Hi
Soon as possible i want to post some code
to work with matrices.
But now i want to test this code in
TestCnvDD1.zip.
Could you help ?
Thanks
Results on my P4 XP
-------------------
12345.678
12345.678
*** STOP ***
0 Real 0.0
112 cycles, GetStrLen -HIGH_PRIORITY_CLASS
124 cycles, szLen -HIGH_PRIORITY_CLASS
248 cycles, rep movsb -HIGH_PRIORITY_CLASS
78 cycles, mov eax -HIGH_PRIORITY_CLASS
181 cycles, CnvIDDtoRcl, _Integer4_1 -HIGH_PRIORITY_CLASS
177 cycles, CnvIDDtoRcl, _Integer4_2 -HIGH_PRIORITY_CLASS
175 cycles, IDDtoRclCnv, _Integer4_1 -HIGH_PRIORITY_CLASS
172 cycles, CnvIDDtoRcl+_RclBuf, _Integer4_1 -HIGH_PRIORITY_CLASS
175 cycles, IDDtoRclCnv+_RclBuf, _Integer4_1 -HIGH_PRIORITY_CLASS
116 cycles, DDtoRclCnv, _Dword_1 -HIGH_PRIORITY_CLASS
167 cycles, DDtoRclCnv, _Dword_2 -HIGH_PRIORITY_CLASS
109 cycles, CnvDDtoRcl, _Dword_1 -HIGH_PRIORITY_CLASS
119 cycles, DDtoRclCnv+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
108 cycles, CnvDQtoRcl+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
136 cycles, QwordRevCnv+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
123456
1100 cycles, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
-123.45678
1236 cycles, ConvertFloat4Z, _Real4_2 -HIGH_PRIORITY_CLASS
12345.678
************************
1077 cycles, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
************************
-123.45678
1215 cycles, ConvertFloat4ZX, _Real4_2 -HIGH_PRIORITY_CLASS
12345.678
1320 cycles, CnvFloat4ToRcl+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
1314 cycles, CnvFloat4ToRcl, _Real4_2 -HIGH_PRIORITY_CLASS
1228 cycles, CnvReal4ToRcl+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
1230 cycles, CnvReal4ToRcl, _Real4_2 -HIGH_PRIORITY_CLASS
1342 cycles, CnvFloat4ToStr+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
1344 cycles, CnvFloat4ToStr, _Real4_2 -HIGH_PRIORITY_CLASS
1342 cycles, CnvReal4ToStr+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
1340 cycles, CnvReal4ToStr, _Real4_2 -HIGH_PRIORITY_CLASS
*** END ***
Results from TestCnvDQ6.zip
Quote
2 cycles, LEA -REALTIME_PRIORITY_CLASS
1 cycles, ADD -REALTIME_PRIORITY_CLASS
96 cycles, CnvToRcl -REALTIME_PRIORITY_CLASS
55555
111 cycles, dwtoa -REALTIME_PRIORITY_CLASS
55555
1504 cycles, ConvertFloat8Z -REALTIME_PRIORITY_CLASS
12345.3456
2216 cycles, FloatToStr from MASM -REALTIME_PRIORITY_CLASS
12345.35
*** END ***
Celeron M :icon14:
Thanks Jochen
Results from
TestCnvDQ7.zip
note 1: ConvertFloat8Z and ConvertFloat8ZX uses the same
BCD method as used in FloatToStr from MASM
note 2: ConvertFloat8Z and ConvertFloat8ZX gives also
the
length of the string and the string is null terminated too.
They also remove the last zeros.
