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Okay, added Steve's suggestions and Mark's REM option.
Code: (Select All) PRINT "Line count analysis...": PRINT
DO
LINE INPUT "Count statements beginning with REM or ' as a line? [Y] / [N]: "; rem_ans$: PRINT
rem_ans$ = UCASE$(rem_ans$)
IF INSTR("YN", rem_ans$) THEN EXIT DO
LOOP
PRINT "Press [1] to parse all colons or [2] the exclude colons after an IF statement.": PRINT
DO
_LIMIT 30
b$ = INKEY$
IF LEN(b$) THEN
SELECT CASE b$
CASE CHR$(27): SYSTEM
CASE "1": myopt = 3: PRINT "Parsing all significant colons...": PRINT
CASE "2": myopt = 4: PRINT "Parsing all significant colons not used in IF/THEN one line statements.": PRINT
END SELECT
IF myopt THEN EXIT DO
END IF
LOOP
_KEYCLEAR
x$ = _CLIPBOARD$
IF RIGHT$(x$, 2) <> CHR$(13) + CHR$(10) THEN x$ = x$ + CHR$(13) + CHR$(10) ' Compensates for 1-line no return Notepad copy.
DO
' parse clipboard
statement$ = _TRIM$(UCASE$(MID$(x$, 1, INSTR(x$, CHR$(13)) - 1)))
x$ = MID$(x$, INSTR(x$, CHR$(10)) + 1)
DO
IF RIGHT$(RTRIM$(statement$), 1) = "_" THEN ' Combined statement.
statement$ = statement$ + UCASE$(MID$(x$, 1, INSTR(x$, CHR$(13)) - 1))
x$ = MID$(x$, INSTR(x$, CHR$(10)) + 1)
program_ide_lines = program_ide_lines + 1
ELSE
EXIT DO
END IF
LOOP
IF LEN(_TRIM$(statement$)) THEN
program_ide_lines = program_ide_lines + 1
FOR i = 1 TO myopt
SELECT CASE i
CASE 1: mychr$ = CHR$(34)
CASE 2: mychr$ = "'"
CASE 3: mychr$ = "REM "
CASE 4: mychr$ = " THEN "
END SELECT
SELECT CASE i
CASE 1 ' Double polling for enclosed quotes.
DO UNTIL INSTR(statement$, mychr$) = 0
IF INSTR(statement$, mychr$) THEN
statement$ = MID$(statement$, 1, INSTR(statement$, mychr$) - 1) + MID$(statement$, INSTR(INSTR(statement$, mychr$) + 1, statement$, mychr$) + 1)
END IF
LOOP
CASE ELSE
DO UNTIL INSTR(statement$, mychr$) = 0
IF INSTR(statement$, mychr$) THEN
IF myopt = 3 THEN IF rem_ans$ = "N" THEN IF MID$(statement$, 1, 4) = "REM " OR LEFT$(statement$, 1) = "'" THEN linecnt = linecnt - 1: real_line_cnt = real_line_cnt - 1
statement$ = MID$(statement$, 1, INSTR(statement$, mychr$) - 1)
END IF
LOOP
END SELECT
NEXT
IF RIGHT$(RTRIM$(statement$), 1) = ":" THEN statement$ = MID$(RTRIM$(statement$), 1, LEN(RTRIM$(statement$)) - 1)
' Parse significant single colons.
DO UNTIL INSTR(statement$, " ") = 0
statement$ = MID$(statement$, 1, INSTR(statement$, " ") - 1) + MID$(statement$, INSTR(statement$, " ") + 1)
LOOP
' Now look for double or multiple colons and remove them
DO UNTIL INSTR(statement$, "::") = 0
statement$ = MID$(statement$, 1, INSTR(statement$, ":") - 1) + MID$(statement$, INSTR(statement$, ":") + 1)
LOOP
' count colons.
seed% = 0: linecnt = linecnt + 1: real_line_cnt = real_line_cnt + 1
DO UNTIL INSTR(seed%, statement$, ":") = 0
seed% = INSTR(seed%, statement$, ":") + 1
real_line_cnt = real_line_cnt + 1
LOOP
ELSE
program_ide_lines = program_ide_lines + 1
END IF
LOOP UNTIL x$ = ""
IF rem_ans$ = "Y" THEN
PRINT "Program IDE lines ="; program_ide_lines; " Line count ="; linecnt; " Real line count ="; real_line_cnt
ELSE
PRINT "Program IDE lines ="; program_ide_lines; " Line count without remark lines ="; linecnt; " Real line count ="; real_line_cnt
END IF
Pete
Shoot first and shoot people who ask questions, later.
