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libarg_test.js
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// Generated CODE, PLEASE EDIT WITH CARE
'use strict';
var Caml_obj = require("../runtime/caml_obj");
var Mt = require("./mt");
var Arg = require("../stdlib/arg");
var Printf = require("../stdlib/printf");
var Caml_curry = require("../runtime/caml_curry");
var List = require("../stdlib/list");
var current = [0];
var accum = [/* [] */0];
function record(fmt) {
return Printf.kprintf(function (s) {
accum[0] = /* :: */[
s,
accum[0]
];
return /* () */0;
}, fmt);
}
function f_unit() {
return record(/* Format */{
0: /* String_literal */{
0: "unit()",
1: /* End_of_format */0,
length: 2,
tag: 11
},
1: "unit()",
length: 2,
tag: 0
});
}
function f_bool(b) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "bool(",
1: /* Bool */{
0: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 1,
tag: 9
},
length: 2,
tag: 11
},
1: "bool(%b)",
length: 2,
tag: 0
}), b);
}
var r_set = [/* false */0];
var r_clear = [/* true */1];
function f_string(s) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "string(",
1: /* String */{
0: /* No_padding */0,
1: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 2,
tag: 2
},
length: 2,
tag: 11
},
1: "string(%s)",
length: 2,
tag: 0
}), s);
}
var r_string = [""];
function f_int(i) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "int(",
1: /* Int */{
0: /* Int_d */0,
1: /* No_padding */0,
2: /* No_precision */0,
3: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 4,
tag: 4
},
length: 2,
tag: 11
},
1: "int(%d)",
length: 2,
tag: 0
}), i);
}
var r_int = [0];
function f_float(f) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "float(",
1: /* Float */{
0: /* Float_g */9,
1: /* No_padding */0,
2: /* No_precision */0,
3: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 4,
tag: 8
},
length: 2,
tag: 11
},
1: "float(%g)",
length: 2,
tag: 0
}), f);
}
var r_float = [0.0];
function f_symbol(s) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "symbol(",
1: /* String */{
0: /* No_padding */0,
1: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 2,
tag: 2
},
length: 2,
tag: 11
},
1: "symbol(%s)",
length: 2,
tag: 0
}), s);
}
function f_rest(s) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "rest(",
1: /* String */{
0: /* No_padding */0,
1: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 2,
tag: 2
},
length: 2,
tag: 11
},
1: "rest(%s)",
length: 2,
tag: 0
}), s);
}
function f_anon(s) {
return Caml_curry.app1(record(/* Format */{
0: /* String_literal */{
0: "anon(",
1: /* String */{
0: /* No_padding */0,
1: /* Char_literal */{
0: /* ")" */41,
1: /* End_of_format */0,
length: 2,
tag: 12
},
length: 2,
tag: 2
},
length: 2,
tag: 11
},
1: "anon(%s)",
length: 2,
tag: 0
}), s);
}
var spec_000 = /* tuple */[
"-u",
/* Unit */{
0: f_unit,
length: 1,
tag: 0
},
"Unit (0)"
];
var spec_001 = /* :: */[
/* tuple */[
"-b",
/* Bool */{
0: f_bool,
length: 1,
tag: 1
},
"Bool (1)"
],
/* :: */[
/* tuple */[
"-s",
/* Set */{
0: r_set,
length: 1,
tag: 2
},
"Set (0)"
],
/* :: */[
/* tuple */[
"-c",
/* Clear */{
0: r_clear,
length: 1,
tag: 3
},
"Clear (0)"
],
/* :: */[
/* tuple */[
"-str",
/* String */{
0: f_string,
length: 1,
tag: 4
},
"String (1)"
],
/* :: */[
/* tuple */[
"-sstr",
/* Set_string */{
0: r_string,
length: 1,
tag: 5
},
"Set_string (1)"
],
/* :: */[
/* tuple */[
"-i",
/* Int */{
0: f_int,
length: 1,
tag: 6
},
"Int (1)"
],
/* :: */[
/* tuple */[
"-si",
/* Set_int */{
0: r_int,
length: 1,
tag: 7
},
"Set_int (1)"
],
/* :: */[
/* tuple */[
"-f",
/* Float */{
0: f_float,
length: 1,
tag: 8
},
"Float (1)"
],
/* :: */[
/* tuple */[
"-sf",
/* Set_float */{
0: r_float,
length: 1,
tag: 9
},
"Set_float (1)"
],
/* :: */[
/* tuple */[
"-t",
/* Tuple */{
0: /* :: */[
/* Bool */{
0: f_bool,
length: 1,
tag: 1
},
/* :: */[
/* String */{
