Jake-S@cup.portal.com (Jake G Schwartz) (04/03/91)
HP48SX Internal Address List sorted in increasing address order
4/2/91
------------------------------------------------------------------------
Author/Symbol Key:
: or = Jan Brittenson (RAM) - Address is in RAM
- Rick Grevelle (in hidden ROM) - Address is in the 32K ROM
; Jim Cloos page hidden below built-in
^ Paul Dale RAM (70000-7FFFF)
blank Derek Nickel MC - Machine Code
/U HP USRLIB built-in names TOS - Top of Stack
Addresses with a dash and no definition are prefixed code entry points
(as identified by Rick Grevelle) whose functions have yet to be described.
Multiple definitions have been included here for completeness.
------------------------------------------------------------------------
(start of part 1 of 4)
00100 [DON Ofs2 Ofs1 Ofs0] Disp On, Bit Offset
00100: display_IO
00101 [Con3 Con2 Con1 Con0] Contrast
00102 [VDIG LID TRIM Con4] Disp Test (VDIG,LID,TRIM should be 0) & Contrast
00104 16 bit hardware CRC
0011F: 7_or_f_map
00138 hardware timer
00138: clock
0045C: intr_save_offset
004EA: keybuf
00D57: kbflush
00D71-
01160: do_in.4
0172B-
01E5E-
01F53-
01F6D- cllcd_(status_&_stack_area)
01FA7- cllcd_(entire_display)
02248 move #100,c.a / config
028FC Enter Machine Code (for RPL Objects)
028FC: Type
02911 System Binary
02911: type_Address
02911; /U #
02933 Real Number
02933: type_Real
02933; /U %
02955 Long Real
02955: type_LReal
02955; /U %%
02977 Complex Number
02977: type_Complex
02977; /U C%
0299D Long Complex
0299D: type_LComplex
0299D; /U C%%
029BF Character
029BF: type_Char
029BF; /U CHR
029E8 Array
029E8: type_Array
029E8; /U ARRY
02A0A Linked Array
02A0A: type_Arr_Linked
02A0A; /U LNKARRY
02A2C String
02A2C: type_String
02A2C; /U $
02A4E Binary Integer
02A4E: type_Binary
02A4E; /U HXS
02A74 List
02A74: type_List
02A74; /U {
02A96 Directory
02A96: type_Directory
02A96; /U DIR
02AB8 Algebraic
02AB8: type_Algebraic
02AB8; /U DOSYMB
02ADA Unit
02ADA: type_Unit
02ADA; /U UNIT
02AFC Tagged
02AFC: type_Tagged
02AFC; /U TAG
02B1E Graphic
02B1E: type_Graphic
02B1E; /U GROB
02B40 Library
02B40: type_Library
02B40; /U LIB
02B62 Backup
02B62: type_Backup
02B62; /U BAK
02B88 Library Data
02B88: type_Libdata
02B88; /U DOEXT0
02BAA; /U DOEXT1
02BCC; /U DOEXT2
02BEE; /U DOEXT3
02C10; /U DOEXT4
02C28: span10nib
02C49: span21nib
02C6D: span26nib
02C95: span32nib
02CBC: span47nib
02CE3: spanbyte
02D04: span5vector
02D2A: span1thread
02D9D Program
02D9D: type_Program
02D9D; /U ::
02DCC Code
02DCC: type_Code
02DCC; /U CODE
02E48 Global Name
02E48: type_Gname
02E48; /U ID
02E6D Local Name
02E6D: type_Lname
02E6D; /U LAM
02E92 XLIB Name
02E92: type_Func
02E92: type_Xname
02E92; /U ROMPTR
02EFB: spanname
02F28: spanxlib
02F4C: Get_val_Eval
02F6F-
02FD6: Getvalue_or_ErrUndef
02FEF: GetXlib_or_ErrUndef
03012: getinstr_2
03019 MC: skip next token
03019: getinstr
0312B End Marker
0312B- end_composite_object
0312B: End
0312B; /U ;
03130 RPL RETURN
03130: rpl_end
0314C Internal DEPTH -> (1:System Binary)
0314C- depth
0314C: Depth
03188 Internal DUP
03188- dup_1any
03188: Dup
031AC Internal DUP2
031AC- dup2_1any2any
031AC: Dup2
031D9 Internal DUPN (N:...,1:System Binary)
031D9- dupn
031D9: Dupn
03223 Internal SWAP
03223- swap
03223= Swap
03244 Internal DROP
03244- drop
03244= Drop
03258 Internal DROP2
03258- drop2
03258: Drop2
0326E Internal DROPN (1:System Binary)
0326E- dropn
0326E= Dropn
03295 Internal ROT
03295- rot
03295= Rot
032C2 Internal OVER
032C2- over
032C2: Over
032E2 Internal PICK (N:...,1:System Binary)
032E2- pick
032E2: Pick
032F3: pick_a_from_c
03325 Internal ROLL (N:...,1:System Binary)
03325- roll
03325: Roll
03330: roll_a_levels
0339E Internal ROLLD (N:...,1:System Binary)
0339E- rolld
0339E: Rolld
033A9: rolld_a_levels
03416 MC: garbage collect need 1 stack element
0341D MC: garbage collect need C.A stack elements
03442- con_1real2{shortshort}
03562- size_(elements)_1array
0357C MC: push A as new System Binary and continue RPL
0357C: pusha_rplret_alt
0357F: pusrr0_rplret_alt
03585: rplret_3
0358F- type_(real/complex)_1array
035A9- size_(dimension)_1array
035A9= Arrdims_listofshort
0363B^ <61441h>
03672 MC: restore registers, push A and continue RPL
03672: restore_regs_pusha_ret
03685- verify_existence_of_array_element_1array2{<><>}
0371D- get_1array2short
03826^ <A8241h>
03880^ <102A8h>
038DC^ <E13A8h>
039BE: blkalloc_keep_c
03A81 True
03A81- external_true
03A81: True
03A86: pusha_rplret
03AC0 False
03AC0- external_false
03AC0: False
03ADA- xor_(boolean)_1external2external
03AF2 Internal NOT (1:True/False)
03AF2- not_(boolean)_1external
03AF2: Not
03B06 MC: push False and continue RPL
03B06: False_rplret
03B1A MC: push True and continue RPL
03B2E if TOS-1 = TOS (object addresses are the same) -> True/False
03B2E- ==_(boolean)_1external2external
03B2E: Identicalp
03B46 if TOS-1 = False, then DROP TOS, else DROP TOS-1
03B46- and_(boolean)_1external2external
03B46: If_not_false
03B65: setr0_rplret_alt2
03B68: seta_rplret_alt2
03B75 if TOS-1 = True, then DROP TOS, else DROP TOS-1
