1. Structured Programming: QB IS STRUCTURED!!!
- Posted by "Lynn Kilroy" <leks_transportation at hotmail.com> Jan 17, 2006
- 699 views
>Hi
>
>Ah ha - the goto / gosub/return argument again.
>
>Short answer no - look through the mailing list archives for all the pro
>and con arguments. Assume there are no subroutines - in the qbasic sense.
>When you get used to euphoria, its far prettier and easier to read.
>
>As with most things euphoria, there are work arounds
>
>functions - return a value
>procedures - do not return a value
>
>both need to to be found in your program (in the way the program is read),
>before you actually call them (can use routine_ids, but keep it simple for
>now)
>
>The 'preferred' method is to only use local variables to your
>functions/procedured, as this leads to prettier, more re usable code, eg
>
>}}}
<eucode>
>function foo(integer x)
>integer y
>y = x * 2
>return y
>end function
>
>integer z
>z = foo(2)
></eucode>
{{{
>
>now if you used untidy global variables (bad programming practice (hands up
>those who NEVER do it))
>
>}}}
<eucode>
>integer y, z
>
>procedure foo(integer x)
>y = x * 2
>end procedure
>
>foo(4)
>z = y
></eucode>
{{{
>
>yeuch, horrible.
>
>Is this what you meant.
>
>Also say goodbye to on x gosub/goto, and switch/case statements (are these
>in qbasic?)
>
>Chris
Tried it. Didn't work. Now, since you're so smart, mebbe you can tell me
if you can find a single goto / gosub / return in this program which is just
full of subroutines. And by the way, I insist you read through the whole
thing. I have the buggery that prompted this whole mess in the first place
copied neatly in the code. Before you ask, yes, it is in the graphics.e
file. I looked. Yes, the include statement is in the beginning of the
file, before the call to the included file's subroutine. But I get this
error. Mebbe you, who knoweth I do not understandith structured
programming, could explain to me what the proper structureth be-ith so I can
codeth in the correcteth structureth?
Your ignorance of the structured nature of QB astounds me. The only thing
that could possibly astound me more is the fact that QB - written probably
close to twenty years ago - parses all the subroutines in to their own
little windows, so you can edit them individually without having to search
through the code to find them, and Ed does not. So much for readability.
Love & Friendship & Blessed Be!
Lynn Erika Kilroy
<!-------------------BEGIN QBASIC SOURCE------------------->
DECLARE SUB ColorLocateInputJustAboutAnything (FGC AS INTEGER, BGC AS
INTEGER, CTFGC AS INTEGER, CTBGC AS INTEGER, Row AS INTEGER, Col AS INTEGER,
Text AS STRING, VWidth AS INTEGER)
DECLARE SUB ColorLocatePrint (FGC AS INTEGER, BGC AS INTEGER, Row AS
INTEGER, Col AS INTEGER, Text AS STRING)
DECLARE SUB EndProgram ()
DECLARE SUB Initialize ()
DECLARE SUB Inkey (a AS STRING)
DECLARE SUB MasterControlProgram ()
DECLARE SUB Prekey (a AS STRING)
DECLARE SUB WaitKey (a AS STRING)
DIM SHARED LastRow AS INTEGER
Initialize
MasterControlProgram
EndProgram
SUB ColorLocateInputJustAboutAnything (FGC AS INTEGER, BGC AS INTEGER, CTFGC
AS INTEGER, CTBGC AS INTEGER, Row AS INTEGER, Col AS INTEGER, Text AS
STRING, VWidth AS INTEGER)
: REM FGC = ForeGroundColor
: REM BGC = BackGroundColor
:
: REM CTFGC = CursorTextForeGroundColor
: REM CTFGC = CursorTextBackGroundColor
:
: REM Row = The Row we Print it on
: REM Col = The Column we Print It on
:
: REM Text = The Text We're Editing. Yes. Editing. What'd you think?
This
: REM was going to be like INPUT?
:
: REM VWidgth = ViewWidth, in Characters.
:
DIM CursorPosition AS INTEGER
:
DIM VTextStart AS INTEGER
:
DIM InputMode AS STRING
:
DIM a AS STRING
CursorPosition = LEN(a) + 1
VTextStart = CursorPosition - VWidth
InputMode = "OverWrite"
WHILE a <> CHR$(13)
IF CursorPosition < VTextStart THEN
VTextStart = CursorPosition
ELSEIF CursorPosition - VWidth > VTextStart THEN
VTextStart = CursorPosition - VWidth
END IF
IF VTextStart < 1 THEN
VTextStart = 1
END IF
ColorLocatePrint FGC, BGC, Row, Col, SPACE$(VWidth)
ColorLocatePrint CTFGC, CTBGC, Row, Col + VWidth, MID$(InputMode, 1, 1)
:
IF LEN(Text) > VWidth THEN
ColorLocatePrint FGC, BGC, Row, Col, MID$(Text, VTextStart, VWidth)
ELSE
ColorLocatePrint FGC, BGC, Row, Col, Text
END IF
:
ColorLocatePrint CTFGC, CTBGC, Row, Col + CursorPosition - VTextStart,
MID$(Text + CHR$(176), CursorPosition, 1)
WaitKey a
IF LEN(a) = 1 THEN
:
IF a = CHR$(8) THEN
:
IF CursorPosition > LEN(Text) THEN
Text = MID$(Text, 1, CursorPosition - 2)
ELSE
Text = MID$(Text, 1, CursorPosition - 2) + MID$(Text, CursorPosition,
LEN(Text) - CursorPostion)
END IF
:
CursorPosition = CursorPosition - 1
:
ELSEIF a = CHR$(27) THEN
:
Text = ""
CursorPosition = 1
:
ELSEIF a > CHR$(31) THEN
:
IF CursorPosition > LEN(Text) THEN
Text = Text + a
ELSE
IF InputMode = "OverWrite" THEN
MID$(Text, CursorPosition, 1) = a
ELSEIF InputMode = "Insert" THEN
Text = MID$(Text, 1, CursorPosition - 1) + a + MID$(Text,
CursorPosition, LEN(Text) - CursorPosition)
END IF
END IF
:
CursorPosition = CursorPosition + 1
:
ELSEIF a <> CHR$(13) THEN
:
BEEP
:
END IF
:
ELSEIF LEN(a) = 2 THEN
:
IF a = CHR$(0) + "G" THEN
:
CursorPosition = 1
:
ELSEIF a = CHR$(0) + "K" THEN
