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mcp210x-uart/AN721SW/Linux/ManufacturingTool/cp210xsmt/CP210xManufacturingDLL.h
Ryan Malloy a7f62e5d7e Add Silicon Labs CP210x manufacturing library source 
- Library source from AN721SW (cp210xmanufacturing_1.0.tar.gz)
- Manufacturing tool source (cp210xsmt)
- Builds 64-bit shared library with: make LIB_ARCH=64
- Datasheets and app notes in docs/
2026-01-30 10:31:39 -07:00

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#ifndef HOST_APPLICATIONS_DLLS_MANUFACTURINGDLL_CP210XMANUFACTURINGDLL_H_INCLUDED_XF3N9QM3BK
#define HOST_APPLICATIONS_DLLS_MANUFACTURINGDLL_CP210XMANUFACTURINGDLL_H_INCLUDED_XF3N9QM3BK
#ifdef _WIN32
// The following ifdef block is the standard way of creating macros which make exporting
// from a DLL simpler. All files within this DLL are compiled with the CP210xDLL_EXPORTS
// symbol defined on the command line. this symbol should not be defined on any project
// that uses this DLL. This way any other project whose source files include this file see
// CP210xDLL_API functions as being imported from a DLL, whereas this DLL sees symbols
// defined with this macro as being exported.
#ifdef CP210xDLL_EXPORTS
#define CP210xDLL_API
#else
#define CP210xDLL_API __declspec(dllimport)
#pragma comment (lib, "CP210xManufacturing.lib")
#endif
#else // !_WIN32
#define CP210xDLL_API
#define WINAPI
#endif // !_WIN32
#if ! defined(_PREFAST_)
// For SAL annotations used below in this header file, for each annotation used, add a suitable "if not defined" no-op
// definition for it here so that the SAL annotations do not break builds in IDEs that do not have SAL-annotation support.
#if ! defined(_Check_return_)
#define _Check_return_
#endif // ! defined(_Check_return_)
#if ! defined(_Ret_range_)
#define _Ret_range_(lb,ub)
#endif // ! defined(_Ret_range_)
#if ! defined(_Success_)
#define _Success_(expr)
#endif // ! defined(_Success_)
#if ! defined(_In_)
#define _In_
#endif // ! defined(_In_)
#if ! defined(_Out_writes_bytes_)
#define _Out_writes_bytes_(n)
#endif // ! defined(_Out_writes_bytes_)
#if ! defined(_Pre_defensive_)
#define _Pre_defensive_
#endif // ! defined(_Pre_defensive_)
#endif // ! defined(_PREFAST_)
// GetProductString() function flags
#define CP210x_RETURN_SERIAL_NUMBER 0x00
#define CP210x_RETURN_DESCRIPTION 0x01
#define CP210x_RETURN_FULL_PATH 0x02
// GetDeviceVersion() return codes
#define CP210x_CP2101_VERSION 0x01
#define CP210x_CP2102_VERSION 0x02
#define CP210x_CP2103_VERSION 0x03
#define CP210x_CP2104_VERSION 0x04
#define CP210x_CP2105_VERSION 0x05