First SAMPLEQuote
1 cycles, LEA -REALTIME_PRIORITY_CLASS
1 cycles, ADD -REALTIME_PRIORITY_CLASS
96 cycles, CnvToRcl -REALTIME_PRIORITY_CLASS
55555
107 cycles, dwtoa -REALTIME_PRIORITY_CLASS
55555
1501 cycles, ConvertFloat8Z -REALTIME_PRIORITY_CLASS
12345.3456
2217 cycles, FloatToStr from MASM -REALTIME_PRIORITY_CLASS
12345.35
1098 cycles, ConvertFloat8ZX -REALTIME_PRIORITY_CLASS
12345.3456
*** END ***
Second SAMPLEQuote
1 cycles, LEA -REALTIME_PRIORITY_CLASS
1 cycles, ADD -REALTIME_PRIORITY_CLASS
95 cycles, CnvToRcl -REALTIME_PRIORITY_CLASS
55555
107 cycles, dwtoa -REALTIME_PRIORITY_CLASS
55555
1500 cycles, ConvertFloat8Z -REALTIME_PRIORITY_CLASS
12345.3456
2210 cycles, FloatToStr from MASM -REALTIME_PRIORITY_CLASS
12345.35
1102 cycles, ConvertFloat8ZX -REALTIME_PRIORITY_CLASS
12345.3456
*** END ***
Celeron D
:biggrin:
Many thanks to you vertograd to help me :t
:icon14:
But now i want to say something about this converters.
The logic behind each converter is this:
each one needs no more than 2 things:
1. a pointer to a dword or EAX (natural number32/integer32/real4)
a qword or EDX:EAX (natural number64/integer64/real8)
a tbyte. ( real10)
2. a pointer to a rcl string (dd behind the address)
or 0
which means: «use the internal rcl string and
return the address in EDI». This is why we see
...+_RclBuf -... or not
;)
I'm glad that I helped you :t
QuoteSoon as possible i want to post some code
I hope to see your new macros soon ;)
Quote from: vertograd on April 03, 2013, 07:19:15 PM
I'm glad that I helped you :t
QuoteSoon as possible i want to post some code
I hope to see your new macros soon ;)
the problem is this: i need to test it !
it's not macros but we can convert it to macros without any problems
Quote
note this: 126 views and only 2 positive answers from you and Jochen !
Here is
TestAll1.zip
Could you show here your results ?
Thanks
Here is my results in P4, XP sp3
Quote
**** Show DD data and test it **********
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP 1 ***
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP 2 ***
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP ***
2955 cycles, ConvertFloat4, _Real4_1, Save FPU & all CPU registers -HIGH_PRIORIT
Y_CLASS
1020 cycles, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
1006 cycles, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
869 milliseconds, ConvertFloat4, _Real4_1, Save FPU & all CPU registers -HIGH_PR
IORITY_CLASS
302 milliseconds, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
296 milliseconds, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
*** END DD ***
**** Show DQ data and test it **********
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
*** STOP 1 ***
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
*** STOP 2 ***
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
3099 cycles, ConvertFloat8, _Real8_1, Save FPU & all CPU registers -HIGH_PRIORIT
Y_CLASS
1163 cycles, ConvertFloat8Z, _Real8_1 -HIGH_PRIORITY_CLASS
1148 cycles, ConvertFloat8ZX, _Real8_1 -HIGH_PRIORITY_CLASS
911 milliseconds, ConvertFloat8, _Real8_1, Save FPU & all CPU registers -HIGH_PR
IORITY_CLASS
341 milliseconds, ConvertFloat8Z, _Real8_1 -HIGH_PRIORITY_CLASS
340 milliseconds, ConvertFloat8ZX, _Real8_1 -HIGH_PRIORITY_CLASS
*** END DQ ***
**** Show QQ data and test it **********
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
*** STOP 1 ***
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
*** STOP 2 ***
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
