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Number Format
Volume Number:3
Issue Number:11
Column Tag:Assembly Language Lab

Formatted Output for Numbers

By Mike™ Scanlin, San Diego, CA

On most systems, programmers of high level languages have an advantage over assembly language programmers in that a lot of the nitty gritty detail work has been done for them by what ever compiler or interpretter they’re using. An example of this is in the outputting of numbers. High level language programmers usually take it for granted that they can output a number in just about any format they want to. Pascal’s writeln and C’s printf make it a trivial task to change the field width of both integers and reals. While it’s true that assembly programmers can make use of _NumToString or the SANE formatter, we still need to play with the resulting strings to get nice formatted numbers. Until now.


The basic idea when converting an integer into its string equivalent is to first break it down into its digits and then convert each digit into its ASCII equivalent. The only tricky part is that a number is represented as binary internally and we need its decimal equivalent.

There are at least 2 different ways to approach the problem of extracting base 10 digits from a binary number. The _NumToString routine that Apple provides in the system file (see listing 1) uses binary coded decimal (BCD) arithmetic to calculate the digits and then calls a separate subroutine to build the string two digits at a time (the least significant bytes of registers D1-D5 are used to store 2 BCD digits each). The main problem with this algorithm is that it runs in more or less constant time (the number 1 takes as long to convert as 2147483648 = 2^31) and isn’t very efficient except for very large numbers (about 7 or more digits).

Another way to get digits one by one is to subtract by successively smaller powers of 10, starting with 10^9 (since it is the largest power of 10 that can be represented by a 32 bit integer). Count how many times you can subtract each power of 10 from the number and then convert that number (which will be in the range 0..9) to its ASCII equivalent. If you use multi-word compares and subtracts, this method can be used to convert any size integers (like 64 or 128 bits) into strings.

My own NumToString routine (Shown in the program listing) uses the subtract method. How does the subtract method compare to the real _NumToString? As for size, _NumToString is 118 bytes (after all of the trap related instructions are removed) and my routine is 120 bytes. Pretty close. As for speed, time trials on 10,000 random 32 bit signed integers showed my routine to be faster by about 2% -- no big deal. But for time trials on 10,000 16 bit signed integers my routine was faster by 32% and for 10,000 8 bit signed integers my routine was faster by 45% (to be fair, _NumToString was timed after it had been isolated so there was no overhead for trap calling). The reason the smaller numbers showed so much improvement is because my routine doesn’t spend much time on little digits (0,1,2...) and virtually no time on leading zeros. If you have a time critical application that makes a lot of calls to _NumToString, it may be worthwhile to use my routine instead. Of course, you could just patch my routine over the existing _NumToString in the system file to speed up all applications that use _NumToString -- no, wait, I didn’t just say that (and I’m not responsible for the consequences. Is there any reason that wouldn’t work?).

Fig. 1 Demo Program formats numerical output


When you use DIVS or DIVU, the 32 bit result is made up of 16 bits of quotient and 16 bits of remainder. The FixPtToString routine uses these two pieces to convert a fixed point number to a string. Since the quotient is just an integer, we can use NumToString to convert it. Then add a decimal point and convert the remainder. But in order to convert the remainder into a fractional number, we need to know the original divisor. We also need to specify how many digits we want after the decimal point.

For each digit you want after the decimal point, the routine multiplies the remainder by 10 and then divides the it by the divisor, getting a new remainder in the process. It adds the digit to the string and then repeats the process for the next digit. However, there is a limited number of times that this can be done accurately (since we only have 16 bits of remainder to begin with). The number of digits that can be accurately calculated depends on the magnitude of the divisor, but 5 or 6 digits should be safe.

