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Designed specifically to workaround issues we were facing with generating
multiple conditionalized output docsets from a single master doctree.
Extensions were factored out into a separate project, based on the fact
that many other Sphinx users experience similar or related problems:
https://github.com/pfalcon/sphinx_selective_exclude

Corresponds to the 182f4a8da57 upstream revision.

Seealso and Limitations sectiosn added, better formatting and grammar.

With currentmodule:: set properly, none are needed. Extra "machine." prefix
produces wrong indexing data.

Based on unix version. No descriptions so far.

Class designator will be used as is in indexes, so must match actual class
name.

Based on python-dev discussion regarding PEP467.

This makes rendered docs to not provide incorrect information and
consistent with how it's down for other machine classes.

Class designator will be used as is in indexes, so must match actual class
name.

With currentmodule:: support, all targets should be generated properly by
Sphinx.

Makes sure that classes described in these separate files are properly
designated as belonging to "pyb" module in indexes.

Makes sure that classes described in these separate files are properly
designated as belonging to "machine" module in indexes.

Assignments of the form "_id = const(value)" are treated as private
(following a similar CPython convention) and code is no longer emitted
for the assignment to a global variable.

See issue #2111.

Requires a link of the form: <BASEURL>/<lang>/<ver>/micropython-<port>.pdf

By design, at wake up from deepsleep, the RTC timer will be reset, but
the data stored in RTC memory will not [1]. Therefore, we have to adjust
delta in RTC memory before going into deepsleep to get almost correct
time after waking up.

[1] http://bbs.espressif.com/viewtopic.php?t=1184#p4082

Instead of calling strlen(), which won't work if there're 32 chars in
returned ESSID. struct bss_info::ssid_len is not documented in SDK API
Guide, but is present in SDK headers since 1.4.0. Just in case, previous
code is left commented.

To work on a variety of ports the selection of N is very specific.

ESP-SDK system_get_rtc_time() returns uint32 and therefore overflow
about every 7:45h.  Let's write the last state of system_get_rtc_time()
in RTC mem and use it to check for overflow. This commit require running
pyb_rtc_get_us_since_2000() at least once within 7 hours to avoid
overflow.

Makes it work on the ESP8266.

This makes the test reliably overflow the recursion limit (which is the
correct behaviour) on Mac OS X.