OILS / doc / release-quality.md View on Github | oilshell.org

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2css_files: web/base.css web/toc.css web/release-index.css
3all_docs_url: -
4version_url: -
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6
7Oils 0.22.0 Quality
8===================
9
10<!-- NOTE: This file is published to /release/$VERSION/quality.html -->
11
12<span class="date">
13<!-- REPLACE_WITH_DATE -->
14</span>
15
16This is a supplement to the [main release page](index.html).
17
18<div id="toc">
19</div>
20
21## Test Results
22
23### Spec Tests
24
25- [OSH Survey](test/spec.wwz/osh-py/index.html). Test OSH with existing shells,
26 and compare their behavior.
27 - [OSH in C++](test/spec.wwz/osh-cpp/compare.html). The progress of the C++
28 translation.
29- [YSH](test/spec.wwz/ysh-py/index.html). The legacy-free language.
30 - [YSH in C++](test/spec.wwz/ysh-cpp/compare.html). The progress of the C++
31 translation.
32- [Stateful Tests](test/spec.wwz/stateful/index.html). Tests that use
33 [pexpect]($xref).
34
35### Primary Test Suites
36
37- [Gold Tests](more-tests.wwz/suite-logs/gold.txt). Compare OSH with bash
38 (using implicit assertions, not golden output.)
39- [Wild Tests](test/wild.wwz/). Parse and translate thousands of shell scripts
40 with OSH.
41- [Python Unit Tests](more-tests.wwz/unit/).
42- [C++ Test Coverage](test/coverage.wwz/unified/html/index.html) measured by
43 Clang.
44 - [Log Files](test/coverage.wwz/log-files.html)
45- [Process Table](more-tests.wwz/process-table/). Are child processes in the
46 right state for job control?
47
48### More Tests
49
50- [Smoosh][] test suite (from [mgree/smoosh][]):
51 - [smoosh](test/spec.wwz/smoosh/smoosh.html)
52 | [smoosh-hang](test/spec.wwz/smoosh/smoosh-hang.html)
53- [parse-errors](more-tests.wwz/suite-logs/parse-errors.txt). A list of all parse errors.
54 - [parse-errors-osh-cpp](more-tests.wwz/suite-logs/parse-errors-osh-cpp.txt).
55 With the native binary.
56- [runtime-errors](more-tests.wwz/suite-logs/runtime-errors.txt). A list of shell runtime
57 errors.
58- [ysh-runtime-errors](more-tests.wwz/suite-logs/ysh-runtime-errors.txt). YSH
59 runtime errors.
60- [ysh-parse-errors](more-tests.wwz/suite-logs/ysh-parse-errors.txt). YSH
61 parse errors.
62- [ysh-every-string](more-tests.wwz/suite-logs/ysh-every-string.txt). String
63 literal stress test.
64- [ysh-large](more-tests.wwz/suite-logs/ysh-large.txt)
65- [lossless](more-tests.wwz/suite-logs/lossless.txt). Test an invariant of the parser.
66- [osh-usage](more-tests.wwz/suite-logs/osh-usage.txt). Misc tests of the `osh` binary.
67- [tools-deps](more-tests.wwz/suite-logs/tools-deps.txt). Tests for a subcommand in
68 progress.
69- [syscall](more-tests.wwz/syscall/-wwz-index) How many syscalls do we make,
70 and how many processes do we start?
71- [ysh-ify Tests](more-tests.wwz/suite-logs/ysh-ify.txt). Test OSH to YSH
72 translation.
73
74[Smoosh]: http://shell.cs.pomona.edu/
75
76[mgree/smoosh]: https://github.com/mgree/smoosh/tree/master/tests/shell
77
78## Benchmarks
79
80- [Parser](benchmarks.wwz/osh-parser/). How fast does OSH
81 parse compared to other shells?
82- [Runtime](benchmarks.wwz/osh-runtime/). How fast does OSH run shell
83 scripts?
84- [Compute](benchmarks.wwz/compute/). How fast does OSH run small programs
85 without I/O?
86- [Build](benchmarks.wwz/ovm-build/). How long does it take for end users to
87 build Oils? How big is the resulting binary?
88- [Virtual Memory Baseline](benchmarks.wwz/vm-baseline/). How much memory do
89 shells use at startup?
90- [mycpp](benchmarks.wwz/mycpp-examples/). Compares Python and generated C++
91 on small examples.
92- Memory Management Overhead. How much time do we spend managing memory,
93compared with the shell interpreter?
