I'm trying to open a csv file for my python book project and this error keeps popping up
File "c:\Users\MSFT Surface Pro 3\Documents\Programming\Python\Python AIO\Code.py", line 13, in <module> birthYear = int(row[1] or 0) ValueError: invalid literal for int() with base 10: ' 1/11/2011'
and this is super annoying, help me please!
Looks like line 13 in in Code.py is birthYear = int(row[1] or 0), but probably should be something like birthYear = row[1] or "".
I am trying to create deb packages for my work and have run into the following trouble.
The version of dkms being used as shown in the screen shot is 2.2.1.0. I have tried it out even with dkms 2.8.3 but I get the same error.
I am unsure what to do next or try next as I cannot understand.A little guidance is requested.
the exact issue that is being shown is the following. There is a Perl module named Dh_Lib.pm with a subroutine should_use_root() as shown below the error and the issue has been marked there.
Building binary package...dpkg-buildpackage: warning: using a gain-root-command while being root
dpkg-source --before-build .
fakeroot debian/rules clean
Initialization of state variables in list context currently forbidden at /usr/share/perl5/Debian/Debhelper/Dh_Lib.pm line 2021, near ");"
BEGIN not safe after errors--compilation aborted at /usr/share/perl5/Debian/Debhelper/Dh_Lib.pm line 2743.
Compilation failed in require at /usr/bin/dh_testdir line 11.
BEGIN failed--compilation aborted at /usr/bin/dh_testdir line 11.
make[1]: *** [debian/rules:25: clean] Error 2
dpkg-buildpackage: error: fakeroot debian/rules clean subprocess returned exit status 2
(bad exit status: 2)
Error! There was a problem creating your deb.
make: *** [Makefile.dkms:28: deb] Error 7
root#VEHERE:/home/vehere/Release/probe/deps/PF_RING-7.9.0/kernel#
# Return true if we should use root.
# - Takes an optional keyword; if passed, this will return true if the keyword is listed in R^3 (Rules-Requires-Root)
# - If the optional keyword is omitted or not present in R^3 and R^3 is not 'binary-targets', then returns false
# - Returns true otherwise (i.e. keyword is in R^3 or R^3 is 'binary-targets')
sub should_use_root {
my ($keyword) = #_;
my $rrr_env = $ENV{'DEB_RULES_REQUIRES_ROOT'} // 'binary-targets';
$rrr_env =~ s/^\s++//;
$rrr_env =~ s/\s++$//;
return 0 if $rrr_env eq 'no';
return 1 if $rrr_env eq 'binary-targets';
return 0 if not defined($keyword);
state %rrr = map { $_ => 1 } split(' ', $rrr_env); << ---- issues
return 1 if exists($rrr{$keyword});
return 0;
}
The version of perl being used is 5.24.1
I´m looking for a way to create a script in Perl to count the elements in my text file and do it in parts. For example, my text file has this form:
ID Position Potential Jury agreement NGlyc result
(PART 1)
NP_073551.1_HCoV229Egp2 23 NTSY 0.5990 (8/9) +
NP_073551.1_HCoV229Egp2 62 NTSS 0.7076 (9/9) ++
NP_073551.1_HCoV229Egp2 171 NTTI 0.5743 (5/9) +
...
(PART 2)
QJY77946.1_NA 20 NGTN 0.7514 (9/9) +++
QJY77946.1_NA 23 NTSH 0.5368 (5/9) +
QJY77946.1_NA 51 NFSF 0.7120 (9/9) ++
QJY77946.1_NA 62 NTSS 0.6947 (9/9) ++
...
(PART 3)
QJY77954.1_NA 20 NGTN 0.7694 (9/9) +++
QJY77954.1_NA 23 NTSH 0.5398 (5/9) +
QJY77954.1_NA 51 NFSF 0.7121 (9/9) ++
...
(PART N°...)
Like you can see the ID is the same in each part (one for PART 1, other to PART 2 and then...). The changes only can see in the columns Position//Potential//Jury agreement//NGlyc result Then, my main goal is to count the line with Potential 0,7 >=.