03B75- or_(boolean)_1external2external
03B75: DropLev2_ifTrue
03B97 Internal SAME -> True/False
03B97- same_(boolean)_1any2any
03C64- prolog\->short_1list/program/algebraic/directory
03C64: Type_to_short
03CA6 if TOS = 0 (System Binary) -> True/False
03CA6- not_(boolean)_1short
03CA6: Nonzerop_short
03CC7 if TOS != 0 (System Binary) -> True/False
03CC7- <0h>_\=/_(boolean)_1short
03CC7: Zerop_short
03CE4 if TOS-1 < TOS (System Binary) -> True/False
03CE4- <_(boolean)_1short2short
03CE4: LessThan_short_short
03D19 if TOS-1 = TOS (System Binary) -> True/False
03D19- ==_(boolean)_1short2short
03D19: Equal_short_short
03D4E if TOS-1 != TOS (System Binary) -> True/False
03D4E- \=/_(boolean)_1short2short
03D4E: NotEqual_short_short
03D83 if TOS-1 > TOS (System Binary) -> True/False
03D83- >_(boolean)_1short2short
03D83: GreaterThan_short_short
03DBC Internal + (2:System Binary,1:System Binary)
03DBC- +_1short2short
03DBC: Add_short
03DC7: Push_A_and_rplret
03DE0 Internal - (2:System Binary,1:System Binary)
03DE0- -_1short2short
03DE0: Sub_short
03DEF Internal add one (1:System Binary)
03DEF- <1h>_+_1short
03DEF: Inc_short
03E0E Internal subtract one (1:System Binary)
03E0E- <1h>_-_1short
03E0E: Dec_short
03E2D Internal add two (1:System Binary)
03E2D- <2h>_+_1short
03E2D: Inc2_short
03E4E Internal subtract two (1:System Binary)
03E4E- <2h>_-_1short
03E4E: Dec2_short
03E6F Internal multiply by 2 (1:System Binary)
03E6F- <2h>_*_1short
03E6F: Mul2_short
03E8E Internal divide by 2 (1:System Binary)
03E8E- <2h>_/_1short2short
03E8E: Div2_short
03EB1 Internal AND (2:System Binary,1:System Binary)
03EB1- and_1short2short
03EB1: And_short_short
03EC2 Internal * (2:System Binary,1:System Binary)
03EC2- *_1short2short
03ED9: Mul_short_short_loop
03EE5: Mul_short_short_done
03EF7 Internal / (2:System Binary,1:System Binary) -> (2:rem,1:div)
03EF7- /_1short2short
03F14: shortpushR0R1_rplret
03F5D MC: pop TOS-1 and TOS (System Binary) -> A.A and C.A
03F5D: get2shorts
03F8B push Real Number prolog <2933h>
03F8B: Short__type_Real
03F8B^ <2933h>
03F95 push Complex Number prolog <2977h>
03F95: Short__type_Complex
03F95^ <2977h>
03F9F push List prolog <2A74h>
03F9F: Short__type_List
03F9F^ <2A74h>
03FA9 push Global Name prolog <2E48h>
03FA9: Short__type_Gname
03FA9^ <2E48h>
03FB3 push Program prolog <2D9Dh>
03FB3: Short__type_Program
03FB3^ <2D9Dh>
03FBD push Algebraic prolog <2AB8h>
03FBD: Short__type_Algebraic
03FBD^ <2AB8h>
03FC7 push Directory prolog <2A96h>
03FC7: Short__type_Directory
03FC7^ <2A96h>
03FD1 push Local Name prolog <2E6Dh>
03FD1: Short__type_Lname
03FD1^ <2E6Dh>
03FDB push Long Real prolog <2955h>
03FDB: Short__type_LReal
03FDB^ <2955h>
03FE5 push Unit prolog <2ADAh>
03FE5: Short__type_Unit
03FE5^ <2ADAh>
03FEF <0h>
03FEF: Short_0
03FF9 <1h>
03FF9: Short_1
04003 <2h>
04003= Short_2
0400D <3h>
0400D= Short_3
04017 <4h>
04017= Short_4
04021 <5h>
04021= Short_5
0402B <6h>
0402B= Short_6
04035 <7h>
04035= Short_7
0403F <8h>
0403F: Short_8
04049 <9h>
04049: Short_9
04053 <Ah>
04053= Short_0ah
0405D <Bh>
0405D= Short_0bh
04067 <Ch>
04067: Short_0ch
04071 <Dh>
04071: Short_0dh
0407B <Eh>
0407B= Short_0eh
04085 <Fh>
04085: Short_0fh
0408F <10h>
0408F: Short_10h
04099 <11h>
04099= Short_11h
040A3 <12h>
040A3= Short_12h
040AD <13h>
040AD: Short_13h
040B7 <14h>
040B7: Short_14h
040C1 <15h>
040C1: Short_15h
040CB <16h>
040CB: Short_16h
040D5 <17h>
040D5: Short_17h
040DF <18h>
040DF: Short_18h
040E9 <19h>
040E9: Short_19h
040F3 <1Ah>
040F3= Short_1ah
040FD <1Bh>
040FD= Short_1bh
04107 <1Ch>
04107: Short_1ch
04111 <1Dh>
04111: Short_1dh
0411B <1Eh>
0411B= Short_1eh
04125 <1Fh>
04125: Short_1fh
0412F <20h>
0412F: Short_20h
04139 <21h>
04139= Short_21h
04143 <22h>
04143= Short_22h
0414D <23h>
0414D: Short_23h
04157 <24h>
04157: Short_24h
04161 <25h>
04161: Short_25h
0416B <26h>
0416B: Short_26h
04175 <27h>
04175: Short_27h
0417F <28h>
0417F: Short_28h
04189 <29h>
04189: Short_29h
04193 <2Ah>
04193= Short_2ah
0419D <2Bh>
0419D: Short_2bh
041A7 Internal OFF
041A7= Off
041ED- off
04546-
04577-
04693: save_regs_ref_4
04708-
04714- key
04714: Lastkeyq
0477E: poll_kbd
047B7: clear_pollflag
047C7-
04912- keywait
04A0B- rcl_rom_directory_1short
04A0B- rcl_rom_operation_1short
04A0B- rcl_variable_name_1short
04A41- rcl_variable_menu_label_as_global_1short(label_number)
04A41- rcl_rom_menu_label_as_string_1short(label_number)
04A4C- sto_menu_label_1short2string
04A57-
04B15: getmenu
04B76: getmenuent
04CDC^ <72000h>
04CE6- rcl_5_nibbles_@70673_as_short
04CE6: Get_70673
04D0E- sto_5_nibbles_@70673_1short
04D0E: Set_70673
04D33- clr_5_nibbles_@70673
04D33: Clear_70673
04D3E: Set_string_null
04D43: set_string_null
04D57: Drop_set_string_null
04DD7- split_short_1short
04DD7: Split_short
04E07- move_address_at_70600_to_@d1
04E07: Get_70600
04E37- move_address_@d1_to_at_70600
04E37: Bind_70600
04E5E: Inc_local_and_loop_ctrs
04EB8: Eval_in_new_frameq
04ED1- do errn @70673 (Last error code)
04FAA- errn_006_power_lost
04FB6 Error: Insufficient Memory
