Rewire DDC to use the analyzer task model

lib/runtime/dart/math.js

 dart_library.library('dart/math', null, /* Imports */[
   "dart_runtime/dart",
   'dart/core'
 ], /* Lazy imports */[
   'dart/_js_helper'
 ], function(exports, dart, core, _js_helper) {
   'use strict';
   let dartx = dart.dartx;
   class _JenkinsSmiHash extends core.Object {
     static combine(hash, value) {
       hash = 536870911 & dart.notNull(hash) + dart.notNull(value);
       hash = 536870911 & dart.notNull(hash) + ((524287 & dart.notNull(hash)) << 10);
       return dart.notNull(hash) ^ dart.notNull(hash) >> 6;
     }
     static finish(hash) {
       hash = 536870911 & dart.notNull(hash) + ((67108863 & dart.notNull(hash)) << 3);
       hash = dart.notNull(hash) ^ dart.notNull(hash) >> 11;
       return 536870911 & dart.notNull(hash) + ((16383 & dart.notNull(hash)) << 15);
     }
     static hash2(a, b) {
-      return _JenkinsSmiHash.finish(_JenkinsSmiHash.combine(_JenkinsSmiHash.combine(0, dart.as(a, core.int)), dart.as(b, core.int)));
+      return dart.dcall(_JenkinsSmiHash.finish, dart.dcall(_JenkinsSmiHash.combine, dart.dcall(_JenkinsSmiHash.combine, 0, a), b));
     }
     static hash4(a, b, c, d) {
-      return _JenkinsSmiHash.finish(_JenkinsSmiHash.combine(_JenkinsSmiHash.combine(_JenkinsSmiHash.combine(_JenkinsSmiHash.combine(0, dart.as(a, core.int)), dart.as(b, core.int)), dart.as(c, core.int)), dart.as(d, core.int)));
+      return dart.dcall(_JenkinsSmiHash.finish, dart.dcall(_JenkinsSmiHash.combine, dart.dcall(_JenkinsSmiHash.combine, dart.dcall(_JenkinsSmiHash.combine, dart.dcall(_JenkinsSmiHash.combine, 0, a), b), c), d));
     }
   }
   dart.setSignature(_JenkinsSmiHash, {
     statics: () => ({
       combine: [core.int, [core.int, core.int]],
       finish: [core.int, [core.int]],
       hash2: [core.int, [dart.dynamic, dart.dynamic]],
       hash4: [core.int, [dart.dynamic, dart.dynamic, dart.dynamic, dart.dynamic]]
     }),
     names: ['combine', 'finish', 'hash2', 'hash4']
   });
   let Point$ = dart.generic(function(T) {
     class Point extends core.Object {
       Point(x, y) {
         this.x = x;
         this.y = y;
       }
       toString() {
         return `Point(${this.x}, ${this.y})`;
       }
       ['=='](other) {
         if (!dart.is(other, Point$()))
           return false;
         return dart.equals(this.x, dart.dload(other, 'x')) && dart.equals(this.y, dart.dload(other, 'y'));
       }
       get hashCode() {
-        return _JenkinsSmiHash.hash2(dart.hashCode(this.x), dart.hashCode(this.y));
+        return dart.dcall(_JenkinsSmiHash.hash2, dart.hashCode(this.x), dart.hashCode(this.y));
       }
       ['+'](other) {
         dart.as(other, Point$(T));
         return new (Point$(T))(dart.as(this.x['+'](other.x), T), dart.as(this.y['+'](other.y), T));
       }
       ['-'](other) {
         dart.as(other, Point$(T));
         return new (Point$(T))(dart.as(this.x['-'](other.x), T), dart.as(this.y['-'](other.y), T));
       }
       ['*'](factor) {
         return new (Point$(T))(dart.as(this.x['*'](factor), T), dart.as(this.y['*'](factor), T));
       }
       get magnitude() {
-        return sqrt(dart.notNull(this.x['*'](this.x)) + dart.notNull(this.y['*'](this.y)));
+        return dart.dcall(sqrt, dart.notNull(this.x['*'](this.x)) + dart.notNull(this.y['*'](this.y)));
       }
       distanceTo(other) {
         dart.as(other, Point$(T));
         let dx = this.x['-'](other.x);
         let dy = this.y['-'](other.y);
-        return sqrt(dart.notNull(dx) * dart.notNull(dx) + dart.notNull(dy) * dart.notNull(dy));
+        return dart.dcall(sqrt, dart.dsend(dart.dsend(dx, '*', dx), '+', dart.dsend(dy, '*', dy)));
       }
       squaredDistanceTo(other) {
         dart.as(other, Point$(T));
         let dx = this.x['-'](other.x);
         let dy = this.y['-'](other.y);
