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jmettraux/ruote
lib/ruote/exp/flow_expression.rb
Ruote::Exp.FlowExpression.pre_apply_child
def pre_apply_child(child_index, workitem, forget) child_fei = h.fei.merge( 'expid' => "#{h.fei['expid']}_#{child_index}", 'subid' => Ruote.generate_subid(h.fei.inspect)) h.children << child_fei unless forget msg = { 'fei' => child_fei, 'tree' => tree.last[child_inde...
ruby
def pre_apply_child(child_index, workitem, forget) child_fei = h.fei.merge( 'expid' => "#{h.fei['expid']}_#{child_index}", 'subid' => Ruote.generate_subid(h.fei.inspect)) h.children << child_fei unless forget msg = { 'fei' => child_fei, 'tree' => tree.last[child_inde...
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Used locally but also by ConcurrenceExpression, when preparing children before they get applied.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/flow_expression.rb#L965-L983
train
jmettraux/ruote
lib/ruote/exp/flow_expression.rb
Ruote::Exp.FlowExpression.apply_child
def apply_child(child_index, workitem, forget=false) msg = pre_apply_child(child_index, workitem, forget) persist_or_raise unless forget # no need to persist the parent (this) if the child is to be forgotten @context.storage.put_msg('apply', msg) end
ruby
def apply_child(child_index, workitem, forget=false) msg = pre_apply_child(child_index, workitem, forget) persist_or_raise unless forget # no need to persist the parent (this) if the child is to be forgotten @context.storage.put_msg('apply', msg) end
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Used by expressions when, well, applying a child expression of theirs.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/flow_expression.rb#L987-L995
train
jmettraux/ruote
lib/ruote/exp/flow_expression.rb
Ruote::Exp.FlowExpression.leave_tag
def leave_tag(workitem) unset_variable(h.tagname) Ruote::Workitem.new(workitem).send(:remove_tag, h.tagname) @context.storage.put_msg( 'left_tag', 'tag' => h.tagname, 'full_tag' => h.full_tagname, 'fei' => h.fei, 'workitem' => workitem) return unless h...
ruby
def leave_tag(workitem) unset_variable(h.tagname) Ruote::Workitem.new(workitem).send(:remove_tag, h.tagname) @context.storage.put_msg( 'left_tag', 'tag' => h.tagname, 'full_tag' => h.full_tagname, 'fei' => h.fei, 'workitem' => workitem) return unless h...
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Called when the expression is about to reply to its parent and wants to get rid of its tags.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/flow_expression.rb#L1041-L1085
train
jmettraux/ruote
lib/ruote/util/filter.rb
Ruote.RuleSession.do_merge
def do_merge(field, target, value) value = Rufus::Json.dup(value) if target.is_a?(Array) target.push(value) elsif value.is_a?(Hash) target.merge!(value) else # deal with non Hash target[field.split('.').last] = value end target.delete('~') target.dele...
ruby
def do_merge(field, target, value) value = Rufus::Json.dup(value) if target.is_a?(Array) target.push(value) elsif value.is_a?(Hash) target.merge!(value) else # deal with non Hash target[field.split('.').last] = value end target.delete('~') target.dele...
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Used by both _merge_to and _merge_from
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/util/filter.rb#L275-L289
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.tags
def tags variables ? Hash[variables.select { |k, v| Ruote.is_a_fei?(v) }] : nil end
ruby
def tags variables ? Hash[variables.select { |k, v| Ruote.is_a_fei?(v) }] : nil end
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Returns a hash tagname => fei of tags set at the root of the process instance. Returns nil if there is no defined root expression.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L153-L156
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.all_tags
def all_tags all_variables.remap do |(fei, vars), h| vars.each { |k, v| (h[k] ||= []) << v if Ruote.is_a_fei?(v) } end end
ruby
def all_tags all_variables.remap do |(fei, vars), h| vars.each { |k, v| (h[k] ||= []) << v if Ruote.is_a_fei?(v) } end end
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Returns a hash tagname => array of feis of all the tags set in the process instance.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L161-L166
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.wfid
def wfid l = [ @expressions, @errors, @stored_workitems ].find { |l| l.any? } l ? l.first.fei.wfid : nil end
ruby
def wfid l = [ @expressions, @errors, @stored_workitems ].find { |l| l.any? } l ? l.first.fei.wfid : nil end
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Returns the unique identifier for this process instance.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L197-L202
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.position
def position workitems.collect { |wi| r = [ wi.fei.sid, wi.participant_name ] params = (wi.fields['params'] || {}).dup params.delete('ref') if err = errors.find { |e| e.fei == wi.fei } params['error'] = err.message end r << params r } ...
ruby
def position workitems.collect { |wi| r = [ wi.fei.sid, wi.participant_name ] params = (wi.fields['params'] || {}).dup params.delete('ref') if err = errors.find { |e| e.fei == wi.fei } params['error'] = err.message end r << params r } ...
