Just a little something to brighten your day and perhaps spark much
needed participation in this particular echoarea, or whatever the kids
are calling it these days.
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from 01
to 12
DD = two digit day ranging from 01 to
31
hh = two digit hour ranging from 00 to
23
mm = two digit minute ranging from 00
to 59
ss = two digit second ranging from 00
to 59
Since there is no room for the UTC offset DateTime should be set to
UTC in order to avoid confusion. This format will ensure that the
packed message is exactly the same byte length as specified in fts-0001.016 not counting the ASCII null charater that terminates the string as per packed MSG header specification for all header strings
(eg To, From, subj, etc).
While I can see the merits of your proposal, it currently is not implemented in any FidoNet compatible software.
Given that many software packages used in FidoNet have been
abandoned, had their source code lost, or the authors are no
longer available, it is not likely that this format will succeed.
Your best shot is to convince the maintainers of existing
packages which are still being developed, such as HPT, D'Bridge,
MBSEBBS, Synchronet, and Mystic of the merits of your proposal,
and get it implemented.
submit patches to the maintainers for consideration.
The TZUTC kludge line was created because the .MSG and .PKT
headers had no provision for timezone offsets.
Hey Andrew!
While I can see the merits of your proposal, it currently is not implemented in any FidoNet compatible software.
Understood. That is why if it already hasn't rendered the software as useless it soon enough will. The two digit year has a cycle of expiration built right in. It has been witnessed before in this very echoarea although I am sure few people understood what they were witnessing given the lack of a proper fix. I recall pkzip causing serious problems way back when over the two digit year issue as well as the y2k bug.
Your best shot is to convince the maintainers of existing
packages which are still being developed, such as HPT, D'Bridge, MBSEBBS, Synchronet, and Mystic of the merits of your proposal,
and get it implemented.
Sounds like a plan. If not this echoarea then where? I would have thought this is the perfect echoarea for proposing changes to obviously flawed FTN standards rather then to chase down individuals who more than likely already know about this issue.
Hello Maurice!
18 Dec 20 06:36, you wrote to me:
Just a little something to brighten your day and perhaps spark
much needed participation in this particular echoarea, or
whatever the kids are calling it these days.
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from
01 to 12
DD = two digit day ranging from
01 to 31
hh = two digit hour ranging from
00 to 23
mm = two digit minute ranging
from 00 to 59
ss = two digit second ranging
from 00 to 59
Since there is no room for the UTC offset DateTime should be set
to UTC in order to avoid confusion. This format will ensure that
the packed message is exactly the same byte length as specified
in fts-0001.016 not counting the ASCII null charater that
terminates the string as per packed MSG header specification for
all header strings (eg To, From, subj, etc).
While I can see the merits of your proposal, it currently is not implemented in any FidoNet compatible software. Current FidoNet
software that parses the DateTime field would need to be updated to support this new format. For compatibility with existing FidoNet software, implementations would need to be able to parse this format,
or the 2 other existing formats (FTS-1 or SeaDog.) In addition, to
avoid breaking existing software, this format should not be used in packets without confirming that the software on the other end can
process it correctly.
Given that many software packages used in FidoNet have been abandoned,
had their source code lost, or the authors are no longer available, it
is not likely that this format will succeed.
Your best shot is to convince the maintainers of existing packages
which are still being developed, such as HPT, D'Bridge, MBSEBBS, Synchronet, and Mystic of the merits of your proposal, and get it implemented. Several of these packages are open source, so you could conceivably implement it yourself and submit patches to the
maintainers for consideration.
As for the use of UTC in packet headers, again you are fighting an
uphill battle. The TZUTC kludge line was created because the .MSG and .PKT headers had no provision for timezone offsets.
Andrew
--- GoldED+/LNX 1.1.5-b20180707
* Origin: Phoenix BBS * phoenix.bnbbbs.net (1:320/219)
FidoNet is a legacy protocol that must (what I've observed) be
enhanced only in backwards-compatible means.
This seems to me to be the right place to discuss.
Hey Rob!
FidoNet is a legacy protocol that must (what I've observed) be
enhanced only in backwards-compatible means.