:
CursorPosition = CursorPosition - 1
:
IF CursorPosition < 1 THEN
CursorPosition = 1
BEEP
END IF
:
ELSEIF a = CHR$(0) + "M" THEN
:
CursorPosition = CursorPosition + 1
:
IF CursorPosition > LEN(Text) + 1 THEN
CursorPosition = LEN(Text) + 1
BEEP
END IF
:
ELSEIF a = CHR$(0) + "O" THEN
:
CursorPosition = LEN(Text) + 1
:
ELSEIF a = CHR$(0) + "R" THEN
:
IF InputMode = "OverWrite" THEN
InputMode = "Insert"
ELSE
InputMode = "OverWrite"
END IF
:
ELSEIF a = CHR$(0) + "S" THEN
:
IF CursorPosition > LEN(Text) THEN
BEEP
ELSE
Text = MID$(Text, 1, CursorPosition - 1) + MID$(Text, CursorPosition +
1, LEN(Text) - CursorPosition)
END IF
:
END IF
END IF
WEND
END SUB
SUB ColorLocatePrint (FGC AS INTEGER, BGC AS INTEGER, Row AS INTEGER, Col AS
INTEGER, Text AS STRING)
COLOR FGC, BGC
LOCATE Row, Col
PRINT Text
END SUB
SUB EndProgram
ColorLocatePrint 15, 6, LastRow, 5, "This completes the demonstration
program I have written to show how QB"
ColorLocatePrint 15, 6, LastRow + 1, 5, "****REALLY**** looks. If anyone
sees this and can possibly label it "
ColorLocatePrint 15, 6, LastRow + 2, 5, "as sloppy or difficult to
understand or as anything other than modular"
ColorLocatePrint 15, 6, LastRow + 3, 5, "programming in it's purest form,
then I would love for them to prove "
ColorLocatePrint 15, 6, LastRow + 4, 5, "it. In the meantime, don't yell at
me because you use " + CHR$(34) + "procedure" + CHR$(34) + " "
ColorLocatePrint 15, 6, LastRow + 5, 5, "where I use " + CHR$(34) +
"subroutine," + CHR$(34) + " and now know that a function is a function "
ColorLocatePrint 15, 6, LastRow + 6, 5, "is a function, no matter the
language. "
ColorLocatePrint 15, 6, LastRow + 8, 5, "Now back to my question. I said
'include graphics.e.' Euphoria said "
ColorLocatePrint 15, 6, LastRow + 9, 5, "'O.K.' I said 'Graphics_Mode
(260). Euphoria said 'Graphics_Mode has"
ColorLocatePrint 15, 6, LastRow + 10, 5, "not been declared.' If I am not
mistaken, 'Graphics_Mode' is a "
ColorLocatePrint 15, 6, LastRow + 11, 5, "declared Subroutine in Graphics.E?
Or do I need a seperate Declare "
ColorLocatePrint 15, 6, LastRow + 12, 5, "Procedure statement in the main
source code? "
END SUB
SUB Initialize
WIDTH 80, 50
COLOR 14, 4
CLS
ColorLocatePrint 14, 6, 5, 36, "Welcome!"
ColorLocatePrint 14, 6, 6, 5, "Since you had the nerve to say how poorly
restrictive QBasic code was "
ColorLocatePrint 14, 6, 7, 5, "writing QBasic Code was, I decided to provide
this little sample. "
ColorLocatePrint 15, 6, 9, 5, "Please note that all the information for
printing these lines is in "
ColorLocatePrint 15, 6, 10, 5, "ONE statement. Now we will have you enter
some text, and print it out"
ColorLocatePrint 15, 6, 11, 5, "for you to read.
"
ColorLocatePrint 15, 6, 14, 5, "Ready?
"
ColorLocatePrint 15, 6, 16, 5, "Begin.
"
END SUB
SUB Inkey (a AS STRING)
a = INKEY$
END SUB
SUB MasterControlProgram
DIM a AS STRING
DIM b AS INTEGER
DIM c AS STRING
ColorLocateInputJustAboutAnything 15, 6, 0, 7, 18, 5, a, 70
ColorLocatePrint 15, 6, 20, 5, "I will now attempt to parse your input.
"
LastRow = 22
WHILE LastRow < 41 AND LEN(a) > 70
b = 71
WHILE b > 1 AND MID$(a, b, 1) <> " "
b = b - 1
WEND
IF MID$(a, b, 1) = " " THEN
c = MID$(a, 1, b - 1)
ColorLocatePrint 14, 6, LastRow, 5, c + SPACE$(70 - LEN(c))
a = MID$(a, b + 1, LEN(a) - b)
ELSE
a = "Truncated: " + a
ColorLocatePrint 14, 6, LastRow, 5, MID$(a, 1, 70)
a = MID$(a, 71, LEN(a) - 70)
END IF
LastRow = LastRow + 1
:
IF LastRow = 31 THEN
IF LEN(a) > 0 THEN
a = "***Too Many Lines To Display!***"
END IF
END IF
WEND
IF LEN(a) > 0 THEN
ColorLocatePrint 14, 6, LastRow, 5, a + SPACE$(70 - LEN(a))
END IF
LastRow = LastRow + 2
END SUB
SUB Prekey (a AS STRING)
a = " "
WHILE a > ""
Inkey a
WEND
END SUB
SUB WaitKey (a AS STRING)
Prekey a
WHILE a = ""
Inkey a
WEND
END SUB
2. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by Chris Burch <chriscrylex at aol.com> Jan 17, 2006
- 623 views
Lynn Kilroy wrote:
>
> >Hi
> >
> >Ah ha - the goto / gosub/return argument again.
> >
> >Short answer no - look through the mailing list archives for all the pro
> >and con arguments. Assume there are no subroutines - in the qbasic sense.
> >When you get used to euphoria, its far prettier and easier to read.
> >
> >As with most things euphoria, there are work arounds
> >
> >functions - return a value
> >procedures - do not return a value
> >
> >both need to to be found in your program (in the way the program is read),
> >before you actually call them (can use routine_ids, but keep it simple for
> >now)
> >
> >The 'preferred' method is to only use local variables to your
> >functions/procedured, as this leads to prettier, more re usable code, eg
> >
> >}}}
<eucode>
> >function foo(integer x)
> >integer y
> >y = x * 2
> >return y
> >end function
> >
> >integer z
> >z = foo(2)
> ></eucode>
{{{
> >
> >now if you used untidy global variables (bad programming practice (hands up
> >those who NEVER do it))
> >
> >}}}
<eucode>
> >integer y, z
> >
> >procedure foo(integer x)
> >y = x * 2
> >end procedure
> >
> >foo(4)
> >z = y
> ></eucode>
{{{
> >
> >yeuch, horrible.
> >
> >Is this what you meant.
> >
> >Also say goodbye to on x gosub/goto, and switch/case statements (are these
> >in qbasic?)