#define CP210x_CP2108_VERSION 0x08
#define CP210x_CP2109_VERSION 0x09
#define CP210x_CP2102N_QFN28_VERSION 0x20
#define CP210x_CP2102N_QFN24_VERSION 0x21
#define CP210x_CP2102N_QFN20_VERSION 0x22
// Return codes
#define CP210x_SUCCESS 0x00
#define CP210x_DEVICE_NOT_FOUND 0xFF
#define CP210x_INVALID_HANDLE 0x01
#define CP210x_INVALID_PARAMETER 0x02
#define CP210x_DEVICE_IO_FAILED 0x03
#define CP210x_FUNCTION_NOT_SUPPORTED 0x04
#define CP210x_GLOBAL_DATA_ERROR 0x05
#define CP210x_FILE_ERROR 0x06
#define CP210x_COMMAND_FAILED 0x08
#define CP210x_INVALID_ACCESS_TYPE 0x09
// Type definitions
typedef int CP210x_STATUS;
// Buffer size limits
//
//
// CP2101/2/3/4/9
#define CP210x_MAX_DEVICE_STRLEN 256
#define CP210x_MAX_MANUFACTURER_STRLEN 45
#define CP210x_MAX_PRODUCT_STRLEN 126
#define CP210x_MAX_SERIAL_STRLEN 63
//
// CP2105
#define CP2105_MAX_MANUFACTURER_STRLEN 12
#define CP2105_MAX_PRODUCT_STRLEN 47
#define CP2105_MAX_SERIAL_STRLEN 16
#define CP2105_MAX_INTERFACE_STRLEN 32
//
// CP2108
#define CP2108_MAX_MANUFACTURER_STRLEN 126
#define CP2108_MAX_PRODUCT_STRLEN 126
#define CP2108_MAX_SERIAL_STRLEN 126
#define CP2108_MAX_INTERFACE_STRLEN 126
//
// CP2102N
#define CP2102N_MAX_
// Type definitions
typedef char CP210x_DEVICE_STRING[CP210x_MAX_DEVICE_STRLEN];
typedef char CP210x_MANUFACTURER_STRING[CP210x_MAX_MANUFACTURER_STRLEN];
typedef char CP210x_PRODUCT_STRING[CP210x_MAX_PRODUCT_STRLEN];
typedef char CP210x_SERIAL_STRING[CP210x_MAX_SERIAL_STRLEN];
typedef char CP2105_INTERFACE_STRING[CP2105_MAX_INTERFACE_STRLEN];
typedef char CP2108_INTERFACE_STRING[CP2108_MAX_INTERFACE_STRLEN];
#define CP210x_MAX_MAXPOWER 250
// Baud Rate Aliasing definitions
//
#define NUM_BAUD_CONFIGS 32
//
// Baud Config Structure
typedef struct
{
WORD BaudGen;
WORD Timer0Reload;
BYTE Prescaler;
DWORD BaudRate;
} BAUD_CONFIG;
//
// Size of the Baud Config Structure
#define BAUD_CONFIG_SIZE 10
//
// Array of all Baud Rate Configurations
typedef BAUD_CONFIG BAUD_CONFIG_DATA[NUM_BAUD_CONFIGS];
//
// Flush Buffer definitions
//
// CP2104
#define FC_OPEN_TX 0x01 // When these bits are set, the device will flush that buffer
#define FC_OPEN_RX 0x02
#define FC_CLOSE_TX 0x04
#define FC_CLOSE_RX 0x08
//
// CP2105 - Standard Port
#define FC_OPEN_TX_SCI FC_OPEN_TX
#define FC_OPEN_RX_SCI FC_OPEN_RX
#define FC_CLOSE_TX_SCI FC_CLOSE_TX
#define FC_CLOSE_RX_SCI FC_CLOSE_RX
//
// CP2105 - Enhanced Port
#define FC_OPEN_TX_ECI 0x10
#define FC_OPEN_RX_ECI 0x20
#define FC_CLOSE_TX_ECI 0x40
#define FC_CLOSE_RX_ECI 0x80
//
// CP2108
