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// Copyright (c) 2016, the Dart project authors. Please see the AUTHORS file
// for details. All rights reserved. Use of this source code is governed by a
// BSD-style license that can be found in the LICENSE file.
// Dart test program for testing params.
// Convenience values.
var c = new C();
var x = 42;
var y = 42;
var z = 42;
// Trailing comma in parameter litss.
// Typedefs.
typedef fx(x, ); // //# none: ok
typedef fy([y,]); // //# none: continued
typedef fxy(x, [y, ]); // //# none: continued
typedef fz({z,}); // //# none: continued
typedef fxz(x, {z, }); // //# none: continued
// As arguments type.
argfx(void f(x, )) {} // //# none: continued
argfy(void f([y, ])) {} // //# none: continued
argfxy(void f(x, [y, ])) {} // //# none: continued
argfz(void f({z, })) {} // //# none: continued
argfxz(void f(x, {z, })) {} // //# none: continued
// Top level functions
void topx(x,) {} // //# none: continued
void topy([y, ]) {} // //# none: continued
void topxy(x, [y, ]) {} // //# none: continued
void topz({z, }) {} // //# none: continued
void topxz(x, {z, }) {} // //# none: continued
void set topsetx(x, ) {} // //# none: continued
// After specific parameter formats.
void afterDefaultValueY([int y = 42, ]) {} // //# none: continued
void afterDefaultValueZ({int z : 42, }) {} // //# none: continued
void afterFunsigX(void f(),) {} // //# none: continued
void afterFunsigY([void f(),]) {} // //# none: continued
void afterFunsigZ({void f(),}) {} // //# none: continued
void afterFunsigDefaultValueY([void f() = topy,]) {} // //# none: continued
void afterFunsigDefaultValueZ({void f() : topz,}) {} // //# none: continued
class C {
C();
// Constructors.
C.x(x, ); // //# none: continued
C.y([y, ]); // //# none: continued
C.xy(x, [y, ]); // //# none: continued
C.z({z, }); // //# none: continued
C.xz(x, {z, }); // //# none: continued
// Static members
static void staticx(x,) {} // //# none: continued
static void staticy([y, ]) {} // //# none: continued
static void staticxy(x, [y, ]) {} // //# none: continued
static void staticz({z, }) {} // //# none: continued
static void staticxz(x, {z, }) {} // //# none: continued
static void set staticsetx(x, ) {} // //# none: continued
// Instance members
void instancex(x,) {} // //# none: continued
void instancey([y, ]) {} // //# none: continued
void instancexy(x, [y, ]) {} // //# none: continued
void instancez({z, }) {} // //# none: continued
void instancexz(x, {z, }) {} // //# none: continued
void set instancesetx(x, ) {} // //# none: continued
operator +(x, ) => this; // //# none: continued
operator []=(x, y, ) {} // //# none: continued
}
main() {
testCalls(); // //# none: continued
// Make sure the cases are checked.
testBadCalls();
}
void testCalls() {
// Check that all functions can be called normally
topx(x); // //# none: continued
topy(y); // //# none: continued
topxy(x, y); // //# none: continued
topz(); // //# none: continued
topz(z: z); // //# none: continued
topxz(x); // //# none: continued
topxz(x, z: z); // //# none: continued
topsetx = x; // //# none: continued
afterDefaultValueY(); // //# none: continued
afterDefaultValueY(y); // //# none: continued
afterDefaultValueZ(); // //# none: continued
afterDefaultValueZ(z: z); // //# none: continued
new C.x(x); // //# none: continued
new C.xy(x); // //# none: continued
new C.xy(x, y); // //# none: continued
new C.y(y); // //# none: continued
new C.xz(x); // //# none: continued
new C.xz(x, z: z); // //# none: continued
new C.z(z: z); // //# none: continued
C.staticx(x); // //# none: continued
C.staticy(y); // //# none: continued
C.staticxy(x); // //# none: continued
C.staticxy(x, y); // //# none: continued
C.staticz(); // //# none: continued
C.staticz(z: z); // //# none: continued
C.staticxz(x); // //# none: continued
C.staticxz(x, z: z); // //# none: continued
C.staticsetx = x; // //# none: continued
c.instancex(x); // //# none: continued
c.instancey(); // //# none: continued
c.instancey(y); // //# none: continued
c.instancexy(x); // //# none: continued
c.instancexy(x, y); // //# none: continued
c.instancez(); // //# none: continued
c.instancez(z: z); // //# none: continued
c.instancexz(x); // //# none: continued
c.instancexz(x, z: z); // //# none: continued
c.instancesetx = x; // //# none: continued
c + x; // //# none: continued
c[x] = y; // //# none: continued
// Call with extra comma (not possible for setters and operators).
