Class: TORQUE::Qstat
- Inherits:
-
Object
- Object
- TORQUE::Qstat
- Defined in:
- lib/torque_rm/qstat.rb
Defined Under Namespace
Classes: EnanchedOpenStruct, Job
Class Method Summary collapse
-
.fields ⇒ Object
initialize.
Instance Method Summary collapse
-
#display(hash = {}) ⇒ Object
query.
- #fields ⇒ Object
-
#initialize ⇒ Qstat
constructor
A new instance of Qstat.
- #mock(results) ⇒ Object
-
#query(hash = {}) ⇒ Object
hash can contain keys: type = :raw just print a string job_id = job.id it will print info only about the specified job job_ids = [“1.server”, “2.server”, “3.server”] get an array for requested jobs returns results which is an Array of Job.
Constructor Details
#initialize ⇒ Qstat
Returns a new instance of Qstat.
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# File 'lib/torque_rm/qstat.rb', line 251 def initialize # @parser = Parser.new #DEPRECATED # @transformer = Trans.new #DEPRECATED @last_query = nil #cache last query, it can be useful to generate some kind of statistics ? end |
Class Method Details
.fields ⇒ Object
initialize
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# File 'lib/torque_rm/qstat.rb', line 257 def self.fields FIELDS end |
Instance Method Details
#display(hash = {}) ⇒ Object
query
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# File 'lib/torque_rm/qstat.rb', line 317 def display(hash={}) query(hash) print_jobs_table(@last_query) end |
#fields ⇒ Object
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# File 'lib/torque_rm/qstat.rb', line 261 def fields FIELDS end |
#mock(results) ⇒ Object
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# File 'lib/torque_rm/qstat.rb', line 322 def mock(results) from_parselet_to_jobs(results) end |
#query(hash = {}) ⇒ Object
hash can contain keys: type = :raw just print a string job_id = job.id it will print info only about the specified job job_ids = [“1.server”, “2.server”, “3.server”] get an array for requested jobs returns results which is an Array of Job
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# File 'lib/torque_rm/qstat.rb', line 270 def query(hash={}) # result = TORQUE.server.qstat('-f') if hash[:type] == :raw TORQUE.server.qstat('-f').to_s #returns elsif hash[:type] == :xml TORQUE.server.qstat('-f','-x') #returns else # begin data_xml = Hash.from_xml(TORQUE.server.qstat('-f','-x').to_s) @last_query = if data_xml.nil? [] #returns else data_array = data_xml["Data"]["Job"].is_a?(Hash) ? [data_xml["Data"]["Job"]] : data_xml["Data"]["Job"] jobs = data_array.map do |job_xml| Job.new job_xml end # do if hash.key? :job_id # if hash[:job_id]..is_a? String jobs.select! {|job| (hash[:job_id].to_s == job.job_id || hash[:job_id].to_s == job.job_id.split(".").first)} # else # warn "You gave me #{hash[:job_id].class}, only String is supported." # end elsif hash.key? :job_ids if hash[:job_ids].is_a? Array jobs.select! {|job| (hash[:job_ids].include?(job.job_id) || hash[:job_ids].include?(job.job_id.split(".").first))} elsif hash[:job_ids].is_a? String warn "To be implemented for String object." else warm "To be implemented for #{hash[:job_ids].class}" end else jobs end end # else # puts result.to_s.inspect # puts result.to_s.gsub(/\n\t/,'').inspect # results = @transformer.apply(@parser.parse(result.to_s.gsub(/\n\t/,''))) # rescue Parslet::ParseFailed => failure # puts failure.cause.ascii_tree # end # results = [] if results.is_a?(String) && results.empty? # @last_query = from_parselet_to_jobs(results) end end |