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Returns the 'position' of the process. pdef = Ruote.process_definition do alpha :task => 'clean car' end wfid = engine.launch(pdef) sleep 0.500 engine.process(wfid) # => [["0_0", "alpha", {"task"=>"clean car"}]] A process with concurrent branches will yield multiple 'positions'. It uses #work...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L255-L271
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.leaves
def leaves expressions.inject([]) { |a, exp| a.select { |e| ! exp.ancestor?(e.fei) } + [ exp ] } end
ruby
def leaves expressions.inject([]) { |a, exp| a.select { |e| ! exp.ancestor?(e.fei) } + [ exp ] } end
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Returns the expressions where the flow is currently, ak the leaves of the execution tree. Whereas #position only looks at participant expressions (and errors), #leaves looks at any expressions that is a leave (which has no child at this point). Returns an array of FlowExpression instances. (Note that they may h...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L283-L288
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.workitems
def workitems @expressions.select { |fexp| #fexp.is_a?(Ruote::Exp::ParticipantExpression) fexp.h.name == 'participant' }.collect { |fexp| Ruote::Workitem.new(fexp.h.applied_workitem) } end
ruby
def workitems @expressions.select { |fexp| #fexp.is_a?(Ruote::Exp::ParticipantExpression) fexp.h.name == 'participant' }.collect { |fexp| Ruote::Workitem.new(fexp.h.applied_workitem) } end
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Returns a list of the workitems currently 'out' to participants For example, with an instance of Ruote.process_definition do concurrence do alpha :task => 'clean car' bravo :task => 'sell car' end end calling engine.process(wfid).workitems will yield two workitems (alpha and bravo). ...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L326-L334
train
jmettraux/ruote
lib/ruote/dboard/process_status.rb
Ruote.ProcessStatus.to_dot
def to_dot(opts={}) s = [ "digraph \"process wfid #{wfid}\" {" ] @expressions.each { |e| s.push(*e.send(:to_dot, opts)) } @errors.each { |e| s.push(*e.send(:to_dot, opts)) } s << '}' s.join("\n") end
ruby
def to_dot(opts={}) s = [ "digraph \"process wfid #{wfid}\" {" ] @expressions.each { |e| s.push(*e.send(:to_dot, opts)) } @errors.each { |e| s.push(*e.send(:to_dot, opts)) } s << '}' s.join("\n") end
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Returns a 'dot' representation of the process. A graph describing the tree of flow expressions that compose the process.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/process_status.rb#L477-L485
train
jmettraux/ruote
lib/ruote/part/template.rb
Ruote.TemplateMixin.render_template
def render_template(template, flow_expression, workitem) template = (File.read(template) rescue nil) if is_a_file?(template) return render_default_template(workitem) unless template template = template.to_s workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.dollar_sub.s(t...
ruby
def render_template(template, flow_expression, workitem) template = (File.read(template) rescue nil) if is_a_file?(template) return render_default_template(workitem) unless template template = template.to_s workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.dollar_sub.s(t...
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Do the rendering.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/template.rb#L44-L54
train
jmettraux/ruote
lib/ruote/part/template.rb
Ruote.TemplateMixin.render_default_template
def render_default_template(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) s = [] s << "workitem for #{workitem['participant_name']}" s << '' s << Rufus::Json.pretty_encode(workitem['fei']) s << '' workitem['fields'].keys.sort.each do |key| s << " -...
ruby
def render_default_template(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) s = [] s << "workitem for #{workitem['participant_name']}" s << '' s << Rufus::Json.pretty_encode(workitem['fei']) s << '' workitem['fields'].keys.sort.each do |key| s << " -...
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Simply returns a pretty-printed view of the workitem
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/template.rb#L58-L71
train
jmettraux/ruote
lib/ruote/exp/fe_participant.rb
Ruote::Exp.ParticipantExpression.consider_participant_timers
def consider_participant_timers(p_info) return if h.has_timers # process definition takes precedence over participant defined timers. timers = nil [ :rtimers, :timers, :rtimeout ].each do |meth| pa = @context.plist.instantiate(p_info, :if_respond_to? => meth) next unless p...
ruby
def consider_participant_timers(p_info) return if h.has_timers # process definition takes precedence over participant defined timers. timers = nil [ :rtimers, :timers, :rtimeout ].each do |meth| pa = @context.plist.instantiate(p_info, :if_respond_to? => meth) next unless p...
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Determines and schedules timeout if any. Note that process definition timeout has priority over participant specified timeout.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_participant.rb#L279-L307
train
jmettraux/ruote
lib/ruote/part/local_participant.rb
Ruote.LocalParticipant.re_dispatch
def re_dispatch(wi=nil, opts=nil) wi, opts = [ nil, wi ] if wi.is_a?(Hash) && opts.nil? wi ||= workitem() opts ||= {} wi.h.re_dispatch_count = wi.h.re_dispatch_count.to_s.to_i + 1 msg = { 'action' => 'dispatch', 'fei' => wi.h.fei, 'workitem' => wi.to_h, '...
ruby
def re_dispatch(wi=nil, opts=nil) wi, opts = [ nil, wi ] if wi.is_a?(Hash) && opts.nil? wi ||= workitem() opts ||= {} wi.h.re_dispatch_count = wi.h.re_dispatch_count.to_s.to_i + 1 msg = { 'action' => 'dispatch', 'fei' => wi.h.fei, 'workitem' => wi.to_h, '...
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Use this method to re_dispatch the workitem. It takes two options :in and :at for "later re_dispatch". Look at the unschedule_re_dispatch method for an example of participant implementation that uses re_dispatch. Without one of those options, the method is a "reject".
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/local_participant.rb#L156-L183
train
jmettraux/ruote
lib/ruote/svc/error_handler.rb
Ruote.ErrorHandler.msg_handle
def msg_handle(msg, err) fexp = Ruote::Exp::FlowExpression.fetch( @context, msg['fei'] || msg['workitem']['fei'] ) rescue nil handle(msg, fexp, err) end
ruby
def msg_handle(msg, err) fexp = Ruote::Exp::FlowExpression.fetch( @context, msg['fei'] || msg['workitem']['fei'] ) rescue nil handle(msg, fexp, err) end
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As used by the dispatch pool and the worker.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/error_handler.rb#L59-L66
train
jmettraux/ruote
lib/ruote/svc/error_handler.rb
Ruote.ErrorHandler.msg_raise
def msg_raise(msg, err) fei = msg['fei'] wfid = msg['wfid'] || msg.fetch('fei', {})['wfid'] @context.storage.put_msg( 'raise', 'fei' => fei, 'wfid' => wfid, 'msg' => msg, 'error' => deflate(err, fei)) end
ruby
def msg_raise(msg, err) fei = msg['fei'] wfid = msg['wfid'] || msg.fetch('fei', {})['wfid'] @context.storage.put_msg( 'raise', 'fei' => fei, 'wfid' => wfid, 'msg' => msg, 'error' => deflate(err, fei)) end
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Packages the error in a 'raise' msg and places it in the storage, for a worker to pick it up. TODO: investigate: is it still used, relevant? (probably yes, ruote-swf)
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/error_handler.rb#L73-L84
train
jmettraux/ruote
lib/ruote/svc/error_handler.rb
Ruote.ErrorHandler.handle
def handle(msg, fexp, err) err = RaisedError.new(err) unless err.respond_to?(:backtrace) meta = err.is_a?(Ruote::MetaError) fei = msg['fei'] || (fexp.h.fei rescue nil) wfid = msg['wfid'] || (fei || {})['wfid'] # on_error ? return if ( ! meta) && fexp && fexp.handle_on_error(msg,...
ruby
def handle(msg, fexp, err) err = RaisedError.new(err) unless err.respond_to?(:backtrace) meta = err.is_a?(Ruote::MetaError) fei = msg['fei'] || (fexp.h.fei rescue nil) wfid = msg['wfid'] || (fei || {})['wfid'] # on_error ? return if ( ! meta) && fexp && fexp.handle_on_error(msg,...
