Joseph Ferano
ad092d7d02
err-too-deep was the one error code nothing observed. The message is the least of it: the plausible wrong version is `>` where the guard wants `>=`, which writes one element past a [32 i32] and traps at exit 134 rather than answering anything. 33 opening brackets is the input that separates them, and it is the whole justification for a fixed array instead of a growable stack — the place this lane pushes hardest against having no allocator. `.5` reads as a float here and does not in EDN, where a number must start with a digit and `.` is a legal symbol-start byte. That makes it a reinterpretation of a token that is already legal as something else, which is exactly what the house rule says to name rather than leave to be discovered, so it is written beside the refusals. Also: every symbol in the table was lowercase, so the A-Z half of alpha? was unexercised and a version missing it passed. Enemy/Goblin in an existing dump rather than a new case. And a line under "Internal helpers" saying the heading is intent and not enforcement — a package has no visibility, so edn/scan-atom is as callable as edn/next, the same way rl/get-color-raw is. Both new cases verified by mutation: the depth guard traps, and alpha? without its uppercase range fails Enemy/Goblin.
474 lines
22 KiB
OCaml
474 lines
22 KiB
OCaml
(* The milestone-2 acceptance test: a table of expression/result pairs run
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through a compiled calc-me (plan.org, Build sequence).
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It is a table rather than a golden file because milestone 3 runs the *same*
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table on wasm32 — headless is what makes one test cover both targets. *)
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open Flan
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let failures = ref 0
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let scratch = Filename.get_temp_dir_name ()
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let run exe arg =
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let out = Filename.concat scratch "flan-acceptance.out" in
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let cmd =
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Printf.sprintf "%s %s > %s 2>&1"
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(Filename.quote exe)
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(match arg with None -> "" | Some a -> Filename.quote a)
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(Filename.quote out)
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in
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let code = Sys.command cmd in
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let text = In_channel.with_open_bin out In_channel.input_all in
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Sys.remove out;
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(code, text)
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let compile ?(opt = "-O2") ?(checks = true) ?(dev = false) path =
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let exe =
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Filename.concat scratch
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("flan-t-" ^ Filename.remove_extension (Filename.basename path))
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in
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(* Through [Load], so a program with an (import ...) is buildable here: it
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brings back the package's C shim and linker arguments as well. *)
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let l = Load.program ~file:path (Parse.program (Reader.read_file path)) in
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let p = Check.program l.Load.decls in
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ignore (Build.executable ~opts:{ Build.default with opt; checks; dev }
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~csrcs:l.Load.csrcs ~lflags:l.Load.lflags p ~out:exe);
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exe
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(* No Str, and the reader is hand-written for the same reason. *)
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let contains hay needle =
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let n = String.length needle and h = String.length hay in
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let rec go i = i + n <= h && (String.sub hay i n = needle || go (i + 1)) in
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go 0
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let () =
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match Sys.command "command -v clang > /dev/null 2>&1" with
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| 0 ->
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let exe = compile "../calc-me.flan" in
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let case name arg expected_out expected_code =
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let code, text = run exe arg in
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if text <> expected_out || code <> expected_code then begin
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incr failures;
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Printf.printf
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"FAIL %s\n got: %S (exit %d)\n wanted: %S (exit %d)\n"
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name text code expected_out expected_code
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end
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in
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let evaluates src expected = case src (Some src) (expected ^ "\n") 0 in
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let rejects src = case src (Some src) "calc-me: cannot parse\n" 1 in
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(* Arithmetic and precedence *)
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evaluates "1 + 2 * (3 - 0.5) / 2" "3.5";
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evaluates "1+2*3" "7";
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evaluates "2*3+4" "10";
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evaluates "(1+2)*3" "9";
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evaluates "10/4" "2.5";
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evaluates "7" "7";
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evaluates " 7 " "7";
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evaluates "1.5+2.25" "3.75";
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(* Left-associative: 1-2-3 is (1-2)-3, not 1-(2-3) *)
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evaluates "1-2-3" "-4";
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evaluates "8/4/2" "1";
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(* Unary minus, including nested *)
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evaluates "-5" "-5";
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evaluates "-(1+2)" "-3";
