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#### Functional
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#### Initial Setup
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##### If at any moment or for any reason the evaluated Assembler or Virtual Machine crashes or have any memory leak the evaluation fails.
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##### Before to start the evaluation, download the [Playground](../data/playground.zip), it will contain a standard Assembler and Virtual Machine.
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###### Is the learner able to guide you installing and running the provided binaries?
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#### Assembler
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##### Run the learner Assembler without any argument.
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###### Does the Assembler prints a little introduction on how to use it?
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##### Run the Assembler with a path to a file that doesn't exist.
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###### Does the Assembler returns a meaningful error and exit?
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##### Use the learner Assembler to compile all the invalid players provided in `players_src/invalid`.
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###### Did the Assembler refused to create those players because invalid?
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###### Did the Assembler printed an error message explaining why the player was invalid?
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###### Did the Assembler exited without creating any `.cor`?
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##### Use the learner Assembler to compile all the valid players provided in `players_src/valid`.
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###### Did the Assembler compiled all the `.s` into `.cor` binaries?
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##### Before to procede you may want to copy or rename the generated `.cor` files otherwise they will be overwritten by the next compilation step.
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##### Use the standard Assembler provided in the playground to compile all the valid players provided in `players_src/valid`.
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##### Using `diff` and `hexdump` or any similar tool compare the two versions of each binary.
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###### Are the two versions of the binaries identical for every player?
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#### Virtual Machine
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##### Run the learner VM without any argument.
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###### Does the VM prints a little introduction on how to use it?
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##### Run the VM with a path to a file that doesn't exist.
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###### Does the VM returns a meaningful error and exit?
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##### Run the VM with four valid players and the flag `-d 10`.
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###### Does the VM introduce each player by writing their name and description before to start the game?
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###### Does the VM exit at cycle 10 and dump the memory printing 32 bytes per row?
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#### Beating ameba
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##### Use the standard Assembler to compile the player of the learner and the given `ameba.s`.
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##### Run those two players on the standard VM twice: once with ameba in the first position and another time with ameba in second position.
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###### Is the player of the learner winning both games?
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#### Bonus
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###### +Do the assembler have a working disassembly mode?
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###### +Do the assembler handles arithmetic operations?
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###### +Do the assembler implements a basic macro system?
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###### +Do the virtual machine have a visualizer?
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