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Called by msg_handle or action_handle.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/error_handler.rb#L108-L156
train
jmettraux/ruote
lib/ruote/svc/error_handler.rb
Ruote.ErrorHandler.deflate
def deflate(err, fei, fexp=nil) return err unless err.respond_to?(:backtrace) fexp ||= Ruote::Exp::FlowExpression.dummy('fei' => fei, 'original_tree' => nil) fexp.deflate(err) end
ruby
def deflate(err, fei, fexp=nil) return err unless err.respond_to?(:backtrace) fexp ||= Ruote::Exp::FlowExpression.dummy('fei' => fei, 'original_tree' => nil) fexp.deflate(err) end
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Returns a serializable hash with all the details of the error.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/error_handler.rb#L160-L168
train
jmettraux/ruote
lib/ruote/exp/fe_concurrence.rb
Ruote::Exp.ConcurrenceExpression.expected_count
def expected_count if h.ccount.nil? count_list_size elsif h.ccount >= 0 [ h.ccount, count_list_size ].min else # all but 1, 2, ... i = count_list_size + h.ccount i < 1 ? 1 : i end end
ruby
def expected_count if h.ccount.nil? count_list_size elsif h.ccount >= 0 [ h.ccount, count_list_size ].min else # all but 1, 2, ... i = count_list_size + h.ccount i < 1 ? 1 : i end end
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How many branch replies are expected before the concurrence is over ?
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_concurrence.rb#L449-L459
train
jmettraux/ruote
lib/ruote/exp/fe_concurrence.rb
Ruote::Exp.ConcurrenceExpression.merge_workitems
def merge_workitems(workitems, merge_type) workitems.inject(nil) do |t, wi| Ruote.merge_workitem(workitem_index(wi), t, wi, merge_type) end end
ruby
def merge_workitems(workitems, merge_type) workitems.inject(nil) do |t, wi| Ruote.merge_workitem(workitem_index(wi), t, wi, merge_type) end end
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Given a list of workitems and a merge_type, will merge according to the merge type. The return value is the merged workitem. (Still used when dealing with highest/lowest merge_type and legacy concurrence/citerator expressions)
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_concurrence.rb#L593-L598
train
jmettraux/ruote
lib/ruote/workitem.rb
Ruote.Workitem.as_json
def as_json(pretty=false) pretty ? Rufus::Json.pretty_encode(@h) : Rufus::Json.encode(@h) end
ruby
def as_json(pretty=false) pretty ? Rufus::Json.pretty_encode(@h) : Rufus::Json.encode(@h) end
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Encodes this workitem as JSON. If pretty is set to true, will output prettified JSON.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/workitem.rb#L385-L388
train
jmettraux/ruote
lib/ruote/workitem.rb
Ruote.Workitem.remove_tag
def remove_tag(tag) # it's a bit convoluted... trying to cope with potential inconsistencies # # normally, it should only be a tags.pop(), but since user have # access to the workitem and its fields... better be safe than sorry tags = (h.fields['__tags__'] || []) if index = tags.r...
ruby
def remove_tag(tag) # it's a bit convoluted... trying to cope with potential inconsistencies # # normally, it should only be a tags.pop(), but since user have # access to the workitem and its fields... better be safe than sorry tags = (h.fields['__tags__'] || []) if index = tags.r...
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Used by FlowExpression when leaving a tag.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/workitem.rb#L415-L429
train
jmettraux/ruote
lib/ruote/svc/dispatch_pool.rb
Ruote.DispatchPool.dispatch
def dispatch(msg) participant = @context.plist.lookup( msg['participant'] || msg['participant_name'], msg['workitem']) if @context['participant_threads_enabled'] == false || do_not_thread?(participant, msg) then do_dispatch(participant, msg) else do_thre...
ruby
def dispatch(msg) participant = @context.plist.lookup( msg['participant'] || msg['participant_name'], msg['workitem']) if @context['participant_threads_enabled'] == false || do_not_thread?(participant, msg) then do_dispatch(participant, msg) else do_thre...
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Dispatching the msg.
[ "Dispatching", "the", "msg", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/dispatch_pool.rb#L53-L66
train
jmettraux/ruote
lib/ruote/svc/dispatch_pool.rb
Ruote.DispatchPool.do_dispatch
def do_dispatch(participant, msg) do_raw_dispatch(participant, msg) rescue => err @context.error_handler.msg_handle(msg, err) end
ruby
def do_dispatch(participant, msg) do_raw_dispatch(participant, msg) rescue => err @context.error_handler.msg_handle(msg, err) end
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The raw dispatch work, wrapped in error handling.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/dispatch_pool.rb#L93-L99
train
jmettraux/ruote
lib/ruote/svc/dispatch_pool.rb
Ruote.DispatchPool.do_threaded_dispatch
def do_threaded_dispatch(participant, msg) msg = Rufus::Json.dup(msg) # # the thread gets its own copy of the message # (especially important if the main thread does something with # the message 'during' the dispatch) # Maybe at some point a limit on the number of dispatch ...
ruby
def do_threaded_dispatch(participant, msg) msg = Rufus::Json.dup(msg) # # the thread gets its own copy of the message # (especially important if the main thread does something with # the message 'during' the dispatch) # Maybe at some point a limit on the number of dispatch ...
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Wraps the call to do_dispatch in a thread.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/dispatch_pool.rb#L103-L116
train
jmettraux/ruote
lib/ruote/svc/dispatch_pool.rb
Ruote.DispatchPool.dispatch_cancel
def dispatch_cancel(msg) flavour = msg['flavour'] participant = @context.plist.instantiate(msg['participant']) result = begin Ruote.participant_send( participant, [ :on_cancel, :cancel ], 'fei' => Ruote::FlowExpressionId.new(msg['fei']), 'flavour' =>...
ruby
def dispatch_cancel(msg) flavour = msg['flavour'] participant = @context.plist.instantiate(msg['participant']) result = begin Ruote.participant_send( participant, [ :on_cancel, :cancel ], 'fei' => Ruote::FlowExpressionId.new(msg['fei']), 'flavour' =>...
