| /third_party/typescript/tests/baselines/reference/ |
| D | assignmentToExpandingArrayType.types | 7 x[0] = { foo: 'hi' }
8 >x[0] = { foo: 'hi' } : { foo: string; }
12 >{ foo: 'hi' } : { foo: string; }
14 >'hi' : "hi"
16 x[0] = { foo: 'hi' }
17 >x[0] = { foo: 'hi' } : { foo: string; }
21 >{ foo: 'hi' } : { foo: string; }
23 >'hi' : "hi"
25 x[0] = { foo: 'hi' }
26 >x[0] = { foo: 'hi' } : { foo: string; }
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| D | stringLiteralTypesInImplementationSignatures.types | 4 function foo(x: 'hi') { }
5 >foo : (x: 'hi') => void
6 >x : "hi"
8 var f = function foo(x: 'hi') { }
9 >f : (x: 'hi') => void
10 >function foo(x: 'hi') { } : (x: 'hi') => void
11 >foo : (x: 'hi') => void
12 >x : "hi"
14 var f2 = (x: 'hi', y: 'hi') => { }
15 >f2 : (x: 'hi', y: 'hi') => void
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| D | stringLiteralTypesInImplementationSignatures2.types | 8 function foo(x: 'hi') { }
10 >x : "hi"
19 foo(x: 'hi') { }
21 >x : "hi"
28 (x: 'hi');
29 >x : "hi"
32 >foo : { (x: 'a', y: 'a'): any; (x: "hi", y: "hi"): any; }
36 foo(x: 'hi', y: 'hi');
37 >foo : { (x: "a", y: "a"): any; (x: 'hi', y: 'hi'): any; }
38 >x : "hi"
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| D | globalThisUnknownNoImplicitAny.types | 7 win.hi
8 >win.hi : any
10 >hi : any
12 this.hi
13 >this.hi : any
15 >hi : any
17 globalThis.hi
18 >globalThis.hi : any
20 >hi : any
22 win['hi']
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| D | globalThisUnknown.types | 7 win.hi
8 >win.hi : any
10 >hi : any
13 this.hi
14 >this.hi : any
16 >hi : any
18 globalThis.hi
19 >globalThis.hi : any
21 >hi : any
24 win['hi']
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| D | overloadOnConstDuplicateOverloads1.types | 2 function foo(a: 'hi', x: string);
3 >foo : { (a: 'hi', x: string): any; (a: "hi", x: string): any; }
4 >a : "hi"
7 function foo(a: 'hi', x: string);
8 >foo : { (a: "hi", x: string): any; (a: 'hi', x: string): any; }
9 >a : "hi"
13 >foo : { (a: "hi", x: string): any; (a: "hi", x: string): any; }
18 function foo2(a: 'hi', x: string);
19 >foo2 : { (a: 'hi', x: string): any; (a: "hi", x: string): any; (a: string, x: string): any; }
20 >a : "hi"
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| D | tsxTypeArgumentResolution.types | 23 let x = <MyComp<Prop> a={10} b="hi" />; // OK
25 ><MyComp<Prop> a={10} b="hi" /> : JSX.Element
31 x = <MyComp<Prop> a={10} b="hi"></MyComp>; // OK
32 >x = <MyComp<Prop> a={10} b="hi"></MyComp> : JSX.Element
34 ><MyComp<Prop> a={10} b="hi"></MyComp> : JSX.Element
62 x = <MyComp<Prop, Prop> a={10} b="hi" />; // error
63 >x = <MyComp<Prop, Prop> a={10} b="hi" /> : JSX.Element
65 ><MyComp<Prop, Prop> a={10} b="hi" /> : JSX.Element
71 x = <MyComp<Prop, Prop> a={10} b="hi"></MyComp>; // error
72 >x = <MyComp<Prop, Prop> a={10} b="hi"></MyComp> : JSX.Element
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| D | overloadOnConstNoAnyImplementation2.types | 3 x1(a: number, callback: (x: 'hi') => number);
4 >x1 : (a: number, callback: (x: 'hi') => number) => any
6 >callback : (x: 'hi') => number
7 >x : "hi"
13 x1(a: number, callback: (x: 'hi') => number);
14 >x1 : (a: number, callback: (x: 'hi') => number) => any
16 >callback : (x: 'hi') => number
17 >x : "hi"
20 >x1 : (a: number, callback: (x: "hi") => number) => any
25 callback('hi');
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| D | overloadOnConstNoStringImplementation2.types | 3 x1(a: number, callback: (x: 'hi') => number);
4 >x1 : (a: number, callback: (x: 'hi') => number) => any
6 >callback : (x: 'hi') => number
7 >x : "hi"
13 x1(a: number, callback: (x: 'hi') => number);
14 >x1 : (a: number, callback: (x: 'hi') => number) => any
16 >callback : (x: 'hi') => number
17 >x : "hi"
20 >x1 : (a: number, callback: (x: "hi") => number) => any
25 callback('hi');
[all …]
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| D | checkJsxChildrenProperty1.types | 31 let k = <Comp a={10} b="hi" children ="lol" />;
33 ><Comp a={10} b="hi" children ="lol" /> : JSX.Element
43 <Comp a={10} b="hi">
44 ><Comp a={10} b="hi"> hi hi hi! </Comp> : JSX.Element
50 hi hi hi!
