define(['dart_sdk', 'packages/flutter/src/foundation/print.dart', 'packages/flutter/src/foundation/_platform_web.dart', 'packages/flutter/src/foundation/object.dart', 'packages/flutter/src/foundation/stack_frame.dart'], (function load__packages__flutter__src__foundation__debug_dart(dart_sdk, packages__flutter__src__foundation__print$46dart, packages__flutter__src__foundation___platform_web$46dart, packages__flutter__src__foundation__object$46dart, packages__flutter__src__foundation__stack_frame$46dart) {
'use strict';
const core = dart_sdk.core;
const async = dart_sdk.async;
const _interceptors = dart_sdk._interceptors;
const _internal = dart_sdk._internal;
const _js_helper = dart_sdk._js_helper;
const math = dart_sdk.math;
const dart = dart_sdk.dart;
const dartx = dart_sdk.dartx;
const print = packages__flutter__src__foundation__print$46dart.src__foundation__print;
const platform = packages__flutter__src__foundation___platform_web$46dart.src__foundation__platform;
const object$ = packages__flutter__src__foundation__object$46dart.src__foundation__object;
const stack_frame = packages__flutter__src__foundation__stack_frame$46dart.src__foundation__stack_frame;
var debug = Object.create(dart.library);
var diagnostics$ = Object.create(dart.library);
var assertions = Object.create(dart.library);
var $toStringAsPrecision = dartx.toStringAsPrecision;
var $toStringAsFixed = dartx.toStringAsFixed;
var $times = dartx['*'];
var $isEmpty = dartx.isEmpty;
var $length = dartx.length;
var $clear = dartx.clear;
var $_get = dartx._get;
var $substring = dartx.substring;
var $split = dartx.split;
var $isNotEmpty = dartx.isNotEmpty;
var $last = dartx.last;
var $add = dartx.add;
var $trimRight = dartx.trimRight;
var $endsWith = dartx.endsWith;
var $toUpperCase = dartx.toUpperCase;
var $contains = dartx.contains;
var $where = dartx.where;
var $take = dartx.take;
var $toList = dartx.toList;
var $first = dartx.first;
var $_set = dartx._set;
var $runtimeType = dartx.runtimeType;
var $entries = dartx.entries;
var $map = dartx.map;
var $toString = dartx.toString;
var $isFinite = dartx.isFinite;
var $replaceAll = dartx.replaceAll;
var $clamp = dartx.clamp;
var $join = dartx.join;
var $values = dartx.values;
var $any = dartx.any;
var $hashCode = dartx.hashCode;
var $toUnsigned = dartx.toUnsigned;
var $toRadixString = dartx.toRadixString;
var $padLeft = dartx.padLeft;
var $indexOf = dartx.indexOf;
var $allMatches = dartx.allMatches;
var $startsWith = dartx.startsWith;
var $skip = dartx.skip;
var $setRange = dartx.setRange;
var $lastIndexOf = dartx.lastIndexOf;
var $trimLeft = dartx.trimLeft;
var $cast = dartx.cast;
var $firstWhere = dartx.firstWhere;
var $skipWhile = dartx.skipWhile;
var $forEach = dartx.forEach;
var $addAll = dartx.addAll;
var $containsKey = dartx.containsKey;
var $update = dartx.update;
var $removeAt = dartx.removeAt;
var $sort = dartx.sort;
var $single = dartx.single;
var $whereType = dartx.whereType;
dart._checkModuleNullSafetyMode(false);
var T$ = {
StringN: () => (T$.StringN = dart.constFn(dart.nullable(core.String)))(),
intN: () => (T$.intN = dart.constFn(dart.nullable(core.int)))(),
StringN__Tovoid: () => (T$.StringN__Tovoid = dart.constFn(dart.fnType(dart.void, [T$.StringN()], {wrapWidth: T$.intN()}, {})))(),
VoidTobool: () => (T$.VoidTobool = dart.constFn(dart.fnType(core.bool, [])))(),
StringL: () => (T$.StringL = dart.constFn(dart.legacy(core.String)))(),
DiagnosticLevelL: () => (T$.DiagnosticLevelL = dart.constFn(dart.legacy(diagnostics$.DiagnosticLevel)))(),
DiagnosticsTreeStyleL: () => (T$.DiagnosticsTreeStyleL = dart.constFn(dart.legacy(diagnostics$.DiagnosticsTreeStyle)))(),
_WordWrapParseModeL: () => (T$._WordWrapParseModeL = dart.constFn(dart.legacy(diagnostics$._WordWrapParseMode)))(),
JSArrayOfint: () => (T$.JSArrayOfint = dart.constFn(_interceptors.JSArray$(core.int)))(),
VoidToint: () => (T$.VoidToint = dart.constFn(dart.fnType(core.int, [])))(),
intTodynamic: () => (T$.intTodynamic = dart.constFn(dart.fnType(dart.dynamic, [core.int])))(),
intTobool: () => (T$.intTobool = dart.constFn(dart.fnType(core.bool, [core.int])))(),
SyncIterableOfString: () => (T$.SyncIterableOfString = dart.constFn(_js_helper.SyncIterable$(core.String)))(),
JSArrayOfString: () => (T$.JSArrayOfString = dart.constFn(_interceptors.JSArray$(core.String)))(),
DiagnosticsNodeTovoid: () => (T$.DiagnosticsNodeTovoid = dart.constFn(dart.fnType(dart.void, [diagnostics$.DiagnosticsNode])))(),
DiagnosticsNodeTobool: () => (T$.DiagnosticsNodeTobool = dart.constFn(dart.fnType(core.bool, [diagnostics$.DiagnosticsNode])))(),
DiagnosticsPropertyOfvoid: () => (T$.DiagnosticsPropertyOfvoid = dart.constFn(diagnostics$.DiagnosticsProperty$(dart.void)))(),
ObjectN: () => (T$.ObjectN = dart.constFn(dart.nullable(core.Object)))(),
IdentityMapOfString$ObjectN: () => (T$.IdentityMapOfString$ObjectN = dart.constFn(_js_helper.IdentityMap$(core.String, T$.ObjectN())))(),
MapOfStringL$ObjectN: () => (T$.MapOfStringL$ObjectN = dart.constFn(core.Map$(T$.StringL(), T$.ObjectN())))(),
MapLOfStringL$ObjectN: () => (T$.MapLOfStringL$ObjectN = dart.constFn(dart.legacy(T$.MapOfStringL$ObjectN())))(),
MapOfString$ObjectN: () => (T$.MapOfString$ObjectN = dart.constFn(core.Map$(core.String, T$.ObjectN())))(),
DiagnosticsNodeToMapOfString$ObjectN: () => (T$.DiagnosticsNodeToMapOfString$ObjectN = dart.constFn(dart.fnType(T$.MapOfString$ObjectN(), [diagnostics$.DiagnosticsNode])))(),
DiagnosticsNodeL: () => (T$.DiagnosticsNodeL = dart.constFn(dart.legacy(diagnostics$.DiagnosticsNode)))(),
DiagnosticableNodeOfDiagnosticable: () => (T$.DiagnosticableNodeOfDiagnosticable = dart.constFn(diagnostics$.DiagnosticableNode$(diagnostics$.Diagnosticable)))(),
JSArrayOfDiagnosticsNode: () => (T$.JSArrayOfDiagnosticsNode = dart.constFn(_interceptors.JSArray$(diagnostics$.DiagnosticsNode)))(),
ListOfString: () => (T$.ListOfString = dart.constFn(core.List$(core.String)))(),
JSArrayOfObject: () => (T$.JSArrayOfObject = dart.constFn(_interceptors.JSArray$(core.Object)))(),
VoidToString: () => (T$.VoidToString = dart.constFn(dart.fnType(core.String, [])))(),
DiagnosticsNodeN: () => (T$.DiagnosticsNodeN = dart.constFn(dart.nullable(diagnostics$.DiagnosticsNode)))(),
DiagnosticsNodeNTobool: () => (T$.DiagnosticsNodeNTobool = dart.constFn(dart.fnType(core.bool, [T$.DiagnosticsNodeN()])))(),
VoidToNull: () => (T$.VoidToNull = dart.constFn(dart.fnType(core.Null, [])))(),
StackFrameTobool: () => (T$.StackFrameTobool = dart.constFn(dart.fnType(core.bool, [stack_frame.StackFrame])))(),
IterableOfDiagnosticsNode: () => (T$.IterableOfDiagnosticsNode = dart.constFn(core.Iterable$(diagnostics$.DiagnosticsNode)))(),
IterableOfDiagnosticsNodeToIterableOfDiagnosticsNode: () => (T$.IterableOfDiagnosticsNodeToIterableOfDiagnosticsNode = dart.constFn(dart.fnType(T$.IterableOfDiagnosticsNode(), [T$.IterableOfDiagnosticsNode()])))(),
JSArrayOfIterableOfDiagnosticsNodeToIterableOfDiagnosticsNode: () => (T$.JSArrayOfIterableOfDiagnosticsNodeToIterableOfDiagnosticsNode = dart.constFn(_interceptors.JSArray$(T$.IterableOfDiagnosticsNodeToIterableOfDiagnosticsNode())))(),
DiagnosticsPropertyOfFlutterError: () => (T$.DiagnosticsPropertyOfFlutterError = dart.constFn(diagnostics$.DiagnosticsProperty$(assertions.FlutterError)))(),
DiagnosticsPropertyOfDiagnosticsNode: () => (T$.DiagnosticsPropertyOfDiagnosticsNode = dart.constFn(diagnostics$.DiagnosticsProperty$(diagnostics$.DiagnosticsNode)))(),
StringToErrorDescription: () => (T$.StringToErrorDescription = dart.constFn(dart.fnType(assertions.ErrorDescription, [core.String])))(),
IdentityMapOfString$int: () => (T$.IdentityMapOfString$int = dart.constFn(_js_helper.IdentityMap$(core.String, core.int)))(),
intToint: () => (T$.intToint = dart.constFn(dart.fnType(core.int, [core.int])))(),
ListOfStringN: () => (T$.ListOfStringN = dart.constFn(core.List$(T$.StringN())))(),
DiagnosticsNodeToString: () => (T$.DiagnosticsNodeToString = dart.constFn(dart.fnType(core.String, [diagnostics$.DiagnosticsNode])))(),
FlutterErrorDetailsTovoid: () => (T$.FlutterErrorDetailsTovoid = dart.constFn(dart.fnType(dart.void, [assertions.FlutterErrorDetails])))(),
StackTraceToStackTrace: () => (T$.StackTraceToStackTrace = dart.constFn(dart.fnType(core.StackTrace, [core.StackTrace])))(),
FlutterErrorDetails__Tovoid: () => (T$.FlutterErrorDetails__Tovoid = dart.constFn(dart.fnType(dart.void, [assertions.FlutterErrorDetails], {forceReport: core.bool}, {})))(),
JSArrayOfStackFilter: () => (T$.JSArrayOfStackFilter = dart.constFn(_interceptors.JSArray$(assertions.StackFilter)))(),
IterableOfString: () => (T$.IterableOfString = dart.constFn(core.Iterable$(core.String)))(),
IterableOfStringToIterableOfString: () => (T$.IterableOfStringToIterableOfString = dart.constFn(dart.fnType(T$.IterableOfString(), [T$.IterableOfString()])))(),
StringToDiagnosticsNode: () => (T$.StringToDiagnosticsNode = dart.constFn(dart.fnType(diagnostics$.DiagnosticsNode, [core.String])))(),
StringTobool: () => (T$.StringTobool = dart.constFn(dart.fnType(core.bool, [core.String])))()
};
var T$Eval = Object.assign({
_: () => T$Eval
}, T$);
var S = {
_: () => S
};
var S$Eval = Object.assign({
_: () => S$Eval
}, S);
const CT = Object.create({
_: () => (C, CT)
});
dart.defineLazy(CT, {
get C0() {
return C[0] = dart.fn(print.debugPrintThrottled, T$.StringN__Tovoid());
},
get C1() {
return C[1] = dart.constMap(T$.StringL(), T$.StringL(), ["mode", "basic"]);
},
get C2() {
return C[2] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.hidden",
index: 0
});
},
get C3() {
return C[3] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.fine",
index: 1
});
},
get C4() {
return C[4] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.debug",
index: 2
});
},
get C5() {
return C[5] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.info",
index: 3
});
},
get C6() {
return C[6] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.warning",
index: 4
});
},
get C7() {
return C[7] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.hint",
index: 5
});
},
get C8() {
return C[8] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.summary",
index: 6
});
},
get C9() {
return C[9] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.error",
index: 7
});
},
get C10() {
return C[10] = dart.const({
__proto__: diagnostics$.DiagnosticLevel.prototype,
[_name$]: "DiagnosticLevel.off",
index: 8
});
},
get C11() {
return C[11] = dart.constList([C[2] || CT.C2, C[3] || CT.C3, C[4] || CT.C4, C[5] || CT.C5, C[6] || CT.C6, C[7] || CT.C7, C[8] || CT.C8, C[9] || CT.C9, C[10] || CT.C10], T$.DiagnosticLevelL());
},
get C12() {
return C[12] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.none",
index: 0
});
},
get C13() {
return C[13] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.sparse",
index: 1
});
},
get C14() {
return C[14] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.offstage",
index: 2
});
},
get C15() {
return C[15] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.dense",
index: 3
});
},
get C16() {
return C[16] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.transition",
index: 4
});
},
get C17() {
return C[17] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.error",
index: 5
});
},
get C18() {
return C[18] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.whitespace",
index: 6
});
},
get C19() {
return C[19] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.flat",
index: 7
});
},
get C20() {
return C[20] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.singleLine",
index: 8
});
},
get C21() {
return C[21] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.errorProperty",
index: 9
});
},
get C22() {
return C[22] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.shallow",
index: 10
});
},
get C23() {
return C[23] = dart.const({
__proto__: diagnostics$.DiagnosticsTreeStyle.prototype,
[_name$]: "DiagnosticsTreeStyle.truncateChildren",
index: 11
});
},
get C24() {
return C[24] = dart.constList([C[12] || CT.C12, C[13] || CT.C13, C[14] || CT.C14, C[15] || CT.C15, C[16] || CT.C16, C[17] || CT.C17, C[18] || CT.C18, C[19] || CT.C19, C[20] || CT.C20, C[21] || CT.C21, C[22] || CT.C22, C[23] || CT.C23], T$.DiagnosticsTreeStyleL());
},
get C25() {
return C[25] = dart.const({
__proto__: diagnostics$._WordWrapParseMode.prototype,
[_name$]: "_WordWrapParseMode.inSpace",
index: 0
});
},
get C26() {
return C[26] = dart.const({
__proto__: diagnostics$._WordWrapParseMode.prototype,
[_name$]: "_WordWrapParseMode.inWord",
index: 1
});
},
get C27() {
return C[27] = dart.const({
__proto__: diagnostics$._WordWrapParseMode.prototype,
[_name$]: "_WordWrapParseMode.atBreak",
index: 2
});
},
get C28() {
return C[28] = dart.constList([C[25] || CT.C25, C[26] || CT.C26, C[27] || CT.C27], T$._WordWrapParseModeL());
},
get C29() {
return C[29] = dart.constList([], T$.MapLOfStringL$ObjectN());
},
get C30() {
return C[30] = dart.const({
__proto__: diagnostics$._NoDefaultValue.prototype
});
},
get C31() {
return C[31] = dart.constList([], T$.DiagnosticsNodeL());
},
get C32() {
return C[32] = dart.constMap(T$.StringL(), T$.ObjectN(), []);
},
get C33() {
return C[33] = dart.const({
__proto__: assertions.PartialStackFrame.prototype,
[method$]: "asynchronous suspension",
[className$]: "",
[$package$]: ""
});
},
get C34() {
return C[34] = dart.fn(assertions.FlutterError.dumpErrorToConsole, T$.FlutterErrorDetails__Tovoid());
},
get C35() {
return C[35] = dart.fn(assertions.FlutterError.defaultStackFilter, T$.IterableOfStringToIterableOfString());
},
get C36() {
return C[36] = dart.fn(assertions.DiagnosticsStackTrace._createStackFrame, T$.StringToDiagnosticsNode());
}
}, false);
var C = Array(37).fill(void 0);
var I = [
"file:///C:/Users/Luca/Documents/flutter/flutter_windows_1.22.5-stable/flutter/packages/flutter/lib/src/foundation/debug.dart",
"file:///C:/Users/Luca/Documents/flutter/flutter_windows_1.22.5-stable/flutter/packages/flutter/lib/src/foundation/diagnostics.dart",
"package:flutter/src/foundation/diagnostics.dart",
"file:///C:/Users/Luca/Documents/flutter/flutter_windows_1.22.5-stable/flutter/packages/flutter/lib/src/foundation/assertions.dart",
"package:flutter/src/foundation/assertions.dart"
];
debug.debugAssertAllFoundationVarsUnset = function debugAssertAllFoundationVarsUnset(reason, opts) {
if (reason == null) dart.nullFailed(I[0], 24, 47, "reason");
let debugPrintOverride = opts && 'debugPrintOverride' in opts ? opts.debugPrintOverride : C[0] || CT.C0;
if (debugPrintOverride == null) dart.nullFailed(I[0], 24, 76, "debugPrintOverride");
if (!dart.test(dart.fn(() => {
if (!dart.equals(print.debugPrint, debugPrintOverride) || platform.debugDefaultTargetPlatformOverride != null || debug.debugDoublePrecision != null || debug.debugBrightnessOverride != null) dart.throw(assertions.FlutterError.new(reason));
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[0], 25, 10, "() {\r\n if (debugPrint != debugPrintOverride ||\r\n debugDefaultTargetPlatformOverride != null ||\r\n debugDoublePrecision != null ||\r\n debugBrightnessOverride != null)\r\n throw FlutterError(reason);\r\n return true;\r\n }()");
return true;
};
debug.debugInstrumentAction = function debugInstrumentAction(T, description, action) {
if (description == null) dart.nullFailed(I[0], 54, 43, "description");
if (action == null) dart.nullFailed(I[0], 54, 66, "action");
return async.async(T, function* debugInstrumentAction() {
let t0;
let instrument = false;
if (!dart.test(dart.fn(() => {
instrument = debug.debugInstrumentationEnabled;
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[0], 56, 10, "() {\r\n instrument = debugInstrumentationEnabled;\r\n return true;\r\n }()");
if (dart.test(instrument)) {
let stopwatch = (t0 = new core.Stopwatch.new(), (() => {
t0.start();
return t0;
})());
try {
return yield action();
} finally {
stopwatch.stop();
print.debugPrint("Action \"" + dart.str(description) + "\" took " + dart.str(stopwatch.elapsed));
}
} else {
return action();
}
});
};
debug.debugFormatDouble = function debugFormatDouble(value) {
if (value == null) {
return "null";
}
if (debug.debugDoublePrecision != null) {
return value[$toStringAsPrecision](dart.nullCheck(debug.debugDoublePrecision));
}
return value[$toStringAsFixed](1);
};
dart.defineLazy(debug, {
/*debug.debugInstrumentationEnabled*/get debugInstrumentationEnabled() {
return false;
},
set debugInstrumentationEnabled(_) {},
/*debug.timelineArgumentsIndicatingLandmarkEvent*/get timelineArgumentsIndicatingLandmarkEvent() {
return C[1] || CT.C1;
},
/*debug.debugDoublePrecision*/get debugDoublePrecision() {
return null;
},
set debugDoublePrecision(_) {},
/*debug.debugBrightnessOverride*/get debugBrightnessOverride() {
return null;
},
set debugBrightnessOverride(_) {},
/*debug.activeDevToolsServerAddress*/get activeDevToolsServerAddress() {
return null;
},
set activeDevToolsServerAddress(_) {},
/*debug.connectedVmServiceUri*/get connectedVmServiceUri() {
return null;
},
set connectedVmServiceUri(_) {}
}, false);
var _name$ = dart.privateName(diagnostics$, "_name");
diagnostics$.DiagnosticLevel = class DiagnosticLevel extends core.Object {
toString() {
return this[_name$];
}
};
(diagnostics$.DiagnosticLevel.new = function(index, _name) {
if (index == null) dart.nullFailed(I[1], 28, 6, "index");
if (_name == null) dart.nullFailed(I[1], 28, 6, "_name");
this.index = index;
this[_name$] = _name;
;
}).prototype = diagnostics$.DiagnosticLevel.prototype;
dart.addTypeTests(diagnostics$.DiagnosticLevel);
dart.addTypeCaches(diagnostics$.DiagnosticLevel);
dart.setLibraryUri(diagnostics$.DiagnosticLevel, I[2]);
dart.setFieldSignature(diagnostics$.DiagnosticLevel, () => ({
__proto__: dart.getFields(diagnostics$.DiagnosticLevel.__proto__),
index: dart.finalFieldType(core.int),
[_name$]: dart.finalFieldType(core.String)
}));
dart.defineExtensionMethods(diagnostics$.DiagnosticLevel, ['toString']);
diagnostics$.DiagnosticLevel.hidden = C[2] || CT.C2;
diagnostics$.DiagnosticLevel.fine = C[3] || CT.C3;
diagnostics$.DiagnosticLevel.debug = C[4] || CT.C4;
diagnostics$.DiagnosticLevel.info = C[5] || CT.C5;
diagnostics$.DiagnosticLevel.warning = C[6] || CT.C6;
diagnostics$.DiagnosticLevel.hint = C[7] || CT.C7;
diagnostics$.DiagnosticLevel.summary = C[8] || CT.C8;
diagnostics$.DiagnosticLevel.error = C[9] || CT.C9;
diagnostics$.DiagnosticLevel.off = C[10] || CT.C10;
diagnostics$.DiagnosticLevel.values = C[11] || CT.C11;
diagnostics$.DiagnosticsTreeStyle = class DiagnosticsTreeStyle extends core.Object {
toString() {
return this[_name$];
}
};
(diagnostics$.DiagnosticsTreeStyle.new = function(index, _name) {
if (index == null) dart.nullFailed(I[1], 100, 6, "index");
if (_name == null) dart.nullFailed(I[1], 100, 6, "_name");
this.index = index;
this[_name$] = _name;
;
}).prototype = diagnostics$.DiagnosticsTreeStyle.prototype;
dart.addTypeTests(diagnostics$.DiagnosticsTreeStyle);
dart.addTypeCaches(diagnostics$.DiagnosticsTreeStyle);
dart.setLibraryUri(diagnostics$.DiagnosticsTreeStyle, I[2]);
dart.setFieldSignature(diagnostics$.DiagnosticsTreeStyle, () => ({
__proto__: dart.getFields(diagnostics$.DiagnosticsTreeStyle.__proto__),
index: dart.finalFieldType(core.int),
[_name$]: dart.finalFieldType(core.String)
}));
dart.defineExtensionMethods(diagnostics$.DiagnosticsTreeStyle, ['toString']);
diagnostics$.DiagnosticsTreeStyle.none = C[12] || CT.C12;
diagnostics$.DiagnosticsTreeStyle.sparse = C[13] || CT.C13;
diagnostics$.DiagnosticsTreeStyle.offstage = C[14] || CT.C14;
diagnostics$.DiagnosticsTreeStyle.dense = C[15] || CT.C15;
diagnostics$.DiagnosticsTreeStyle.transition = C[16] || CT.C16;
diagnostics$.DiagnosticsTreeStyle.error = C[17] || CT.C17;
diagnostics$.DiagnosticsTreeStyle.whitespace = C[18] || CT.C18;
diagnostics$.DiagnosticsTreeStyle.flat = C[19] || CT.C19;
diagnostics$.DiagnosticsTreeStyle.singleLine = C[20] || CT.C20;
diagnostics$.DiagnosticsTreeStyle.errorProperty = C[21] || CT.C21;
diagnostics$.DiagnosticsTreeStyle.shallow = C[22] || CT.C22;
diagnostics$.DiagnosticsTreeStyle.truncateChildren = C[23] || CT.C23;
diagnostics$.DiagnosticsTreeStyle.values = C[24] || CT.C24;
var prefixLineOne$ = dart.privateName(diagnostics$, "TextTreeConfiguration.prefixLineOne");
var suffixLineOne$ = dart.privateName(diagnostics$, "TextTreeConfiguration.suffixLineOne");
var prefixOtherLines$ = dart.privateName(diagnostics$, "TextTreeConfiguration.prefixOtherLines");
var prefixLastChildLineOne$ = dart.privateName(diagnostics$, "TextTreeConfiguration.prefixLastChildLineOne");
var prefixOtherLinesRootNode$ = dart.privateName(diagnostics$, "TextTreeConfiguration.prefixOtherLinesRootNode");
var propertyPrefixIfChildren$ = dart.privateName(diagnostics$, "TextTreeConfiguration.propertyPrefixIfChildren");
var propertyPrefixNoChildren$ = dart.privateName(diagnostics$, "TextTreeConfiguration.propertyPrefixNoChildren");
var linkCharacter$ = dart.privateName(diagnostics$, "TextTreeConfiguration.linkCharacter");
var childLinkSpace = dart.privateName(diagnostics$, "TextTreeConfiguration.childLinkSpace");
var lineBreak$ = dart.privateName(diagnostics$, "TextTreeConfiguration.lineBreak");
var lineBreakProperties$ = dart.privateName(diagnostics$, "TextTreeConfiguration.lineBreakProperties");
var beforeName$ = dart.privateName(diagnostics$, "TextTreeConfiguration.beforeName");
var afterName$ = dart.privateName(diagnostics$, "TextTreeConfiguration.afterName");
var afterDescriptionIfBody$ = dart.privateName(diagnostics$, "TextTreeConfiguration.afterDescriptionIfBody");
var afterDescription$ = dart.privateName(diagnostics$, "TextTreeConfiguration.afterDescription");
var beforeProperties$ = dart.privateName(diagnostics$, "TextTreeConfiguration.beforeProperties");
var afterProperties$ = dart.privateName(diagnostics$, "TextTreeConfiguration.afterProperties");
var mandatoryAfterProperties$ = dart.privateName(diagnostics$, "TextTreeConfiguration.mandatoryAfterProperties");
var propertySeparator$ = dart.privateName(diagnostics$, "TextTreeConfiguration.propertySeparator");
var bodyIndent$ = dart.privateName(diagnostics$, "TextTreeConfiguration.bodyIndent");
var showChildren$ = dart.privateName(diagnostics$, "TextTreeConfiguration.showChildren");
var addBlankLineIfNoChildren$ = dart.privateName(diagnostics$, "TextTreeConfiguration.addBlankLineIfNoChildren");
var isNameOnOwnLine$ = dart.privateName(diagnostics$, "TextTreeConfiguration.isNameOnOwnLine");
var footer$ = dart.privateName(diagnostics$, "TextTreeConfiguration.footer");
var mandatoryFooter$ = dart.privateName(diagnostics$, "TextTreeConfiguration.mandatoryFooter");
var isBlankLineBetweenPropertiesAndChildren$ = dart.privateName(diagnostics$, "TextTreeConfiguration.isBlankLineBetweenPropertiesAndChildren");
diagnostics$.TextTreeConfiguration = class TextTreeConfiguration extends core.Object {
get prefixLineOne() {
return this[prefixLineOne$];
}
set prefixLineOne(value) {
super.prefixLineOne = value;
}
get suffixLineOne() {
return this[suffixLineOne$];
}
set suffixLineOne(value) {
super.suffixLineOne = value;
}
get prefixOtherLines() {
return this[prefixOtherLines$];
