upon, except in the unusual case of forward declaration. If you rely on symbols from bar.h, don’t count on the fact that you included foo.h which (currently) includes bar.h: include bar.h yourself, unless static string variable might be run prior to the destructor for another variable that contains a reference to that string. One way to alleviate the destructor problem is to terminate the program by call- value, which makes APIs simpler, safer, and more general. Unlike when passing objects by pointer or reference, there’s no risk of confusion over ownership, lifetime, mutability, and similar issues, and no need

module by its full package name. Imports should be as follows: # Reference in code with complete name. import sound.effects.echo # Reference in code with just module name (preferred). from sound.effects styles. Yes: words = foo.split(':') [x[1] for x in my_list if x[2] == 5] map(math.sqrt, data) # Ok. No inlined lambda expression. fn(*args, **kwargs) No: words = string.split(foo, ':') map(lambda x: information.... Attributes: likes_spam: A boolean indicating if we like SPAM or not. eggs: An integer count of the eggs we have laid. """ def __init__(self, likes_spam=False): """Inits SampleClass with blah

“chronological by date added” ordering, which is not a logical ordering. 3.4.2.1 Overloads: never split When a class has multiple constructors, or multiple methods with the same name, these appear sequentially obeying the column limit is not possible (for example, a long URL in Javadoc, or a long JSNI method reference). 2. package and import statements (see Sections 3.2 Package statement and 3.3 Import statements) applies to the following “operator-like” symbols: the dot separator (.), the two colons of a method reference (::), the amper- sand in type bounds (), and the pipe in catch blocks (catch

(the the, missing/wrong articles, adapt/adopt)  Awareness of common semantic issues (missing reference, inconsistent / no logical consequence)  #2 Read Fully  Read and annotate issue, don’t fix immediately problem of Graticule Optimization. It proposes the obvious approach of simply storing a set of reference points and calculating offsets. Such approaches are well known in this area. It goes on to propose

"Histogram: fraction budget spent by campaignid", xlab = "Fraction of budget spent", ylab = "Frequency (count of campaignids)") 5 Function Definitions and Calls Function definitions should first list arguments