Irina Tirdea schrieb am 23.07.2015 um 19:22:
> When the the sensor data uses 32 bits out of 32, generic_buffer prints
> the value 0 for all data read.
>
> In this case, the mask is shifted 32 bits, which is beyond the size of
> an integer. This will lead to the mask always being 0. Before
When the the sensor data uses 32 bits out of 32, generic_buffer prints
the value 0 for all data read.
In this case, the mask is shifted 32 bits, which is beyond the size of
an integer. This will lead to the mask always being 0. Before printing,
the mask is applied to the raw value, thus
Irina Tirdea schrieb am 23.07.2015 um 19:22:
When the the sensor data uses 32 bits out of 32, generic_buffer prints
the value 0 for all data read.
In this case, the mask is shifted 32 bits, which is beyond the size of
an integer. This will lead to the mask always being 0. Before printing,
When the the sensor data uses 32 bits out of 32, generic_buffer prints
the value 0 for all data read.
In this case, the mask is shifted 32 bits, which is beyond the size of
an integer. This will lead to the mask always being 0. Before printing,
the mask is applied to the raw value, thus
4 matches
Mail list logo
