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byte bValidBit = false; If the captured period is outside the expected range it s probably noise, so the rest of the processing is only performed if the range is acceptable. if( (uiICP_CapturedPeriod >= WSR_PERIOD_FILTER_MIN) && (uiICP_CapturedPeriod <= WSR_PERIOD_FILTER_MAX) ) { It then checks if this is a valid 0 (long high) or 1 (short high) bit, or an invalid period in between. if( bICP_CapturedPeriodWasHigh ) { if( (uiICP_CapturedPeriod >= WSR_SHORT_PERIOD_MIN) && (uiICP_CapturedPeriod <= WSR_SHORT_PERIOD_MAX) ) { bValidBit = WSR_BIT_ONE; } else if( (uiICP_CapturedPeriod >= WSR_LONG_PERIOD_MIN) && (uiICP_CapturedPeriod <= WSR_LONG_PERIOD_MAX) ) { bValidBit = WSR_BIT_ZERO; } else { If the code got to this point, it must be an invalid period in the dead zone between short and long bit period lengths, so the program assumes it s just seeing noise and calls the reset macro to set everything back to a default state and start waiting for the next bit transition to arrive. WSR_RESET(); } } The program then enters a little state machine to load and prepare the incoming bits into a potentially complete packet, performing different actions depending on the current state. if( bValidBit != false ) { switch( bICP_WSR_State ) { case WSR_STATE_IDLE: { if( bValidBit == WSR_BIT_ZERO ) { A good La Crosse bitstream packet always starts with a 0 bit, so if the sketch receives a 0 while the state machine is idle and still waiting for a good packet start, it loads the bit into the packet data buffer, increments the input bit pointer, and moves on to the next state to continue loading the rest of the potentially good packet. bICP_WSR_PacketData[bICP_WSR_PacketInputPointer][bICP_WSR_PacketInputBitPointer >> 3] &= ~(0x01 << (bICP_WSR_PacketInputBitPointer&0x07)); bICP_WSR_PacketInputBitPointer++; bICP_WSR_State = WSR_STATE_LOADING_BITSTREAM; } else { WSR_RESET(); } break; } case WSR_STATE_LOADING_BITSTREAM: {

A typical application doesn t consist of one or a few libraries The applications developed today make use of many open source libraries available all around the world The set of open source offerings starts with a Unix-like kernel, base C libraries, and command-line utilities It continues with web servers and web browsers, to Java utilities such as Ant, Tomcat, JUnit, JavaCC, and many more In fact, each of these libraries has its own API, and as a result, everyone writing such software is in the API design business, whether they are cognizant of the fact or not This kind of assembly approach is a common model of operations for Linux distributions The software is written by various people, then simply taken, packaged, and glued together Usually the distribution vendors write the central management utilities and provide some quality assurance to make sure all the selected components work well together.

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At this point a potentially valid packet bitstream is on its way in, so the program keeps loading it up if( bValidBit == WSR_BIT_ZERO ) { bICP_WSR_PacketData[bICP_WSR_PacketInputPointer][bICP_WSR_PacketInputBitPointer >> 3] &= ~(0x80 >> (bICP_WSR_PacketInputBitPointer&0x07)); } else { bICP_WSR_PacketData[bICP_WSR_PacketInputPointer][bICP_WSR_PacketInputBitPointer >> 3] |= (0x80 >> (bICP_WSR_PacketInputBitPointer&0x07)); } At a fixed location of the incoming bitstream a further check is made to see if the first five bits are the expected 00001, and a test for an occasionally missed first 0 bit is made and corrected for The sketch checks the location of the incoming bitstream to see if it is valid, and throws it away if not if( bICP_WSR_PacketInputBitPointer == (WSR_TIMESTAMP_BIT_OFFSET + 4) ) { b = bICP_WSR_PacketData[bICP_WSR_PacketInputPointer][4]; b &= B11111000; An acceptable start to the packet is 00001, but sometimes the sketch will see 00010 if the receiver module missed the first 0.

This seems to work well for most vendors and users, and it helps lower the cost of creating a distribution As evidence of the success of this model, let s note that Mac OS X is a FreeBSD Unix distribution with a bunch of add-ons from Apple Distributed development has its own specifics The most obvious is that the source code for the whole application is no longer under the developer s complete control It is spread around the world Building software in this way is unquestionably different from building an application entirely from source code within your in-house source repository You need to be aware that in this model you don t fully control the whole product s schedule Not only the source code, but also the developers, are spread around the world and are working on their own schedule, which you cannot fully control.

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