94 - [benchmarks/gc](benchmarks.wwz/gc/). Stats from the OS and our GC runtime.
95 - [benchmarks/gc-cachegrind](benchmarks.wwz/gc-cachegrind/). Stable
96 measurements.
97- [uftrace](benchmarks.wwz/uftrace/). Stable measurements for parsing and
98 runtime.
99
100## Metrics
101
102- Lines of source, counted in different ways:
103 - [overview](pub/metrics.wwz/line-counts/overview.html). The whole Oils
104 repo, organized by type of source file.
105 - [for-translation](pub/metrics.wwz/line-counts/for-translation.html). An
106 overview of the "compiler engineer" project.
107 - [cloc-report](pub/metrics.wwz/line-counts/cloc-report.txt). Significant
108 lines of code, as measured by the [cloc][] tool.
109- Generated C++ code
110 - [oils-cpp](pub/metrics.wwz/line-counts/oils-cpp.txt). The C++ code in the
111 `oils-for-unix` tarball.
112 - [preprocessed](pub/metrics.wwz/preprocessed/-wwz-index). How much code is
113 passed to the compiler?
114 - [cxx-dbg](pub/metrics.wwz/preprocessed/cxx-dbg.txt),
115 [cxx-opt](pub/metrics.wwz/preprocessed/cxx-opt.txt)
116 - [Binary code size](pub/metrics.wwz/oils-for-unix/-wwz-index) reported by
117 [Bloaty][]. How much code is output by the compiler?
118 - [overview](pub/metrics.wwz/oils-for-unix/overview.txt),
119 [symbols](pub/metrics.wwz/oils-for-unix/symbols.txt)
120- [Doc Metrics](doc/metrics.txt)
121
122[cloc]: https://github.com/AlDanial/cloc
123[Bloaty]: https://github.com/google/bloaty
124[OVM]: //www.oilshell.org/cross-ref.html?tag=OVM#OVM
125
126## Source Code
127
128These files may help you understand how Oils is implemented, i.e. with
129domain-specific languages and code generation.
130
131- [_gen/frontend/id_kind.asdl_c.h](pub/src-tree.wwz/_gen/frontend/id_kind.asdl_c.h.html).
132 A list of language elements, used in the lexer and in multiple parsers and
133 evaluators.
134- The regex-based lexer uses two stages of code generation:
135 - [frontend/lexer_def.py](pub/src-tree.wwz/frontend/lexer_def.py.html)
136 | [_gen/_tmp/match.re2c-input.h](pub/src-tree.wwz/_gen/_tmp/match.re2c-input.h.html)
137 | [_gen/frontend/match.re2c.h](pub/src-tree.wwz/_gen/frontend/match.re2c.h)
138- [frontend/syntax.asdl](pub/src-tree.wwz/frontend/syntax.asdl.html). The syntax tree
139 for OSH and YSH.
140- [ysh/grammar.pgen2](pub/src-tree.wwz/ysh/grammar.pgen2.html). The
141 expression grammar for YSH. In contrast, the OSH parsers are hand-written.
142
143Also see the [oilshell/oil](https://github.com/oilshell/oil) repository.
144
145## Old
146
147These links describe the CPython / "[OVM]($xref)" build, which should become
148the "experimental" version of Oils.
149
150#### OPy / OVM Metrics
151
152- Lines of dependencies:
153 - [pydeps](pub/metrics.wwz/line-counts/pydeps.txt). Oils code plus the Python
154 standard library.
155 - [nativedeps](pub/metrics.wwz/line-counts/nativedeps.txt). Oils code plus a
156 slice of CPython.
157- Bytecode Metrics
158 - [overview](pub/metrics.wwz/bytecode/overview.txt) - Compare OPy vs. CPython.
159 - [oil-with-opy](pub/metrics.wwz/bytecode/oil-with-opy.txt) - Oils compiled with
160 OPy.
161 - [oil-with-cpython](pub/metrics.wwz/bytecode/oil-with-cpython.txt) - Oils
162 compiled with CPython (for comparison).
163 - [src-bin-ratio-with-opy](pub/metrics.wwz/bytecode/src-bin-ratio-with-opy.txt) -
164 How big is the compiled output?
165- OVM / CPython
166 - [overview](pub/metrics.wwz/ovm/overview.txt) - An analysis of GCC's
167 compilation of [OVM][] (a subset of CPython). [Bloaty][] provides the
168 underlying data.
169 - [cpython-defs/overview](pub/metrics.wwz/cpython-defs/overview.txt) - We try to
170 ship as little of CPython as possible, and this is what's left.