-        return dart.as(dart.notNull(dx) * dart.notNull(dx) + dart.notNull(dy) * dart.notNull(dy), T);
+        return dart.as(dart.dsend(dart.dsend(dx, '*', dx), '+', dart.dsend(dy, '*', dy)), T);
       }
     }
     dart.setSignature(Point, {
       constructors: () => ({Point: [Point$(T), [T, T]]}),
       methods: () => ({
         '+': [Point$(T), [Point$(T)]],
         '-': [Point$(T), [Point$(T)]],
         '*': [Point$(T), [core.num]],
         distanceTo: [core.double, [Point$(T)]],
         squaredDistanceTo: [T, [Point$(T)]]
@@ skipping 24 matching lines @@
       }
       toString() {
         return `Rectangle (${this.left}, ${this.top}) ${this.width} x ${this.height}`;
       }
       ['=='](other) {
         if (!dart.is(other, Rectangle))
           return false;
         return dart.equals(this.left, dart.dload(other, 'left')) && dart.equals(this.top, dart.dload(other, 'top')) && dart.equals(this.right, dart.dload(other, 'right')) && dart.equals(this.bottom, dart.dload(other, 'bottom'));
       }
       get hashCode() {
-        return _JenkinsSmiHash.hash4(dart.hashCode(this.left), dart.hashCode(this.top), dart.hashCode(this.right), dart.hashCode(this.bottom));
+        return dart.dcall(_JenkinsSmiHash.hash4, dart.hashCode(this.left), dart.hashCode(this.top), dart.hashCode(this.right), dart.hashCode(this.bottom));
       }
       intersection(other) {
         dart.as(other, Rectangle$(T));
-        let x0 = max(this.left, other.left);
-        let x1 = min(this.left['+'](this.width), other.left['+'](other.width));
-        if (dart.notNull(x0) <= dart.notNull(x1)) {
-          let y0 = max(this.top, other.top);
-          let y1 = min(this.top['+'](this.height), other.top['+'](other.height));
-          if (dart.notNull(y0) <= dart.notNull(y1)) {
-            return new (Rectangle$(T))(dart.as(x0, T), dart.as(y0, T), dart.as(dart.notNull(x1) - dart.notNull(x0), T), dart.as(dart.notNull(y1) - dart.notNull(y0), T));
+        let x0 = dart.dcall(max, this.left, other.left);
+        let x1 = dart.dcall(min, this.left['+'](this.width), other.left['+'](other.width));
+        if (dart.notNull(dart.as(dart.dsend(x0, '<=', x1), core.bool))) {
+          let y0 = dart.dcall(max, this.top, other.top);
+          let y1 = dart.dcall(min, this.top['+'](this.height), other.top['+'](other.height));
+          if (dart.notNull(dart.as(dart.dsend(y0, '<=', y1), core.bool))) {
+            return new (Rectangle$(T))(dart.as(x0, T), dart.as(y0, T), dart.as(dart.dsend(x1, '-', x0), T), dart.as(dart.dsend(y1, '-', y0), T));
           }
         }
         return null;
       }
       intersects(other) {
         return dart.notNull(this.left['<='](dart.notNull(other.left) + dart.notNull(other.width))) && dart.notNull(other.left) <= dart.notNull(this.left['+'](this.width)) && dart.notNull(this.top['<='](dart.notNull(other.top) + dart.notNull(other.height))) && dart.notNull(other.top) <= dart.notNull(this.top['+'](this.height));
       }
       boundingBox(other) {
         dart.as(other, Rectangle$(T));
-        let right = max(this.left['+'](this.width), other.left['+'](other.width));
-        let bottom = max(this.top['+'](this.height), other.top['+'](other.height));
-        let left = min(this.left, other.left);
-        let top = min(this.top, other.top);
-        return new (Rectangle$(T))(dart.as(left, T), dart.as(top, T), dart.as(dart.notNull(right) - dart.notNull(left), T), dart.as(dart.notNull(bottom) - dart.notNull(top), T));
+        let right = dart.dcall(max, this.left['+'](this.width), other.left['+'](other.width));
+        let bottom = dart.dcall(max, this.top['+'](this.height), other.top['+'](other.height));
+        let left = dart.dcall(min, this.left, other.left);
+        let top = dart.dcall(min, this.top, other.top);
+        return new (Rectangle$(T))(dart.as(left, T), dart.as(top, T), dart.as(dart.dsend(right, '-', left), T), dart.as(dart.dsend(bottom, '-', top), T));
