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Like if, but the result of evaluating COND is bound to it.
The variable it is available within THEN and ELSE.
COND, THEN, and ELSE are otherwise as documented for if.
Like prog1, but the result of evaluating FIRST is bound to it.
The variable it is available within BODY.
FIRST and BODY are otherwise as documented for prog1.
The final return value of aprog1 is it (ie. FIRST).
Like prog2, but the result of evaluating FORM2 is bound to it.
The variable it is available within BODY.
FORM1, FORM2, and BODY are otherwise as documented for prog2.
The final return value of aprog2 is it (ie. FORM2).
Like when, but the result of evaluating COND is bound to it.
The variable it is available within BODY.
COND and BODY are otherwise as documented for when.
Like while, but the result of evaluating TEST is bound to it.
The variable it is available within BODY.
TEST and BODY are otherwise as documented for while.
Like and, but the result of the previous condition is bound to it.
The variable it is available within all CONDITIONS after the
initial one.
CONDITIONS are otherwise as documented for and.
Note that some implementations of this macro bind only the first
condition to it, rather than each successive condition.
Like cond, but the result of each condition is bound to it.
The variable it is available within the remainder of each of CLAUSES.
CLAUSES are otherwise as documented for cond.
Like lambda, but the function may refer to itself as self.
ARGS and BODY are otherwise as documented for lambda.
Like block, but the result of the previous expression is bound to it.
The variable it is available within all expressions of BODY
except the initial one.
NAME and BODY are otherwise as documented for block.
Like case, but the result of evaluating EXPR is bound to it.
The variable it is available within CLAUSES.
EXPR and CLAUSES are otherwise as documented for case.
Like ecase, but the result of evaluating EXPR is bound to it.
The variable it is available within CLAUSES.
EXPR and CLAUSES are otherwise as documented for ecase.
Like typecase, but the result of evaluating EXPR is bound to it.
The variable it is available within CLAUSES.
EXPR and CLAUSES are otherwise as documented for typecase.
Like etypecase, but result of evaluating EXPR is bound to it.
The variable it is available within CLAUSES.
EXPR and CLAUSES are otherwise as documented for etypecase.
Like let, but the content of VARLIST is bound to it.
VARLIST as it appears in it is not evaluated. The variable it
is available within BODY.
VARLIST and BODY are otherwise as documented for let.
Like +, but the result of evaluating the previous expression is bound to it.
The variable it is available within all expressions after the
initial one.
NUMBERS-OR-MARKERS are otherwise as documented for +.
Like -, but the result of evaluating the previous expression is bound to it.
The variable it is available within all expressions after the
initial one.
NUMBER-OR-MARKER and NUMBERS-OR-MARKERS are otherwise as
documented for -.
Like *, but the result of evaluating the previous expression is bound to it.
The variable it is available within all expressions after the
initial one.
NUMBERS-OR-MARKERS are otherwise as documented for *.
Like /, but the result of evaluating the previous divisor is bound to it.
The variable it is available within all expressions after the
first divisor.
DIVIDEND, DIVISOR, and DIVISORS are otherwise as documented for /.
EXPERIMENTAL
Like set, except that the value of SYMBOL is bound to it.
The variable it is available within VALUE.
SYMBOL and VALUE are otherwise as documented for set.
Note that if this macro followed traditional naming for
anaphoric expressions, it would conflict with the existing
(quite different) function aset.
EXPERIMENTAL
Like setq, except that the value of SYM is bound to it.
The variable it is available within each VAL.
ARGS in the form [SYM VAL] ... are otherwise as documented for setq.
No alias asetq is provided, because it would be easily mistaken
for the pre-existing aset, and because anaphoric-setq is not
likely to find frequent use.