Fuck... 118 TODOs...

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  C:\FPWorks\Nu\Nu\Nu\RQueue.fs(12):    /// TODO: replace all usage with Queue from FSharpx.Collections.
  C:\FPWorks\Nu\Nu\Nu\Address.fs(15):/// TODO: implement custom comparison.
  C:\FPWorks\Nu\Nu\Nu\Math.fs(12):/// TODO: for consistency with other math constructs, consider making this a struct.
  C:\FPWorks\Nu\Nu\Nu\Math.fs(118):    /// TODO: See if we can expose an SDL_RenderCopyEx from SDL2(#) that takes floats instead.
  C:\FPWorks\Nu\Nu\Nu\Overlay.fs(116):    // TODO: see if this can be decomposed
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(28):/// TODO: consider if we could / should use a TypeCarrier (phantom type) here.
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(200):    /// TODO: test this function!
  C:\FPWorks\Nu\Nu\Nu\Assets.fs(241):    /// TODO: test this function!
  C:\FPWorks\Nu\Nu\Nu\Physics.fs(538):    /// TODO: see if AlgebraicConverter can be used here instead of this shitty custom syntax.
  C:\FPWorks\Nu\Nu\Nu\Physics.fs(539):    /// TODO: propagate errors rather than tracing in place
  C:\FPWorks\Nu\Nu\Nu\Render.fs(297):                            let renderResult = SDL.SDL_RenderCopyEx (renderer.RenderContext, texture, refTileSourceRect, refTileDestRect, rotation, refTileRotationCenter, SDL.SDL_RendererFlip.SDL_FLIP_NONE) // TODO: implement tile flip
  C:\FPWorks\Nu\Nu\Nu\Render.fs(321):                // TODO: make the following code exception safe!
  C:\FPWorks\Nu\Nu\Nu\Render.fs(322):                // TODO: the resource implications (perf and vram fragmentation?) of creating and destroying a
  C:\FPWorks\Nu\Nu\Nu\Metadata.fs(28):/// TODO: consider turning this, combined with the functions in the Metadata module, into an ADT.
  C:\FPWorks\Nu\Nu\Nu\Metadata.fs(51):            // TODO: find an efficient way to pull metadata from a bitmap file without loading its
  C:\FPWorks\Nu\Nu\Nu\Sdl.fs(23):    //| FullScreen TODO: implement
  C:\FPWorks\Nu\Nu\Nu\Sdl.fs(34):/// TODO: make this an ADT with the necessary getters.
  C:\FPWorks\Nu\Nu\Nu\Sdl.fs(101):        // TODO: define either { } cexpr...
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(119):      Publisher : Simulant // TODO: consider making this a list so that Observer can provide all useful addresses
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(143):/// TODO: Make this an abstract data type.
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(510):/// TODO: Make this an abstract data type.
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(516):/// TODO: Make this an abstract data type.
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(526):/// TODO: Make this an abstract data type.
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(535):/// TODO: Make this an abstract data type.
  C:\FPWorks\Nu\Nu\Nu\SimulationTypes.fs(542):          OptScreenTransitionDestination : Screen option // TODO: move this into Game?
  C:\FPWorks\Nu\Nu\Nu\SimulationModules.fs(43):              TransitionTicksNp = 0L // TODO: roll this field into Incoming/OutcomingState values
  C:\FPWorks\Nu\Nu\Nu\SimulationModules.fs(580):        // TODO: get up off yer arse and write an algorithm for tight-fitting bounds...
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(56):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(63):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(81):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(86):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(331):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(338):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(522):        // TODO: put this in a better place! And of course, document.
  C:\FPWorks\Nu\Nu\Nu\WorldEntity.fs(526):            let typeConverterAttribute = TypeConverterAttribute (typeof<AlgebraicConverter>) // TODO: make this static?
  C:\FPWorks\Nu\Nu\Nu\WorldInput.fs(39):        // TODO: implement isKeyboardModifierActive.
  C:\FPWorks\Nu\Nu\Nu\WorldPhysics.fs(20):                // TODO: see if the following center-offsetting can be encapsulated within the Physics module!
  C:\FPWorks\Nu\Nu\Nu\WorldDispatchers.fs(17):        // TODO: consider implementing Awake, AngularVelocity, and LinearVelocity fields to make
  C:\FPWorks\Nu\Nu\Nu\World.fs(126):        // TODO: replace this with more sophisticated use of handleAsScreenTransition4, and so on for its brethren.
