test/golden/byRef/parsing.golden


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[ BlockLemma
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 1
        , sourceColumn = Pos 1
        }
    )
    ( Marker "first_proposition" )
    ( Lemma []
        ( StmtFormula
            ( FormulaChain
                ( ChainBase
                    ( ExprVar
                        ( NamedVar "a" ) :| []
                    ) Positive
                    ( RelationSymbol
                        ( Symbol "=" )
                    )
                    ( ExprVar
                        ( NamedVar "a" ) :| []
                    )
                )
            )
        )
    )
, BlockLemma
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 5
        , sourceColumn = Pos 1
        }
    )
    ( Marker "second_proposition" )
    ( Lemma []
        ( StmtFormula
            ( FormulaChain
                ( ChainBase
                    ( ExprVar
                        ( NamedVar "b" ) :| []
                    ) Positive
                    ( RelationSymbol
                        ( Symbol "=" )
                    )
                    ( ExprVar
                        ( NamedVar "b" ) :| []
                    )
                )
            )
        )
    )
, BlockLemma
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 9
        , sourceColumn = Pos 1
        }
    )
    ( Marker "third_proposition" )
    ( Lemma []
        ( StmtFormula
            ( FormulaChain
                ( ChainBase
                    ( ExprVar
                        ( NamedVar "c" ) :| []
                    ) Positive
                    ( RelationSymbol
                        ( Symbol "=" )
                    )
                    ( ExprVar
                        ( NamedVar "c" ) :| []
                    )
                )
            )
        )
    )
, BlockProof
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 12
        , sourceColumn = Pos 1
        }
    )
    ( Qed
        ( JustificationRef
            ( Marker "first_proposition" :| [] )
        )
    )
, BlockLemma
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 16
        , sourceColumn = Pos 1
        }
    )
    ( Marker "fourth_proposition" )
    ( Lemma []
        ( StmtFormula
            ( FormulaChain
                ( ChainBase
                    ( ExprVar
                        ( NamedVar "e" ) :| []
                    ) Positive
                    ( RelationSymbol
                        ( Symbol "=" )
                    )
                    ( ExprVar
                        ( NamedVar "e" ) :| []
                    )
                )
            )
        )
    )
, BlockProof
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 19
        , sourceColumn = Pos 1
        }
    )
    ( Have Nothing
        ( SymbolicQuantified Universally
            ( NamedVar "d" :| [] ) Unbounded Nothing
            ( StmtFormula
                ( FormulaChain
                    ( ChainBase
                        ( ExprVar
                            ( NamedVar "d" ) :| []
                        ) Positive
                        ( RelationSymbol
                            ( Symbol "=" )
                        )
                        ( ExprVar
                            ( NamedVar "d" ) :| []
                        )
                    )
                )
            )
        )
        ( JustificationRef
            ( Marker "first_proposition" :| [] )
        ) ( Qed JustificationEmpty )
    )
, BlockLemma
    ( SourcePos
        { sourceName = "test/examples/byRef.tex"
        , sourceLine = Pos 23
        , sourceColumn = Pos 1
        }
    )
    ( Marker "fifth_proposition" )
    ( Lemma []
        ( StmtFormula
            ( FormulaChain
                ( ChainBase
                    ( ExprVar
                        ( NamedVar "f" ) :| []
                    ) Positive
                    ( RelationSymbol
                        ( Symbol "=" )
                    )
                    ( ExprVar
                        ( NamedVar "f" ) :| []
                    )
                )
            )
        )
    )
]