Changeset 54 for docs

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• docs/trunk/200711-tock-seminars/200711-A-tock-slides.tex

  r53	r54
  151	151
  152	152
  153	(削除) (削除ここまで)\begin{frame}
  154	(削除) (削除ここまで) \frametitle{Talk Abstract (TEMP slide)}
  155	(削除) (削除ここまで) Nanopass compilation is a way of structuring a compiler as many small passes,
  156	(削除) (削除ここまで) each performing only one simple action. In the first of two talks, we will
  157	(削除) (削除ここまで) introduce Tock, our nanopass compiler for concurrent languages, written in
  158	(削除) (削除ここまで) Haskell. We will explain nanopass compilation, and how we have implemented
  159	(削除) it with the help of Haskell (削除ここまで)generics. We will then go on to demonstrate
  160	(削除) (削除ここまで) a novel use for Haskell generics for pattern-matching in our testing framework.
  161	(削除) (削除ここまで) Basic familiarity with Haskell is assumed, but no more.
  162	(削除) (削除ここまで)\end{frame}
  153	(追記) % (追記ここまで)\begin{frame}
  154	(追記) % (追記ここまで) \frametitle{Talk Abstract (TEMP slide)}
  155	(追記) % (追記ここまで) Nanopass compilation is a way of structuring a compiler as many small passes,
  156	(追記) % (追記ここまで) each performing only one simple action. In the first of two talks, we will
  157	(追記) % (追記ここまで) introduce Tock, our nanopass compiler for concurrent languages, written in
  158	(追記) % (追記ここまで) Haskell. We will explain nanopass compilation, and how we have implemented
  159	(追記) % it with the help of Haskell (追記ここまで)generics. We will then go on to demonstrate
  160	(追記) % (追記ここまで) a novel use for Haskell generics for pattern-matching in our testing framework.
  161	(追記) % (追記ここまで) Basic familiarity with Haskell is assumed, but no more.
  162	(追記) % (追記ここまで)\end{frame}
  163	163	%}}}
  164	164

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