}
set prefixOtherLines(value) {
super.prefixOtherLines = value;
}
get prefixLastChildLineOne() {
return this[prefixLastChildLineOne$];
}
set prefixLastChildLineOne(value) {
super.prefixLastChildLineOne = value;
}
get prefixOtherLinesRootNode() {
return this[prefixOtherLinesRootNode$];
}
set prefixOtherLinesRootNode(value) {
super.prefixOtherLinesRootNode = value;
}
get propertyPrefixIfChildren() {
return this[propertyPrefixIfChildren$];
}
set propertyPrefixIfChildren(value) {
super.propertyPrefixIfChildren = value;
}
get propertyPrefixNoChildren() {
return this[propertyPrefixNoChildren$];
}
set propertyPrefixNoChildren(value) {
super.propertyPrefixNoChildren = value;
}
get linkCharacter() {
return this[linkCharacter$];
}
set linkCharacter(value) {
super.linkCharacter = value;
}
get childLinkSpace() {
return this[childLinkSpace];
}
set childLinkSpace(value) {
super.childLinkSpace = value;
}
get lineBreak() {
return this[lineBreak$];
}
set lineBreak(value) {
super.lineBreak = value;
}
get lineBreakProperties() {
return this[lineBreakProperties$];
}
set lineBreakProperties(value) {
super.lineBreakProperties = value;
}
get beforeName() {
return this[beforeName$];
}
set beforeName(value) {
super.beforeName = value;
}
get afterName() {
return this[afterName$];
}
set afterName(value) {
super.afterName = value;
}
get afterDescriptionIfBody() {
return this[afterDescriptionIfBody$];
}
set afterDescriptionIfBody(value) {
super.afterDescriptionIfBody = value;
}
get afterDescription() {
return this[afterDescription$];
}
set afterDescription(value) {
super.afterDescription = value;
}
get beforeProperties() {
return this[beforeProperties$];
}
set beforeProperties(value) {
super.beforeProperties = value;
}
get afterProperties() {
return this[afterProperties$];
}
set afterProperties(value) {
super.afterProperties = value;
}
get mandatoryAfterProperties() {
return this[mandatoryAfterProperties$];
}
set mandatoryAfterProperties(value) {
super.mandatoryAfterProperties = value;
}
get propertySeparator() {
return this[propertySeparator$];
}
set propertySeparator(value) {
super.propertySeparator = value;
}
get bodyIndent() {
return this[bodyIndent$];
}
set bodyIndent(value) {
super.bodyIndent = value;
}
get showChildren() {
return this[showChildren$];
}
set showChildren(value) {
super.showChildren = value;
}
get addBlankLineIfNoChildren() {
return this[addBlankLineIfNoChildren$];
}
set addBlankLineIfNoChildren(value) {
super.addBlankLineIfNoChildren = value;
}
get isNameOnOwnLine() {
return this[isNameOnOwnLine$];
}
set isNameOnOwnLine(value) {
super.isNameOnOwnLine = value;
}
get footer() {
return this[footer$];
}
set footer(value) {
super.footer = value;
}
get mandatoryFooter() {
return this[mandatoryFooter$];
}
set mandatoryFooter(value) {
super.mandatoryFooter = value;
}
get isBlankLineBetweenPropertiesAndChildren() {
return this[isBlankLineBetweenPropertiesAndChildren$];
}
set isBlankLineBetweenPropertiesAndChildren(value) {
super.isBlankLineBetweenPropertiesAndChildren = value;
}
};
(diagnostics$.TextTreeConfiguration.new = function(opts) {
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : null;
if (prefixLineOne == null) dart.nullFailed(I[1], 204, 19, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
if (prefixOtherLines == null) dart.nullFailed(I[1], 205, 19, "prefixOtherLines");
let prefixLastChildLineOne = opts && 'prefixLastChildLineOne' in opts ? opts.prefixLastChildLineOne : null;
if (prefixLastChildLineOne == null) dart.nullFailed(I[1], 206, 19, "prefixLastChildLineOne");
let prefixOtherLinesRootNode = opts && 'prefixOtherLinesRootNode' in opts ? opts.prefixOtherLinesRootNode : null;
if (prefixOtherLinesRootNode == null) dart.nullFailed(I[1], 207, 19, "prefixOtherLinesRootNode");
let linkCharacter = opts && 'linkCharacter' in opts ? opts.linkCharacter : null;
if (linkCharacter == null) dart.nullFailed(I[1], 208, 19, "linkCharacter");
let propertyPrefixIfChildren = opts && 'propertyPrefixIfChildren' in opts ? opts.propertyPrefixIfChildren : null;
if (propertyPrefixIfChildren == null) dart.nullFailed(I[1], 209, 19, "propertyPrefixIfChildren");
let propertyPrefixNoChildren = opts && 'propertyPrefixNoChildren' in opts ? opts.propertyPrefixNoChildren : null;
if (propertyPrefixNoChildren == null) dart.nullFailed(I[1], 210, 19, "propertyPrefixNoChildren");
let lineBreak = opts && 'lineBreak' in opts ? opts.lineBreak : "\n";
if (lineBreak == null) dart.nullFailed(I[1], 211, 10, "lineBreak");
let lineBreakProperties = opts && 'lineBreakProperties' in opts ? opts.lineBreakProperties : true;
if (lineBreakProperties == null) dart.nullFailed(I[1], 212, 10, "lineBreakProperties");
let afterName = opts && 'afterName' in opts ? opts.afterName : ":";
if (afterName == null) dart.nullFailed(I[1], 213, 10, "afterName");
let afterDescriptionIfBody = opts && 'afterDescriptionIfBody' in opts ? opts.afterDescriptionIfBody : "";
if (afterDescriptionIfBody == null) dart.nullFailed(I[1], 214, 10, "afterDescriptionIfBody");
let afterDescription = opts && 'afterDescription' in opts ? opts.afterDescription : "";
if (afterDescription == null) dart.nullFailed(I[1], 215, 10, "afterDescription");
let beforeProperties = opts && 'beforeProperties' in opts ? opts.beforeProperties : "";
if (beforeProperties == null) dart.nullFailed(I[1], 216, 10, "beforeProperties");
let afterProperties = opts && 'afterProperties' in opts ? opts.afterProperties : "";
if (afterProperties == null) dart.nullFailed(I[1], 217, 10, "afterProperties");
let mandatoryAfterProperties = opts && 'mandatoryAfterProperties' in opts ? opts.mandatoryAfterProperties : "";
if (mandatoryAfterProperties == null) dart.nullFailed(I[1], 218, 10, "mandatoryAfterProperties");
let propertySeparator = opts && 'propertySeparator' in opts ? opts.propertySeparator : "";
if (propertySeparator == null) dart.nullFailed(I[1], 219, 10, "propertySeparator");
let bodyIndent = opts && 'bodyIndent' in opts ? opts.bodyIndent : "";
if (bodyIndent == null) dart.nullFailed(I[1], 220, 10, "bodyIndent");
let footer = opts && 'footer' in opts ? opts.footer : "";
if (footer == null) dart.nullFailed(I[1], 221, 10, "footer");
let showChildren = opts && 'showChildren' in opts ? opts.showChildren : true;
if (showChildren == null) dart.nullFailed(I[1], 222, 10, "showChildren");
let addBlankLineIfNoChildren = opts && 'addBlankLineIfNoChildren' in opts ? opts.addBlankLineIfNoChildren : true;
if (addBlankLineIfNoChildren == null) dart.nullFailed(I[1], 223, 10, "addBlankLineIfNoChildren");
let isNameOnOwnLine = opts && 'isNameOnOwnLine' in opts ? opts.isNameOnOwnLine : false;
if (isNameOnOwnLine == null) dart.nullFailed(I[1], 224, 10, "isNameOnOwnLine");
let isBlankLineBetweenPropertiesAndChildren = opts && 'isBlankLineBetweenPropertiesAndChildren' in opts ? opts.isBlankLineBetweenPropertiesAndChildren : true;
if (isBlankLineBetweenPropertiesAndChildren == null) dart.nullFailed(I[1], 225, 10, "isBlankLineBetweenPropertiesAndChildren");
let beforeName = opts && 'beforeName' in opts ? opts.beforeName : "";
if (beforeName == null) dart.nullFailed(I[1], 226, 10, "beforeName");
let suffixLineOne = opts && 'suffixLineOne' in opts ? opts.suffixLineOne : "";
if (suffixLineOne == null) dart.nullFailed(I[1], 227, 10, "suffixLineOne");
let mandatoryFooter = opts && 'mandatoryFooter' in opts ? opts.mandatoryFooter : "";
if (mandatoryFooter == null) dart.nullFailed(I[1], 228, 10, "mandatoryFooter");
this[prefixLineOne$] = prefixLineOne;
this[prefixOtherLines$] = prefixOtherLines;
this[prefixLastChildLineOne$] = prefixLastChildLineOne;
this[prefixOtherLinesRootNode$] = prefixOtherLinesRootNode;
this[linkCharacter$] = linkCharacter;
this[propertyPrefixIfChildren$] = propertyPrefixIfChildren;
this[propertyPrefixNoChildren$] = propertyPrefixNoChildren;
this[lineBreak$] = lineBreak;
this[lineBreakProperties$] = lineBreakProperties;
this[afterName$] = afterName;
this[afterDescriptionIfBody$] = afterDescriptionIfBody;
this[afterDescription$] = afterDescription;
this[beforeProperties$] = beforeProperties;
this[afterProperties$] = afterProperties;
this[mandatoryAfterProperties$] = mandatoryAfterProperties;
this[propertySeparator$] = propertySeparator;
this[bodyIndent$] = bodyIndent;
this[footer$] = footer;
this[showChildren$] = showChildren;
this[addBlankLineIfNoChildren$] = addBlankLineIfNoChildren;
this[isNameOnOwnLine$] = isNameOnOwnLine;
this[isBlankLineBetweenPropertiesAndChildren$] = isBlankLineBetweenPropertiesAndChildren;
this[beforeName$] = beforeName;
this[suffixLineOne$] = suffixLineOne;
this[mandatoryFooter$] = mandatoryFooter;
if (!(prefixLineOne != null)) dart.assertFailed(null, I[1], 229, 15, "prefixLineOne != null");
if (!(prefixOtherLines != null)) dart.assertFailed(null, I[1], 230, 15, "prefixOtherLines != null");
if (!(prefixLastChildLineOne != null)) dart.assertFailed(null, I[1], 231, 15, "prefixLastChildLineOne != null");
if (!(prefixOtherLinesRootNode != null)) dart.assertFailed(null, I[1], 232, 15, "prefixOtherLinesRootNode != null");
if (!(linkCharacter != null)) dart.assertFailed(null, I[1], 233, 15, "linkCharacter != null");
if (!(propertyPrefixIfChildren != null)) dart.assertFailed(null, I[1], 234, 15, "propertyPrefixIfChildren != null");
if (!(propertyPrefixNoChildren != null)) dart.assertFailed(null, I[1], 235, 15, "propertyPrefixNoChildren != null");
if (!(lineBreak != null)) dart.assertFailed(null, I[1], 236, 15, "lineBreak != null");
if (!(lineBreakProperties != null)) dart.assertFailed(null, I[1], 237, 15, "lineBreakProperties != null");
if (!(afterName != null)) dart.assertFailed(null, I[1], 238, 15, "afterName != null");
if (!(afterDescriptionIfBody != null)) dart.assertFailed(null, I[1], 239, 15, "afterDescriptionIfBody != null");
if (!(afterDescription != null)) dart.assertFailed(null, I[1], 240, 15, "afterDescription != null");
if (!(beforeProperties != null)) dart.assertFailed(null, I[1], 241, 15, "beforeProperties != null");
if (!(afterProperties != null)) dart.assertFailed(null, I[1], 242, 15, "afterProperties != null");
if (!(propertySeparator != null)) dart.assertFailed(null, I[1], 243, 15, "propertySeparator != null");
if (!(bodyIndent != null)) dart.assertFailed(null, I[1], 244, 15, "bodyIndent != null");
if (!(footer != null)) dart.assertFailed(null, I[1], 245, 15, "footer != null");
if (!(showChildren != null)) dart.assertFailed(null, I[1], 246, 15, "showChildren != null");
if (!(addBlankLineIfNoChildren != null)) dart.assertFailed(null, I[1], 247, 15, "addBlankLineIfNoChildren != null");
if (!(isNameOnOwnLine != null)) dart.assertFailed(null, I[1], 248, 15, "isNameOnOwnLine != null");
if (!(isBlankLineBetweenPropertiesAndChildren != null)) dart.assertFailed(null, I[1], 249, 15, "isBlankLineBetweenPropertiesAndChildren != null");
this[childLinkSpace] = " "[$times](linkCharacter.length);
;
}).prototype = diagnostics$.TextTreeConfiguration.prototype;
dart.addTypeTests(diagnostics$.TextTreeConfiguration);
dart.addTypeCaches(diagnostics$.TextTreeConfiguration);
dart.setLibraryUri(diagnostics$.TextTreeConfiguration, I[2]);
dart.setFieldSignature(diagnostics$.TextTreeConfiguration, () => ({
__proto__: dart.getFields(diagnostics$.TextTreeConfiguration.__proto__),
prefixLineOne: dart.finalFieldType(core.String),
suffixLineOne: dart.finalFieldType(core.String),
prefixOtherLines: dart.finalFieldType(core.String),
prefixLastChildLineOne: dart.finalFieldType(core.String),
prefixOtherLinesRootNode: dart.finalFieldType(core.String),
propertyPrefixIfChildren: dart.finalFieldType(core.String),
propertyPrefixNoChildren: dart.finalFieldType(core.String),
linkCharacter: dart.finalFieldType(core.String),
childLinkSpace: dart.finalFieldType(core.String),
lineBreak: dart.finalFieldType(core.String),
lineBreakProperties: dart.finalFieldType(core.bool),
beforeName: dart.finalFieldType(core.String),
afterName: dart.finalFieldType(core.String),
afterDescriptionIfBody: dart.finalFieldType(core.String),
afterDescription: dart.finalFieldType(core.String),
beforeProperties: dart.finalFieldType(core.String),
afterProperties: dart.finalFieldType(core.String),
mandatoryAfterProperties: dart.finalFieldType(core.String),
propertySeparator: dart.finalFieldType(core.String),
bodyIndent: dart.finalFieldType(core.String),
showChildren: dart.finalFieldType(core.bool),
addBlankLineIfNoChildren: dart.finalFieldType(core.bool),
isNameOnOwnLine: dart.finalFieldType(core.bool),
footer: dart.finalFieldType(core.String),
mandatoryFooter: dart.finalFieldType(core.String),
isBlankLineBetweenPropertiesAndChildren: dart.finalFieldType(core.bool)
}));
diagnostics$._WordWrapParseMode = class _WordWrapParseMode extends core.Object {
toString() {
return this[_name$];
}
};
(diagnostics$._WordWrapParseMode.new = function(index, _name) {
if (index == null) dart.nullFailed(I[1], 776, 6, "index");
if (_name == null) dart.nullFailed(I[1], 776, 6, "_name");
this.index = index;
this[_name$] = _name;
;
}).prototype = diagnostics$._WordWrapParseMode.prototype;
dart.addTypeTests(diagnostics$._WordWrapParseMode);
dart.addTypeCaches(diagnostics$._WordWrapParseMode);
dart.setLibraryUri(diagnostics$._WordWrapParseMode, I[2]);
dart.setFieldSignature(diagnostics$._WordWrapParseMode, () => ({
__proto__: dart.getFields(diagnostics$._WordWrapParseMode.__proto__),
index: dart.finalFieldType(core.int),
[_name$]: dart.finalFieldType(core.String)
}));
dart.defineExtensionMethods(diagnostics$._WordWrapParseMode, ['toString']);
diagnostics$._WordWrapParseMode.inSpace = C[25] || CT.C25;
diagnostics$._WordWrapParseMode.inWord = C[26] || CT.C26;
diagnostics$._WordWrapParseMode.atBreak = C[27] || CT.C27;
diagnostics$._WordWrapParseMode.values = C[28] || CT.C28;
var _nextPrefixOtherLines = dart.privateName(diagnostics$, "_nextPrefixOtherLines");
var _buffer = dart.privateName(diagnostics$, "_buffer");
var _currentLine = dart.privateName(diagnostics$, "_currentLine");
var _wrappableRanges = dart.privateName(diagnostics$, "_wrappableRanges");
var _numLines = dart.privateName(diagnostics$, "_numLines");
var _prefixOtherLines = dart.privateName(diagnostics$, "_prefixOtherLines");
var _getCurrentPrefix = dart.privateName(diagnostics$, "_getCurrentPrefix");
var _writeLine = dart.privateName(diagnostics$, "_writeLine");
var _finalizeLine = dart.privateName(diagnostics$, "_finalizeLine");
var _updatePrefix = dart.privateName(diagnostics$, "_updatePrefix");
diagnostics$._PrefixedStringBuilder = class _PrefixedStringBuilder extends core.Object {
get prefixOtherLines() {
let t0;
t0 = this[_nextPrefixOtherLines];
return t0 == null ? this[_prefixOtherLines] : t0;
}
set prefixOtherLines(prefix) {
this[_prefixOtherLines] = prefix;
this[_nextPrefixOtherLines] = null;
}
incrementPrefixOtherLines(suffix, opts) {
if (suffix == null) dart.nullFailed(I[1], 807, 41, "suffix");
let updateCurrentLine = opts && 'updateCurrentLine' in opts ? opts.updateCurrentLine : null;
if (updateCurrentLine == null) dart.nullFailed(I[1], 807, 64, "updateCurrentLine");
if (dart.test(this[_currentLine].isEmpty) || dart.test(updateCurrentLine)) {
this[_prefixOtherLines] = dart.nullCheck(this.prefixOtherLines) + dart.notNull(suffix);
this[_nextPrefixOtherLines] = null;
} else {
this[_nextPrefixOtherLines] = dart.nullCheck(this.prefixOtherLines) + dart.notNull(suffix);
}
}
get requiresMultipleLines() {
return dart.notNull(this[_numLines]) > 1 || this[_numLines] === 1 && dart.test(this[_currentLine].isNotEmpty) || dart.notNull(this[_currentLine].length) + dart.nullCheck(this[_getCurrentPrefix](true)).length > dart.nullCheck(this.wrapWidth);
}
get isCurrentLineEmpty() {
return this[_currentLine].isEmpty;
}
[_finalizeLine](addTrailingLineBreak) {
if (addTrailingLineBreak == null) dart.nullFailed(I[1], 834, 27, "addTrailingLineBreak");
let firstLine = this[_buffer].isEmpty;
let text = dart.toString(this[_currentLine]);
this[_currentLine].clear();
if (dart.test(this[_wrappableRanges][$isEmpty])) {
this[_writeLine](text, {includeLineBreak: addTrailingLineBreak, firstLine: firstLine});
return;
}
let lines = diagnostics$._PrefixedStringBuilder._wordWrapLine(text, this[_wrappableRanges], dart.nullCheck(this.wrapWidth), {startOffset: dart.test(firstLine) ? this.prefixLineOne.length : dart.nullCheck(this[_prefixOtherLines]).length, otherLineOffset: dart.test(firstLine) ? dart.nullCheck(this[_prefixOtherLines]).length : dart.nullCheck(this[_prefixOtherLines]).length});
let i = 0;
let length = lines[$length];
for (let line of lines) {
i = i + 1;
this[_writeLine](line, {includeLineBreak: dart.test(addTrailingLineBreak) || i < dart.notNull(length), firstLine: firstLine});
}
this[_wrappableRanges][$clear]();
}
static _wordWrapLine(message, wrapRanges, width, opts) {
if (message == null) dart.nullFailed(I[1], 878, 48, "message");
if (wrapRanges == null) dart.nullFailed(I[1], 878, 67, "wrapRanges");
if (width == null) dart.nullFailed(I[1], 878, 83, "width");
let startOffset = opts && 'startOffset' in opts ? opts.startOffset : 0;
if (startOffset == null) dart.nullFailed(I[1], 878, 96, "startOffset");
let otherLineOffset = opts && 'otherLineOffset' in opts ? opts.otherLineOffset : 0;
if (otherLineOffset == null) dart.nullFailed(I[1], 878, 117, "otherLineOffset");
return new (T$.SyncIterableOfString()).new(function* _wordWrapLine() {
if (message.length + dart.notNull(startOffset) < dart.notNull(width)) {
yield message;
return;
}
let startForLengthCalculations = -dart.notNull(startOffset);
let addPrefix = false;
let index = 0;
let mode = diagnostics$._WordWrapParseMode.inSpace;
let lastWordStart = null;
let lastWordStart$35isSet = false;
function lastWordStart$35get() {
return lastWordStart$35isSet ? lastWordStart : dart.throw(new _internal.LateError.localNI("lastWordStart"));
}
dart.fn(lastWordStart$35get, T$.VoidToint());
function lastWordStart$35set(t3) {
if (t3 == null) dart.nullFailed(I[1], 888, 14, "null");
lastWordStart$35isSet = true;
return lastWordStart = t3;
}
dart.fn(lastWordStart$35set, T$.intTodynamic());
let lastWordEnd = null;
let start = 0;
let currentChunk = 0;
function noWrap(index) {
if (index == null) dart.nullFailed(I[1], 895, 21, "index");
while (true) {
if (currentChunk >= dart.notNull(wrapRanges[$length])) return true;
if (dart.notNull(index) < dart.notNull(wrapRanges[$_get](currentChunk + 1))) break;
currentChunk = currentChunk + 2;
}
return dart.notNull(index) < dart.notNull(wrapRanges[$_get](currentChunk));
}
dart.fn(noWrap, T$.intTobool());
while (true) {
switch (mode) {
case C[25] || CT.C25:
{
while (index < message.length && message[$_get](index) === " ")
index = index + 1;
lastWordStart$35set(index);
mode = diagnostics$._WordWrapParseMode.inWord;
break;
}
case C[26] || CT.C26:
{
while (index < message.length && (message[$_get](index) !== " " || dart.test(noWrap(index))))
index = index + 1;
mode = diagnostics$._WordWrapParseMode.atBreak;
break;
}
case C[27] || CT.C27:
{
if (index - startForLengthCalculations > dart.notNull(width) || index === message.length) {
if (index - startForLengthCalculations <= dart.notNull(width) || lastWordEnd == null) {
lastWordEnd = index;
}
let line = message[$substring](start, lastWordEnd);
yield line;
addPrefix = true;
if (dart.notNull(lastWordEnd) >= message.length) return;
if (lastWordEnd === index) {
while (index < message.length && message[$_get](index) === " ")
index = index + 1;
start = index;
mode = diagnostics$._WordWrapParseMode.inWord;
} else {
if (!(dart.notNull(lastWordStart$35get()) > dart.notNull(lastWordEnd))) dart.assertFailed(null, I[1], 943, 22, "lastWordStart > lastWordEnd");
start = lastWordStart$35get();
mode = diagnostics$._WordWrapParseMode.atBreak;
}
startForLengthCalculations = dart.notNull(start) - dart.notNull(otherLineOffset);
if (!addPrefix) dart.assertFailed(null, I[1], 948, 20, "addPrefix");
lastWordEnd = null;
} else {
lastWordEnd = index;
mode = diagnostics$._WordWrapParseMode.inSpace;
}
break;
}
default:
{
dart.throw(new _internal.ReachabilityError.new("`null` encountered as case in a switch expression with a non-nullable enum type."));
}
}
}
});
}
write(s, opts) {
let t5;
if (s == null) dart.nullFailed(I[1], 966, 21, "s");
let allowWrap = opts && 'allowWrap' in opts ? opts.allowWrap : false;
if (allowWrap == null) dart.nullFailed(I[1], 966, 30, "allowWrap");
if (s[$isEmpty]) return;
let lines = s[$split]("\n");
for (let i = 0; i < dart.notNull(lines[$length]); i = i + 1) {
if (i > 0) {
this[_finalizeLine](true);
this[_updatePrefix]();
}
let line = lines[$_get](i);
if (line[$isNotEmpty]) {
if (dart.test(allowWrap) && this.wrapWidth != null) {
let wrapStart = this[_currentLine].length;
let wrapEnd = dart.notNull(wrapStart) + line.length;
if (dart.test(this[_wrappableRanges][$isNotEmpty]) && this[_wrappableRanges][$last] == wrapStart) {
this[_wrappableRanges][$last] = wrapEnd;
} else {
t5 = this[_wrappableRanges];
(() => {
t5[$add](wrapStart);
t5[$add](wrapEnd);
return t5;
})();
}
}
this[_currentLine].write(line);
}
}
}
[_updatePrefix]() {
if (this[_nextPrefixOtherLines] != null) {
this[_prefixOtherLines] = this[_nextPrefixOtherLines];
this[_nextPrefixOtherLines] = null;
}
}
[_writeLine](line, opts) {
if (line == null) dart.nullFailed(I[1], 1000, 12, "line");
let includeLineBreak = opts && 'includeLineBreak' in opts ? opts.includeLineBreak : null;
if (includeLineBreak == null) dart.nullFailed(I[1], 1001, 19, "includeLineBreak");
let firstLine = opts && 'firstLine' in opts ? opts.firstLine : null;
if (firstLine == null) dart.nullFailed(I[1], 1002, 19, "firstLine");
line = dart.str(this[_getCurrentPrefix](firstLine)) + dart.str(line);
this[_buffer].write(line[$trimRight]());
if (dart.test(includeLineBreak)) this[_buffer].write("\n");
this[_numLines] = dart.notNull(this[_numLines]) + 1;
}
[_getCurrentPrefix](firstLine) {
if (firstLine == null) dart.nullFailed(I[1], 1011, 34, "firstLine");
return dart.test(this[_buffer].isEmpty) ? this.prefixLineOne : dart.test(firstLine) ? this[_prefixOtherLines] : this[_prefixOtherLines];
}
writeRawLines(lines) {
if (lines == null) dart.nullFailed(I[1], 1017, 29, "lines");
if (lines[$isEmpty]) return;
if (dart.test(this[_currentLine].isNotEmpty)) {
this[_finalizeLine](true);
}
if (!dart.test(this[_currentLine].isEmpty)) dart.assertFailed(null, I[1], 1024, 13, "_currentLine.isEmpty");
this[_buffer].write(lines);
if (!lines[$endsWith]("\n")) this[_buffer].write("\n");
this[_numLines] = dart.notNull(this[_numLines]) + 1;
this[_updatePrefix]();
}
writeStretched(text, targetLineLength) {
if (text == null) dart.nullFailed(I[1], 1034, 30, "text");
if (targetLineLength == null) dart.nullFailed(I[1], 1034, 40, "targetLineLength");
this.write(text);
let currentLineLength = dart.notNull(this[_currentLine].length) + dart.nullCheck(this[_getCurrentPrefix](this[_buffer].isEmpty)).length;
if (!(dart.notNull(this[_currentLine].length) > 0)) dart.assertFailed(null, I[1], 1037, 13, "_currentLine.length > 0");
let targetLength = dart.notNull(targetLineLength) - currentLineLength;
if (targetLength > 0) {
if (!text[$isNotEmpty]) dart.assertFailed(null, I[1], 1040, 14, "text.isNotEmpty");