#define FC_OPEN_TX_IFC0 0x0001
#define FC_OPEN_RX_IFC0 0x0002
#define FC_CLOSE_TX_IFC0 0x0004
#define FC_CLOSE_RX_IFC0 0x0008
#define FC_OPEN_TX_IFC1 0x0010
#define FC_OPEN_RX_IFC1 0x0020
#define FC_CLOSE_TX_IFC1 0x0040
#define FC_CLOSE_RX_IFC1 0x0080
#define FC_OPEN_TX_IFC2 0x0100
#define FC_OPEN_RX_IFC2 0x0200
#define FC_CLOSE_TX_IFC2 0x0400
#define FC_CLOSE_RX_IFC2 0x0800
#define FC_OPEN_TX_IFC3 0x1000
#define FC_OPEN_RX_IFC3 0x2000
#define FC_CLOSE_TX_IFC3 0x4000
#define FC_CLOSE_RX_IFC3 0x8000
//
//Port Config definitions
//
//
// CP2103/4 Port Config Structure
//
typedef struct
{
WORD Mode; // Push-Pull = 1, Open-Drain = 0
WORD Reset_Latch; // Logic High = 1, Logic Low = =0
WORD Suspend_Latch; // Logic High = 1, Logic Low = =0
unsigned char EnhancedFxn;
} PORT_CONFIG;
//
// Define bit locations for Mode/Latch for Reset and Suspend structures
#define PORT_RI_ON 0x0001
#define PORT_DCD_ON 0x0002
#define PORT_DTR_ON 0x0004
#define PORT_DSR_ON 0x0008
#define PORT_TXD_ON 0x0010
#define PORT_RXD_ON 0x0020
#define PORT_RTS_ON 0x0040
#define PORT_CTS_ON 0x0080
//
#define PORT_GPIO_0_ON 0x0100
#define PORT_GPIO_1_ON 0x0200
#define PORT_GPIO_2_ON 0x0400
#define PORT_GPIO_3_ON 0x0800
//
#define PORT_SUSPEND_ON 0x4000 // Can't configure latch value
#define PORT_SUSPEND_BAR_ON 0x8000 // Can't configure latch value
//
// Define bit locations for EnhancedFxn
#define EF_GPIO_0_TXLED 0x01 // Under device control
#define EF_GPIO_1_RXLED 0x02 // Under device control
#define EF_GPIO_2_RS485 0x04 // Under device control
#define EF_RS485_INVERT 0x08 // RS485 Invert bit
#define EF_WEAKPULLUP 0x10 // Weak Pull-up on
#define EF_RESERVED_1 0x20 // Reserved, leave bit 5 cleared
#define EF_SERIAL_DYNAMIC_SUSPEND 0x40 // For 8 UART/Modem signals
#define EF_GPIO_DYNAMIC_SUSPEND 0x80 // For 4 GPIO signals
//
//
// CP2105 Dual Port Config Structure
//
typedef struct
{
WORD Mode; // Push-Pull = 1, Open-Drain = 0
WORD Reset_Latch; // Logic High = 1, Logic Low = =0
WORD Suspend_Latch; // Logic High = 1, Logic Low = =0
unsigned char EnhancedFxn_ECI;
unsigned char EnhancedFxn_SCI;
unsigned char EnhancedFxn_Device;
} DUAL_PORT_CONFIG;
//
// CP2105 Define bit locations for Mode/Latch for Reset and Suspend structures
#define PORT_RI_SCI_ON 0x0001
#define PORT_DCD_SCI_ON 0x0002
#define PORT_DTR_SCI_ON 0x0004
#define PORT_DSR_SCI_ON 0x0008
#define PORT_TXD_SCI_ON 0x0010
#define PORT_RXD_SCI_ON 0x0020
#define PORT_RTS_SCI_ON 0x0040
#define PORT_CTS_SCI_ON 0x0080
#define PORT_GPIO_0_SCI_ON 0x0002
#define PORT_GPIO_1_SCI_ON 0x0004
#define PORT_GPIO_2_SCI_ON 0x0008