Note that the number you pass to FixPtToString doesn’t have to be the result of a divide instruction. You can output any arbitrary fixed point number you want by using the same basic idea. If you wanted an integer part bigger than 16 bits, you could output the number in a two part process. FixPtToString could be modified to be FractionToString by eliminating instructions 3 (EXT.L D0) thru 17 (BEQ.S @6) inclusive. Then it will tack on whatever fraction you pass it to what ever string you pass it. For instance, to output the number 1864723135.24226 (.24226 = 47/194):

 MOVE.L stringPtr(A5),A0
 MOVE.L #1864723135,D0  ;quotient
 JSR    NumToString
 MOVE   #47,D0   ;remainder
 SWAP   D0;no need to set quot
 MOVE   #194,D1  ;divisor
 MOVE   #5,D2    ;5 digits accuracy
 JSR    FractionToString
 MOVE.L A0,-(SP)


Now that we can get integers and reals into strings we need to be able to set field widths. Also, an option to add commas would be nice. The FormNumString routine does both of these. You pass it a pointer to a format string of the form: [‘,’][q[‘.’[r]]] where [ ] denotes something optional and ‘.’ and ‘,’ denote a constant character. Q and r are string variables in the range [‘0’..’99'] and represent how many spaces should be allocated for the quotient (including sign and commas) and remainder (not including decimal point). Notice that everything is optional, so the empty string is a legal one, but one that won’t do much (i.e. any) formatting. Also, the word “string” here does not mean a pascal string; i.e. there is no length byte. The nested brackets mean that you can’t have a ‘.’ if a q was not provided and you can’t have an r if a ‘.’ wasn’t provided. If q is too small to contain the number, space is used as needed. If it is too big, the number will be padded with spaces. If r is bigger than any existing remainder the number might have, zeros are appended after the decimal point (which doesn’t do much for the accuracy of the extra digits). If r is smaller than any existing remainder, then digits are just dropped. No attempt at rounding is made.

Another use for this routine is to reformat the output string from the SANE formatter. The SANE formatter can format any SANE data type into a fixed sytle number (see the Apple Numerics Manual for everything you ever wanted to know about SANE). So, you could use SANE to do all of your calculations in floating point and have your result formatted into a fixed style string and then use FormNumString to add commas, pad with spaces and delete decimal places (or add zeros) to make all your numbers uniform.

Fig. 2 Program supports easy updating with a picture


The 3 routines NumToString, FixPtToString and FormNumString have been pieced together to form DrawNumsInAString which can be used to output complete sentences containing any number of formatted numbers. For instance, you could pass it the string “result = \f,8.4.” along with the fixed point number 123456.789 and it will output “result = 12,3456.7890.” Each number you want formatted in the input string will begin with a ‘\’ character and be followed by an ‘i’ (for longints) or an ‘f’ (for fixed points). After that comes the FormNumString style format codes for the number. The only peculiar part of using the routine is that the numbers you want formatted have to be pushed on the stack in reverse of their occuring order in the string. For instance, if your input string looks like “x = \i4 y = \i4 z = \i4” then you would do this:

 MOVE.L z,-(SP)  ;3rd parameter
 MOVE.L y,-(SP)  ;2nd
 MOVE.L x,-(SP)  ;1st
 PEA    inputString
 JSR    DrawNumsInAString

The reason for passing the parameters that way is (1) because we don’t know how many will be present in advance, and (2) so that they can be taken off the stack in the order needed.


The FormatDemo program shows how all of this comes together. It is a bare bones application that demonstrates how the routines presented here might be used. A click in the window will generate another set of random numbers to format. Desk accessories are supported and you can see a simple technique for providing window updating without an update event. Whenever a content click is detected, a set of addition and division problems are displayed in formatted output using the formatting routines discussed. After displaying the numbers, a quickdraw picture is taken of the window output using copybits on the portRect of the window. The appropriate field in the window record is set with the pointer to this picture so that when the window needs updating, it is updated automatically from the picture. Figures 1 and 2 show the demo program in operation with a desk accessory showing this easy update method. A good reference book for this and all assembly language techniques is Dan Weston’s classic The Complete Book of Macintosh Assembly Language Programming, vol. 1 and 2, from Scott, Foresman and Company.

Listing 1. The Apple Way
; NOTE: This code is Apple Computer’s. Only 
; the comments are mine.