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evaluates "3 * -2" "-6";
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(* Whole input or nothing: trailing junk is an error, not ignored *)
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rejects "1 +";
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rejects "(1+2";
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rejects "1 2";
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rejects "";
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rejects "+";
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rejects "1+2)";
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case "no argument" None "usage: calc-me \"1 + 2 * 3\"\n" 1;
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(try Sys.remove exe with Sys_error _ -> ());
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(* Programs whose whole output is fixed. These cover the milestone-2
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surface calc-me does not reach — globals, 2-D arrays, places through a
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pointer, casts, match with either arm taken, and the value semantics of
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spec-memory.md. *)
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let outputs ?opt ?dev name path expected =
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let exe = compile ?opt ?dev path in
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let code, text = run exe None in
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if text <> expected || code <> 0 then begin
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incr failures;
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Printf.printf
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"FAIL %s\n got: %S (exit %d)\n wanted: %S (exit 0)\n"
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name text code expected
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end;
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(try Sys.remove exe with Sys_error _ -> ())
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in
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let values_out = "1\n5\nel\n" in
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let machine_out = "12\n30\n2\n2\n3\n3.5\n42\n99\n12\n123\n" in
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outputs "value semantics" "programs/values.flan" values_out;
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outputs "machine surface" "programs/machine.flan" machine_out;
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outputs "unit main exits 0" "programs/unit-main.flan" "ok\n";
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(* The prelude's slice algorithms. Every assertion here is over an input a
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wrong implementation fails: unsorted with duplicates, negatives and an
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odd length; a reverse-sorted slice; and a sort of a subslice whose
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neighbours must be untouched, which is the in-place, ptr+len claim
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itself. At -O0 as well — a slice parameter is an alloca of a two-word
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struct, and mem2reg is exactly what would hide it being copied. *)
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let slices_out =
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"5 -3 5 0 12 -3 7\n23\n-3\n12\n0\n-1\n99\n\
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7 -3 12 0 5 -3 5\n-3 7 12 0 5 -3 5\n\
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-3 -3 0 5 5 7 12\n1 2 3 4 5\n\
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100 -1 0 4 9 9 200 300\n100 -1 0 4 9 9 200 300\n"
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in
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outputs "slice algorithms" "programs/slices.flan" slices_out;
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outputs ~opt:"-O0" "slice algorithms, -O0" "programs/slices.flan" slices_out;
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(* The byte predicates, parse-i64, and the two number helpers. The refused
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parse-i64 cases are every shape strtoll answers 0 for — "", "abc",
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"12x", "-", " 1" — so a None there is the whole reason the function is
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Flan and not the bytes->i64 primitive. The RNG lines pin the actual
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sequence off a fixed seed rather than just a range, which is the only
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way a later change to the derivation gets caught; rand-u32 itself is
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pinned by the sand hash. *)
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let text_out =
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"tfft\ntfftt\ntfftt\n\
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1 -1 -1\n\
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0 42 -42 7 9007199254740993\n\
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-999 -999 -999 -999 -999\n\
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1 -1 0\n\
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0 2.5 10 0\n\
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11 14 12 14 15\n5 5\n\
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0.793725 0.324519 0.0835023\n"
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in
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outputs "bytes, parsing and numbers" "programs/text.flan" text_out;
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outputs ~opt:"-O0" "bytes, parsing and numbers, -O0" "programs/text.flan"
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text_out;
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(* Rounding and sqrt. Every case here is a *negative* or a half, because
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those are the two places a plausible wrong version differs: a floor
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written as the bare cast truncates toward zero and answers -2 for -2.5,
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and a round written as (floor-f32 (+ x 0.5)) is half-up rather than
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half-away and answers -2 as well. 16777216.0 is past 2^24, where the
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guard rather than the cast has to produce the answer — and where the
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cast it guards would be out of i32's range. sqrt is a `declare` on
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libm's sqrtf; the -O0 run is the one that matters for it, because at
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-O2 LLVM folds most calls into the hardware instruction and a symbol
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that never has to resolve proves nothing about the link. *)