#define PORT_SUSPEND_SCI_ON 0x0001 // Can't configure latch value
//
#define PORT_RI_ECI_ON 0x0100
#define PORT_DCD_ECI_ON 0x0200
#define PORT_DTR_ECI_ON 0x0400
#define PORT_DSR_ECI_ON 0x0800
#define PORT_TXD_ECI_ON 0x1000
#define PORT_RXD_ECI_ON 0x2000
#define PORT_RTS_ECI_ON 0x4000
#define PORT_CTS_ECI_ON 0x8000
#define PORT_GPIO_0_ECI_ON 0x0400
#define PORT_GPIO_1_ECI_ON 0x0800
#define PORT_SUSPEND_ECI_ON 0x0100 // Can't configure latch value
//
// CP2105 Define bit locations for EnhancedFxn_ECI
#define EF_GPIO_0_TXLED_ECI 0x01 // Under device control
#define EF_GPIO_1_RXLED_ECI 0x02 // Under device control
#define EF_GPIO_1_RS485_ECI 0x04 // Under device control
#define EF_RS485_INVERT 0x08 // Under device control
#define EF_INVERT_SUSPEND_ECI 0x10 // RS485 Invert bit
#define EF_DYNAMIC_SUSPEND_ECI 0x40 // For GPIO signals
//
// CP2105 Define bit locations for EnhancedFxn_SCI
#define EF_GPIO_0_TXLED_SCI 0x01 // Under device control
#define EF_GPIO_1_RXLED_SCI 0x02 // Under device control
#define EF_INVERT_SUSPEND_SCI 0x10 // RS485 Invert bit
#define EF_DYNAMIC_SUSPEND_SCI 0x40 // For GPIO signals
//
// CP2105 Define bit locations for EnhancedFxn_Device
#define EF_WEAKPULLUP 0x10 // Weak Pull-up on
//
//
// CP2108 Quad Port Config Structure
//
typedef struct
{
WORD Mode_PB0;
WORD Mode_PB1;
WORD Mode_PB2;
WORD Mode_PB3;
WORD Mode_PB4;
WORD LowPower_PB0;
WORD LowPower_PB1;
WORD LowPower_PB2;
WORD LowPower_PB3;
WORD LowPower_PB4;
WORD Latch_PB0;
WORD Latch_PB1;
WORD Latch_PB2;
WORD Latch_PB3;
WORD Latch_PB4;
} QUAD_PORT_STATE;
typedef struct
{
QUAD_PORT_STATE Reset_Latch;
QUAD_PORT_STATE Suspend_Latch;
BYTE IPDelay_IFC0;
BYTE IPDelay_IFC1;
BYTE IPDelay_IFC2;
BYTE IPDelay_IFC3;
BYTE EnhancedFxn_IFC0;
BYTE EnhancedFxn_IFC1;
BYTE EnhancedFxn_IFC2;
BYTE EnhancedFxn_IFC3;
BYTE EnhancedFxn_Device;
BYTE ExtClk0Freq;
BYTE ExtClk1Freq;
BYTE ExtClk2Freq;
BYTE ExtClk3Freq;
} QUAD_PORT_CONFIG;
//
// CP2108 Define bit locations for Mode/Latch for Reset and Suspend structures
// PB0
#define PORT_TX0 0x0001
#define PORT_RX0 0x0002
#define PORT_RTS0 0x0004
#define PORT_CTS0 0x0008
#define PORT_DTR0 0x0010
#define PORT_DSR0 0x0020
#define PORT_DCD0 0x0040
#define PORT_RI0 0x0080
#define PORT_TX1 0x0100
#define PORT_RX1 0x0200
#define PORT_RTS1 0x0400
#define PORT_CTS1 0x0800
#define PORT_DTR1 0x1000
#define PORT_DSR1 0x2000
#define PORT_DCD1 0x4000
#define PORT_RI1 0x8000
// PB1
#define PORT_GPIO_0 0x0001 // (1<<0)
#define PORT_GPIO_1 0x0002 // (1<<1)
#define PORT_GPIO_2 0x0004 // (1<<2)
#define PORT_GPIO_3 0x0008 // etc.
