>>> So back to the original task for you: Show me in the generated output where
>>> the benefits are.
I can offer another bit of information for this software development discussion.
The following build settings were active in my "Makefile" for this Linux test
case.
…
HOSTCFLAGS = -Wall
>>> So back to the original task for you: Show me in the generated output where
>>> the benefits are.
I can offer another bit of information for this software development discussion.
The following build settings were active in my "Makefile" for this Linux test
case.
…
HOSTCFLAGS = -Wall
>> So back to the original task for you: Show me in the generated output where
>> the benefits are.
I can offer another bit of information for this software development discussion.
The following build settings were active in my "Makefile" for this Linux test
case.
…
HOSTCFLAGS = -Wall
>> So back to the original task for you: Show me in the generated output where
>> the benefits are.
I can offer another bit of information for this software development discussion.
The following build settings were active in my "Makefile" for this Linux test
case.
…
HOSTCFLAGS = -Wall
> So back to the original task for you: Show me in the generated output where
> the benefits are.
I can offer a bit more information for this software development discussion.
The afffected source files can be compiled for the processor architecture
"x86_64"
by a tool like "GCC
> So back to the original task for you: Show me in the generated output where
> the benefits are.
I can offer a bit more information for this software development discussion.
The afffected source files can be compiled for the processor architecture
"x86_64"
by a tool like "GCC
On 10/17/2016 06:08 PM, SF Markus Elfring wrote:
* Would you really like to know under which circumstances data processing
will be faster for a single character instead of using a string pointer
and corresponding two characters?
It's not a problem of the interface, it's a problem of the
On 10/17/2016 06:08 PM, SF Markus Elfring wrote:
* Would you really like to know under which circumstances data processing
will be faster for a single character instead of using a string pointer
and corresponding two characters?
It's not a problem of the interface, it's a problem of the
>> * Would you really like to know under which circumstances data processing
>> will be faster for a single character instead of using a string pointer
>> and corresponding two characters?
>>
> It's not a problem of the interface, it's a problem of the resulting code
> (ie assembler output).
>> * Would you really like to know under which circumstances data processing
>> will be faster for a single character instead of using a string pointer
>> and corresponding two characters?
>>
> It's not a problem of the interface, it's a problem of the resulting code
> (ie assembler output).
On 10/17/2016 04:30 PM, SF Markus Elfring wrote:
Am I the only software developer so far who would dare to reconsider
implementation details from three status functions?
No.
Thanks for this kind of promising feedback.
But we're waiting for you showing is that it is an improvement.
Can
On 10/17/2016 04:30 PM, SF Markus Elfring wrote:
Am I the only software developer so far who would dare to reconsider
implementation details from three status functions?
No.
Thanks for this kind of promising feedback.
But we're waiting for you showing is that it is an improvement.
Can
>> Am I the only software developer so far who would dare to reconsider
>> implementation details from three status functions?
>>
> No.
Thanks for this kind of promising feedback.
> But we're waiting for you showing is that it is an improvement.
Can this aspect also be clarified to some degree
>> Am I the only software developer so far who would dare to reconsider
>> implementation details from three status functions?
>>
> No.
Thanks for this kind of promising feedback.
> But we're waiting for you showing is that it is an improvement.
Can this aspect also be clarified to some degree
On 10/17/2016 01:10 PM, SF Markus Elfring wrote:
>>> * Is a string pointer often longer than a byte?
>>>
>> Always.
>
> I have got doubts for this specific information.
>
>
>> (Which up to now I thought was basic programming knowledge...)
>
> By the way:
> Run time environments still exist
On 10/17/2016 01:10 PM, SF Markus Elfring wrote:
>>> * Is a string pointer often longer than a byte?
>>>
>> Always.
>
> I have got doubts for this specific information.
>
>
>> (Which up to now I thought was basic programming knowledge...)
>
> By the way:
> Run time environments still exist
On 10/17/2016 01:43 PM, SF Markus Elfring wrote:
See above. At the moment _any_ test result from your side would do.
>>>
>>> I imagine that another single result might not be representative.
>>
>> Publish not only results but also everything (complete!) so that anyone
>> can *easily* follow
On 10/17/2016 01:43 PM, SF Markus Elfring wrote:
See above. At the moment _any_ test result from your side would do.
>>>
>>> I imagine that another single result might not be representative.
>>
>> Publish not only results but also everything (complete!) so that anyone
>> can *easily* follow
On Mon, 2016-10-17 at 13:10 +0200, SF Markus Elfring wrote:
[...]
> > (Which up to now I thought was basic programming knowledge...)
>
> By the way:
> Run time environments still exist where the size of a pointer can
> be also just one byte, don't they?
In the context of the Linux kernel: No.
[
On Mon, 2016-10-17 at 13:10 +0200, SF Markus Elfring wrote:
[...]
> > (Which up to now I thought was basic programming knowledge...)
>
> By the way:
> Run time environments still exist where the size of a pointer can
> be also just one byte, don't they?
In the context of the Linux kernel: No.
[
>>> See above. At the moment _any_ test result from your side would do.
>>
>> I imagine that another single result might not be representative.
>
> Publish not only results but also everything (complete!) so that anyone
> can *easily* follow it to check and reproduce the results - especially
> if
>>> See above. At the moment _any_ test result from your side would do.
>>
>> I imagine that another single result might not be representative.