With this in mind, I´m looking for output like this:
Part 1:
1 (one value 0.7 >=)
Part 2:
2 (two values 0.7 >=)
Part 3:
2 (two values 0.7 >=)
Part N°:
X numbers of values 0.7 >=
This output tells me the number of positive values (0.7 >=) for each ID.
The pseudocode I believe would be something like this:
foreach ID in LIST
foreach LINE in FILE
if (ID is in LINE)
... count the line ...
end foreach LINE
end foreach ID
I´m looking for any suggestion (for a package or script idea) or comment to create a better script.
Thanks! Best!
To count the number of lines, for each part, that match some condition on a certain column, you can just loop over the lines, skip the header, parse the part number, and use an array to count the number of lines matching for each part.
After this you can just loop over the counts recorded in the array and print them out in your specific format.
#!/usr/bin/perl
use strict;
use warnings;
my $part = 0;
my #cnt_part;
while(my $line = <STDIN>) {
if($. == 1) {
next;
}elsif($line =~ m{^\(PART (\d+)\)}) {
$part = $1;
}else {
my #cols = split(m{\s+},$line);
if(#cols == 6) {
my $potential = $cols[3];
if(0.7 <= $potential) {
$cnt_part[$part]++;
};
};
};
};
for(my $i=1;$i<=$#cnt_part;$i++){
print "Part $i:\n";
print "$cnt_part[$i] (values 0.7 <=)\n";
};
To run it, just pipe the entire file through the Perl script:
cat in.txt | perl count.pl
and you get an output like this:
Part 1:
1 (values 0.7 <=)
Part 2:
2 (values 0.7 <=)
Part 3:
2 (values 0.7 <=)
If you want to also display the counts into words, you can use Lingua::EN::Numbers (see this program ) and you get an output very similar to the one in your post:
Part 1:
1 (one values 0.7 <=)
Part 2:
2 (two values 0.7 <=)
Part 3:
2 (two values 0.7 <=)
All the code in this post is also available here.
This is a complex question with regard to mro.pm, and the interplay with set_subname, and goto
In troubleshooting a problem, I think the core of my misunderstanding relates to how mro.pm works -- especially with regard to set_subname.
What is the difference between these three constructs,
Plain call to set_subname
*Foo::bar = set_subname( 'Foo::bar', $codeRef );
Anon sub which wraps a set_subname
*Foo::bar = sub {
my $codeRef2 = set_subname('Foo::bar', $codeRef);
goto $codeRef2
};
Anon sub which has its name set with set_subname
*Foo::bar = set_subname(
'Foo::bar',
sub { goto $codeRef }
);
Specifically, the Mojo test suits fails with either of these modifications with anon subs applied to Mojo::Utils's monkey_patch Running the two variants above against t/mojo/websocket_proxy.t,
With the 2 (second) option I have
*{"${class}::$k"} = sub {
my $cr = set_subname("${class}::$k", $patch{$k});
goto $cr;
};
And I get
Mojo::Reactor::Poll: Timer failed: Can't locate object method "send" via package "Mojo::Transaction::HTTP" at t/mojo/websocket_proxy.t line 66.
With the 3 (third) option I have,
*{"${class}::$k"} = set_subname("${class}::$k", sub { goto $patch{$k} })
And I get
No next::method 'new' found for Mojolicious::Routes at /usr/lib/x86_64-linux-gnu/perl/5.28/mro.pm line 30.
Obviously, the first version works (it's from the code I linked), the question is why are the other two variants giving me different errors (especially the second variant) and what's happening there -- why don't they work?
Your second option is not working because the sub you are using as a wrapper does not match the prototype of the inner sub. monkey_patch is not only used for methods, and this changes how some functions are parsed. In particular, Mojo::Util::steady_time has an empty prototype and is often called without using parenthesis.
*{"${class}::$k"} = Sub::Util::set_prototype(
Sub::Util::prototype( $patch{$k} ),
Sub::Util::set_subname(
"${class}::$k",
sub {
my $cr = Sub::Util::set_subname("${class}::$k", $patch{$k});
goto $cr;
}
)
);
The third construct is not working because you are using goto to remove the renamed wrapper sub from the call stack, leaving only the inner sub which has no name. This breaks next::method's ability to find the correct method name.
