So far, the documentation has claimed that loggers have a default severity
(information for FileLogger and warning for SyslogLogger). However, this was
not the case and not setting the severity resulted in a configuration error.
This commit changes the default value to be information for all loggers.
When Icinga 2 is started as a service, the early log messages generated
until the FileLogger object is activated are lost and make it really
hard to debug issues that (only) occur when Icinga 2 reloads.
With this commit, these early log messages are written to the Windows
Event Log.
Even if a double represents an integer value, it might not be safe to cast it
to long long as it may overflow the type. Instead just use print the double
value with 0 decimals using std::setprecision.
Before:
<1> => 18446744073709551616.to_string()
"-9223372036854775808"
After:
<1> => 18446744073709551616.to_string()
"18446744073709551616"
Fixes the following build error:
/home/jbrost/dev/icinga2/lib/base/stdiostream.cpp: In member function ‘virtual size_t icinga::StdioStream::Read(void*, size_t, bool)’:
/home/jbrost/dev/icinga2/lib/base/stdiostream.cpp:28:15: error: invalid use of incomplete type ‘std::iostream’ {aka ‘class std::basic_iostream<char>’}
28 | m_InnerStream->read(static_cast<char *>(buffer), size);
| ^~
Boost.Beast changed the signature of
boost::beast::http::basic_fields::set in version 1.74 so that no longer
allows passing an icinga::String instance as value. This adds a
conversion function so that it works again.
When a CRL is specified in the ApiListener configuration, Icinga 2 only
used it when connections were established so far, but not when a
certificate is requested. This allows a node to automatically renew a
revoked certificate if it meets the other conditions for auto-renewal
(issued before 2017 or expires in less than 30 days).
The function was never used and it's implementation contains a bug where
a buffer of too small size is used as a paramter to ERR_error_string.
According to the `man 3 ERR_error_info`, the buffer has to be at least
256 bytes in size.
Also the function seems of limited use as it allows to output the tag
object used with additional error information for exceptions in Boost.
However, you boost::get_error_info<>() just returns the value type but
not the full tag object from the exception.
The scientific notation is basically allowed in our performance data
parser. In an edge case where scientific notation is delivered with
an upercas E letter our parser does not recognize it and drops it as
false performance data.
The wrong interpretation as false performance data affects all parts of
the performance data, the value itself, the warning value, the critical
value, the minimum value and the maximum value.