04FB6- errn_001_insufficient_memory
04FB6: Error_Insuff_mem
04FBB MC: Error: Insufficient Memory
04FBB: error_insuff_mem
04FC2- errn_002_directory_recursion
04FC2: Error_Dir_Recursion
04FC7: error_dir_recursion
04FCE- errn_003_undefined_local_name
04FCE: Error_Undef_local
04FD3: error_undef_local
04FDA- errn_008_invalid_card_data
04FDA: Error_Inv_card_data
04FDF: error_inv_card_data
04FE6- errn_009_object_in_use
04FE6: Error_Obj_in_use
04FEB: error_obj_in_use
04FF2- errn_00a_port_not_available
04FF2: Error_Port_not_avail
04FF7: error_port_not_avail
04FFE- errn_00b_no_room_in_port
04FFE: Error_No_room_in_port
0500A- errn_00c_object_not_in_port
0500A: Error_Obj_not_in_port
0500F: error_obj_not_in_port
05016- errn_004_undefined_xlib_name
05016: Error_Undef_xlib_name
0501B: error_undef_xlib_name
0501E MC: invoke error code in C
0501E: disp_error_c_p
05023 MC: invoke error code in A.A
05023: disp_error_a
05040-
05068-
05089 Internal UVAL (1:Unit)
05089- uval_(1_get)_1unit
05089= RE_Unit
050ED- string->character
050ED: FirstChar_of_string
05143 MC: Restore D,B,D1,D0 (C=D0), Clear Carry and continue RPL
05153: SubList_2_toEnd
0516C: SubString_2toEnd
05176: Short_fffffh
0518A- +_1string2string
05193 Internal + (2:String,1:String)
05193- +_1string2string
05193= Add_string_string
0521F Internal + (2:List,1:List)
0521F= Add_list_list
0525B- chr_1short2string
052C6= ToList1_Swap_AddList
052EE- chr_1short2string
052EE= Add_char_to_string
052FA Internal + (2:List,1:Any)
052FA= Add_list_any
05331 build composite object (N:...,2:System Binary,1:System Binary)
05331- \->list_1short(prolog)2short(n)3any...nanyn+1anyn+2any
05331- \->program_1short(prolog)2short(n)3any...nanyn+1anyn+2any
05331- \->algebraic_1short(prolog)2short(n)3any...nanyn+1anyn+2any
05445 Internal ->PROGRAM (N:...,1:System Binary)
05445: ToPrg
05459 Internal ->LIST (N:...,1:System Binary)
05459: ToList
0546D Internal ->ALGEBRAIC (N:...,1:System Binary)
0546D: ToAlg
05481 Internal ->UNIT (M:...,1:System Binary)
054AF explode composite object -> (N:...,1:System Binary)
054AF- algebraic\->_1algebraic
054AF- list\->_1list
054AF- program\->_1program
054AF: ListAlgPrgTo
0554C GC & load D,B,D1,D0 (C=D0) / CC
05566: Short_5_p_alt
0556F: Short_5_p
05574: short_5_p
0558A: settrue_if_CEqA_elseFalse
0558F: settrue
055A3: setfalse
055B7: Short__End_p
055D5: Binary_null Template for Binaries
055DF ""
055DF: String_null Template for Strings
055E9 { }
055E9: List_empty Template for Lists (empty list)
055F3: Alg_empty Template for Algebraics
05616- size_(nibbles)_1string
05622 SIZE of level 2 String -> System Binary
05622- size_(bytes)_1any2string
05622: Strlen_of_lev2
05636 Internal SIZE (1:String) -> System Binary
05636- size_(bytes)_1string
05636: Strlen
0567B- size_1list
0567B= Size_listUnit
056B6 Internal GET; object <Nh> -> N'th address in object
056B6- get_1short2list
05733- sub_(bytes)_1short2short3string
05733= Substr_short_short
05815- sub_(nibbles)_1short2short3string
05821- sub_1short2short3list
05821= Sub_Arr_Short_Short
05902- size_(nibbles)_1any
05944 Internal BYTES (non-ROM objects) -> (2:System Binary,1:Binary Integer)
05944- bytes_1any
05944= Crc_Nibbles
059CC- short->binary
05A03 Internal B->SB (1:Binary Integer)
05A03- binary->short
05A03= Bin_to_short
05A51- character\->short
05A51: Char_to_short
05A75- short\->character
05A75: Short_to_char
05AB3: Copy_and_set_type
05ACC- change_prolog_1short2any
05ACC: Settype
05B15- string\->global_1string
05B15: Str_to_Global
05B79 MC: allocate string
05B79: stralloc
05B88: str_try_again
05BAD: str_avail
05BE9 name to string (1:Global Name/Local Name)
05BE9- global\->string_1global
05BE9: Name_to_string
05C27 Internal R->C (2:Real Number,1:Real Number)
05C27- r\->c
05C27: Two_reals_to_complex
05C8A- longreal\->longcomplex_1longreal2longreal
05C8A: Two_lreals_to_lcomplex
05D2C Internal C->R (1:Complex Number)
05D2C- c\->r
05D2C: Complex_to_reals
05DBC- longcomplex\->longreal_1longcomplex
05DBC: Lcomplex_to_lreals
05E81 Deep internal ->TAG (2:Any,1:String)
05E81: StrTag
05E9F- /->tag_1{global_any}
05E9F: Tag
05EC7 Internal OBJ-> (1:Tagged)
05EC7= SplitTag
05EEA change prolog of list element one to Global Name
05EEA- dtag_1{tagged}
05EEA: Zap_Gname
05F0F GC Need 5 Nibbles
05F2E Internal ->TAG (2:Any,1:Global Name/Local Name)
05F42 RPL Garbage Collect
05F42- force_memory_packing
05F61 Internal MEM (nibbles free) -> (1:System Binary)
05F61- mem
05F61: Free_mem
05F91: findobj
0613E Garbage Collect & set D
064D6-
064E2-
06529: shortpush_r0r1
06537 MC: push R0 as new System Binary
06537: shortpush_r0
0657E^ <61441h>
065D9-
065E5-
06641 MC: pop TOS (System Binary) -> A.A
06641: getshort
06657 Internal NEWOB
06657- newob
06657: Copy
066B9: blkcopy_descend
0670C MC: block copy
0670C: blkcopy
0679B MC: save D0,D1,B,D (uses C,D0), clear carry
0679B: save_regs
067D2 MC: restore D,B,D1,D0 (C=D0), clear carry
067D2: restore_regs
06806 Let C = Space B/W RSTK & TOS
06806= avail_mem
06A8E Let C.A = C.A / 5
06A8E: div5_c
06AD8 A=malloc(C Nibbles) ???