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Instantiates the participant and calls its cancel method.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/dispatch_pool.rb#L134-L157
train
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.receive
def receive(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.storage.put_msg( 'receive', 'fei' => workitem['fei'], 'workitem' => workitem, 'participant_name' => workitem['participant_name'], 'receiver' => sign) end
ruby
def receive(workitem) workitem = workitem.to_h if workitem.respond_to?(:to_h) @context.storage.put_msg( 'receive', 'fei' => workitem['fei'], 'workitem' => workitem, 'participant_name' => workitem['participant_name'], 'receiver' => sign) end
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This method pipes back a workitem into the engine, letting it resume in its flow, hopefully.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L75-L85
train
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.flunk
def flunk(workitem, error_class_or_instance_or_message, *err_arguments) err = error_class_or_instance_or_message trace = Ruote.pop_trace(err_arguments) err = case err when Exception err when Class err.new(*err_arguments) when String ...
ruby
def flunk(workitem, error_class_or_instance_or_message, *err_arguments) err = error_class_or_instance_or_message trace = Ruote.pop_trace(err_arguments) err = case err when Exception err when Class err.new(*err_arguments) when String ...
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Can be used to raise an error in the workflow instance. Can be called either with an error class and arguments, either with an error instance (and no arguments), or a string message and no arguments. The workitem can be either an instance of Ruote::Workitem or a workitem in its Hash representation. receiver....
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L116-L163
train
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.launch
def launch(process_definition, fields={}, variables={}, root_stash=nil) #puts caller.select { |l| # ! (l.match(/test\/unit[\.\/]/) or l.match(/\/rspec-core-/)) #} if @context.logger.noisy # # this is useful when noisy and running through a set of tests wfid = fields[:wfid] || ...
ruby
def launch(process_definition, fields={}, variables={}, root_stash=nil) #puts caller.select { |l| # ! (l.match(/test\/unit[\.\/]/) or l.match(/\/rspec-core-/)) #} if @context.logger.noisy # # this is useful when noisy and running through a set of tests wfid = fields[:wfid] || ...
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Given a process definitions and optional initial fields and variables, launches a new process instance. This method is mostly used from the Ruote::Dashboard class (which includes this mixin). process_definition must be a result of Ruote.process_definition call or XML or JSON serialized process definition, as acc...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L186-L211
train
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.fetch_flow_expression
def fetch_flow_expression(workitem_or_fei) Ruote::Exp::FlowExpression.fetch( @context, Ruote::FlowExpressionId.extract_h(workitem_or_fei)) end
ruby
def fetch_flow_expression(workitem_or_fei) Ruote::Exp::FlowExpression.fetch( @context, Ruote::FlowExpressionId.extract_h(workitem_or_fei)) end
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Convenience method, given a workitem or a fei, returns the corresponding flow expession.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L225-L230
train
jmettraux/ruote
lib/ruote/receiver/base.rb
Ruote.ReceiverMixin.stash_get
def stash_get(workitem_or_fei, key=nil) stash = fetch_flow_expression(workitem_or_fei).h['stash'] rescue nil stash ||= {} key ? stash[key] : stash end
ruby
def stash_get(workitem_or_fei, key=nil) stash = fetch_flow_expression(workitem_or_fei).h['stash'] rescue nil stash ||= {} key ? stash[key] : stash end
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Fetches back a stashed value. get(fei, 'colour') # => 'blue' To return the whole stash get(fei) # => { 'colour' => 'blue' } put & get are useful for a participant that needs to communicate between its consume and its cancel.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/receiver/base.rb#L306-L312
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.inactive?
def inactive? # the cheaper tests first return false if @msgs.size > 0 return false unless @context.storage.empty?('schedules') return false unless @context.storage.empty?('msgs') wfids = @context.storage.get_many('expressions').collect { |exp| exp['fei']['wfid'] } ...
ruby
def inactive? # the cheaper tests first return false if @msgs.size > 0 return false unless @context.storage.empty?('schedules') return false unless @context.storage.empty?('msgs') wfids = @context.storage.get_many('expressions').collect { |exp| exp['fei']['wfid'] } ...
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Returns true if the engine system is inactive, ie if all the process instances are terminated or are stuck in an error. NOTE : for now, if a branch of a process is in error while another is still running, this method will consider the process instance inactive (and it will return true if all the processes are cons...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L149-L166
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.turn_schedule_to_msg
def turn_schedule_to_msg(schedule) return false unless @storage.reserve(schedule) msg = Ruote.fulldup(schedule['msg']) @storage.put_msg(msg.delete('action'), msg) true end
ruby
def turn_schedule_to_msg(schedule) return false unless @storage.reserve(schedule) msg = Ruote.fulldup(schedule['msg']) @storage.put_msg(msg.delete('action'), msg) true end
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Given a schedule, attempts to trigger it. It first tries to reserve the schedule. If the reservation fails (another worker was successful probably), false is returned. The schedule is triggered if the reservation was successful, true is returned.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L355-L364
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.process
def process(msg) return false unless @storage.reserve(msg) begin @context.pre_notify(msg) case msg['action'] when 'launch', 'apply', 'regenerate' launch(msg) when *EXP_ACTIONS Ruote::Exp::FlowExpression.do_action(@context, msg) w...
ruby
def process(msg) return false unless @storage.reserve(msg) begin @context.pre_notify(msg) case msg['action'] when 'launch', 'apply', 'regenerate' launch(msg) when *EXP_ACTIONS Ruote::Exp::FlowExpression.do_action(@context, msg) w...
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Processes one msg. Will return false immediately if the msg reservation failed (another worker grabbed the message. Else will execute the action ordered in the msg, and return true. Exceptions in execution are intercepted here and passed to the engine's (context's) error_handler.