       }
       containsRectangle(another) {
         return dart.notNull(this.left['<='](another.left)) && dart.notNull(this.left['+'](this.width)) >= dart.notNull(another.left) + dart.notNull(another.width) && dart.notNull(this.top['<='](another.top)) && dart.notNull(this.top['+'](this.height)) >= dart.notNull(another.top) + dart.notNull(another.height);
       }
       containsPoint(another) {
         return another.x[dartx['>=']](this.left) && dart.notNull(another.x) <= dart.notNull(this.left['+'](this.width)) && another.y[dartx['>=']](this.top) && dart.notNull(another.y) <= dart.notNull(this.top['+'](this.height));
       }
       get topLeft() {
         return new (Point$(T))(this.left, this.top);
       }
@@ skipping 23 matching lines @@
   let Rectangle$ = dart.generic(function(T) {
     class Rectangle extends _RectangleBase$(T) {
       Rectangle(left, top, width, height) {
         this.left = left;
         this.top = top;
         this.width = dart.as(dart.notNull(width['<'](0)) ? dart.notNull(width['unary-']()) * 0 : width, T);
         this.height = dart.as(dart.notNull(height['<'](0)) ? dart.notNull(height['unary-']()) * 0 : height, T);
         super._RectangleBase();
       }
       static fromPoints(a, b) {
-        let left = dart.as(min(a.x, b.x), T);
-        let width = dart.as(max(a.x, b.x)[dartx['-']](left), T);
-        let top = dart.as(min(a.y, b.y), T);
-        let height = dart.as(max(a.y, b.y)[dartx['-']](top), T);
+        let left = dart.as(dart.dcall(min, a.x, b.x), T);
+        let width = dart.as(dart.dcall(max, a.x, b.x)[dartx['-']](left), T);
+        let top = dart.as(dart.dcall(min, a.y, b.y), T);
+        let height = dart.as(dart.dcall(max, a.y, b.y)[dartx['-']](top), T);
         return new (Rectangle$(T))(left, top, width, height);
       }
     }
     dart.setSignature(Rectangle, {
       constructors: () => ({
         Rectangle: [Rectangle$(T), [T, T, T, T]],
         fromPoints: [Rectangle$(T), [Point$(T), Point$(T)]]
       })
     });
     return Rectangle;
   });
   let Rectangle = Rectangle$();
   let _width = Symbol('_width');
   let _height = Symbol('_height');
   let MutableRectangle$ = dart.generic(function(T) {
     class MutableRectangle extends _RectangleBase$(T) {
       MutableRectangle(left, top, width, height) {
         this.left = left;
         this.top = top;
-        this[_width] = dart.as(dart.notNull(width['<'](0)) ? _clampToZero(width) : width, T);
-        this[_height] = dart.as(dart.notNull(height['<'](0)) ? _clampToZero(height) : height, T);
+        this[_width] = dart.as(dart.notNull(width['<'](0)) ? dart.dcall(_clampToZero, width) : width, T);
+        this[_height] = dart.as(dart.notNull(height['<'](0)) ? dart.dcall(_clampToZero, height) : height, T);
         super._RectangleBase();
       }
       static fromPoints(a, b) {
-        let left = dart.as(min(a.x, b.x), T);
-        let width = dart.as(max(a.x, b.x)[dartx['-']](left), T);
-        let top = dart.as(min(a.y, b.y), T);
-        let height = dart.as(max(a.y, b.y)[dartx['-']](top), T);
+        let left = dart.as(dart.dcall(min, a.x, b.x), T);
+        let width = dart.as(dart.dcall(max, a.x, b.x)[dartx['-']](left), T);
+        let top = dart.as(dart.dcall(min, a.y, b.y), T);
+        let height = dart.as(dart.dcall(max, a.y, b.y)[dartx['-']](top), T);
         return new (MutableRectangle$(T))(left, top, width, height);
       }
       get width() {
         return this[_width];
       }
       set width(width) {
         dart.as(width, T);
         if (dart.notNull(width['<'](0)))
-          width = dart.as(_clampToZero(width), T);
+          width = dart.as(dart.dcall(_clampToZero, width), T);
         this[_width] = width;
       }
       get height() {
         return this[_height];
       }
       set height(height) {
         dart.as(height, T);