I am sorry but I am forced to call BS on the above and will cite the common usage of the "Type 2.2" pktheader scam as evidence to support my BS call.
On the surface it appears that it succeeded in supplanting the orignal and documented pktheader as spelled out in fts-0001.016 which by default is the defacto standard regarding this issue. If backwards compatibilty is the true goal then why isn't the pktheader in fts-0001.016 not supported by ALL concerned especially the echomail movers?
I am only aware of one that can
still support it ... or at least could the last time I checked. Does your software support it?
On the surface it appears that a coup took place by what I can only describe as backstabbing weasels given the lack of evidence to support such a shift in so-called standards.
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from 01 to 12
DD = two digit day ranging from 01 to 31
hh = two digit hour ranging from 00 to 23
mm = two digit minute ranging from 00 to 59
ss = two digit second ranging from 00 to 59
Since there is no room for the UTC offset DateTime should be set to
UTC in order to avoid confusion. This format will ensure that the
packed message is exactly the same byte length as specified in fts-0001.016 not counting the ASCII null charater that terminates the string as per packed MSG header specification for all header strings
(eg To, From, subj, etc).
Good ${greeting_time}, Maurice!
18 Dec 2020 06:36:54, you wrote to Andrew Leary:
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from 01 to 12
DD = two digit day ranging from 01 to 31
hh = two digit hour ranging from 00 to 23
mm = two digit minute ranging from 00 to 59
ss = two digit second ranging from 00 to 59
Since there is no room for the UTC offset DateTime should be set to
UTC in order to avoid confusion. This format will ensure that the packed message is exactly the same byte length as specified in fts-0001.016 not counting the ASCII null charater that terminates the string as per packed MSG header specification for all header strings (eg To, From, subj, etc).
I've only one question: how would the software distinguish that from older (legacy) date format?
Even if we want everyone migrating to the new software, there should be some transition period, while we _must_ (as in FTA-1006) maintain compatibility.
Given that, here's my proposal.
The "Date:" kludge containing the date and time in RFC-3339 format with one variation - allow the space between the time and UTC offset. The "datestr" format for that would be "%F %T %:z" (try `date '+%F %T %:z'`).
Rules:
0. The "Date:" kludge _must_ contain valid time in either "%F %T %:z" or "%F %T%:z" format.
1. Once the "Date:" kludge is present in a received message, the compatible software (that's aware of the "Date:" kludge) _must_ use the time from the kludge.
2. When composing a message, the compatible software _must_ fill the "Date:" kludge and _should_ fill the legacy header with the valid time (considering precision limitation) or it _may_ fill the legacy header with all zero bytes.
This would allow us to get rid of ancient software without breakind almost everything.
Also, the example of the "Date:" kludge can be found in this my message :-)
That may be possible for *newer* software to make sense of multiple formats, including a new one, but there's option for *older* software to recognize a new format. There in lies the rub.
I find it interesting you would cause the type 2.2 packet header
a "scam".
isn't the pktheader in fts-0001.016 not supported by ALL
concerned especially the echomail movers?
Isn't it?
And type 2.2 packet headers are backward compatible with type 2.0/stone-age headers, so it's pretty easy to autodetect the
type and support all the type-2 variants of incoming packets.
Whoa there skippy! What on Earth are you talking about?
how would the software distinguish that from older (legacy) date
format?
The "Date:" kludge containing the date and time in RFC-3339
format with one variation - allow the space between the time and
UTC offset. The "datestr" format for that would be "%F %T %:z"
(try `date '+%F %T %:z'`).
(try `date '+%F %T %:z'`)
Hey Rob!
I find it interesting you would cause the type 2.2 packet header
a "scam".
I got burned by it way back when and almost quit. However the fighting spirit later got awoken in me and it sparked a bout of backwards engineering which is still part of the routine(s) being deployed in this neck of the woods. Anyhow I will still cite it as evidence that not all is as it seems in Fidonet wrt backwards compatibilty/standards/whatever.
Are you defending it?
isn't the pktheader in fts-0001.016 not supported by ALL
concerned especially the echomail movers?
Isn't it?
Nope. Like I said previously I only am aware of one and it's been awhile since I tested it there so even that one may not support it anymore. He is still moving mail and it wouldn't be too hard to test it out if needed.
