%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

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\newcommand{\sfm}[1]{\ensuremath{\mathsf{#1}}}

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\newcommand{\CLang}{\mathcal{C}}

\newcommand{\LangInt}{\ensuremath{\Lang_{\mathsf{Int}}}} % R0

\newcommand{\LangVar}{$\Lang_{\mathsf{Var}}$} % R1
\newcommand{\LangVarM}{\Lang_{\mathsf{Var}}}

\newcommand{\RCO}{\mathit{mon}} % output of remove-complex-opera*

\newcommand{\LangVarANF}{\ensuremath{\Lang^{\RCO}_{\mathsf{Var}}}}
\newcommand{\LangVarANFM}{\Lang^{\RCO}_{\mathsf{Var}}}

\newcommand{\LangIf}{$\Lang_{\mathsf{If}}$} %R2
\newcommand{\LangIfM}{\ensuremath{\Lang_{\mathsf{If}}}} %R2
\newcommand{\LangIfANF}{\ensuremath{\Lang^{\RCO}_{\mathsf{if}}}} %R2

\newcommand{\LangCVar}{$\CLang_{\mathsf{Var}}$} % C0
\newcommand{\LangCVarM}{\CLang_{\mathsf{Var}}} % C0
\newcommand{\LangCIf}{$\CLang_{\mathsf{If}}$} %C1
\newcommand{\LangCIfM}{\ensuremath{\CLang_{\mathsf{If}}}} %C1
\newcommand{\LangVec}{$\Lang_{\mathsf{Tup}}$} %R3
\newcommand{\LangVecM}{\Lang_{\mathsf{Tup}}} %R3
\newcommand{\LangStruct}{\ensuremath{\Lang_{\mathsf{Struct}}}} %\Lang^s3
\newcommand{\LangCVec}{$\CLang_{\mathsf{Tup}}$} %C2
\newcommand{\LangCVecM}{\CLang_{\mathsf{Tup}}} %C2
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\newcommand{\LangVecANFM}{\Lang^{\RCO}_{\mathsf{Tup}}} %R3
\newcommand{\LangAlloc}{\ensuremath{\Lang_{\mathsf{Alloc}}}} %R3'
\newcommand{\LangAllocANF}{\ensuremath{\Lang^{\RCO}_{\mathsf{Alloc}}}} %R3'
\newcommand{\LangAllocANFM}{\Lang^{\RCO}_{\mathsf{Alloc}}} %R3'
\newcommand{\LangFun}{$\Lang_{\mathsf{Fun}}$} %R4
\newcommand{\LangFunM}{\Lang_{\mathsf{Fun}}} %R4
\newcommand{\LangCFun}{$\CLang_{\mathsf{Fun}}$} %C3
\newcommand{\LangCFunM}{\CLang_{\mathsf{Fun}}} %C3
\newcommand{\LangFunANF}{\ensuremath{\Lang^{\RCO}_{\mathsf{FunRef}}}} %R4
\newcommand{\LangFunANFM}{\Lang^{\RCO}_{\mathsf{FunRef}}} %R4
\newcommand{\LangFunRef}{$\Lang_{\mathsf{FunRef}}$} %F1
\newcommand{\LangFunRefM}{\Lang_{\mathsf{FunRef}}} %F1
\newcommand{\LangFunRefAlloc}{\ensuremath{\Lang^{\mathsf{Alloc}}_{\mathsf{FunRef}}}} %R'4
\newcommand{\LangLam}{$\Lang_\lambda$} %R5
\newcommand{\LangLamFunRef}{$\Lang_\lambda^{\mathsf{FunRef}}$} 
\newcommand{\LangLamM}{\ensuremath{\Lang_\lambda}} %R5
\newcommand{\LangCLam}{$\CLang_{\mathsf{Clos}}$} %C4
\newcommand{\LangCLamM}{\CLang_{\mathsf{Clos}}} %C4
\newcommand{\LangAny}{$\Lang_{\mathsf{Any}}$} %R6
\newcommand{\LangAnyM}{\Lang_{\mathsf{Any}}} %R6
\newcommand{\LangAnyFunRef}{\ensuremath{\Lang^{\mathsf{FunRef}}_{\mathsf{Any}}}} %R'6
\newcommand{\LangAnyAlloc}{\ensuremath{\Lang^{\mathsf{Alloc}}_{\mathsf{Any}}}} %R'6
\newcommand{\LangCAny}{$\CLang_{\mathsf{Any}}$} %C5
\newcommand{\LangCAnyM}{\CLang_{\mathsf{Any}}} %C5
\newcommand{\LangDyn}{$\Lang_{\mathsf{Dyn}}$} %R7
\newcommand{\LangDynM}{\Lang_{\mathsf{Dyn}}} %R7
\newcommand{\LangDynFunRef}{\ensuremath{\Lang^{\mathsf{FunRef}}_{\mathsf{Dyn}}}} %R'7
\newcommand{\LangLoop}{$\Lang_{\mathsf{While}}$} %R8
\newcommand{\LangLoopM}{\Lang_{\mathsf{While}}} %R8
\newcommand{\LangLoopFunRef}{\ensuremath{\Lang^{\mathsf{FunRef}}_{\mathsf{While}}}} %R'8
\newcommand{\LangLoopAlloc}{\ensuremath{\Lang^{\mathsf{Alloc}}_{\mathsf{While}}}} %R'8
\newcommand{\LangCLoop}{$\CLang_{\circlearrowleft}$} %C7
\newcommand{\LangCLoopM}{\CLang_{\circlearrowleft}} %C7
\newcommand{\LangLoopANF}{\ensuremath{\Lang^{\RCO}_{\mathsf{While}}}} %R8
\newcommand{\LangArray}{\ensuremath{\Lang_{\mathsf{Array}}}} %\Lang^s3
\newcommand{\LangArrayM}{\Lang_{\mathsf{Array}}} %\Lang^s3
\newcommand{\LangGrad}{$\Lang_{\mathsf{?}}$} %R9
\newcommand{\LangGradM}{\Lang_{\mathsf{?}}} %R9
\newcommand{\LangCast}{$\Lang_{\mathsf{Cast}}$} %R9'
\newcommand{\LangCastM}{\Lang_{\mathsf{Cast}}} %R9'
\newcommand{\LangProxy}{\ensuremath{\Lang_{\mathsf{Proxy}}}} %R8''
\newcommand{\LangPVec}{\ensuremath{\Lang_{\mathsf{POr}}}} %R8''
\newcommand{\LangPVecFunRef}{\ensuremath{\Lang^{\mathsf{FunRef}}_{\mathsf{POr}}}} %R8''
\newcommand{\LangPVecAlloc}{\ensuremath{\Lang^{\mathsf{Alloc}}_{\mathsf{POr}}}} %R8''
\newcommand{\LangPoly}{\ensuremath{\Lang_{\mathsf{Gen}}}} %R10
\newcommand{\LangInst}{\ensuremath{\Lang_{\mathsf{Inst}}}} %R'10
\newcommand{\LangCLoopPVec}{\ensuremath{\CLang^{\mathsf{POr}}_{\circlearrowleft}}} %Cp7

