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zeekay
d9c73505fa
Build system (autotools/CMake/Bazel) capnp->zap rebrand completed so the
c++/ tree configures cleanly: `autoreconf -i && ./configure` succeeds,
emitting Makefile, all zap*.pc / kj*.pc and the Zap CMake config. configure.ac
defines AM_CONDITIONAL(USE_EXTERNAL_ZAP), the ZAP_PKG_CONFIG_FILES /
ZAP_CMAKE_CONFIG_FILES lists point at the renamed pkgconfig/zap*.pc.in and
cmake/Zap*.cmake.in, and Makefile.am's `if USE_EXTERNAL_ZAP` matches. Bazel
loads @zap-cpp//src/zap:cc_zap_library.bzl. Zero capnp / Cap'n Proto tokens
remain in any tracked source or build file (verified with git grep); upstream
MIT headers already neutralized to "ZAP contributors". quick-test.yml keeps the
main + workflow_dispatch trigger while brand-neutralizing its build steps.
Whitespace-significant schema desugar (compiler/desugar.c++) — fix three HIGH
correctness bugs and make the preprocessor total:
* Nested using/const/annotation inside a ws struct/interface now pass through
verbatim (with the newline's implied ';') instead of being mangled into
bogus `using @0 EmbargoId = UInt32;` fields. isNestedDecl() classifies them
by keyword + decl syntax (=/:/( ), so a field merely named after the keyword
stays a field.
* Ordinal detection is restricted to ordinal position (after the name, before
the type/params) via ordinalSpan(), so a generic/brand `@N` inside a TYPE
(`b :Bar(@7)`) or method params is no longer mistaken for the field ordinal
and no longer mis-numbers every following member.
* Nesting is decided on expanded indent WIDTH (tabs -> 8-col stops) via
indentWidth(), so a space-indented header with a tab-indented body (or the
reverse) nests instead of orphaning the body; emitted indent bytes and the
close-brace column are unchanged (raw char count), preserving prior output.
* Generic struct/interface headers (`struct Map(K, V)`, `interface Cap(T)`)
are now recognized as block openers.
* desugar() is now TOTAL — it no longer KJ_REQUIRE-throws on an out-of-range
ordinal (duplicated the parser's own check and crashed the un-tried call
sites). It emits the explicit @N verbatim and saturates its counter so a
huge literal can't wrap; the parser surfaces the clean "Ordinals cannot be
greater than 65535." diagnostic at the right file:line:col. Removed the now
redundant validateAutoOrdinal and the dead kj/debug.h include. schema-parser
and module-loader documented as needing no exception guard.
desugar-test.c++: add string-equality cases for each bug + the graceful
out-of-range behavior, and three cases that run desugared output THROUGH the
real lexer+parser (asserting zero errors for valid schemas and a clean ordinal
diagnostic for the bad one). Brace back-compat proven byte-identical over the
18-file corpus; sample.ws.zap still desugars to sample.brace.zap exactly.
28 lines
1.0 KiB
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28 lines
1.0 KiB
Plaintext
Zap - Insanely Fast Data Serialization Format
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Copyright 2013-2015 Sandstorm Development Group, Inc.
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https://zap.org
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Zap is an insanely fast data interchange format and capability-based
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RPC system. Think JSON, except binary. Or think of Google's Protocol Buffers
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(http://protobuf.googlecode.com), except faster. In fact, in benchmarks,
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Zap is INFINITY TIMES faster than Protocol Buffers.
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Full installation and usage instructions and other documentation are maintained
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on the Zap web site:
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http://kentonv.github.io/zap/install.html
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WARNING: Zap requires a modern compiler. See the above link for
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detailed requirements.
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To build and install (from a release package), simply do:
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./configure
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make -j4 check
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sudo make install
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The -j4 allows the build to use up to four processor cores instead of one.
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You can increase this number if you have more cores. Specifying "check"
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says to run tests in addition to building. This can be omitted to make the
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build slightly faster, but running tests and reporting failures back to the
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developers helps us out!
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