[ "Processes", "one", "msg", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L376-L433
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.launch
def launch(msg) tree = msg['tree'] variables = msg['variables'] wi = msg['workitem'] exp_class = @context.expmap.expression_class(tree.first) # msg['wfid'] only: it's a launch # msg['fei']: it's a sub launch (a supplant ?) if is_launch?(msg, exp_class) name...
ruby
def launch(msg) tree = msg['tree'] variables = msg['variables'] wi = msg['workitem'] exp_class = @context.expmap.expression_class(tree.first) # msg['wfid'] only: it's a launch # msg['fei']: it's a sub launch (a supplant ?) if is_launch?(msg, exp_class) name...
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Works for both the 'launch' and the 'apply' msgs. Creates a new expression, gives and applies it with the workitem contained in the msg.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L440-L509
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.pause_process
def pause_process(msg) root = @storage.find_root_expression(msg['wfid']) return unless root @storage.put_msg( msg['action'] == 'pause_process' ? 'pause' : 'resume', 'fei' => root['fei'], 'wfid' => msg['wfid']) # it was triggered by {pause|resume}_process end
ruby
def pause_process(msg) root = @storage.find_root_expression(msg['wfid']) return unless root @storage.put_msg( msg['action'] == 'pause_process' ? 'pause' : 'resume', 'fei' => root['fei'], 'wfid' => msg['wfid']) # it was triggered by {pause|resume}_process end
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Handles 'pause_process' and 'resume_process'.
[ "Handles", "pause_process", "and", "resume_process", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L547-L557
train
jmettraux/ruote
lib/ruote/worker.rb
Ruote.Worker.reput
def reput(msg) if doc = msg['doc'] r = @storage.put(doc) return unless r.is_a?(Hash) doc['_rev'] = r['_rev'] reput(msg) elsif msg = msg['msg'] @storage.put_msg(msg['action'], msg) end end
ruby
def reput(msg) if doc = msg['doc'] r = @storage.put(doc) return unless r.is_a?(Hash) doc['_rev'] = r['_rev'] reput(msg) elsif msg = msg['msg'] @storage.put_msg(msg['action'], msg) end end
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Reputs a doc or a msg. Used by certain storage implementations to pass documents around workers or to reschedule msgs (see ruote-swf).
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/worker.rb#L566-L582
train
jmettraux/ruote
lib/ruote/exp/fe_filter.rb
Ruote::Exp.FilterExpression.block_filter
def block_filter return nil if tree.last.empty? tree.last.collect { |line| next 'or' if line.first == 'or' rule = line[1].remap { |(k, v), h| if v == nil h['field'] = k else h[k] = v end } rule['field'] ||= line.first...
ruby
def block_filter return nil if tree.last.empty? tree.last.collect { |line| next 'or' if line.first == 'or' rule = line[1].remap { |(k, v), h| if v == nil h['field'] = k else h[k] = v end } rule['field'] ||= line.first...
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Filter is passed in a block (which is not evaluted as a ruote branch but immediately translated into a filter. pdef = Ruote.process_definition do filter do field 'x', :type => 'string' field 'y', :type => 'number' end end Note : 'or' is OK pdef = Ruote.process_definition do fi...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_filter.rb#L599-L619
train
jmettraux/ruote
lib/ruote/exp/fe_filter.rb
Ruote::Exp.FilterExpression.one_line_filter
def one_line_filter if (attributes.keys - COMMON_ATT_KEYS - %w[ ref original_ref ]).empty? return nil end [ attributes.remap { |(k, v), h| if v.nil? h['field'] = k else h[k] = v end } ] end
ruby
def one_line_filter if (attributes.keys - COMMON_ATT_KEYS - %w[ ref original_ref ]).empty? return nil end [ attributes.remap { |(k, v), h| if v.nil? h['field'] = k else h[k] = v end } ] end
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Filter thanks to the attributes of the expression. pdef = Ruote.process_definition do filter 'x', :type => 'string', :record => true filter 'y', :type => 'number', :record => true end
[ "Filter", "thanks", "to", "the", "attributes", "of", "the", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_filter.rb#L662-L675
train
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.compile_variables
def compile_variables vars = h.parent_id ? parent.compile_variables : {} vars.merge!(h.variables) if h.variables vars end
ruby
def compile_variables vars = h.parent_id ? parent.compile_variables : {} vars.merge!(h.variables) if h.variables vars end
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Returns a fresh hash of all the variables visible from this expression. This is used mainly when forgetting an expression.
[ "Returns", "a", "fresh", "hash", "of", "all", "the", "variables", "visible", "from", "this", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L44-L50
train
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.unset_variable
def unset_variable(var, override=false) fexp, v = locate_set_var(var, override) || locate_var(var) fexp.un_set_variable(:unset, v, nil, (fexp.h.fei != h.fei)) if fexp end
ruby
def unset_variable(var, override=false) fexp, v = locate_set_var(var, override) || locate_var(var) fexp.un_set_variable(:unset, v, nil, (fexp.h.fei != h.fei)) if fexp end
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Unbinds a variables.
[ "Unbinds", "a", "variables", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L107-L112
train
jmettraux/ruote
lib/ruote/exp/ro_variables.rb
Ruote::Exp.FlowExpression.split_prefix
def split_prefix(var, prefix) if prefix.nil? m = VAR_PREFIX_REGEX.match(var.to_s) prefix = m[1] var = m[2] end [ var, prefix ] end
ruby
def split_prefix(var, prefix) if prefix.nil? m = VAR_PREFIX_REGEX.match(var.to_s) prefix = m[1] var = m[2] end [ var, prefix ] end
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Used by lookup_variable and set_variable to extract the prefix in a variable name
[ "Used", "by", "lookup_variable", "and", "set_variable", "to", "extract", "the", "prefix", "in", "a", "variable", "name" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_variables.rb#L160-L169
train
jmettraux/ruote
lib/ruote/dboard/mutation.rb
Ruote.Mutation.walk
def walk(fexp, tree) ftree = Ruote.compact_tree(@ps.current_tree(fexp)) if ftree[0] != tree[0] || ftree[1] != tree[1] # # if there is anything different between the current tree and the # desired tree, let's force a re-apply register(MutationPoint.new(fexp.fei, tree, :re_a...
ruby
def walk(fexp, tree) ftree = Ruote.compact_tree(@ps.current_tree(fexp)) if ftree[0] != tree[0] || ftree[1] != tree[1] # # if there is anything different between the current tree and the # desired tree, let's force a re-apply register(MutationPoint.new(fexp.fei, tree, :re_a...