That is indeed complicated, but maybe you overcomplicated it?
Remember that MRO is only concerned with locating a method, which is just a symbol table entry to a coderef, through a defined order of package names. The internal subname only has to do with what caller() reports AFAIK.
From: Mojo
*{"${class}::$_"} = ## symbol table entry
set_subname("${class}::$_", ## an internal name
$patch{$_}) ## for a code ref
for keys %patch;
HTH
Edit After Seeing Error Messages:
The subroutines have not been validly installed. I suspect that since in option 2 and 3 you are deferring the calls to set_subname() to call time, the coderef $patch{$k} never has a subname assigned to it and that breaks a link in the chain of mro::_nextcan()'s XS magic. Particularly if $patch{$k} calls next::method. The closures seem to be valid though.
Although I must say my testing seems to show that option 2 is valid.
Enter command: my ($class, $k) = qw/W S/; my %patch = (S =>
sub {print "patch here\n"; decall;}); *{"${class}::$k"} =
sub { print "goto'r here\n"; my $cr = set_subname("${class}::$k",
$patch{$k}); goto $cr;};
Enter command: decall
0 "console"
1 "console.pl"
2 "114"
3 "(eval)"
4 "0"
5 0
6 "package W; decall"
7 ""
8 "256"
9 "\020\001\000\000\000P\004\000\000\000\000\000\000U\025U\005"
10 0
Enter command: S
goto'r here
patch here
0 "W"
1 "(eval 110)"
2 "1"
3 "W::S"
4 "1"
5 0
6 0
7 0
8 "256"
9 "\020\001\000\000\000P\004\000\000\000\000\000\000U\025U\005"
10 0
You might have to start looking farther afield for the problem with option 2.
After modifying Mojo/Util.pm with
foreach my $k (keys %patch) {
*{"${class}::$k"} = sub {
my $cr = set_subname("${class}::$k", $patch{$k});
goto $cr;
};
}
and isolating the test case, I get:
$ perl -MCarp::Always t/mojo/websocket_proxy2.t
Mojo::Reactor::Poll: Timer failed: Can't locate object method "send" via package "Mojo::Transaction::HTTP" at t/mojo/websocket_proxy2.t line 59.
main::__ANON__(Mojo::UserAgent=HASH(0x60280dad0), Mojo::Transaction::HTTP=HASH(0x6029ee7b0)) called at blib/lib/Mojo/UserAgent.pm line 252
Mojo::UserAgent::_finish(Mojo::UserAgent=HASH(0x60280dad0), "927210c53042c6142eda3f4010c8b17c", 1) called at blib/lib/Mojo/UserAgent.pm line 220
Mojo::UserAgent::_error(Mojo::UserAgent=HASH(0x60280dad0), "927210c53042c6142eda3f4010c8b17c", "Connect timeout") called at blib/lib/Mojo/UserAgent.pm line 128
Mojo::UserAgent::__ANON__(Mojo::IOLoop=HASH(0x601f9abb8), "Connect timeout", undef) called at blib/lib/Mojo/IOLoop.pm line 63
Mojo::IOLoop::__ANON__(Mojo::IOLoop::Client=HASH(0x601e34598)) called at blib/lib/Mojo/EventEmitter.pm line 15
Mojo::EventEmitter::emit(Mojo::IOLoop::Client=HASH(0x601e34598), "error", "Connect timeout") called at blib/lib/Mojo/IOLoop/Client.pm line 39
Mojo::IOLoop::Client::__ANON__(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 143
eval {...} called at blib/lib/Mojo/Reactor/Poll.pm line 143
Mojo::Reactor::Poll::_try(Mojo::Reactor::Poll=HASH(0x6001a8390), "Timer", CODE(0x601e24ca0)) called at blib/lib/Mojo/Reactor/Poll.pm line 81
Mojo::Reactor::Poll::one_tick(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 99
Mojo::Reactor::Poll::start(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/IOLoop.pm line 134
Mojo::IOLoop::start("Mojo::IOLoop") called at t/mojo/websocket_proxy2.t line 62
at blib/lib/Mojo/IOLoop.pm line 23.
