Commits on Oct 30, 2013
  1. Merge pull request #131 from djspiewak/topic/build-fixes

    jdegoes committed Oct 30, 2013
    Fix Several Build Issues
Commits on May 20, 2013
Commits on May 17, 2013
  1. Avoid recursively calling toString on nested JValues.

    non committed May 17, 2013
    This commit fixes problems where logging frameworks, the REPL, etc.
    could create massive strings representing gigantic JSON arrays.
    After this change, only the top-level class will be printed, e.g.
      JArray(<12452 values>)
    To generate an actual JSON string, use renderCompact (to minimize the
    size of JSON produced), renderPretty (for whitespace and indentation),
    or renderCanonical (like renderPretty but also sorts fields in JObject
    to assist string equality testing).
Commits on May 14, 2013
  1. Make jvalue header lenient if request body is empty.

    nuttycom committed May 14, 2013
    HttpClientXLightWeb sends text/plain for the Content-Type header if the request
    body is empty, even if some other content-type is specified. This changes the
    jvalue combinator to be lenient with respect to content-type if the request
    body is in fact empty.
Commits on May 13, 2013
  1. Get tests running and passing.

    non committed May 13, 2013
  2. Refactor ByteChunk to use Array[Byte] not ByteBuffer.

    non committed May 10, 2013
    Previously, ByteChunk was defined as:
      Either[ByteBuffer, StreamT[Future, ByteBuffer]].
    This meant that users had to be *very* careful to avoid evaluating
    ByteChunks in parallel, since the underlying ByteBuffer's position
    fields are mutable and are changed by reads.
    The new definition is:
      Either[Array[Byte], StreamT[Future, Array[Byte]]]
    While the underlying data is itself mutable, the act of reading the
    data will not modify the array. This should remove a whole class of
    possible errors, and make it much easier to write correct request
Commits on May 10, 2013
Commits on May 9, 2013
  1. Some minor suggested clean up.

    non committed May 9, 2013
    This commit takes dcsobral's suggestion of using named parameters for
    AsyncParser's constructor. It also cleans up some other comments.
  2. Merge branch 'master' into wip/combinator_single_responsibility

    nuttycom committed May 9, 2013
  3. Fix major problems in the AsyncParser design.

    non committed May 7, 2013
    The async parser was introduced to handle a very specific use case:
    parsing a (whitespace delimited) stream of relatively small (<1M) JSON
    objects. Its design, buffering strategy, and strategy for resuming
    parsing were all based on this scenario. In scenarios where the user
    wanted to use many small chunks to parse a much larger value (i.e. 60M)
    parser performance would degrate horribly compared to the synchronous
    (all-at-once) parser.
    Furthermore, the error-recovery strategy was based around similar
    assumptions, and was not reliable in general (without frim commitments
    from the user about delimiters and escaping it is hard to see how it
    could be).
    This commit does several things:
     1. Fix the major performance problems seen when async parsing one
        large value. While this is still not an ideal situation,
        performance is now roughly on-par with the equivalent sync parser.
     2. Remove the error-recovery option for the AsyncParser. It didn't
        work reliably and was not being relied on by anyone.
     3. Create 3 different async parsing modes:
        a. Streaming: This is the existing behavior (returning a collection
           of whitespace-delimited JSON values).
        b. Json: This mode expects the input to be a single well-formed
           JSON value. In the future this should become the default
        c. Unwrapping: This mode is like (b) but if the JSON value is an
           array, the parser will instead parse the contents of the array
           as a stream and return those values, rather than the outer
        Mode (c) is especially exciting, since for situations where users
        need to parse very large arrays of values. Unlike the sync parser
        (or the async parser in modes (a) and (b)) unwrapping means that
        the parser itself does not need to accumulate and store all the
        parsed objects itself.
     4. The commit adds some additional tests and benchmarks to measure the
        performance of these parsers.
    None of the synchronous parsers should be affected by these changes.
Commits on Apr 25, 2013
  1. Merge remote-tracking branch 'jdegoes/master' into wip/combinator_sin…

    nuttycom committed Apr 25, 2013
  2. DispatchError should not wrap an HttpException, since it should never…

    nuttycom committed Apr 25, 2013
    … be handled through the exception channel.
  3. Fix HttpException status line overflow

    nuttycom committed Apr 25, 2013
    Previously, error responses generated by HttpException could
    overflow the maximum HTTP line length because error messages
    were being written into the status line. This change modifies
    error handling to always use Content-Type: text/plain for
    error responses generated as a result of HttpExceptions (and
    other sorts of exceptions) thrown during request processing.
    It is important to note that we have to use text/plain since at
    the point of handling, no semantic information about the type of
    the response is available. So, HttpException should *only* ever
    be used for fatal errors that are not part of the defined API
    for a given service.
Commits on Apr 23, 2013
  1. Made URI more user-friendly.

    nuttycom committed Apr 23, 2013
  2. scalaz 7.0.0 final

    nuttycom committed Apr 23, 2013
  3. scalaz 7.0.0 final

    nuttycom committed Apr 23, 2013
Commits on Apr 19, 2013
  1. Merge remote-tracking branch 'eo/topic/async-failfast'

    nuttycom committed Apr 19, 2013
  2. Add failFast option to AsyncParser.

    non committed Apr 19, 2013
    Previously, an AsyncParser would try to accumulate as many parse
    errors as possible using a newline-based error recovery strategy.
    This change introduces a failFast Boolean constructor parameter.
    When true, an async parsing result will return at most one error,
    and no further parsing attempt will be made. When false, the
    previous behavior will be used.
    Note that the error-recovery is only intended to help users quickly
    diagnose and fix bad JSON. The results when using error-recovery
    are not well-defined unless users delimit their records with
    literal newlines (and do not use literal newlines anywhere else).
Commits on Apr 18, 2013