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Look for mutation points in an expression and its children.
[ "Look", "for", "mutation", "points", "in", "an", "expression", "and", "its", "children", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/mutation.rb#L146-L183
train
jmettraux/ruote
lib/ruote/dboard/mutation.rb
Ruote.Mutation.walk_sequence
def walk_sequence(fexp, ftree, tree) i = fexp.child_ids.first ehead = ftree[2].take(i) ecurrent = ftree[2][i] etail = ftree[2].drop(i + 1) head = tree[2].take(i) current = tree[2][i] tail = tree[2].drop(i + 1) if ehead != head # # if the name and/or att...
ruby
def walk_sequence(fexp, ftree, tree) i = fexp.child_ids.first ehead = ftree[2].take(i) ecurrent = ftree[2][i] etail = ftree[2].drop(i + 1) head = tree[2].take(i) current = tree[2][i] tail = tree[2].drop(i + 1) if ehead != head # # if the name and/or att...
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Look for mutation points in any non-concurrent expression.
[ "Look", "for", "mutation", "points", "in", "any", "non", "-", "concurrent", "expression", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/dboard/mutation.rb#L244-L279
train
jmettraux/ruote
lib/ruote/exp/fe_cursor.rb
Ruote::Exp.CursorExpression.move_on
def move_on(workitem=h.applied_workitem) position = workitem['fei'] == h.fei ? -1 : Ruote::FlowExpressionId.child_id(workitem['fei']) position += 1 com, arg = get_command(workitem) return reply_to_parent(workitem) if com == 'break' case com when 'rewind', 'continue', '...
ruby
def move_on(workitem=h.applied_workitem) position = workitem['fei'] == h.fei ? -1 : Ruote::FlowExpressionId.child_id(workitem['fei']) position += 1 com, arg = get_command(workitem) return reply_to_parent(workitem) if com == 'break' case com when 'rewind', 'continue', '...
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Determines which child expression of the cursor is to be applied next.
[ "Determines", "which", "child", "expression", "of", "the", "cursor", "is", "to", "be", "applied", "next", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_cursor.rb#L259-L287
train
jmettraux/ruote
lib/ruote/exp/fe_cursor.rb
Ruote::Exp.CursorExpression.jump_to
def jump_to(workitem, position, arg) pos = Integer(arg) rescue nil return pos if pos != nil tree_children.each_with_index do |c, i| found = [ c[0], # exp_name c[1]['ref'], # ref c[1]['tag'], ...
ruby
def jump_to(workitem, position, arg) pos = Integer(arg) rescue nil return pos if pos != nil tree_children.each_with_index do |c, i| found = [ c[0], # exp_name c[1]['ref'], # ref c[1]['tag'], ...
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Jumps to an integer position, or the name of an expression or a tag name of a ref name.
[ "Jumps", "to", "an", "integer", "position", "or", "the", "name", "of", "an", "expression", "or", "a", "tag", "name", "of", "a", "ref", "name", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_cursor.rb#L299-L320
train
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.clear
def clear %w[ msgs schedules errors expressions workitems ].each do |type| purge_type!(type) end end
ruby
def clear %w[ msgs schedules errors expressions workitems ].each do |type| purge_type!(type) end end
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Used when doing integration tests, removes all msgs, schedules, errors, expressions and workitems. NOTE that it doesn't remove engine variables (danger)
[ "Used", "when", "doing", "integration", "tests", "removes", "all", "msgs", "schedules", "errors", "expressions", "and", "workitems", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L267-L272
train
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.remove_process
def remove_process(wfid) 2.times do # two passes Thread.pass %w[ schedules expressions errors workitems ].each do |type| get_many(type, wfid).each { |d| delete(d) } end doc = get_trackers doc['trackers'].delete_if { |k, v| k.end_with?("!#{wfid}") } ...
ruby
def remove_process(wfid) 2.times do # two passes Thread.pass %w[ schedules expressions errors workitems ].each do |type| get_many(type, wfid).each { |d| delete(d) } end doc = get_trackers doc['trackers'].delete_if { |k, v| k.end_with?("!#{wfid}") } ...
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Removes a process by removing all its schedules, expressions, errors, workitems and trackers. Warning: will not trigger any cancel behaviours at all, just removes the process.
[ "Removes", "a", "process", "by", "removing", "all", "its", "schedules", "expressions", "errors", "workitems", "and", "trackers", "." ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L280-L297
train
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.prepare_msg_doc
def prepare_msg_doc(action, options) # merge! is way faster than merge (no object creation probably) @counter ||= 0 t = Time.now.utc ts = "#{t.strftime('%Y-%m-%d')}!#{t.to_i}.#{'%06d' % t.usec}" _id = "#{$$}!#{Thread.current.object_id}!#{ts}!#{'%03d' % @counter}" @counter = (@cou...
ruby
def prepare_msg_doc(action, options) # merge! is way faster than merge (no object creation probably) @counter ||= 0 t = Time.now.utc ts = "#{t.strftime('%Y-%m-%d')}!#{t.to_i}.#{'%06d' % t.usec}" _id = "#{$$}!#{Thread.current.object_id}!#{ts}!#{'%03d' % @counter}" @counter = (@cou...
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Used by put_msg
[ "Used", "by", "put_msg" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L310-L329
train
jmettraux/ruote
lib/ruote/storage/base.rb
Ruote.StorageBase.prepare_schedule_doc
def prepare_schedule_doc(flavour, owner_fei, s, msg) at = if s.is_a?(Time) # at or every s elsif Ruote.cron_string?(s) # cron Rufus::Scheduler::CronLine.new(s).next_time(Time.now + 1) else # at or every Ruote.s_to_at(s) end at = at.utc if at <= Time.now.utc ...
ruby
def prepare_schedule_doc(flavour, owner_fei, s, msg) at = if s.is_a?(Time) # at or every s elsif Ruote.cron_string?(s) # cron Rufus::Scheduler::CronLine.new(s).next_time(Time.now + 1) else # at or every Ruote.s_to_at(s) end at = at.utc if at <= Time.now.utc ...