#define PORT_GPIO_4 0x0010
#define PORT_GPIO_5 0x0020
#define PORT_GPIO_6 0x0040
#define PORT_GPIO_7 0x0080
#define PORT_GPIO_8 0x0100
#define PORT_GPIO_9 0x0200
#define PORT_GPIO_10 0x0400
#define PORT_GPIO_11 0x0800
#define PORT_GPIO_12 0x1000
#define PORT_GPIO_13 0x2000
#define PORT_GPIO_14 0x4000
#define PORT_GPIO_15 0x8000
// PB2
#define PORT_SUSPEND 0x0001
#define PORT_SUSPEND_BAR 0x0002
#define PORT_DTR2 0x0004
#define PORT_DSR2 0x0008
// PB3
#define PORT_TX2 0x0001
#define PORT_RX2 0x0002
#define PORT_RTS2 0x0004
#define PORT_CTS2 0x0008
#define PORT_DCD2 0x0010
#define PORT_RI2 0x0020
#define PORT_DTR3 0x0040
#define PORT_DSR3 0x0080
#define PORT_DCD3 0x0100
#define PORT_RI3 0x0200
// PB4
#define PORT_RTS3 0x0001
#define PORT_CTS3 0x0002
#define PORT_TX3 0x0004
#define PORT_RX3 0x0008
//
// CP2108 Define bit locations for EnhancedFxn_IFCx
#define EF_IFC_GPIO_TXLED 0x01
#define EF_IFC_GPIO_RXLED 0x02
#define EF_IFC_GPIO_RS485 0x04
// If the next bit is clear, GPIO1 is low while sending UART data.
// If it is set, GPIO1 is high while sending UART data, and low otherwise
#define EF_IFC_GPIO_RS485_LOGIC 0x08
#define EF_IFC_GPIO_CLOCK 0x10
#define EF_IFC_DYNAMIC_SUSPEND 0x40
//
// CP2108 Define bit locations for EnhancedFxn_Device
#define EF_DEVICE_WEAKPULLUP_RESET 0x10
#define EF_DEVICE_WEAKPULLUP_SUSPEND 0x20
#define EF_DEVICE_DYNAMIC_SUSPEND 0x40
//
typedef unsigned char uint8_t;
// Firmware version structure. Not writeable by OEMs or end-users.
// Automatically populated by build infrastructure
typedef struct {
uint8_t major;
uint8_t minor;
uint8_t build;
} firmware_t, *pFirmware_t;
#ifdef __cplusplus
extern "C" {
#endif
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS WINAPI CP210x_GetNumDevices(
_Out_writes_bytes_(4) _Pre_defensive_ LPDWORD lpdwNumDevices
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS WINAPI CP210x_GetProductString(
_In_ _Pre_defensive_ const DWORD dwDeviceNum,
LPVOID lpvDeviceString,
_In_ _Pre_defensive_ const DWORD dwFlags
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS WINAPI CP210x_Open(
_In_ _Pre_defensive_ DWORD dwDevice,
HANDLE* cyHandle
);
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS WINAPI CP210x_Close(
_In_ _Pre_defensive_ const HANDLE cyHandle
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS WINAPI CP210x_GetPartNumber(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_Out_writes_bytes_(1) LPBYTE lpbPartNum
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetVid(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const WORD wVid
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetPid(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const WORD wPid
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetManufacturerString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ LPVOID lpvManufacturer,
_In_ _Pre_defensive_ const BYTE bLength,
_In_ _Pre_defensive_ const BOOL bConvertToUnicode = TRUE
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetProductString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ LPVOID lpvProduct,
_In_ _Pre_defensive_ const BYTE bLength,
_In_ _Pre_defensive_ const BOOL bConvertToUnicode = TRUE
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetInterfaceString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const BYTE bInterfaceNumber,
_In_ _Pre_defensive_ LPVOID lpvInterface,
_In_ _Pre_defensive_ const BYTE bLength,
_In_ _Pre_defensive_ const BOOL bConvertToUnicode
);
/// @brief Reprogram the Serial Number String in the device's USB Serial Number String Descriptor
/// @param cyHandle is an open handle to the device
/// @param lpvSerialNumber points at a buffer containing the Serial Number String to be reprogrammed to the device
/// @param bLength is the total number of characters in the Serial Number String
/// @param bConvertToUnicode is a true or false value indicating whether the Serial Number String is an 8-bit character ascii string needing converting to 16-bit UCS-2 characters (true) to not (false).