; convert a 32 bit longint into a pascal string
;  input: D0 longint
;  A0 points to a space of at least 12 bytes
; output: A0 points to pascal string

 MOVEQ  #0,D1    ;init digits
 MOVEQ  #0,D2
 MOVEQ  #0,D3
 MOVEQ  #0,D4
 MOVEQ  #0,D5
 MOVEQ  #31,D6   ;loop counter
 LEA    1(A0),A1 ;skip length byte
 TST.L  D0;is num zero?
 BGT.S  @2
 BMI.S  @1
 MOVE.B #’0',(A1)+ ;special case for zero
 BRA.S  @3
@1 MOVE.B #’-’,(A1)+ ;give string a minus sign
 NEG.L  D0;make number positive
@2 ADD.LD0,D0    ;shift a bit into extend flag
 ABCD   D5,D5    ;tens’ & ones’ digits
 ABCD   D4,D4    ;thous’ & hunds’ digits
 ABCD   D3,D3    ;hund thous’ & ten thous’ digits
 ABCD   D2,D2    ;ten mils’ & mils’ digits
 ABCD   D1,D1    ;bils’ & hund mils’ digits
 DBRA   D6,@2    ;do next bit
; NOTE: at this point D6 = -1. It is used as a flag to 
; kill leading zeros.
 BSR.S  Do2Digits
 BSR.S  Do2Digits
 BSR.S  Do2Digits
 BSR.S  Do2Digits
 BSR.S  Do2Digits
;calculate length of string that was created
@3 MOVE A1,D0    ;end of string + 1
 SUB    A0,D0    ;beginning of string
 SUBQ.B #1,D0    ;minus 1 for length byte
 MOVE.B D0,(A0)

;convert BCD byte in D1 into 2 ASCII digits.
;do most significant digit
 ROR    #4,D1
 BSR.S  DoADigit
;do least significant digit
 ROL    #4,D1
 TST    D6;have we had a non-zero digit yet?
 BPL.S  @6
 TST.B  D1;is this a leading zero?
 BEQ.S  @7
 MOVEQ  #0,D6    ;print all zeros from now on
@6 ORI.B#$30,D1  ;covert BCD digit to ASCII
 MOVE.B D1,(A1)+ ;add it to the string
 SUB.B  D1,D1
@7 RTS

; DrawNumsInAString.asm
; by Mike™ Scanlin  

Include Traps.D

Xref  DrawNumsInAString,NumToString,FixPtToString,FormNumString
Xref  GetANumber


Draw a string that may contain implicit formatted numbers. input: stack contains numbers that will be needed and a pointer a string. The numbers should be pushed on the stack in order from last to first (so they can be poped off in order from first to last). The last thing to be pushed on the stack is the string pointer. Each formatted number within the input string begins with a ‘\’ and then either an ‘i’ (for longints) or a ‘f’ (for a fixed point number). For fixed points, first push the fixed point number, then the divisor to be used to calculate the remainder. The formatting after the ‘i’ or ‘f’ is the same as for the FormNumString routine. output: a string is drawn A0,D0 are trashed.

 LEA    28(SP),A3;point to first parameter
 MOVE.L A3,-(SP) ;save initial position
 MOVE.L (A3)+,A2 ;string pointer
@1 MOVEQ#0,D0
 MOVE.B (A2)+,D0
 BEQ.S  @10 ;end of string found
 CMPI.B #’\’,D0  ;is it a number?
 BEQ.S  @2
 MOVE   D0,-(SP)
 BRA.S  @1
;we got a number to format
@2 LEA  scratch,A0
 MOVE.B (A2)+,D0
 CMPI.B #’i’,D0  ;is it a longint?
 BNE.S  @4
;handle integers
 MOVE.L (A3)+,D0 ;get longint
 JSR    NumToString
 BRA.S  @5;go format it
@4 CMPI.B #’f’,D0;is it a fixed point?
 BNE.S  @1;if not, ignore it
;handle fixed point
;find out how many decimal places should be passed to 
; FixPtToString
 MOVE.B (A1)+,D0 ;skip comma, if present
 CMPI.B #’,’,D0
 BEQ.S  @4.1
 SUBA   #1,A1
@4.1  JSR GetANumber
 BMI.S  @1;no quotient present
 MOVE.B (A1)+,D0
 CMPI.B #’.’,D0
 BNE.S  @4.2
 JSR    GetANumber
 MOVE   D0,D2
 BPL.S  @4.3
@4.2  MOVEQ #0,D2;no remainder
@4.3  MOVE(A3)+,D1 ;get divisor
 MOVE.L (A3)+,D0 ;get fixed point num
 JSR    FixPtToString
;do the formatting
@5 MOVEA.LA2,A1  ;addr of format string
 JSR    FormNumString
 MOVEA.LA1,A2    ;point past format string
 MOVE.L A0,-(SP)
 BRA.S  @1
@10SUBA.L (SP)+,A3 ;calc len of params
 MOVE   A3,D0
 MOVE.L (SP)+,A0 ;get return addr
 ADDA   D0,SP    ;length of parameters
 JMP    (A0)