06AD8: blkalloc
06AE3 A=malloc(C Nibbles)
06B00 A=malloc(B Nibbles) (C.A=free nibbles)
06B3E: Dynamicp
06B4E-
06DDE-
06E8E No Operation (continue RPL)
06E8E- continue_rpl_(no_operation)
06E8E: RE_Real
06E97 Place next address on the stack, do not execute
06E97- push_next_item_in_rpl_instruction_stream_to_stack_unevaluated
06E97: Get_value
06EC9: pushobj_a_rplret
06EEB-
06F66-
06F8E Internal EVAL (1:Any except Algebraic/List/Tagged)
06F8E- eval_1any_(except_list_algebraic_tagged)
06F8E: Eval
06F9F- eval_1program
06F9F: Eval_program
06FB7 iterate loop
06FB7: Iterate_loop
06FBC MC: iterate loop
06FBC: iterate_loop
06FD1 Return and execute the next token in this stream
06FD1: Eval_prev_context
06FD6 MC: return and execute the next token in this stream
06FD6: eval_and_ret
06FD6: rpl_return
07012: DupNextPrg
0701F-
07035: dupnextprg
070C3- if_level3_true_then_drop_&_eval_else_swap_drop_&_eval_1any2any3external
070C3: IfTrueFalse
070F5: pop_rplret
070FD- if_level2_true_then_eval_else_else_drop
0712A- if_level1_true_then_skip_next_item_in_this_instruction_stream_1external
0712A if pop TOS = True, then skip next token
0712A: Skip_if_True
0714D- skip_next_item_in_this_instruction_stream
0714D: Skip
07152 MC: skip next token and continue RPL
07152: skip
0715C- skip_next_2_items_in_this_instruction_stream
0715C skip next two tokens
0715C: Skip_Two
07161 MC: skip next two tokens and continue RPL
07161: skip_two
0716B set return to self
0716B: Set_return_self
07170 MC: set return to self and continue RPL
07170: set_return
0717B MC: set return to A and continue RPL
0717B: set_return_a
071A2 loop
071A2- do
071A2- while
071A2: Loop
071AB exit loop
071B0 MC: exit loop
071B0: exit_loop
071BE MC: continue RPL
071BE: rplret_5
071C8 if pop TOS = False, then exit loop, else iterate loop
071C8- end_1external_(do_(until)_loop/test-clause_true_end)
071C8- until_(end)_1external
071C8: Until_False
071CD MC: if pop TOS = False, then exit loop, else iterate loop
071E5 exit loop
071E5- end_1external
071EE if pop TOS = False, then skip next two tokens and iterate
071EE- repeat_1external_(while_test-clause_true_repeat_loop-clause_end)
071EE: IfFalse_thenSkip2Iterate
07211 MC: skip next two tokens and iterate
07221 push current loop counter as System Binary
07221- rcl_current_loop_count
07221: Loop_increment
07249- rcl_n_(total_loop_passes)
07249: Loop_counter
07258: Loop_v1q
07264: Loop_v2q
07270: Set_loop_increment
07295: Set_loop_counter
072AD: Set_loop_v1q
072C2: Set_loop_v2q
072D7 A=orig D0, C=ptr to loop info, D0=ptr to loop counter
072D7: find_loopvars
072EC: find_loopvar_3
07321-
07334 next (internal loop)
07334- next
07334: Next
073A5- step_1short
073A5: Step
073C3 for 0 to (TOS)-1 (1:System Binary)
073C3- start_0_to_n-1_1short
073C3: Start_0or1_shortSub1
073CE for 1 to (TOS)-1 (1:System Binary)
073CE- start_1_to_n-1_1short
073CE: Start_1_to_nSub1
073DB for 1 to TOS (1:System Binary)
073DB- start_1_to_n_1short_(7249=n+1)
073DB: Start_1_shortSub1
073F7 for TOS to (TOS-1)-1 (2:System Binary,1:System Binary)
073F7- start_n(2)_to_n(1)_1short2short
073F7: Start_short_short
07497- purge_local(s)
074D0 store local variables (N:Any,...,1:List(of Local Names))
074D0: ListAlgPrgTo_StoreLocals
074E4 store local variables (M:Any,...N:Local Name,...1:System Binary)
074E4- store_local(s)_1short2local....nany
074E4: Store_Locals_N
075A5-
075E9-
07638-
0764E; Replace message table (1:Array of String, 2:System Binary)
076AE Internal DETACH from HOME directory (1:System Binary)
07709 Internal ATTACH to HOME directory (1:System Binary)
077C2-
07819-
07866: nameeqp
078C3: Find_var_current_dir
07901= Up_dir
0791E-
0792A-
07943-
0797B- rcl_1global
0797B: Find_name
079AE: rr_pusha_jumpTrue_ref
079CC: try_prev_dir
079D3: rr_setFalse_rplret_ref
079D7-
07A90^ <216A8h>
07BFD-
07C2F: jumpTrue
07D1B-
07D27 Internal STO (2:Any,1:Local Name)
07DA2: find_local_var
07DF3: find_local_b_levels_up
07E50- \->xlib_1short2short
07E76- rpl\->xlib_1program
07E99- xlib\->rpl_1xlib
07E99= Find_Xlib
07EC4: rr_setFalse_rplret
07F98-
08051^ <414C1h>
08072: rr_pusha_jumpTrue
0807F- returns_library_location_1short(library_number)
0809E- size_(nibbles-10)_1short(library_number)
080C9- does_this_library_or_one_higher_exist?_1short(library_number)
08101- returns_hash_table_location_1short(library_number)
0811C- returns_message_table_location_1short(library_number)
08128- rcl_link_table_to_stack_(large_binary)_1short(library_number)
08143- rcl_configuration_routine_to_stack_1short(library_number)
0814F-
081B9-
081D9- backup\->name_1backup
081EE- library\->short_1library
08207-
0821F-
0825B^ <216A8h>
082E3- variable_contents->name
082E3= Up_findValue
08309- rcl_next_directory_up_1directory
08309= Updir
08326- rcl_first_directory/variable_1directory
08326: Get_first_dirEntry
08376- rcl_next_directory/variable_1external2directory
085D3-
08696- sto_1global2any
089D8- purge_1external(true/false)2any(variable_contents)
089FA- purge_1any(variable_contents)
08CCC- xlib\->_1xlib
08D08- sto_directory_1global2directory
08D08- updir_1directory_(pre-existing)
08D08: Set_curdir
08D14: pop_store_ind_c_rplret
08D1C: store_a_indc_rplret
08D2F: clr_indc_rplret
08D35: zeropindc
08D4A: Store_tmpdir
08D5A recall current directory
08D5A- rcl_current_directory
08D5A: Get_curdir
08D66: pushindc_rplret
08D75: rpljump_indc
08D82- rcl_home_directory
08D82: Get_Tmpdir
08D92 Internal HOME
08D92- home
08D92: Home
08D9E: setHome_c