let lastChar = text[$_get](text.length - 1);
if (!(lastChar !== "\n")) dart.assertFailed(null, I[1], 1042, 14, "lastChar != '\\n'");
this[_currentLine].write(lastChar[$times](targetLength));
}
this[_wrappableRanges][$clear]();
}
build() {
if (dart.test(this[_currentLine].isNotEmpty)) this[_finalizeLine](false);
return dart.toString(this[_buffer]);
}
};
(diagnostics$._PrefixedStringBuilder.new = function(opts) {
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : null;
if (prefixLineOne == null) dart.nullFailed(I[1], 787, 19, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let wrapWidth = opts && 'wrapWidth' in opts ? opts.wrapWidth : null;
this[_nextPrefixOtherLines] = null;
this[_buffer] = new core.StringBuffer.new();
this[_currentLine] = new core.StringBuffer.new();
this[_wrappableRanges] = T$.JSArrayOfint().of([]);
this[_numLines] = 0;
this.prefixLineOne = prefixLineOne;
this.wrapWidth = wrapWidth;
this[_prefixOtherLines] = prefixOtherLines;
;
}).prototype = diagnostics$._PrefixedStringBuilder.prototype;
dart.addTypeTests(diagnostics$._PrefixedStringBuilder);
dart.addTypeCaches(diagnostics$._PrefixedStringBuilder);
dart.setMethodSignature(diagnostics$._PrefixedStringBuilder, () => ({
__proto__: dart.getMethods(diagnostics$._PrefixedStringBuilder.__proto__),
incrementPrefixOtherLines: dart.fnType(dart.void, [core.String], {}, {updateCurrentLine: core.bool}),
[_finalizeLine]: dart.fnType(dart.void, [core.bool]),
write: dart.fnType(dart.void, [core.String], {allowWrap: core.bool}, {}),
[_updatePrefix]: dart.fnType(dart.void, []),
[_writeLine]: dart.fnType(dart.void, [core.String], {}, {firstLine: core.bool, includeLineBreak: core.bool}),
[_getCurrentPrefix]: dart.fnType(dart.nullable(core.String), [core.bool]),
writeRawLines: dart.fnType(dart.void, [core.String]),
writeStretched: dart.fnType(dart.void, [core.String, core.int]),
build: dart.fnType(core.String, [])
}));
dart.setGetterSignature(diagnostics$._PrefixedStringBuilder, () => ({
__proto__: dart.getGetters(diagnostics$._PrefixedStringBuilder.__proto__),
prefixOtherLines: dart.nullable(core.String),
requiresMultipleLines: core.bool,
isCurrentLineEmpty: core.bool
}));
dart.setSetterSignature(diagnostics$._PrefixedStringBuilder, () => ({
__proto__: dart.getSetters(diagnostics$._PrefixedStringBuilder.__proto__),
prefixOtherLines: dart.nullable(core.String)
}));
dart.setLibraryUri(diagnostics$._PrefixedStringBuilder, I[2]);
dart.setFieldSignature(diagnostics$._PrefixedStringBuilder, () => ({
__proto__: dart.getFields(diagnostics$._PrefixedStringBuilder.__proto__),
prefixLineOne: dart.finalFieldType(core.String),
[_prefixOtherLines]: dart.fieldType(dart.nullable(core.String)),
[_nextPrefixOtherLines]: dart.fieldType(dart.nullable(core.String)),
wrapWidth: dart.finalFieldType(dart.nullable(core.int)),
[_buffer]: dart.finalFieldType(core.StringBuffer),
[_currentLine]: dart.finalFieldType(core.StringBuffer),
[_wrappableRanges]: dart.finalFieldType(core.List$(core.int)),
[_numLines]: dart.fieldType(core.int)
}));
diagnostics$._NoDefaultValue = class _NoDefaultValue extends core.Object {};
(diagnostics$._NoDefaultValue.new = function() {
;
}).prototype = diagnostics$._NoDefaultValue.prototype;
dart.addTypeTests(diagnostics$._NoDefaultValue);
dart.addTypeCaches(diagnostics$._NoDefaultValue);
dart.setLibraryUri(diagnostics$._NoDefaultValue, I[2]);
var _minLevel = dart.privateName(diagnostics$, "_minLevel");
var _wrapWidth = dart.privateName(diagnostics$, "_wrapWidth");
var _wrapWidthProperties = dart.privateName(diagnostics$, "_wrapWidthProperties");
var _maxDescendentsTruncatableNode = dart.privateName(diagnostics$, "_maxDescendentsTruncatableNode");
var _childTextConfiguration = dart.privateName(diagnostics$, "_childTextConfiguration");
var _debugRender = dart.privateName(diagnostics$, "_debugRender");
diagnostics$.TextTreeRenderer = class TextTreeRenderer extends core.Object {
[_childTextConfiguration](child, textStyle) {
if (child == null) dart.nullFailed(I[1], 1109, 21, "child");
if (textStyle == null) dart.nullFailed(I[1], 1110, 27, "textStyle");
let childStyle = child.style;
return dart.test(diagnostics$._isSingleLine(childStyle)) || childStyle == diagnostics$.DiagnosticsTreeStyle.errorProperty ? textStyle : child.textTreeConfiguration;
}
render(node, opts) {
if (node == null) dart.nullFailed(I[1], 1118, 21, "node");
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : "";
if (prefixLineOne == null) dart.nullFailed(I[1], 1119, 12, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (false) {
return "";
} else {
return this[_debugRender](node, {prefixLineOne: prefixLineOne, prefixOtherLines: prefixOtherLines, parentConfiguration: parentConfiguration});
}
}
[_debugRender](node, opts) {
let t5, t5$, t5$0;
if (node == null) dart.nullFailed(I[1], 1135, 21, "node");
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : "";
if (prefixLineOne == null) dart.nullFailed(I[1], 1136, 12, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let isSingleLine = dart.test(diagnostics$._isSingleLine(node.style)) && (t5 = parentConfiguration, t5 == null ? null : t5.lineBreakProperties) !== true;
prefixOtherLines == null ? prefixOtherLines = prefixLineOne : null;
if (node.linePrefix != null) {
prefixLineOne = dart.notNull(prefixLineOne) + dart.nullCheck(node.linePrefix);
prefixOtherLines = dart.notNull(prefixOtherLines) + dart.nullCheck(node.linePrefix);
}
let config = dart.nullCheck(node.textTreeConfiguration);
if (prefixOtherLines[$isEmpty]) prefixOtherLines = dart.notNull(prefixOtherLines) + dart.notNull(config.prefixOtherLinesRootNode);
if (node.style == diagnostics$.DiagnosticsTreeStyle.truncateChildren) {
let descendants = T$.JSArrayOfString().of([]);
let depth = 0;
let lines = 0;
function visitor(node) {
if (node == null) dart.nullFailed(I[1], 1159, 36, "node");
for (let child of node.getChildren()) {
if (lines < 25) {
depth = depth + 1;
descendants[$add](dart.str(prefixOtherLines) + " "[$times](depth) + dart.str(child));
if (depth < 5) visitor(child);
depth = depth - 1;
} else if (lines === 25) {
descendants[$add](dart.str(prefixOtherLines) + " ...(descendants list truncated after " + dart.str(lines) + " lines)");
}
lines = lines + 1;
}
}
dart.fn(visitor, T$.DiagnosticsNodeTovoid());
visitor(node);
let information = new core.StringBuffer.new(prefixLineOne);
if (lines > 1) {
information.writeln("This " + dart.str(node.name) + " had the following descendants (showing up to depth " + dart.str(5) + "):");
} else if (descendants[$length] === 1) {
information.writeln("This " + dart.str(node.name) + " had the following child:");
} else {
information.writeln("This " + dart.str(node.name) + " has no descendants.");
}
information.writeAll(descendants, "\n");
return information.toString();
}
let builder = new diagnostics$._PrefixedStringBuilder.new({prefixLineOne: prefixLineOne, prefixOtherLines: prefixOtherLines, wrapWidth: math.max(core.int, this[_wrapWidth], prefixOtherLines.length + dart.notNull(this[_wrapWidthProperties]))});
let children = node.getChildren();
let description = node.toDescription({parentConfiguration: parentConfiguration});
if (config.beforeName[$isNotEmpty]) {
builder.write(config.beforeName);
}
let wrapName = !isSingleLine && dart.test(node.allowNameWrap);
let wrapDescription = !isSingleLine && dart.test(node.allowWrap);
let uppercaseTitle = node.style == diagnostics$.DiagnosticsTreeStyle.error;
let name = node.name;
if (uppercaseTitle) {
name = (t5$ = name, t5$ == null ? null : t5$[$toUpperCase]());
}
if (description == null || description[$isEmpty]) {
if (dart.test(node.showName) && name != null) builder.write(name, {allowWrap: wrapName});
} else {
let includeName = false;
if (name != null && name[$isNotEmpty] && dart.test(node.showName)) {
includeName = true;
builder.write(name, {allowWrap: wrapName});
if (dart.test(node.showSeparator)) builder.write(config.afterName, {allowWrap: wrapName});
builder.write(dart.test(config.isNameOnOwnLine) || description[$contains]("\n") ? "\n" : " ", {allowWrap: wrapName});
}
if (!isSingleLine && dart.test(builder.requiresMultipleLines) && !dart.test(builder.isCurrentLineEmpty)) {
builder.write("\n");
}
if (includeName) {
builder.incrementPrefixOtherLines(dart.test(children[$isEmpty]) ? config.propertyPrefixNoChildren : config.propertyPrefixIfChildren, {updateCurrentLine: true});
}
if (uppercaseTitle) {
description = description[$toUpperCase]();
}
builder.write(description[$trimRight](), {allowWrap: wrapDescription});
if (!includeName) {
builder.incrementPrefixOtherLines(dart.test(children[$isEmpty]) ? config.propertyPrefixNoChildren : config.propertyPrefixIfChildren, {updateCurrentLine: false});
}
}
if (config.suffixLineOne[$isNotEmpty]) {
builder.writeStretched(config.suffixLineOne, dart.nullCheck(builder.wrapWidth));
}
let propertiesIterable = node.getProperties()[$where](dart.fn(n => {
if (n == null) dart.nullFailed(I[1], 1249, 30, "n");
return !dart.test(n.isFiltered(this[_minLevel]));
}, T$.DiagnosticsNodeTobool()));
let properties = null;
if (dart.notNull(this[_maxDescendentsTruncatableNode]) >= 0 && dart.test(node.allowTruncate)) {
if (dart.notNull(propertiesIterable[$length]) < dart.notNull(this[_maxDescendentsTruncatableNode])) {
properties = propertiesIterable[$take](this[_maxDescendentsTruncatableNode])[$toList]();
properties[$add](diagnostics$.DiagnosticsNode.message("..."));
} else {
properties = propertiesIterable[$toList]();
}
if (dart.notNull(this[_maxDescendentsTruncatableNode]) < dart.notNull(children[$length])) {
children = children[$take](this[_maxDescendentsTruncatableNode])[$toList]();
children[$add](diagnostics$.DiagnosticsNode.message("..."));
}
} else {
properties = propertiesIterable[$toList]();
}
if ((dart.test(properties[$isNotEmpty]) || dart.test(children[$isNotEmpty]) || node.emptyBodyDescription != null) && (dart.test(node.showSeparator) || (t5$0 = description, t5$0 == null ? null : t5$0[$isNotEmpty]) === true)) {
builder.write(config.afterDescriptionIfBody);
}
if (dart.test(config.lineBreakProperties)) builder.write(config.lineBreak);
if (dart.test(properties[$isNotEmpty])) builder.write(config.beforeProperties);
builder.incrementPrefixOtherLines(config.bodyIndent, {updateCurrentLine: false});
if (node.emptyBodyDescription != null && dart.test(properties[$isEmpty]) && dart.test(children[$isEmpty]) && prefixLineOne[$isNotEmpty]) {
builder.write(dart.nullCheck(node.emptyBodyDescription));
if (dart.test(config.lineBreakProperties)) builder.write(config.lineBreak);
}
for (let i = 0; i < dart.notNull(properties[$length]); i = i + 1) {
let property = properties[$_get](i);
if (i > 0) builder.write(config.propertySeparator);
let propertyStyle = dart.nullCheck(property.textTreeConfiguration);
if (dart.test(diagnostics$._isSingleLine(property.style))) {
let propertyRender = this.render(property, {prefixLineOne: propertyStyle.prefixLineOne, prefixOtherLines: dart.str(propertyStyle.childLinkSpace) + dart.str(propertyStyle.prefixOtherLines), parentConfiguration: config});
let propertyLines = propertyRender[$split]("\n");
if (propertyLines[$length] === 1 && !dart.test(config.lineBreakProperties)) {
builder.write(propertyLines[$first]);
} else {
builder.write(propertyRender, {allowWrap: false});
if (!propertyRender[$endsWith]("\n")) builder.write("\n");
}
} else {
let propertyRender = this.render(property, {prefixLineOne: dart.str(builder.prefixOtherLines) + dart.str(propertyStyle.prefixLineOne), prefixOtherLines: dart.str(builder.prefixOtherLines) + dart.str(propertyStyle.childLinkSpace) + dart.str(propertyStyle.prefixOtherLines), parentConfiguration: config});
builder.writeRawLines(propertyRender);
}
}
if (dart.test(properties[$isNotEmpty])) builder.write(config.afterProperties);
builder.write(config.mandatoryAfterProperties);
if (!dart.test(config.lineBreakProperties)) builder.write(config.lineBreak);
let prefixChildren = config.bodyIndent;
let prefixChildrenRaw = dart.str(prefixOtherLines) + dart.str(prefixChildren);
if (dart.test(children[$isEmpty]) && dart.test(config.addBlankLineIfNoChildren) && dart.test(builder.requiresMultipleLines) && dart.nullCheck(builder.prefixOtherLines)[$trimRight]()[$isNotEmpty]) {
builder.write(config.lineBreak);
}
if (dart.test(children[$isNotEmpty]) && dart.test(config.showChildren)) {
if (dart.test(config.isBlankLineBetweenPropertiesAndChildren) && dart.test(properties[$isNotEmpty]) && dart.test(dart.nullCheck(children[$first].textTreeConfiguration).isBlankLineBetweenPropertiesAndChildren)) {
builder.write(config.lineBreak);
}
builder.prefixOtherLines = prefixOtherLines;
for (let i = 0; i < dart.notNull(children[$length]); i = i + 1) {
let child = children[$_get](i);
if (!(child != null)) dart.assertFailed(null, I[1], 1354, 16, "child != null");
let childConfig = dart.nullCheck(this[_childTextConfiguration](child, config));
if (i === dart.notNull(children[$length]) - 1) {
let lastChildPrefixLineOne = prefixChildrenRaw + dart.str(childConfig.prefixLastChildLineOne);
let childPrefixOtherLines = prefixChildrenRaw + dart.str(childConfig.childLinkSpace) + dart.str(childConfig.prefixOtherLines);
builder.writeRawLines(this.render(child, {prefixLineOne: lastChildPrefixLineOne, prefixOtherLines: childPrefixOtherLines, parentConfiguration: config}));
if (childConfig.footer[$isNotEmpty]) {
builder.prefixOtherLines = prefixChildrenRaw;
builder.write(dart.str(childConfig.childLinkSpace) + dart.str(childConfig.footer));
if (childConfig.mandatoryFooter[$isNotEmpty]) {
builder.writeStretched(childConfig.mandatoryFooter, math.max(core.int, dart.nullCheck(builder.wrapWidth), dart.notNull(this[_wrapWidthProperties]) + childPrefixOtherLines.length));
}
builder.write(config.lineBreak);
}
} else {
let nextChildStyle = dart.nullCheck(this[_childTextConfiguration](children[$_get](i + 1), config));
let childPrefixLineOne = prefixChildrenRaw + dart.str(childConfig.prefixLineOne);
let childPrefixOtherLines = prefixChildrenRaw + dart.str(nextChildStyle.linkCharacter) + dart.str(childConfig.prefixOtherLines);
builder.writeRawLines(this.render(child, {prefixLineOne: childPrefixLineOne, prefixOtherLines: childPrefixOtherLines, parentConfiguration: config}));
if (childConfig.footer[$isNotEmpty]) {
builder.prefixOtherLines = prefixChildrenRaw;
builder.write(dart.str(childConfig.linkCharacter) + dart.str(childConfig.footer));
if (childConfig.mandatoryFooter[$isNotEmpty]) {
builder.writeStretched(childConfig.mandatoryFooter, math.max(core.int, dart.nullCheck(builder.wrapWidth), dart.notNull(this[_wrapWidthProperties]) + childPrefixOtherLines.length));
}
builder.write(config.lineBreak);
}
}
}
}
if (parentConfiguration == null && config.mandatoryFooter[$isNotEmpty]) {
builder.writeStretched(config.mandatoryFooter, dart.nullCheck(builder.wrapWidth));
builder.write(config.lineBreak);
}
return builder.build();
}
};
(diagnostics$.TextTreeRenderer.new = function(opts) {
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 1087, 21, "minLevel");
let wrapWidth = opts && 'wrapWidth' in opts ? opts.wrapWidth : 100;
if (wrapWidth == null) dart.nullFailed(I[1], 1088, 9, "wrapWidth");
let wrapWidthProperties = opts && 'wrapWidthProperties' in opts ? opts.wrapWidthProperties : 65;
if (wrapWidthProperties == null) dart.nullFailed(I[1], 1089, 9, "wrapWidthProperties");
let maxDescendentsTruncatableNode = opts && 'maxDescendentsTruncatableNode' in opts ? opts.maxDescendentsTruncatableNode : -1;
if (maxDescendentsTruncatableNode == null) dart.nullFailed(I[1], 1090, 9, "maxDescendentsTruncatableNode");
if (!(minLevel != null)) dart.assertFailed(null, I[1], 1091, 15, "minLevel != null");
this[_minLevel] = minLevel;
this[_wrapWidth] = wrapWidth;
this[_wrapWidthProperties] = wrapWidthProperties;
this[_maxDescendentsTruncatableNode] = maxDescendentsTruncatableNode;
;
}).prototype = diagnostics$.TextTreeRenderer.prototype;
dart.addTypeTests(diagnostics$.TextTreeRenderer);
dart.addTypeCaches(diagnostics$.TextTreeRenderer);
dart.setMethodSignature(diagnostics$.TextTreeRenderer, () => ({
__proto__: dart.getMethods(diagnostics$.TextTreeRenderer.__proto__),
[_childTextConfiguration]: dart.fnType(dart.nullable(diagnostics$.TextTreeConfiguration), [diagnostics$.DiagnosticsNode, diagnostics$.TextTreeConfiguration]),
render: dart.fnType(core.String, [diagnostics$.DiagnosticsNode], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration), prefixLineOne: core.String, prefixOtherLines: dart.nullable(core.String)}, {}),
[_debugRender]: dart.fnType(core.String, [diagnostics$.DiagnosticsNode], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration), prefixLineOne: core.String, prefixOtherLines: dart.nullable(core.String)}, {})
}));
dart.setLibraryUri(diagnostics$.TextTreeRenderer, I[2]);
dart.setFieldSignature(diagnostics$.TextTreeRenderer, () => ({
__proto__: dart.getFields(diagnostics$.TextTreeRenderer.__proto__),
[_wrapWidth]: dart.finalFieldType(core.int),
[_wrapWidthProperties]: dart.finalFieldType(core.int),
[_minLevel]: dart.finalFieldType(diagnostics$.DiagnosticLevel),
[_maxDescendentsTruncatableNode]: dart.finalFieldType(core.int)
}));
var name$ = dart.privateName(diagnostics$, "DiagnosticsNode.name");
var showSeparator$ = dart.privateName(diagnostics$, "DiagnosticsNode.showSeparator");
var showName$ = dart.privateName(diagnostics$, "DiagnosticsNode.showName");
var linePrefix$ = dart.privateName(diagnostics$, "DiagnosticsNode.linePrefix");
var style$ = dart.privateName(diagnostics$, "DiagnosticsNode.style");
var _separator = dart.privateName(diagnostics$, "_separator");
diagnostics$.DiagnosticsNode = class DiagnosticsNode extends core.Object {
get name() {
return this[name$];
}
set name(value) {
super.name = value;
}
get showSeparator() {
return this[showSeparator$];
}
set showSeparator(value) {
super.showSeparator = value;
}
get showName() {
return this[showName$];
}
set showName(value) {
super.showName = value;
}
get linePrefix() {
return this[linePrefix$];
}
set linePrefix(value) {
super.linePrefix = value;
}
get style() {
return this[style$];
}
set style(value) {
super.style = value;
}
static message(message, opts) {
if (message == null) dart.nullFailed(I[1], 1451, 12, "message");
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1452, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1453, 21, "level");
let allowWrap = opts && 'allowWrap' in opts ? opts.allowWrap : true;
if (allowWrap == null) dart.nullFailed(I[1], 1454, 10, "allowWrap");
if (!(style != null)) dart.assertFailed(null, I[1], 1456, 12, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 1457, 12, "level != null");
return new (T$.DiagnosticsPropertyOfvoid()).new("", null, {description: message, style: style, showName: false, allowWrap: allowWrap, level: level});
}
isFiltered(minLevel) {
if (minLevel == null) dart.nullFailed(I[1], 1494, 35, "minLevel");
return false || dart.notNull(this.level.index) < dart.notNull(minLevel.index);
}
get level() {
return false ? diagnostics$.DiagnosticLevel.hidden : diagnostics$.DiagnosticLevel.info;
}
get emptyBodyDescription() {
return null;
}
get allowWrap() {
return false;
}
get allowNameWrap() {
return false;
}
get allowTruncate() {
return false;
}
get [_separator]() {
return dart.test(this.showSeparator) ? ":" : "";
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 1563, 67, "delegate");
let result = new (T$.IdentityMapOfString$ObjectN()).new();
if (!dart.test(dart.fn(() => {
let t6;
let hasChildren = this.getChildren()[$isNotEmpty];
result = (() => {
let t5 = new (T$.IdentityMapOfString$ObjectN()).new();
t5[$_set]("description", this.toDescription());
t5[$_set]("type", dart.toString(this[$runtimeType]));
if (this.name != null) t5[$_set]("name", this.name);
if (!dart.test(this.showSeparator)) t5[$_set]("showSeparator", this.showSeparator);
if (this.level != diagnostics$.DiagnosticLevel.info) t5[$_set]("level", diagnostics$.describeEnum(this.level));
if (this.showName === false) t5[$_set]("showName", this.showName);
if (this.emptyBodyDescription != null) t5[$_set]("emptyBodyDescription", this.emptyBodyDescription);
if (this.style != diagnostics$.DiagnosticsTreeStyle.sparse) t5[$_set]("style", diagnostics$.describeEnum(dart.nullCheck(this.style)));
if (dart.test(this.allowTruncate)) t5[$_set]("allowTruncate", this.allowTruncate);
if (dart.test(hasChildren)) t5[$_set]("hasChildren", hasChildren);
if ((t6 = this.linePrefix, t6 == null ? null : t6[$isNotEmpty]) === true) t5[$_set]("linePrefix", this.linePrefix);
if (!dart.test(this.allowWrap)) t5[$_set]("allowWrap", this.allowWrap);
if (dart.test(this.allowNameWrap)) t5[$_set]("allowNameWrap", this.allowNameWrap);
for (let t6$ of delegate.additionalNodeProperties(this)[$entries])
t5[$_set](t6$.key, t6$.value);
if (dart.test(delegate.includeProperties)) t5[$_set]("properties", diagnostics$.DiagnosticsNode.toJsonList(delegate.filterProperties(this.getProperties(), this), this, delegate));
if (dart.notNull(delegate.subtreeDepth) > 0) t5[$_set]("children", diagnostics$.DiagnosticsNode.toJsonList(delegate.filterChildren(this.getChildren(), this), this, delegate));
return t5;
})();
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 1565, 12, "() {\r\n final bool hasChildren = getChildren().isNotEmpty;\r\n result = <String, Object?>{\r\n 'description': toDescription(),\r\n 'type': runtimeType.toString(),\r\n if (name != null)\r\n 'name': name,\r\n if (!showSeparator)\r\n 'showSeparator': showSeparator,\r\n if (level != DiagnosticLevel.info)\r\n 'level': describeEnum(level),\r\n if (showName == false)\r\n 'showName': showName,\r\n if (emptyBodyDescription != null)\r\n 'emptyBodyDescription': emptyBodyDescription,\r\n if (style != DiagnosticsTreeStyle.sparse)\r\n 'style': describeEnum(style!),\r\n if (allowTruncate)\r\n 'allowTruncate': allowTruncate,\r\n if (hasChildren)\r\n 'hasChildren': hasChildren,\r\n if (linePrefix?.isNotEmpty == true)\r\n 'linePrefix': linePrefix,\r\n if (!allowWrap)\r\n 'allowWrap': allowWrap,\r\n if (allowNameWrap)\r\n 'allowNameWrap': allowNameWrap,\r\n ...delegate.additionalNodeProperties(this),\r\n if (delegate.includeProperties)\r\n 'properties': toJsonList(\r\n delegate.filterProperties(getProperties(), this),\r\n this,\r\n delegate,\r\n ),\r\n if (delegate.subtreeDepth > 0)\r\n 'children': toJsonList(\r\n delegate.filterChildren(getChildren(), this),\r\n this,\r\n delegate,\r\n ),\r\n };\r\n return true;\r\n }()");
return result;
}
static toJsonList(nodes, parent, delegate) {
if (delegate == null) dart.nullFailed(I[1], 1619, 38, "delegate");
let truncated = false;
if (nodes == null) return C[29] || CT.C29;
let originalNodeCount = nodes[$length];
nodes = delegate.truncateNodesList(nodes, parent);
if (nodes[$length] != originalNodeCount) {
nodes[$add](diagnostics$.DiagnosticsNode.message("..."));
truncated = true;
}
let json = nodes[$map](T$.MapOfString$ObjectN(), dart.fn(node => {
if (node == null) dart.nullFailed(I[1], 1630, 94, "node");
return node.toJsonMap(delegate.delegateForNode(node));
}, T$.DiagnosticsNodeToMapOfString$ObjectN()))[$toList]();