0: f_string,
length: 1,
tag: 4
},
/* :: */[
/* Int */{
0: f_int,
length: 1,
tag: 6
},
/* [] */0
]
]
],
length: 1,
tag: 10
},
"Tuple (3)"
],
/* :: */[
/* tuple */[
"-sym",
/* Symbol */{
0: /* :: */[
"a",
/* :: */[
"b",
/* :: */[
"c",
/* [] */0
]
]
],
1: f_symbol,
length: 2,
tag: 11
},
"Symbol (1)"
],
/* :: */[
/* tuple */[
"-rest",
/* Rest */{
0: f_rest,
length: 1,
tag: 12
},
"Rest (*)"
],
/* [] */0
]
]
]
]
]
]
]
]
]
]
]
];
var spec = /* :: */[
spec_000,
spec_001
];
var args1 = /* array */[
"prog",
"anon1",
"-u",
"-b",
"true",
"-s",
"anon2",
"-c",
"-str",
"foo",
"-sstr",
"bar",
"-i",
"19",
"-si",
"42",
"-f",
"3.14",
"-sf",
"2.72",
"anon3",
"-t",
"false",
"gee",
"1436",
"-sym",
"c",
"anon4",
"-rest",
"r1",
"r2"
];
var args2 = /* array */[
"prog",
"anon1",
"-u",
"-b=true",
"-s",
"anon2",
"-c",
"-str=foo",
"-sstr=bar",
"-i=19",
"-si=42",
"-f=3.14",
"-sf=2.72",
"anon3",
"-t",
"false",
"gee",
"1436",
"-sym=c",
"anon4",
"-rest",
"r1",
"r2"
];
function error(s) {
return Caml_curry.app1(Printf.printf(/* Format */{
0: /* String_literal */{
0: "error (",
1: /* String */{
0: /* No_padding */0,
1: /* String_literal */{
0: ")\n",
1: /* End_of_format */0,
length: 2,
tag: 11
},
length: 2,
tag: 2
},
length: 2,
tag: 11
},
1: "error (%s)\n",
length: 2,
tag: 0
}), s);
}
function check(r, v, msg) {
if (Caml_obj.caml_notequal(r[0], v)) {
return error(msg);
}
else {
return 0;
}
}
function test(argv) {
current[0] = 0;
r_set[0] = /* false */0;
r_clear[0] = /* true */1;
r_string[0] = "";
r_int[0] = 0;
r_float[0] = 0.0;
accum[0] = /* [] */0;
Arg.parse_argv(/* Some */[current], argv, spec, f_anon, "usage");
var result = List.rev(accum[0]);
var reference = /* :: */[
"anon(anon1)",
/* :: */[
"unit()",
/* :: */[
"bool(true)",
/* :: */[
"anon(anon2)",
/* :: */[
"string(foo)",
/* :: */[
"int(19)",
/* :: */[
"float(3.14)",
/* :: */[
"anon(anon3)",
/* :: */[
"bool(false)",
/* :: */[
"string(gee)",
/* :: */[
"int(1436)",
/* :: */[
"symbol(c)",
/* :: */[
"anon(anon4)",
/* :: */[
"rest(r1)",
/* :: */[
"rest(r2)",
/* [] */0
]
]
]
]
]
]
]
]
]
]
]
]
]
]
];
if (Caml_obj.caml_notequal(result, reference)) {
var f = function (x, y) {
return Caml_curry.app3(Printf.printf(/* Format */{
0: /* String */{
0: /* Lit_padding */{
0: /* Right */1,
1: 20,
length: 2,
tag: 0
},
1: /* Char_literal */{
0: /* " " */32,
1: /* Char */{
0: /* Char_literal */{
0: /* " " */32,
1: /* String */{
0: /* Lit_padding */{
0: /* Left */0,
1: 20,
length: 2,
tag: 0
},
1: /* Char_literal */{
0: /* "\n" */10,
1: /* Flush */{
0: /* End_of_format */0,
length: 1,
tag: 10
},
length: 2,
tag: 12
},
length: 2,
tag: 2
},
length: 2,
tag: 12
},
length: 1,
tag: 0
},
length: 2,
tag: 12
},
length: 2,
tag: 2
},
1: "%20s %c %-20s\n%!",
length: 2,
tag: 0
}), x, x === y ? /* "=" */61 : /* "#" */35, y);
};
List.iter2(f, result, reference);
}
check(r_set, /* true */1, "Set");
check(r_clear, /* false */0, "Clear");
check(r_string, "bar", "Set_string");
check(r_int, 42, "Set_int");
return check(r_float, 2.72, "Set_float");
}
test(args1);
var suites_000 = /* tuple */[
"should raise",
function () {
return /* ThrowAny */{
0: function () {
return test(args2);
},
length: 1,
tag: 3
};
}
];
var suites = /* :: */[
suites_000,
/* [] */0
];
Mt.from_pair_suites("libarg_test.ml", suites);
exports.current = current;
exports.accum = accum;
exports.record = record;
exports.f_unit = f_unit;
exports.f_bool = f_bool;
exports.r_set = r_set;
exports.r_clear = r_clear;
exports.f_string = f_string;
exports.r_string = r_string;
exports.f_int = f_int;
exports.r_int = r_int;
exports.f_float = f_float;
exports.r_float = r_float;
exports.f_symbol = f_symbol;
exports.f_rest = f_rest;
exports.f_anon = f_anon;
exports.spec = spec;
exports.args1 = args1;
exports.args2 = args2;
exports.error = error;
exports.check = check;
exports.test = test;
exports.suites = suites;
/* Not a pure module */