scratch DCB.B  40,0

; FixPtToString.asm
; by Mike™ Scanlin 

Xref  FixPtToString,NumToString

; convert a 32 bit fixed point number into a pascal 
; string.
;  input: D0 fixed point number
;  D1 16 bit divisor used when D0 was calculated
;  D2 # of digits after decimal point (D2=0 for no 
;          dec point)
;  A0 points to a space of at least (8 + D2) bytes
; output: A0 points to pascal string

 MOVE.L D0,D3    ;save quotient & remainder
 EXT.L  D0;sign extend quotient
 JSR    NumToString
;if q = 0 and the result should be < 0, we’ll have to 
; add a minus sign.
;(NumToString won’t know about it, since all it sees is 
; a zero quotient)
 TST    D3;q = 0?
 BNE.S  @0
 TST.L  D3;check remainder
 BEQ.S  @0;q & r both zero
;if r & divisor have the same sign, then result will 
; be > 0
 EXT.L  D1
 MOVE.L D1,D0    
 EOR.L  D3,D0
 BPL.S  @0
 MOVE.B #’-’,1(A0)
 MOVE.B #’0',2(A0)
 MOVE.B #2,(A0)  ;new length
@0 TST  D2;do we want a decimal point?
 BEQ.S  @6
 MOVEQ  #0,D0
 MOVE.B (A0),D0  ;length of quotient
 LEA    1(A0,D0),A1;end of string + 1
 MOVE.B #’.’,(A1)+
 TST.L  D1;make divisor positive
 BPL.S  @1
 NEG.L  D1
@1 TST.LD3;make remainder positive
 BPL.S  @2
 NEG.L  D3
@2 SWAP D3
 ANDI.L #$FFFF,D3;isolate remainder
 SUBQ   #1,D2    ;loop control
@3 ADD.LD3,D3    ;mult r by 10
 ADD.L  D0,D0    ;4x
 ADD.L  D0,D0    ;8x
 ADD.L  D0,D3    ;10x = 8x + 2x
 MOVEQ  #’0',D0  ;init digit
@4 CMP.LD1,D3    ;is 10r > divisor?
 BLT.S  @5
 ADDQ   #1,D0    ;increase digit
 SUB.L  D1,D3    ;subtract divisor
 BNE.S  @4
@5 MOVE.B D0,(A1)+ ;add to string
 DBRA   D2,@3
 MOVE   A1,D0    ;calc length of new string
 SUB    A0,D0
 SUBQ.B #1,D0    ;minus 1 for length byte
 MOVE.B D0,(A0)
@6 MOVEM.L(SP)+,A1/D0-D3

; FormNumString.asm
; by Mike™ Scanlin  

Xref  FormNumString,GetANumber

; format the string representation of a number (integer 
; or real) according to a format string.
; input: A0 points to string of a number (which should 
; be in a space big enough for formatting result)
;  A1 points to format string
;  syntax of format string is [‘,’]d[d][‘.’[d[d]]] 
;     where ‘’ denote a constant char and d denotes 
;     a digit ‘0’..’9'
;  there is no length byte for these strings.
;   valid strings  invalid strings
;3 230. (230 too big [99 max])
;    4.0 or 4.   .0(need a d before ‘.’)
;,3.4   ,.4 (need a d between ‘,.’)
;,12.20 0.123  (123 too big)
; output: A0 points to formatted string of a number
;  A1 points to first byte after format string