if (truncated) json[$last][$_set]("truncated", true);
return json;
}
toString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[5] || CT.C5;
if (minLevel == null) dart.nullFailed(I[1], 1653, 21, "minLevel");
let result = super[$toString]();
if (!(this.style != null)) dart.assertFailed(null, I[1], 1656, 12, "style != null");
if (!(minLevel != null)) dart.assertFailed(null, I[1], 1657, 12, "minLevel != null");
if (!dart.test(dart.fn(() => {
if (dart.test(diagnostics$._isSingleLine(this.style))) {
result = this.toStringDeep({parentConfiguration: parentConfiguration, minLevel: minLevel});
} else {
let description = dart.nullCheck(this.toDescription({parentConfiguration: parentConfiguration}));
if (this.name == null || dart.nullCheck(this.name)[$isEmpty] || !dart.test(this.showName)) {
result = description;
} else {
result = description[$contains]("\n") ? dart.str(this.name) + dart.str(this[_separator]) + "\n" + description : dart.str(this.name) + dart.str(this[_separator]) + " " + description;
}
}
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 1658, 12, "() {\r\n if (_isSingleLine(style)) {\r\n result = toStringDeep(\r\n parentConfiguration: parentConfiguration, minLevel: minLevel);\r\n } else {\r\n final String description = toDescription(parentConfiguration: parentConfiguration)!;\r\n\r\n if (name == null || name!.isEmpty || !showName) {\r\n result = description;\r\n } else {\r\n result = description.contains('\\n') ? '$name$_separator\\n$description'\r\n : '$name$_separator $description';\r\n }\r\n }\r\n return true;\r\n }()");
return result;
}
get textTreeConfiguration() {
if (!(this.style != null)) dart.assertFailed(null, I[1], 1681, 12, "style != null");
switch (dart.nullCheck(this.style)) {
case C[12] || CT.C12:
{
return null;
}
case C[15] || CT.C15:
{
return diagnostics$.denseTextConfiguration;
}
case C[13] || CT.C13:
{
return diagnostics$.sparseTextConfiguration;
}
case C[14] || CT.C14:
{
return diagnostics$.dashedTextConfiguration;
}
case C[18] || CT.C18:
{
return diagnostics$.whitespaceTextConfiguration;
}
case C[16] || CT.C16:
{
return diagnostics$.transitionTextConfiguration;
}
case C[20] || CT.C20:
{
return diagnostics$.singleLineTextConfiguration;
}
case C[21] || CT.C21:
{
return diagnostics$.errorPropertyTextConfiguration;
}
case C[22] || CT.C22:
{
return diagnostics$.shallowTextConfiguration;
}
case C[17] || CT.C17:
{
return diagnostics$.errorTextConfiguration;
}
case C[23] || CT.C23:
{
return diagnostics$.whitespaceTextConfiguration;
}
case C[19] || CT.C19:
{
return diagnostics$.flatTextConfiguration;
}
default:
{
dart.throw(new _internal.ReachabilityError.new("`null` encountered as case in a switch expression with a non-nullable enum type."));
}
}
}
toStringDeep(opts) {
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : "";
if (prefixLineOne == null) dart.nullFailed(I[1], 1733, 12, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 1736, 21, "minLevel");
let result = "";
if (!dart.test(dart.fn(() => {
result = new diagnostics$.TextTreeRenderer.new({minLevel: minLevel, wrapWidth: 65, wrapWidthProperties: 65}).render(this, {prefixLineOne: prefixLineOne, prefixOtherLines: prefixOtherLines, parentConfiguration: parentConfiguration});
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 1739, 12, "() {\r\n result = TextTreeRenderer(\r\n minLevel: minLevel,\r\n wrapWidth: 65,\r\n wrapWidthProperties: 65,\r\n ).render(\r\n this,\r\n prefixLineOne: prefixLineOne,\r\n prefixOtherLines: prefixOtherLines,\r\n parentConfiguration: parentConfiguration,\r\n );\r\n return true;\r\n }()");
return result;
}
};
(diagnostics$.DiagnosticsNode.new = function(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1426, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 1427, 10, "showSeparator");
let linePrefix = opts && 'linePrefix' in opts ? opts.linePrefix : null;
this[name$] = name;
this[style$] = style;
this[showName$] = showName;
this[showSeparator$] = showSeparator;
this[linePrefix$] = linePrefix;
if (!(showName != null)) dart.assertFailed(null, I[1], 1429, 15, "showName != null");
if (!(showSeparator != null)) dart.assertFailed(null, I[1], 1430, 15, "showSeparator != null");
if (!(name == null || !name[$endsWith](":"))) dart.assertFailed("Names of diagnostic nodes must not end with colons.\n" + "name:\n" + " \"" + dart.str(name) + "\"", I[1], 1435, 10, "name == null || !name.endsWith(':')");
;
}).prototype = diagnostics$.DiagnosticsNode.prototype;
dart.addTypeTests(diagnostics$.DiagnosticsNode);
dart.addTypeCaches(diagnostics$.DiagnosticsNode);
dart.setMethodSignature(diagnostics$.DiagnosticsNode, () => ({
__proto__: dart.getMethods(diagnostics$.DiagnosticsNode.__proto__),
isFiltered: dart.fnType(core.bool, [diagnostics$.DiagnosticLevel]),
toJsonMap: dart.fnType(core.Map$(core.String, dart.nullable(core.Object)), [diagnostics$.DiagnosticsSerializationDelegate]),
toString: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel, parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {}),
[$toString]: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel, parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {}),
toStringDeep: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel, parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration), prefixLineOne: core.String, prefixOtherLines: dart.nullable(core.String)}, {})
}));
dart.setGetterSignature(diagnostics$.DiagnosticsNode, () => ({
__proto__: dart.getGetters(diagnostics$.DiagnosticsNode.__proto__),
level: diagnostics$.DiagnosticLevel,
emptyBodyDescription: dart.nullable(core.String),
allowWrap: core.bool,
allowNameWrap: core.bool,
allowTruncate: core.bool,
[_separator]: core.String,
textTreeConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)
}));
dart.setLibraryUri(diagnostics$.DiagnosticsNode, I[2]);
dart.setFieldSignature(diagnostics$.DiagnosticsNode, () => ({
__proto__: dart.getFields(diagnostics$.DiagnosticsNode.__proto__),
name: dart.finalFieldType(dart.nullable(core.String)),
showSeparator: dart.finalFieldType(core.bool),
showName: dart.finalFieldType(core.bool),
linePrefix: dart.finalFieldType(dart.nullable(core.String)),
style: dart.finalFieldType(dart.nullable(diagnostics$.DiagnosticsTreeStyle))
}));
dart.defineExtensionMethods(diagnostics$.DiagnosticsNode, ['toString']);
var expandableValue$ = dart.privateName(diagnostics$, "DiagnosticsProperty.expandableValue");
var allowWrap$ = dart.privateName(diagnostics$, "DiagnosticsProperty.allowWrap");
var allowNameWrap$ = dart.privateName(diagnostics$, "DiagnosticsProperty.allowNameWrap");
var ifNull$ = dart.privateName(diagnostics$, "DiagnosticsProperty.ifNull");
var ifEmpty$ = dart.privateName(diagnostics$, "DiagnosticsProperty.ifEmpty");
var tooltip$ = dart.privateName(diagnostics$, "DiagnosticsProperty.tooltip");
var missingIfNull$ = dart.privateName(diagnostics$, "DiagnosticsProperty.missingIfNull");
var defaultValue$ = dart.privateName(diagnostics$, "DiagnosticsProperty.defaultValue");
var _exception = dart.privateName(diagnostics$, "_exception");
var _description = dart.privateName(diagnostics$, "_description");
var _valueComputed = dart.privateName(diagnostics$, "_valueComputed");
var _value = dart.privateName(diagnostics$, "_value");
var _computeValue = dart.privateName(diagnostics$, "_computeValue");
var _defaultLevel = dart.privateName(diagnostics$, "_defaultLevel");
var _addTooltip = dart.privateName(diagnostics$, "_addTooltip");
var _maybeCacheValue = dart.privateName(diagnostics$, "_maybeCacheValue");
const _is_DiagnosticsProperty_default = Symbol('_is_DiagnosticsProperty_default');
diagnostics$.DiagnosticsProperty$ = dart.generic(T => {
var TN = () => (TN = dart.constFn(dart.nullable(T)))();
class DiagnosticsProperty extends diagnostics$.DiagnosticsNode {
get expandableValue() {
return this[expandableValue$];
}
set expandableValue(value) {
super.expandableValue = value;
}
get allowWrap() {
return this[allowWrap$];
}
set allowWrap(value) {
super.allowWrap = value;
}
get allowNameWrap() {
return this[allowNameWrap$];
}
set allowNameWrap(value) {
super.allowNameWrap = value;
}
get ifNull() {
return this[ifNull$];
}
set ifNull(value) {
super.ifNull = value;
}
get ifEmpty() {
return this[ifEmpty$];
}
set ifEmpty(value) {
super.ifEmpty = value;
}
get tooltip() {
return this[tooltip$];
}
set tooltip(value) {
super.tooltip = value;
}
get missingIfNull() {
return this[missingIfNull$];
}
set missingIfNull(value) {
super.missingIfNull = value;
}
get defaultValue() {
return this[defaultValue$];
}
set defaultValue(value) {
super.defaultValue = value;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 2682, 67, "delegate");
let v = this.value;
let properties = null;
if (dart.test(delegate.expandPropertyValues) && dart.test(delegate.includeProperties) && diagnostics$.Diagnosticable.is(v) && dart.test(this.getProperties()[$isEmpty])) {
delegate = delegate.copyWith({subtreeDepth: 0, includeProperties: false});
properties = diagnostics$.DiagnosticsNode.toJsonList(delegate.filterProperties(v.toDiagnosticsNode().getProperties(), this), this, delegate);
}
let json = super.toJsonMap(delegate);
if (properties != null) {
json[$_set]("properties", properties);
}
if (!dart.equals(this.defaultValue, diagnostics$.kNoDefaultValue)) json[$_set]("defaultValue", dart.toString(this.defaultValue));
if (this.ifEmpty != null) json[$_set]("ifEmpty", this.ifEmpty);
if (this.ifNull != null) json[$_set]("ifNull", this.ifNull);
if (this.tooltip != null) json[$_set]("tooltip", this.tooltip);
json[$_set]("missingIfNull", this.missingIfNull);
if (this.exception != null) json[$_set]("exception", dart.toString(this.exception));
json[$_set]("propertyType", dart.toString(this.propertyType));
json[$_set]("defaultLevel", diagnostics$.describeEnum(this[_defaultLevel]));
if (diagnostics$.Diagnosticable.is(this.value) || diagnostics$.DiagnosticsNode.is(this.value)) json[$_set]("isDiagnosticableValue", true);
if (typeof v == 'number') json[$_set]("value", v[$isFinite] ? v : dart.toString(v));
if (typeof this.value == 'string' || typeof this.value == 'boolean' || this.value == null) json[$_set]("value", this.value);
return json;
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let v = this.value;
return diagnostics$.DiagnosticableTree.is(v) ? v.toStringShort() : dart.toString(v);
}
toDescription(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this[_description] != null) return this[_addTooltip](dart.nullCheck(this[_description]));
if (this.exception != null) return "EXCEPTION (" + dart.str(dart.runtimeType(this.exception)) + ")";
if (this.ifNull != null && this.value == null) return this[_addTooltip](dart.nullCheck(this.ifNull));
let result = this.valueToString({parentConfiguration: parentConfiguration});
if (result[$isEmpty] && this.ifEmpty != null) result = dart.nullCheck(this.ifEmpty);
return this[_addTooltip](result);
}
[_addTooltip](text) {
if (text == null) dart.nullFailed(I[1], 2765, 29, "text");
if (!(text != null)) dart.assertFailed(null, I[1], 2766, 12, "text != null");
return this.tooltip == null ? text : dart.str(text) + " (" + dart.str(this.tooltip) + ")";
}
get propertyType() {
return dart.wrapType(T);
}
get value() {
this[_maybeCacheValue]();
return this[_value];
}
get exception() {
this[_maybeCacheValue]();
return this[_exception];
}
[_maybeCacheValue]() {
if (dart.test(this[_valueComputed])) return;
this[_valueComputed] = true;
if (!(this[_computeValue] != null)) dart.assertFailed(null, I[1], 2836, 12, "_computeValue != null");
try {
this[_value] = dart.nullCheck(this[_computeValue])();
} catch (e) {
let exception = dart.getThrown(e);
if (core.Object.is(exception)) {
this[_exception] = exception;
this[_value] = null;
} else
throw e;
}
}
get level() {
if (this[_defaultLevel] == diagnostics$.DiagnosticLevel.hidden) return this[_defaultLevel];
if (this.exception != null) return diagnostics$.DiagnosticLevel.error;
if (this.value == null && dart.test(this.missingIfNull)) return diagnostics$.DiagnosticLevel.warning;
if (!dart.equals(this.defaultValue, diagnostics$.kNoDefaultValue) && dart.equals(this.value, this.defaultValue)) return diagnostics$.DiagnosticLevel.fine;
return this[_defaultLevel];
}
getProperties() {
if (dart.test(this.expandableValue)) {
let object = this.value;
if (diagnostics$.DiagnosticsNode.is(object)) {
return object.getProperties();
}
if (diagnostics$.Diagnosticable.is(object)) {
return object.toDiagnosticsNode({style: this.style}).getProperties();
}
}
return C[31] || CT.C31;
}
getChildren() {
if (dart.test(this.expandableValue)) {
let object = this.value;
if (diagnostics$.DiagnosticsNode.is(object)) {
return object.getChildren();
}
if (diagnostics$.Diagnosticable.is(object)) {
return object.toDiagnosticsNode({style: this.style}).getChildren();
}
}
return C[31] || CT.C31;
}
}
(DiagnosticsProperty.new = function(name, value, opts) {
let t7;
let description = opts && 'description' in opts ? opts.description : null;
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let ifEmpty = opts && 'ifEmpty' in opts ? opts.ifEmpty : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2593, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 2594, 10, "showSeparator");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let missingIfNull = opts && 'missingIfNull' in opts ? opts.missingIfNull : false;
if (missingIfNull == null) dart.nullFailed(I[1], 2597, 10, "missingIfNull");
let linePrefix = opts && 'linePrefix' in opts ? opts.linePrefix : null;
let expandableValue = opts && 'expandableValue' in opts ? opts.expandableValue : false;
if (expandableValue == null) dart.nullFailed(I[1], 2599, 10, "expandableValue");
let allowWrap = opts && 'allowWrap' in opts ? opts.allowWrap : true;
if (allowWrap == null) dart.nullFailed(I[1], 2600, 10, "allowWrap");
let allowNameWrap = opts && 'allowNameWrap' in opts ? opts.allowNameWrap : true;
if (allowNameWrap == null) dart.nullFailed(I[1], 2601, 10, "allowNameWrap");
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 2602, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2603, 21, "level");
this[_exception] = null;
this[ifEmpty$] = ifEmpty;
this[defaultValue$] = defaultValue;
this[tooltip$] = tooltip;
this[missingIfNull$] = missingIfNull;
this[expandableValue$] = expandableValue;
this[allowWrap$] = allowWrap;
this[allowNameWrap$] = allowNameWrap;
if (!(showName != null)) dart.assertFailed(null, I[1], 2604, 15, "showName != null");
if (!(showSeparator != null)) dart.assertFailed(null, I[1], 2605, 15, "showSeparator != null");
if (!(style != null)) dart.assertFailed(null, I[1], 2606, 15, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2607, 15, "level != null");
this[_description] = description;
this[_valueComputed] = true;
this[_value] = value;
this[_computeValue] = null;
this[ifNull$] = (t7 = ifNull, t7 == null ? dart.test(missingIfNull) ? "MISSING" : null : t7);
this[_defaultLevel] = level;
DiagnosticsProperty.__proto__.new.call(this, {name: name, showName: showName, showSeparator: showSeparator, style: style, linePrefix: linePrefix});
;
}).prototype = DiagnosticsProperty.prototype;
(DiagnosticsProperty.lazy = function(name, computeValue, opts) {
let t7;
if (computeValue == null) dart.nullFailed(I[1], 2636, 37, "computeValue");
let description = opts && 'description' in opts ? opts.description : null;
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let ifEmpty = opts && 'ifEmpty' in opts ? opts.ifEmpty : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2640, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 2641, 10, "showSeparator");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let missingIfNull = opts && 'missingIfNull' in opts ? opts.missingIfNull : false;
if (missingIfNull == null) dart.nullFailed(I[1], 2644, 10, "missingIfNull");
let expandableValue = opts && 'expandableValue' in opts ? opts.expandableValue : false;
if (expandableValue == null) dart.nullFailed(I[1], 2645, 10, "expandableValue");
let allowWrap = opts && 'allowWrap' in opts ? opts.allowWrap : true;
if (allowWrap == null) dart.nullFailed(I[1], 2646, 10, "allowWrap");
let allowNameWrap = opts && 'allowNameWrap' in opts ? opts.allowNameWrap : true;
if (allowNameWrap == null) dart.nullFailed(I[1], 2647, 10, "allowNameWrap");
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 2648, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2649, 21, "level");
this[_exception] = null;
this[ifEmpty$] = ifEmpty;
this[defaultValue$] = defaultValue;
this[tooltip$] = tooltip;
this[missingIfNull$] = missingIfNull;
this[expandableValue$] = expandableValue;
this[allowWrap$] = allowWrap;
this[allowNameWrap$] = allowNameWrap;
if (!(showName != null)) dart.assertFailed(null, I[1], 2650, 15, "showName != null");
if (!(showSeparator != null)) dart.assertFailed(null, I[1], 2651, 15, "showSeparator != null");
if (!(dart.equals(defaultValue, diagnostics$.kNoDefaultValue) || TN().is(defaultValue))) dart.assertFailed(null, I[1], 2652, 15, "defaultValue == kNoDefaultValue || defaultValue is T?");
if (!(missingIfNull != null)) dart.assertFailed(null, I[1], 2653, 15, "missingIfNull != null");
if (!(style != null)) dart.assertFailed(null, I[1], 2654, 15, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2655, 15, "level != null");
this[_description] = description;
this[_valueComputed] = false;
this[_value] = null;
this[_computeValue] = computeValue;
this[_defaultLevel] = level;
this[ifNull$] = (t7 = ifNull, t7 == null ? dart.test(missingIfNull) ? "MISSING" : null : t7);
DiagnosticsProperty.__proto__.new.call(this, {name: name, showName: showName, showSeparator: showSeparator, style: style});
;
}).prototype = DiagnosticsProperty.prototype;
dart.addTypeTests(DiagnosticsProperty);
DiagnosticsProperty.prototype[_is_DiagnosticsProperty_default] = true;
dart.addTypeCaches(DiagnosticsProperty);
dart.setMethodSignature(DiagnosticsProperty, () => ({
__proto__: dart.getMethods(DiagnosticsProperty.__proto__),
valueToString: dart.fnType(core.String, [], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {}),
toDescription: dart.fnType(core.String, [], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {}),
[_addTooltip]: dart.fnType(core.String, [core.String]),
[_maybeCacheValue]: dart.fnType(dart.void, []),
getProperties: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
getChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), [])
}));
dart.setGetterSignature(DiagnosticsProperty, () => ({
__proto__: dart.getGetters(DiagnosticsProperty.__proto__),
propertyType: core.Type,
value: dart.nullable(T),
exception: dart.nullable(core.Object)
}));
dart.setLibraryUri(DiagnosticsProperty, I[2]);
dart.setFieldSignature(DiagnosticsProperty, () => ({
__proto__: dart.getFields(DiagnosticsProperty.__proto__),
[_description]: dart.finalFieldType(dart.nullable(core.String)),
expandableValue: dart.finalFieldType(core.bool),
allowWrap: dart.finalFieldType(core.bool),
allowNameWrap: dart.finalFieldType(core.bool),
ifNull: dart.finalFieldType(dart.nullable(core.String)),
ifEmpty: dart.finalFieldType(dart.nullable(core.String)),
tooltip: dart.finalFieldType(dart.nullable(core.String)),
missingIfNull: dart.finalFieldType(core.bool),
[_value]: dart.fieldType(dart.nullable(T)),
[_valueComputed]: dart.fieldType(core.bool),
[_exception]: dart.fieldType(dart.nullable(core.Object)),
defaultValue: dart.finalFieldType(dart.nullable(core.Object)),
[_defaultLevel]: dart.finalFieldType(diagnostics$.DiagnosticLevel),
[_computeValue]: dart.finalFieldType(dart.nullable(dart.fnType(dart.nullable(T), [])))
}));
return DiagnosticsProperty;
});
diagnostics$.DiagnosticsProperty = diagnostics$.DiagnosticsProperty$();
dart.addTypeTests(diagnostics$.DiagnosticsProperty, _is_DiagnosticsProperty_default);
diagnostics$.MessageProperty = class MessageProperty extends diagnostics$.DiagnosticsProperty$(dart.void) {};
(diagnostics$.MessageProperty.new = function(name, message, opts) {
if (name == null) dart.nullFailed(I[1], 1793, 12, "name");
if (message == null) dart.nullFailed(I[1], 1794, 12, "message");
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1795, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1796, 21, "level");
if (!(name != null)) dart.assertFailed(null, I[1], 1797, 15, "name != null");
if (!(message != null)) dart.assertFailed(null, I[1], 1798, 15, "message != null");
if (!(style != null)) dart.assertFailed(null, I[1], 1799, 15, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 1800, 15, "level != null");
diagnostics$.MessageProperty.__proto__.new.call(this, name, null, {description: message, style: style, level: level});
;
}).prototype = diagnostics$.MessageProperty.prototype;
dart.addTypeTests(diagnostics$.MessageProperty);
dart.addTypeCaches(diagnostics$.MessageProperty);
dart.setLibraryUri(diagnostics$.MessageProperty, I[2]);
var quoted$ = dart.privateName(diagnostics$, "StringProperty.quoted");
diagnostics$.StringProperty = class StringProperty extends diagnostics$.DiagnosticsProperty$(core.String) {
get quoted() {
return this[quoted$];
}
set quoted(value) {
super.quoted = value;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 1845, 67, "delegate");
let json = super.toJsonMap(delegate);
json[$_set]("quoted", this.quoted);
return json;
}
valueToString(opts) {
let t8;
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let text = (t8 = this[_description], t8 == null ? this.value : t8);
if (parentConfiguration != null && !dart.test(parentConfiguration.lineBreakProperties) && text != null) {
text = text[$replaceAll]("\n", "\\n");
}
if (dart.test(this.quoted) && text != null) {
if (this.ifEmpty != null && text[$isEmpty]) return dart.nullCheck(this.ifEmpty);
return "\"" + dart.str(text) + "\"";
}
return dart.toString(text);
}
};
(diagnostics$.StringProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 1815, 12, "name");
let description = opts && 'description' in opts ? opts.description : null;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1819, 10, "showName");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let quoted = opts && 'quoted' in opts ? opts.quoted : true;
if (quoted == null) dart.nullFailed(I[1], 1821, 10, "quoted");
let ifEmpty = opts && 'ifEmpty' in opts ? opts.ifEmpty : null;
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1823, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1824, 21, "level");
this[quoted$] = quoted;
if (!(showName != null)) dart.assertFailed(null, I[1], 1825, 15, "showName != null");
if (!(quoted != null)) dart.assertFailed(null, I[1], 1826, 15, "quoted != null");
if (!(style != null)) dart.assertFailed(null, I[1], 1827, 15, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 1828, 15, "level != null");
diagnostics$.StringProperty.__proto__.new.call(this, name, value, {description: description, defaultValue: defaultValue, tooltip: tooltip, showName: showName, ifEmpty: ifEmpty, style: style, level: level});
;
}).prototype = diagnostics$.StringProperty.prototype;
dart.addTypeTests(diagnostics$.StringProperty);
dart.addTypeCaches(diagnostics$.StringProperty);