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Used by put_schedule
[ "Used", "by", "put_schedule" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/storage/base.rb#L333-L362
train
jmettraux/ruote
lib/ruote/exp/ro_on_x.rb
Ruote::Exp.FlowExpression.handle_on_error
def handle_on_error(msg, error) return false if h.state == 'failing' err = deflate(error) oe_parent = lookup_on_error(err) return false unless oe_parent # no parent with on_error attribute found handler = oe_parent.local_on_error(err) return false if handler.to_s == '' ...
ruby
def handle_on_error(msg, error) return false if h.state == 'failing' err = deflate(error) oe_parent = lookup_on_error(err) return false unless oe_parent # no parent with on_error attribute found handler = oe_parent.local_on_error(err) return false if handler.to_s == '' ...
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Looks up parent with on_error attribute and triggers it
[ "Looks", "up", "parent", "with", "on_error", "attribute", "and", "triggers", "it" ]
30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_on_x.rb#L68-L105
train
jmettraux/ruote
lib/ruote/exp/ro_on_x.rb
Ruote::Exp.FlowExpression.local_on_error
def local_on_error(err) if h.on_error.is_a?(String) or Ruote.is_tree?(h.on_error) return h.on_error end if h.on_error.is_a?(Array) # all for the 'on_error' expression # see test/functional/eft_38_ h.on_error.each do |oe| if (he = HandlerEntry.new(oe)).ma...
ruby
def local_on_error(err) if h.on_error.is_a?(String) or Ruote.is_tree?(h.on_error) return h.on_error end if h.on_error.is_a?(Array) # all for the 'on_error' expression # see test/functional/eft_38_ h.on_error.each do |oe| if (he = HandlerEntry.new(oe)).ma...
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Given an error, returns the on_error registered for it, or nil if none.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_on_x.rb#L167-L188
train
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.remove
def remove(tracker_ids, wfid) return if tracker_ids.empty? doc ||= @context.storage.get_trackers(wfid) return if (doc['trackers'].keys & tracker_ids).empty? doc['wfid'] = wfid # a little helper for some some storage implementations like ruote-swf # they need to know what work...
ruby
def remove(tracker_ids, wfid) return if tracker_ids.empty? doc ||= @context.storage.get_trackers(wfid) return if (doc['trackers'].keys & tracker_ids).empty? doc['wfid'] = wfid # a little helper for some some storage implementations like ruote-swf # they need to know what work...
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Removes a set of tracker ids and updated the tracker document.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L110-L127
train
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.on_message
def on_message(pre, message) m_wfid = message['wfid'] || (message['fei']['wfid'] rescue nil) m_error = message['error'] m_action = message['action'] m_action = "pre_#{m_action}" if pre msg = m_action == 'error_intercepted' ? message['msg'] : message ids_to_remove = [] trac...
ruby
def on_message(pre, message) m_wfid = message['wfid'] || (message['fei']['wfid'] rescue nil) m_error = message['error'] m_action = message['action'] m_action = "pre_#{m_action}" if pre msg = m_action == 'error_intercepted' ? message['msg'] : message ids_to_remove = [] trac...
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The method behind on_pre_msg and on_msg. Filters msgs against trackers. Triggers trackers if there is a match.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L132-L178
train
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.alter
def alter(m_wfid, m_error, m_action, msg, tracker) case tracker['msg'].delete('_alter') when 'merge' then msg.merge!(tracker['msg']) #else ... end end
ruby
def alter(m_wfid, m_error, m_action, msg, tracker) case tracker['msg'].delete('_alter') when 'merge' then msg.merge!(tracker['msg']) #else ... end end
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Alters the msg, only called in "pre" mode.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L182-L188
train
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.trigger
def trigger(m_wfid, m_error, m_action, msg, tracker) t_action = tracker['action'] tracker_id = tracker['id'] m = Ruote.fulldup(tracker['msg']) action = m.delete('action') m['wfid'] = m_wfid if m['wfid'] == 'replace' m['wfid'] ||= @context.wfidgen.generate m['workitem'] = m...
ruby
def trigger(m_wfid, m_error, m_action, msg, tracker) t_action = tracker['action'] tracker_id = tracker['id'] m = Ruote.fulldup(tracker['msg']) action = m.delete('action') m['wfid'] = m_wfid if m['wfid'] == 'replace' m['wfid'] ||= @context.wfidgen.generate m['workitem'] = m...
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Prepares the message that gets placed on the ruote msg queue.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L192-L220
train
jmettraux/ruote
lib/ruote/svc/tracker.rb
Ruote.Tracker.does_match?
def does_match?(msg, conditions) return true unless conditions conditions.each do |k, v| return false unless Array(v).find do |vv| # the Array(v) is for backward compatibility, although newer # track conditions are already stored as arrays. vv = Ruote.regex_or_s(vv...
ruby
def does_match?(msg, conditions) return true unless conditions conditions.each do |k, v| return false unless Array(v).find do |vv| # the Array(v) is for backward compatibility, although newer # track conditions are already stored as arrays. vv = Ruote.regex_or_s(vv...
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Given a msg and a hash of conditions, returns true if the msg matches the conditions.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/tracker.rb#L236-L262
train
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.on_msg
def on_msg(msg) puts(fancy_print(msg, @noisy)) if @noisy return if msg['action'] == 'noop' @mutex.synchronize do @seen << msg @log << msg while @log.size > @log_max; @log.shift; end while @seen.size > @log_max; @seen.shift; end end end
ruby
def on_msg(msg) puts(fancy_print(msg, @noisy)) if @noisy return if msg['action'] == 'noop' @mutex.synchronize do @seen << msg @log << msg while @log.size > @log_max; @log.shift; end while @seen.size > @log_max; @seen.shift; end end end
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The context will call this method for each msg sucessfully processed by the worker.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L96-L110
train
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.wait_for
def wait_for(interests, opts={}) @waiting << [ Thread.current, interests ] Thread.current['__result__'] = nil start = Time.now to = opts[:timeout] || @timeout to = nil if to.nil? || to <= 0 loop do raise( Ruote::LoggerTimeout.new(interests, to) ) if to ...
ruby
def wait_for(interests, opts={}) @waiting << [ Thread.current, interests ] Thread.current['__result__'] = nil start = Time.now to = opts[:timeout] || @timeout to = nil if to.nil? || to <= 0 loop do raise( Ruote::LoggerTimeout.new(interests, to) ) if to ...