And type 2.2 packet headers are backward compatible with type 2.0/stone-age headers, so it's pretty easy to autodetect the
type and support all the type-2 variants of incoming packets.
Really?
Have you actually tested that?
Or is this some type of blind faith statement on your part?
Also, while I am at it, I only found one that could
handle Type 2+ pktheaders and it wasn't the same one that could do type 2 pktheaders. Most are 2.2 only and don't even know it.
Whoa there skippy! What on Earth are you talking about?
:-) Nothing you need to worry about ... I think.
THIS
This is exactly why Fidonet is dying at a rapid rate.
We still have quite a few people developing for this technology. And a couple willing to take things further. For fuck's sake why are there people trying to hold them back every chance they get? People calling
out software for being "buggy" just because it's newly updated and
they don't use it. THAT'S HOW ADVANCEMENT WORKS! How about try it,
test it, and give feedback on what can be improved!
It's seriously sad as fuck around here. I've taken long hiatuses from posting just because I knew arguments would ensue I didn't give a shit
to be involved with. I'm a big fan of currently developed software,
and have multiple systems (some not on Fidonet) running here to test software and enjoy the fact that my hobby when I was 15 years old (am
now going to be 40 next month - and I don't care to hear how long any
of you have been here) is still progressing (albeit at an alarmingly
slow pace, pretty much due to the FTSC and or a select few people that apparantly want Fidonet to just die already).
If you want Fidonet to die, or you don't care any more, or you want to
run down every new idea (even if it's actual code!) brought forth..
turn your system off or redirect your IP addresses elsewhere.. We
could probably gain more interest and enthusiasm without you.
The "Date:" kludge containing the date and time in RFC-3339 format
with one variation - allow the space between the time and UTC offset.
The "datestr" format for that would be "%F %T %:z" (try `date '+%F %T %:z'`).
Rules:
0. The "Date:" kludge _must_ contain valid time in either "%F %T %:z"
or "%F %T%:z" format. 1. Once the "Date:" kludge is present in a
received message, the compatible software (that's aware of the "Date:" kludge) _must_ use the time from the kludge. 2. When composing a
message, the compatible software _must_ fill the "Date:" kludge and _should_ fill the legacy header with the valid time (considering
precision limitation) or it _may_ fill the legacy header with all zero bytes.
This would allow us to get rid of ancient software without breakind
almost everything.
Also, the example of the "Date:" kludge can be found in this my
message :-)
(try `date '+%F %T %:z'`).
-={ date '+%F %T %:z' }=-
2020-12-19 05:49:41 +00:00
I am partial to;
-={ date '+%F %T %z' }=-
2020-12-19 05:51:23 +0000
which saves a byte and is just as useful. I'll put it as a kludge in
my followup msg. Please stay tuned.
@REPLY: 2:5020/545 5fdd86aa
@MSGID: 1:153/7001 5fdd8fb6
Hey Alexey!
To be honest I am not aware of anyone who is using abandonware these
days so I am not convinced this is really an issue if the much
SBBSecho defaults to exporting type 2+ packets
FidoNet (collectively) is vehemently opposed to anything that is
not interoperable with FidoNet software from the 80's or 90's.
I'll second that; although the byte savings really won't matter
these days.
Here I've Squish, Max, Binkley, Irex, and a number of small
utilities -- all abandonware.
Even if we want everyone migrating to the new software, there should be som transition period, while we _must_ (as in FTA-1006) maintain compatibility.
I am partial to;
2020-12-19 05:51:23 +0000
which saves a byte and is just as useful.
@RFC-3339: 2020-12-19 09:17:26 +0000
I'll second that; although the byte savings really won't matterExcellent. I've now applied it to the kludge in this reply.
these days.
To be honest I am not aware of anyone who is using abandonwareHere I've Squish, Max, Binkley, Irex, and a number of small
these days so I am not convinced this is really an issue
utilities -- all abandonware.
Even if we want everyone migrating to the new software, there shouldFidonet is mostly a dead-end... its just a silly network people are
be some transition period, while we _must_ (as in FTA-1006) maintain
compatibility.
mostly happy to just trade banter so long as shit works.
