@@ -4149,7 +4149,7 @@ Control Instructions
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6. Pop the values :math: `\val ^m` from the stack.
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- 7. :ref: `Enter <exec-instr-seq-enter >` the block :math: `\val ^m~ \ instr ^\ast ` with label :math: `L`.
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+ 7. :ref: `Enter <exec-instr-seq-enter >` the block :math: `\instr ^\ast ` with label :math: `L` and values :math: ` \val ^m `.
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.. math ::
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~\\[-1 ex]
@@ -4177,7 +4177,7 @@ Control Instructions
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6. Pop the values :math: `\val ^m` from the stack.
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- 7. :ref: `Enter <exec-instr-seq-enter >` the block :math: `\val ^m~ \ instr ^\ast ` with label :math: `L`.
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+ 7. :ref: `Enter <exec-instr-seq-enter >` the block :math: `\instr ^\ast ` with label :math: `L` and values :math: ` \val ^m `.
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.. math ::
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~\\[-1 ex]
@@ -4881,12 +4881,14 @@ that forms a :ref:`block <exec-instr-control>`.
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.. _exec-instr-seq-enter :
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- Entering :math: `\instr ^\ast ` with label :math: `L`
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- .................................................
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+ Entering :math: `\instr ^\ast ` with label :math: `L` and values :math: ` \val ^ \ast `
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+ ..............................................................................
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1. Push :math: `L` to the stack.
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- 2. Jump to the start of the instruction sequence :math: `\instr ^\ast `.
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+ 2. Push the values :math: `\val ^\ast ` to the stack.
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+
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+ 3. Jump to the start of the instruction sequence :math: `\instr ^\ast `.
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.. note ::
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No formal reduction rule is needed for entering an instruction sequence,
@@ -5010,7 +5012,7 @@ Invocation of :ref:`function address <syntax-funcaddr>` :math:`a`
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10. Let :math: `L` be the :ref: `label <syntax-label >` whose arity is :math: `m` and whose continuation is the end of the function.
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- 11. :ref: `Enter <exec-instr-seq-enter >` the instruction sequence :math: `\instr ^\ast ` with label :math: `L`.
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+ 11. :ref: `Enter <exec-instr-seq-enter >` the instruction sequence :math: `\instr ^\ast ` with label :math: `L` and no values .
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.. math ::
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~\\[-1 ex]
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