.CH "Intermediate Form Operator/Function Index"
.ti
.nf
.ix
absolute address
   REFTO_OP
.ix
actual parameter
   PROC_CALL_ARG_OP
.ix
add, addition
   ADD_OP, ADDAA_OP
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address
   REFTO_OP
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alignment
   FIELD_OP
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allocation of storage
   DEFINE_DYNM_OP, DEFINE_STAT_OP, DECLARE_STAT_OP
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alternative in a multiway-branch
   CASE_OP, DEFAULT_OP
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and
   AND_OP, SAND_OP
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argument
   in a procedure call:  PROC_CALL_ARG_OP
   in a procedure definition:  PROC_DEFN_ARG_OP
.ix
arithmetic operators
   ADDAA_OP, ADD_OP, CONVERT_OP, DIVAA_OP, DIV_OP, MULAA_OP,
   MUL_OP, NEG_OP, REMAA_OP, REM_OP, SUBAA_OP, SUB_OP
.ix
array
   allocation:  DEFINE_DYNM_OP, DEFINE_STAT_OP, DECLARE_STAT_OP
   indexing:  INDEX_OP
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assignment operators
   ADDAA_OP, ANDAA_OP, ASSIGN_OP, DIVAA_OP, LSHIFTAA_OP,
   MULAA_OP, ORAA_OP, POSTDEC_OP, POSTINC_OP, PREDEC_OP,
   PREINC_OP, REMAA_OP, RSHIFTAA_OP, SUBAA_OP, XORAA_OP
.ix
autodecrement
   POSTDEC_OP, PREDEC_OP
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autoincrement
   POSTINC_OP, PREINC_OP
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automatic variable allocation
   DEFINE_DYNM_OP
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bit fields
   FIELD_OP
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bitwise logical operators
   ANDAA_OP, AND_OP, COMPL_OP, LSHIFTAA_OP, LSHIFT_OP, ORAA_OP,
   OR_OP, RSHIFTAA_OP, RSHIFT_OP, XORAA_OP, XOR_OP
.ix
boolean operators
   NOT_OP, SAND_OP, SOR_OP
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bounds checking
   CHECK_RANGE_OP, CHECK_LOWER_OP, CHECK_UPPER_OP
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branch
   GOTO_OP, LABEL_OP
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break (loop termination)
   BREAK_OP, NEXT_OP
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byte access
   FIELD_OP
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call
   procedures, functions, subroutines:  PROC_CALL_OP,
      PROC_CALL_ARG_OP
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case statement
   SWITCH_OP
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character operations
   FIELD_OP
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checking
   CHECK_RANGE_OP, CHECK_UPPER_OP, CHECK_LOWER_OP
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choice
   boolean:  IF_OP
   arithmetic:  SWITCH_OP
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coercions
   CONVERT_OP
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common blocks
   DECLARE_STAT_OP
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comparison operators
   EQ_OP, GE_OP, GT_OP, LE_OP, LT_OP, NE_OP
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complement
   COMPL_OP, NOT_OP
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conditional expressions
   IF_OP
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conjunction
   AND_OP, ANDAA_OP
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constants
   CONST_OP
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continuation of loops
   NEXT_OP
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control flow
   BREAK_OP, DO_LOOP_OP, FOR_LOOP_OP, GOTO_OP, IF_OP, LABEL_OP,
   NEXT_OP, PROC_CALL_OP, RETURN_OP, SEQ_OP, SWITCH_OP,
   WHILE_LOOP_OP
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conversions
   CONVERT_OP
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copy
   ASSIGN_OP
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data
   CONST_OP, INITIALIZER_OP, ZERO_INITIALIZER_OP
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deallocation
   UNDEFINE_DYNM_OP
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declarations
   DEFINE_DYNM_OP, DEFINE_STAT_OP, DECLARE_STAT_OP
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decrement
   POSTDEC_OP, PREDEC_OP, SUBAA_OP
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default case
   DEFAULT_OP
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define
   procedures:  PROC_DEFN_OP
   storage:  DEFINE_DYNM_OP, DEFINE_STAT_OP
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dereferencing
   DEREF_OP
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descriptor
   address:  REFTO_OP
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difference
   SUBAA_OP, SUB_OP
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disjunction
   ORAA_OP, OR_OP
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disposition of arguments
   PROC_DEFN_ARG_OP
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division
   DIVAA_OP, DIV_OP, RSHIFTAA_OP, RSHIFT_OP
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do loop
   C-style:  DO_LOOP_OP
   Fortran-style:  FOR_LOOP_OP
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double precision
   LONG_FLOAT_MODE
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dynamic variablesa
   DEFINE_DYNM_OP, UNDEFINE_DYNM_OP
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element