Fidonet is mostly a dead-end... its just a silly network people are mostly happy to just trade banter so long as shit works.
Please speak for yourself. Or at most for your part of the network, if you exactly know the situation inside.
Hey Dallas!
Here I've Squish, Max, Binkley, Irex, and a number of small
utilities -- all abandonware.
Which one was/is compatible with Type 2.2 headers? It was/is your link where I noticed I could safely ship Type 2.2 pkts to. I don't recall Squish being able to successfully toss Type 2.2 pkts but I haven't used Squish in so long that I can't really say when the last time was.
@REPLY: 1:153/7001 5fddc526
@MSGID: 2:5020/545 5fdddbc9
@CHRS: CP866 2
@TZUTC: 0300
Good ${greeting_time}, Maurice!
19 Dec 2020 09:17:26, you wrote to Andrew Leary:
@RFC-3339: 2020-12-19 09:17:26 +0000
I'll second that; although the byte savings really won't matter
these days.
Excellent. I've now applied it to the kludge in this reply.
You've violated both RFC-3339 and my proposal.
RFC-3339 compatibility looks more important to me.
I can save much more by simply using KOI8-R instead of overbloated UTF-8.
You've violated both RFC-3339 and my proposal.
There is one common pkt flavour and that is the one described in
FSC-0039.
Every other format is just a waste of code and mostly useless.
Especially the stupid flavour that tries to be compatible with
and obsolete format that no software uses anymore (since 25+
years ago).
Here I've Squish, Max, Binkley, Irex, and a number of small utilities -- all abandonware.
Hey Rob!
SBBSecho defaults to exporting type 2+ packets
Okay I had a looksee at a pktheader parser I wrote awhile back and I now see that I was confusing 2+ with 2.2 so your statement above would put SBBSecho amongst the majority.
All my links support type 2+ pkts while only one
supports type 2, while another can do 2.2. So from my perspective both 2 and 2.2 are equally rare.
FidoNet (collectively) is vehemently opposed to anything that is
not interoperable with FidoNet software from the 80's or 90's.
I wish I could say that them were the days but my heart wouldn't be in it. Everyone I knew from that time is no longer in the game and whatever software they were using back then has long since been abandoned even before y2k and the two digit year became real issues of concern. I am convinced that had the four digit year replaced the packed msg DateTime back in 1999 or 2002 there would have been minimal problems with it.
Which one was/is compatible with Type 2.2 headers? It was/is your
link where I noticed I could safely ship Type 2.2 pkts to. I don't
Binkley was back around 1997-ish at the latest ... same with Max. I
never did get Irex working on anything.
It's time to upgrade.
Squish is open source and still works.
I don't know about the others, but the Squish source code has
been freely available for decades -- to me that does not count as abandonware. No more so than e.g. linux...
If a new date/time format can be introduced in a
backward-compatible manner, that's how it should be done, IMHO.
And FidoNet should use an existing standard this time, stop
making up new (badly defined) ones.
Hi, Oli -- on Dec 19 2020 at 16:37, you wrote:
Squish is open source and still works.
I didn't realize it was open source - Max isn't.
Hey Rob!
If a new date/time format can be introduced in a
backward-compatible manner, that's how it should be done, IMHO.
That is exactly what my proposal attempts to do. It works within the confines of an already existing string without modification of the structure of the well defined header.
And FidoNet should use an existing standard this time, stop
making up new (badly defined) ones.
It isn't badly defined.
Which one was/is compatible with Type 2.2 headers? It was/is
your link where I noticed I could safely ship Type 2.2 pkts to.
I believe so, but there's nothing in the docs to indicate
anything about pkt type. :-(
Irex can be a real pain to get running, but it seems very stable
(here) once it does work!
Your proposal is not backwards compatible.
I was referring to the badly defined specs published by the FTSC
over the past 30+ years.
Your proposal is not backwards compatible.
Hey Rob!
Your proposal is not backwards compatible.
My best guess is that any application that cannot handle the four digit year deserves to die a horrible death if it hasn't already. My proposal would have worked just as well back in 1995 as it does today without any alteration.