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let math_out =
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"2 2 2 -3 -2 -3 0 -1 \n\
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3 2 3 -2 -2 -2 1 0 \n\
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0 0 -0 \n\
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2 3 3 -2 -3 -3 1 -1 \n\
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1.67772e+07 1.67772e+07 1.67772e+07 -1.67772e+07 \n\
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0 1 2 1.41421 0.5 1000 \n\
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5 \n"
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in
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outputs "rounding and sqrt" "programs/math.flan" math_out;
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outputs ~opt:"-O0" "rounding and sqrt, -O0" "programs/math.flan" math_out;
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(* index-of-bytes, trim, the byte classes and parse-f64. The search cases
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are the ones that separate a correct loop from a lucky one: a match
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only at the end, "aab" in "aaab" (where the first byte matches twice
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before the needle does), a needle longer than the haystack, which must
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answer None without building a window off the end, and the empty needle
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at Some 0. trim prints inside brackets so the all-whitespace answer is
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visible as [] — that input is also the one that would build a reversed
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slice and trap. And parse-f64's refusals are every shape strtod hands
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back a plausible number for: "", "abc", "1x", ".", "1e", " 1", "1 ",
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"0x10", "nan". *)
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let bytes2_out =
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"6 0 4 2 1 \n\
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-1 -1 -1 0 0 0 \n\
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[hi][hi][hi][][][a b][x][x]\n\
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ttfff\n\
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ttttff\n\
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0 3.5 -3.5 0.25 1000 0.015 12\n\
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-999 -999 -999 -999 -999 -999 -999 -999 -999 -999 -999\n\
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1 0.5\n\
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2.25\n"
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in
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outputs "substring, trim and parse-f64" "programs/bytes2.flan" bytes2_out;
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outputs ~opt:"-O0" "substring, trim and parse-f64, -O0" "programs/bytes2.flan"
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bytes2_out;
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(* handler-bind and signal, spec-conditions.md §1 and §2: signal returns
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Unit and carries on, an unhandled one is a no-op, a nested frame does
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not displace the one outside it, and the stack is restored after. *)
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let conditions_out = "0\n3\n23\n3\n1103\n1103\n" in
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outputs "conditions" "programs/conditions.flan" conditions_out;
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outputs ~opt:"-O0" "conditions, -O0" "programs/conditions.flan" conditions_out;
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outputs ~dev:true "conditions, dev" "programs/conditions.flan" conditions_out;
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(* restart-case and invoke-restart, §3 to §6: the transfer itself. A
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fall-through with nothing handling it, a clause reached from two frames
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down, the defer in between running on the way out, an inner frame
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shadowing an outer one of the same name, and a handler that returns
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normally still transferring nothing. At -O0 as well, because the guard
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after every call is control flow the optimiser would otherwise launder;
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and as a dev build, where every one of those calls goes through a cell. *)
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let restarts_out = "101\n1\n-1\n2\n7\n1010\n101\n105\n-2\n" in
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outputs "restarts" "programs/restarts.flan" restarts_out;
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outputs ~opt:"-O0" "restarts, -O0" "programs/restarts.flan" restarts_out;
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outputs ~dev:true "restarts, dev" "programs/restarts.flan" restarts_out;
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(* §2's other half, which cannot be an [outputs] case because it does not
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exit 0: a handler runs, returns normally, and has still not answered the
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error, so the program stops and names the condition. *)
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let exe = compile "programs/error.flan" in
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let code, text = run exe None in
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if code <> 134 || not (contains text "handler ran")
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|| not (contains text "unhandled AssetMissing")
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then begin
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incr failures;
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Printf.printf
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"FAIL an unhandled error stops the program\n\
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\ got: %S (exit %d)\n wanted: exit 134, naming the condition\n"
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text code
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end;
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(* The raylib FFI, headless. GetColor, rectangle intersection and the
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shapes texture need no window, so the whole boundary is exercised
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without a display: a struct out of C through an out-pointer, a struct
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into C through a pointer, a keyword resolved against an enum, and a
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Flan string crossing as ptr+len.