3026 cycles, ConvertFloat10, _Real10_1, Save FPU & all CPU registers -HIGH_PRIOR
ITY_CLASS
1076 cycles, ConvertFloat10Z, _Real10_1 -HIGH_PRIORITY_CLASS
1064 cycles, ConvertFloat10ZX, _Real10_1 -HIGH_PRIORITY_CLASS
892 milliseconds, ConvertFloat10, _Real10_1, Save FPU & all CPU registers -HIGH_
PRIORITY_CLASS
316 milliseconds, ConvertFloat10Z, _Real10_1 -HIGH_PRIORITY_CLASS
310 milliseconds, ConvertFloat10ZX, _Real10_1 -HIGH_PRIORITY_CLASS
*** END QQ and ALL***
Win7 SP0 ;)
Quote**** Show DD data and test it **********
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP 1 ***
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP 2 ***
-1234.5601
-1.23456E+17
-1.23456E+37
-0.0012346
-1.23456E-17
-1.23456E-37
*** STOP ***
3014 cycles, ConvertFloat4, _Real4_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
1039 cycles, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
1017 cycles, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
1132 milliseconds, ConvertFloat4, _Real4_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
391 milliseconds, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
383 milliseconds, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
*** END DD ***
**** Show DQ data and test it **********
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
*** STOP 1 ***
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
*** STOP 2 ***
-123.456
-1.23456E+25
-1.23456E+234
-0.0123456
-1.23456E-25
-1.23456E-234
3155 cycles, ConvertFloat8, _Real8_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
1191 cycles, ConvertFloat8Z, _Real8_1 -HIGH_PRIORITY_CLASS
1169 cycles, ConvertFloat8ZX, _Real8_1 -HIGH_PRIORITY_CLASS
1187 milliseconds, ConvertFloat8, _Real8_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
446 milliseconds, ConvertFloat8Z, _Real8_1 -HIGH_PRIORITY_CLASS
440 milliseconds, ConvertFloat8ZX, _Real8_1 -HIGH_PRIORITY_CLASS
*** END DQ ***
**** Show QQ data and test it **********
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
*** STOP 1 ***
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
*** STOP 2 ***
-123.45678901234567
-1.2345678901234567E+25
-1.2345678901234567E+0256
-1.2345678901234565E+2567
-0.0123456789012346
-1.2345678901234567E-25
-1.2345678901234567E-0256
-1.2345678901234569E-2567
3056 cycles, ConvertFloat10, _Real10_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
1093 cycles, ConvertFloat10Z, _Real10_1 -HIGH_PRIORITY_CLASS
1082 cycles, ConvertFloat10ZX, _Real10_1 -HIGH_PRIORITY_CLASS
1147 milliseconds, ConvertFloat10, _Real10_1, Save FPU & all CPU registers -HIGH_PRIORITY_CLASS
411 milliseconds, ConvertFloat10Z, _Real10_1 -HIGH_PRIORITY_CLASS
406 milliseconds, ConvertFloat10ZX, _Real10_1 -HIGH_PRIORITY_CLASS
*** END QQ and ALL***
oops :biggrin:
Hi all
I need to do some more tests but now
i need you test this 9 converters
from string to real4.
Some converts rcl strings and some null terminated.
Some use BCD and some are direct.
Some use local variables and some not.
Some save FPU and all CPU (but not eax)
But in all cases i am using tables to get 10^n or 10^-n.
Till now i wrote this:
. ConvertString4Z
. ConvertString4X
. ConvertString4ZX
. ConvertString4
. ConvertString4ZF
. ConvertString4F
. ConvertString4Y
. ConvertString4YF
. ConvertString4WF
The string to be converted is this:
dd 12
_RclStr01 db "+123.456E+36",0
In each case i use the three my main real4
to string converters:
. ConvertFloat4
. ConvertFloat4Z
. ConvertFloat4ZX
Please,
could you run TestCnvDD8.exeand show here your results ?
note: i am using MichaelW macros.