> >
> >Chris
>
>
> Tried it. Didn't work. Now, since you're so smart, mebbe you can tell me
> if you can find a single goto / gosub / return in this program which is just
Whoa - this is setting the tone.
>
> full of subroutines. And by the way, I insist you read through the whole
> thing. I have the buggery that prompted this whole mess in the first place
>
> copied neatly in the code. Before you ask, yes, it is in the graphics.e
> file. I looked. Yes, the include statement is in the beginning of the
> file, before the call to the included file's subroutine. But I get this
> error. Mebbe you, who knoweth I do not understandith structured
> programming, could explain to me what the proper structureth be-ith so I can
>
> codeth in the correcteth structureth?
>
> Your ignorance of the structured nature of QB astounds me.
Why? I haven't used QBASIC for 20 years. So much for trying to help poeple. Why
bother.
The only thing
> that could possibly astound me more is the fact that QB - written probably
> close to twenty years ago - parses all the subroutines in to their own
> little windows, so you can edit them individually without having to search
> through the code to find them, and Ed does not. So much for readability.
>
> Love & Friendship & Blessed Be!
Thats an oxymoron isn't it.
> Lynn Erika Kilroy
>
> <!-------------------BEGIN QBASIC SOURCE------------------->
> DECLARE SUB ColorLocateInputJustAboutAnything (FGC AS INTEGER, BGC AS
> INTEGER, CTFGC AS INTEGER, CTBGC AS INTEGER, Row AS INTEGER, Col AS INTEGER,
>
> Text AS STRING, VWidth AS INTEGER)
> DECLARE SUB ColorLocatePrint (FGC AS INTEGER, BGC AS INTEGER, Row AS
> INTEGER, Col AS INTEGER, Text AS STRING)
> DECLARE SUB EndProgram ()
> DECLARE SUB Initialize ()
> DECLARE SUB Inkey (a AS STRING)
> DECLARE SUB MasterControlProgram ()
> DECLARE SUB Prekey (a AS STRING)
> DECLARE SUB WaitKey (a AS STRING)
>
> DIM SHARED LastRow AS INTEGER
>
> Initialize
> MasterControlProgram
> EndProgram
>
> SUB ColorLocateInputJustAboutAnything (FGC AS INTEGER, BGC AS INTEGER, CTFGC
>
> AS INTEGER, CTBGC AS INTEGER, Row AS INTEGER, Col AS INTEGER, Text AS
> STRING, VWidth AS INTEGER)
>
> : REM FGC = ForeGroundColor
> : REM BGC = BackGroundColor
> :
> : REM CTFGC = CursorTextForeGroundColor
> : REM CTFGC = CursorTextBackGroundColor
> :
> : REM Row = The Row we Print it on
> : REM Col = The Column we Print It on
> :
> : REM Text = The Text We're Editing. Yes. Editing. What'd you think?
> This
> : REM was going to be like INPUT?
> :
> : REM VWidgth = ViewWidth, in Characters.
> :
> DIM CursorPosition AS INTEGER
> :
> DIM VTextStart AS INTEGER
> :
> DIM InputMode AS STRING
> :
> DIM a AS STRING
>
> CursorPosition = LEN(a) + 1
> VTextStart = CursorPosition - VWidth
>
> InputMode = "OverWrite"
>
> WHILE a <> CHR$(13)
>
> IF CursorPosition < VTextStart THEN
> VTextStart = CursorPosition
> ELSEIF CursorPosition - VWidth > VTextStart THEN
> VTextStart = CursorPosition - VWidth
> END IF
>
> IF VTextStart < 1 THEN
> VTextStart = 1
> END IF
>
> ColorLocatePrint FGC, BGC, Row, Col, SPACE$(VWidth)
> ColorLocatePrint CTFGC, CTBGC, Row, Col + VWidth, MID$(InputMode, 1, 1)
> :
> IF LEN(Text) > VWidth THEN
> ColorLocatePrint FGC, BGC, Row, Col, MID$(Text, VTextStart, VWidth)
> ELSE
> ColorLocatePrint FGC, BGC, Row, Col, Text
> END IF
> :
> ColorLocatePrint CTFGC, CTBGC, Row, Col + CursorPosition - VTextStart,
> MID$(Text + CHR$(176), CursorPosition, 1)
>
> WaitKey a
>
> IF LEN(a) = 1 THEN
> :
> IF a = CHR$(8) THEN
> :
> IF CursorPosition > LEN(Text) THEN
> Text = MID$(Text, 1, CursorPosition - 2)
> ELSE
> Text = MID$(Text, 1, CursorPosition - 2) + MID$(Text, CursorPosition,
>
> LEN(Text) - CursorPostion)
> END IF
> :
> CursorPosition = CursorPosition - 1
> :
> ELSEIF a = CHR$(27) THEN
> :
> Text = ""
> CursorPosition = 1
> :
> ELSEIF a > CHR$(31) THEN
> :
> IF CursorPosition > LEN(Text) THEN
> Text = Text + a
> ELSE
> IF InputMode = "OverWrite" THEN
> MID$(Text, CursorPosition, 1) = a
> ELSEIF InputMode = "Insert" THEN
> Text = MID$(Text, 1, CursorPosition - 1) + a + MID$(Text,
> CursorPosition, LEN(Text) - CursorPosition)
> END IF
> END IF
> :
> CursorPosition = CursorPosition + 1
> :
> ELSEIF a <> CHR$(13) THEN
> :
> BEEP
> :
> END IF
<snip>
http://members.aol.com/chriscrylex/euphoria.htm
http://uboard.proboards32.com/
http://members.aol.com/chriscrylex/EUSQLite/eusql.html
3. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by Vincent <darkvincentdude at yahoo.com> Jan 17, 2006
- 616 views
Chris Burch wrote: > Why? I haven't used QBASIC for 20 years. There you go.I'm comfused at why Lynn would be using such old programming technology in 2006! I mean considering that there is a newer generation of Visual Basic and .NET tools offered by Microsoft. Qbasic has not been supported for a good decade I think, and is virtually dead today. In fact, the operating system it was designed to run on is also dead. We have a buggy emulation of it now (if that) which is only suitable for toying around, running ancient software, or developing batch file scripts. If Lynn went into a chatroom with discussion about modern programming, they'd quickly laugh when they discover how enthusatstic Lynn is about ancient Qbasic! No affense Lynn. Regards, Vincent
4. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by Jason Gade <jaygade at yahoo.com> Jan 17, 2006
- 614 views
Vincent wrote: > > Chris Burch wrote: > > > Why? I haven't used QBASIC for 20 years. > > There you go.
5. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by Chris Burch <chriscrylex at aol.com> Jan 17, 2006
- 621 views
Copy, paste and run
-- Extremely Simple Text-mode Dialogs -- ----------------------------------------
modified to be dual platform CM Burch (29/12/04)
include graphics.e color names include dll.e include wildcard.e include misc.e include get.e
without warning
constant COLORS = 1, FGND = 1, BKGND = 2, box structure COORDS = 2, ROW = 1, COL = 2, SIZE = 3, HEIGHT = 1, WIDTH = 2, MINH = 4, MINW = 8, STYLE = 4, SHADOW = 5, HINT = 6, HINTCOLORS = 7, BUFFER = 8
global integer SGL, DBL, DHL, DVL, NONE, up, dn, left, right, ENTER, ESC, SP, pgup, pgdn, home, endd, insert, bksp, del, tab, F1, F2, F3, F4, F5, F6, F7, F8, F9, F10, F11, F12
global sequence Lines, Divider, Shadow global integer TL, HL, TR, VL, BL, BR global sequence ENV ENV = "Windows"
tab = '\t' TL = 1 HL = 2 TR = 3 VL = 4 BL = 5 BR = 6
if platform() = LINUX then SGL = 1 DBL = 2 DHL = 3 DVL = 4 NONE = 5 border styles
these have been changed from the 'graphic' character set Lines = {{'+','-','+','|','+','+'}, single line borders {'+','-','+','|','+','+'}, double line borders {'+','-','+','|','+','+'}, double horizontal {'+','-','+','|','+','+'}, double vertical {' ',' ',' ',' ',' ',' '} } none
Divider = {{'+','-','+'}, single style divider line {'+','-','+'}, {'+','-','+'}, double horizontal {'+','-','+'}, {' ',' ',' '}}
Shadow = {' ',' ',' '} 3 different shadow backgrounds
ENV = getenv("TERM") if match(upper(ENV), "XTERM") = -10 then set to -10 to ignore it for now
Divider = {{195,196,180}, single style divider line {204,205,185}, {198,205,181}, double horizontal {199,196,182}, {' ',' ',' '}}
Shadow = {176,177,178} 3 different shadow backgrounds end if
else SGL = 1 DBL = 2 DHL = 3 DVL = 4 NONE = 5 border styles
have to work out codes for lines
Divider = {{195,196,180}, single style divider line {204,205,185}, {198,205,181}, double horizontal {199,196,182}, {' ',' ',' '}}
Shadow = {176,177,178} 3 different shadow backgrounds
end if
global atom SCREEN_BKGND SCREEN_BKGND = BLACK
global atom LIST_KEY
global sequence DefaultBox DefaultBox = {{BRIGHT_WHITE,BLUE}, default colors {1,1}, coordinates top left corner {5,10}, box size SGL, single line border 1, light shadow "Press any key...", hint text {GREEN,BLACK}, hint colors {}} buffer for save screen
to accomodate usage in xterm or konsole that hasn't been set to 25 lines
vid_conf = video_config() SCREEN_LINES = vid_conf[VC_LINES] SCREEN_COLS = vid_conf[VC_COLUMNS]
global procedure printat(sequence coords, sequence text)
position(coords[1],coords[2]) puts(1,text) end procedure
global procedure printcolor(sequence coords, sequence colors, sequence text)
text_color(colors[1]) bk_color(colors[2]) printat(coords,text) end procedure
global function limit (atom n, sequence limits)
if n < limits[1] then n = limits[1] elsif n > limits[2] then n = limits[2] end if return n end function
global function pad (sequence s, atom width)
while length(s) < width do s = s & ' ' end while return s end function
global function delete (sequence s, atom loc, atom len)
return s[1..loc-1] & s[loc+len..length(s)] end function
global function Fdialogs_rts(sequence str)
x = length(str) if x = 0 then return "" end if
while str[x] = 32 or str[x] = '\n' or str[x] = 0 or str[x] = '\t' do x = x-1 if x <= 1 then exit end if end while
if x < 1 then x = 1 end if str = str[1..x]
if length(str) = 1 and (str[1] = 32 or str[1] = ENTER) then str = "" end if
return str end function
procedure MoveCursor(sequence coords)
position(coords[ROW],coords[COL]) end procedure
function SaveBkgnd(object box)
cursor(NO_CURSOR) box[COORDS] = get_position()
MoveCursor(box[COORDS])
see the global defs at the top for characters for boxes.
global function PlainBox(sequence box)
almost the same as display box, but no title area
sequence topline, botline, midline, divline, rshad, bshad, char atom row, col, x, y box = SaveBkgnd(box) row = box[COORDS][ROW] col = box[COORDS][COL] x = box[SIZE][WIDTH] y = box[SIZE][HEIGHT] text_color(box[COLORS][FGND]) bk_color(box[COLORS][BKGND]) cursor(NO_CURSOR)
grab the area to be shadowed:
select the border style to use: char = Lines[box[STYLE]]
draw the borders: printat({row,col}, topline) for i = 1 to y do printat({row+i,col}, midline) end for
MoveCursor(box[COORDS]) restore cursor to start cursor(UNDERLINE_CURSOR) return box
end function
global function DisplayBox(sequence box)
sequence topline, botline, midline, divline, rshad, bshad, char atom row, col, x, y box = SaveBkgnd(box) row = box[COORDS][ROW] col = box[COORDS][COL] x = box[SIZE][WIDTH] y = box[SIZE][HEIGHT] text_color(box[COLORS][FGND]) bk_color(box[COLORS][BKGND]) cursor(NO_CURSOR)
grab the area to be shadowed:
select the border style to use: char = Lines[box[STYLE]]
build the borders: topline = char[TL] & repeat(char[HL],x) & char[TR] botline = char[BL] & repeat(char[HL],x) & char[BR] midline = char[VL] & repeat(' ',x) & char[VL] char = Divider[box[STYLE]] divline = char[1] & repeat(char[2],x) & char[3]
draw the shadows:
MoveCursor(box[COORDS]) restore cursor to start cursor(UNDERLINE_CURSOR) return box end function
global procedure SetColors(atom fgnd, atom bkgnd)
DefaultBox[COLORS] = {fgnd,bkgnd} end procedure
global procedure SetSize(atom rows, atom cols)
DefaultBox[SIZE] = {rows,cols} end procedure
global procedure SetStyle(atom style)
DefaultBox[STYLE] = style end procedure
global procedure SetHint(sequence hint)
DefaultBox[HINT] = hint end procedure
global procedure DisplayHint(sequence hint)
printcolor({SCREEN_LINES,2},DefaultBox[HINTCOLORS],repeat(' ',78)) printcolor({SCREEN_LINES,3},DefaultBox[HINTCOLORS],hint) end procedure
procedure DisplayList(sequence coords, sequence colors, sequence list, atom default)
for i = 1 to length(list) do if i = default then printcolor(coords+{i,0},{colors[2],colors[1]},list[i]) else printcolor(coords+{i,0},colors,list[i]) end if end for end procedure
global function GenericBox (sequence title, sequence msg)
object msgbox msgbox = DefaultBox
object box box = GenericBox(title,msg) end procedure
global procedure Notify (sequence title, sequence msg)
