Parse errors is represented as enum type `ParseErrorCode`.
Error texts are optional for user.
Added `GetParseError_En()` in `error/en.h`, user can localize this file
into other files. User may dynamically change the locale in runtime.
Compound types (object and array) call ParseString() and ParseValue()
for key and values. If there is parse errors inside those calls, it
should stop continue parsing. Otherwise, it may be possible to continue
parsing and calling handler incorrectly.
For example, in ["a\u,","b"], \u generates an error (it should follow
but 4 hex digits), the parser continues to treat the first comma as
element separator, and treat "," as a JSON string and call the handler.
It may be unacceptable in the application code.
The C++ standard does not include the C99 macros used to set the (U)INT64
constants in document.h and reader.h (see adf66292 and ce1fece2).
Many implementations include their definition when the
__STDC_CONSTANT_MACROS preprocessor symbol is defined.
See e.g. http://www.cprogramdevelop.com/5272623/,
needed to successfully build in travis-ci.org's environment.
Travis CI is a free hosted continuous integration platform for
open-source projects. It allows automated testing for GitHub-hosted
projects.
This commit adds a corresponding `.travis.yml` configuration file.
This commit adds some simple tests for the deep-copying
of values, either based on the explicit constructor, or
the CopyFrom function.
It uses the CrtAllocator to test for possible double-free
errors due to insufficient copying.
To allow deep copying from an existing GenericValue, an
explicit "copy constructor" (with required Allocator param)
and an "CopyFrom" assignment function are added.
Document d; Document::AllocatorType& a = d.GetAllocator();
Value v1("foo");
// Value v2(v1); // not allowed
Value v2(v1,a); // make a copy
RAPIDJSON_ASSERT(v1.IsString()); // v1 untouched
d.SetArray().PushBack(v1,a).PushBack(v2,a);
RAPIDJSON_ASSERT(v1.Empty() && v2.Empty());
v2.CopyFrom(d,a); // copy whole document
RAPIDJSON_ASSERT(d.IsArray() && d.Size()); // d untouched
v1.SetObject().AddMember( "array", v2, a );
d.PushBack(v1,a);
Additionally, the Handler implementation in GenericDocument is made
private again, restricting access to GenericReader and GenericValue.
Instead of always just shallowly referencing the potentially allocated
strings when calling the Handler::String function, request a copy in
case the string has been allocated from an Allocator before.
This is necessary to avoid double free()s of the string memory,
especially when using the Handler to create a deep copy of a Value.
The explicit comparison against '0' is done to suppress the warning
C4800 on MSVC, see pah/rapidjson#5.
As proposed in other patches, it is convenient to pass a user-defined
precision for the (programmatic) output of a single double value
to an OutputStream.
This patch adds an additional overload with an explicit precision
argument to the (Pretty)Writer class templates.
Writing a double to an OutputStream current prints at most 6 significant
digits (according to the C standard).
The function SetDoublePrecision(), added to the Writer classes
can be used to fluently set the precision, i.e. the number of
significant digits to use for writing the double:
Writer<...> writer(...);
d.Accept(writer.SetDoublePrecision(12));
