ftd2xx/ftd2xx.py
def read(self, nchars: int, raw: bool = True) -> bytes:
        """Read up to nchars bytes of data from the device. Can return fewer if
        timedout. Use getQueueStatus to find how many bytes are available"""
        b_read = _ft.DWORD()
        b = c.c_buffer(nchars)
        call_ft(_ft.FT_Read, self.handle, b, nchars, c.byref(b_read))
        return b.raw[: b_read.value] if raw else b.value[: b_read.value]
Read up to nchars bytes of data from the device. Can return fewer if
        timedout. Use getQueueStatus to find how many bytes are available
Read up to nchars bytes of data from the device. Can return fewer if
timedout. Use getQueueStatus to find how many bytes are available
Read up to nchars bytes of data from the device . Can return fewer if timedout . Use getQueueStatus to find how many bytes are available
def read(self, nchars: int, raw: bool = True) -> bytes:
        b_read = _ft.DWORD()
        b = c.c_buffer(nchars)
        call_ft(_ft.FT_Read, self.handle, b, nchars, c.byref(b_read))
        return b.raw[: b_read.value] if raw else b.value[: b_read.value]
def read ( self , nchars : int , raw : bool = True ) -> bytes : b_read = _ft . DWORD ( ) b = c . c_buffer ( nchars ) call_ft ( _ft . FT_Read , self . handle , b , nchars , c . byref ( b_read ) ) return b . raw [ : b_read . value ] if raw else b . value [ : b_read . value ]
Read up to nchars bytes of data from the device.
Read up to nchars bytes of data from the device .
"""Read up to nchars bytes of data from the device. Can return fewer if
        timedout. Use getQueueStatus to find how many bytes are available"""
self
nchars
int
raw
bool