object box box = GenericBox(title,msg) DisplayHint( "Press any key...") while get_key() = -1 do
object box, hilite atom key, selection integer offset
offset = 0 if length(title) > 0 then offset = 2 else offset = 0 end if
box = GenericBox(title,items) DisplayHint( "Select with up/dn arrows - press enter - esc to cancel" ) key = -1 selection = default cursor(NO_CURSOR)
DisplayList(box[COORDS]+{offset,1},box[COLORS],items,selection) while key != ENTER do key = upper(get_key()) if key >= 'A' and key <= 'Z' then for i = selection to length(items) do if items[i][1] = key then selection = i exit end if end for end if
if key = up then selection = limit(selection - 1,{1,length(items)}) elsif key = dn then selection = limit(selection + 1,{1,length(items)}) elsif key = pgup then selection = 1 elsif key = pgdn then selection = length(items) elsif key = left then key = 27 elsif key = right then key = 13 elsif key = ESC then selection = -1 exit end if if key != -1 then DisplayList(box[COORDS]+{offset,1},box[COLORS],items,selection) end if end while RestoreBkgnd(box) cursor(UNDERLINE_CURSOR) return selection end function
global function CheckBox(sequence title, sequence items)
object box, selecteditems atom key, selection for i = 1 to length(items) do items[i] = "[ ] "&items[i] end for box = GenericBox(title,items) DisplayHint("Select with up/dn arrows, toggle with spacebar, enter when finished") key = -1 selection = 1 MoveCursor(box[COORDS]+{selection+2,2}) while key != 13 do key = get_key() if key != -1 then MoveCursor(box[COORDS]+{selection+2,2}) end if if key = SP then if items[selection][2] = 'X' then items[selection][2] = ' ' else items[selection][2] = 'X' end if printcolor(box[COORDS]+{selection+2,1},box[COLORS],items[selection]) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = up then selection = limit(selection - 1,{1,length(items)}) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = dn then selection = limit(selection + 1,{1,length(items)}) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = ENTER then exit end if end while selecteditems = {} for i = 1 to length(items) do if items[i][2] = 'X' then selecteditems = append(selecteditems,items[i][5..length(items[i])]) end if end for return selecteditems end function
global function RadioBox(sequence title, sequence items)
object box, selecteditems atom key, selection for i = 1 to length(items) do items[i] = "( ) "&items[i] end for box = GenericBox(title,items) DisplayHint("Select with up/dn arrows, toggle with spacebar, enter when finished") key = -1 selection = 1 MoveCursor(box[COORDS]+{selection+2,2}) while key != 13 do key = get_key() if key = SP then if items[selection][2] = 'X' then items[selection][2] = ' ' else items[selection][2] = 'X' printcolor(box[COORDS]+{selection+2,1},box[COLORS],items[selection]) end if for i = 1 to length(items) do if i != selection then items[i][2] = ' '
global function RadioBox_def(sequence title, sequence items, integer def)
object box, selecteditems atom key, selection
if def > length(items) then def = 1 end if
for i = 1 to length(items) do if def != i then items[i] = "( ) "&items[i] else items[i] = "(X) "&items[i] end if end for box = GenericBox(title,items) DisplayHint("Select with up/dn arrows, toggle with spacebar, enter when finished") key = -1 selection = 1 MoveCursor(box[COORDS]+{selection+2,2}) while key != 13 do key = get_key() if key = SP then if items[selection][2] = 'X' then items[selection][2] = ' ' else items[selection][2] = 'X' printcolor(box[COORDS]+{selection+2,1},box[COLORS],items[selection]) end if for i = 1 to length(items) do if i != selection then items[i][2] = ' ' reset all buttons printcolor(box[COORDS]+{i+2,1},box[COLORS],items[i]) end if end for printat(box[COORDS]+{selection+2,1},items[selection]) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = up then selection = limit(selection - 1,{1,length(items)}) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = dn then selection = limit(selection + 1,{1,length(items)}) MoveCursor(box[COORDS]+{selection+2,2}) elsif key = ENTER or key = ESC then exit end if end while selecteditems = {} for i = 1 to length(items) do if items[i][2] = 'X' then selecteditems = append(selecteditems,items[i][5..length(items[i])]) end if end for return selecteditems end function
global function ListBox(sequence title, sequence items, atom start)
object box atom key, current, fini, max, itemcount box = GenericBox(title,"") key = -1 current = 1 itemcount = length(items) max = box[SIZE][1] - 3 for i = 1 to itemcount do items[i] = pad(items[i],box[SIZE][2]) end for fini = itemcount fini = limit(fini,{1,itemcount}) fini = limit(fini,{fini,max}) cursor(NO_CURSOR) DisplayList(box[COORDS]+{2,1},box[COLORS],items[start..fini],start) while key != 27 do key = get_key() if key = ESC then exit elsif key = ENTER then exit elsif key = up then current = limit(current - 1,{1,itemcount}) if current < start then start = limit(start - 1,{1,itemcount}) fini = start + max - 1 end if DisplayList(box[COORDS]+{2,1},box[COLORS],items[start..fini],current-start+1)
elsif key = dn then current = limit(current + 1,{1,itemcount}) if current > fini then fini = limit(fini + 1,{1,itemcount}) start = fini - max + 1 end if DisplayList(box[COORDS]+{2,1},box[COLORS],items[start..fini],current-start+1) end if end while cursor(UNDERLINE_CURSOR) return items[current] end function
object box atom key, current, fini, max, itemcount,start, list_start_pos
if length(title) > 0 then list_start_pos = 2 else list_start_pos = 0 end if
itemcount = length(items) max = box[SIZE][1] - (1 + list_start_pos) sets max size of list for i = 1 to itemcount do items[i] = pad(items[i],box[SIZE][2]) end for fini = itemcount fini = limit(fini,{1,itemcount}) fini = limit(fini,{fini,max}) cursor(NO_CURSOR)
simulate key down until get to selected item if selected <= itemcount then while current != selected do current = limit(current + 1,{1,itemcount}) cur_sel = current if current > fini then fini = limit(fini + 1,{1,itemcount}) start = fini - max + 1 end if end while end if