08DC4: SetTmpdir_Home
08DD4 if pop TOS = HOME directory -> True/False
08DD4- home?_(boolean)_1directory
08DD4: Homep
08E14^ <7FFh>
08E73-
08ECC^ <566A8h>
08F20^ <D6A8h>
09107-
0922D^ <71541h>
092F5-
0948E-
094A4-
095E3^ <2D541h>
09699-
0970A-
09730-
0AAD0-
0AB51-
0AB82- return_port_pointers_1short
0AC66^ <36h>
0AC70-
0AD47-
0AE03-
0AF8B-
0B037-
0B5F3-
0B69B-
0B7C6-
0B9E8-
0BA7D-
0BB68-
0BD54-
0BD60-
0C1EF-
0C288-
0C2CB-
0C37A-
0C4EC- rcl_message_as_string_1short(message_table_address)2short(message)
0C4EC- (should_be_immediately_followed_drop_newob)
0C4EC-
0C4FE^ <F6A8h>
0C612- rcl_1short(address_of_data_being_recalled)
0C624^ <F6A8h>
0CAF5-
0CB0F: ret_FalseTrue_2_ref
0CB84-
0CBA2-
0CBAE Error: Nonexistent Alarm
0CBAE- errn_d04_nonexexistent_alarm
0CBAE: Error_Nonexist_Alrm
0CBB7: error_inv_date
0CBC4: error_inv_time
0CBD1: error_inv_repeat
0CBDE MC: Error: Nonexistent Alarm
0CBDE: error_nonexist_alrm
0CBE3: disp_error_cx
0CBEF: restore_regs_and_p
0CBFA Internal TIME
0CBFA= Cmd_Time
0CC0E Internal DATE
0CC0E= Cmd_Date
0CC39 Internal DDAYS
0CC39= Ddays
0CC5B Internal DATE+
0CC5B= DateAdd
0CC60^ <1h>
0CC79-
0CD2B Internal ->DATE
0CD2B= ToDate
0CD3F Internal CLKADJ
0CD3F= Clkadj
0CD53 Internal ->TIME
0CD53= ToTime
0CD67-
0CDA6-
0CDD0-
0CE0F-
0CEB9-
0CED9-
0CEEA-
0CF5B-
0CFD9= Date_to_string
0D06A= Time_to_string
0D143-
0D156-
0D169-
0D18A-
0D2A3 Internal WSLOG
0D2A3: Wslog
0D304 Internal TSTR
0D304: Tstr
0DC0F-
0DC1C-
0DC28-
0DDA8 Internal ACKALL
0DDA8: Ackall
0DDC1 Internal ACK
0DDC1: Ack
0DF01 'Alarms' (Global Name)
0DF28 'Alarms' (Global Name)
0DF45-
0E029: Disp_string_at_curPos
0E05B: Disp_grob_at_curPos
0E06F: Erase_two_stkLines
0E083: Erase_curStkLine
0E097: Erase_nextStkLine
0E0AB: Get_fullStkGrob_curPos_nextEolPos
0E0D3: Get_fullStkGrob_curPos_eolPos
0E0FB: Get_fullStkGrob_nextLine
0E128: Get_fullStkGrob_curColRow
0E1B9-
0E1D8 Convert internal alarm into external alarm
0E219-
0E235 Recall 'Alarms' list
0E248-
0E26D-
0E27D-
0E2A1-
0E2B9-
0E2D1-
0E302-
0E343^ <F9A7Ah>
0E3A6-
0E3DF Internal RCLALARM
0E3DF: Rclalrm
0E402 Recall N'th Alarm (1:System Binary) -> (Alarm/True,False)
0E41B-
0E43C-
0E47A 'M' (Local Name)
0E483 'N' (Local Name)
0E4A0 'M' (Local Name)
0E4AE 'N' (Local Name)
0E4C1 'M' (Local Name)
0E510= Stoalrm_real
0E52E^ 0
0E54D= Stoalrm_list
0E593^ 0
0E5D0^ 0
0E630-
0E66A-
0E693-
0E724 Internal DELALARM
0E724= Delalrm
0E7B0-
0E7BB-
0E7CE-
0E7F7-
0E802-
0E80D-
0E820-
0E82B-
0E836-
0E8F3: testEnd
0E8FE: testbinary
0E909: test_1dh
0E914: testlist
0E91B: testtype
0E925-
0E9B2-
0EAD7 Internal FINDALARM (1:Real Number)
0EAD7= Fndalrm_real
0EB31 Internal FINDALARM (1:List)
0EB31= Fndalrm_list
0EB81 Internal TICKS
0EB81= Ticks
0EC07-
0EC9D-
0ED78-
0ED95-
0EDFA: test_d_gt_1
0EE26-
0EFEE: Real_8192 Ticks per second
0F003: Real_491520 Ticks per minute
0F018: Real_29491200 Ticks per hour
0F02D: Real_707788800 Ticks per day
0F042: Real_4954521600 Ticks per week
0F33A Internal UNIT
0F33A= ToUnit_real_unit
0F34E Internal OBJ-> (1:Unit)
0F371 Internal CONVERT
0F371= Convert
0F547^ 32 (Long Real)
0F561 Standardize units and then strip units (levels 1,2)
0F584 Internal == (2:Real Number/Unit,1:Real Number/Unit)
0F598 Internal != (2:Real Number/Unit,1:Real Number/Unit)
0F5AC Internal < (2:Real Number/Unit,1:Real Number/Unit)
0F5C0 Internal > (2:Real Number/Unit,1:Real Number/Unit)
0F5D4 Internal <= (2:Real Number/Unit,1:Real Number/Unit)
0F5E8 Internal >= (2:Real Number/Unit,1:Real Number/Unit)
0F5FC Internal ABS (1:Unit)
0F5FC= Abs_unit
0F615 Internal NEG (1:Unit)
0F615= Neg_unit
0F62E Internal SIN (1:Unit)
0F62E= Sin_unit
0F660 Internal COS (1:Unit)
0F660= Cos_unit
0F674 Internal TAN (1:Unit)
0F674= Tan_unit
0F688^ 6.28318530717959 = 2pi (Long Real)
0F6A2 Internal + (2:Real Number/Unit,1:Real Number/Unit)
0F6A2= Add_unit_unit
0F774 Internal - (2:Real Number/Unit,1:Real Number/Unit)
0F774= Sub_real_unit
0F774= Sub_unit
0F774= Sub_unit_real
0F792 Internal * (2:Real Number/Unit,1:Real Number/Unit)
0F792= Mul_unit
0F823 Internal / (2:Real Number/Unit,1:Real Number/Unit)
0F823= Div_real_unit
0F823= Div_unit
0F841 Internal INV (1:Unit)
0F841= Inv_unit
0F878 Internal ^ (2:Real Number/Unit,1:Real Number/Unit)
0F878= Pwr_unit
0F8FA= Xroot_real_unit
0F913 Internal SQ (1:Unit)
0F913= Sq_unit
0F92C Internal sqrt (1:Unit)
0F92C= Sqrt_unit
0F945 Internal UBASE (1:Unit)
0F945= Ubase
0FB6F Internal MAX (2:Real Number/Unit,1:Real Number/Unit)
0FB6F= Max_unit
0FB8D Internal MIN (2:Real Number/Unit,1:Real Number/Unit)
0FB8D= Min_unit
0FBAB Internal % (2:Unit,1:Real Number)
0FBAB= Percent_unit_real
0FC3C Internal %CH (2:Real Number/Unit,1:Real Number/Unit)
0FC3C= PercentCH_unit
0FCCD Internal %T (2:Real Number/Unit,1:Real Number/Unit)
0FCE6 Internal SIGN (1:Unit)
0FCE6= SigmaN_unit
0FCFA Internal IP (1:Unit)
0FCFA= Ip_unit
0FD0E Internal FP (1:Unit)
0FD0E= Fp_unit
0FD22 Internal FLOOR (1:Unit)
0FD22= Floor_unit
0FD36 Internal CEIL (1:Unit)
0FD36= Ceil_unit
0FD68 Internal RND (2:Unit,1:Real Number)
0FD68= Rnd_unit_real
0FD8B Internal TRNC (2:Unit,1:Real Number)
0FD8B= Trunc_unit_real
10141-
10B1C-
10D4B-
10E68^ 0.555555555555556 = 5/9 (C <-> F conversion) (Long Real)
10E82^ 1 (Long Real)
10E9C^ 273.15 = 0C in K (Long Real)
10EB6^ 459.67 = 0F in R (Long Real)
10ED0^ 0.0795774715459477 (Long Real)
10EEA-
10EFA-
10F54- errn_102_can't_edit_null_char
10F54: Error_Cant_edit_null_char
10F64- errn_103_invalid_user_function
10F64: Error_Inv_user_func
10F74 Error: No Current Equation