  C:\FPWorks\Nu\Nu\Nu\World.fs(173):            // TODO: split this function up...
  C:\FPWorks\Nu\Nu\Nu\World.fs(449):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(454):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(460):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(464):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(465):        /// TODO: make optFrames implemented as a predicate.
  C:\FPWorks\Nu\Nu\Nu\World.fs(477):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(490):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(494):        /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\World.fs(567):                // TODO: see if we can reflectively generate these
  C:\FPWorks\Nu\Nu\Nu\Observation.fs(12):/// TODO: I bet there's either a monad or arrow here...
  C:\FPWorks\Nu\Nu\Nu\Observation.fs(38):        // TODO: implement this with callback state instead of the rat's nest of subscriptions.
  C:\FPWorks\Nu\Nu\Nu\Observation.fs(121):    /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\Observation.fs(151):    /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\Observation.fs(180):    /// TODO: document!
  C:\FPWorks\Nu\Nu\Nu\WorldTests.fs(77):        // TODO: make stronger assertions in here!!!
  C:\FPWorks\Nu\Nu\Nu\Program.fs(9):    (* TODO: investigate NuEdit extensibility mechanism. *)
  C:\FPWorks\Nu\Nu\Nu\Program.fs(37):    TODO: write about choke points and beacons with quarantining... *)
  C:\FPWorks\Aml\Aml\Aml\Ast.fs(279):/// TODO: combine CompSigImpls and CompProtocols as CompTypeData or something.
  C:\FPWorks\Aml\Aml\Aml\Ast.fs(395):/// TODO: make this an ADT.
  C:\FPWorks\Aml\Aml\Aml\AmlConstants.fs(8):// TODO: rename to Constants and re-org into sub-modules.
  C:\FPWorks\Aml\Aml\Aml\Primitives.fs(554):    /// TODO: Consider using lazy lists or difference lists so that appending here is constant-time
  C:\FPWorks\Aml\Aml\Aml\Initial.fs(55):    /// TODO: document these with documentation comments.
  C:\FPWorks\Aml\Aml\Aml\Writer.fs(15):    /// TODO: Consider using lazy lists or difference lists for faster string appending (would Seqs also work?)
  C:\FPWorks\Aml\Aml\Aml\Writer.fs(347):            // TODO: remove the code duplication with 'Primitives.tryWriteExprFromPositions'.
  C:\FPWorks\Aml\Aml\Aml\Conversions.fs(16):    /// TODO: consider optimizing this.
  C:\FPWorks\Aml\Aml\Aml\Conversions.fs(22):    /// TODO: optimize this.
  C:\FPWorks\Aml\Aml\Aml\Conversions.fs(100):    // TODO: document
  C:\FPWorks\Aml\Aml\Aml\Reader.fs(85):    /// TODO: make multiline comments nest.
  C:\FPWorks\Aml\Aml\Aml\Reader.fs(544):    /// TODO: add parser for single precision as to avoid the hackiness here.
  C:\FPWorks\Aml\Aml\Aml\Reader.fs(1024):            let! _ = readDoc // TODO: use the read documentation?
  C:\FPWorks\Aml\Aml\Aml\EvaluatorPrimitives.fs(212):    /// TODO: clean up this function with extraction.
  C:\FPWorks\Aml\Aml\Aml\EvaluatorPrimitives.fs(441):        // TODO: clean up this function with extraction
  C:\FPWorks\Aml\Aml\Aml\EvaluatorPrimitives.fs(475):            // TODO: see if a sequence can be sliced without redundant evaluation
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(48):        // TODO: consider factoring Seq.foldUntil out of this
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(851):    /// TODO: see if this code could be made more bullet-proof and optimized (such as for when applyDispatch recurs).
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(943):    /// TODO: clean up this function with extraction.
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1020):                    if argCount = lambda.LamArgCount && List.fornone (fun arg -> match arg with Package _ -> true | _ -> false) args // TODO: consider checking for package args in reader
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1116):                    dictionary // TODO: um... forgot to write what to do here... Have a guess?
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1145):        let optFirstPassingBranchAndTestResult = Seq.tryFind (fun (_, testResult) -> isTrue testResult) branchAndTestResults // TODO: check for non-boolean values and return a violation when found
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1299):    /// TODO: optimize this generally.