topx(x, ); // //# none: continued
topy(y, ); // //# none: continued
topxy(x, y, ); // //# none: continued
topxy(x, ); // //# none: continued
topz(z: z, ); // //# none: continued
topxz(x, ); // //# none: continued
topxz(x, z: z, ); // //# none: continued
new C.x(x, ); // //# none: continued
new C.xy(x, y, ); // //# none: continued
new C.xy(x, ); // //# none: continued
new C.y(y, ); // //# none: continued
new C.xz(x, ); // //# none: continued
new C.xz(x, z: z, ); // //# none: continued
new C.z(z: z, ); // //# none: continued
C.staticx(x, ); // //# none: continued
C.staticy(y, ); // //# none: continued
C.staticxy(x, y, ); // //# none: continued
C.staticxy(x, ); // //# none: continued
C.staticz(z: z, ); // //# none: continued
C.staticxz(x, ); // //# none: continued
C.staticxz(x, z: z, ); // //# none: continued
c.instancex(x, ); // //# none: continued
c.instancey(y, ); // //# none: continued
c.instancexy(x, y, ); // //# none: continued
c.instancexy(x, ); // //# none: continued
c.instancez(z: z, ); // //# none: continued
c.instancexz(x, ); // //# none: continued
c.instancexz(x, z: z, ); // //# none: continued
// Typedefs work as expected.
if (topx is! fx) throw "Bad type: $fx"; // //# none: continued
if (topy is! fy) throw "Bad type: $fy"; // //# none: continued
if (topxy is! fxy) throw "Bad type: $fxy"; // //# none: continued
if (topz is! fz) throw "Bad type: $fz"; // //# none: continued
if (topxz is! fxz) throw "Bad type: $fxz"; // //# none: continued
// Parameter types work (checked mode only test).
argfx(topx); // //# none: continued
argfy(topy); // //# none: continued
argfxy(topxy); // //# none: continued
argfz(topz); // //# none: continued
argfxz(topxz); // //# none: continued
}
// Invalid syntax. This was invalid syntax before the addition of trailing
// commas too, and should stay that way.
void topBadEmpty(,) {} // //# 1: compile-time error
void topBadStart(, a) {} // //# 2: compile-time error
void topBadEnd(a,,) {} // //# 3: compile-time error
void topBadMiddle(a,, b) {} // //# 4: compile-time error
void topBadPosEmpty([]) {} // //# 5: compile-time error
void topBadPosEmpty(,[]) {} // //# 6: compile-time error
void topBadPosEmpty([,]) {} // //# 7: compile-time error
void topBadPosEmpty([],) {} // //# 8: compile-time error
void topBadPosStart(,[a]) {} // //# 9: compile-time error
void topBadPosStart([, a]) {} // //# 10: compile-time error
void topBadPosEnd([a,,]) {} // //# 11: compile-time error
void topBadPosStart([a],) {} // //# 12: compile-time error
void topBadPosMiddle([a,, b]) {} // //# 13: compile-time error
void topBadNamEmpty({}) {} // //# 14: compile-time error
void topBadNamEmpty(,{}) {} // //# 15: compile-time error
void topBadNamEmpty({,}) {} // //# 16: compile-time error
void topBadNamEmpty({},) {} // //# 17: compile-time error
void topBadNamStart(,{a}) {} // //# 18: compile-time error
void topBadNamStart({, a}) {} // //# 19: compile-time error
void topBadNamEnd({a,,}) {} // //# 20: compile-time error
void topBadNamStart({a},) {} // //# 21: compile-time error
void topBadNamMiddle({a,, b}) {} // //# 22: compile-time error
void set topSetBadEmpty(,) {} // //# 23: compile-time error
void set topSetBadStart(, a) {} // //# 24: compile-time error