10F74- errn_104_no_current_equation
10F74: Error_No_Cur_eq
10F79 MC: Error: No Current Equation
10F86- errn_106_invalid_syntax
10F86: Error_Inv_syntax
10F96- errn_12e_invalid_ppar
10F96: Error_Invalid_PPAR
10FA6- errn_12f_non-real_result
10FA6: Error_Nonreal_result
10FB6- errn_130_unable_to_isolate
10FB6: Error_Unable_to_Isol
10FC6- errn_126_halt_not_allowed
10FC6: Error_Halt_not_allowed
10FD6 Internal KILL
10FD6- errn_123_kill
10FD6: Error_123
10FE6- errn_124_last_stack_disabled
10FE6: Error_Last_stack_disabl
10FF6- errn_125_last_cmd_disabled
10FF6: Error_Last_cmd_disabl
11006- errn_128_wrong_argument_count
11006: Error_Wrong_arg_count
11016- errn_129_circular_reference
11016: Error_Circ_ref
11026- errn_12a_directory_not_allowed
11026: Error_Dir_not_allowed
11036 Error: Non-Empty Directory
11036- errn_12b_non-empty_directory
11036: Error_Nonempty_dir
1103B MC: Error: Non-Empty Directory
11046- errn_12c_invalid_definition
11046: Error_Inv_def
11056- errn_12d_missing_library
11056: Error_Missing_library
11066- errn_13c_name_conflict
11066: Error_Name_conflict
11076 Internal CONT
11076- errn_13e_continue
11076: Error_13e
110EF-
1123F-
112EC ?? save Last Arguments
112EC- clear_last_arguments
112EC: Clear_lastargs
11320-
1132D- alpha_annunciator_on
1133A- alpha_annunciator_off
11347- blue_shift_annunciator_on
11354- blue_shift_annunciator_off
11361- orange_shift_annunciator_on
1136E- orange_shift_annunciator_off
11387-
113C2-
113D2-
113E2-
113F2-
11402-
11412-
11422-
11432-
11442-
11452-
11462-
11472-
11495-
114B3 Push @C.A as new System Binary
114B3: pushindc_short
114C9: popshort_store_indc
11501-
11511-
11533- prg_on
11543- delayed_alpha_lock
1155C-
1156C-
1158F Internal BLANK (2:System Binary,1:System Binary)
1165A= compute_grob_nibble
11679= Disp_Grob_inGrob_Pos
1192F-
11A6D-
11CBE: getshort_ref_3
11CC5: save_regs_ref_3
11CCC: do_retsetxm
11CCE-
11CF3: String_pitch10_toGrob
11D00: String_pitch8_toGrob
11EEF: do_retsetc
11EFF: back_graph_char
11F1D: set_c_nib7_0fh
11F1F: set_c_p_fh
11F80= String_pitch6_toGrob
11FFF: seta_rplret
12002: rplret_8
1200C: String_to_grob_pitch6
120CC: strlen_a
120EE: pushShortA_rplret_alt_ref
1215E-
122FF-
123C8- disp_(n_x_10)_1short2string
123E5- <4h>_disp_(n_x_10)_1string
123F5- <3h>_disp_(n_x_10)_1string
12405- <2h>_disp_(n_X_10)_1stirng
12415- <1h>_disp_(n_x_10)_1string
12429- disp_(n_x_8)_1short2string
12429: Disp_pitch8Str
1245B- <1h>_disp_(n_x_8)_1string
1245B: DispStk_pitch8Str_line0
1245B: Disp_pitch8Str_line0
1246B- <2h>_disp_(n_x_8)_1string
1246B: DispStk_pitch8Str_line1
1246B: Disp_pitch8Str_line1
1247B- <3h>_disp_(n_x_8)_1string
1247B: DispStk_pitch8Str_line2
1247B: Disp_pitch8Str_line2
1248B- <4h>_disp_(n_x_8)_1string
1248B: DispStk_pitch8Str_line3
1248B: Disp_pitch8Str_line3
1249B- <5h>_disp_(n_x_8)_1string
1249B: DispStk_pitch8Str_line4
1249B: Disp_pitch8Str_line4
124AB- <6h>_disp_(n_x_8)_1string
124AB: DispStk_pitch8Str_line5
124AB: Disp_pitch8Str_line5
124BB- <7h>_disp_(n_x_8)_1string
124BB: DispStk_pitch8Str_line6
124BB: Disp_pitch8Str_line6
124CB: DispStk_pitch8Str_line7
124CB: Disp_pitch8Str_line7
124D7: dispstr_row_c
12635- rcl_stack/status_grob_(131_x_56)
12635: Get_56line_stkGROB
12645- rcl_menu_grob_(131_x_8)
12645: Get_menuGrob
12655- rcl_stack/status_grob_(131_x_56)
12655: Get_stkGrob
12665 recall PICT
12665: Get_graphGrob
12690-
126DF: Erase_lines_in_stkGROB
1270C: Disp_at_lines_0_1
12725: Disp_line_0
12748: Disp_line_1
12770: Trunc_string_for_display
127A7: Split_string_at_LF
12815: DispStringPitch6_inFullStkCurPos_FullStk
12829: Disp_inFullStkCurPos_FullStk
12847-
12996-
12A0D-
12A4A-
12AF6-
12BB7-
12DD1-
12E89-
12F0A-
12FB2 XFER: Save D,B,D1,D0 (uses C)
13043-
13061-
130CA-
13135-
1314D Internal TEXT
13161 XFER: Restore D,B,D1,D0 (C=D0) / Clear Carry
13167-
131C8-
13220-
134AE-
134E4-
1357F-
13679-
13695-
137B6-
137B6= Get_curRowCol
1380F-
13825-
1383B-
1384A-
13986-
13992-
139E7-
13B41-
13BB5-
13BF1-
13D28-
13D55-
13E05-
13E22-
13E2E-
13E53-
13E63-
13E85-
13E9E-
13EBC-
13ED2-
13EF1-
13F01-
13F11-
13F29-
13F47-
13F69-
13F7F-
13F9B-
13FB0-
13FE5- move_5_nibbles_@70673_to_#706FF
1400E Internal ERR0
1400E- err0
1400E= Err0
14039 Push Last Err# as System Binary
14039- errn
1404C Internal ERRN
1404C= Errn
14065 Internal ERRM
14065= Errm
14088 Internal ->STR (1:Any)
14088: ToString
140AB Internal DISP (2:Any,1:Real Number)
140AB: Disp
140F1 Internal CHR (1:Real Number)
140F1: Chr
1410F Internal NUM (1:String)
1410F: Num
14137 Internal STR-> (1:String)
14137: StrTo_Eval
1415A Internal BEEP (2:Real Number,1:Real Number)
1415A: Beep_real
1415F: Mul1000_real
141B2- beep_1short2short
141B2: Beep
141DE: jump_save_regs
141E5-
1420A Internal > (2:String,1:String)
1420A- >_1string2string
142A6 Internal < (2:String,1:String)
142BA Internal >= (2:String,1:String)
142E2 Internal <= (2:String,1:String)
142FB Internal FREEZE (1:Real Number)
142FB= Freeze
14378 Internal HALT
1439B ''halt' (Local Name)
14483 ''nohalt' (Local Name)
14D1B-
14E6D-
14EA5-
14EEC-
14F2A-
14F8C-
14FC3-
15007 Internal DOERR (1:Real Number)
15007= Doerr_real
1501B Internal DOERR (1:Binary Integer)
1501B= Doerr_bin
1502F Internal DOERR (1:System Binary)
15048 Internal DOERR (1:String)
15048= Doerr_string
1518D-
15442: "String_': '"
15717 Internal STEQ (1:Any)
1572B Internal RCEQ
15744 Internal RCEQ -> Contents,True/False
15758 unevaluated 'EQ' (Global Name)
1576C 'EQ' (Global Name)
15781 '' (Global Name)