Mojo::IOLoop::__ANON__(Mojo::Reactor::Poll=HASH(0x6001a8390), "Timer failed: Can't locate object method \"send\" via package \"Mojo::Transaction::HTTP\" at t/mojo/websocket_proxy2.t line 59.\x{a}\x{9}main::__ANON__(Mojo::UserAgent=HASH(0x60280dad0), Mojo::Transaction::HTTP=HASH(0x6029ee7b0)) called at blib/lib/Mojo/UserAgent.pm line 252\x{a}\x{9}Mojo::UserAgent::_finish(Mojo::UserAgent=HASH(0x60280dad0), \"927210c53042c6142eda3f4010c8b17c\", 1) called at blib/lib/Mojo/UserAgent.pm line 220\x{a}\x{9}Mojo::UserAgent::_error(Mojo::UserAgent=HASH(0x60280dad0), \"927210c53042c6142eda3f4010c8b17c\", \"Connect timeout\") called at blib/lib/Mojo/UserAgent.pm line 128\x{a}\x{9}Mojo::UserAgent::__ANON__(Mojo::IOLoop=HASH(0x601f9abb8), \"Connect timeout\", undef) called at blib/lib/Mojo/IOLoop.pm line 63\x{a}\x{9}Mojo::IOLoop::__ANON__(Mojo::IOLoop::Client=HASH(0x601e34598)) called at blib/lib/Mojo/EventEmitter.pm line 15\x{a}\x{9}Mojo::EventEmitter::emit(Mojo::IOLoop::Client=HASH(0x601e34598), \"error\", \"Connect timeout\") called at blib/lib/Mojo/IOLoop/Client.pm line 39\x{a}\x{9}Mojo::IOLoop::Client::__ANON__(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 143\x{a}\x{9}eval {...} called at blib/lib/Mojo/Reactor/Poll.pm line 143\x{a}\x{9}Mojo::Reactor::Poll::_try(Mojo::Reactor::Poll=HASH(0x6001a8390), \"Timer\", CODE(0x601e24ca0)) called at blib/lib/Mojo/Reactor/Poll.pm line 81\x{a}\x{9}Mojo::Reactor::Poll::one_tick(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 99\x{a}\x{9}Mojo::Reactor::Poll::start(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/IOLoop.pm line 134\x{a}\x{9}Mojo::IOLoop::start(\"Mojo::IOLoop\") called at t/mojo/websocket_proxy2.t line 62\x{a}") called at blib/lib/Mojo/EventEmitter.pm line 15
Mojo::EventEmitter::emit(Mojo::Reactor::Poll=HASH(0x6001a8390), "error", "Timer failed: Can't locate object method \"send\" via package \"Mojo::Transaction::HTTP\" at t/mojo/websocket_proxy2.t line 59.\x{a}\x{9}main::__ANON__(Mojo::UserAgent=HASH(0x60280dad0), Mojo::Transaction::HTTP=HASH(0x6029ee7b0)) called at blib/lib/Mojo/UserAgent.pm line 252\x{a}\x{9}Mojo::UserAgent::_finish(Mojo::UserAgent=HASH(0x60280dad0), \"927210c53042c6142eda3f4010c8b17c\", 1) called at blib/lib/Mojo/UserAgent.pm line 220\x{a}\x{9}Mojo::UserAgent::_error(Mojo::UserAgent=HASH(0x60280dad0), \"927210c53042c6142eda3f4010c8b17c\", \"Connect timeout\") called at blib/lib/Mojo/UserAgent.pm line 128\x{a}\x{9}Mojo::UserAgent::__ANON__(Mojo::IOLoop=HASH(0x601f9abb8), \"Connect timeout\", undef) called at blib/lib/Mojo/IOLoop.pm line 63\x{a}\x{9}Mojo::IOLoop::__ANON__(Mojo::IOLoop::Client=HASH(0x601e34598)) called at blib/lib/Mojo/EventEmitter.pm line 15\x{a}\x{9}Mojo::EventEmitter::emit(Mojo::IOLoop::Client=HASH(0x601e34598), \"error\", \"Connect timeout\") called at blib/lib/Mojo/IOLoop/Client.pm line 39\x{a}\x{9}Mojo::IOLoop::Client::__ANON__(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 143\x{a}\x{9}eval {...