dart.setLibraryUri(diagnostics$.StringProperty, I[2]);
dart.setFieldSignature(diagnostics$.StringProperty, () => ({
__proto__: dart.getFields(diagnostics$.StringProperty.__proto__),
quoted: dart.finalFieldType(core.bool)
}));
var unit$ = dart.privateName(diagnostics$, "_NumProperty.unit");
const _is__NumProperty_default = Symbol('_is__NumProperty_default');
diagnostics$._NumProperty$ = dart.generic(T => {
class _NumProperty extends diagnostics$.DiagnosticsProperty$(T) {
get unit() {
return this[unit$];
}
set unit(value) {
super.unit = value;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 1918, 67, "delegate");
let json = super.toJsonMap(delegate);
if (this.unit != null) json[$_set]("unit", this.unit);
json[$_set]("numberToString", this.numberToString());
return json;
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value == null) return dart.toString(this.value);
return this.unit != null ? dart.str(this.numberToString()) + dart.str(this.unit) : this.numberToString();
}
}
(_NumProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 1876, 12, "name");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let unit = opts && 'unit' in opts ? opts.unit : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1880, 10, "showName");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1883, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1884, 21, "level");
this[unit$] = unit;
_NumProperty.__proto__.new.call(this, name, value, {ifNull: ifNull, showName: showName, defaultValue: defaultValue, tooltip: tooltip, level: level, style: style});
;
}).prototype = _NumProperty.prototype;
(_NumProperty.lazy = function(name, computeValue, opts) {
if (name == null) dart.nullFailed(I[1], 1897, 12, "name");
if (computeValue == null) dart.nullFailed(I[1], 1898, 38, "computeValue");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let unit = opts && 'unit' in opts ? opts.unit : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1901, 10, "showName");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1904, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1905, 21, "level");
this[unit$] = unit;
_NumProperty.__proto__.lazy.call(this, name, computeValue, {ifNull: ifNull, showName: showName, defaultValue: defaultValue, tooltip: tooltip, style: style, level: level});
;
}).prototype = _NumProperty.prototype;
dart.addTypeTests(_NumProperty);
_NumProperty.prototype[_is__NumProperty_default] = true;
dart.addTypeCaches(_NumProperty);
dart.setLibraryUri(_NumProperty, I[2]);
dart.setFieldSignature(_NumProperty, () => ({
__proto__: dart.getFields(_NumProperty.__proto__),
unit: dart.finalFieldType(dart.nullable(core.String))
}));
return _NumProperty;
});
diagnostics$._NumProperty = diagnostics$._NumProperty$();
dart.addTypeTests(diagnostics$._NumProperty, _is__NumProperty_default);
diagnostics$.DoubleProperty = class DoubleProperty extends diagnostics$._NumProperty$(core.double) {
numberToString() {
return debug.debugFormatDouble(this.value);
}
};
(diagnostics$.DoubleProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 1953, 12, "name");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let unit = opts && 'unit' in opts ? opts.unit : null;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1959, 10, "showName");
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 1960, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1961, 21, "level");
if (!(showName != null)) dart.assertFailed(null, I[1], 1962, 15, "showName != null");
if (!(style != null)) dart.assertFailed(null, I[1], 1963, 15, "style != null");
if (!(level != null)) dart.assertFailed(null, I[1], 1964, 15, "level != null");
diagnostics$.DoubleProperty.__proto__.new.call(this, name, value, {ifNull: ifNull, unit: unit, tooltip: tooltip, defaultValue: defaultValue, showName: showName, style: style, level: level});
;
}).prototype = diagnostics$.DoubleProperty.prototype;
(diagnostics$.DoubleProperty.lazy = function(name, computeValue, opts) {
if (name == null) dart.nullFailed(I[1], 1984, 12, "name");
if (computeValue == null) dart.nullFailed(I[1], 1985, 43, "computeValue");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 1987, 10, "showName");
let unit = opts && 'unit' in opts ? opts.unit : null;
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 1991, 21, "level");
if (!(showName != null)) dart.assertFailed(null, I[1], 1992, 15, "showName != null");
if (!(level != null)) dart.assertFailed(null, I[1], 1993, 15, "level != null");
diagnostics$.DoubleProperty.__proto__.lazy.call(this, name, computeValue, {showName: showName, ifNull: ifNull, unit: unit, tooltip: tooltip, defaultValue: defaultValue, level: level});
;
}).prototype = diagnostics$.DoubleProperty.prototype;
dart.addTypeTests(diagnostics$.DoubleProperty);
dart.addTypeCaches(diagnostics$.DoubleProperty);
dart.setMethodSignature(diagnostics$.DoubleProperty, () => ({
__proto__: dart.getMethods(diagnostics$.DoubleProperty.__proto__),
numberToString: dart.fnType(core.String, [])
}));
dart.setLibraryUri(diagnostics$.DoubleProperty, I[2]);
diagnostics$.IntProperty = class IntProperty extends diagnostics$._NumProperty$(core.int) {
numberToString() {
return dart.toString(this.value);
}
};
(diagnostics$.IntProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2017, 12, "name");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2020, 10, "showName");
let unit = opts && 'unit' in opts ? opts.unit : null;
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 2023, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2024, 21, "level");
if (!(showName != null)) dart.assertFailed(null, I[1], 2025, 15, "showName != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2026, 15, "level != null");
if (!(style != null)) dart.assertFailed(null, I[1], 2027, 15, "style != null");
diagnostics$.IntProperty.__proto__.new.call(this, name, value, {ifNull: ifNull, showName: showName, unit: unit, defaultValue: defaultValue, level: level});
;
}).prototype = diagnostics$.IntProperty.prototype;
dart.addTypeTests(diagnostics$.IntProperty);
dart.addTypeCaches(diagnostics$.IntProperty);
dart.setMethodSignature(diagnostics$.IntProperty, () => ({
__proto__: dart.getMethods(diagnostics$.IntProperty.__proto__),
numberToString: dart.fnType(core.String, [])
}));
dart.setLibraryUri(diagnostics$.IntProperty, I[2]);
diagnostics$.PercentProperty = class PercentProperty extends diagnostics$.DoubleProperty {
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value == null) return dart.toString(this.value);
return this.unit != null ? dart.str(this.numberToString()) + " " + dart.str(this.unit) : this.numberToString();
}
numberToString() {
let v = this.value;
if (v == null) return dart.toString(this.value);
return (v[$clamp](0.0, 1.0) * 100.0)[$toStringAsFixed](1) + "%";
}
};
(diagnostics$.PercentProperty.new = function(name, fraction, opts) {
if (name == null) dart.nullFailed(I[1], 2054, 12, "name");
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2057, 10, "showName");
let tooltip = opts && 'tooltip' in opts ? opts.tooltip : null;
let unit = opts && 'unit' in opts ? opts.unit : null;
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2060, 21, "level");
if (!(showName != null)) dart.assertFailed(null, I[1], 2061, 15, "showName != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2062, 15, "level != null");
diagnostics$.PercentProperty.__proto__.new.call(this, name, fraction, {ifNull: ifNull, showName: showName, tooltip: tooltip, unit: unit, level: level});
;
}).prototype = diagnostics$.PercentProperty.prototype;
dart.addTypeTests(diagnostics$.PercentProperty);
dart.addTypeCaches(diagnostics$.PercentProperty);
dart.setLibraryUri(diagnostics$.PercentProperty, I[2]);
var ifTrue$ = dart.privateName(diagnostics$, "FlagProperty.ifTrue");
var ifFalse$ = dart.privateName(diagnostics$, "FlagProperty.ifFalse");
diagnostics$.FlagProperty = class FlagProperty extends diagnostics$.DiagnosticsProperty$(core.bool) {
get ifTrue() {
return this[ifTrue$];
}
set ifTrue(value) {
super.ifTrue = value;
}
get ifFalse() {
return this[ifFalse$];
}
set ifFalse(value) {
super.ifFalse = value;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 2155, 67, "delegate");
let json = super.toJsonMap(delegate);
if (this.ifTrue != null) json[$_set]("ifTrue", this.ifTrue);
if (this.ifFalse != null) json[$_set]("ifFalse", this.ifFalse);
return json;
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value === true) {
if (this.ifTrue != null) return dart.nullCheck(this.ifTrue);
} else if (this.value === false) {
if (this.ifFalse != null) return dart.nullCheck(this.ifFalse);
}
return super.valueToString({parentConfiguration: parentConfiguration});
}
get showName() {
if (this.value == null || this.value === true && this.ifTrue == null || this.value === false && this.ifFalse == null) {
return true;
}
return super.showName;
}
get level() {
if (this.value === true) {
if (this.ifTrue == null) return diagnostics$.DiagnosticLevel.hidden;
}
if (this.value === false) {
if (this.ifFalse == null) return diagnostics$.DiagnosticLevel.hidden;
}
return super.level;
}
};
(diagnostics$.FlagProperty.new = function(name, opts) {
if (name == null) dart.nullFailed(I[1], 2136, 12, "name");
let value = opts && 'value' in opts ? opts.value : null;
let ifTrue = opts && 'ifTrue' in opts ? opts.ifTrue : null;
let ifFalse = opts && 'ifFalse' in opts ? opts.ifFalse : null;
let showName = opts && 'showName' in opts ? opts.showName : false;
if (showName == null) dart.nullFailed(I[1], 2140, 10, "showName");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : null;
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2142, 21, "level");
this[ifTrue$] = ifTrue;
this[ifFalse$] = ifFalse;
if (!(showName != null)) dart.assertFailed(null, I[1], 2143, 15, "showName != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2144, 15, "level != null");
if (!(ifTrue != null || ifFalse != null)) dart.assertFailed(null, I[1], 2145, 15, "ifTrue != null || ifFalse != null");
diagnostics$.FlagProperty.__proto__.new.call(this, name, value, {showName: showName, defaultValue: defaultValue, level: level});
;
}).prototype = diagnostics$.FlagProperty.prototype;
dart.addTypeTests(diagnostics$.FlagProperty);
dart.addTypeCaches(diagnostics$.FlagProperty);
dart.setGetterSignature(diagnostics$.FlagProperty, () => ({
__proto__: dart.getGetters(diagnostics$.FlagProperty.__proto__),
showName: core.bool
}));
dart.setLibraryUri(diagnostics$.FlagProperty, I[2]);
dart.setFieldSignature(diagnostics$.FlagProperty, () => ({
__proto__: dart.getFields(diagnostics$.FlagProperty.__proto__),
ifTrue: dart.finalFieldType(dart.nullable(core.String)),
ifFalse: dart.finalFieldType(dart.nullable(core.String))
}));
const _is_IterableProperty_default = Symbol('_is_IterableProperty_default');
diagnostics$.IterableProperty$ = dart.generic(T => {
var TToString = () => (TToString = dart.constFn(dart.fnType(core.String, [T])))();
class IterableProperty extends diagnostics$.DiagnosticsProperty$(core.Iterable$(T)) {
valueToString(opts) {
let t8;
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value == null) return dart.toString(this.value);
if (dart.test(dart.nullCheck(this.value)[$isEmpty])) {
t8 = this.ifEmpty;
return t8 == null ? "[]" : t8;
}
let formattedValues = dart.nullCheck(this.value)[$map](core.String, dart.fn(v => {
if (dart.wrapType(T)._equals(dart.wrapType(core.double)) && typeof v == 'number') {
return debug.debugFormatDouble(v);
} else {
return dart.toString(v);
}
}, TToString()));
if (parentConfiguration != null && !dart.test(parentConfiguration.lineBreakProperties)) {
return "[" + dart.str(formattedValues[$join](", ")) + "]";
}
return formattedValues[$join](dart.test(diagnostics$._isSingleLine(this.style)) ? ", " : "\n");
}
get level() {
if (this.ifEmpty == null && this.value != null && dart.test(dart.nullCheck(this.value)[$isEmpty]) && super.level != diagnostics$.DiagnosticLevel.hidden) return diagnostics$.DiagnosticLevel.fine;
return super.level;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 2297, 67, "delegate");
let json = super.toJsonMap(delegate);
if (this.value != null) {
json[$_set]("values", dart.nullCheck(this.value)[$map](core.String, dart.fn(value => dart.toString(value), TToString()))[$toList]());
}
return json;
}
}
(IterableProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2232, 12, "name");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let ifEmpty = opts && 'ifEmpty' in opts ? opts.ifEmpty : "[]";
let style = opts && 'style' in opts ? opts.style : C[20] || CT.C20;
if (style == null) dart.nullFailed(I[1], 2237, 26, "style");
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2238, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 2239, 10, "showSeparator");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2240, 21, "level");
if (!(style != null)) dart.assertFailed(null, I[1], 2241, 15, "style != null");
if (!(showName != null)) dart.assertFailed(null, I[1], 2242, 15, "showName != null");
if (!(showSeparator != null)) dart.assertFailed(null, I[1], 2243, 15, "showSeparator != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2244, 15, "level != null");
IterableProperty.__proto__.new.call(this, name, value, {defaultValue: defaultValue, ifNull: ifNull, ifEmpty: ifEmpty, style: style, showName: showName, showSeparator: showSeparator, level: level});
;
}).prototype = IterableProperty.prototype;
dart.addTypeTests(IterableProperty);
IterableProperty.prototype[_is_IterableProperty_default] = true;
dart.addTypeCaches(IterableProperty);
dart.setLibraryUri(IterableProperty, I[2]);
return IterableProperty;
});
diagnostics$.IterableProperty = diagnostics$.IterableProperty$();
dart.addTypeTests(diagnostics$.IterableProperty, _is_IterableProperty_default);
const _is_EnumProperty_default = Symbol('_is_EnumProperty_default');
diagnostics$.EnumProperty$ = dart.generic(T => {
class EnumProperty extends diagnostics$.DiagnosticsProperty$(T) {
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value == null) return dart.toString(this.value);
return diagnostics$.describeEnum(dart.nullCheck(this.value));
}
}
(EnumProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2320, 12, "name");
let defaultValue = opts && 'defaultValue' in opts ? opts.defaultValue : C[30] || CT.C30;
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2323, 21, "level");
if (!(level != null)) dart.assertFailed(null, I[1], 2324, 15, "level != null");
EnumProperty.__proto__.new.call(this, name, value, {defaultValue: defaultValue, level: level});
;
}).prototype = EnumProperty.prototype;
dart.addTypeTests(EnumProperty);
EnumProperty.prototype[_is_EnumProperty_default] = true;
dart.addTypeCaches(EnumProperty);
dart.setLibraryUri(EnumProperty, I[2]);
return EnumProperty;
});
diagnostics$.EnumProperty = diagnostics$.EnumProperty$();
dart.addTypeTests(diagnostics$.EnumProperty, _is_EnumProperty_default);
var ifPresent$ = dart.privateName(diagnostics$, "ObjectFlagProperty.ifPresent");
const _is_ObjectFlagProperty_default = Symbol('_is_ObjectFlagProperty_default');
diagnostics$.ObjectFlagProperty$ = dart.generic(T => {
class ObjectFlagProperty extends diagnostics$.DiagnosticsProperty$(T) {
get ifPresent() {
return this[ifPresent$];
}
set ifPresent(value) {
super.ifPresent = value;
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (this.value != null) {
if (this.ifPresent != null) return dart.nullCheck(this.ifPresent);
} else {
if (this.ifNull != null) return dart.nullCheck(this.ifNull);
}
return super.valueToString({parentConfiguration: parentConfiguration});
}
get showName() {
if (this.value != null && this.ifPresent == null || this.value == null && this.ifNull == null) {
return true;
}
return super.showName;
}
get level() {
if (this.value != null) {
if (this.ifPresent == null) return diagnostics$.DiagnosticLevel.hidden;
} else {
if (this.ifNull == null) return diagnostics$.DiagnosticLevel.hidden;
}
return super.level;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 2452, 67, "delegate");
let json = super.toJsonMap(delegate);
if (this.ifPresent != null) json[$_set]("ifPresent", this.ifPresent);
return json;
}
}
(ObjectFlagProperty.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2370, 12, "name");
let ifPresent = opts && 'ifPresent' in opts ? opts.ifPresent : null;
let ifNull = opts && 'ifNull' in opts ? opts.ifNull : null;
let showName = opts && 'showName' in opts ? opts.showName : false;
if (showName == null) dart.nullFailed(I[1], 2374, 10, "showName");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2375, 21, "level");
this[ifPresent$] = ifPresent;
if (!(ifPresent != null || ifNull != null)) dart.assertFailed(null, I[1], 2376, 15, "ifPresent != null || ifNull != null");
if (!(showName != null)) dart.assertFailed(null, I[1], 2377, 15, "showName != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2378, 15, "level != null");
ObjectFlagProperty.__proto__.new.call(this, name, value, {showName: showName, ifNull: ifNull, level: level});
;
}).prototype = ObjectFlagProperty.prototype;
(ObjectFlagProperty.has = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2394, 12, "name");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2396, 21, "level");
if (!(name != null)) dart.assertFailed(null, I[1], 2397, 15, "name != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2398, 15, "level != null");
this[ifPresent$] = "has " + dart.str(name);
ObjectFlagProperty.__proto__.new.call(this, name, value, {showName: false, level: level});
;
}).prototype = ObjectFlagProperty.prototype;
dart.addTypeTests(ObjectFlagProperty);
ObjectFlagProperty.prototype[_is_ObjectFlagProperty_default] = true;
dart.addTypeCaches(ObjectFlagProperty);
dart.setGetterSignature(ObjectFlagProperty, () => ({
__proto__: dart.getGetters(ObjectFlagProperty.__proto__),
showName: core.bool
}));
dart.setLibraryUri(ObjectFlagProperty, I[2]);
dart.setFieldSignature(ObjectFlagProperty, () => ({
__proto__: dart.getFields(ObjectFlagProperty.__proto__),
ifPresent: dart.finalFieldType(dart.nullable(core.String))
}));
return ObjectFlagProperty;
});
diagnostics$.ObjectFlagProperty = diagnostics$.ObjectFlagProperty$();
dart.addTypeTests(diagnostics$.ObjectFlagProperty, _is_ObjectFlagProperty_default);
var _hasNonNullEntry = dart.privateName(diagnostics$, "_hasNonNullEntry");
var _formattedValues = dart.privateName(diagnostics$, "_formattedValues");
const _is_FlagsSummary_default = Symbol('_is_FlagsSummary_default');
diagnostics$.FlagsSummary$ = dart.generic(T => {
var TN = () => (TN = dart.constFn(dart.nullable(T)))();
var TNTobool = () => (TNTobool = dart.constFn(dart.fnType(core.bool, [TN()])))();
class FlagsSummary extends diagnostics$.DiagnosticsProperty$(core.Map$(core.String, dart.nullable(T))) {
get value() {
return dart.nullCheck(super.value);
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
if (!(this.value != null)) dart.assertFailed(null, I[1], 2512, 12, "value != null");
if (!dart.test(this[_hasNonNullEntry]()) && this.ifEmpty != null) return dart.nullCheck(this.ifEmpty);
let formattedValues = this[_formattedValues]();
if (parentConfiguration != null && !dart.test(parentConfiguration.lineBreakProperties)) {
return "[" + dart.str(formattedValues[$join](", ")) + "]";
}
return formattedValues[$join](dart.test(diagnostics$._isSingleLine(this.style)) ? ", " : "\n");
}
get level() {
if (!dart.test(this[_hasNonNullEntry]()) && this.ifEmpty == null) return diagnostics$.DiagnosticLevel.hidden;
return super.level;
}
toJsonMap(delegate) {
if (delegate == null) dart.nullFailed(I[1], 2539, 67, "delegate");
let json = super.toJsonMap(delegate);
if (dart.test(this.value[$isNotEmpty])) json[$_set]("values", this[_formattedValues]()[$toList]());
return json;
}
[_hasNonNullEntry]() {
return this.value[$values][$any](dart.fn(o => o != null, TNTobool()));
}
[_formattedValues]() {
return new (T$.SyncIterableOfString()).new((function* _formattedValues() {
for (let entry of this.value[$entries]) {
if (entry.value != null) {
yield entry.key;
}
}
}).bind(this));
}
}
(FlagsSummary.new = function(name, value, opts) {
if (name == null) dart.nullFailed(I[1], 2488, 12, "name");
if (value == null) dart.nullFailed(I[1], 2489, 21, "value");
let ifEmpty = opts && 'ifEmpty' in opts ? opts.ifEmpty : null;
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 2491, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 2492, 10, "showSeparator");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 2493, 21, "level");
if (!(value != null)) dart.assertFailed(null, I[1], 2494, 15, "value != null");
if (!(showName != null)) dart.assertFailed(null, I[1], 2495, 15, "showName != null");
if (!(showSeparator != null)) dart.assertFailed(null, I[1], 2496, 15, "showSeparator != null");
if (!(level != null)) dart.assertFailed(null, I[1], 2497, 15, "level != null");
FlagsSummary.__proto__.new.call(this, name, value, {ifEmpty: ifEmpty, showName: showName, showSeparator: showSeparator, level: level});
;
}).prototype = FlagsSummary.prototype;
dart.addTypeTests(FlagsSummary);
FlagsSummary.prototype[_is_FlagsSummary_default] = true;
dart.addTypeCaches(FlagsSummary);
dart.setMethodSignature(FlagsSummary, () => ({
__proto__: dart.getMethods(FlagsSummary.__proto__),
[_hasNonNullEntry]: dart.fnType(core.bool, []),
[_formattedValues]: dart.fnType(core.Iterable$(core.String), [])
}));
dart.setGetterSignature(FlagsSummary, () => ({
__proto__: dart.getGetters(FlagsSummary.__proto__),
value: core.Map$(core.String, dart.nullable(T))
}));
dart.setLibraryUri(FlagsSummary, I[2]);
return FlagsSummary;
});
diagnostics$.FlagsSummary = diagnostics$.FlagsSummary$();
dart.addTypeTests(diagnostics$.FlagsSummary, _is_FlagsSummary_default);
var value$ = dart.privateName(diagnostics$, "DiagnosticableNode.value");
var _cachedBuilder = dart.privateName(diagnostics$, "_cachedBuilder");
const _is_DiagnosticableNode_default = Symbol('_is_DiagnosticableNode_default');
diagnostics$.DiagnosticableNode$ = dart.generic(T => {
class DiagnosticableNode extends diagnostics$.DiagnosticsNode {
get value() {
return this[value$];
}
set value(value) {
super.value = value;
}
get builder() {
if (false) {
return null;
} else {
if (!dart.test(dart.fn(() => {
if (this[_cachedBuilder] == null) {
this[_cachedBuilder] = new diagnostics$.DiagnosticPropertiesBuilder.new();
this.value.debugFillProperties(dart.nullCheck(this[_cachedBuilder]));
}
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 2942, 14, "() {\r\n if (_cachedBuilder == null) {\r\n _cachedBuilder = DiagnosticPropertiesBuilder();\r\n value.debugFillProperties(_cachedBuilder!);\r\n }\r\n return true;\r\n }()");
return this[_cachedBuilder];
}
}
get style() {
let t8;
return false ? diagnostics$.DiagnosticsTreeStyle.none : (t8 = super.style, t8 == null ? dart.nullCheck(this.builder).defaultDiagnosticsTreeStyle : t8);
}
get emptyBodyDescription() {
return false || false ? "" : dart.nullCheck(this.builder).emptyBodyDescription;
}
getProperties() {
return false || false ? C[31] || CT.C31 : dart.nullCheck(this.builder).properties;
}
getChildren() {
return C[31] || CT.C31;
}