 CMPI.B #’,’,(A1)
 BNE.S  @6
 ADDA   #1,A1
;do commas
;first find out if a decimal point in the string
 MOVEQ  #0,D0
 MOVE.B (A0),D0  ;length of string
 MOVE   D0,D2    ;save in case it’s and int
 SUBQ   #1,D0    ;loop control
; D0 counts how many digits from the end of the string 
; to the decimal point (including the decimal 
; point -- which is why it starts out as 1 and not 0). 
 ; If the number is an int, then D0=0
 MOVEQ  #1,D1
@1 CMPI.B #’.’,1(A0,D0) ;dec point, it’s a real
 BEQ.S  @2
 ADDQ   #1,D1
 DBRA   D0,@1
;it’s an integer
 MOVE   D2,D0
 MOVEQ  #0,D1
;now add some commas
@2 MOVE D1,D5    ;save length of fraction
 MOVEQ  #3,D2    ;# of digits until next comma
 SUBQ   #1,D0
@3 ADDQ #1,D1    ;total len, from end to cur pos
 SUBQ   #1,D2
 BNE.S  @5
 MOVE   D0,D3
 MOVE.B (A0,D0),D0
 BSR    IsItADigit ;test next digit
 BNE.S  @6
 MOVE   D3,D0
;move some chars, add a comma, increase string length.
 MOVE   D1,D4    ;loop control
 SUBQ   #1,D4
 LEA    1(A0,D0),A2
@4 MOVE.B (A2,D4),1(A2,D4)
 DBRA   D4,@4
 MOVE.B #’,’,(A2)
 ADDI.B #1,(A0)
 ADDQ   #1,D1    ;for the comma
 MOVEQ  #3,D2    ;reset counter
@5 DBRA D0,@3
;get next byte of format string
@6 BSR.SGetANumber ;D0 = q
 BMI.S  @16 ;no q provided -- leave
 MOVEQ  #0,D2
 MOVE.B (A0),D2  ;length of string
 MOVE   D2,D1
 SUB    D5,D1    ;D1=len of quotient now
 SUB    D1,D0
 BMI.S  @10
 BEQ.S  @10
 ADD.B  D0,(A0)  ;increase length by D0 spaces
;add D0 # of preceeding spaces
@7 LEA  1(A0,D0),A2
 SUBQ   #1,D2
@8 MOVE.B 1(A0,D2),(A2,D2)
 DBRA   D2,@8
 SUBQ   #1,D0
@9 MOVE.B #’ ‘,1(A0,D0)
 DBRA   D0,@9
;do remainder
@10CMPI.B #’.’,(A1)
 BNE.S  @16
 ADDA   #1,A1
;make sure there is a decimal point already
 LEA    1(A0),A2
 MOVEQ  #0,D0
 MOVE.B (A0),D0
 SUBQ   #1,D0
 BEQ.S  @12
 DBRA   D0,@11
 MOVE.B #’.’,(A2)+
 ADD.B  #1,(A0)
 BMI.S  @16 ;no r provided -- leave
; D0 is how many digits they want. D5 is 
; what we’ve already got.
@13SUBQ #1,D5
@14CMP  D5,D0
 BEQ.S  @16
 BPL.S  @15
 SUB.B  #1,(A0)
 BRA.S  @13
@15MOVE.B #’0',(A2,D5)  ;add a zero
 ADD.B  #1,(A0)
 ADDQ   #1,D5
 BRA.S  @14

; convert a one or two digit ASCII integer into 
; its numerical form
;  input: A1 points to digit(s)
; output: D0 is the decimal equivalent (-1 if A1 
; didn’t point to a digit)
;  A1 points to byte after digit(s)
;  Z and N flags reflect the value of D0
 MOVEQ  #0,D0
 MOVE.B (A1),D0
@1 BSR.SIsItADigit
 BEQ.S  @2
 MOVEQ  #-1,D0
 BRA.S  @4
@2 ADDA #1,A1
 MOVE   D0,D1    ;save first digit
 MOVE.B (A1),D0
 BSR.S  IsItADigit
 BEQ.S  @3
 MOVE   D1,D0
 BRA.S  @4
@3 ADDA #1,A1
 ADD    D1,D1    ;multiply first digit by 10
 MOVE   D1,D2
 ADD    D2,D2
 ADD    D2,D2
 ADD    D2,D1
 ADD    D1,D0    ;add to second digit
@4 MOVEM.L(SP)+,D1-D2
 TST    D0