1592D Set last RPL token to <0h> and verify DEPTH >= 1
15978: toString_1any
159EB- \->str_1any_(truncate)
15A54-
15A60-
15A8B-
15A97-
15B13= Any_to_string
15B31- \->str_1any
15B3D- \->str_1real
15C4B^ <15D06h>
15D6F^ <117h>
15DAB^ <118h>
15E0B^ <112h>
15FCF- hex\->ascii_1string2binary
1605F- quotes_in_string_1string
1606C- \->str_1string
160E5- \->str_1global
1613F Null String "" (RAM based)
1613F: String_null_Copy
162AC- \->str_1real
162AC: Real_to_string
162B8- \->str_1real
1633D: GC
166E3 Internal FIX (1:System Binary)
166E3- fix_1short
166E3= SetFix
166EF Internal SCI (1:System Binary)
166EF- sci_1short
166EF= SetSci
166FB Internal ENG (1:System Binary)
166FB- eng_1short
166FB= SetEng
16707 Internal STD
16707- std
16707= Std
167D8- short\->real\->string_(colon)_1short
167E4- short\->real\->string_1short
1685C- short\->real\->string_+_(colon)_1short2string
1686A- short\->real\->string_+_(colon)_1short2string
16969^ <13h>
16AD6^ <4000h>
16AE5^ <5000h>
16AF4^ <8000h>
16B03^ <9000h>
16B12^ <E000h>
16B21^ <D000h>
16B30^ <2F000h>
16CA7 Error: Bad Argument Value
1795A: StoreShort_70770
1795A- sto_5_nibbles_@70770_1short
17980- rcl_5_nibbles_@70770_as_short
179AC: Grob_height_equal1p
179D0-
17C3F-
17C55-
17F15-
17F4A^ <B8h>
181FA-
18242-
1825F-
18282-
18295-
18308-
18338-
18355-
183EB-
18404-
1848C Internal PATH
1848C: Path
184E1 Internal CRDIR
184E1: Crdir
18513 Internal STO (2:Any,1:Global Name)
1853B= Recall
1854F Internal PURGE (1:Global Name)
18595 Internal PGDIR (1:Global Name)
18608: While_dir_empty
18621: IfFirstEnt_thenFalseIterate_elseTypeNib1and2_zerop
18653: TypeNib1and2_zerop
186E8 Internal TVARS (1:Real Number)
186E8= Tvars_real
18706 Internal TVARS (1:List)
18706= Tvars_list
18779 Internal VARS
18779= Vars
187AB-
18802-
1884D Set last RPL Token to <0h>
1884D-
1884D: Short0_End
18873 Internal AND (2:String,1:String)
18887 Internal OR (2:String,1:String)
1889B Internal XOR (2:String,1:String)
188AF if SIZE(TOS) = SIZE(TOS-1) (String), then NEWOB and SWAP,
else Bad Argument Value
188AF: Need2StringsEqualLen_Swap
188D2 Internal NOT (1:String)
188E6 Deep internal AND (2:String,1:String)
188E6- and_1string2string
188F5 Deep internal OR (2:String,1:String)
188F5- or_1string2string
18904 Deep internal XOR (2:String,1:String)
18904- xor_1string2string
18961 Deep internal NOT (1:String)
18961- not_1string
189FC Configuration code for library 002 (XLIB 2)
18A15-
18A1E save last RPL token, stack size, clear @706FD.S
18A1E- need_0_arguments_(save_last_stack)
18A1E= No_arguments
18A27 MC: save stack size, clear @706FD.S and continue RPL
18A51 continue RPL
18A5B Save last RPL token and verify DEPTH >= 3
18A5B- need_3_arguments_(xlib)
18A5B: Need_3_args_retq
18A68 Verify DEPTH >= 3
18A68- need_3_arguments
18A68: Need_3_args
18A6D MC: verify DEPTH >= 3 and continue RPL
18A75 MC: verify DEPTH >= 3
18A75: assert_3_args
18A80 Save last RPL token and verify DEPTH >= 2
18A80- need_2_arguments_(xlib)
18A80: Need_2_args_retq
18A8D Verify DEPTH >= 2
18A8D- need_2_arguments
18A8D: Need_2_args
18A92 MC: verify DEPTH >= 2 and continue RPL
18A9A MC: verify DEPTH >= 2
18A9A: assert_2_args
18AA5 Save last RPL token and verify DEPTH >= 1
18AA5- need_1_argument_(xlib)
18AA5: Need_1_arg_retq
18AB2 Verify DEPTH >= 1
18AB2- need_1_argument
18AB2: Need_1_arg
18AB7 MC: verify DEPTH >= 1 and continue RPL
18AB7: need_1_arg
18ABF MC: verify DEPTH >= 1
18ABF: assert_1_arg
18AC6 MC: verify DEPTH >= C.S, expect P = 2*C.S - 1
18AC6: assert_c_args
18B6D Save last RPL token and verify DEPTH >= 5
18B6D- need_5_arguments_(xlib)
18B6D: Need_5_args_retq
18B7A Verify DEPTH >= 5
18B7A- need_5_arguments
18B7A: Need_5_args
18B7F MC: verify DEPTH >= 5 and continue RPL
18B87 MC: verify DEPTH >= 5
18B87: assert_5_args
18B92 Save last RPL token and verify DEPTH >= 4
18B92- need_4_arguments_(xlib)
18B92: Need_4_args_retq
18B9F Verify DEPTH >= 4
18B9F- need_4_arguments
18B9F: Need_4_args
18BA4 MC: verify DEPTH >= 4 and continue RPL
18BAC MC: verify DEPTH >= 4
18BAC: assert_4_args
18BB3: assert_c_gt3_args
18C34 Save last token, check args, R->SB and verify TOS < DEPTH-1
18C34- need_n_arguments_1real2any...nany
18C34: ToShort_Need_n_args_alt
18C4A Check args, R->SB and verify TOS < DEPTH-1
18C4A: ToShort_Need_n_args
18C77 MC: save last RPL token
18C77: save_toh_sub_10
18C92 Error: Undefined Name
18C92- errn_204_undefined_name
18C92: Error_Undef_name
18C97 MC: Error: Undefined Name
18C97: error_undef_name
18CA2 Error: Bad Argument Value
18CA2- errn_203_bad_argument_value
18CA2: Error_Bad_arg_value
18CA7 MC: Error: Bad Argument Value
18CA7: error_bad_arg_value
18CB2 Error: Bad Argument Type
18CB2- errn_202_bad_argument_type
18CB2: Error_Bad_arg_type
18CB7 MC: Error: Bad Argument Type
18CB7: error_bad_arg_type
18CC2 Error: Too Few Arguments
18CC2- errn_201_too_few_arguments
18CC2: Error_Too_few_args
18CC7 MC: Error: Too Few Arguments
18CC7: error_too_few_args
18CCE Put Error Code in C.A into A
18CCE: disp_error_c
18CD7 ABS(Real) -> System Binary
18CD7- abs_real\->short
18CD7: AbsReal_to_Short
18CEA Internal R->SB (1:Real Number)
18CEA- real\->short
18CEA: Real_to_Short
18D07: shortpush_a_replret
18D0A: shortpush_r0_rplret
18DBF Internal SB->R (1:System Binary)
18DBF- short\->real
18DBF: Short_to_real
18E45-
18E7E-
18EBA Internal EVAL (1:Algebraic/List)
18EBA- eval_1algebraic
18EBA- eval_1list
18EBA- eval_1program
18EBA: Eval_ListOrPrg
18ECE Save last RPL token, verify DEPTH >= 1 and check args.