   of an array:  INDEX_OP
   of a structure or record:  SELECT_OP
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else
   IF_OP
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entry points
   See descriptions of Intermediate Form stream 1
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equality
   EQ_OP, NE_OP
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exception
   No exception handling, yet
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exclusive-or
   XORAA_OP, XOR_OP
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exit
   from procedures:  RETURN_OP
   from loops:  BREAK_OP, NEXT_OP
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external symbols
   DECLARE_STAT_OP
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false
   zero
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fields
   of words:  FIELD_OP
   of structures or records:  SELECT_OP
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fixed-point modes
   INT_MODE, LONG_INT_MODE, UNS_MODE, LONG_UNS_MODE
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floating-point modes
   FLOAT_MODE, LONG_FLOAT_MODE
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flow of control
   BREAK_OP, DO_LOOP_OP, FOR_LOOP_OP, GOTO_OP, IF_OP, LABEL_OP,
   NEXT_OP, PROC_CALL_OP, RETURN_OP, SEQ_OP, SWITCH_OP,
   WHILE_LOOP_OP
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formal parameters
   PROC_DEFN_ARG_OP
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functions
   declaration:  PROC_DEFN_OP
   call:  PROC_CALL_OP
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global variables
   declaration:  DECLARE_STAT_OP
   definition:  DEFINE_STAT_OP
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goto
   GOTO_OP
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greater-than
   GT_OP
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guarantees
   None here.
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immediate operands
   CONST_OP
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inclusive-or
   ORAA_OP, OR_OP
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incrementation
   ADDAA_OP, POSTINC_OP, PREINC_OP
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indexing
   INDEX_OP
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indirection
   DEREF_OP
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inequality
   EQ_OP, NE_OP
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initialization
   INITIALIZER_OP, ZERO_INITIALIZER_OP
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integer
   modes:  INT_MODE, LONG_INT_MODE, UNS_MODE, LONG_UNS_MODE
   conversion:  CONVERT_OP
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inverse
   additive:  NEG_OP
   bitwise:  COMPL_OP
   boolean:  NOT_OP
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invocation
   of procedures:  PROC_CALL_OP
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iteration
   DO_LOOP_OP, FOR_LOOP_OP, WHILE_LOOP_OP
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jump
   GOTO_OP
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labels
   LABEL_OP
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layouts
   of storage:  FIELD_OP; also see data modes
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less-than
   LT_OP
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literals
   CONST_OP
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local variables
   DEFINE_DYNM_OP, UNDEFINE_DYNM_OP
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locations
   REFTO_OP
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logical operators
   ANDAA_OP, AND_OP, COMPL_OP, NOT_OP, ORAA_OP, OR_OP,
   SAND_OP, SOR_OP, XORAA_OP, XOR_OP
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long data modes
   LONG_INT_MODE, LONG_UNS_MODE, LONG_FLOAT_MODE
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loops
   DO_LOOP_OP, FOR_LOOP_OP, WHILE_LOOP_OP
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lower bound checking
   CHECK_RANGE_OP, CHECK_LOWER_OP
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lvalues
   DEREF_OP, INDEX_OP, OBJECT_OP, SELECT_OP
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magnitude comparisons (unsigned arithmetic)
   GE_OP, GT_OP, LE_OP, LT_OP
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member
   of an array:  INDEX_OP
   of a structure or record:  SELECT_OP
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minus
   SUBAA_OP, SUB_OP
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modes
   INT_MODE, LONG_INT_MODE, UNS_MODE, LONG_UNS_MODE, FLOAT_MODE,
   LONG_FLOAT_MODE, STOWED_MODE
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modulus
   REMAA_OP, REM_OP
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multidimensional arrays
   INDEX_OP
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multiplication
   MULAA_OP, MUL_OP, LSHIFTAA_OP, LSHIFT_OP
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multiway branch
   SWITCH_OP
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negation
   NEG_OP
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objects
   OBJECT_OP
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or (logical)
   ORAA_OP, OR_OP, XORAA_OP, XOR_OP