; If the ASCII byte in D0 is in ‘0’..’9' it’s 
; value [0..9] 
; is returned in D0. If D0 is a digit, all 
; flags are set.
 CMPI.B #’0',D0
 BLT.S  @1
 CMPI.B #’9',D0
 BGT.S  @1
 SUBI.B #’0',D0
 MOVE   #-1,CCR  ;set all flags
@1 MOVE #0,CCR   ;clear all flags

; NumToString.asm
; by Mike™ Scanlin  
; an alternative to _NumToString

Xref  NumToString

; convert a 32 bit integer into a pascal string
;  input: D0 longint
;  A0 points to a space of at least 12 bytes
; output: A0 points to pascal string

 LEA    1(A0),A1 ;skip length byte
 TST.L  D0;is number zero?
 BGT.S  @2
 BMI.S  @1
 MOVE.B #’0',(A1)+ ;special case for zero
 BRA.S  @8
@1 MOVE.B #’-’,(A1)+ ;give string a minus sign
 NEG.L  D0;make number positive
@2 LEA  PowersTable,A2
 MOVEQ  #1,D3    ;set leading zeros flag
 MOVEQ  #9,D4    ;loop counter
@3 MOVE.L (A2)+,D2 ;get a power of 10
 MOVEQ  #’0',D1  ;init digit
@4 CMP.LD2,D0    ;is # > power of 10?
 BLT.S  @5
 ADDQ   #1,D1    ;increase digit
 SUB.L  D2,D0    ;subtract power of 10
 BNE.S  @4
@5 TST  D3;have we had a non-zero digit yet?
 BEQ.S  @6
 CMP.B  #’0',D1  ;is this a leading zero?
 BEQ.S  @7
 MOVEQ  #0,D3    ;print all zeros from now on
@6 MOVE.B D1,(A1)+
@7 DBRA D4,@3
@8 MOVE A1,D0    ;calc length of new string
 SUB    A0,D0
 SUBQ.B #1,D0    ;minus 1 for length byte
 MOVE.B D0,(A0)

 DC.L 1000000000
 DC.L 100000000
 DC.L 10000000
 DC.L 1000000
 DC.L 100000
 DC.L 10000
 DC.L 1000
 DC.L 100
 DC.L 10
 DC.L 1

; Resource File
 DC.B 14, ‘Format Program’


 DC.L ‘FRED’;name
 DC.W 0,1‘;data
 DC.L ‘ICN#’;icon map
 DC.W 0 ;mapping-1
 DC.W 0,128 ;map 0 to 128
 DC.L ‘FREF’;file ref
 DC.W 0 ;maps-1
 DC.W 0,128 ;map 0 to 128

 DC.B ‘APPL’,0,0,0


 DC.L $00000000, $00000000, $07FFFFC0, $18000030
 DC.L $202038E8, $40604514, $80204412, $80204422
 DC.L $80204441, $80204481, $802139F1, $80000001
 DC.L $80000001, $80F81021, $80103061, $802010A1
 DC.L $80701121, $800811F1, $80881021, $80711021
 DC.L $80000001, $80201801, $80602001, $80204001
 DC.L $9E207802, $80204402, $40204404, $20213808
 DC.L $18000030, $07FFFFC0, $00000000, $00000000