         if (dart.notNull(height['<'](0)))
-          height = dart.as(_clampToZero(height), T);
+          height = dart.as(dart.dcall(_clampToZero, height), T);
         this[_height] = height;
       }
     }
     MutableRectangle[dart.implements] = () => [Rectangle$(T)];
     dart.setSignature(MutableRectangle, {
       constructors: () => ({
         MutableRectangle: [MutableRectangle$(T), [T, T, T, T]],
         fromPoints: [MutableRectangle$(T), [Point$(T), Point$(T)]]
       })
     });
@@ skipping 53 matching lines @@
       if (dart.notNull(b[dartx.isNaN]))
         return b;
       return a;
     }
     if (b == 0 && dart.notNull(a[dartx.isNegative]))
       return b;
     return a;
   }
   dart.fn(max, core.num, [core.num, core.num]);
   function atan2(a, b) {
-    return Math.atan2(_js_helper.checkNum(a), _js_helper.checkNum(b));
+    return dart.as(Math.atan2(dart.dcall(_js_helper.checkNum, a), dart.dcall(_js_helper.checkNum, b)), core.double);
   }
   dart.fn(atan2, core.double, [core.num, core.num]);
   function pow(x, exponent) {
-    _js_helper.checkNum(x);
-    _js_helper.checkNum(exponent);
-    return Math.pow(x, exponent);
+    dart.dcall(_js_helper.checkNum, x);
+    dart.dcall(_js_helper.checkNum, exponent);
+    return dart.as(Math.pow(x, exponent), core.num);
   }
   dart.fn(pow, core.num, [core.num, core.num]);
   function sin(x) {
-    return Math.sin(_js_helper.checkNum(x));
+    return dart.as(Math.sin(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(sin, core.double, [core.num]);
   function cos(x) {
-    return Math.cos(_js_helper.checkNum(x));
+    return dart.as(Math.cos(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(cos, core.double, [core.num]);
   function tan(x) {
-    return Math.tan(_js_helper.checkNum(x));
+    return dart.as(Math.tan(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(tan, core.double, [core.num]);
   function acos(x) {
-    return Math.acos(_js_helper.checkNum(x));
+    return dart.as(Math.acos(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(acos, core.double, [core.num]);
   function asin(x) {
-    return Math.asin(_js_helper.checkNum(x));
+    return dart.as(Math.asin(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(asin, core.double, [core.num]);
   function atan(x) {
-    return Math.atan(_js_helper.checkNum(x));
+    return dart.as(Math.atan(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(atan, core.double, [core.num]);
   function sqrt(x) {
-    return Math.sqrt(_js_helper.checkNum(x));
+    return dart.as(Math.sqrt(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(sqrt, core.double, [core.num]);
   function exp(x) {
-    return Math.exp(_js_helper.checkNum(x));
+    return dart.as(Math.exp(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(exp, core.double, [core.num]);
   function log(x) {
-    return Math.log(_js_helper.checkNum(x));
+    return dart.as(Math.log(dart.dcall(_js_helper.checkNum, x)), core.double);
   }
   dart.fn(log, core.double, [core.num]);
   let _POW2_32 = 4294967296;
   class _JSRandom extends core.Object {
     _JSRandom() {
     }
     nextInt(max) {
       if (dart.notNull(max) <= 0 || dart.notNull(max) > dart.notNull(_POW2_32)) {
         dart.throw(new core.RangeError(`max must be in range 0 < max ≤ 2^32, was ${max}`));
       }
-      return Math.random() * max >>> 0;
+      return dart.as(Math.random() * max >>> 0, core.int);
     }
     nextDouble() {
-      return Math.random();
+      return dart.as(Math.random(), core.double);
     }
     nextBool() {
-      return Math.random() < 0.5;
+      return dart.as(Math.random() < 0.5, core.bool);
     }
   }
   _JSRandom[dart.implements] = () => [Random];
   dart.setSignature(_JSRandom, {
     constructors: () => ({_JSRandom: [_JSRandom, []]}),
     methods: () => ({
       nextInt: [core.int, [core.int]],
       nextDouble: [core.double, []],