DisplayList(box[COORDS]+{2,1},box[COLORS],items[start..fini],start) DisplayList(box[COORDS]+{list_start_pos,1},box[COLORS],items[start..fini],current-start+1) while key != 27 do LIST_KEY = 0 key = get_key() if key = ESC then cur_sel = -1 exit elsif key = ENTER or key = left or key = right then LIST_KEY = key exit elsif key = up then current = limit(current - 1,{1,itemcount}) cur_sel = current if current < start then start = limit(start - 1,{1,itemcount}) fini = start + max - 1 end if DisplayList(box[COORDS]+{list_start_pos,1},box[COLORS],items[start..fini],current-start+1)
elsif key = dn then current = limit(current + 1,{1,itemcount}) cur_sel = current if current > fini then fini = limit(fini + 1,{1,itemcount}) start = fini - max + 1 end if DisplayList(box[COORDS]+{list_start_pos,1},box[COLORS],items[start..fini],current-start+1)
elsif key > 31 and key <129 then LIST_KEY = key exit end if end while cursor(UNDERLINE_CURSOR)
return cur_sel end function
global function Input (sequence title, sequence prompt, sequence default)
sequence result, pcoords, icoords, box atom key,i,imax, imode, max box = GenericBox(title,prompt) pcoords = get_position() icoords = pcoords max = length(default) printcolor(icoords,{box[COLORS][2],box[COLORS][1]},default)
if imode then i = limit(i+1,{1,max}) result[i] = key else result = result[1..i] & key & result[i+1..length(result)] result = result[1..max] i = limit(i+1,{1,max}) end if end if printcolor(icoords,{box[COLORS][2],box[COLORS][1]},result) position(icoords[1],icoords[2]+i) end if end while RestoreBkgnd(box) return result end function
global procedure Progress(sequence title, sequence msg, atom percent)
object box, pbar box = GenericBox(title,{msg}) pbar = repeat(' ',box[SIZE][COL] - 4) MoveCursor(box[COORDS]+{5,2}) puts(1,pbar) pbar = repeat('#',length(pbar) * percent * .01) MoveCursor(box[COORDS]+{5,2}) puts(1,pbar) end procedure
global procedure Delay(atom sec)
object start, fini start = time() fini = start + sec while time() < fini do end while end procedure
global integer WORD_WRAP WORD_WRAP = 0
function wrap_fields(sequence field_buffers, integer current_field, object overflow)
sequence lfb, temp_word integer posn_in_field
lfb = repeat({}, length(field_buffers) ) posn_in_field = 0
record the length of each of the field_buffers for i = 1 to length(field_buffers) do lfb[i] = length(field_buffers[i]) end for
work forwards from current_field to end for i = current_field to length(field_buffers) do
overflow = Fdialogs_rts(overflow) if length(overflow) = 0 then exit else if i < length(field_buffers) then field_buffers[i+1] = overflow & " " & field_buffers[i+1] append(overflow, field_buffers[i+1]) overflow = field_buffers[i+1][ lfb[i+1]+1 ..$ ] field_buffers[i+1] = field_buffers[i+1][1..lfb[i+1]] end if overflow = Fdialogs_rts(overflow) if length(overflow) = 0 then exit end if
end if
end for
return field_buffers end function
global function Form(sequence title, sequence fields)
pcoords = get_position()
str = {} overflow = 0 have_wrapped = 0
calculate number of lines (1 line = 1 label + 1 field) field_count = length(fields) lines = field_count/3
set box size if length(title) > 0 then size_x = lines+3 offset = 3 else size_x = lines+1 offset = 1 end if
fill in any defaults for i = 1 to lines do if length(fields[((i-1)*3)+2]) > 0 then for k = 1 to length(fields[((i-1)*3)+2]) do if k > length(field_buffers[i]) then exit end if field_buffers[i][k] = fields[((i-1)*3)+2][k] end for end if end for
create box box = GenericBox(title, {})
for i = 1 to lines do printcolor(box[COORDS]+{offset+i-1, 1}, {box[COLORS][1], box[COLORS][2]},labels[i]) printcolor(box[COORDS]+{offset+i-1, 1+start_field}, {WHITE, BLACK}, field_buffers[i]) end for
input loop key = 0 current_field = 1 curs_posn = 1 imode = 1 if WORD_WRAP = 1 then printcolor(box[COORDS]+{offset+lines, 1}, {WHITE, BLACK}, "ovr") end ifwhile key != ESC do key = get_key() if key > 0 then
if key = right then curs_posn += 1 if curs_posn > length(field_buffers[current_field]) then curs_posn -= 1 end if elsif key = left then curs_posn -= 1 if curs_posn < 1 then curs_posn = 1 end if elsif key = up then current_field -= 1 if current_field < 1 then current_field = 1 end if if curs_posn > length(field_buffers[current_field]) then curs_posn = 1 end if elsif key = dn then current_field += 1 if current_field > lines then current_field = lines end if if curs_posn > length(field_buffers[current_field]) then curs_posn = 1 end if elsif key = insert then imode = not(imode) if imode = 1 then cursor(BLOCK_CURSOR) else cursor(UNDERLINE_CURSOR) end if if imode then printcolor(box[COORDS]+{offset+lines, 1}, {WHITE, BLACK}, "ovr") else printcolor(box[COORDS]+{offset+lines, 1}, {WHITE, BLACK}, "ins") end if elsif key = ENTER then current_field += 1 if current_field > lines then exit end if curs_posn = 1 elsif key = home then current_field = 1 curs_posn = 1 elsif key = bksp then if curs_posn = 1 then field_buffers[current_field] = field_buffers[current_field][2..$] & ' ' else field_buffers[current_field] = field_buffers[current_field][1..curs_posn-2] & field_buffers[current_field][curs_posn..$] & ' ' end if curs_posn -= 1 if curs_posn < 1 then curs_posn = 1 end if elsif key > 31 and key <129 then if WORD_WRAP = 0 then if imode then ovr field_buffers[current_field][curs_posn] = key else ins if curs_posn = 1 then field_buffers[current_field] = key & field_buffers[current_field][1..$-1] else field_buffers[current_field] = field_buffers[current_field][1..curs_posn-1] & key & field_buffers[current_field][curs_posn..$-1] end if end if curs_posn += 1 if curs_posn > length(field_buffers[current_field]) then curs_posn -= 1 end if else word wrap is turned on
next line current_field += 1 if current_field > lines then exit end if
cursor for i = 1 to length(field_buffers[current_field]) do if field_buffers[current_field][i] = ' ' then curs_posn = i exit end if end for
end if
redisplay entire form if have word wrapped if have_wrapped then for i = 1 to lines do printcolor(box[COORDS]+{offset+i-1, 1+start_field}, {WHITE, BLACK}, field_buffers[i]) end for have_wrapped = 0 end if
else length of str is < than length field_buffer