toDescription(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
let result = "";
if (!dart.test(dart.fn(() => {
result = this.value.toStringShort();
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 2972, 12, "() {\r\n result = value.toStringShort();\r\n return true;\r\n }()");
return result;
}
}
(DiagnosticableNode.new = function(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let value = opts && 'value' in opts ? opts.value : null;
if (value == null) dart.nullFailed(I[1], 2922, 19, "value");
let style = opts && 'style' in opts ? opts.style : null;
this[_cachedBuilder] = null;
this[value$] = value;
if (!(value != null)) dart.assertFailed(null, I[1], 2924, 15, "value != null");
DiagnosticableNode.__proto__.new.call(this, {name: name, style: style});
;
}).prototype = DiagnosticableNode.prototype;
dart.addTypeTests(DiagnosticableNode);
DiagnosticableNode.prototype[_is_DiagnosticableNode_default] = true;
dart.addTypeCaches(DiagnosticableNode);
dart.setMethodSignature(DiagnosticableNode, () => ({
__proto__: dart.getMethods(DiagnosticableNode.__proto__),
getProperties: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
getChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
toDescription: dart.fnType(core.String, [], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {})
}));
dart.setGetterSignature(DiagnosticableNode, () => ({
__proto__: dart.getGetters(DiagnosticableNode.__proto__),
builder: dart.nullable(diagnostics$.DiagnosticPropertiesBuilder),
style: diagnostics$.DiagnosticsTreeStyle
}));
dart.setLibraryUri(DiagnosticableNode, I[2]);
dart.setFieldSignature(DiagnosticableNode, () => ({
__proto__: dart.getFields(DiagnosticableNode.__proto__),
value: dart.finalFieldType(T),
[_cachedBuilder]: dart.fieldType(dart.nullable(diagnostics$.DiagnosticPropertiesBuilder))
}));
return DiagnosticableNode;
});
diagnostics$.DiagnosticableNode = diagnostics$.DiagnosticableNode$();
dart.addTypeTests(diagnostics$.DiagnosticableNode, _is_DiagnosticableNode_default);
diagnostics$.Diagnosticable = class Diagnosticable extends core.Object {};
diagnostics$.Diagnosticable[dart.mixinOn] = Object => {
class Diagnosticable extends Object {
toStringShort() {
return diagnostics$.describeIdentity(this);
}
toString(opts) {
let t8;
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[5] || CT.C5;
if (minLevel == null) dart.nullFailed(I[1], 3107, 37, "minLevel");
let fullString = null;
if (!dart.test(dart.fn(() => {
fullString = this.toDiagnosticsNode({style: diagnostics$.DiagnosticsTreeStyle.singleLine}).toString({minLevel: minLevel});
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 3109, 12, "() {\r\n fullString = toDiagnosticsNode(style: DiagnosticsTreeStyle.singleLine).toString(minLevel: minLevel);\r\n return true;\r\n }()");
t8 = fullString;
return t8 == null ? this.toStringShort() : t8;
}
toDiagnosticsNode(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : null;
return new (T$.DiagnosticableNodeOfDiagnosticable()).new({name: name, value: this, style: style});
}
debugFillProperties(properties) {
if (properties == null) dart.nullFailed(I[1], 3342, 56, "properties");
}
}
dart.defineExtensionMethods(Diagnosticable, ['toString']);
return Diagnosticable;
};
(diagnostics$.Diagnosticable[dart.mixinNew] = function() {
}).prototype = diagnostics$.Diagnosticable.prototype;
dart.addTypeTests(diagnostics$.Diagnosticable);
dart.addTypeCaches(diagnostics$.Diagnosticable);
diagnostics$.Diagnosticable[dart.implements] = () => [core.Object];
dart.setMethodSignature(diagnostics$.Diagnosticable, () => ({
__proto__: dart.getMethods(diagnostics$.Diagnosticable.__proto__),
toStringShort: dart.fnType(core.String, []),
toString: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel}, {}),
[$toString]: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel}, {}),
toDiagnosticsNode: dart.fnType(diagnostics$.DiagnosticsNode, [], {name: dart.nullable(core.String), style: dart.nullable(diagnostics$.DiagnosticsTreeStyle)}, {}),
debugFillProperties: dart.fnType(dart.void, [diagnostics$.DiagnosticPropertiesBuilder])
}));
dart.setLibraryUri(diagnostics$.Diagnosticable, I[2]);
const Object_Diagnosticable$36 = class Object_Diagnosticable extends core.Object {};
(Object_Diagnosticable$36.new = function() {
}).prototype = Object_Diagnosticable$36.prototype;
dart.applyMixin(Object_Diagnosticable$36, diagnostics$.Diagnosticable);
diagnostics$.DiagnosticableTree = class DiagnosticableTree extends Object_Diagnosticable$36 {
toStringShallow(opts) {
let t8;
let joiner = opts && 'joiner' in opts ? opts.joiner : ", ";
if (joiner == null) dart.nullFailed(I[1], 3381, 12, "joiner");
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 3382, 21, "minLevel");
let shallowString = null;
if (!dart.test(dart.fn(() => {
let result = new core.StringBuffer.new();
result.write(this.toString());
result.write(joiner);
let builder = new diagnostics$.DiagnosticPropertiesBuilder.new();
this.debugFillProperties(builder);
result.write(builder.properties[$where](dart.fn(n => {
if (n == null) dart.nullFailed(I[1], 3392, 51, "n");
return !dart.test(n.isFiltered(minLevel));
}, T$.DiagnosticsNodeTobool()))[$join](joiner));
shallowString = result.toString();
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 3385, 12, "() {\r\n final StringBuffer result = StringBuffer();\r\n result.write(toString());\r\n result.write(joiner);\r\n final DiagnosticPropertiesBuilder builder = DiagnosticPropertiesBuilder();\r\n debugFillProperties(builder);\r\n result.write(\r\n builder.properties.where((DiagnosticsNode n) => !n.isFiltered(minLevel))\r\n .join(joiner),\r\n );\r\n shallowString = result.toString();\r\n return true;\r\n }()");
t8 = shallowString;
return t8 == null ? this.toString() : t8;
}
toStringDeep(opts) {
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : "";
if (prefixLineOne == null) dart.nullFailed(I[1], 3420, 12, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 3422, 21, "minLevel");
return this.toDiagnosticsNode().toStringDeep({prefixLineOne: prefixLineOne, prefixOtherLines: prefixOtherLines, minLevel: minLevel});
}
toStringShort() {
return diagnostics$.describeIdentity(this);
}
toDiagnosticsNode(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : null;
return new diagnostics$.DiagnosticableTreeNode.new({name: name, value: this, style: style});
}
debugDescribeChildren() {
return C[31] || CT.C31;
}
};
(diagnostics$.DiagnosticableTree.new = function() {
;
}).prototype = diagnostics$.DiagnosticableTree.prototype;
dart.addTypeTests(diagnostics$.DiagnosticableTree);
dart.addTypeCaches(diagnostics$.DiagnosticableTree);
dart.setMethodSignature(diagnostics$.DiagnosticableTree, () => ({
__proto__: dart.getMethods(diagnostics$.DiagnosticableTree.__proto__),
toStringShallow: dart.fnType(core.String, [], {joiner: core.String, minLevel: diagnostics$.DiagnosticLevel}, {}),
toStringDeep: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel, prefixLineOne: core.String, prefixOtherLines: dart.nullable(core.String)}, {}),
debugDescribeChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), [])
}));
dart.setLibraryUri(diagnostics$.DiagnosticableTree, I[2]);
diagnostics$.DiagnosticableTreeNode = class DiagnosticableTreeNode extends diagnostics$.DiagnosticableNode$(diagnostics$.DiagnosticableTree) {
getChildren() {
return this.value.debugDescribeChildren();
}
};
(diagnostics$.DiagnosticableTreeNode.new = function(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let value = opts && 'value' in opts ? opts.value : null;
if (value == null) dart.nullFailed(I[1], 2985, 33, "value");
let style = opts && 'style' in opts ? opts.style : null;
diagnostics$.DiagnosticableTreeNode.__proto__.new.call(this, {name: name, value: value, style: style});
;
}).prototype = diagnostics$.DiagnosticableTreeNode.prototype;
dart.addTypeTests(diagnostics$.DiagnosticableTreeNode);
dart.addTypeCaches(diagnostics$.DiagnosticableTreeNode);
dart.setLibraryUri(diagnostics$.DiagnosticableTreeNode, I[2]);
var properties$ = dart.privateName(diagnostics$, "DiagnosticPropertiesBuilder.properties");
var defaultDiagnosticsTreeStyle = dart.privateName(diagnostics$, "DiagnosticPropertiesBuilder.defaultDiagnosticsTreeStyle");
var emptyBodyDescription = dart.privateName(diagnostics$, "DiagnosticPropertiesBuilder.emptyBodyDescription");
diagnostics$.DiagnosticPropertiesBuilder = class DiagnosticPropertiesBuilder extends core.Object {
get properties() {
return this[properties$];
}
set properties(value) {
super.properties = value;
}
get defaultDiagnosticsTreeStyle() {
return this[defaultDiagnosticsTreeStyle];
}
set defaultDiagnosticsTreeStyle(value) {
this[defaultDiagnosticsTreeStyle] = value;
}
get emptyBodyDescription() {
return this[emptyBodyDescription];
}
set emptyBodyDescription(value) {
this[emptyBodyDescription] = value;
}
add(property) {
if (property == null) dart.nullFailed(I[1], 3053, 28, "property");
if (!dart.test(dart.fn(() => {
this.properties[$add](property);
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 3054, 12, "() {\r\n properties.add(property);\r\n return true;\r\n }()");
}
};
(diagnostics$.DiagnosticPropertiesBuilder.new = function() {
this[defaultDiagnosticsTreeStyle] = diagnostics$.DiagnosticsTreeStyle.sparse;
this[emptyBodyDescription] = null;
this[properties$] = T$.JSArrayOfDiagnosticsNode().of([]);
;
}).prototype = diagnostics$.DiagnosticPropertiesBuilder.prototype;
(diagnostics$.DiagnosticPropertiesBuilder.fromProperties = function(properties) {
if (properties == null) dart.nullFailed(I[1], 3050, 51, "properties");
this[defaultDiagnosticsTreeStyle] = diagnostics$.DiagnosticsTreeStyle.sparse;
this[emptyBodyDescription] = null;
this[properties$] = properties;
;
}).prototype = diagnostics$.DiagnosticPropertiesBuilder.prototype;
dart.addTypeTests(diagnostics$.DiagnosticPropertiesBuilder);
dart.addTypeCaches(diagnostics$.DiagnosticPropertiesBuilder);
dart.setMethodSignature(diagnostics$.DiagnosticPropertiesBuilder, () => ({
__proto__: dart.getMethods(diagnostics$.DiagnosticPropertiesBuilder.__proto__),
add: dart.fnType(dart.void, [diagnostics$.DiagnosticsNode])
}));
dart.setLibraryUri(diagnostics$.DiagnosticPropertiesBuilder, I[2]);
dart.setFieldSignature(diagnostics$.DiagnosticPropertiesBuilder, () => ({
__proto__: dart.getFields(diagnostics$.DiagnosticPropertiesBuilder.__proto__),
properties: dart.finalFieldType(core.List$(diagnostics$.DiagnosticsNode)),
defaultDiagnosticsTreeStyle: dart.fieldType(diagnostics$.DiagnosticsTreeStyle),
emptyBodyDescription: dart.fieldType(dart.nullable(core.String))
}));
diagnostics$.DiagnosticableTreeMixin = class DiagnosticableTreeMixin extends core.Object {};
diagnostics$.DiagnosticableTreeMixin[dart.mixinOn] = Object => {
class DiagnosticableTreeMixin extends Object {
toString(opts) {
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[5] || CT.C5;
if (minLevel == null) dart.nullFailed(I[1], 3465, 37, "minLevel");
return this.toDiagnosticsNode({style: diagnostics$.DiagnosticsTreeStyle.singleLine}).toString({minLevel: minLevel});
}
toStringShallow(opts) {
let t8;
let joiner = opts && 'joiner' in opts ? opts.joiner : ", ";
if (joiner == null) dart.nullFailed(I[1], 3471, 12, "joiner");
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 3472, 21, "minLevel");
let shallowString = null;
if (!dart.test(dart.fn(() => {
let result = new core.StringBuffer.new();
result.write(this.toStringShort());
result.write(joiner);
let builder = new diagnostics$.DiagnosticPropertiesBuilder.new();
this.debugFillProperties(builder);
result.write(builder.properties[$where](dart.fn(n => {
if (n == null) dart.nullFailed(I[1], 3482, 51, "n");
return !dart.test(n.isFiltered(minLevel));
}, T$.DiagnosticsNodeTobool()))[$join](joiner));
shallowString = result.toString();
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[1], 3475, 12, "() {\r\n final StringBuffer result = StringBuffer();\r\n result.write(toStringShort());\r\n result.write(joiner);\r\n final DiagnosticPropertiesBuilder builder = DiagnosticPropertiesBuilder();\r\n debugFillProperties(builder);\r\n result.write(\r\n builder.properties.where((DiagnosticsNode n) => !n.isFiltered(minLevel))\r\n .join(joiner),\r\n );\r\n shallowString = result.toString();\r\n return true;\r\n }()");
t8 = shallowString;
return t8 == null ? this.toString() : t8;
}
toStringDeep(opts) {
let prefixLineOne = opts && 'prefixLineOne' in opts ? opts.prefixLineOne : "";
if (prefixLineOne == null) dart.nullFailed(I[1], 3493, 12, "prefixLineOne");
let prefixOtherLines = opts && 'prefixOtherLines' in opts ? opts.prefixOtherLines : null;
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[4] || CT.C4;
if (minLevel == null) dart.nullFailed(I[1], 3495, 21, "minLevel");
return this.toDiagnosticsNode().toStringDeep({prefixLineOne: prefixLineOne, prefixOtherLines: prefixOtherLines, minLevel: minLevel});
}
toStringShort() {
return diagnostics$.describeIdentity(this);
}
toDiagnosticsNode(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : null;
return new diagnostics$.DiagnosticableTreeNode.new({name: name, value: this, style: style});
}
debugDescribeChildren() {
return C[31] || CT.C31;
}
debugFillProperties(properties) {
if (properties == null) dart.nullFailed(I[1], 3516, 56, "properties");
}
}
dart.defineExtensionMethods(DiagnosticableTreeMixin, ['toString']);
return DiagnosticableTreeMixin;
};
(diagnostics$.DiagnosticableTreeMixin[dart.mixinNew] = function() {
}).prototype = diagnostics$.DiagnosticableTreeMixin.prototype;
dart.addTypeTests(diagnostics$.DiagnosticableTreeMixin);
dart.addTypeCaches(diagnostics$.DiagnosticableTreeMixin);
diagnostics$.DiagnosticableTreeMixin[dart.implements] = () => [diagnostics$.DiagnosticableTree, core.Object];
dart.setMethodSignature(diagnostics$.DiagnosticableTreeMixin, () => ({
__proto__: dart.getMethods(diagnostics$.DiagnosticableTreeMixin.__proto__),
toString: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel}, {}),
[$toString]: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel}, {}),
toStringShallow: dart.fnType(core.String, [], {joiner: core.String, minLevel: diagnostics$.DiagnosticLevel}, {}),
toStringDeep: dart.fnType(core.String, [], {minLevel: diagnostics$.DiagnosticLevel, prefixLineOne: core.String, prefixOtherLines: dart.nullable(core.String)}, {}),
toStringShort: dart.fnType(core.String, []),
toDiagnosticsNode: dart.fnType(diagnostics$.DiagnosticsNode, [], {name: dart.nullable(core.String), style: dart.nullable(diagnostics$.DiagnosticsTreeStyle)}, {}),
debugDescribeChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
debugFillProperties: dart.fnType(dart.void, [diagnostics$.DiagnosticPropertiesBuilder])
}));
dart.setLibraryUri(diagnostics$.DiagnosticableTreeMixin, I[2]);
var level$ = dart.privateName(diagnostics$, "DiagnosticsBlock.level");
var value$0 = dart.privateName(diagnostics$, "DiagnosticsBlock.value");
var allowTruncate$ = dart.privateName(diagnostics$, "DiagnosticsBlock.allowTruncate");
var _children = dart.privateName(diagnostics$, "_children");
var _properties = dart.privateName(diagnostics$, "_properties");
diagnostics$.DiagnosticsBlock = class DiagnosticsBlock extends diagnostics$.DiagnosticsNode {
get level() {
return this[level$];
}
set level(value) {
super.level = value;
}
get value() {
return this[value$0];
}
set value(value) {
super.value = value;
}
get allowTruncate() {
return this[allowTruncate$];
}
set allowTruncate(value) {
super.allowTruncate = value;
}
getChildren() {
return this[_children];
}
getProperties() {
return this[_properties];
}
toDescription(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
return this[_description];
}
};
(diagnostics$.DiagnosticsBlock.new = function(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : C[18] || CT.C18;
if (style == null) dart.nullFailed(I[1], 3529, 26, "style");
let showName = opts && 'showName' in opts ? opts.showName : true;
if (showName == null) dart.nullFailed(I[1], 3530, 10, "showName");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[1], 3531, 10, "showSeparator");
let linePrefix = opts && 'linePrefix' in opts ? opts.linePrefix : null;
let value = opts && 'value' in opts ? opts.value : null;
let description = opts && 'description' in opts ? opts.description : null;
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[1], 3535, 10, "level");
let allowTruncate = opts && 'allowTruncate' in opts ? opts.allowTruncate : false;
if (allowTruncate == null) dart.nullFailed(I[1], 3536, 10, "allowTruncate");
let children = opts && 'children' in opts ? opts.children : C[31] || CT.C31;
if (children == null) dart.nullFailed(I[1], 3537, 27, "children");
let properties = opts && 'properties' in opts ? opts.properties : C[31] || CT.C31;
if (properties == null) dart.nullFailed(I[1], 3538, 27, "properties");
this[value$0] = value;
this[level$] = level;
this[allowTruncate$] = allowTruncate;
this[_description] = description;
this[_children] = children;
this[_properties] = properties;
diagnostics$.DiagnosticsBlock.__proto__.new.call(this, {name: name, style: style, showName: dart.test(showName) && name != null, showSeparator: showSeparator, linePrefix: linePrefix});
;
}).prototype = diagnostics$.DiagnosticsBlock.prototype;
dart.addTypeTests(diagnostics$.DiagnosticsBlock);
dart.addTypeCaches(diagnostics$.DiagnosticsBlock);
dart.setMethodSignature(diagnostics$.DiagnosticsBlock, () => ({
__proto__: dart.getMethods(diagnostics$.DiagnosticsBlock.__proto__),
getChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
getProperties: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), []),
toDescription: dart.fnType(dart.nullable(core.String), [], {parentConfiguration: dart.nullable(diagnostics$.TextTreeConfiguration)}, {})
}));
dart.setLibraryUri(diagnostics$.DiagnosticsBlock, I[2]);
dart.setFieldSignature(diagnostics$.DiagnosticsBlock, () => ({
__proto__: dart.getFields(diagnostics$.DiagnosticsBlock.__proto__),
[_children]: dart.finalFieldType(core.List$(diagnostics$.DiagnosticsNode)),
[_properties]: dart.finalFieldType(core.List$(diagnostics$.DiagnosticsNode)),
level: dart.finalFieldType(diagnostics$.DiagnosticLevel),
[_description]: dart.finalFieldType(dart.nullable(core.String)),
value: dart.finalFieldType(dart.nullable(core.Object)),
allowTruncate: dart.finalFieldType(core.bool)
}));
diagnostics$.DiagnosticsSerializationDelegate = class DiagnosticsSerializationDelegate extends core.Object {};
(diagnostics$.DiagnosticsSerializationDelegate[dart.mixinNew] = function() {
}).prototype = diagnostics$.DiagnosticsSerializationDelegate.prototype;
dart.addTypeTests(diagnostics$.DiagnosticsSerializationDelegate);
dart.addTypeCaches(diagnostics$.DiagnosticsSerializationDelegate);
dart.setLibraryUri(diagnostics$.DiagnosticsSerializationDelegate, I[2]);
var includeProperties$ = dart.privateName(diagnostics$, "_DefaultDiagnosticsSerializationDelegate.includeProperties");
var subtreeDepth$ = dart.privateName(diagnostics$, "_DefaultDiagnosticsSerializationDelegate.subtreeDepth");
diagnostics$._DefaultDiagnosticsSerializationDelegate = class _DefaultDiagnosticsSerializationDelegate extends core.Object {
get includeProperties() {
return this[includeProperties$];
}
set includeProperties(value) {
super.includeProperties = value;
}
get subtreeDepth() {
return this[subtreeDepth$];
}
set subtreeDepth(value) {
super.subtreeDepth = value;
}
additionalNodeProperties(node) {
if (node == null) dart.nullFailed(I[1], 3686, 65, "node");
return C[32] || CT.C32;
}
delegateForNode(node) {
if (node == null) dart.nullFailed(I[1], 3691, 68, "node");
return dart.notNull(this.subtreeDepth) > 0 ? this.copyWith({subtreeDepth: dart.notNull(this.subtreeDepth) - 1}) : this;
}
get expandPropertyValues() {
return false;
}
filterChildren(nodes, owner) {
if (nodes == null) dart.nullFailed(I[1], 3699, 62, "nodes");
if (owner == null) dart.nullFailed(I[1], 3699, 85, "owner");
return nodes;
}
filterProperties(nodes, owner) {
if (nodes == null) dart.nullFailed(I[1], 3704, 64, "nodes");
if (owner == null) dart.nullFailed(I[1], 3704, 87, "owner");
return nodes;
}
truncateNodesList(nodes, owner) {
if (nodes == null) dart.nullFailed(I[1], 3715, 65, "nodes");
return nodes;
}
copyWith(opts) {
let t8, t8$;
let subtreeDepth = opts && 'subtreeDepth' in opts ? opts.subtreeDepth : null;
let includeProperties = opts && 'includeProperties' in opts ? opts.includeProperties : null;
return new diagnostics$._DefaultDiagnosticsSerializationDelegate.new({subtreeDepth: (t8 = subtreeDepth, t8 == null ? this.subtreeDepth : t8), includeProperties: (t8$ = includeProperties, t8$ == null ? this.includeProperties : t8$)});
}
};
(diagnostics$._DefaultDiagnosticsSerializationDelegate.new = function(opts) {
let includeProperties = opts && 'includeProperties' in opts ? opts.includeProperties : false;
if (includeProperties == null) dart.nullFailed(I[1], 3681, 10, "includeProperties");
let subtreeDepth = opts && 'subtreeDepth' in opts ? opts.subtreeDepth : 0;
if (subtreeDepth == null) dart.nullFailed(I[1], 3682, 10, "subtreeDepth");
this[includeProperties$] = includeProperties;
this[subtreeDepth$] = subtreeDepth;
;
}).prototype = diagnostics$._DefaultDiagnosticsSerializationDelegate.prototype;
dart.addTypeTests(diagnostics$._DefaultDiagnosticsSerializationDelegate);
dart.addTypeCaches(diagnostics$._DefaultDiagnosticsSerializationDelegate);
diagnostics$._DefaultDiagnosticsSerializationDelegate[dart.implements] = () => [diagnostics$.DiagnosticsSerializationDelegate];
dart.setMethodSignature(diagnostics$._DefaultDiagnosticsSerializationDelegate, () => ({
__proto__: dart.getMethods(diagnostics$._DefaultDiagnosticsSerializationDelegate.__proto__),
additionalNodeProperties: dart.fnType(core.Map$(core.String, dart.nullable(core.Object)), [diagnostics$.DiagnosticsNode]),
delegateForNode: dart.fnType(diagnostics$.DiagnosticsSerializationDelegate, [diagnostics$.DiagnosticsNode]),
filterChildren: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), [core.List$(diagnostics$.DiagnosticsNode), diagnostics$.DiagnosticsNode]),
filterProperties: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), [core.List$(diagnostics$.DiagnosticsNode), diagnostics$.DiagnosticsNode]),
truncateNodesList: dart.fnType(core.List$(diagnostics$.DiagnosticsNode), [core.List$(diagnostics$.DiagnosticsNode), dart.nullable(diagnostics$.DiagnosticsNode)]),
copyWith: dart.fnType(diagnostics$.DiagnosticsSerializationDelegate, [], {includeProperties: dart.nullable(core.bool), subtreeDepth: dart.nullable(core.int)}, {})
}));
dart.setGetterSignature(diagnostics$._DefaultDiagnosticsSerializationDelegate, () => ({
__proto__: dart.getGetters(diagnostics$._DefaultDiagnosticsSerializationDelegate.__proto__),
expandPropertyValues: core.bool
}));
dart.setLibraryUri(diagnostics$._DefaultDiagnosticsSerializationDelegate, I[2]);
dart.setFieldSignature(diagnostics$._DefaultDiagnosticsSerializationDelegate, () => ({
__proto__: dart.getFields(diagnostics$._DefaultDiagnosticsSerializationDelegate.__proto__),
includeProperties: dart.finalFieldType(core.bool),
subtreeDepth: dart.finalFieldType(core.int)
}));