57 <Comp a={10} b="hi">
58 ><Comp a={10} b="hi"> <div>hi hi hi!</div> </Comp> : JSX.Element
64 <div>hi hi hi!</div>
65 ><div>hi hi hi!</div> : JSX.Element
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| D | typeArgumentsShouldDisallowNonGenericOverloads.types | 14 return "hi";
15 >"hi" : "hi"
18 var x: number = foo<string>("hi"); // return type should be 'number'
20 >foo<string>("hi") : number
22 >"hi" : "hi"
24 var y: string = foo("hi"); // return type should be 'string'
26 >foo("hi") : string
28 >"hi" : "hi"
30 var w: string = foo<string>("hi"); // should error
32 >foo<string>("hi") : number
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| D | checkJsxChildrenProperty2.types | 31 let k = <Comp a={10} b="hi" />;
33 ><Comp a={10} b="hi" /> : JSX.Element
42 <Comp a={10} b="hi" children="Random" >
43 ><Comp a={10} b="hi" children="Random" > hi hi hi! </Comp> : JSX.Element
50 hi hi hi!
65 <Comp a={10} b="hi" {...o} >
66 ><Comp a={10} b="hi" {...o} > hi hi hi! </Comp> : JSX.Element
73 hi hi hi!
81 <Comp a={10} b="hi">
82 ><Comp a={10} b="hi"> <div> My Div </div> {(name: string) => <div> My name {name} </d…
[all …]
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| D | typesWithSpecializedCallSignatures.types | 21 foo(x: 'hi'): Derived1;
22 >foo : { (x: 'hi'): Derived1; (x: "bye"): Derived2; (x: string): Base; }
23 >x : "hi"
26 >foo : { (x: "hi"): Derived1; (x: 'bye'): Derived2; (x: string): Base; }
30 >foo : { (x: "hi"): Derived1; (x: "bye"): Derived2; (x: string): Base; }
34 >foo : { (x: "hi"): Derived1; (x: "bye"): Derived2; (x: string): Base; }
47 foo(x: 'hi'): Derived1;
48 >foo : { (x: 'hi'): Derived1; (x: "bye"): Derived2; (x: string): Base; }
49 >x : "hi"
52 >foo : { (x: "hi"): Derived1; (x: 'bye'): Derived2; (x: string): Base; }
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| D | checkJsxChildrenProperty2.js | 19 hi hi hi!
27 hi hi hi!
46 hi hi hi!
66 hi hi hi!
72 hi hi hi!
85 hi hi hi!
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| D | constructorsWithSpecializedSignatures.types | 6 constructor(x: "hi");
7 >x : "hi"
20 constructor(x: "hi");
21 >x : "hi"
34 constructor(x: "hi");
35 >x : "hi"
43 constructor(x: "hi") { }
44 >x : "hi"
51 constructor(x: "hi");
52 >x : "hi"
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| D | computedPropertyNamesContextualType6_ES5.types | 12 >foo({ p: "", 0: () => { }, ["hi" + "bye"]: true, [0 + 1]: 0, [+"hi"]: [0]}) : strin…
14 >{ p: "", 0: () => { }, ["hi" + "bye"]: true, [0 + 1]: 0, [+"hi"]: [0]} : { [x: stri…
24 ["hi" + "bye"]: true,
25 >["hi" + "bye"] : true
26 >"hi" + "bye" : string
27 >"hi" : "hi"
38 [+"hi"]: [0]
39 >[+"hi"] : number[]
40 >+"hi" : number
41 >"hi" : "hi"
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| /third_party/python/Modules/_decimal/libmpdec/literature/ |
| D | mulmod-64.txt | 21 (1) hi * 2**64 + lo = a * b
29 (3) R(hi, lo) = hi * z - hi + lo
35 a) Set (hi, lo) to the result of a * b.
37 b) Set (hi', lo') to the result of R(hi, lo).
39 c) Repeat step b) until 0 <= hi' * 2**64 + lo' < 2*p.