18ECE- need_&_check_1_argument
18ECE: Switch_on_argtype
18EDF Save last RPL token, verify DEPTH >= 2 and check args.
18EDF- need_&_check_2_arguments
18EDF= Switch_on_2_argtypes
18EF0 Save last RPL token, verify DEPTH >= 3 and check args.
18EF0- need_&_check_3_arguments
18EF0: Switch_on_3argtypes
18F01 Save last RPL token, verify DEPTH >= 4 and check args.
18F01- need_&_check_4_arguments
18F12 Save last RPL token, verify DEPTH >= 5 and check args.
18F12- need_&_check_5_arguments
18F23-
18F6A= EndAndEvalq
18F83 XFER: Bad Argument Type
18F83: error_bad_arg_type_ref_2
18F87: end_follows
18F9D Check arguments for type (don't save D0)
18F9D- check_argument(s)_(requires_short_reference)
18F9D: Check_1_argtype_alt2
18FA9 Check arguments for type - XFER
18FA9- check_argument(s)_(requires_short_reference)
18FA9: Check_1_argtype_alt
18FB2 Check arguments for type
18FB2- check_argument(s)_(requires_short_reference)
18FB2: Check_1_argtype
18FB7 MC: check arguments for type
18FDE^ <B6A8h>
18FF1: not_address
1911E= type_table_1
1916E: type_table_2
19173^ <2A96h>
191B9: Mul_short
191B9 *_1short2short
19207- check_stack_for_n_real/complex_1short2any3real/complex..n+3real/complex
19294- \->arry_1array(real/complex)2short3real/complex...n+3real/complex
19350- xlib?_(boolean)_1any
19385: Over_Recall
193A3: Pick3_Recall
193C1: Assert_array
194BB verify Real Array (1:Array)
194F7= TwoReal_to_Shorts
1950B: TwoShorts_to_reals
19529= ListOf_short_to_real
1957B ASR (XLIB 2 0)
1957B: Cmd_ASR
1957B; /U xASR
1959B RL (XLIB 2 1)
1959B: Cmd_RL
1959B; /U xRL
195BB RLB (XLIB 2 2)
195BB: Cmd_RLB
195BB; /U xRLB
195DB RR (XLIB 2 3)
195DB: Cmd_RR
195DB; /U xRR
195FB RRB (XLIB 2 4)
195FB: Cmd_RRB
195FB; /U xRRB
1961B SL (XLIB 2 5)
1961B: Cmd_SL
1961B; /U xSL
1963B SLB (XLIB 2 6)
1963B: Cmd_SLB
1963B; /U xSLB
1965B SR (XLIB 2 7)
1965B: Cmd_SR
1965B; /U xSR
1967B SRB (XLIB 2 8)
1967B: Cmd_SRB
1967B; /U xSRB
1969B R->B (XLIB 2 9)
1969B: Cmd_RtoB
1969B; /U xR>B
196BB B->R (XLIB 2 10)
196BB: Cmd_BtoR
196BB; /U xB>R
196DB CONVERT (XLIB 2 11)
196DB: Cmd_CONVERT
196DB; /U xCONVERT
1971B UVAL (XLIB 2 12)
1971B: Cmd_UVAL
1971B; /U xUVAL
1974F UNIT (XLIB 2 13)
1974F: Cmd_UNIT
1974F; /U x>UNIT
19771 UBASE (XLIB 2 14)
19771: Cmd_UBASE
19771; /U xUBASE
197A5 UFACT (XLIB 2 15)
197A5: Cmd_UFACT
197A5; /U xUFACT
197C8 Internal UFACT
197C8: Ufact_unit_unit
197F7 TIME (XLIB 2 16)
197F7: Cmd_TIME
197F7; /U xTIME
19812 DATE (XLIB 2 17)
19812: Cmd_DATE
19812; /U xDATE
1982D TICKS (XLIB 2 18)
1982D: Cmd_TICKS
1982D; /U xTICKS
19848 WSLOG (XLIB 2 19)
19848: Cmd_WSLOG
19848; /U xWSLOG
19863 ACKALL (XLIB 2 20)
19863: Cmd_ACKALL
19863; /U xACKALL
1987E ACK (XLIB 2 21)
1987E: Cmd_ACK
1987E; /U xACK
1989E ->DATE (XLIB 2 22)
1989E: Cmd_toDATE
1989E; /U xSETDATE
198BE ->TIME (XLIB 2 23)
198BE: Cmd_toTIME
198BE; /U xSETTIME
198DE CLKADJ (XLIB 2 24)
198DE: Cmd_CLKADJ
198DE; /U xCLKADJ
198FE STOALARM (XLIB 2 25)
198FE: Cmd_STOALRM
198FE; /U xSTOALARM
19928 RCLALARM (XLIB 2 26)
19928: Cmd_RCLALRM
19928; /U xRCLALARM
19948 FINDALARM (XLIB 2 27)
19948: Cmd_FNDALRM
19948; /U xFINDALARM
19972 DELALARM (XLIB 2 28)
19972: Cmd_DELALRM
19972; /U xDELALARM
19992 TSTR (XLIB 2 29)
19992: Cmd_TSTR
19992; /U xTSTR
199B2 DDAYS (XLIB 2 30)
199B2: Cmd_DDAYS
199B2; /U xDDAYS
199D2 DATE+ (XLIB 2 31)
199D2: Cmd_DATEadd
199D2; /U xDATE+
19A68: Get_default_alarm
19A72 'ALRMDAT' (Global Name)
19A72: Global_Alrmdat
19A91: List_Real0_StringNull_Real0
19A96^ 0
19AB5^ 0
19B1F 'ALRMDAT' (Global Name)
19B1F: Global_Alrmdat_alt
19C34: Need_n_args
19DBE 'ALRMDAT' (Global Name)
19DE2: Disp_next_alrm
1A105 CRDIR (XLIB 2 32)
1A105: Cmd_CRDIR
1A105; /U xCRDIR
1A125 PATH (XLIB 2 33)
1A125: Cmd_PATH
1A125; /U xPATH
1A140 HOME (XLIB 2 34)
1A140: Cmd_HOME
1A140; /U xHOME
1A15B UPDIR (XLIB 2 35)
1A15B: Cmd_UPDIR
1A15B; /U xUPDIR
1A16F Internal UPDIR
1A16F: Up
1A194 VARS (XLIB 2 36)
1A194: Cmd_VARS
1A194; /U xVARS
1A1AF TVARS (XLIB 2 37)
1A1AF: Cmd_TVARS
1A1AF; /U xTVARS
1A1D9 BYTES (XLIB 2 38)
1A1D9: Cmd_BYTES
1A1D9; /U xBYTES
1A1FC Internal BYTES (1:Any except Global Name)
1A1FC: Bytes_any
1A223^ 2.5
(end of part 1 of 4)