diagnostics$._isSingleLine = function _isSingleLine(style) {
return style == diagnostics$.DiagnosticsTreeStyle.singleLine;
};
diagnostics$.shortHash = function shortHash(object) {
return dart.hashCode(object)[$toUnsigned](20)[$toRadixString](16)[$padLeft](5, "0");
};
diagnostics$.describeIdentity = function describeIdentity(object) {
return dart.str(object$.objectRuntimeType(object, "<optimized out>")) + "#" + dart.str(diagnostics$.shortHash(object));
};
diagnostics$.describeEnum = function describeEnum(enumEntry) {
if (enumEntry == null) dart.nullFailed(I[1], 3032, 28, "enumEntry");
let description = dart.toString(enumEntry);
let indexOfDot = description[$indexOf](".");
if (!(indexOfDot !== -1 && indexOfDot < description.length - 1)) dart.assertFailed("The provided object \"" + dart.str(enumEntry) + "\" is not an enum.", I[1], 3036, 5, "indexOfDot != -1 && indexOfDot < description.length - 1");
return description[$substring](indexOfDot + 1);
};
dart.defineLazy(diagnostics$, {
/*diagnostics$.sparseTextConfiguration*/get sparseTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "├─", prefixOtherLines: " ", prefixLastChildLineOne: "└─", linkCharacter: "│", propertyPrefixIfChildren: "│ ", propertyPrefixNoChildren: " ", prefixOtherLinesRootNode: " "});
},
/*diagnostics$.dashedTextConfiguration*/get dashedTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "╎╌", prefixLastChildLineOne: "└╌", prefixOtherLines: " ", linkCharacter: "╎", propertyPrefixIfChildren: "│ ", propertyPrefixNoChildren: " ", prefixOtherLinesRootNode: " "});
},
/*diagnostics$.denseTextConfiguration*/get denseTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({propertySeparator: ", ", beforeProperties: "(", afterProperties: ")", lineBreakProperties: false, prefixLineOne: "├", prefixOtherLines: "", prefixLastChildLineOne: "└", linkCharacter: "│", propertyPrefixIfChildren: "│", propertyPrefixNoChildren: " ", prefixOtherLinesRootNode: "", addBlankLineIfNoChildren: false, isBlankLineBetweenPropertiesAndChildren: false});
},
/*diagnostics$.transitionTextConfiguration*/get transitionTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "╞═╦══ ", prefixLastChildLineOne: "╘═╦══ ", prefixOtherLines: " ║ ", footer: " ╚═══════════", linkCharacter: "│", propertyPrefixIfChildren: "", propertyPrefixNoChildren: "", prefixOtherLinesRootNode: "", afterName: " ═══", afterDescriptionIfBody: ":", bodyIndent: " ", isNameOnOwnLine: true, addBlankLineIfNoChildren: false, isBlankLineBetweenPropertiesAndChildren: false});
},
/*diagnostics$.errorTextConfiguration*/get errorTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "╞═╦", prefixLastChildLineOne: "╘═╦", prefixOtherLines: " ║ ", footer: " ╚═══════════", linkCharacter: "│", propertyPrefixIfChildren: "", propertyPrefixNoChildren: "", prefixOtherLinesRootNode: "", beforeName: "══╡ ", suffixLineOne: " ╞══", mandatoryFooter: "═════", addBlankLineIfNoChildren: false, isBlankLineBetweenPropertiesAndChildren: false});
},
/*diagnostics$.whitespaceTextConfiguration*/get whitespaceTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "", prefixLastChildLineOne: "", prefixOtherLines: " ", prefixOtherLinesRootNode: " ", bodyIndent: "", propertyPrefixIfChildren: "", propertyPrefixNoChildren: "", linkCharacter: " ", addBlankLineIfNoChildren: false, afterDescriptionIfBody: ":", isBlankLineBetweenPropertiesAndChildren: false});
},
/*diagnostics$.flatTextConfiguration*/get flatTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "", prefixLastChildLineOne: "", prefixOtherLines: "", prefixOtherLinesRootNode: "", bodyIndent: "", propertyPrefixIfChildren: "", propertyPrefixNoChildren: "", linkCharacter: "", addBlankLineIfNoChildren: false, afterDescriptionIfBody: ":", isBlankLineBetweenPropertiesAndChildren: false});
},
/*diagnostics$.singleLineTextConfiguration*/get singleLineTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({propertySeparator: ", ", beforeProperties: "(", afterProperties: ")", prefixLineOne: "", prefixOtherLines: "", prefixLastChildLineOne: "", lineBreak: "", lineBreakProperties: false, addBlankLineIfNoChildren: false, showChildren: false, propertyPrefixIfChildren: " ", propertyPrefixNoChildren: " ", linkCharacter: "", prefixOtherLinesRootNode: ""});
},
/*diagnostics$.errorPropertyTextConfiguration*/get errorPropertyTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({propertySeparator: ", ", beforeProperties: "(", afterProperties: ")", prefixLineOne: "", prefixOtherLines: "", prefixLastChildLineOne: "", lineBreak: "\n", lineBreakProperties: false, addBlankLineIfNoChildren: false, showChildren: false, propertyPrefixIfChildren: " ", propertyPrefixNoChildren: " ", linkCharacter: "", prefixOtherLinesRootNode: "", afterName: ":", isNameOnOwnLine: true});
},
/*diagnostics$.shallowTextConfiguration*/get shallowTextConfiguration() {
return new diagnostics$.TextTreeConfiguration.new({prefixLineOne: "", prefixLastChildLineOne: "", prefixOtherLines: " ", prefixOtherLinesRootNode: " ", bodyIndent: "", propertyPrefixIfChildren: "", propertyPrefixNoChildren: "", linkCharacter: " ", addBlankLineIfNoChildren: false, afterDescriptionIfBody: ":", isBlankLineBetweenPropertiesAndChildren: false, showChildren: false});
},
/*diagnostics$.kNoDefaultValue*/get kNoDefaultValue() {
return C[30] || CT.C30;
}
}, false);
var $package$ = dart.privateName(assertions, "PartialStackFrame.package");
var className$ = dart.privateName(assertions, "PartialStackFrame.className");
var method$ = dart.privateName(assertions, "PartialStackFrame.method");
assertions.PartialStackFrame = class PartialStackFrame extends core.Object {
get package() {
return this[$package$];
}
set package(value) {
super.package = value;
}
get className() {
return this[className$];
}
set className(value) {
super.className = value;
}
get method() {
return this[method$];
}
set method(value) {
super.method = value;
}
matches(stackFrame) {
if (stackFrame == null) dart.nullFailed(I[3], 79, 27, "stackFrame");
let stackFramePackage = dart.str(stackFrame.packageScheme) + ":" + dart.str(stackFrame.package) + "/" + dart.str(stackFrame.packagePath);
if (true) {
return dart.test(this.package[$allMatches](stackFramePackage)[$isNotEmpty]) && stackFrame.method == (this.method[$startsWith]("_") ? "[" + dart.str(this.method) + "]" : this.method);
}
return dart.test(this.package[$allMatches](stackFramePackage)[$isNotEmpty]) && stackFrame.method == this.method && stackFrame.className == this.className;
}
};
(assertions.PartialStackFrame.new = function(opts) {
let $package = opts && 'package' in opts ? opts.package : null;
if ($package == null) dart.nullFailed(I[3], 47, 19, "package");
let className = opts && 'className' in opts ? opts.className : null;
if (className == null) dart.nullFailed(I[3], 48, 19, "className");
let method = opts && 'method' in opts ? opts.method : null;
if (method == null) dart.nullFailed(I[3], 49, 19, "method");
this[$package$] = $package;
this[className$] = className;
this[method$] = method;
if (!(className != null)) dart.assertFailed(null, I[3], 50, 15, "className != null");
if (!(method != null)) dart.assertFailed(null, I[3], 51, 15, "method != null");
if (!($package != null)) dart.assertFailed(null, I[3], 52, 15, "package != null");
;
}).prototype = assertions.PartialStackFrame.prototype;
dart.addTypeTests(assertions.PartialStackFrame);
dart.addTypeCaches(assertions.PartialStackFrame);
dart.setMethodSignature(assertions.PartialStackFrame, () => ({
__proto__: dart.getMethods(assertions.PartialStackFrame.__proto__),
matches: dart.fnType(core.bool, [stack_frame.StackFrame])
}));
dart.setLibraryUri(assertions.PartialStackFrame, I[4]);
dart.setFieldSignature(assertions.PartialStackFrame, () => ({
__proto__: dart.getFields(assertions.PartialStackFrame.__proto__),
package: dart.finalFieldType(core.Pattern),
className: dart.finalFieldType(core.String),
method: dart.finalFieldType(core.String)
}));
dart.defineLazy(assertions.PartialStackFrame, {
/*assertions.PartialStackFrame.asynchronousSuspension*/get asynchronousSuspension() {
return C[33] || CT.C33;
}
}, false);
assertions.StackFilter = class StackFilter extends core.Object {};
(assertions.StackFilter.new = function() {
;
}).prototype = assertions.StackFilter.prototype;
dart.addTypeTests(assertions.StackFilter);
dart.addTypeCaches(assertions.StackFilter);
dart.setLibraryUri(assertions.StackFilter, I[4]);
var frames$ = dart.privateName(assertions, "RepetitiveStackFrameFilter.frames");
var replacement$ = dart.privateName(assertions, "RepetitiveStackFrameFilter.replacement");
var _replacements = dart.privateName(assertions, "_replacements");
var _matchesFrames = dart.privateName(assertions, "_matchesFrames");
assertions.RepetitiveStackFrameFilter = class RepetitiveStackFrameFilter extends assertions.StackFilter {
get frames() {
return this[frames$];
}
set frames(value) {
super.frames = value;
}
get replacement() {
return this[replacement$];
}
set replacement(value) {
super.replacement = value;
}
get numFrames() {
return this.frames[$length];
}
get [_replacements]() {
return T$.ListOfString().filled(this.numFrames, this.replacement);
}
filter(stackFrames, reasons) {
if (stackFrames == null) dart.nullFailed(I[3], 142, 32, "stackFrames");
if (reasons == null) dart.nullFailed(I[3], 142, 59, "reasons");
for (let index = 0; index < dart.notNull(stackFrames[$length]) - dart.notNull(this.numFrames); index = index + 1) {
if (dart.test(this[_matchesFrames](stackFrames[$skip](index)[$take](this.numFrames)[$toList]()))) {
reasons[$setRange](index, index + dart.notNull(this.numFrames), this[_replacements]);
index = index + (dart.notNull(this.numFrames) - 1);
}
}
}
[_matchesFrames](stackFrames) {
if (stackFrames == null) dart.nullFailed(I[3], 151, 40, "stackFrames");
if (dart.notNull(stackFrames[$length]) < dart.notNull(this.numFrames)) {
return false;
}
for (let index = 0; index < dart.notNull(stackFrames[$length]); index = index + 1) {
if (!dart.test(this.frames[$_get](index).matches(stackFrames[$_get](index)))) {
return false;
}
}
return true;
}
};
(assertions.RepetitiveStackFrameFilter.new = function(opts) {
let frames = opts && 'frames' in opts ? opts.frames : null;
if (frames == null) dart.nullFailed(I[3], 121, 19, "frames");
let replacement = opts && 'replacement' in opts ? opts.replacement : null;
if (replacement == null) dart.nullFailed(I[3], 122, 19, "replacement");
this[frames$] = frames;
this[replacement$] = replacement;
if (!(frames != null)) dart.assertFailed(null, I[3], 123, 15, "frames != null");
if (!(replacement != null)) dart.assertFailed(null, I[3], 124, 15, "replacement != null");
assertions.RepetitiveStackFrameFilter.__proto__.new.call(this);
;
}).prototype = assertions.RepetitiveStackFrameFilter.prototype;
dart.addTypeTests(assertions.RepetitiveStackFrameFilter);
dart.addTypeCaches(assertions.RepetitiveStackFrameFilter);
dart.setMethodSignature(assertions.RepetitiveStackFrameFilter, () => ({
__proto__: dart.getMethods(assertions.RepetitiveStackFrameFilter.__proto__),
filter: dart.fnType(dart.void, [core.List$(stack_frame.StackFrame), core.List$(dart.nullable(core.String))]),
[_matchesFrames]: dart.fnType(core.bool, [core.List$(stack_frame.StackFrame)])
}));
dart.setGetterSignature(assertions.RepetitiveStackFrameFilter, () => ({
__proto__: dart.getGetters(assertions.RepetitiveStackFrameFilter.__proto__),
numFrames: core.int,
[_replacements]: core.List$(core.String)
}));
dart.setLibraryUri(assertions.RepetitiveStackFrameFilter, I[4]);
dart.setFieldSignature(assertions.RepetitiveStackFrameFilter, () => ({
__proto__: dart.getFields(assertions.RepetitiveStackFrameFilter.__proto__),
frames: dart.finalFieldType(core.List$(assertions.PartialStackFrame)),
replacement: dart.finalFieldType(core.String)
}));
assertions._ErrorDiagnostic = class _ErrorDiagnostic extends diagnostics$.DiagnosticsProperty$(core.List$(core.Object)) {
get value() {
return dart.nullCheck(super.value);
}
valueToString(opts) {
let parentConfiguration = opts && 'parentConfiguration' in opts ? opts.parentConfiguration : null;
return this.value[$join]("");
}
};
(assertions._ErrorDiagnostic.new = function(message, opts) {
if (message == null) dart.nullFailed(I[3], 169, 12, "message");
let style = opts && 'style' in opts ? opts.style : C[19] || CT.C19;
if (style == null) dart.nullFailed(I[3], 170, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[3], 171, 21, "level");
if (!(message != null)) dart.assertFailed(null, I[3], 172, 15, "message != null");
assertions._ErrorDiagnostic.__proto__.new.call(this, null, T$.JSArrayOfObject().of([message]), {showName: false, showSeparator: false, defaultValue: null, style: style, level: level});
;
}).prototype = assertions._ErrorDiagnostic.prototype;
(assertions._ErrorDiagnostic._fromParts = function(messageParts, opts) {
if (messageParts == null) dart.nullFailed(I[3], 209, 18, "messageParts");
let style = opts && 'style' in opts ? opts.style : C[19] || CT.C19;
if (style == null) dart.nullFailed(I[3], 210, 26, "style");
let level = opts && 'level' in opts ? opts.level : C[5] || CT.C5;
if (level == null) dart.nullFailed(I[3], 211, 21, "level");
if (!(messageParts != null)) dart.assertFailed(null, I[3], 212, 15, "messageParts != null");
assertions._ErrorDiagnostic.__proto__.new.call(this, null, messageParts, {showName: false, showSeparator: false, defaultValue: null, style: style, level: level});
;
}).prototype = assertions._ErrorDiagnostic.prototype;
dart.addTypeTests(assertions._ErrorDiagnostic);
dart.addTypeCaches(assertions._ErrorDiagnostic);
dart.setGetterSignature(assertions._ErrorDiagnostic, () => ({
__proto__: dart.getGetters(assertions._ErrorDiagnostic.__proto__),
value: core.List$(core.Object)
}));
dart.setLibraryUri(assertions._ErrorDiagnostic, I[4]);
assertions.ErrorDescription = class ErrorDescription extends assertions._ErrorDiagnostic {};
(assertions.ErrorDescription.new = function(message) {
if (message == null) dart.nullFailed(I[3], 261, 27, "message");
assertions.ErrorDescription.__proto__.new.call(this, message, {level: diagnostics$.DiagnosticLevel.info});
;
}).prototype = assertions.ErrorDescription.prototype;
(assertions.ErrorDescription._fromParts = function(messageParts) {
if (messageParts == null) dart.nullFailed(I[3], 266, 44, "messageParts");
assertions.ErrorDescription.__proto__._fromParts.call(this, messageParts, {level: diagnostics$.DiagnosticLevel.info});
;
}).prototype = assertions.ErrorDescription.prototype;
dart.addTypeTests(assertions.ErrorDescription);
dart.addTypeCaches(assertions.ErrorDescription);
dart.setLibraryUri(assertions.ErrorDescription, I[4]);
assertions.ErrorSummary = class ErrorSummary extends assertions._ErrorDiagnostic {};
(assertions.ErrorSummary.new = function(message) {
if (message == null) dart.nullFailed(I[3], 300, 23, "message");
assertions.ErrorSummary.__proto__.new.call(this, message, {level: diagnostics$.DiagnosticLevel.summary});
;
}).prototype = assertions.ErrorSummary.prototype;
(assertions.ErrorSummary._fromParts = function(messageParts) {
if (messageParts == null) dart.nullFailed(I[3], 305, 40, "messageParts");
assertions.ErrorSummary.__proto__._fromParts.call(this, messageParts, {level: diagnostics$.DiagnosticLevel.summary});
;
}).prototype = assertions.ErrorSummary.prototype;
dart.addTypeTests(assertions.ErrorSummary);
dart.addTypeCaches(assertions.ErrorSummary);
dart.setLibraryUri(assertions.ErrorSummary, I[4]);
assertions.ErrorHint = class ErrorHint extends assertions._ErrorDiagnostic {};
(assertions.ErrorHint.new = function(message) {
if (message == null) dart.nullFailed(I[3], 335, 20, "message");
assertions.ErrorHint.__proto__.new.call(this, message, {level: diagnostics$.DiagnosticLevel.hint});
;
}).prototype = assertions.ErrorHint.prototype;
(assertions.ErrorHint._fromParts = function(messageParts) {
if (messageParts == null) dart.nullFailed(I[3], 340, 37, "messageParts");
assertions.ErrorHint.__proto__._fromParts.call(this, messageParts, {level: diagnostics$.DiagnosticLevel.hint});
;
}).prototype = assertions.ErrorHint.prototype;
dart.addTypeTests(assertions.ErrorHint);
dart.addTypeCaches(assertions.ErrorHint);
dart.setLibraryUri(assertions.ErrorHint, I[4]);
assertions.ErrorSpacer = class ErrorSpacer extends diagnostics$.DiagnosticsProperty$(dart.void) {};
(assertions.ErrorSpacer.new = function() {
assertions.ErrorSpacer.__proto__.new.call(this, "", null, {description: "", showName: false});
;
}).prototype = assertions.ErrorSpacer.prototype;
dart.addTypeTests(assertions.ErrorSpacer);
dart.addTypeCaches(assertions.ErrorSpacer);
dart.setLibraryUri(assertions.ErrorSpacer, I[4]);
var exception$ = dart.privateName(assertions, "FlutterErrorDetails.exception");
var stack$ = dart.privateName(assertions, "FlutterErrorDetails.stack");
var library$ = dart.privateName(assertions, "FlutterErrorDetails.library");
var context$ = dart.privateName(assertions, "FlutterErrorDetails.context");
var stackFilter$ = dart.privateName(assertions, "FlutterErrorDetails.stackFilter");
var informationCollector$ = dart.privateName(assertions, "FlutterErrorDetails.informationCollector");
var silent$ = dart.privateName(assertions, "FlutterErrorDetails.silent");
var _exceptionToDiagnosticable = dart.privateName(assertions, "_exceptionToDiagnosticable");
const Object_Diagnosticable$36$ = class Object_Diagnosticable extends core.Object {};
(Object_Diagnosticable$36$.new = function() {
}).prototype = Object_Diagnosticable$36$.prototype;
dart.applyMixin(Object_Diagnosticable$36$, diagnostics$.Diagnosticable);
assertions.FlutterErrorDetails = class FlutterErrorDetails extends Object_Diagnosticable$36$ {
get exception() {
return this[exception$];
}
set exception(value) {
super.exception = value;
}
get stack() {
return this[stack$];
}
set stack(value) {
super.stack = value;
}
get library() {
return this[library$];
}
set library(value) {
super.library = value;
}
get context() {
return this[context$];
}
set context(value) {
super.context = value;
}
get stackFilter() {
return this[stackFilter$];
}
set stackFilter(value) {
super.stackFilter = value;
}
get informationCollector() {
return this[informationCollector$];
}
set informationCollector(value) {
super.informationCollector = value;
}
get silent() {
return this[silent$];
}
set silent(value) {
super.silent = value;
}
copyWith(opts) {
let t8, t8$, t8$0, t8$1, t8$2, t8$3, t8$4;
let context = opts && 'context' in opts ? opts.context : null;
let exception = opts && 'exception' in opts ? opts.exception : null;
let informationCollector = opts && 'informationCollector' in opts ? opts.informationCollector : null;
let library = opts && 'library' in opts ? opts.library : null;
let silent = opts && 'silent' in opts ? opts.silent : null;
let stack = opts && 'stack' in opts ? opts.stack : null;
let stackFilter = opts && 'stackFilter' in opts ? opts.stackFilter : null;
return new assertions.FlutterErrorDetails.new({context: (t8 = context, t8 == null ? this.context : t8), exception: (t8$ = exception, t8$ == null ? this.exception : t8$), informationCollector: (t8$0 = informationCollector, t8$0 == null ? this.informationCollector : t8$0), library: (t8$1 = library, t8$1 == null ? this.library : t8$1), silent: (t8$2 = silent, t8$2 == null ? this.silent : t8$2), stack: (t8$3 = stack, t8$3 == null ? this.stack : t8$3), stackFilter: (t8$4 = stackFilter, t8$4 == null ? this.stackFilter : t8$4)});
}
exceptionAsString() {
let longMessage = null;
if (core.AssertionError.is(this.exception)) {
let message = core.AssertionError.as(this.exception).message;
let fullMessage = dart.toString(this.exception);
if (typeof message == 'string' && message != fullMessage) {
if (fullMessage.length > message.length) {
let position = fullMessage[$lastIndexOf](message);
if (position === fullMessage.length - message.length && position > 2 && fullMessage[$substring](position - 2, position) === ": ") {
let body = fullMessage[$substring](0, position - 2);
let splitPoint = body[$indexOf](" Failed assertion:");
if (splitPoint >= 0) {
body = body[$substring](0, splitPoint) + "\n" + body[$substring](splitPoint + 1);
}
longMessage = message[$trimRight]() + "\n" + body;
}
}
}
longMessage == null ? longMessage = fullMessage : null;
} else if (typeof this.exception == 'string') {
longMessage = core.String.as(this.exception);
} else if (core.Error.is(this.exception) || core.Exception.is(this.exception)) {
longMessage = dart.toString(this.exception);
} else {
longMessage = " " + dart.str(dart.toString(this.exception));
}
longMessage = longMessage[$trimRight]();
if (longMessage[$isEmpty]) longMessage = " <no message available>";
return longMessage;
}
[_exceptionToDiagnosticable]() {
let exception = this.exception;
if (assertions.FlutterError.is(exception)) {
return exception;
}
if (core.AssertionError.is(exception) && assertions.FlutterError.is(exception.message)) {
return assertions.FlutterError.as(dart.nullCheck(exception.message));
}
return null;
}
get summary() {
let t8;
const formatException = () => {
return this.exceptionAsString()[$split]("\n")[$_get](0)[$trimLeft]();
};
dart.fn(formatException, T$.VoidToString());
if (false) {
return diagnostics$.DiagnosticsNode.message(formatException());
}
let diagnosticable = this[_exceptionToDiagnosticable]();
let summary = null;
if (diagnosticable != null) {
let builder = new diagnostics$.DiagnosticPropertiesBuilder.new();
this.debugFillProperties(builder);
summary = builder.properties[$cast](T$.DiagnosticsNodeN())[$firstWhere](dart.fn(node => dart.nullCheck(node).level == diagnostics$.DiagnosticLevel.summary, T$.DiagnosticsNodeNTobool()), {orElse: dart.fn(() => null, T$.VoidToNull())});
}
t8 = summary;
return t8 == null ? new assertions.ErrorSummary.new(formatException()) : t8;
}
debugFillProperties(properties) {
if (properties == null) dart.nullFailed(I[3], 623, 56, "properties");
super.debugFillProperties(properties);
let verb = new assertions.ErrorDescription.new("thrown" + dart.str(this.context != null ? new assertions.ErrorDescription.new(" " + dart.str(this.context)) : ""));
let diagnosticable = this[_exceptionToDiagnosticable]();
if (core.NullThrownError.is(this.exception)) {
properties.add(new assertions.ErrorDescription.new("The null value was " + dart.str(verb) + "."));
} else if (typeof this.exception == 'number') {
properties.add(new assertions.ErrorDescription.new("The number " + dart.str(this.exception) + " was " + dart.str(verb) + "."));
} else {
let errorName = null;
if (core.AssertionError.is(this.exception)) {
errorName = new assertions.ErrorDescription.new("assertion");
} else if (typeof this.exception == 'string') {
errorName = new assertions.ErrorDescription.new("message");
} else if (core.Error.is(this.exception) || core.Exception.is(this.exception)) {
errorName = new assertions.ErrorDescription.new(dart.str(dart.runtimeType(this.exception)));
} else {
errorName = new assertions.ErrorDescription.new(dart.str(dart.runtimeType(this.exception)) + " object");
}
properties.add(new assertions.ErrorDescription.new("The following " + dart.str(errorName) + " was " + dart.str(verb) + ":"));