47 hi * 2**64 + lo == hi * z - hi + lo (mod p)
52 hi * 2**64 + lo = (2**64 - z + 1) * hi + z * hi - hi + lo
54 = p * hi + z * hi - hi + lo
56 == z * hi - hi + lo (mod p)
64 def R(hi, lo, z):
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| D | umodarith.lisp | 253 (defun dw-reduce (hi lo m base)
254 (let* ((r1 (mod hi m))
260 (< hi base) (< lo base)
262 (natp hi) (natp lo))
263 (equal (dw-reduce hi lo m base)
264 (mod (+ (* hi base) lo) m))))
294 (< hi base) (< lo base)
296 (natp hi) (natp lo)
297 (equal r1 (mod hi m)))
301 ("Subgoal 1''" :cases ((< (+ lo (* base (mod hi m))) (* base m))))
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| /third_party/protobuf/js/binary/ |
| D | arith.js | 53 jspb.arith.UInt64 = function(lo, hi) { argument
63 this.hi = hi;
74 if (this.hi < other.hi || (this.hi == other.hi && this.lo < other.lo)) {
76 } else if (this.hi == other.hi && this.lo == other.lo) {
89 var hi = this.hi >>> 1;
90 var lo = (this.lo >>> 1) | ((this.hi & 1) << 31);
91 return new jspb.arith.UInt64(lo >>> 0, hi >>> 0);
101 var hi = (this.hi << 1) | (this.lo >>> 31);
102 return new jspb.arith.UInt64(lo >>> 0, hi >>> 0);
111 return !!(this.hi & 0x80000000);
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| /third_party/python/Lib/ |
| D | bisect.py | 4 def insort_right(a, x, lo=0, hi=None, *, key=None): argument
13 lo = bisect_right(a, x, lo, hi)
15 lo = bisect_right(a, key(x), lo, hi, key=key)
19 def bisect_right(a, x, lo=0, hi=None, *, key=None): argument
32 if hi is None:
33 hi = len(a)
37 while lo < hi:
38 mid = (lo + hi) // 2
40 hi = mid
44 while lo < hi:
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| /third_party/openssl/crypto/bn/asm/ |
| D | armv4-gf2m.pl | 75 ($hi,$lo,$t0,$t1, $i0,$i1 )=map("r$_",(4..9),12);
108 mov $hi,$t1,lsr#29
113 eor $hi,$hi,$t0,lsr#26
118 eor $hi,$hi,$t1,lsr#23
123 eor $hi,$hi,$t0,lsr#20
128 eor $hi,$hi,$t1,lsr#17
133 eor $hi,$hi,$t0,lsr#14
138 eor $hi,$hi,$t1,lsr#11
144 eor $hi,$hi,$t0,lsr#8
151 eorne $hi,$hi,$b,lsr#2
[all …]
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| /third_party/boost/boost/math/special_functions/ |
| D | erf.hpp | 303 T hi, lo; in erf_imp() local
305 hi = floor(ldexp(frexp(z, &expon), 26)); in erf_imp()
306 hi = ldexp(hi, expon - 26); in erf_imp()
307 lo = z - hi; in erf_imp()
309 T err_sqr = ((hi * hi - sq) + 2 * hi * lo) + lo * lo; in erf_imp()
336 T hi, lo; in erf_imp() local
338 hi = floor(ldexp(frexp(z, &expon), 26)); in erf_imp()
339 hi = ldexp(hi, expon - 26); in erf_imp()
340 lo = z - hi; in erf_imp()
342 T err_sqr = ((hi * hi - sq) + 2 * hi * lo) + lo * lo; in erf_imp()
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| /third_party/typescript/tests/cases/conformance/jsx/ |
| D | tsxTypeArgumentResolution.tsx | 18 let x = <MyComp<Prop> a={10} b="hi" />; // OK
20 x = <MyComp<Prop> a={10} b="hi"></MyComp>; // OK
26 x = <MyComp<Prop, Prop> a={10} b="hi" />; // error
28 x = <MyComp<Prop, Prop> a={10} b="hi"></MyComp>; // error
30 x = <MyComp<> a={10} b="hi" />; // error
32 x = <MyComp<> a={10} b="hi"></MyComp>; // error
45 x = <MyComp2<Prop> a={10} b="hi" />; // error
47 x = <MyComp2<Prop> a={10} b="hi"></MyComp2>; // error
49 x = <MyComp2<{a: string}, {b: string}> a="hi" b="hi" />; // OK
51 x = <MyComp2<{a: string}, {b: string}> a="hi" b="hi"></MyComp2>; // OK
[all …]
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| D | checkJsxChildrenProperty2.tsx | 21 let k = <Comp a={10} b="hi" />;
24 <Comp a={10} b="hi" children="Random" >
25 hi hi hi!
32 <Comp a={10} b="hi" {...o} >
33 hi hi hi!
38 <Comp a={10} b="hi">
44 <Comp a={10} b="hi">
50 <Comp a={10} b="hi" >
52 hi hi hi!
56 <Comp a={10} b="hi" >
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| /third_party/python/Modules/ |
| D | _bisectmodule.c | 19 internal_bisect_right(PyObject *list, PyObject *item, Py_ssize_t lo, Py_ssize_t hi, in internal_bisect_right() argument
30 if (hi == -1) { in internal_bisect_right()
31 hi = PySequence_Size(list); in internal_bisect_right()
32 if (hi < 0) in internal_bisect_right()
35 while (lo < hi) { in internal_bisect_right()
39 mid = ((size_t)lo + hi) / 2; in internal_bisect_right()
56 hi = mid; in internal_bisect_right()
85 Py_ssize_t lo, Py_ssize_t hi, PyObject *key) in _bisect_bisect_right_impl() argument
88 return internal_bisect_right(a, x, lo, hi, key); in _bisect_bisect_right_impl()
111 Py_ssize_t lo, Py_ssize_t hi, PyObject *key) in _bisect_insort_right_impl() argument
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