       nextBool: [core.bool, []]
     })
@@ skipping 44 matching lines @@
         high = dart.notNull(high) + dart.notNull(tmphigh) + ((dart.notNull(tmplow) - dart.notNull(low)) / 4294967296)[dartx.truncate]() & dart.notNull(_Random._MASK32);
         tmplow = dart.notNull(this[_lo]) * 1037;
         this[_lo] = dart.notNull(tmplow) & dart.notNull(_Random._MASK32);
         this[_hi] = dart.notNull(this[_hi]) * 1037 + ((dart.notNull(tmplow) - dart.notNull(this[_lo])) / 4294967296)[dartx.truncate]() & dart.notNull(_Random._MASK32);
         this[_lo] = dart.notNull(this[_lo]) ^ dart.notNull(low);
         this[_hi] = dart.notNull(this[_hi]) ^ dart.notNull(high);
       } while (seed != empty_seed);
       if (this[_hi] == 0 && this[_lo] == 0) {
         this[_lo] = 23063;
       }
-      this[_nextState]();
-      this[_nextState]();
-      this[_nextState]();
-      this[_nextState]();
+      dart.dcall(this[_nextState]);
+      dart.dcall(this[_nextState]);
+      dart.dcall(this[_nextState]);
+      dart.dcall(this[_nextState]);
     }
     [_nextState]() {
       let tmpHi = 4294901760 * dart.notNull(this[_lo]);
       let tmpHiLo = dart.notNull(tmpHi) & dart.notNull(_Random._MASK32);
       let tmpHiHi = dart.notNull(tmpHi) - dart.notNull(tmpHiLo);
       let tmpLo = 55905 * dart.notNull(this[_lo]);
       let tmpLoLo = dart.notNull(tmpLo) & dart.notNull(_Random._MASK32);
       let tmpLoHi = dart.notNull(tmpLo) - dart.notNull(tmpLoLo);
       let newLo = dart.notNull(tmpLoLo) + dart.notNull(tmpHiLo) + dart.notNull(this[_hi]);
       this[_lo] = dart.notNull(newLo) & dart.notNull(_Random._MASK32);
       let newLoHi = dart.notNull(newLo) - dart.notNull(this[_lo]);
       this[_hi] = ((dart.notNull(tmpLoHi) + dart.notNull(tmpHiHi) + dart.notNull(newLoHi)) / dart.notNull(_POW2_32))[dartx.truncate]() & dart.notNull(_Random._MASK32);
       dart.assert(dart.notNull(this[_lo]) < dart.notNull(_POW2_32));
       dart.assert(dart.notNull(this[_hi]) < dart.notNull(_POW2_32));
     }
     nextInt(max) {
       if (dart.notNull(max) <= 0 || dart.notNull(max) > dart.notNull(_POW2_32)) {
         dart.throw(new core.RangeError(`max must be in range 0 < max ≤ 2^32, was ${max}`));
       }
       if ((dart.notNull(max) & dart.notNull(max) - 1) == 0) {
-        this[_nextState]();
+        dart.dcall(this[_nextState]);
         return dart.notNull(this[_lo]) & dart.notNull(max) - 1;
       }
       let rnd32 = null;
       let result = null;
       do {
-        this[_nextState]();
+        dart.dcall(this[_nextState]);
         rnd32 = this[_lo];
-        result = rnd32[dartx.remainder](max);
+        result = dart.dcall(rnd32[dartx.remainder], max);
       } while (dart.notNull(rnd32) - dart.notNull(result) + dart.notNull(max) >= dart.notNull(_POW2_32));
       return result;
     }
     nextDouble() {
-      this[_nextState]();
+      dart.dcall(this[_nextState]);
       let bits26 = dart.notNull(this[_lo]) & (1 << 26) - 1;
-      this[_nextState]();
+      dart.dcall(this[_nextState]);
       let bits27 = dart.notNull(this[_lo]) & (1 << 27) - 1;
       return (dart.notNull(bits26) * dart.notNull(_Random._POW2_27_D) + dart.notNull(bits27)) / dart.notNull(_Random._POW2_53_D);
     }
     nextBool() {
-      this[_nextState]();
+      dart.dcall(this[_nextState]);
       return (dart.notNull(this[_lo]) & 1) == 0;
     }
   }
   _Random[dart.implements] = () => [Random];
   dart.setSignature(_Random, {
     constructors: () => ({_Random: [_Random, [core.int]]}),
     methods: () => ({
       [_nextState]: [dart.void, []],
       nextInt: [core.int, [core.int]],
       nextDouble: [core.double, []],
@@ skipping 26 matching lines @@
   exports.sin = sin;
   exports.cos = cos;
   exports.tan = tan;
   exports.acos = acos;
   exports.asin = asin;
   exports.atan = atan;
   exports.sqrt = sqrt;
   exports.exp = exp;
   exports.log = log;
 });