/// @note OTP parts can not often/indefinitely have configuration data (re-)written to them
/// @returns Returns CP210x_SUCCESS on success, another CP210x_STATUS if there is an error:
/// CP210x_INVALID_HANDLE -- cyHandle is invalid
/// CP210x_INVALID_PARAMETER -- lpvSerialNumber or bLength are unexpected values
/// CP210x_FUNCTION_NOT_SUPPORTED -- the device does not support setting of the Serial Number string
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetSerialNumber(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ LPVOID lpvSerialNumber,
_In_ _Pre_defensive_ const BYTE bLengthInChars,
_In_ _Pre_defensive_ const BOOL bConvertToUnicode = TRUE
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetSelfPower(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const BOOL bSelfPower
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetMaxPower(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const BYTE bMaxPower
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetFlushBufferConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const WORD wFlushBufferConfig
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetDeviceMode(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const BYTE bDeviceModeECI,
_In_ _Pre_defensive_ const BYTE bDeviceModeSCI
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetDeviceVersion(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const WORD wVersion
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetBaudRateConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ BAUD_CONFIG* baudConfigData
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ PORT_CONFIG* PortConfig
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetDualPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ DUAL_PORT_CONFIG* DualPortConfig
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetQuadPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ QUAD_PORT_CONFIG* QuadPortConfig
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetLockValue(
_In_ _Pre_defensive_ const HANDLE cyHandle
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceVid(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_Out_writes_bytes_(2) LPWORD lpwVid
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDevicePid(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_Out_writes_bytes_(2) LPWORD lpwPid
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceManufacturerString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPVOID lpManufacturer,
LPBYTE lpbLength,
_In_ const BOOL bConvertToASCII = TRUE
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceProductString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPVOID lpProduct,
LPBYTE lpbLength,
_In_ _Pre_defensive_ const BOOL bConvertToASCII = TRUE
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceInterfaceString(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ const BYTE bInterfaceNumber,
LPVOID lpInterface,
LPBYTE lpbLength,
_In_ _Pre_defensive_ const BOOL bConvertToASCII
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceSerialNumber(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPVOID lpSerialNumber,
LPBYTE lpbLength,
_In_ _Pre_defensive_ const BOOL bConvertToASCII = TRUE
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetSelfPower(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBOOL lpbSelfPower
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetMaxPower(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbPower
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetFlushBufferConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPWORD lpwFlushBufferConfig
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceMode(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbDeviceModeECI,
LPBYTE lpbDeviceModeSCI
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDeviceVersion(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPWORD lpwVersion
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetBaudRateConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
BAUD_CONFIG* pBaudConfig
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
PORT_CONFIG* pPortConfig
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetDualPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
DUAL_PORT_CONFIG* pDualPortConfig
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetQuadPortConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
QUAD_PORT_CONFIG* pQuadPortConfig
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetLockValue(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbLockValue
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_Reset(
_In_ _Pre_defensive_ const HANDLE cyHandle
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_CreateHexFile(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPCSTR lpvFileName
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetFirmwareVersion(
_In_ _Pre_defensive_ const HANDLE cyHandle,
pFirmware_t lpVersion
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbConfig,
WORD bLength
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetConfig(
_In_ _Pre_defensive_ const HANDLE cyHandle,
_In_ _Pre_defensive_ LPBYTE lpbConfig,
_In_ _Pre_defensive_ const WORD bLength
);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_UpdateFirmware(
_In_ _Pre_defensive_ const HANDLE cyHandle);
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_GetGeneric(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbGeneric,
_In_ _Pre_defensive_ const WORD bLength
);
_Check_return_
_Ret_range_(CP210x_SUCCESS, CP210x_DEVICE_NOT_FOUND)
_Success_(return == CP210x_SUCCESS)
CP210xDLL_API
CP210x_STATUS
WINAPI
CP210x_SetGeneric(
_In_ _Pre_defensive_ const HANDLE cyHandle,
LPBYTE lpbGeneric,
_In_ _Pre_defensive_ const WORD bLength
);
#ifdef __cplusplus
}
#endif
#endif // !HOST_APPLICATIONS_DLLS_MANUFACTURINGDLL_CP210XMANUFACTURINGDLL_H_INCLUDED_XF3N9QM3BK
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