Thanks
RuiLoureiro
My results in P4 XP sp3
Quote
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
540 cycles, ConvertString4Z, _RclStr01
2651 cycles, ConvertString4X, _RclStr01
510 cycles, ConvertString4ZX, _RclStr01
2598 cycles, ConvertString4, _RclStr01
524 cycles, ConvertString4ZF, _RclStr01
447 cycles, ConvertString4F, _RclStr01
170 cycles, ConvertString4Y, _RclStr01
179 cycles, ConvertString4YF, _RclStr01
240 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
i also have a P4 with XP SP3, Rui, so i can't be much help - lol
Core i7 QM, Ivy Bridge, Q2/2012:
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
236 cycles, ConvertString4Z, _RclStr01
552 cycles, ConvertString4X, _RclStr01
183 cycles, ConvertString4ZX, _RclStr01
547 cycles, ConvertString4, _RclStr01
175 cycles, ConvertString4ZF, _RclStr01
173 cycles, ConvertString4F, _RclStr01
46 cycles, ConvertString4Y, _RclStr01
49 cycles, ConvertString4YF, _RclStr01
70 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
Quote from: qWord on April 09, 2013, 07:16:02 AM
Core i7 QM, Ivy Bridge, Q2/2012:
Very nice qWord ! Thank you so much :t
Hi,
P-III
Regards,
Steve
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
355 cycles, ConvertString4Z, _RclStr01
587 cycles, ConvertString4X, _RclStr01
350 cycles, ConvertString4ZX, _RclStr01
570 cycles, ConvertString4, _RclStr01
317 cycles, ConvertString4ZF, _RclStr01
307 cycles, ConvertString4F, _RclStr01
206 cycles, ConvertString4Y, _RclStr01
210 cycles, ConvertString4YF, _RclStr01
291 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
:biggrin:
Hi Steve,
Thanks, it helps :t
Regards,
RuiLoureiro
ConvertString4Y seems to be the best i did till now !
Hi,
I have some other older CPU's if want results from them.
Regards,
Steve N.
Quote from: FORTRANS on April 10, 2013, 08:09:40 AM
Hi,
I have some other older CPU's if want results from them.
Regards,
Steve N.
Yes Steve it is good to know if you dont mind !
Thanks !
P-MMX
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
443 cycles, ConvertString4Z, _RclStr01
614 cycles, ConvertString4X, _RclStr01
429 cycles, ConvertString4ZX, _RclStr01
609 cycles, ConvertString4, _RclStr01
397 cycles, ConvertString4ZF, _RclStr01
388 cycles, ConvertString4F, _RclStr01
232 cycles, ConvertString4Y, _RclStr01
244 cycles, ConvertString4YF, _RclStr01
326 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
Mobile Celeron
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
319 cycles, ConvertString4Z, _RclStr01
538 cycles, ConvertString4X, _RclStr01
315 cycles, ConvertString4ZX, _RclStr01
541 cycles, ConvertString4, _RclStr01
300 cycles, ConvertString4ZF, _RclStr01
273 cycles, ConvertString4F, _RclStr01
195 cycles, ConvertString4Y, _RclStr01
199 cycles, ConvertString4YF, _RclStr01
232 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
Pentium M
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
310 cycles, ConvertString4Z, _RclStr01
542 cycles, ConvertString4X, _RclStr01
298 cycles, ConvertString4ZX, _RclStr01
545 cycles, ConvertString4, _RclStr01
286 cycles, ConvertString4ZF, _RclStr01
261 cycles, ConvertString4F, _RclStr01
159 cycles, ConvertString4Y, _RclStr01
168 cycles, ConvertString4YF, _RclStr01
197 cycles, ConvertString4WF, _RclStr01
*** STOP 1***
Hi Steve,
very good !
many thanks to you :t
Regards,
Rui
This is for a Pentium II, the oldest running system I currently have.