print current field printcolor(box[COORDS]+{offset+current_field-1, 1+start_field}, {WHITE, BLACK}, field_buffers[current_field]) position(box[COORDS][1] + offset+current_field-1, box[COORDS][2] + curs_posn+start_field)
end if end while
clear the box SetSize(size_x, size_y) position(pcoords[1],pcoords[2]) SetColors(SCREEN_BKGND, SCREEN_BKGND) cur_style = DefaultBox[STYLE] DefaultBox[STYLE] = 5 box = GenericBox({}, {}) DefaultBox[STYLE] = cur_stylereturn field_buffers end function
global function Form_old(sequence title, sequence fields)
sequence result, box, field_coords, pcoords, input_field integer j, lines, field_count, size_x, size_y, start_field integer max_field_length, current_field, curs_posn, offset atom key, cur_style, field_change, imode key =0 field_change = 0
result = {} pcoords = get_position()
calculate number of lines (1 line = 1 label + 1 field) field_count = length(fields) lines = field_count/3
set box size if length(title) > 0 then size_x = lines+3 offset = 3 else size_x = lines+1 offset = 1 end if
create labels & fields for i = 1 to field_count by 3 do printcolor(box[COORDS]+{offset+i/3, 1}, {box[COLORS][1], box[COLORS][2]},fields[i]) input_field = repeat(' ', fields[i+2]) printcolor(box[COORDS]+{offset+i/3, 1+start_field}, {WHITE, BLACK}, input_field) printat(box[COORDS]+{offset+i/3, 1+start_field}, fields[i+1])
position cursor in 1st entry field, and start entry loop current_field = 1 remember, sets of 3! curs_posn = 1 imode = 1 start on overwrite MoveCursor(box[COORDS]+{offset+current_field/3, 1+start_field})
while length(input_field) < 3 do input_field = input_field & ' ' end while
while key != ESC do key = get_key() if key > 0 then do nothing if no key pressed - faster key scanning, and cursor flashing
if key = dn or key = ENTER then field_change = 1 write out buffer fields[current_field+1] = input_field current_field = current_field+3 if current_field > field_count then current_field = current_field-3 if key = ENTER then exit end if end if input_field = fields[current_field+1] if length(input_field) < 3 then input_field = input_field & " " end if
elsif key = up then field_change = 1 write out buffer fields[current_field+1] = input_field current_field = current_field-3 if current_field < 0 then current_field = current_field+3 end if input_field = fields[current_field+1] if length(input_field) < 3 then input_field = input_field & " " end if
elsif key = home then current_field = 1 field_change = 1
elsif key = right then curs_posn = curs_posn + 1 if curs_posn > fields[current_field+2] then curs_posn = curs_posn - 1 end if
elsif key = left then curs_posn = curs_posn - 1 if curs_posn = 0 then curs_posn = 1 end if
elsif key = bksp then if curs_posn > 1 then and curs_posn <= length(input_field) then if length(input_field) < curs_posn then while length(input_field) < curs_posn do input_field = input_field & ' ' end while end if curs_posn = curs_posn -1 input_field = input_field[1..curs_posn-1] & input_field[curs_posn+1..length(input_field)] & ' ' end if
elsif key = insert then imode = not(imode) if imode = 1 then cursor(BLOCK_CURSOR) else cursor(UNDERLINE_CURSOR) end if
elsif key > 31 and key <129 then if imode then if curs_posn > length(input_field) then curs_posn = length(input_field)+1 input_field = input_field & key elsif curs_posn > length(input_field) and WORD_WRAP = 1 then move to the next field, taking the last word into the next field else input_field[curs_posn] = key end if curs_posn = curs_posn +1 else input_field = input_field[1..curs_posn-1] & key & input_field[curs_posn .. length(input_field)] curs_posn = curs_posn +1 if length(input_field) > fields[current_field+2] then input_field = input_field[1..fields[current_field+2]] end if
end if if curs_posn > fields[current_field+2] then curs_posn = curs_posn - 1 end if end if
if field_change = 1 then field_change = 0 MoveCursor(box[COORDS]+{offset+current_field/3, 1+start_field}) curs_posn = 1
end if
refresh the current field printcolor(box[COORDS]+{offset+current_field/3, 1+start_field}, {WHITE, BLACK}, input_field)
end while
write out last field fields[current_field+1] = input_field
for i =2 to field_count by 3 do result = append(result, fields[i] ) end for
return result
end function
global constant MF_TEXT = 1, MF_CHECK = 2, MF_LABEL = 3, MF_DROPLIST = 4, MF_BUTTON = 5
global procedure draw_MF(sequence title, sequence form_colors, integer form_row, integer form_col, sequence fields)
result = {} blank = {}
create box SetColors(form_colors[1], form_colors[2]) position(form_row, form_col) box = GenericBox(title, {})
for i = 1 to length(fields) do
labels if fields[i][1] = MF_LABEL then text entries if fields[i][1] = MF_TEXT then blank = repeat(' ', fields[i][4]) if length(fields[i][5]) > fields[i][4] then fields[i][5] = fields[i][5][1..fields[i][4]] end if printcolor({form_row + fields[i][2], form_col + fields[i][3]}, {BRIGHT_WHITE, BLACK}, blank) printcolor({form_row + fields[i][2], form_col + fields[i][3]}, {BRIGHT_WHITE, BLACK}, fields[i][5]) end if
check boxes if fields[i][1] = MF_CHECK then position(form_row + fields[i][2], form_col + fields[i][3]) printcolor({form_row + fields[i][2], form_col + fields[i][3]}, form_colors, "[ ] " & fields[i][5]) if fields[i][4] = 1 then position(form_row + fields[i][2], form_col + fields[i][3] + 1) puts(1, "X") end if end if
button if fields[i][1] = MF_BUTTON then
end for
end procedure
global function mf_text(sequence field, sequence form_colors, integer form_row, integer form_col)
sequence return_val, buffer, blank integer max_length, curs_posn atom c
return_val = {{}, 0} field[5] = Fdialogs_rts(field[5]) max_length = field[4] blank = repeat(' ', max_length) buffer = blank curs_posn = length(field[5]) + 1
if curs_posn > max_length then curs_posn = max_length end if if curs_posn = 0 then curs_posn = 1 end if
transfer field text to buffer if length(field[5]) > 0 then for i = 1 to max_length do if i > length(buffer) or i > length(field[5]) then exit end if buffer[i] = field[5][i]