I was referring to the badly defined specs published by the FTSC
over the past 30+ years.
If so then perhaps there should be more proposals such as mine in order to correct the wrongs. I have plans on continuing depending on the outcome of this particular proposal. How about you?
Too bad it didn't happen 20 years ago when it *should* have but it has to start somewhere and near as I can figure I am doing the exact right thing. If you can come up with something better I am all ears and am more than willing to cede. Until then my proposal stands as is.
Which is to say: it would not work at all, in a backwards
compatible way.
Continuing what?
Hey Rob!
Which is to say: it would not work at all, in a backwards
compatible way.
It is EXACTLY as backwards compatible as it needs to be, both for now as well as back in 1995 and probably earlier.
Unless you can point to a currently running system, or even one back in 1968, that required a two
digit year to function in order to achieve proper FTN based digital communications,
then I will still maintain that the current proposal stands
and is indeed TRULY backwards compatible. By you limited definition nothing is backwards compatible including 8-bit systems that require a 2 digit year for their punch card IO database.
Please feel free to fold, spindle and mutilate THAT.
Continuing what?
Living and learning.
Maximus was open sourced as well: github.com/sdudley/maximus
I guess you don't know what "backwards compatible" means.
Backwards compatible means it would continue to work with
existing systems.
I suspect most other echomail programs would do the same.
Is this how you normally engage in technical discussions?
Hey Rob!
I guess you don't know what "backwards compatible" means.
I guess the same about you.
Backwards compatible means it would continue to work with
existing systems.
I swear that is known simply as compatibilty. Backwards implies the past. However in both cases it is obvious the software we're using is {,backwards} compatible given our exchanges.
I suspect most other echomail programs would do the same.
Mine as well. However mine can quicky adapt to a much needed change in order to facillitate progress especially when it concerns an obviously needed fix. Your proposal doesn't allow for a proper fix and solves nothing. Mine does and is therefore superior as well as much needed.
Is this how you normally engage in technical discussions?
I thought it was obvious that I don't normally engage in technical discussions. Regarding this one I believe I am 100% correct and you are 100% wrong.
Backwards compatible means enhancing/fixing functionality
*without* impacting interoparability with old systems that lack
the enhancement or fix.
Control paragraphs are how new features have been introduced
into FidoNet for decades without breaking backward compatibility.
This is the way.
So you agree that existing FTN systems would break if the rest
of the network were to switch to a new date format in packets
I can't tell if you're joking, but I hope so. :-)
I haven't really proposed anything, but if I were, it would be a new contro paragraph (kludge line) in the variable length portion of the packed-messag This would have no impact on older/existing systems and yet would allow new systems to utilize the more precise date/time information if they wished.
They are at best a placebo that ignores the real issue. A proper cure is needed and has been for 20 years now. Control paragraphs do nothing to sol the real problem which is the two digit year. It *MUST* die. It is the *ONLY* way.
I suspect most other echomail programs would do the same.
Mine as well. However mine can quicky adapt to a much needed change in order to facillitate progress especially when it concerns an obviously needed fix. Your proposal doesn't allow for a proper fix and solves nothing. Mine does and is therefore superior as well as much needed.
... Se forholena cræft and forhyded gold ne bið ællunga ungelice.
As a Fido developer of a product used in the back-office of two zonesFidonet is mostly a dead-end... its just a silly network peopleare
mostly happy to just trade banter so long as shit works.
Please speak for yourself. Or at most for your part of the network,
if you exactly know the situation inside.
and as as a ZC of one of them,
I believe my contributions are somewhat valid here if you are willing
to listen and not act like a petulent child.
Unfortunately its going to be difficult to draft a proposal to
let something die versus something that lets systems continue to
run.
So why don't you do the experiment and "fix" your system to put
this "much needed change" in your message headers,
and see how big your network becomes/remains?
Your message lacks a CHRS: kludge so my editor wouldn't know
how to make it readable for me...
So why don't you do the experiment and "fix" your system to put
this "much needed change" in your message headers,
It has been tested at this end.
and see how big your network becomes/remains?
Like you I already know the answer to that.
Your message lacks a CHRS: kludge so my editor wouldn't know
how to make it readable for me...