void set topSetBadEnd(a,,) {} // //# 25: compile-time error
void set topSetBadMiddle(a,, b) {} // //# 26: compile-time error
class Bad {
Bad() {}
Bad.empty(,) {} // //# 27: compile-time error
Bad.start(, a) {} // //# 28: compile-time error
Bad.end(a,,) {} // //# 29: compile-time error
Bad.middle(a,, b) {} // //# 30: compile-time error
Bad.posEmpty([]) {} // //# 31: compile-time error
Bad.posEmpty(,[]) {} // //# 32: compile-time error
Bad.posEmpty([,]) {} // //# 33: compile-time error
Bad.posEmpty([],) {} // //# 34: compile-time error
Bad.posStart(,[a]) {} // //# 35: compile-time error
Bad.posStart([, a]) {} // //# 36: compile-time error
Bad.posEnd([a,,]) {} // //# 37: compile-time error
Bad.posStart([a],) {} // //# 38: compile-time error
Bad.PosMiddle([a,, b]) {} // //# 39: compile-time error
Bad.namEmpty({}) {} // //# 40: compile-time error
Bad.namEmpty(,{}) {} // //# 41: compile-time error
Bad.namEmpty({,}) {} // //# 42: compile-time error
Bad.namEmpty({},) {} // //# 43: compile-time error
Bad.namStart(,{a}) {} // //# 44: compile-time error
Bad.namStart({, a}) {} // //# 45: compile-time error
Bad.namEnd({a,,}) {} // //# 46: compile-time error
Bad.namStart({a},) {} // //# 47: compile-time error
Bad.namMiddle({a,, b}) {} // //# 48: compile-time error
static void staticBadEmpty(,) {} // //# 49: compile-time error
static void staticBadStart(, a) {} // //# 50: compile-time error
static void staticBadEnd(a,,) {} // //# 51: compile-time error
static void staticBadMiddle(a,, b) {} // //# 52: compile-time error
static void staticBadPosEmpty([]) {} // //# 53: compile-time error
static void staticBadPosEmpty(,[]) {} // //# 54: compile-time error
static void staticBadPosEmpty([,]) {} // //# 55: compile-time error
static void staticBadPosEmpty([],) {} // //# 56: compile-time error
static void staticBadPosStart(,[a]) {} // //# 57: compile-time error
static void staticBadPosStart([, a]) {} // //# 58: compile-time error
static void staticBadPosEnd([a,,]) {} // //# 59: compile-time error
static void staticBadPosStart([a],) {} // //# 60: compile-time error
static void staticBadPosMiddle([a,, b]) {} // //# 61: compile-time error
static void staticBadNamEmpty({}) {} // //# 62: compile-time error
static void staticBadNamEmpty(,{}) {} // //# 63: compile-time error
static void staticBadNamEmpty({,}) {} // //# 64: compile-time error
static void staticBadNamEmpty({},) {} // //# 65: compile-time error
static void staticBadNamStart(,{a}) {} // //# 66: compile-time error
static void staticBadNamStart({, a}) {} // //# 67: compile-time error
static void staticBadNamEnd({a,,}) {} // //# 68: compile-time error
static void staticBadNamStart({a},) {} // //# 69: compile-time error
static void staticBadNamMiddle({a,, b}) {} // //# 70: compile-time error
static void set staticSetBadEmpty(,) {} // //# 71: compile-time error
static void set staticSetBadStart(, a) {} // //# 72: compile-time error
static void set staticSetBadEnd(a,,) {} // //# 73: compile-time error
static void set staticSetBadMiddle(a,, b) {} // //# 74: compile-time error
void instanceBadEmpty(,) {} // //# 75: compile-time error
void instanceBadStart(, a) {} // //# 76: compile-time error
void instanceBadEnd(a,,) {} // //# 77: compile-time error