} called at blib/lib/Mojo/Reactor/Poll.pm line 143\x{a}\x{9}Mojo::Reactor::Poll::_try(Mojo::Reactor::Poll=HASH(0x6001a8390), \"Timer\", CODE(0x601e24ca0)) called at blib/lib/Mojo/Reactor/Poll.pm line 81\x{a}\x{9}Mojo::Reactor::Poll::one_tick(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 99\x{a}\x{9}Mojo::Reactor::Poll::start(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/IOLoop.pm line 134\x{a}\x{9}Mojo::IOLoop::start(\"Mojo::IOLoop\") called at t/mojo/websocket_proxy2.t line 62\x{a}") called at blib/lib/Mojo/Reactor/Poll.pm line 143
Mojo::Reactor::Poll::_try(Mojo::Reactor::Poll=HASH(0x6001a8390), "Timer", CODE(0x601e24ca0)) called at blib/lib/Mojo/Reactor/Poll.pm line 81
Mojo::Reactor::Poll::one_tick(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/Reactor/Poll.pm line 99
Mojo::Reactor::Poll::start(Mojo::Reactor::Poll=HASH(0x6001a8390)) called at blib/lib/Mojo/IOLoop.pm line 134
Mojo::IOLoop::start("Mojo::IOLoop") called at t/mojo/websocket_proxy2.t line 62
I can also confirm that setting the prototype fixes it.
A library that I'm using XML::Compile::Translate::Reader calls Log::Report's error method
or error __x"data for element or block starting with `{tag}' missing at {path}"
, tag => $label, path => $path, _class => 'misfit';
As I've got Log::Report set to debug mode, it returns a stack trace for an error.
[11 07 2014 22:17:39] [2804] error: data for element or block starting with `MSISDN' missing at {http://www.sigvalue.com/acc}TA
at /usr/local/share/perl5/XML/Compile/Translate/Reader.pm line 476
Log::Report::error("Log::Report::Message=HASH(0x2871cf8)") at /usr/local/share/perl5/XML/Compile/Translate/Reader.pm line 476
<snip>
XML::Compile::SOAP::Daemon::LWPutil::lwp_run_request("HTTP::Request=HASH(0x2882858)", "CODE(0x231ba38)", "HTTP::Daemon::ClientConn::SSL=GLOB(0x231b9c0)", undef) at /usr/local/share/perl5/XML/Compile/SOAP/Daemon/LWPutil.pm line 95
Any::Daemon::run("XML::Compile::SOAP::Daemon::AnyDaemon=HASH(0x7a3168)", "child_task", "CODE(0x2548128)", "max_childs", 36, "background", 1) at /usr/local/share/perl5/XML/Compile/SOAP/Daemon/AnyDaemon.pm line 75
XML::Compile::SOAP::Daemon::AnyDaemon::_run("XML::Compile::SOAP::Daemon::AnyDaemon=HASH(0x7a3168)", "HASH(0x18dda00)") at /usr/local/share/perl5/XML/Compile/SOAP/Daemon.pm line 99
(eval)("XML::Compile::SOAP::Daemon::AnyDaemon=HASH(0x7a3168)", "HASH(0x18dda00)") at /usr/local/share/perl5/XML/Compile/SOAP/Daemon.pm line 94
XML::Compile::SOAP::Daemon::run("XML::Compile::SOAP::Daemon::AnyDaemon=HASH(0x7a3168)", "name", "rizserver.pl", "background", 1, "max_childs", 36, "socket", [7 more]) at ./rizserver.pl line 95
There is lots of juicy data in those HASH, SCALAR, GLOB, and other elements that I want to get logged; as we are having trouble logging the original request in case it doesn't match.
I've explored using
Some leads that I don't know how to use are using Log::Dispatch, or some sort of Filter on Log::Report; but in the end, all I really want is to apply Data::Dumper to those elements.