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1374):        // TODO: consider making a violation if a different LP than a current one is loaded
  C:\FPWorks\Aml\Aml\Aml\Evaluator.fs(1478):        let evalResultsRev = List.rev evalResults // TODO: see if we can avoid this reverse by using a Queue
  C:\FPWorks\Prime\Prime\Prime\Miscellanea.fs(116):    /// TODO: place a mutex lock in this
  C:\FPWorks\Prime\Prime\Prime\Miscellanea.fs(117):    /// TODO: see if returned function can be optimized by minimizing dereferences
  C:\FPWorks\Prime\Prime\Prime\Miscellanea.fs(198):    /// TODO: document!
  C:\FPWorks\Prime\Prime\Prime\Miscellanea.fs(215):            // TODO: check for custom type converters in the TypeDescriptor attributes as well
  C:\FPWorks\Prime\Prime\Prime\Either.fs(10):/// TODO: more nice operators definitions.
  C:\FPWorks\Prime\Prime\Prime\String.fs(39):    /// TODO: optimize this.
  C:\FPWorks\Prime\Prime\Prime\List.fs(10):// TODO: for speed, use new F# 4.0 List functions that are implemented _without_ Seq functions!
  C:\FPWorks\Prime\Prime\Prime\List.fs(131):/// TODO: optimize with program fusion.
  C:\FPWorks\Prime\Prime\Prime\List.fs(197):/// TODO: speed this up with a single iteration?
  C:\FPWorks\Prime\Prime\Prime\List.fs(203):/// TODO: speed this up with a single iteration?
  C:\FPWorks\Prime\Prime\Prime\List.fs(218):/// TODO: optimize with program fusion.
  C:\FPWorks\Prime\Prime\Prime\List.fs(224):/// TODO: optimize with program fusion.
  C:\FPWorks\Prime\Prime\Prime\List.fs(246):/// TODO: consider optimizing with a StringBuilder.
  C:\FPWorks\Prime\Prime\Prime\List.fs(319):/// TODO: see if List.rev can be removed.
  C:\FPWorks\Prime\Prime\Prime\List.fs(335):/// TODO: speed this up with a Set internally?
  C:\FPWorks\Prime\Prime\Prime\Map.fs(20):/// TODO: Optimize by program fusion.
  C:\FPWorks\Prime\Prime\Prime\Map.fs(26):/// TODO: Optimize by program fusion.
  C:\FPWorks\Prime\Prime\Prime\Map.fs(48):/// TODO: Optimize by program fusion.
  C:\FPWorks\Prime\Prime\Prime\Map.fs(54):/// TODO: Optimize by program fusion.
  C:\FPWorks\Prime\Prime\Prime\MapPlus.fs(8):/// TODO: implement TypeConverter.
  C:\FPWorks\Prime\Prime\Prime\PersistentHashMap.fs(33):// TODO: implement this efficiently, that is, without having to do two look-ups or having to
  C:\FPWorks\Prime\Prime\Prime\RduTree.fs(7):/// TODO: implement TypeConverter.
  C:\FPWorks\Prime\Prime\Prime\RduTree.fs(44):    // TODO: test this!
  C:\FPWorks\Prime\Prime\Prime\KeyedCache.fs(4):/// TODO: document this type's functions!
  C:\FPWorks\Prime\Prime\Prime\MutantCache.fs(7):/// TODO: document this type's functions!
  C:\FPWorks\Prime\Prime\Prime\Xtension.fs(31):/// TODO: use DebuggerTypeProxyAttribute to make xFields easier to browse in the debugger.
  C:\FPWorks\Prime\Prime\Prime\Xtension.fs(83):        // TODO: consider writing a 'Map.addDidContainKey' function to efficently add and return a
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(23):// TODO: increase warning level to 5.
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(24):// TODO: implement quick size on create.
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(25):// TODO: implement selection box rendering.
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(95):            // TODO: comment
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(110):            // TODO: comment
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(122):            // TODO: comment
  C:\FPWorks\Nu\Nu\NuEdit\Program.fs(624):    // TODO: remove code duplication with below
  C:\FPWorks\SDL2Addendum\SDL2Addendum\SDL2Addendum\Vector2i.cs(42):        // TODO: add Vector2i constructor to Vector2, and remove 
  C:\FPWorks\InfinityRpg\InfinityRpg\InfinityRpg\GameplayDispatcher.fs(335):            // TODO: implement animations
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