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Every case is asymmetric, which is the point. 0x11223344 comes back as
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four separate bytes, so a Color is not the little-endian reading of the
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packed integer. The intersection of (0,0,10,4) and (6,1,10,10) is
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(6,1,4,3), four numbers from four different pairs of fields, so no
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permutation of Rectangle survives it. And the shapes texture is stored
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or replaced by 1 1 1 1 7 depending on which field is zero, which pins
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Texture2D's id and format. Handing raylib a struct and reading it back
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would have passed with any of those permuted — storing and returning is
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symmetric. What the last case cannot pin, because nothing raylib
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computes without a GL context reads them, is width, height and mipmaps
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against each other.
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The camera conversions are the strongest headless material here: both
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are pure arithmetic over every field of a Camera2D and two Vector2s,
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and both directions are asserted as absolute answers. A round trip
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would not be — the inverse cancels a permuted layout exactly, the same
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way store-and-return does. The rotated pair is the only thing in the
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package that pins Vector2's own two fields, because every
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component-wise formula is merely mirrored by exchanging x and y and so
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compares equal; a rotation mixes them. It reports ok/bad rather than a
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number because sinf and cosf make the answer 27.9999981, and this
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table compares stdout byte for byte. *)
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let raylib_out =
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"17\n34\n51\n68\n\
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6\n1\n4\n3\n\
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7\n13\n17\n2\n4\n3.5\n7.25\n11.5\n13.75\n\
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1\n1\n1\n1\n7\n\
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7\n0\n17\n2\n4\n\
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28\n24\n140\n90\n\
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rotated screen-to-world ok\n\
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rotated world-to-screen ok\n\
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point in rect yes\npoint below rect no\n\
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rects overlap yes\nrects apart no\n\
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circles touch yes\ncircles clear no\n\
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3\n7\n\
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circle meets rect yes\ncircle clears rect no\n\
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circle meets line yes\ncircle clears line no\n\
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point in circle yes\npoint outside circle no\n\
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point in triangle yes\npoint outside triangle no\n\
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point on line yes\npoint off line no\n\
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point in poly yes\npoint outside poly no\n\
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in square, four corners yes\nout of triangle, three no\n\
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no crossing\n"
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in
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if Sys.command "ldconfig -p 2>/dev/null | grep -q libraylib" = 0 then begin
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outputs "raylib ffi, headless" "programs/raylib-ffi.flan" raylib_out;
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(* And at -O0, for the reason the rest of the table is: every struct
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here crosses as (addr v) on a local, which is the alloca mem2reg
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would launder before anyone noticed it was wrong. *)
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outputs ~opt:"-O0" "raylib ffi, headless, -O0" "programs/raylib-ffi.flan"
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raylib_out
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end
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else
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print_endline "acceptance: skipping the raylib FFI case (no libraylib)";
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(* Again at -O0. Everything above runs through mem2reg, which launders a
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sloppy alloca; -O0 tests the IR actually emitted, so a disagreement
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between the two points at undefined behaviour rather than a typo. *)
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(* sand.flan's simulation, headless. This is the milestone-4 acceptance
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case: N frames from a seeded PRNG, one hash. It imports the sim package
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and not raylib, deliberately — a program that imports raylib links
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libraylib on every target, and this one is the version meant to run on
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wasm32 too. The hash is reproducible only because rand-f32 is ours. *)
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let sand_out = "2256461126764447066\n" in
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outputs "sand, headless" "programs/sand-headless.flan" sand_out;
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outputs ~opt:"-O0" "sand, headless, -O0" "programs/sand-headless.flan" sand_out;
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outputs ~opt:"-O0" "value semantics, -O0" "programs/values.flan" values_out;
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outputs ~opt:"-O0" "machine surface, -O0" "programs/machine.flan" machine_out;
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(* And once more as a dev build. Every call in one goes through a cell, so
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this is the same table asserting the indirection changes nothing before
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anything has been redefined — the sand hash especially, since it is the
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one result that would notice a call reaching the wrong function. *)
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outputs ~dev:true "sand, headless, dev" "programs/sand-headless.flan" sand_out;