while 1 do c = get_key() if c > 0 then if c = ENTER then return_val[2] = ENTER return_val[1] = buffer exit elsif c = ESC then return_val[2] = ESC return_val[1] = buffer exit elsif c = dn then return_val[2] = dn return_val[1] = buffer exit elsif c = up then return_val[2] = up return_val[1] = buffer exit elsif c = bksp then if curs_posn <= length(buffer) then buffer[curs_posn] = ' ' end if curs_posn -= 1 if curs_posn < 1 then curs_posn = 1 end if buffer[curs_posn] = ' ' printcolor({form_row + field[2], form_col + field[3]}, {BRIGHT_WHITE, BLACK}, buffer) position(form_row + field[2], form_col + field[3] + curs_posn -1 ) elsif c = right then curs_posn += 1 if curs_posn > length(buffer) then curs_posn -= 1 end if position(form_row + field[2], form_col + field[3] + curs_posn -1 ) elsif c = left then curs_posn -= 1 if curs_posn < 1 then curs_posn = 1 end if position(form_row + field[2], form_col + field[3] + curs_posn -1 ) elsif (c >= 'a' and c <= 'z') or (c >= 'A' and c <= 'Z') or (c
field[5] = Fdialogs_rts(buffer) return_val[1] = field
return return_val end function
global function mf_check(sequence field, sequence form_colors, integer form_row, integer form_col)
sequence return_val atom c
return_val = {{}, 0}
set cursor position position(form_row + field[2], form_col + field[3] + 1)
while 1 do c = get_key() if c > 0 then if c = dn or c = right then return_val[2] = dn exit elsif c = up or c = left then return_val[2] = up exit elsif c = ' ' or c = ENTER then field[4] = (field[4] - 1) * -1 if field[4] = 1 then printcolor({form_row + field[2], form_col + field[3] + 1}, form_colors, "X") else printcolor({form_row + field[2], form_col + field[3] + 1}, form_colors, " ") end if position(form_row + field[2], form_col + field[3] + 1) elsif c = ESC then return_val[2] = c exit end if end if end while
return_val[1] = field
return return_val end function
global function mf_droplist(sequence field, sequence form_colors, integer form_row, integer form_col)
sequence return_val, blank atom c integer orig
blank = {} return_val = {{}, 0} set cursor position position(form_row + field[2], form_col + field[3])
while 1 do c = get_key() if c > 0 then if c = ESC then return_val[2] = ESC exit elsif c = up then return_val[2] = up exit elsif c = dn then return_val[2] = dn exit elsif c = ' ' or c = ENTER then position(form_row + field[2], form_col + field[3]) SetSize(field[5], field[4]) SetColors(BLACK, WHITE) orig = field[7] field[7] = ListBoxIndex("", field[6], field[7]) if field[7] = -1 then field[7] = orig end if exit end if end if end while
return_val[1] = field
return return_val end function
function mf_button(sequence field, sequence form_colors, integer form_row, integer form_col)
sequence return_val, blank atom c integer orig
blank = {} return_val = {{}, 0} set cursor position position(form_row + field[2], form_col + field[3])
the input cycle
if c = ESC then return_val[2] = ESC exit elsif c = up or c = left then return_val[2] = up exit elsif c = dn or c = right then return_val[2] = dn exit elsif c = ENTER then return_val[2] = ENTER oh, what the hell, flash the button again! printcolor( {form_row + field[2], form_col + field[3] }, {WHITE, RED}, blank ) Delay(0.1) printcolor( {form_row + field[2], form_col + field[3] }, {form_colors[2], form_colors[1] }, blank ) exit elsif c > -1
6. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by "Lynn Kilroy" <leks_transportation at hotmail.com> Jan 17, 2006
- 631 views
{Laughs} I started oin an IBM PCjr 8088. People were showing off their
386's when I got the machine. I think the best machine I had for years was=
a 486, and I finally got a really old pentium someone tossed. Not a lot of=
money for software. If I'm supposed to ladel out a ton of money for
software, I'd want it to be something I really enjoy. Trainz comes to mind=
right away. Open TTD, but, that's freeware.
I've been coding in QB for years. I've always wanted to learn something=
new, but every time I tried, I was told that to learn, say, C, I had to
learn super sophiisticated FOIL and stuff. I was also told that I needed t=
o
understand super abstract stuff, and since my coding is focused more on app=
s
and simple games {I wanna' write a remake of OMF2097, which is the best
fighting game ever, because rather than give you hundreds of thousands of=
fighters to choose from, they allowed you to configure your own}, I never=
really needed anything else. Then I went to send a friend a game I wrote,=
and they couldn't run it. Mebbe it's time for a change? {Giggles}
Love & Friendship & Blessed Be!
Lynn Erika Kilroy
>From: Vincent <guest at RapidEuphoria.com>
>Reply-To: EUforum at topica.com
>To: EUforum at topica.com
>Subject: Re: Structured Programming: QB IS STRUCTURED!!!
>Date: Tue, 17 Jan 2006 09:14:00 -0800
>
>
>posted by: Vincent <darkvincentdude at yahoo.com>
>
>Chris Burch wrote:
>
> > Why? I haven't used QBASIC for 20 years.
>
>There you go.
>
>I'm comfused at why Lynn would be using such old programming technology in=
>2006! I mean considering that there is a newer generation of Visual Basic=
>and .NET tools offered by Microsoft. Qbasic has not been supported for a=
>good decade I think, and is virtually dead today. In fact, the operating=
>system it was designed to run on is also dead. We have a buggy emulation o=
f
>it now (if that) which is only suitable for toying around, running ancient=
>software, or developing batch file scripts.
>
>If Lynn went into a chatroom with discussion about modern programming,
>they'd quickly laugh when they discover how enthusatstic Lynn is about
>ancient Qbasic!
>
>No affense Lynn.
>
>
>Regards,
>Vincent
>
>
>
>
7. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by D. Newhall <derek_newhall at yahoo.com> Jan 18, 2006
- 633 views
Vincent wrote: > > Chris Burch wrote: > > > Why? I haven't used QBASIC for 20 years. > > There you go.
8. Re: Structured Programming: QB IS STRUCTURED!!!
- Posted by Juergen Luethje <j.lue at gmx.de> Jan 20, 2006
- 654 views
D. Newhall wrote: <snip> > I almost recently bought > the QBasic version of "Numerical Recipes" off Amazon since my dept. at work > lost our Fortran version (I ended up not buying it after finding a co-worker > who had the C edition). <snip> Just in case you didn't know ...The book "Numerical Recipes in C" is also _freely_ available online here: http://www.library.cornell.edu/nr/cbookcpdf.html Regards, Juergen
