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The get_model() function will go and retrieve the Entry model from the coltrane application and assign it to the variable entry_model. From there, you can query against it just the same as if you d imported it normally. To verify this, type in the following: >>> entry_model.live.all()[:5] You ll see that it returns the latest five live entries. Let s go ahead and change the compilation function to use this and retrieve the model class. One obvious way to do this would be as follows: from django.db.models import get_model def do_latest_content(parser, token): bits = token.contents.split() if len(bits) != 5: raise template.TemplateSyntaxError("'get_latest_content' tag takes exactly four arguments") model_args = bits[1].split('.') model = get_model(model_args[0], model_args[1]) return LatestContentNode(model, bits[2], bits[4]) This has a couple of problems, though: If the first argument isn t an application name/model name pair separated by a dot (.), or if it has too few or too many parts, this might get the wrong model or no model at all. If the arguments you pass to get_model() don t actually correspond to any model class, it will return the value None, and that will trip up the LatestContentNode when it tries to retrieve the content. So you need a little bit of error checking. You want to verify the following: When split on the dot (.) character, the first argument becomes a list of exactly two items. That these items, when passed to get_model(), do indeed return a model class. You can do that in only a few lines of code: model_args = bits[1].split('.') if len(model_args) != 2: raise template.TemplateSyntaxError("First argument to 'get_latest_content' must be an 'application name'.'model name' string") model = get_model(*model_args) if model is None: raise template.TemplateSyntaxError("'get_latest_content' tag got an invalid model: %s" % bits[1]) If you re wondering about this line: model = get_model(*args)

if((val == 0x0D)||(val == 0x0A)||(val == 0x03)||(val == 0x02)) { break; } We store the tag ID in two different formats for convenience later in the program The first format is as a series of raw values stored in a character array, with only the actual tag ID itself stored We don t want to include the checksum, so the program only appends the first 10 characters into elements 0 through 9 in the tagValue array if (bytesRead < 10) { tagValue[bytesRead] = val; } The second format requires some processing and then stores each value as a separate element in an array of bytes, so the program does some ASCII/Hex conversion to each value.

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Sometimes logged messages can get fairly long, and especially in cases of random failures, it might not be easy to analyze what happened in the test. Based on our experience, the best strategy for such situations is to add a fail("Ok"); line to the place in the test where the execution randomly fails. This will generate a log file, as well. The two log files the one from the real failure and the one from the correct run can then be compared and diffed against each other. It s wise to replace all @543dac5f messages in the output with something more neutral, because each run will have different memory locations. After resolving the difference, it s generally possible to understand the difference between the two runs and the root cause of the failure.

if ((val >= '0') && (val <= '9')) { val = val - '0'; } else if ((val >= 'A') && (val <= 'F')) { val = 10 + val - 'A'; } A byte is a total of 8 bits and can hold a value from 0 to decimal 255, while a hexadecimal digit is a 4bit value (half a byte) from 0 to F We can, therefore, store two hex digits in each byte as a pair of 4-bit values The structure of the code here seems a bit backward because the first part of the code is for dealing with the second of a pair of hex digits, while the second part of the code is for dealing with the first The code first checks if it s dealing with the second hex digit of a pair.

One of two reasons might explain why gaining an understanding of the differences between log files might not be possible The first is that there might not be enough logs Information recorded in a log file could simply be too coarse to provide meaningful information about what happened during the test run Here the fix is to insert more logging messages into the test code Using the NbTestCaselogLevel method, you can add more logging on various levels, such as LevelFINE, LevelFINER, and LevelFINEST In different test cases, you can enable different test messages When working with suspicious random failures that can potentially influence a critical piece of code, you might even need to log information about each line of code that is executed You ll possibly need to send arguments to various methods and states of your local variables.

remember that the asterisk (*) is special Python syntax for taking a list (the result of calling split()) and turning in a set of arguments to a function. Here s the finished compilation function: def do_latest_content(parser, token): bits = token.contents.split() if len(bits) != 5: raise template.TemplateSyntaxError("'get_latest_content' tag takes exactly four arguments") model_args = bits[1].split('.') if len(model_args) != 2: raise template.TemplateSyntaxError("First argument to 'get_latest_content' must be an 'application name'.'model name' string") model = get_model(*model_args) if model is None: raise template.TemplateSyntaxError("'get_latest_content' tag got an invalid model: %s" % bits[1]) return LatestContentNode(model, bits[2], bits[4])

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