ZERO :: 0x1f
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SCE_USBD_CONFIGURATION_REMOTE_WAKEUP :: 0x20
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SCE_USBD_CONFIGURATION_SELF_POWERED :: 0x40
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SCE_USBD_CONFIGURATION_RESERVED_ONE :: 0x80
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/* bmAttributes */
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_BITS :: 0x03
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_SHIFT :: 0
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_CONTROL :: 0x00
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_ISOCHRONOUS :: 0x01
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_BULK :: 0x02
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SCE_USBD_ENDPOINT_TRANSFER_TYPE_INTERRUPT :: 0x03
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/* bEndpointAddress */
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SCE_USBD_ENDPOINT_NUMBER_BITS :: 0x1f
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SCE_USBD_ENDPOINT_NUMBER_SHIFT :: 0
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SCE_USBD_ENDPOINT_DIRECTION_BITS :: 0x80
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SCE_USBD_ENDPOINT_DIRECTION_SHIFT :: 7
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SCE_USBD_ENDPOINT_DIRECTION_OUT :: 0x00
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SCE_USBD_ENDPOINT_DIRECTION_IN :: 0x80
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USB_DESCRIPTOR_DEVICE :: 0x01 // bDescriptorType for a Device Descriptor.
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USB_DESCRIPTOR_CONFIGURATION :: 0x02 // bDescriptorType for a Configuration Descriptor.
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USB_DESCRIPTOR_STRING :: 0x03 // bDescriptorType for a String Descriptor.
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USB_DESCRIPTOR_INTERFACE :: 0x04 // bDescriptorType for an Interface Descriptor.
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USB_DESCRIPTOR_ENDPOINT :: 0x05 // bDescriptorType for an Endpoint Descriptor.
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USB_DESCRIPTOR_DEVICE_QUALIFIER :: 0x06 // bDescriptorType for a Device Qualifier.
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USB_DESCRIPTOR_OTHER_SPEED :: 0x07 // bDescriptorType for a Other Speed Configuration.
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USB_DESCRIPTOR_INTERFACE_POWER :: 0x08 // bDescriptorType for Interface Power.
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USB_DESCRIPTOR_OTG :: 0x09 // bDescriptorType for an OTG Descriptor.
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SCE_USBD_DEVICE_SPEED_LS :: 0
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SCE_USBD_DEVICE_SPEED_FS :: 1
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SCE_USBD_DEVICE_SPEED_HS :: 2
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// TODO:
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SceUsbdErrorCode :: enum c.uint {
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ERROR_NOT_INITIALIZED = 0x80240001,
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ERROR_ALREADY_INITIALIZED = 0x80240002,
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ERROR_INVALID_PARAM = 0x80240003,
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ERROR_PIPE_NOT_FOUND = 0x80240004,
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ERROR_NO_MEMORY = 0x80240005,
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ERROR_DEVICE_NOT_FOUND = 0x80240006,
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ERROR_80240007 = 0x80240007,
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ERROR_80240009 = 0x80240009,
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ERROR_8024000A = 0x8024000A,
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ERROR_FATAL = 0x802400FF
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}
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SceUsbdDescriptorType :: enum c.int {
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DEVICE = 0x01, // bDescriptorType for a Device Descriptor.
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CONFIGURATION = 0x02, // bDescriptorType for a Configuration Descriptor.
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STRING = 0x03, // bDescriptorType for a String Descriptor.
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INTERFACE = 0x04, // bDescriptorType for an Interface Descriptor.
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ENDPOINT = 0x05, // bDescriptorType for an Endpoint Descriptor.
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DEVICE_QUALIFIER = 0x06, // bDescriptorType for a Device Qualifier.
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OTHER_SPEED = 0x07, // bDescriptorType for a Other Speed Configuration.
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INTERFACE_POWER = 0x08, // bDescriptorType for Interface Power.
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OTG = 0x09, // bDescriptorType for an OTG Descriptor.
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HID = 0x21, // bDescriptorType for an HID descriptor.
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REPORT = 0x22 // bDescriptorType for an HID report descriptor.