void instanceBadMiddle(a,, b) {} // //# 78: compile-time error
void instanceBadPosEmpty([]) {} // //# 79: compile-time error
void instanceBadPosEmpty(,[]) {} // //# 80: compile-time error
void instanceBadPosEmpty([,]) {} // //# 81: compile-time error
void instanceBadPosEmpty([],) {} // //# 82: compile-time error
void instanceBadPosStart(,[a]) {} // //# 83: compile-time error
void instanceBadPosStart([, a]) {} // //# 84: compile-time error
void instanceBadPosEnd([a,,]) {} // //# 85: compile-time error
void instanceBadPosStart([a],) {} // //# 86: compile-time error
void instanceBadPosMiddle([a,, b]) {} // //# 87: compile-time error
void instanceBadNamEmpty({}) {} // //# 88: compile-time error
void instanceBadNamEmpty(,{}) {} // //# 89: compile-time error
void instanceBadNamEmpty({,}) {} // //# 90: compile-time error
void instanceBadNamEmpty({},) {} // //# 91: compile-time error
void instanceBadNamStart(,{a}) {} // //# 92: compile-time error
void instanceBadNamStart({, a}) {} // //# 93: compile-time error
void instanceBadNamEnd({a,,}) {} // //# 94: compile-time error
void instanceBadNamStart({a},) {} // //# 95: compile-time error
void instanceBadNamMiddle({a,, b}) {} // //# 96: compile-time error
void set instanceSetBadEmpty(,) {} // //# 97: compile-time error
void set instanceSetBadStart(, a) {} // //# 98: compile-time error
void set instanceSetBadEnd(a,,) {} // //# 99: compile-time error
void set instanceSetBadMiddle(a,, b) {} // //# 100: compile-time error
void operator *(,); // //# 101: compile-time error
void operator *(, a); // //# 102: compile-time error
void operator *(a,,); // //# 103: compile-time error
void operator []=(, a); // //# 104: compile-time error
void operator []=(a,,); // //# 105: compile-time error
void operator []=(a,, b); // //# 106: compile-time error
void operator []=(a,); // //# 107: compile-time error
method() {
// Local methods.
void localBadEmpty(,) {} // //# 108: compile-time error
void localBadStart(, a) {} // //# 109: compile-time error
void localBadEnd(a,,) {} // //# 110: compile-time error
void localBadMiddle(a,, b) {} // //# 111: compile-time error
void localBadPosEmpty([]) {} // //# 112: compile-time error
void localBadPosEmpty(,[]) {} // //# 113: compile-time error
void localBadPosEmpty([,]) {} // //# 114: compile-time error
void localBadPosEmpty([],) {} // //# 115: compile-time error
void localBadPosStart(,[a]) {} // //# 116: compile-time error
void localBadPosStart([, a]) {} // //# 117: compile-time error
void localBadPosEnd([a,,]) {} // //# 118: compile-time error
void localBadPosStart([a],) {} // //# 119: compile-time error
void localBadPosMiddle([a,, b]) {} // //# 120: compile-time error
void localBadNamEmpty({}) {} // //# 121: compile-time error
void localBadNamEmpty(,{}) {} // //# 122: compile-time error
void localBadNamEmpty({,}) {} // //# 123: compile-time error
void localBadNamEmpty({},) {} // //# 124: compile-time error
void localBadNamStart(,{a}) {} // //# 125: compile-time error
void localBadNamStart({, a}) {} // //# 126: compile-time error
void localBadNamEnd({a,,}) {} // //# 127: compile-time error
void localBadNamStart({a},) {} // //# 128: compile-time error
void localBadNamMiddle({a,, b}) {} // //# 129: compile-time error
// invalid calls.
