lispdoc  results for bit 
(bit bitarray &rest subscripts)  Function: Return the bit from the BITARRAY at the specified SUBSCRIPTS.

Mentioned in: CLtL2  17. Arrays CLtL2  17.2. Array Access CLtL2  17.4. Functions on Arrays of Bits CLtL2  2.15. Overlap, Inclusion, and Disjointness of Types CLtL2  2.5.1. Vectors CLtL2  23.2. Opening and Closing Files CLtL2  4.5. Type Specifiers That Specialize CLtL2  4.6. Type Specifiers That Abbreviate CLtL2  4.7. Defining New Type Specifiers CLtL2  7.2. Generalized Variables HyperSpec  18.1.2.2.2 Visible Modification of Bit Vectors and Strings with respect to EQUAL HyperSpec  22.1.3.6 Printing Bit Vectors HyperSpec  Accessor BIT, SBIT HyperSpec  Type BIT PCL  subtypes of vector Successful Lisp  chapter18 Successful Lisp  chapter19  
bits  
Mentioned in: HyperSpec  12.1.1.3 Viewing Integers as Bits and Bytes  
(bitnot bitarray &optional resultbitarray)  Function: Performs a bitwise logical NOT on the elements of BITARRAY, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY is used. If RESULTBITARRAY is NIL or omitted, a new array is created. Both arrays must have the same rank and dimensions.

Mentioned in: CLtL2  17.4. Functions on Arrays of Bits HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitand bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGAND on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: CLtL2  17.4. Functions on Arrays of Bits HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitnor bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGNOR on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitior bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGIOR on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(biteqv bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGEQV on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitxor bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGXOR on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitorc1 bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGORC1 on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitorc2 bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGORC2 on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitnand bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGNAND on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitandc2 bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGANDC2 on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
(bitandc1 bitarray1 bitarray2 &optional resultbitarray)  Function: Perform a bitwise LOGANDC1 on the elements of BITARRAY1 and BITARRAY2, putting the results in RESULTBITARRAY. If RESULTBITARRAY is T, BITARRAY1 is used. If RESULTBITARRAY is NIL or omitted, a new array is created. All the arrays must have the same rank and dimensions.

Mentioned in: HyperSpec  Function BITAND, BITANDC1, BITANDC2, BITEQV, BITIOR, BITNAND, BITNOR, BITNOT, BITORC1, BITORC2, BITXOR Successful Lisp  chapter18  
bitvector  Undocumented

Mentioned in: CLtL2  2.15. Overlap, Inclusion, and Disjointness of Types CLtL2  4.5. Type Specifiers That Specialize HyperSpec  System Class BITVECTOR  
(bitvectorp object)  Function: Return true if OBJECT is a BITVECTOR, and NIL otherwise.

Example:(defun selfevaluating? (x) (or (null x) (numberp x) (characterp x) (stringp x) (bitvectorp x) (keywordp x)))  Mentioned in: CLtL2  6.2.2. Specific Data Type Predicates HyperSpec  Function BITVECTORP 
simplebitvector  Undocumented

Mentioned in: CLtL2  2.15. Overlap, Inclusion, and Disjointness of Types HyperSpec  Type SIMPLEBITVECTOR  
(simplebitvectorp object)  Function: Return true if OBJECT is a SIMPLEBITVECTOR, and NIL otherwise.

Mentioned in: CLtL2  6.2.2. Specific Data Type Predicates HyperSpec  Function SIMPLEBITVECTORP  
about  
Mentioned in: HyperSpec  11.1.2.3.2 Notes about The KEYWORD Package HyperSpec  17.2 Rules about Test Functions HyperSpec  19.2.2.4.7 Notes about the Pathname Version Component HyperSpec  19.3.1.1 Additional Information about Parsing Logical Pathname Namestrings HyperSpec  2.4.4.2 Notes about Style for Semicolon HyperSpec  2.4.6.1 Notes about Backquote HyperSpec  2.4.8.19.2 Notes about Style for Sharpsign VerticalBar HyperSpec  22.1.3.1.5 Note about Printing Numbers HyperSpec  22.2.3 Notes about the Pretty Printer's Background HyperSpec  22.3.10 Additional Information about FORMAT Operations HyperSpec  22.3.12 Notes about FORMAT HyperSpec  3.2.2.1.3.1 Notes about the Implementation of Compiler Macros HyperSpec  6.1.9 Notes about Loop HyperSpec  9.1.3.1.4 Note about Tabs in Condition Reports HyperSpec  9.1.6 Notes about the Condition System's Background  
By Bill Moorier 