>
> Publish not only results but also everything (complete!) so that anyone
> can *easily* follow it to check and reproduce the results - especially
> if
>> * Is a string pointer often longer than a byte?
>>
> Always.
I have got doubts for this specific information.
> (Which up to now I thought was basic programming knowledge...)
By the way:
Run time environments still exist where the size of a pointer can be also
just one byte, don't they?
>> * Is a string pointer often longer than a byte?
>>
> Always.
I have got doubts for this specific information.
> (Which up to now I thought was basic programming knowledge...)
By the way:
Run time environments still exist where the size of a pointer can be also
just one byte, don't they?
On 10/17/2016 11:00 AM, SF Markus Elfring wrote:
>>> Calling the function "seq_putc" will be more efficient than "seq_printf"
>>> in this case because of the following reasons.
>>>
>>> 1. How does the distribution look like for supported processor architectures
>>>where the data transfer for
On 10/17/2016 11:00 AM, SF Markus Elfring wrote:
>>> Calling the function "seq_putc" will be more efficient than "seq_printf"
>>> in this case because of the following reasons.
>>>
>>> 1. How does the distribution look like for supported processor architectures
>>>where the data transfer for
>> Calling the function "seq_putc" will be more efficient than "seq_printf"
>> in this case because of the following reasons.
>>
>> 1. How does the distribution look like for supported processor architectures
>>where the data transfer for bytes (as a function call parameter)
>>is faster
>> Calling the function "seq_putc" will be more efficient than "seq_printf"
>> in this case because of the following reasons.
>>
>> 1. How does the distribution look like for supported processor architectures
>>where the data transfer for bytes (as a function call parameter)
>>is faster
On 10/17/2016 09:39 AM, SF Markus Elfring wrote:
Does it improve code? Does it improve anything?
>>>
>>> Yes. - I got such an impression.
>>>
>>> * Is it more efficient to call the function "seq_printf" for the desired
>>> data processing
>>> for a single character than to pass it to the
On 10/17/2016 09:39 AM, SF Markus Elfring wrote:
Does it improve code? Does it improve anything?
>>>
>>> Yes. - I got such an impression.
>>>
>>> * Is it more efficient to call the function "seq_printf" for the desired
>>> data processing
>>> for a single character than to pass it to the
>>> Does it improve code? Does it improve anything?
>>
>> Yes. - I got such an impression.
>>
>> * Is it more efficient to call the function "seq_printf" for the desired
>> data processing
>> for a single character than to pass it to the function "" in a string?
>>
>> * Will the required data
>>> Does it improve code? Does it improve anything?
>>
>> Yes. - I got such an impression.
>>
>> * Is it more efficient to call the function "seq_printf" for the desired
>> data processing
>> for a single character than to pass it to the function "" in a string?
>>
>> * Will the required data
On 10/16/2016 07:10 PM, SF Markus Elfring wrote:
>> Does it improve code? Does it improve anything?
>
> Yes. - I got such an impression.
>
> * Is it more efficient to call the function "seq_printf" for the desired data
> processing
> for a single character than to pass it to the function ""
On 10/16/2016 07:10 PM, SF Markus Elfring wrote:
>> Does it improve code? Does it improve anything?
>
> Yes. - I got such an impression.
>
> * Is it more efficient to call the function "seq_printf" for the desired data
> processing
> for a single character than to pass it to the function ""
> Yes. - I got such an impression.
Correction:
* Is it more efficient to call the function "seq_putc" for the desired data
processing
for a single character than to pass it to the function "seq_printf" in a
string?
* Will the required data transfer shrink a bit for the affected functions
> Yes. - I got such an impression.
Correction:
* Is it more efficient to call the function "seq_putc" for the desired data
processing
for a single character than to pass it to the function "seq_printf" in a
string?
* Will the required data transfer shrink a bit for the affected functions
> Does it improve code? Does it improve anything?
Yes. - I got such an impression.
* Is it more efficient to call the function "seq_printf" for the desired data
processing
for a single character than to pass it to the function "" in a string?
* Will the required data transfer shrink a bit
> Does it improve code? Does it improve anything?
Yes. - I got such an impression.
* Is it more efficient to call the function "seq_printf" for the desired data
processing
for a single character than to pass it to the function "" in a string?
* Will the required data transfer shrink a bit
On 10/16/2016 10:20 AM, SF Markus Elfring wrote:
From: Markus Elfring
Date: Sun, 16 Oct 2016 10:10:28 +0200
A single character (a closing square bracket) should be put into a sequence
at the end in these functions.
Thus use the corresponding function "seq_putc".
On 10/16/2016 10:20 AM, SF Markus Elfring wrote:
From: Markus Elfring
Date: Sun, 16 Oct 2016 10:10:28 +0200
A single character (a closing square bracket) should be put into a sequence
at the end in these functions.
Thus use the corresponding function "seq_putc".
This issue was detected also
From: Markus Elfring
Date: Sun, 16 Oct 2016 10:10:28 +0200
A single character (a closing square bracket) should be put into a sequence
at the end in these functions.
Thus use the corresponding function "seq_putc".
This issue was detected also by using the
From: Markus Elfring
Date: Sun, 16 Oct 2016 10:10:28 +0200
A single character (a closing square bracket) should be put into a sequence
at the end in these functions.
Thus use the corresponding function "seq_putc".
This issue was detected also by using the Coccinelle software.
Signed-off-by:
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