topx(,); // //# 130: compile-time error
topy(,); // //# 131: compile-time error
topz(,); // //# 132: compile-time error
topx(, x); // //# 133: compile-time error
topz(, z:z); // //# 134: compile-time error
topxy(x,, y); // //# 135: compile-time error
topxz(x,, z:z); // //# 136: compile-time error
topx(x,,); // //# 137: compile-time error
topz(z:z,,); // //# 138: compile-time error
new C.x(,); // //# 139: compile-time error
new C.y(,); // //# 140: compile-time error
new C.z(,); // //# 141: compile-time error
new C.x(, x); // //# 142: compile-time error
new C.z(, z:z); // //# 143: compile-time error
new C.xy(x,, y); // //# 144: compile-time error
new C.xz(x,, z:z); // //# 145: compile-time error
new C.x(x,,); // //# 146: compile-time error
new C.z(z:z,,); // //# 147: compile-time error
C.staticx(,); // //# 148: compile-time error
C.staticy(,); // //# 149: compile-time error
C.staticz(,); // //# 150: compile-time error
C.staticx(, x); // //# 151: compile-time error
C.staticz(, z:z); // //# 152: compile-time error
C.staticxy(x,, y); // //# 153: compile-time error
C.staticxz(x,, z:z); // //# 154: compile-time error
C.staticx(x,,); // //# 155: compile-time error
C.staticz(z:z,,); // //# 156: compile-time error
c.instancex(,); // //# 157: compile-time error
c.instancey(,); // //# 158: compile-time error
c.instancez(,); // //# 159: compile-time error
c.instancex(, x); // //# 160: compile-time error
c.instancez(, z:z); // //# 161: compile-time error
c.instancexy(x,, y); // //# 162: compile-time error
c.instancexz(x,, z:z); // //# 163: compile-time error
c.instancex(x,,); // //# 164: compile-time error
c.instancez(z:z,,); // //# 165: compile-time error
c[x,] = y; // //# 166: compile-time error
}
// As parameters:
void f(void topBadEmpty(,)) {} // //# 167: compile-time error
void f(void topBadStart(, a)) {} // //# 168: compile-time error
void f(void topBadEnd(a,,)) {} // //# 169: compile-time error
void f(void topBadMiddle(a,, b)) {} // //# 170: compile-time error
void f(void topBadPosEmpty([])) {} // //# 171: compile-time error
void f(void topBadPosEmpty(,[])) {} // //# 172: compile-time error
void f(void topBadPosEmpty([,])) {} // //# 173: compile-time error
void f(void topBadPosEmpty([],)) {} // //# 174: compile-time error
void f(void topBadPosStart(,[a])) {} // //# 175: compile-time error
void f(void topBadPosStart([, a])) {} // //# 176: compile-time error
void f(void topBadPosEnd([a,,])) {} // //# 177: compile-time error
void f(void topBadPosStart([a],)) {} // //# 178: compile-time error
void f(void topBadPosMiddle([a,, b])) {} // //# 179: compile-time error
void f(void topBadNamEmpty({})) {} // //# 180: compile-time error
void f(void topBadNamEmpty(,{})) {} // //# 181: compile-time error
void f(void topBadNamEmpty({,})) {} // //# 182: compile-time error
void f(void topBadNamEmpty({},)) {} // //# 183: compile-time error
void f(void topBadNamStart(,{a})) {} // //# 184: compile-time error
void f(void topBadNamStart({, a})) {} // //# 185: compile-time error
void f(void topBadNamEnd({a,,})) {} // //# 186: compile-time error
void f(void topBadNamStart({a},)) {} // //# 187: compile-time error
void f(void topBadNamMiddle({a,, b})) {} // //# 188: compile-time error
}
// As typedefs
typedef void BadEmpty(,); // //# 189: compile-time error
typedef void BadStart(, a); // //# 190: compile-time error
typedef void BadEnd(a,,); // //# 191: compile-time error
typedef void BadMiddle(a,, b); // //# 192: compile-time error
typedef void BadPosEmpty([]); // //# 193: compile-time error
typedef void BadPosEmpty(,[]); // //# 194: compile-time error
typedef void BadPosEmpty([,]); // //# 195: compile-time error
typedef void BadPosEmpty([],); // //# 196: compile-time error