 DC.W 1 ;menu id
 DC.W 0 ;width holder
 DC.W 0 ;height holder
 DC.L 0 ;resource id holder
 DC.L $1FB;flags enable all except 2
 DC.B 1 ;title length
 DC.B 20;title apple symbol
 DC.B 22;menu item length
 DC.B ‘About this program... ‘
 DC.B 0 ;no icon
 DC.B 0 ;no keyboard equiv
 DC.B 0 ;marking char
 DC.B 0 ;style of item text
 DC.B 2 ;menu item length
 DC.B ‘--’
 DC.B 0 ;no icon
 DC.B 0 ;no keyboard equiv
 DC.B 0 ;marking char
 DC.B 0 ;style of item text
 DC.B 0 ;end of menu items
 DC.W 2 ;menu id
 DC.W 0 ;width holder
 DC.W 0 ;height holder
 DC.L 0 ;resource id
 DC.L $1FF;flags
 DC.B 4 ;title length
 DC.B ‘File’;title
 DC.B 6 ;menu item length
 DC.B ‘Quit/Q’
 DC.B 0 ;no icon
 DC.B 0 ;no keyboard
 DC.B 0 ;no marking
 DC.B 0 ;style
 DC.B 0 ;end of menu items
 DC.W 3 ;menu id
 DC.W 0 ;width holder
 DC.W 0 ;height holder
 DC.L 0 ;resource id
 DC.L $1F8;flags - DISABLE
 DC.B 16;title length
 DC.B ‘Click in Window ‘  ;title
 DC.B 0 ;menu item length
 DC.B ‘’
 DC.B 0 ;no icon
 DC.B 0 ;no keyboard
 DC.B 0 ;no marking
 DC.B 0 ;style
 DC.B 0 ;end of menu items

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NeoOffice 2014.11 - Mac-tailored, OpenOf...
NeoOffice is a complete office suite for OS X. With NeoOffice, users can view, edit, and save OpenOffice documents, PDF files, and most Microsoft Word, Excel, and PowerPoint documents. NeoOffice 3.x... Read more
LaunchBar 6.4 - Powerful file/URL/email...
LaunchBar is an award-winning productivity utility that offers an amazingly intuitive and efficient way to search and access any kind of information stored on your computer or on the Web. It provides... Read more
Remotix 3.1.4 - Access all your computer...
Remotix is a fast and powerful application to easily access multiple Macs (and PCs) from your own Mac. Features Complete Apple Screen Sharing support - including Mac OS X login, clipboard... Read more
DesktopLyrics 2.6.6 - Displays current i...
DesktopLyrics is an application that displays the lyrics of the song currently playing in "iTunes" right on your desktop. The lyrics for the song have to be set in iTunes; DesktopLyrics does nothing... Read more
VOX 2.5.1 - Music player that supports m...
VOX is a beautiful music player that supports many filetypes. The beauty is in its simplicity, yet behind the minimal exterior lies a powerful music player with a ton of features and support for all... Read more
NetNewsWire 4.0.0 - RSS and Atom news re...
NetNewsWire is the best way to keep up with the sites and authors you read most regularly. Let NetNewsWire pull down the latest articles, and read them in a distraction-free and Mac-like way. Native... Read more

Biz Builder Delux (Games)
Biz Builder Delux 1.0.0 Device: iOS Universal Category: Games Price: $4.99, Version: 1.0.0 (iTunes) Description: Ah, there's nothing like the rhythmic bustle of a burgeoning business burg... especially when you're the one building it... | Read more »
Auroch Digital is Bringing Back Games Wo...
| Read more »
Carbo - Handwriting in the Digital Age...
Carbo - Handwriting in the Digital Age 1.0 Device: iOS Universal Category: Productivity Price: $3.99, Version: 1.0 (iTunes) Description: | Read more »
Draggy Dead (Games)
Draggy Dead 1.1 Device: iOS Universal Category: Games Price: $.99, Version: 1.1 (iTunes) Description: Ditch your dead end job and take up a rewarding career in Grave Robbing today!Guide the recently deceased to a fun filled life of... | Read more »
Bad Dinos (Games)
Bad Dinos 1.0.0 Device: iOS Universal Category: Games Price: $2.99, Version: 1.0.0 (iTunes) Description: | Read more »
The Apple Watch isn't Great as a Fi...
| Read more »
Show the World What You See With
Live broadcasting is getting popular on mobile devices, which is why you can now get, by Infinite Takes. [Read more] | Read more »
PhotoTime's 2.1 Update Adds Apple W...
The latest PhotoTime update is adding even more functionality to the handy photo organizing app. Yep, including Apple Watch support. [Read more] | Read more »
Oh My Glob! Adventure Time Puzzle Quest...
Finn and Jake are taking over D3 Go!'s popular puzzle game series in the upcoming Adventure Time Puzzle Quest. [Read more] | Read more »
Earthcore: Shattered Elements - Tips, Tr...
At first glance, Earthcore: Shattered Elements seems like a rather simple card-battling game. Once you’re introduced to skills that will change quite a bit. Even more so once you start to acquire hero cards. But it’s not so complicated that we... | Read more »