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outputs ~dev:true "value semantics, dev" "programs/values.flan" values_out;
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outputs ~dev:true "machine surface, dev" "programs/machine.flan" machine_out;
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(* Bounds checks, NEXT.md item 2. A trap has no result — it has a nonzero
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exit and a message on stderr — so it needs a case shape the table above
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does not have. What is asserted is the *reason*: the location, and which
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index against which length. The line and column are not pinned, because
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editing the program should not break the test that reads it. *)
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let bounds ?opt () =
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let exe = compile ?opt "programs/bounds.flan" in
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let traps name arg reason =
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let code, text = run exe (Some arg) in
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if code <> 134
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|| not (contains text "programs/bounds.flan:")
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|| not (contains text reason)
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then begin
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incr failures;
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Printf.printf
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"FAIL %s\n got: %S (exit %d)\n wanted: %S (exit 134)\n"
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name text code reason
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end
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in
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(* Both edges are in bounds and must not trap: the last index of a fixed
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array, a slice ending exactly at len, and an empty slice at len. *)
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let code, text = run exe (Some "0") in
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if text <> "0ello\n" || code <> 0 then begin
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incr failures;
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Printf.printf "FAIL in-bounds edges\n got: %S (exit %d)\n" text code
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end;
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traps "at past a fixed array" "3"
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"index 3 is out of bounds for length 3";
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(* Negative indices sext to a huge unsigned, so the one unsigned
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comparison catches them; the message still reports the signed value. *)
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traps "at with a negative index" "-1"
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"index -1 is out of bounds for length 3";
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traps "at past a slice" "9"
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"index 9 is out of bounds for length 5";
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(* A different lowering — place/Pindex, not At — so it is its own case. *)
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traps "set past a fixed array" "7"
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"index 7 is out of bounds for length 3";
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traps "slice with hi past len" "4"
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"slice [4 9) is out of bounds for length 5";
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(* Without the lo <= hi test this one would not trap: it would build a
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slice of length hi - lo as a huge unsigned, which is worse. *)
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traps "slice with a reversed range" "2"
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"slice [2 1) is out of bounds for length 5";
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(try Sys.remove exe with Sys_error _ -> ())
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in
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bounds ();
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bounds ~opt:"-O0" ();
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(* The release build drops them — the calls, that is; the two declarations
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stay in the header and LLVM discards the unused ones. Asserted on the IR
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rather than by running an unchecked out-of-bounds program, which has no
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defined behaviour to assert on. *)
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let p =
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Reader.read_file "programs/bounds.flan" |> Parse.program |> Check.program
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in
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if not (contains (Emit.program p) "call void @flan_bounds_fail(") then begin
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incr failures;
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print_endline "FAIL checks on: no bounds call emitted"
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end;
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let off = Emit.program ~checks:false p in
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if contains off "call void @flan_bounds_fail(" || contains off "call void @flan_slice_fail(" then begin
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incr failures;
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print_endline "FAIL --no-bounds-checks: a check survived"
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end;
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(* The EDN tokenizer, and the struct reader written by hand against it
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(vendor/edn, test/programs/edn.flan). The expected output is a raw
|
|
literal because the token dump is full of brackets and quotes, and
|
|
escaping them here would put a second reader between the test and what
|
|
the program actually printed.
|
|
|
|
Every line is one a plausible wrong version fails. The dump prints both
|
|
the kind letter and the text in <>, so a tokenizer with the right kinds
|
|
and the wrong slices - off by the opening quote, off by the keyword's
|
|
colon - fails even though it agreed about every kind. The cases that
|
|
are not obvious: a number followed straight by a delimiter ("[1]",
|
|
"1;c") separates a scan-to-delimiter from a scan-to-whitespace; foo/bar
|
|
must stay a namespaced symbol where a "contains a slash" ratio rule
|
|
makes it an error; a string holding a bracket and a semicolon must not
|
|
open a vector or start a comment; "1 ; no newline at the end" is the
|
|
comment a scan-to-newline loop runs off the end of; and an empty map is
|
|
what a reader assuming at least one key-value pair gets wrong.