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}
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SceUsbdDeviceDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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bcdUSB: c.uint16_t,
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bDeviceClass: c.uint8_t,
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bDeviceSubclass: c.uint8_t,
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bDeviceProtocol: c.uint8_t,
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bMaxPacketSize0: c.uint8_t,
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idVendor: c.uint16_t,
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idProduct: c.uint16_t,
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bcdDevice: c.uint16_t,
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iManufacturer: c.uint8_t,
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iProduct: c.uint8_t,
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iSerialNumber: c.uint8_t,
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bNumConfigurations: c.uint8_t,
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}
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#assert(size_of(SceUsbdDeviceDescriptor) == 0x12)
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SceUsbdConfigurationDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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wTotalLength: c.uint16_t,
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bNumInterfaces: c.uint8_t,
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bConfigurationValue: c.uint8_t,
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iConfiguration: c.uint8_t,
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bmAttributes: c.uint8_t,
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MaxPower: c.uint8_t,
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}
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#assert(size_of(SceUsbdConfigurationDescriptor) == 0xA)
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SceUsbdInterfaceDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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bInterfaceNumber: c.uint8_t,
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bAlternateSetting: c.uint8_t,
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bNumEndpoints: c.uint8_t,
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bInterfaceClass: c.uint8_t,
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bInterfaceSubclass: c.uint8_t,
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bInterfaceProtocol: c.uint8_t,
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iInterface: c.uint8_t,
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}
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#assert(size_of(SceUsbdInterfaceDescriptor) == 9)
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SceUsbdEndpointDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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bEndpointAddress: c.uint8_t,
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bmAttributes: c.uint8_t,
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wMaxPacketSize: c.uint16_t,
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bInterval: c.uint8_t,
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}
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#assert(size_of(SceUsbdEndpointDescriptor) == 8)
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SceUsbdStringDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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bString: [0]c.uint8_t,
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}
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#assert(size_of(SceUsbdStringDescriptor) == 2)
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SceUsbdHidSubDescriptorInfo :: struct {
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bDescriptorType: c.uint8_t,
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wDescriptorLength0: c.uint8_t,
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wDescriptorLength1: c.uint8_t,
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}
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#assert(size_of(SceUsbdHidSubDescriptorInfo) == 3)
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SceUsbdHidDescriptor :: struct {
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bLength: c.uint8_t,
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bDescriptorType: c.uint8_t,
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bcdHID0: c.uint8_t,
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bcdHID1: c.uint8_t,
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bCountryCode: c.uint8_t,
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bNumDescriptors: c.uint8_t, /* SubDescriptor count */
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SubDescriptorInfo: [0]SceUsbdHidSubDescriptorInfo,
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}
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#assert(size_of(SceUsbdHidDescriptor) == 6)
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SceUsbdDeviceAddress :: struct #packed {
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unk0: c.uint,
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unk1: c.ushort,
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}
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#assert(size_of(SceUsbdDeviceAddress) == 6)
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SceUsbdDeviceInfo :: struct {
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port: c.uint,
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device_num: c.uint,
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unk3: c.uint, // handled? 0, 1, 2
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}
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#assert(size_of(SceUsbdDeviceInfo) == 0xC)
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SceUsbdTransferData :: struct {
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pipe: c.uint, // 0x00
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data: rawptr, // 0x04
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data_size: c.uint, // 0x08
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transferred: rawptr, // // 0x0C // ptr to 8 bytes?
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timeout: c.uint, // 0x10 // size of above ptr? only 8 allowed?
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}
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SceUsbdReceiveEvent :: struct {
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unk0: c.uint, // 0
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unk1: c.uint, // next ptr?
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unk2: c.uint, // != 8, set to 1, 2, 4? // transfer flags? type?
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unk3: c.uint,
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unk4: c.uint,
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unk5: c.uint,
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transfer_id: c.uint,
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}
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#assert(size_of(SceUsbdReceiveEvent) == 0x1C)
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SceUsbdAttachCompositeParam :: struct {
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driver_id: c.uint32_t,
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bus: c.uint32_t,
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device: c.uint32_t,
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unk3: c.uint32_t, // num devices?
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unk4: c.uint32_t,
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}
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#assert(size_of(SceUsbdAttachCompositeParam) == 0x14)
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SceUsbdIsochTransfer :: struct {
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unk0: c.uint, // array of num_packets? ptrs to 4
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unk1: c.uint, // num packets?
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unk2: c.uint,
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unk3: c.uint,
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unk4: c.uint,
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unk5: c.uint,
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unk6: c.uint,
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unk7: c.uint,
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unk8: c.uint,
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unk9: c.uint,
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}
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#assert(size_of(SceUsbdIsochTransfer) == 0x28)
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SceUsbdDevicePipe :: struct {
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device_id: c.uint,
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unk1: c.uint,
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unk2: c.uint,
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unk3: c.uint,
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unk4: c.uint,
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unk5: c.uint,
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}
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#assert(size_of(SceUsbdDevicePipe) == 0x18)
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SceUsbdTransferStatus :: struct {
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unk0: c.uint32_t, // < 0x40 - transfer id (result of sceUsbdTransferData)
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unk1: c.uint32_t, // unused
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unk2: c.uint32_t, // ret 4. ptr? // status?
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unk3: c.uint32_t, // ret 4. ptr? // transferred?
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}
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#assert(size_of(SceUsbdTransferStatus) == 0x10)
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SceUsbdIsochTransferStatus :: struct {
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unk0: c.uint32_t, // < 0x40 - size? pipe? transfer id?
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unk1: c.uint32_t, // unused
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unk2: ^c.uintptr_t, // ret up to 0x28 buff. 10 * 4 bytes. or 8*5 bytes
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unk3: c.uint32_t, // ret 4. ptr?
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}
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