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m_content( move( c ) )
{}
Instruction( ptr< CFG >&& ic ) :
m_content( move( ic ) )
{}
Instruction( GetArg&& gv ) :
m_content( move( gv ) )
{}
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<
<
<
<
>
>
>
>
>
>
>
>
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m_content( move( c ) )
{}
Instruction( ptr< CFG >&& ic ) :
m_content( move( ic ) )
{}
Instruction( CreateTemporary&& ct ) :
m_content( move( ct ) )
{}
Instruction( GetTemporary&& gt ) :
m_content( move( gt ) )
{}
Instruction( AllocVar&& av ) :
m_content( move( av ) )
{}
Instruction( GetVar&& gv ) :
m_content( move( gv ) )
{}
Instruction( Phi&& p ) :
m_content( move( p ) )
{}
Instruction( LoadConstInt&& lci ) :
m_content( move( lci ) )
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Instruction( SLE&& x ) :
m_content( move( x ) )
{}
using Content = variant
<
ptr< CFG >, // CFG inlining
GetArg,
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<
>
>
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Instruction( SLE&& x ) :
m_content( move( x ) )
{}
using Content = variant
<
ptr< CFG >, // CFG inlining
Call,
CreateTemporary,
GetTemporary,
AllocVar,
GetVar,
Phi,
LoadConstInt,
LoadConstStr,
And,
Or,
Xor,
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const auto& content() const { return m_content; }
bool canBeExecuted() const;
bool canBeEagerlyEvaluated() const;
private:
Content m_content = GetArg( 0 );
};
}
#endif
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const auto& content() const { return m_content; }
bool canBeExecuted() const;
bool canBeEagerlyEvaluated() const;
private:
Content m_content;
};
}
#endif
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