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Change-Id: I85563b74237d38c1e447b7286f5f6e62d57e3d63
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- Now with 50% less '&' and 100% fewer build breakages!
Change-Id: Icf0283220f75cd14b8564b51bd55973e5b7da56b
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This reverts commit 8b8481868877c9db407d04bdf4843e50d8920806.
Change-Id: I0876235b79cd7745312879d0f1b00c6d1c1a1b7a
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Change-Id: Ia848d7fae9aeab89e65b00f05cee6c1e6d649d94
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accessors mode switches proto fields away from being public fields (which is
how MessageNanoPrinter found which fields to print via reflection). Add a
pass through the methods looking for generated accessor methods to print
those as well.
Change-Id: I7c47853ecbd5534086f44b25a89dbbe56f63ed03
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Class initializers prevent ProGuard from inlining any methods
because it thinks the class initializer may have side effects.
This is true for static methods, but instance methods can still
be inlined, because to have an instance you will have touched
the class and any class initializers would have run. But
ProGuard only starts inlining instance methods of classes with
class initializers from v4.11b6, and Android uses v4.4 now.
This change tries to avoid the class initializers as much as
possible, by delaying the initialization of the empty array and
some fields' saved defaults until when they're needed. However,
if the message hosts any extensions, they must be public static
final and therefore introducing the class initializer. In that
case we won't bother with lazy initialization.
Change-Id: I00d8296f6eb0023112b93ee135cdb28dbd52b0b8
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The output of toString is now aligned with that used by non-nano and C++
runtimes, with the exception of groups. Groups should be serialized using a
camelized name (e.g. "FooBar" rather than "foo_bar") however the nano runtime
does not have information on which fields are groups.
Changes are:
- bytes fields are output within double-quotes, non-printable characters are
output as octal escape sequences (i.e. \NNN);
- field identifiers are output in underscored format;
- unset fields are not output (rather than printing "null");
- the type name of the root message is not output.
With these changes the nano toString, normal toString, and C++'s DebugString all
produce equivalent output when given the same message. (Provided that message
uses no deprecated features.)
Change-Id: Id4791d73822846db29344db9f7bc3781c3e183a6
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There's no distinction between a repeated field being null and being
empty. In both cases, nothing is sent on the wire. Clients might for
whatever reason inadvertently set a repeated field to null, so
protect against that and treat it just as if the field was empty.
Change-Id: Ic3846f7f2189d6cfff6f8ef3ca217daecc3c8be7
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- All of the real work for printing the proto is actually done in
MessageNanoPrinter.
- Uses reflection to find proto-defined fields and prints those.
- Prints all fields, even defaults and nulls.
- Also added a simple test to make sure it handles all proto types well.
Tried not to make the test too brittle (but hey it's testing a toString()
so how flexible can it be)
Change-Id: I3e360ef8b0561041e010c1f3445ec45ecdcd2559
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