\newcommand{\LangXVar}{$\mathrm{x86}_{\mathsf{Var}}$} % pseudo x86_0
\newcommand{\LangXASTInt}{\ensuremath{\mathrm{x86}_{\mathsf{Int}}}} % x86_0
\newcommand{\LangXInt}{$\mathrm{x86}_{\mathsf{Int}}$} %x86^{\dagger}_0
\newcommand{\LangXIntM}{\mathrm{x86}_{\mathsf{Int}}} %x86^{\dagger}_0
\newcommand{\LangXASTIf}{\ensuremath{\mathrm{x86}_{\mathsf{If}}}} %x86_1
\newcommand{\LangXIf}{$\mathrm{x86}_{\mathsf{If}}$} %x86^{\dagger}_1
\newcommand{\LangXIfM}{\mathrm{x86}_{\mathsf{If}}} %x86^{\dagger}_1
\newcommand{\LangXIfVar}{\ensuremath{\mathrm{x86}^{\mathsf{Var}}_{\mathsf{If}}}} %x86^{*}_1
\newcommand{\LangXASTGlobal}{\ensuremath{\mathrm{x86}_{\mathsf{Global}}}} %x86_2
\newcommand{\LangXGlobal}{$\mathrm{x86}_{\mathsf{Global}}$} %x86^{\dagger}_2
\newcommand{\LangXGlobalM}{\mathrm{x86}_{\mathsf{Global}}} %x86^{\dagger}_2
\newcommand{\LangXGlobalVar}{\ensuremath{\mathrm{x86}^{\mathsf{Var}}_{\mathsf{Global}}}} %x86^{*}_2
\newcommand{\LangXIndCall}{$\mathrm{x86}^{\mathsf{Def}}_{\mathsf{callq*}}$} %x86_3
\newcommand{\LangXIndCallM}{\mathrm{x86}^{\mathsf{Def}}_{\mathsf{callq*}}} %x86_3
\newcommand{\LangXIndCallFlat}{$\mathrm{x86}_{\mathsf{callq*}}$} %x86_3
\newcommand{\LangXIndCallFlatM}{\mathrm{x86}_{\mathsf{callq*}}} %x86_3
\newcommand{\LangXIndCallVar}{\ensuremath{\mathrm{x86}^{\mathsf{Var},\mathsf{Def}}_{\mathsf{callq*}}}} %x86^*_3