typedef void BadPosStart(,[a]); // //# 197: compile-time error
typedef void BadPosStart([, a]); // //# 198: compile-time error
typedef void BadPosEnd([a,,]); // //# 199: compile-time error
typedef void BadPosStart([a],); // //# 200: compile-time error
typedef void BadPosMiddle([a,, b]); // //# 201: compile-time error
typedef void BadNamEmpty({}); // //# 202: compile-time error
typedef void BadNamEmpty(,{}); // //# 203: compile-time error
typedef void BadNamEmpty({,}); // //# 204: compile-time error
typedef void BadNamEmpty({},); // //# 205: compile-time error
typedef void BadNamStart(,{a}); // //# 206: compile-time error
typedef void BadNamStart({, a}); // //# 207: compile-time error
typedef void BadNamEnd({a,,}); // //# 208: compile-time error
typedef void BadNamStart({a},); // //# 209: compile-time error
typedef void BadNamMiddle({a,, b}); // //# 210: compile-time error
void testBadCalls() {
topBadEmpty(); // //# 1: continued
topBadStart(); // //# 2: continued
topBadEnd(); // //# 3: continued
topBadMiddle(); // //# 4: continued
topBadPosEmpty(); // //# 5: continued
topBadPosEmpty(); // //# 6: continued
topBadPosEmpty(); // //# 7: continued
topBadPosEmpty(); // //# 8: continued
topBadPosStart(); // //# 9: continued
topBadPosStart(); // //# 10: continued
topBadPosEnd(); // //# 11: continued
topBadPosStart(); // //# 12: continued
topBadPosMiddle(); // //# 13: continued
topBadNamEmpty(); // //# 14: continued
topBadNamEmpty(); // //# 15: continued
topBadNamEmpty(); // //# 16: continued
topBadNamEmpty(); // //# 17: continued
topBadNamStart(); // //# 18: continued
topBadNamStart(); // //# 19: continued
topBadNamEnd(); // //# 20: continued
topBadNamStart(); // //# 21: continued
topBadNamMiddle(); // //# 22: continued
topSetBadEmpty = 1; // //# 23: continued
topSetBadStart = 1; // //# 24: continued
topSetBadEnd = 1; // //# 25: continued
topSetBadMiddle = 1; // //# 26: continued
new Bad.empty(); // //# 27: continued
new Bad.start(); // //# 28: continued
new Bad.end(); // //# 29: continued
new Bad.middle(); // //# 30: continued
new Bad.posEmpty(); // //# 31: continued
new Bad.posEmpty(); // //# 32: continued
new Bad.posEmpty(); // //# 33: continued
new Bad.posEmpty(); // //# 34: continued
new Bad.posStart(); // //# 35: continued
new Bad.posStart(); // //# 36: continued
new Bad.posEnd(); // //# 37: continued
new Bad.posStart(); // //# 38: continued
new Bad.PosMiddle(); // //# 39: continued
new Bad.namEmpty(); // //# 40: continued
new Bad.namEmpty(); // //# 41: continued
new Bad.namEmpty(); // //# 42: continued
new Bad.namEmpty(); // //# 43: continued
new Bad.namStart(); // //# 44: continued
new Bad.namStart(); // //# 45: continued
new Bad.namEnd(); // //# 46: continued
new Bad.namStart(); // //# 47: continued
new Bad.namMiddle(); // //# 48: continued
Bad.staticBadEmpty(); // //# 49: continued
Bad.staticBadStart(); // //# 50: continued
Bad.staticBadEnd(); // //# 51: continued
Bad.staticBadMiddle(); // //# 52: continued
Bad.staticBadPosEmpty(); // //# 53: continued
Bad.staticBadPosEmpty(); // //# 54: continued
Bad.staticBadPosEmpty(); // //# 55: continued
Bad.staticBadPosEmpty(); // //# 56: continued
Bad.staticBadPosStart(); // //# 57: continued
Bad.staticBadPosStart(); // //# 58: continued
Bad.staticBadPosEnd(); // //# 59: continued
Bad.staticBadPosStart(); // //# 60: continued
Bad.staticBadPosMiddle(); // //# 61: continued
Bad.staticBadNamEmpty(); // //# 62: continued
Bad.staticBadNamEmpty(); // //# 63: continued
Bad.staticBadNamEmpty(); // //# 64: continued
Bad.staticBadNamEmpty(); // //# 65: continued
Bad.staticBadNamStart(); // //# 66: continued
Bad.staticBadNamStart(); // //# 67: continued
Bad.staticBadNamEnd(); // //# 68: continued
Bad.staticBadNamStart(); // //# 69: continued
Bad.staticBadNamMiddle(); // //# 70: continued
