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3.22.1.10 Operator First Extension Scope Flags

See Infix Binary Operators.

X1f4_E4_LEFT_KILL

indicates that the operator defines a zero (or absorbing) element and that it is to be optimized as such.

See Left Zero Element Promotion.

X1f4_E4_LEFT_SKIP

indicates that the operator defines an identity element and that it is to be optimized as such.

See Left Identity Element Kill.

X1f4_E4_MXAA_LIST

indicates that the operator defines a constant secondary term to constant secondary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Secondary Constant Secondary Terms.

X1f4_E4_MXAC_LIST

indicates that the operator defines a constant secondary term to constant primary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Secondary Constant Primary Terms.

X1f4_E4_MXAS_LIST

indicates that the operator defines a constant secondary term to constant direct secondary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Secondary Constant Direct Secondary Terms.

X1f4_E4_MXCA_LIST

indicates that the operator defines a constant primary term to constant secondary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Primary Constant Secondary Terms.

X1f4_E4_MXCC_LIST

indicates that the operator defines a constant primary term to constant primary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Primary Constant Primary Terms.

X1f4_E4_MXCS_LIST

indicates that the operator defines a constant primary term to constant direct secondary term operator resolving list and that it is to be optimized as such.

See Resolving Constant Primary Constant Direct Secondary Terms.

X1f4_E4_NXAA_LIST

indicates that the operator defines a variable secondary to constant secondary unary transfer list and that it is to be optimized as such.

See Variable Secondary To Constant Secondary Unary Transfer.

X1f4_E4_NXAC_LIST

indicates that the operator defines a variable secondary to constant primary unary transfer list and that it is to be optimized as such.

See Variable Secondary To Constant Primary Unary Transfer.

X1f4_E4_NXCA_LIST

indicates that the operator defines a variable primary to constant secondary unary transfer list and that it is to be optimized as such.

See Variable Primary To Constant Secondary Unary Transfer.

X1f4_E4_NXCC_LIST

indicates that the operator defines a variable primary to constant primary unary transfer list and that it is to be optimized as such.

See Variable Primary To Constant Primary Unary Transfer.

X1f4_E4_POST_KILL

indicates that the operator defines a zero (or absorbing) element and that it is to be optimized as such.

See Right Zero Element Promotion.

X1f4_E4_POST_FLOW

indicates that the operator defines absorbable right term prefix unary operators and that it is to be optimized as such.

See Absorbing Right Unary.

X1f4_E4_POST_SKIP

indicates that the operator defines an identity element and that it is to be optimized as such.

See Right Identity Element Kill.