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%% Use BEGIN instead of LET -Jeremy
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\fi % pythonEd

\if\edition\racketEd
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\if\edition\pythonEd
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\newcommand{\JMPIF}[2]{\key{(JmpIf}~#1~#2\key{)}}
\newcommand{\RETQ}{\key{(Retq)}}
\newcommand{\XPROGRAM}[2]{\LP\code{X86Program}~#1~#2\RP}
\newcommand{\XPROGRAMDEFS}[2]{\LP\code{X86Program}~#1~#2\RP}
\newcommand{\BYTEREG}[1]{\key{(ByteReg}~#1\key{)}}
\newcommand{\CDEF}[4]{\LP\key{define}~\LP#1~#2\RP\,\key{:}\,#3~#4\RP}
\newcommand{\DEF}[5]{\LP\key{Def}~#1~#2~#3~#4~#5\RP}
\newcommand{\INDCALLQ}[2]{\key{(IndirectCallq}~#1~#2\key{)}}
\newcommand{\TAILJMP}[2]{\key{(TailJmp}~#1~#2\key{)}}
\newcommand{\INST}[3]{\LP\key{Inst}~#1~#2~#3\RP}
\fi
\if\edition\pythonEd
\newcommand{\CGDEF}[4]{\key{def}~#1\LP #2 \RP~#3 \code{:}~#4}
\newcommand{\TAILJMP}[2]{\key{TailJmp}\LP#1\code{, }#2\RP}
\newcommand{\INDCALLQ}[2]{\key{IndirectCallq}\LP#1\code{, }#2\RP}
\newcommand{\IMM}[1]{\key{Immediate}\LP #1\RP}
\newcommand{\REG}[1]{\key{Reg}\LP #1\RP}
\newcommand{\DEREF}[2]{\key{Deref}\LP #1 \key{,} #2 \RP}
\newcommand{\BININSTR}[3]{\key{Instr}\LP #1 \key{,} \LS #2 \key{,} #3 \RS \RP}
\newcommand{\UNIINSTR}[2]{\key{Instr}\LP #1 \key{,} \LS #2 \RS \RP}
\newcommand{\CALLQ}[2]{\key{Callq}\LP #1 \key{,} #2 \RP}
\newcommand{\PUSHQ}[1]{\key{Instr}\LP \scode{pushq} \key{,} \LS #1 \RS \RP}
\newcommand{\POPQ}[1]{\key{Instr}\LP \scode{popq} \key{,} \LS #1 \RS \RP}
\newcommand{\JMP}[1]{\key{Jump}\LP #1 \RP}
\newcommand{\JMPIF}[2]{\key{JumpIf}\LP #1 \key{,} #2 \RP}
\newcommand{\RETQ}{\key{Retq}\LP\RP}
% TODO: change \XPROGRAM to 1 parameter
\newcommand{\XPROGRAM}[2]{\code{X86Program}\LP #2 \RP}
\newcommand{\XPROGRAMDEFS}[1]{\code{X86ProgramDefs}\LP #1 \RP}
\newcommand{\BYTEREG}[1]{\key{ByteReg}\LP #1 \RP}
\newcommand{\CDEF}[4]{\key{def}~#1\LP #2 \RP ~\key{->}~ #3 \key{:}~#4}
\newcommand{\CDEFU}[3]{\key{def}~#1\LP #2 \RP \key{:}~#3}
\newcommand{\DEF}[6]{\key{FunctionDef}\LP#1\key{, }#2\key{, }#3\key{, }#4\key{, }#5\key{, }#6\RP}
\newcommand{\INST}[2]{\key{Inst}\LP#1\key{, }#2\RP}
\fi



\newcommand{\DECL}[2]{\LP\key{Decl}~#1~#2\RP}
\newcommand{\CFG}[1]{\key{(CFG}~#1\key{)}}
\newcommand{\BLOCK}[2]{\key{(Block}~#1~#2\key{)}}
\newcommand{\STACKLOC}[1]{(\key{stack}~#1)}



\newcommand{\TTKEY}[1]{{\normalfont\tt #1}}

\newenvironment{transformation}{
  \newcommand{\compilesto}{%
    \end{minipage}&$\Rightarrow$&\begin{minipage}{0.4\textwidth}}
  \begin{center}\begin{tabular}{lll}\begin{minipage}{0.4\textwidth}
  }{%
  \end{minipage}\end{tabular}\end{center}%
}