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10-23-2022, 01:51 AM
(This post was last modified: 10-23-2022, 03:27 AM by Pete.)
For fun, I also started something more compact using a slightly different approach...
Code: (Select All) DIM i AS _INTEGER64
x$ = UCASE$(_CLIPBOARD$)
IF RIGHT$(x$, 2) <> CHR$(13) + CHR$(10) THEN x$ = x$ + CHR$(13) + CHR$(10) ' Compensates for 1-line no return Notepad copy.
PRINT "Line count analysis...": PRINT
DO
LINE INPUT "Count statements beginning with REM or ' as a line? [Y] / [N]: "; rem_ans$: PRINT
rem_ans$ = UCASE$(rem_ans$)
IF INSTR("YN", rem_ans$) THEN EXIT DO
LOOP
PRINT "Press [1] to parse all colons or [2] the exclude colons after an IF statement.": PRINT
DO
_LIMIT 30
b$ = INKEY$
IF LEN(b$) THEN
SELECT CASE b$
CASE CHR$(27): SYSTEM
CASE "1": PRINT "Parsing all significant colons...": EXIT DO
CASE "2": myopt = -1: PRINT "Parsing all significant colons not used in IF/THEN one line statements.": EXIT DO
END SELECT
END IF
LOOP
PRINT
_KEYCLEAR
FOR i = 1 TO LEN(x$)
a$ = MID$(x$, i, 1)
'PRINT i; ASC(MID$(x$, i, 1)); MID$(x$, i, 1); " p1$ = "; parse1$; " p2$ = "; parse2$; " p3$ = "; parse3$: SLEEP
IF a$ = CHR$(13) OR a$ = CHR$(10) THEN
IF a$ = CHR$(10) THEN
c$ = "": parse1$ = "": parse2$ = "": parse3$ = "": ide_line_cnt = ide_line_cnt + 1
'PRINT s$, LEN(s$): SLEEP
IF LEN(s$) = 0 THEN blank_line_cnt = blank_line_cnt + 1
s$ = ""
END IF
ELSE
s$ = s$ + a$
c$ = c$ + a$
IF myopt THEN
IF c$ = "THEN " THEN IF parse1$ = "" AND parse2$ = "" THEN parse3$ = "off"
END IF
IF a$ = "'" OR c$ = "REM " THEN
IF parse1$ = "" AND parse2$ = "" THEN parse1$ = "off"
IF _TRIM$(s$) = _TRIM$(c$) THEN rem_lines = rem_lines + 1
END IF
IF a$ = " " THEN c$ = ""
IF parse1$ <> "off" THEN
IF a$ = CHR$(34) THEN IF parse1$ = "" AND parse3$ = "" THEN IF parse2$ = "off" THEN parse2$ = "" ELSE parse2$ = "off"
IF parse2$ <> "off" THEN
IF parse3$ <> "off" THEN
IF col$ = "on" THEN IF a$ <> " " AND a$ <> ":" THEN col$ = ""
IF a$ = ":" AND col$ = "" THEN col$ = "on": c_cnt = c_cnt + 1
END IF
END IF
END IF
END IF
IF a$ = "_" THEN IF MID$(x$, i + 1, 1) = CHR$(13) THEN IF parse1$ = "" AND parse2$ = "" AND parse3$ = "" THEN cont_lines = cont_lines + 1
NEXT
IF rem_ans$ = "Y" THEN
PRINT "IDE Lines ="; ide_line_cnt; " Statement Lines ="; ide_line_cnt - blank_line_cnt - cont_lines; " Real Lines ="; ide_line_cnt - blank_line_cnt - cont_lines + c_cnt
ELSE
PRINT "IDE Lines ="; ide_line_cnt; " Statement Lines Without Remark Lines ="; ide_line_cnt - blank_line_cnt - cont_lines - rem_lines; " Real Lines ="; ide_line_cnt - blank_line_cnt - cont_lines - rem_lines + c_cnt
END IF
Pete
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Hey guys, here's one...