Bad.staticSetBadEmpty = 1; // //# 71: continued
Bad.staticSetBadStart = 1; // //# 72: continued
Bad.staticSetBadEnd = 1; // //# 73: continued
Bad.staticSetBadMiddle = 1; // //# 74: continued
var bad = new Bad();
bad.instanceBadEmpty(); // //# 75: continued
bad.instanceBadStart(); // //# 76: continued
bad.instanceBadEnd(); // //# 77: continued
bad.instanceBadMiddle(); // //# 78: continued
bad.instanceBadPosEmpty(); // //# 79: continued
bad.instanceBadPosEmpty(); // //# 80: continued
bad.instanceBadPosEmpty(); // //# 81: continued
bad.instanceBadPosEmpty(); // //# 82: continued
bad.instanceBadPosStart(); // //# 83: continued
bad.instanceBadPosStart(); // //# 84: continued
bad.instanceBadPosEnd(); // //# 85: continued
bad.instanceBadPosStart(); // //# 86: continued
bad.instanceBadPosMiddle(); // //# 87: continued
bad.instanceBadNamEmpty(); // //# 88: continued
bad.instanceBadNamEmpty(); // //# 89: continued
bad.instanceBadNamEmpty(); // //# 90: continued
bad.instanceBadNamEmpty(); // //# 91: continued
bad.instanceBadNamStart(); // //# 92: continued
bad.instanceBadNamStart(); // //# 93: continued
bad.instanceBadNamEnd(); // //# 94: continued
bad.instanceBadNamStart(); // //# 95: continued
bad.instanceBadNamMiddle(); // //# 96: continued
bad.instanceSetBadEmpty = 1; // //# 97: continued
bad.instanceSetBadStart = 1; // //# 98: continued
bad.instanceSetBadEnd = 1; // //# 99: continued
bad.instanceSetBadMiddle = 1; // //# 100: continued
bad * bad; // //# 101: continued
bad * bad; // //# 102: continued
bad * bad; // //# 103: continued
bad[1] = 1; // //# 104: continued
bad[1] = 1; // //# 105: continued
bad[1] = 1; // //# 106: continued
bad[1] = 1; // //# 107: continued
// This covers tests 108-166
bad.method();
bad.f(() {}); // //# 167: compile-time error
bad.f(() {}); // //# 168: compile-time error
bad.f(() {}); // //# 169: compile-time error
bad.f(() {}); // //# 170: compile-time error
bad.f(() {}); // //# 171: compile-time error
bad.f(() {}); // //# 172: compile-time error
bad.f(() {}); // //# 173: compile-time error
bad.f(() {}); // //# 174: compile-time error
bad.f(() {}); // //# 175: compile-time error
bad.f(() {}); // //# 176: compile-time error
bad.f(() {}); // //# 177: compile-time error
bad.f(() {}); // //# 178: compile-time error
bad.f(() {}); // //# 179: compile-time error
bad.f(() {}); // //# 180: compile-time error
bad.f(() {}); // //# 181: compile-time error
bad.f(() {}); // //# 182: compile-time error
bad.f(() {}); // //# 183: compile-time error
bad.f(() {}); // //# 184: compile-time error
bad.f(() {}); // //# 185: compile-time error
bad.f(() {}); // //# 186: compile-time error
bad.f(() {}); // //# 187: compile-time error
bad.f(() {}); // //# 188: compile-time error
BadEmpty x; // //# 189: compile-time error
BadStart x; // //# 190: compile-time error
BadEnd x; // //# 191: compile-time error
BadMiddle x; // //# 192: compile-time error
BadPosEmpty x; // //# 193: compile-time error
BadPosEmpty x; // //# 194: compile-time error
BadPosEmpty x; // //# 195: compile-time error
BadPosEmpty x; // //# 196: compile-time error
BadPosStart x; // //# 197: compile-time error
BadPosStart x; // //# 198: compile-time error
BadPosEnd x; // //# 199: compile-time error
BadPosStart x; // //# 200: compile-time error
BadPosMiddle x; // //# 201: compile-time error
BadNamEmpty x; // //# 202: compile-time error
BadNamEmpty x; // //# 203: compile-time error
BadNamEmpty x; // //# 204: compile-time error
BadNamEmpty x; // //# 205: compile-time error
BadNamStart x; // //# 206: compile-time error
BadNamStart x; // //# 207: compile-time error
BadNamEnd x; // //# 208: compile-time error
BadNamStart x; // //# 209: compile-time error
BadNamMiddle x; // //# 210: compile-time error
}