Price Scanner via

Memorial Day Weekend Sale: New 27-inch 3.3GHz...
Best Buy has the new 27″ 3.3GHz 5K iMac on sale for $1899.99 this weekend. Choose free shipping or free local store pickup (if available). Sale price for online orders only, in-store prices may vary... Read more
OtterBox Maximizes Portability, Productivity...
From the kitchen recipe book to the boarsroom presentation, the OtterBox Agility Tablet System turns tablets into one of the most versatile pieces of handheld technology available. Available now, the... Read more
Launch of New Car App Gallery and Open Develo...
Automatic, a company on a mission to bring the power of the Internet into every car, has announced the launch of the Automatic App Gallery, an app store for nearly every car or truck on the road... Read more
Memorial Day Weekend Sale: 13-inch 1.6GHz Mac...
Best Buy has the new 13″ 1.6GHz/128GB MacBook Air on sale for $849 on their online store this weekend. Choose free shipping or free local store pickup (if available). Sale price for online orders... Read more
Memorial Day Weekend Sale: 27-inch 3.5GHz 5K...
Best Buy has the 27″ 3.5GHz 5K iMac on sale for $2099.99 this weekend. Choose free shipping or free local store pickup (if available). Sale price for online orders only, in-store prices may vary.... Read more
Sale! 16GB iPad mini 3 for $349, save $50
B&H Photo has the 16GB iPad mini 3 WiFi on sale for $349 including free shipping plus NY sales tax only. Their price is $50 off MSRP, and it’s the lowest price available for this model. Read more
Price drop on 2014 15-inch Retina MacBook Pro...
B&H Photo has dropped prices on 2014 15″ Retina MacBook Pros by $200. Shipping is free, and B&H charges NY sales tax only: - 15″ 2.2GHz Retina MacBook Pro: $1799.99 save $200 - 15″ 2.5GHz... Read more
With a Mission to Make Mobile Free, Scratch W...
Scratch Wireless, claiming to be the world’s first truly free mobile service, has announced the availability of a new Scratch-enabled Android smartphone, the Coolpad Arise. The smartphone is equipped... Read more
First-Ever Titanium Alloy Curved iPhone 6 Scr...
One of the most common problems with mobile phones is damage to the screens. The slightest drop can cause a dreaded spider web of gashes and cracks in the glass panel surface that can cost $hundreds... Read more
Preorder new 12-inch MacBook, $10 off, save o...
Adorama has new 12″ Retina MacBooks available for preorder for $10 off MSRP including free shipping plus NY & NJ sales tax only. For a limited time, Adorama will include a free Apple USB-C to USB... Read more

Jobs Board

*Apple* Solutions Consultant - Retail Sales...
**Job Summary** As an Apple Solutions Consultant (ASC) you are the link between our customers and our products. Your role is to drive the Apple business in a retail Read more
*Apple* TV Live Streaming Frameworks Test En...
**Job Summary** Work and contribute towards the engineering of Apple 's state-of-the-art products involving video, audio, and graphics in Interactive Media Group (IMG) at Read more
*Apple* Retail - Multiple Positions (US) - A...
Sales Specialist - Retail Customer Service and Sales Transform Apple Store visitors into loyal Apple customers. When customers enter the store, you're also the Read more
Partner Marketing Manager, Merchant- *Apple*...
**Job Summary** The Apple Pay partner marketing team is looking for a marketing manager to develop and drive US marketing programs with our merchant partners. The right Read more
Technical Project Manager - *Apple* Pay - A...
**Job Summary** Apple Pay is seeking an experienced technical PM to…manage the on boarding of new merchants for the Apple Pay platform in the US Within this role you Read more
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