DD1:
12345.678
12345.678
*** STOP ***
0 Real 0.0
125 cycles, GetStrLen -HIGH_PRIORITY_CLASS
84 cycles, szLen -HIGH_PRIORITY_CLASS
59 cycles, rep movsb -HIGH_PRIORITY_CLASS
77 cycles, mov eax -HIGH_PRIORITY_CLASS
165 cycles, CnvIDDtoRcl, _Integer4_1 -HIGH_PRIORITY_CLASS
167 cycles, CnvIDDtoRcl, _Integer4_2 -HIGH_PRIORITY_CLASS
183 cycles, IDDtoRclCnv, _Integer4_1 -HIGH_PRIORITY_CLASS
163 cycles, CnvIDDtoRcl+_RclBuf, _Integer4_1 -HIGH_PRIORITY_CLASS
183 cycles, IDDtoRclCnv+_RclBuf, _Integer4_1 -HIGH_PRIORITY_CLASS
124 cycles, DDtoRclCnv, _Dword_1 -HIGH_PRIORITY_CLASS
169 cycles, DDtoRclCnv, _Dword_2 -HIGH_PRIORITY_CLASS
117 cycles, CnvDDtoRcl, _Dword_1 -HIGH_PRIORITY_CLASS
124 cycles, DDtoRclCnv+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
115 cycles, CnvDQtoRcl+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
87 cycles, QwordRevCnv+_RclBuf, _Dword_1 -HIGH_PRIORITY_CLASS
123456
691 cycles, ConvertFloat4Z, _Real4_1 -HIGH_PRIORITY_CLASS
-123.45678
701 cycles, ConvertFloat4Z, _Real4_2 -HIGH_PRIORITY_CLASS
12345.678
697 cycles, ConvertFloat4ZX, _Real4_1 -HIGH_PRIORITY_CLASS
-123.45678
708 cycles, ConvertFloat4ZX, _Real4_2 -HIGH_PRIORITY_CLASS
12345.678
723 cycles, CnvFloat4ToRcl+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
715 cycles, CnvFloat4ToRcl, _Real4_2 -HIGH_PRIORITY_CLASS
714 cycles, CnvReal4ToRcl+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
714 cycles, CnvReal4ToRcl, _Real4_2 -HIGH_PRIORITY_CLASS
702 cycles, CnvFloat4ToStr+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
706 cycles, CnvFloat4ToStr, _Real4_2 -HIGH_PRIORITY_CLASS
705 cycles, CnvReal4ToStr+_RclBuf, _Real4_2 -HIGH_PRIORITY_CLASS
705 cycles, CnvReal4ToStr, _Real4_2 -HIGH_PRIORITY_CLASS
*** END ***
DQ6:
0 cycles, LEA -REALTIME_PRIORITY_CLASS
0 cycles, ADD -REALTIME_PRIORITY_CLASS
127 cycles, CnvToRcl -REALTIME_PRIORITY_CLASS
55555
96 cycles, dwtoa -REALTIME_PRIORITY_CLASS
55555
772 cycles, ConvertFloat8Z -REALTIME_PRIORITY_CLASS
12345.3456
648 cycles, FloatToStr from MASM -REALTIME_PRIORITY_CLASS
12345.35
DQ7:
0 cycles, LEA -REALTIME_PRIORITY_CLASS
0 cycles, ADD -REALTIME_PRIORITY_CLASS
127 cycles, CnvToRcl -REALTIME_PRIORITY_CLASS
55555
98 cycles, dwtoa -REALTIME_PRIORITY_CLASS
55555
766 cycles, ConvertFloat8Z -REALTIME_PRIORITY_CLASS
12345.3456
650 cycles, FloatToStr from MASM -REALTIME_PRIORITY_CLASS
12345.35
737 cycles, ConvertFloat8ZX -REALTIME_PRIORITY_CLASS
12345.3456
DD8:
ConvertString4Z
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4X
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZX
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4ZF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4F
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4Y
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4YF
1.23456E+38
1.23456E+38
1.23456E+38
ConvertString4WF
1.23456E+38
1.23456E+38
1.23456E+38
*** STOP 0 ***
353 cycles, ConvertString4Z, _RclStr01
586 cycles, ConvertString4X, _RclStr01
347 cycles, ConvertString4ZX, _RclStr01
572 cycles, ConvertString4, _RclStr01
315 cycles, ConvertString4ZF, _RclStr01
305 cycles, ConvertString4F, _RclStr01
201 cycles, ConvertString4Y, _RclStr01
208 cycles, ConvertString4YF, _RclStr01
287 cycles, ConvertString4WF, _RclStr01
*** STOP 1***