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otherwise
   in Pascal case statement:  DEFAULT_OP
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packed data structures
   arrays:  no support
   structures:  FIELD_OP
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parameters
   formal:  PROC_DEFN_ARG_OP
   actual:  PROC_CALL_ARG_OP
   pass-by-value:  see VALUE_DISP in PROC_DEFN_ARG_OP
   pass-by-reference:  see REF_DISP in PROC_DEFN_ARG_OP
.ix
partial fields
   FIELD_OP
.ix
passing parameters
   PROC_CALL_ARG_OP
   by value:  see VALUE_DISP in PROC_DEFN_ARG_OP
   by reference:  see REF_DISP in PROC_DEFN_ARG_OP
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pointers
   obtaining them:  REFTO_OP
   indirection through them:  DEREF_OP
.ix
portions of a machine word
   FIELD_OP
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postdecrement
   POSTDEC_OP
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postincrement
   POSTINC_OP
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predecrement
   PREDEC_OP
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preincrement
   PREINC_OP
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primitive data modes
   INT_MODE, LONG_INT_MODE, UNS_MODE, LONG_UNS_MODE, FLOAT_MODE,
   LONG_FLOAT_MODE, STOWED_MODE
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procedure
   calling:  PROC_CALL_OP
   definition:  PROC_DEFN_OP
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public symbols
   See description of IMF stream 1
   DECLARE_STAT_OP
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quotient
   DIVAA_OP, DIV_OP
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range checking
   CHECK_RANGE_OP, CHECK_LOWER_OP, CHECK_UPPER_OP
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real
   FLOAT_MODE, LONG_FLOAT_MODE
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records
   STOWED_MODE
   SELECT_OP
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reference (pass-by)
   see REF_DISP in PROC_DEFN_ARG_OP
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references
   REFTO_OP
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remainder
   REMAA_OP, REM_OP
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reserving storage
   DEFINE_DYNM_OP, DEFINE_STAT_OP
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returning from procedures/function/subroutines
   RETURN_OP
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semicolon
   SEQ_OP
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sets
   bit vector implementations:  FIELD_OP
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shift
   left:  LSHIFTAA_OP, LSHIFT_OP
   right:  RSHIFTAA_OP, RSHIFT_OP
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short data modes
   INT_MODE, UNS_MODE, FLOAT_MODE
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sign change
   NEG_OP
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stack
   allocating storage on:  DEFINE_DYNM_OP
   deallocating storage on:  UNDEFINE_DYNM_OP
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statements
   ASSIGN_OP, BREAK_OP, DO_LOOP_OP, FOR_LOOP_OP, GOTO_OP, IF_OP,
   NEXT_OP, PROC_CALL_OP, RETURN_OP, SWITCH_OP, WHILE_LOOP_OP
.ix
static variables
   DEFINE_STAT_OP, DECLARE_STAT_OP
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storage
   allocation:  DEFINE_DYNM_OP, DEFINE_STAT_OP, DECLARE_STAT_OP
   deallocation:  UNDEFINE_DYNM_OP
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structures
   STOWED_MODE
   SELECT_OP
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subscripting
   INDEX_OP
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subtraction
   SUBAA_OP, SUB_OP, PREDEC_OP, POSTDEC_OP
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sum
   ADDAA_OP, ADD_OP, POSTINC_OP, PREINC_OP
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switch
   SWITCH_OP, CASE_OP, DEFAULT_OP
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target label
   LABEL_OP
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temporary variables
   DEFINE_DYNM_OP, UNDEFINE_DYNM_OP
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termination
   of procedures:  RETURN_OP
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tests
   EQ_OP, GE_OP, GT_OP, LE_OP, LT_OP, NE_OP
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transfers
   GOTO_OP
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true
   non-zero
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truncation
   CONVERT_OP
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type
   primitive types:  INT_MODE, LONG_INT_MODE, UNS_MODE,
      LONG_UNS_MODE, FLOAT_MODE, LONG_FLOAT_MODE, STOWED_MODE
.ix
unary
   minus:  NEG_OP
   complementation:  COMPL_OP, NOT_OP
.ix
unsigned data modes
   UNS_MODE, LONG_UNS_MODE
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upper bound checking
   CHECK_RANGE_OP, CHECK_UPPER_OP
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use list
   DECLARE_STAT_OP
.ix
value (pass-by)
   see VALUE_DISP in PROC_DEFN_ARG_OP
.ix
variables
   OBJECT_OP
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vector element selection
   INDEX_OP
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zeros
   ZERO_INITIALIZER_OP
.EV
.fo //- # -//