|
|
|
|
The refusals are asserted on their *reason* and not on the fact of
|
|
failing, with the byte offset first - a tokenizer answering one generic
|
|
error for all of them would pass a test that only checked that it
|
|
stopped. Both string cases are here because they fail differently: an
|
|
escaped quote is the one where a wrong version returns a backslash as
|
|
part of the text and leaves the rest of the literal behind as garbage.
|
|
|
|
At -O0 as well. A Token is a two-word slice inside a struct returned by
|
|
value, and a Cursor is passed by pointer with a fixed array in it;
|
|
mem2reg is exactly what launders a struct being copied where it should
|
|
be shared. *)
|
|
let edn_out =
|
|
{edn|i<1>
|
|
i<-1>i<+2>i<0>
|
|
f<1.5>f<-2.5e3>f<.5>
|
|
b<true>b<false>n<nil>
|
|
y<foo>y<Enemy/Goblin>y<->
|
|
k<a>k<foo/bar>
|
|
|
|
[<>i<1>]<>
|
|
[<>i<1>i<2>]<>[<>i<3>]<>
|
|
{<>k<a>i<1>}<>
|
|
i<1>
|
|
k<a>
|
|
|
|
{<>}<>
|
|
[<>]<>
|
|
(<>)<>
|
|
[<>[<>i<1>]<>[<>i<2>[<>i<3>]<>]<>]<>
|
|
{<>k<a>{<>k<b>[<>]<>}<>}<>
|
|
|
|
k<a>
|
|
i<1>
|
|
s<x>
|
|
|
|
i<1>
|
|
i<1>i<2>
|
|
i<1>
|
|
|
|
|
|
[<>i<1>i<2>i<3>]<>
|
|
|
|
s<hi>
|
|
s<a[b;c>i<1>
|
|
s<>i<1>
|
|
s<a b>
|
|
|
|
2 escaped strings are refused: unescaping needs a copy of the bytes, and there is no allocator to put one in
|
|
2 escaped strings are refused: unescaping needs a copy of the bytes, and there is no allocator to put one in
|
|
0 unterminated string: end of input before the closing quote
|
|
0 sets #{} are refused: there is no hash set, and no allocator to build one in
|
|
0 tagged literals #tag are refused: the tag would pick the type at run time, which is what a type-directed reader exists to avoid
|
|
0 #inst is refused: it is a tagged literal, and there is no timestamp type to read it into
|
|
0 #uuid is refused: it is a tagged literal, and there is no uuid type to read it into
|
|
0 metadata ^ is refused: it attaches to the value after it, and a flat token stream has nowhere to attach it
|
|
0 ratios are refused: there is no rational type, and rounding one to a float would change the value
|
|
0 character literals are refused: a character is not a byte once it is not ASCII, and there is no code point type
|
|
0 not a number: the token starts like one but does not parse as an integer or a float
|
|
3 empty keyword: a colon with no name after it
|
|
0 unexpected byte: not the start of any EDN value
|
|
0 unexpected byte: not the start of any EDN value
|
|
4 unbalanced: this closing delimiter does not match the one that is open
|
|
0 unbalanced: this closing delimiter does not match the one that is open
|
|
4 unbalanced: this closing delimiter does not match the one that is open
|
|
32 nesting is too deep: the balance stack is a fixed array and it is full
|
|
|
|
[goblin] hp=12 speed=1.5 boss=no
|
|
[dragon] hp=40 speed=0 boss=yes
|
|
[imp] hp=1 speed=2 boss=no
|
|
[] hp=0 speed=0 boss=no
|
|
ERR@7 unexpected token: not the kind the caller was reading
|
|
[orc] hp=9 speed=0 boss=no
|
|
|edn}
|
|
in
|
|
outputs "edn tokenizer" "programs/edn.flan" edn_out;
|
|
outputs ~opt:"-O0" "edn tokenizer, -O0" "programs/edn.flan" edn_out;
|
|
|
|
if !failures = 0 then print_endline "acceptance: all tests passed"
|
|
else begin
|
|
Printf.printf "\n%d failure(s)\n" !failures;
|
|
exit 1
|
|
end
|
|
| _ -> print_endline "acceptance: skipped (no clang on PATH)"
|