re = /(?<class>^(?<fully_qualified_class_name>(?<deliniator>(?<!\\)\\(?!\\)(?=(?P>fully_qualified_class_name))){0,1}[A-z_][\w]*)(?=::(?P>method)|$)|^(?<namespace>^(?P>fully_qualified_class_name)*)(?P>deliniator)(?P>fully_qualified_class_name)(?=::(?P>method)|$))(?<scope_resolution_operator>::(?=(?P>method)(?!$)))?(?<method>(?<=::)(?<operation>(?<mutator>[sS]et(?=[A-Z0-1_]|$))|(?<accessor>[gG]et(?=[A-Z0-1_]|$))|(?<condition>[iI]s(?=[A-Z0-1_]|$)|[hH]as(?=[A-Z0-1_]|$)))?_?(?<target>(?<=\w)\w*)|[A-z_]\w*)?$/m
str = '/Class and Namespace Capture
Nam_e
\\_Nam_e
Nam_e\\Spac_e
/Class Method and Namespace Capture
/With Operation and Target
Nam_e::set_Singular
\\Nam_e\\Spac_e::isSingular
\\Nam_e\\Spac_e::
/Class Method and Deep Namespace Capture
/Without Operation and Target
Nam_e\\Spac_e\\Accessible\\Caller\\Value::setsingular
\\Nam_e\\Spac_e\\Accessible\\Caller\\Value::singular
/Class Method and Deep Namespace Capture
/With Mutator Operation and Target
Nam_e\\Spac_e\\Accessible\\Caller\\Value::setSingular
/Class Method and Deep Namespace Capture
/With Accessor Operation and Target
Nam_e\\Spac_e\\Accessible\\Caller\\Value::get_singular
/Class Method and Deep Namespace Capture
/With Conditional Operation and Target
\\Nam_e\\Spac_e\\Accessible\\Caller\\Value::isSingular
Nam_e\\Spac_e\\Accessible\\Caller\\Value::has_Singular'
# Print the match result
str.scan(re) do |match|
puts match.to_s
end
Please keep in mind that these code samples are automatically generated and are not guaranteed to work. If you find any syntax errors, feel free to submit a bug report. For a full regex reference for Ruby, please visit: http://ruby-doc.org/core-2.2.0/Regexp.html