if (diagnosticable != null) {
diagnosticable.debugFillProperties(properties);
} else {
let prefix = dart.str(dart.runtimeType(this.exception)) + ": ";
let message = this.exceptionAsString();
if (message[$startsWith](prefix)) message = message[$substring](prefix.length);
properties.add(new assertions.ErrorSummary.new(message));
}
}
if (this.stack != null) {
if (core.AssertionError.is(this.exception) && diagnosticable == null) {
let stackFrames = stack_frame.StackFrame.fromStackTrace(assertions.FlutterError.demangleStackTrace(dart.nullCheck(this.stack)))[$skipWhile](dart.fn(frame => {
if (frame == null) dart.nullFailed(I[3], 666, 79, "frame");
return frame.packageScheme === "dart";
}, T$.StackFrameTobool()))[$toList]();
let ourFault = dart.notNull(stackFrames[$length]) >= 2 && stackFrames[$_get](0).package === "flutter" && stackFrames[$_get](1).package === "flutter";
if (ourFault) {
properties.add(new assertions.ErrorSpacer.new());
properties.add(new assertions.ErrorHint.new("Either the assertion indicates an error in the framework itself, or we should " + "provide substantially more information in this error message to help you determine " + "and fix the underlying cause.\n" + "In either case, please report this assertion by filing a bug on GitHub:\n" + " https://github.com/flutter/flutter/issues/new?template=2_bug.md"));
}
}
properties.add(new assertions.ErrorSpacer.new());
properties.add(new assertions.DiagnosticsStackTrace.new("When the exception was thrown, this was the stack", this.stack, {stackFilter: this.stackFilter}));
}
if (this.informationCollector != null) {
properties.add(new assertions.ErrorSpacer.new());
dart.nullCheck(this.informationCollector)()[$forEach](dart.bind(properties, 'add'));
}
}
toStringShort() {
return this.library != null ? "Exception caught by " + dart.str(this.library) : "Exception caught";
}
toString(opts) {
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[5] || CT.C5;
if (minLevel == null) dart.nullFailed(I[3], 697, 36, "minLevel");
return this.toDiagnosticsNode({style: diagnostics$.DiagnosticsTreeStyle.error}).toStringDeep({minLevel: minLevel});
}
toDiagnosticsNode(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let style = opts && 'style' in opts ? opts.style : null;
return new assertions._FlutterErrorDetailsNode.new({name: name, value: this, style: style});
}
};
(assertions.FlutterErrorDetails.new = function(opts) {
let exception = opts && 'exception' in opts ? opts.exception : null;
if (exception == null) dart.nullFailed(I[3], 393, 19, "exception");
let stack = opts && 'stack' in opts ? opts.stack : null;
let library = opts && 'library' in opts ? opts.library : "Flutter framework";
let context = opts && 'context' in opts ? opts.context : null;
let stackFilter = opts && 'stackFilter' in opts ? opts.stackFilter : null;
let informationCollector = opts && 'informationCollector' in opts ? opts.informationCollector : null;
let silent = opts && 'silent' in opts ? opts.silent : false;
if (silent == null) dart.nullFailed(I[3], 399, 10, "silent");
this[exception$] = exception;
this[stack$] = stack;
this[library$] = library;
this[context$] = context;
this[stackFilter$] = stackFilter;
this[informationCollector$] = informationCollector;
this[silent$] = silent;
if (!(exception != null)) dart.assertFailed(null, I[3], 400, 15, "exception != null");
;
}).prototype = assertions.FlutterErrorDetails.prototype;
dart.addTypeTests(assertions.FlutterErrorDetails);
dart.addTypeCaches(assertions.FlutterErrorDetails);
dart.setMethodSignature(assertions.FlutterErrorDetails, () => ({
__proto__: dart.getMethods(assertions.FlutterErrorDetails.__proto__),
copyWith: dart.fnType(assertions.FlutterErrorDetails, [], {context: dart.nullable(diagnostics$.DiagnosticsNode), exception: dart.nullable(core.Object), informationCollector: dart.nullable(dart.fnType(core.Iterable$(diagnostics$.DiagnosticsNode), [])), library: dart.nullable(core.String), silent: dart.nullable(core.bool), stack: dart.nullable(core.StackTrace), stackFilter: dart.nullable(dart.fnType(core.Iterable$(core.String), [core.Iterable$(core.String)]))}, {}),
exceptionAsString: dart.fnType(core.String, []),
[_exceptionToDiagnosticable]: dart.fnType(dart.nullable(diagnostics$.Diagnosticable), [])
}));
dart.setGetterSignature(assertions.FlutterErrorDetails, () => ({
__proto__: dart.getGetters(assertions.FlutterErrorDetails.__proto__),
summary: diagnostics$.DiagnosticsNode
}));
dart.setLibraryUri(assertions.FlutterErrorDetails, I[4]);
dart.setFieldSignature(assertions.FlutterErrorDetails, () => ({
__proto__: dart.getFields(assertions.FlutterErrorDetails.__proto__),
exception: dart.finalFieldType(core.Object),
stack: dart.finalFieldType(dart.nullable(core.StackTrace)),
library: dart.finalFieldType(dart.nullable(core.String)),
context: dart.finalFieldType(dart.nullable(diagnostics$.DiagnosticsNode)),
stackFilter: dart.finalFieldType(dart.nullable(dart.fnType(core.Iterable$(core.String), [core.Iterable$(core.String)]))),
informationCollector: dart.finalFieldType(dart.nullable(dart.fnType(core.Iterable$(diagnostics$.DiagnosticsNode), []))),
silent: dart.finalFieldType(core.bool)
}));
dart.defineExtensionMethods(assertions.FlutterErrorDetails, ['toString']);
dart.defineLazy(assertions.FlutterErrorDetails, {
/*assertions.FlutterErrorDetails.propertiesTransformers*/get propertiesTransformers() {
return T$.JSArrayOfIterableOfDiagnosticsNodeToIterableOfDiagnosticsNode().of([]);
}
}, false);
var diagnostics$0 = dart.privateName(assertions, "FlutterError.diagnostics");
const Error_DiagnosticableTreeMixin$36 = class Error_DiagnosticableTreeMixin extends core.Error {};
(Error_DiagnosticableTreeMixin$36.new = function() {
Error_DiagnosticableTreeMixin$36.__proto__.new.call(this);
}).prototype = Error_DiagnosticableTreeMixin$36.prototype;
dart.applyMixin(Error_DiagnosticableTreeMixin$36, diagnostics$.DiagnosticableTreeMixin);
assertions.FlutterError = class FlutterError extends Error_DiagnosticableTreeMixin$36 {
get diagnostics() {
return this[diagnostics$0];
}
set diagnostics(value) {
super.diagnostics = value;
}
static new(message) {
if (message == null) dart.nullFailed(I[3], 740, 31, "message");
let lines = message[$split]("\n");
return new assertions.FlutterError.fromParts((() => {
let t8 = T$.JSArrayOfDiagnosticsNode().of([new assertions.ErrorSummary.new(lines[$first])]);
t8[$addAll](lines[$skip](1)[$map](diagnostics$.DiagnosticsNode, dart.fn(line => {
if (line == null) dart.nullFailed(I[3], 744, 53, "line");
return new assertions.ErrorDescription.new(line);
}, T$.StringToErrorDescription())));
return t8;
})());
}
get message() {
return this.toString();
}
static resetErrorCount() {
assertions.FlutterError._errorCount = 0;
}
static dumpErrorToConsole(details, opts) {
if (details == null) dart.nullFailed(I[3], 944, 54, "details");
let forceReport = opts && 'forceReport' in opts ? opts.forceReport : false;
if (forceReport == null) dart.nullFailed(I[3], 944, 70, "forceReport");
if (!(details != null)) dart.assertFailed(null, I[3], 945, 12, "details != null");
if (!(details.exception != null)) dart.assertFailed(null, I[3], 946, 12, "details.exception != null");
let isInDebugMode = false;
if (!dart.test(dart.fn(() => {
isInDebugMode = true;
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[3], 948, 12, "() {\r\n // In checked mode, we ignore the \"silent\" flag.\r\n isInDebugMode = true;\r\n return true;\r\n }()");
let reportError = isInDebugMode || details.silent !== true;
if (!reportError && !dart.test(forceReport)) return;
if (assertions.FlutterError._errorCount === 0 || dart.test(forceReport)) {
if (isInDebugMode) {
print.debugPrint(new diagnostics$.TextTreeRenderer.new({wrapWidth: 100, wrapWidthProperties: 100, maxDescendentsTruncatableNode: 5}).render(details.toDiagnosticsNode({style: diagnostics$.DiagnosticsTreeStyle.error}))[$trimRight]());
} else {
assertions.debugPrintStack({stackTrace: details.stack, label: dart.toString(details.exception), maxFrames: 100});
}
} else {
print.debugPrint("Another exception was thrown: " + dart.str(details.summary));
}
assertions.FlutterError._errorCount = dart.notNull(assertions.FlutterError._errorCount) + 1;
}
static addDefaultStackFilter(filter) {
if (filter == null) dart.nullFailed(I[3], 988, 49, "filter");
assertions.FlutterError._stackFilters[$add](filter);
}
static defaultStackFilter(frames) {
let t9, t10;
if (frames == null) dart.nullFailed(I[3], 1003, 63, "frames");
let removedPackagesAndClasses = new (T$.IdentityMapOfString$int()).from(["dart:async-patch", 0, "dart:async", 0, "package:stack_trace", 0, "class _AssertionError", 0, "class _FakeAsync", 0, "class _FrameCallbackEntry", 0, "class _Timer", 0, "class _RawReceivePortImpl", 0]);
let skipped = 0;
let parsedFrames = stack_frame.StackFrame.fromStackString(frames[$join]("\n"));
for (let index = 0; index < dart.notNull(parsedFrames[$length]); index = index + 1) {
let frame = parsedFrames[$_get](index);
let className = "class " + dart.str(frame.className);
let $package = dart.str(frame.packageScheme) + ":" + dart.str(frame.package);
if (dart.test(removedPackagesAndClasses[$containsKey](className))) {
skipped = skipped + 1;
removedPackagesAndClasses[$update](className, dart.fn(value => {
if (value == null) dart.nullFailed(I[3], 1024, 58, "value");
return dart.notNull(value) + 1;
}, T$.intToint()));
parsedFrames[$removeAt](index);
index = index - 1;
} else if (dart.test(removedPackagesAndClasses[$containsKey]($package))) {
skipped = skipped + 1;
removedPackagesAndClasses[$update]($package, dart.fn(value => {
if (value == null) dart.nullFailed(I[3], 1029, 56, "value");
return dart.notNull(value) + 1;
}, T$.intToint()));
parsedFrames[$removeAt](index);
index = index - 1;
}
}
let reasons = T$.ListOfStringN().filled(parsedFrames[$length], null, {growable: false});
for (let filter of assertions.FlutterError._stackFilters) {
filter.filter(parsedFrames, reasons);
}
let result = T$.JSArrayOfString().of([]);
for (let index = 0; index < dart.notNull(parsedFrames[$length]); index = index + 1) {
let start = index;
while (index < dart.notNull(reasons[$length]) - 1 && reasons[$_get](index) != null && reasons[$_get](index + 1) == reasons[$_get](index)) {
index = index + 1;
}
let suffix = "";
if (reasons[$_get](index) != null) {
if (index !== start) {
suffix = " (" + dart.str(index - start + 2) + " frames)";
} else {
suffix = " (1 frame)";
}
}
let resultLine = dart.str((t9 = reasons[$_get](index), t9 == null ? parsedFrames[$_get](index).source : t9)) + suffix;
result[$add](resultLine);
}
let where = (t10 = (() => {
let t9 = T$.JSArrayOfString().of([]);
for (let entry of removedPackagesAndClasses[$entries])
if (dart.notNull(entry.value) > 0) t9[$add](entry.key);
return t9;
})(), (() => {
t10[$sort]();
return t10;
})());
if (skipped === 1) {
result[$add]("(elided one frame from " + dart.str(where[$single]) + ")");
} else if (skipped > 1) {
if (dart.notNull(where[$length]) > 1) where[$_set](dart.notNull(where[$length]) - 1, "and " + dart.str(where[$last]));
if (dart.notNull(where[$length]) > 2) {
result[$add]("(elided " + dart.str(skipped) + " frames from " + dart.str(where[$join](", ")) + ")");
} else {
result[$add]("(elided " + dart.str(skipped) + " frames from " + dart.str(where[$join](" ")) + ")");
}
}
return result;
}
debugFillProperties(properties) {
if (properties == null) dart.nullFailed(I[3], 1080, 56, "properties");
this.diagnostics[$forEach](dart.bind(properties, 'add'));
}
toStringShort() {
return "FlutterError";
}
toString(opts) {
let minLevel = opts && 'minLevel' in opts ? opts.minLevel : C[5] || CT.C5;
if (minLevel == null) dart.nullFailed(I[3], 1088, 36, "minLevel");
if (false) {
let errors = this.diagnostics[$whereType](assertions._ErrorDiagnostic);
return dart.test(errors[$isNotEmpty]) ? errors[$first].valueToString() : this.toStringShort();
}
let renderer = new diagnostics$.TextTreeRenderer.new({wrapWidth: 4000000000});
return this.diagnostics[$map](core.String, dart.fn(node => {
if (node == null) dart.nullFailed(I[3], 1095, 45, "node");
return renderer.render(node)[$trimRight]();
}, T$.DiagnosticsNodeToString()))[$join]("\n");
}
static reportError(details) {
if (details == null) dart.nullFailed(I[3], 1099, 47, "details");
if (!(details != null)) dart.assertFailed(null, I[3], 1100, 12, "details != null");
if (!(details.exception != null)) dart.assertFailed(null, I[3], 1101, 12, "details.exception != null");
if (assertions.FlutterError.onError != null) {
dart.nullCheck(assertions.FlutterError.onError)(details);
}
}
};
(assertions.FlutterError.fromParts = function(diagnostics) {
if (diagnostics == null) dart.nullFailed(I[3], 797, 31, "diagnostics");
this[diagnostics$0] = diagnostics;
if (!dart.test(diagnostics[$isNotEmpty])) dart.assertFailed(new assertions.FlutterError.fromParts(T$.JSArrayOfDiagnosticsNode().of([new assertions.ErrorSummary.new("Empty FlutterError")])), I[3], 797, 53, "diagnostics.isNotEmpty");
assertions.FlutterError.__proto__.new.call(this);
if (!(this.diagnostics[$first].level == diagnostics$.DiagnosticLevel.summary)) dart.assertFailed(new assertions.FlutterError.fromParts(T$.JSArrayOfDiagnosticsNode().of([new assertions.ErrorSummary.new("FlutterError is missing a summary."), new assertions.ErrorDescription.new("All FlutterError objects should start with a short (one line) " + "summary description of the problem that was detected."), new (T$.DiagnosticsPropertyOfFlutterError()).new("Malformed", this, {expandableValue: true, showSeparator: false, style: diagnostics$.DiagnosticsTreeStyle.whitespace}), new assertions.ErrorDescription.new("\nThis error should still help you solve your problem, " + "however please also report this malformed error in the " + "framework by filing a bug on GitHub:\n" + " https://github.com/flutter/flutter/issues/new?template=2_bug.md")])), I[3], 799, 7, "diagnostics.first.level == DiagnosticLevel.summary");
if (!dart.test(dart.fn(() => {
let summaries = this.diagnostics[$where](dart.fn(node => {
if (node == null) dart.nullFailed(I[3], 816, 86, "node");
return node.level == diagnostics$.DiagnosticLevel.summary;
}, T$.DiagnosticsNodeTobool()));
if (dart.notNull(summaries[$length]) > 1) {
let message = T$.JSArrayOfDiagnosticsNode().of([new assertions.ErrorSummary.new("FlutterError contained multiple error summaries."), new assertions.ErrorDescription.new("All FlutterError objects should have only a single short " + "(one line) summary description of the problem that was " + "detected."), new (T$.DiagnosticsPropertyOfFlutterError()).new("Malformed", this, {expandableValue: true, showSeparator: false, style: diagnostics$.DiagnosticsTreeStyle.whitespace}), new assertions.ErrorDescription.new("\nThe malformed error has " + dart.str(summaries[$length]) + " summaries.")]);
let i = 1;
for (let summary of summaries) {
message[$add](new (T$.DiagnosticsPropertyOfDiagnosticsNode()).new("Summary " + dart.str(i), summary, {expandableValue: true}));
i = i + 1;
}
message[$add](new assertions.ErrorDescription.new("\nThis error should still help you solve your problem, " + "however please also report this malformed error in the " + "framework by filing a bug on GitHub:\n" + " https://github.com/flutter/flutter/issues/new?template=2_bug.md"));
dart.throw(new assertions.FlutterError.fromParts(message));
}
return true;
}, T$.VoidTobool())())) dart.assertFailed(null, I[3], 815, 12, "() {\r\n final Iterable<DiagnosticsNode> summaries = diagnostics.where((DiagnosticsNode node) => node.level == DiagnosticLevel.summary);\r\n if (summaries.length > 1) {\r\n final List<DiagnosticsNode> message = <DiagnosticsNode>[\r\n ErrorSummary('FlutterError contained multiple error summaries.'),\r\n ErrorDescription(\r\n 'All FlutterError objects should have only a single short '\r\n '(one line) summary description of the problem that was '\r\n 'detected.'\r\n ),\r\n DiagnosticsProperty<FlutterError>('Malformed', this, expandableValue: true, showSeparator: false, style: DiagnosticsTreeStyle.whitespace),\r\n ErrorDescription('\\nThe malformed error has ${summaries.length} summaries.'),\r\n ];\r\n int i = 1;\r\n for (final DiagnosticsNode summary in summaries) {\r\n message.add(DiagnosticsProperty<DiagnosticsNode>('Summary $i', summary, expandableValue : true));\r\n i += 1;\r\n }\r\n message.add(ErrorDescription(\r\n '\\nThis error should still help you solve your problem, '\r\n 'however please also report this malformed error in the '\r\n 'framework by filing a bug on GitHub:\\n'\r\n ' https://github.com/flutter/flutter/issues/new?template=2_bug.md'\r\n ));\r\n throw FlutterError.fromParts(message);\r\n }\r\n return true;\r\n }()");
}).prototype = assertions.FlutterError.prototype;
dart.addTypeTests(assertions.FlutterError);
dart.addTypeCaches(assertions.FlutterError);
assertions.FlutterError[dart.implements] = () => [core.AssertionError];
dart.setGetterSignature(assertions.FlutterError, () => ({
__proto__: dart.getGetters(assertions.FlutterError.__proto__),
message: core.String
}));
dart.setLibraryUri(assertions.FlutterError, I[4]);
dart.setFieldSignature(assertions.FlutterError, () => ({
__proto__: dart.getFields(assertions.FlutterError.__proto__),
diagnostics: dart.finalFieldType(core.List$(diagnostics$.DiagnosticsNode))
}));
dart.defineExtensionMethods(assertions.FlutterError, ['toString']);
dart.defineLazy(assertions.FlutterError, {
/*assertions.FlutterError.onError*/get onError() {
return dart.fn(details => {
if (details == null) dart.nullFailed(I[3], 878, 66, "details");
return assertions.FlutterError.presentError(details);
}, T$.FlutterErrorDetailsTovoid());
},
set onError(_) {},
/*assertions.FlutterError.demangleStackTrace*/get demangleStackTrace() {
return dart.fn(stackTrace => {
if (stackTrace == null) dart.nullFailed(I[3], 903, 63, "stackTrace");
return stackTrace;
}, T$.StackTraceToStackTrace());
},
set demangleStackTrace(_) {},
/*assertions.FlutterError.presentError*/get presentError() {
return C[34] || CT.C34;
},
set presentError(_) {},
/*assertions.FlutterError._errorCount*/get _errorCount() {
return 0;
},
set _errorCount(_) {},
/*assertions.FlutterError.wrapWidth*/get wrapWidth() {
return 100;
},
/*assertions.FlutterError._stackFilters*/get _stackFilters() {
return T$.JSArrayOfStackFilter().of([]);
}
}, false);
assertions.DiagnosticsStackTrace = class DiagnosticsStackTrace extends diagnostics$.DiagnosticsBlock {
static _applyStackFilter(stack, stackFilter) {
let t10;
if (stack == null) return T$.JSArrayOfDiagnosticsNode().of([]);
let filter = (t10 = stackFilter, t10 == null ? C[35] || CT.C35 : t10);
let frames = filter(dart.str(assertions.FlutterError.demangleStackTrace(stack))[$trimRight]()[$split]("\n"));
return frames[$map](diagnostics$.DiagnosticsNode, C[36] || CT.C36)[$toList]();
}
static _createStackFrame(frame) {
if (frame == null) dart.nullFailed(I[3], 1191, 51, "frame");
return diagnostics$.DiagnosticsNode.message(frame, {allowWrap: false});
}
};
(assertions.DiagnosticsStackTrace.new = function(name, stack, opts) {
if (name == null) dart.nullFailed(I[3], 1155, 12, "name");
let stackFilter = opts && 'stackFilter' in opts ? opts.stackFilter : null;
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[3], 1158, 10, "showSeparator");
assertions.DiagnosticsStackTrace.__proto__.new.call(this, {name: name, value: stack, properties: assertions.DiagnosticsStackTrace._applyStackFilter(stack, stackFilter), style: diagnostics$.DiagnosticsTreeStyle.flat, showSeparator: showSeparator, allowTruncate: true});
;
}).prototype = assertions.DiagnosticsStackTrace.prototype;
(assertions.DiagnosticsStackTrace.singleFrame = function(name, opts) {
if (name == null) dart.nullFailed(I[3], 1170, 12, "name");
let frame = opts && 'frame' in opts ? opts.frame : null;
if (frame == null) dart.nullFailed(I[3], 1171, 21, "frame");
let showSeparator = opts && 'showSeparator' in opts ? opts.showSeparator : true;
if (showSeparator == null) dart.nullFailed(I[3], 1172, 10, "showSeparator");
assertions.DiagnosticsStackTrace.__proto__.new.call(this, {name: name, properties: T$.JSArrayOfDiagnosticsNode().of([assertions.DiagnosticsStackTrace._createStackFrame(frame)]), style: diagnostics$.DiagnosticsTreeStyle.whitespace, showSeparator: showSeparator});
;
}).prototype = assertions.DiagnosticsStackTrace.prototype;
dart.addTypeTests(assertions.DiagnosticsStackTrace);
dart.addTypeCaches(assertions.DiagnosticsStackTrace);
dart.setLibraryUri(assertions.DiagnosticsStackTrace, I[4]);
assertions._FlutterErrorDetailsNode = class _FlutterErrorDetailsNode extends diagnostics$.DiagnosticableNode$(assertions.FlutterErrorDetails) {
get builder() {
let builder = super.builder;
if (builder == null) {
return null;
}
let properties = builder.properties;
for (let transformer of assertions.FlutterErrorDetails.propertiesTransformers) {
properties = transformer(properties);
}
return new diagnostics$.DiagnosticPropertiesBuilder.fromProperties(properties[$toList]());
}
};
(assertions._FlutterErrorDetailsNode.new = function(opts) {
let name = opts && 'name' in opts ? opts.name : null;
let value = opts && 'value' in opts ? opts.value : null;
if (value == null) dart.nullFailed(I[3], 1199, 34, "value");
let style = opts && 'style' in opts ? opts.style : null;
assertions._FlutterErrorDetailsNode.__proto__.new.call(this, {name: name, value: value, style: style});
;
}).prototype = assertions._FlutterErrorDetailsNode.prototype;
dart.addTypeTests(assertions._FlutterErrorDetailsNode);
dart.addTypeCaches(assertions._FlutterErrorDetailsNode);
dart.setLibraryUri(assertions._FlutterErrorDetailsNode, I[4]);
assertions.debugPrintStack = function debugPrintStack(opts) {
let stackTrace = opts && 'stackTrace' in opts ? opts.stackTrace : null;
let label = opts && 'label' in opts ? opts.label : null;
let maxFrames = opts && 'maxFrames' in opts ? opts.maxFrames : null;
if (label != null) print.debugPrint(label);
if (stackTrace == null) {
stackTrace = core.StackTrace.current;
} else {
stackTrace = assertions.FlutterError.demangleStackTrace(stackTrace);
}
let lines = dart.toString(stackTrace)[$trimRight]()[$split]("\n");
if (true && dart.test(lines[$isNotEmpty])) {
lines = lines[$skipWhile](dart.fn(line => {
if (line == null) dart.nullFailed(I[3], 1132, 37, "line");
return line[$contains]("StackTrace.current") || line[$contains]("dart-sdk/lib/_internal") || line[$contains]("dart:sdk_internal");
}, T$.StringTobool()));
}
if (maxFrames != null) lines = lines[$take](maxFrames);
print.debugPrint(assertions.FlutterError.defaultStackFilter(lines)[$join]("\n"));
};
dart.trackLibraries("packages/flutter/src/foundation/debug.dart", {
"package:flutter/src/foundation/debug.dart": debug,
"package:flutter/src/foundation/diagnostics.dart": diagnostics$,
"package:flutter/src/foundation/assertions.dart": assertions
}, {
}, 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// Exports:
return {
src__foundation__debug: debug,
src__foundation__diagnostics: diagnostics$,
src__foundation__assertions: assertions
};
}));
//# sourceMappingURL=debug.dart.lib.js.map