Bummer. Anyhow I took care of it for you as per this reply. No need to thank me for it.
... Don't cry for me I have vi.
It's seriously sad as fuck around here. I've taken long hiatuses
from posting just because I knew arguments would ensue I didn't
give a shit to be involved with. I'm a big fan of currently
developed software, and have multiple systems (some not on
Fidonet) running here to test software and enjoy the fact that my
hobby when I was 15 years old (am now going to be 40 next month -
and I don't care to hear how long any of you have been here) is
still progressing (albeit at an alarmingly slow pace, pretty much
due to the FTSC and or a select few people that apparantly want
Fidonet to just die already).
So you are advocating changing things without regard for maintaining compatibility with existing software?
I personally welcome the discussion that Maurice started, and Alexey
has now joined in on. In fact, I am giving serious consideration to implementing some form of this in MBSE.
It has been tested at this end.
But not outside your system?
A pure ascii message, that indeed doesn't need a CHRS: kludge
I believe my contributions are somewhat valid here if you are willing to listen and not act like a petulent child.
That's you who are considering yourself one of "silly network people"...
Just a little something to brighten your day and perhaps spark much
needed participation in this particular echoarea, or whatever the kids
are calling it these days.
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from 01
to 12
DD = two digit day ranging from 01 to
31
hh = two digit hour ranging from 00 to
23
mm = two digit minute ranging from 00
to 59
ss = two digit second ranging from 00
to 59
Since there is no room for the UTC offset DateTime should be set to
UTC in order to avoid confusion. This format will ensure that the
packed message is exactly the same byte length as specified in fts-0001.016 not counting the ASCII null charater that terminates the string as per packed MSG header specification for all header strings
(eg To, From, subj, etc).
Being a few days in hospital I will take the first post to
answer.
As we have seen, backward compatibility is always a problem with
old software. But would the solution not be, simply defining a
new version of the pkt-format?
Why not use them for what they are designed: signaling of new
versions and supports that may or may not become a future to
fidonet?
proposed DateTime = a string 19 bytes long.
Format = "YYYY-MM-DD hh:mm:ss" where,
YYYY = four digit year
MM = two digit month ranging from 01 to
12
DD = two digit day ranging from 01 to 31
hh = two digit hour ranging from 00 to
23
mm = two digit minute ranging from 00 to 59
ss = two digit second ranging from 00 to 59
Since there is no room for the UTC offset DateTime should be set to UTC
in order to avoid confusion. This format will ensure that the packed message is exactly the same byte length as specified in fts-0001.016 not counting the ASCII null charater that terminates the string as per
packed MSG header specification for all header strings (eg To, From,
subj, etc).
This is just creating busywork for the handful of developers left (eg.
me, occasionally) and new bugs for no benefit.
Being a few days in hospital I will take the first post to answer. As we ha seen, backward compatibility is always a problem with old software. But wou the solution not be, simply defining a new version of the pkt-format? The
Maybe it's too late, but if you want to actually create something useful (a long overdue), come up with some ideas of transparently detecting and overcoming mail delivery failures in FidoNet.
This is just creating busywork for the handful of developers leftMaybe it's too late, but if you want to actually create something
(eg. me, occasionally) and new bugs for no benefit.
useful (and long overdue), come up with some ideas of transparently detecting and overcoming mail delivery failures in FidoNet.
In the 25+ years I've been using FTN software this has become my
biggest gripe. The software has no way of detecting that a node has
gone down and automatically routing around the problem.
This is just creating busywork for the handful of developers
left (eg. me, occasionally) and new bugs for no benefit.
In Fidonet you can safely assume that a two-digit year in any
message is in the range of 1984-2083, given that the network
began in 1984.
0. do nothing
1. modify the 1984-2083 window in their mail reader
2. invent a ^A control line that has the four digit year in it
#1 is easiest.
ss = two digit second ranging from 00
to 59
ss = two digit second ranging from 00 to 59
You have a little error on this field: sometimes the minute have
61 seconds - for example 31 december 2016 was 23:59:60 , or
30 june 2015 was 23:59:60 . So - this field have ranging from 00
to 60 .
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