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When working with the STM32 family of microcontrollers, it can be useful to evaluate the factory-programmed 96-bit UUID. The electronic data that allow the user firmware or other external devices to automatically match its interface to the characteristics of the in Flash memory while using and combining this unique ID with software cryptographic primitives and protocols before programming the internal The 96-bit unique device identifier provides a reference number which is unique for any device and in any context. These bits can never be using a custom algorithm. According to the STM32F4 reference manual SPI knows 4 standard modes, reflecting the SCK's polarity (CPOL) and the SCK's phase (CPHA). In a timing diagram this looks like(only one clock pulse shown here): The Transmit edge is the clock edge at which the SPI output data changes, The Sampling edge is the clock edge at which the sampling of the SPI input data takes place. The sampling edge is normally the opposite one of the transmit edge. ignored. They appear on the first lines of Compiler output and you need to scroll down to reach the real compiler errors. sets a specific warning code or multiple warning codes and the compiler will ignore those warnings.