Code: (Select All) $IF A THEN
foo1
foo2
foo3
$END IF
Any reason this block REM hack shouldn't be ignored?
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(10-23-2022, 04:31 AM)Pete Wrote: Hey guys, here's one...
Code: (Select All) $IF A THEN
foo1
foo2
foo3
$END IF
Any reason this block REM hack shouldn't be ignored?
Just the common sense idea that you're getting silly at this point.
$LET A = TRUE
$IF A THEN
'.....insert 100,000,000 line program
$END IF
If you ignore that $IF statement, then I just wrote a 1 line program!
If you're going to start testing the $IF condition, then... good luck with that! You'll be writing your own mini-language of definitions and comparisons and all that jazz!
After all, which lines do you count?
$IF A THEN
PRINT "foo"
X = 2
$ELSE
PRINT "mootoo"
Y = s
S = x
x = Y
$END IF
The $IF lines? The $ELSE lines? Neither? Both?
You're opening up a crazy can of worms trying to decide to count/not count $IF lines.
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10-23-2022, 05:23 AM
(This post was last modified: 10-23-2022, 05:24 AM by Pete.)
Yeah, I would rather punt on this bastard.
Code: (Select All) APPLE = 1
$IF APPLE = 1 THEN
PRINT "Pete"
add
add
$END IF
Does nothing, other than act as a block remark statement, but...
Code: (Select All) $LET APPLE = 1
$IF APPLE = 1 THEN
PRINT "Pete"
' add
' add
$END IF
Add in the $LET and now you have to rem out the "add" statements, because now the compiler will process it. So what a PITA to track down all $LET statements and marry them $IF/THENs.
Pete
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Well unless anyone else has anything missed to add, I think this cake is backed. I like method #2 best, but I haven't speed tested them. Too me, QB64 handles these types a text functions so fast, it really doesn't make much of a difference.
Now, if nothing more gets added, we just need some beta tests to see if anything can be broke or simply doesn't function as expected.
Pete
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10-23-2022, 06:03 AM
(This post was last modified: 10-23-2022, 06:04 AM by PhilOfPerth.)
I'm a bit bemused by all of this... why is it important to know how many lines it can be broken down into? Does this have a bearing on a programmes's speed, or usefulness, or memory-useage? Surely the file size and design can tell you what you need to know?
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10-23-2022, 06:10 AM
(This post was last modified: 10-23-2022, 06:15 AM by Pete.)
1) It's parsing, which makes it fun.
2) Practical use: Contests.
Once in a blue moon someone will put together a contest. Maybe write a pong game in 100 lines or less. Maybe even fewest lines wins. Anyway, colons make it possible to place many statements on a single line. Parsing out the colons, which serve that purpose, makes judging the actual lines used to code the program quantifiable.
Pete
Like I always say, "Don't take it parsenally!"
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Now what you need to work on is a QB64PE-Merge program which recursively loads all $INCLUDE files and then saves the whole program as a singular BAS file for total line count, quick reference, formatting, and debugging purposes. 
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(10-23-2022, 06:10 AM)Pete Wrote: 1) It's parsing, which makes it fun.
2) Practical use: Contests.
Once in a blue moon someone will put together a contest. Maybe write a pong game in 100 lines or less. Maybe even fewest lines wins. Anyway, colons make it possible to place many statements on a single line. Parsing out the colons, which serve that purpose, makes judging the actual lines used to code the program quantifiable.
Pete
Like I always say, "Don't take it parsenally!" Yep, now I get it.
I'll watch from the kiosk. 
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