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Add iospec
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Add iospec
#51
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The derive #[derive(Default)] on enums is still unstable (should be stable from 1.62).
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From great PR comes great reviews
Overall amazing job!
I've left quite a few comments, most of which are either questions or small suggestions you can apply directly from GitHub. There are some major questions that may go unnoticed, which are:
- Can you describe further what do you mean by "Compile", "Eval", "EvalMut" and "Run"? I know that from the spec you produce source code (is this the "compile" step?), but also read the input file for validating it (which step is this?)
- I assume the IR is also an interpreter of the spec for parsing the input file for the validation, how does it work? (i.e. which traits are involved in doing so?)
- How fast is this interpreter compared to the equivalent validator compiled from C++? (and also compared to the same written in Python, and with pypy)
- Can you describe how the
mem
module work? How is it used and what is it used for? - What does
State
contain?
@@ -14,6 +14,8 @@ use task_maker_rust::tools::task_info::main_task_info; | |||
use task_maker_rust::tools::typescriptify::main_typescriptify; | |||
use task_maker_rust::tools::worker::main_worker; | |||
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use task_maker_iospec::tools::*; |
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I don't really like wildcard imports in general, maybe here it's fine, but my feelings about them are not great.
Apart from the obvious "they bring more than what is actually needed", I dislike them because it makes reading the code without an IDE with "Go to definition" support pretty much impossible (especially when more wildcards are used in the same file).
I don't want to ban them (there are still few good use cases, like for "prelude"s), but I always try to avoid them.
(I mention this here, and skip all the following instances of it)
/// Check input/output files against a specification in the `iospec` language. | ||
IospecCheck(iospec_check::Opt), | ||
/// Generate graders or other I/O-related files given a specification in the `iospec` language. | ||
IospecGen(iospec_gen::Opt), | ||
/// Generate standard set of files given an I/O format specification in the `iospec` language. | ||
IospecGenAll(iospec_gen_all::Opt), |
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iospec-check Check input/output files against a specification in the `iospec`
language
iospec-gen Generate graders or other I/O-related files given a specification in
the `iospec` language
iospec-gen-all Generate standard set of files given an I/O format specification in
the `iospec` language
Nit: is it possible to rephrase them so that they won't get a line break with --help
?
@@ -0,0 +1,22 @@ | |||
[package] |
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GitHub doesn't allow me to place comments on submodules, so I write it here.
task-maker-exec/tabox
has been added as a submodule. Why? Is it really needed or left from previous iterations?
[dependencies] | ||
syn = { version = "1.0.92", features = ["extra-traits"] } | ||
proc-macro2 = { version = "1.0.19", features = ["span-locations"] } | ||
annotate-snippets = { version = "0.9.0", features = ["color"] } | ||
codemap = "0.1.3" | ||
num-traits = "0.2.12" | ||
by_address = "1.0.4" | ||
anyhow = "1.0.57" | ||
clap = { version = "3.1", features = ["derive"] } | ||
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[dev-dependencies] | ||
assert_cmd = "2.0.4" | ||
goldenfile = "1.1.0" | ||
tempdir = "0.3.7" | ||
tempfile = "3.3.0" | ||
walkdir = "2.3.2" |
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I usually document (with a super short comment) what each dependency do. For example:
@@ -0,0 +1,2 @@ | |||
unstable_features = true | |||
imports_granularity = "Item" |
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I usually use module, but done by hand. And I don't usually force it (especially with unstable features).
.arg("solution.c") | ||
.arg("-o") | ||
.arg("main.c.bin") | ||
// FIXME: missing `free` in generated C |
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To do. Or maybe just ignore memory leaks in AddressSanitizer.
LangOpt::Cpp => "cpp", | ||
LangOpt::C => "c", | ||
LangOpt::Inspect => "inspect", | ||
// LangOpt::Tex => "tex", |
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Commented code.
|| { | ||
for call in main.inner.calls.iter() { | ||
gen!(ctx, { | ||
"std::function<{}({})> {} = [](auto...) {{{}}};" |
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Why is this std::function
instead of a plain function pointer?
#[derive(Debug, Clone)] | ||
pub struct CallMetaStmt { | ||
pub kw: kw::call, | ||
pub name: Name, |
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What if you have two @call
statements for the same function name? Does it throw a nice error? I don't think we want to support function overloading.
} | ||
} | ||
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// @call init(a=a); |
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Why are all the @call
in this spec commented out? Is this the reason why the solution files are empty?
High level comment: why don't we leave figuring out of formatting to appropriate language-specific tooling? (i.e. clang-format, autopep8 or whatever) |
iospec
is a tool to generate parsers for, validate and transform input/output files, given a specification of the format in an expressive language, as well as to generate documentation of the format itself.Goals
What's implemented already?
rustc
-like diagnostic messages for most errors when parsing a specProposed new API / contact points for problem developers
gen/IOSPEC
file with description of input formats, assumptions (incl. subtask-specific ones), and solution interface,task-maker
command (and/or adding one or more newtask-maker-tools
commands) to generate the following files fromgen/IOSPEC
(if given):sol/template.{ext}
for every configured and supported language,sol/grader.{ext}
for every configured and supported language,gen/genlib.hpp
, support lib for C++ generators, validators and checkers (see below),statement/lib.tex
, TeX macros for statements (see below),statement/messages.{lang}.tex
, TeX macros with translatable text (see below),task-maker-tools iospec-check
(once),gen/IOSPEC
, and stops if any if found,task-maker-tools iospec-check <input.txt> --cfg subtask_name=<name>
,gen/IOSPEC
,task-maker-tools iospec-check <input.txt> <output.txt> --cfg subtask_name=<name>
on every input/output,genlib.hpp
:struct IoData { ... }
with public members corresponding to I/O data,GENERATOR_MAIN(function1, function2, ...)
macro to use in generators,function1
,function2
, etc. accept an arbitrary number of parameters and returnIoData
,function1
, parameters are parsed automatically fromargv
,argv[1]
is used to choose which of the functions to call, then as above,Rng
(API TBD) initialized from a seed,VALIDATOR_MAIN(validator_function)
macro to use in validators,validator_function
is avoid validator_function(IoData data);
VALIDATOR_GRADER()
macro to use in validators,CHECKER_MAIN(checker_function)
,checker_function
is avoid checker_function(IoData correct, IoData submission);
correct
andsubmission
,std::string get_subtask_name()
(or similar name, TBD) returning the current subtask namestatement/lib.tex
(in a future PR):messages.{lang}.tex
(e.g., a language-specific macro likefor every #1
used to generatefor every $i=0,\dots,N$:
)gen/IOSPEC
(TBD)