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Blocks until one or more interests are satisfied. interests must be an array of interests. Please refer to Dashboard#wait_for documentation for allowed values of each interest. If multiple interests are given, wait_for blocks until all of the interests are satisfied. wait_for may only be used by one thread at a...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L140-L164
train
jmettraux/ruote
lib/ruote/log/wait_logger.rb
Ruote.WaitLogger.matches
def matches(interests, msg) action = msg['action'] interests.each do |interest| satisfied = case interest when :or_error # # let's force an immediate reply interests.clear if action == 'error_intercepted' when :inactive (FINA...
ruby
def matches(interests, msg) action = msg['action'] interests.each do |interest| satisfied = case interest when :or_error # # let's force an immediate reply interests.clear if action == 'error_intercepted' when :inactive (FINA...
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Checks whether message msg matches any of interests being waited for. Some interests look for actions on particular workflows (e.g., waiting for some workflow to finish). Other interests are not attached to any particular workflow (e.g., :inactive waits until the engine finishes processing all active and pending w...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/log/wait_logger.rb#L221-L282
train
jmettraux/ruote
lib/ruote/context.rb
Ruote.Context.has_service?
def has_service?(service_name) service_name = service_name.to_s service_name = "s_#{service_name}" if ! SERVICE_PREFIX.match(service_name) @services.has_key?(service_name) end
ruby
def has_service?(service_name) service_name = service_name.to_s service_name = "s_#{service_name}" if ! SERVICE_PREFIX.match(service_name) @services.has_key?(service_name) end
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Returns true if this context has a given service registered.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/context.rb#L216-L222
train
jmettraux/ruote
lib/ruote/exp/ro_persist.rb
Ruote::Exp.FlowExpression.do_p
def do_p(pers) case r = pers ? try_persist : try_unpersist when true false # do not go on when Hash self.h = r self.send("do_#{@msg['action']}", @msg) if @msg false # do not go on else true # success, do go on end end
ruby
def do_p(pers) case r = pers ? try_persist : try_unpersist when true false # do not go on when Hash self.h = r self.send("do_#{@msg['action']}", @msg) if @msg false # do not go on else true # success, do go on end end
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Does persist or unpersist, if successful then returns true. If the expression is gone, returns false. If there is a 'fresher' version of the expression, re-attempt and returns false.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/ro_persist.rb#L151-L163
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.on_workitem
def on_workitem doc = workitem.to_h doc.merge!( 'type' => 'workitems', '_id' => to_id(doc['fei']), 'participant_name' => doc['participant_name'], 'wfid' => doc['fei']['wfid']) doc['store_name'] = @store_name if @store_name @context.storage.put(doc, :update_rev...
ruby
def on_workitem doc = workitem.to_h doc.merge!( 'type' => 'workitems', '_id' => to_id(doc['fei']), 'participant_name' => doc['participant_name'], 'wfid' => doc['fei']['wfid']) doc['store_name'] = @store_name if @store_name @context.storage.put(doc, :update_rev...
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This is the method called by ruote when passing a workitem to this participant.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L80-L93
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.proceed
def proceed(workitem) r = remove_workitem('proceed', workitem) return proceed(workitem) if r != nil workitem.h.delete('_rev') reply_to_engine(workitem) end
ruby
def proceed(workitem) r = remove_workitem('proceed', workitem) return proceed(workitem) if r != nil workitem.h.delete('_rev') reply_to_engine(workitem) end
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Removes the workitem from the storage and replies to the engine.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L155-L164
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.flunk
def flunk(workitem, err_class_or_instance, *err_arguments) r = remove_workitem('reject', workitem) return flunk(workitem) if r != nil workitem.h.delete('_rev') super(workitem, err_class_or_instance, *err_arguments) end
ruby
def flunk(workitem, err_class_or_instance, *err_arguments) r = remove_workitem('reject', workitem) return flunk(workitem) if r != nil workitem.h.delete('_rev') super(workitem, err_class_or_instance, *err_arguments) end
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Removes the workitem and hands it back to the flow with an error to raise for the participant expression that emitted the workitem.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L169-L178
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.all
def all(opts={}) res = fetch_all(opts) res.is_a?(Array) ? res.map { |hwi| Ruote::Workitem.new(hwi) } : res end
ruby
def all(opts={}) res = fetch_all(opts) res.is_a?(Array) ? res.map { |hwi| Ruote::Workitem.new(hwi) } : res end
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Returns all the workitems stored in here.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L209-L214
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.by_wfid
def by_wfid(wfid, opts={}) if @context.storage.respond_to?(:by_wfid) return @context.storage.by_wfid('workitems', wfid, opts) end wis(@context.storage.get_many('workitems', wfid, opts)) end
ruby
def by_wfid(wfid, opts={}) if @context.storage.respond_to?(:by_wfid) return @context.storage.by_wfid('workitems', wfid, opts) end wis(@context.storage.get_many('workitems', wfid, opts)) end
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Return all workitems for the specified wfid
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L226-L233
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.by_participant
def by_participant(participant_name, opts={}) return @context.storage.by_participant( 'workitems', participant_name, opts ) if @context.storage.respond_to?(:by_participant) do_select(opts) do |hwi| hwi['participant_name'] == participant_name end end
ruby
def by_participant(participant_name, opts={}) return @context.storage.by_participant( 'workitems', participant_name, opts ) if @context.storage.respond_to?(:by_participant) do_select(opts) do |hwi| hwi['participant_name'] == participant_name end end
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Returns all workitems for the specified participant name
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L237-L246
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.query
def query(criteria) cr = Ruote.keys_to_s(criteria) if @context.storage.respond_to?(:query_workitems) return @context.storage.query_workitems(cr) end opts = {} opts[:skip] = cr.delete('offset') || cr.delete('skip') opts[:limit] = cr.delete('limit') opts[:count] = cr.d...
ruby
def query(criteria) cr = Ruote.keys_to_s(criteria) if @context.storage.respond_to?(:query_workitems) return @context.storage.query_workitems(cr) end opts = {} opts[:skip] = cr.delete('offset') || cr.delete('skip') opts[:limit] = cr.delete('limit') opts[:count] = cr.d...
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Queries the store participant for workitems. Some examples : part.query(:wfid => @wfid).size part.query('place' => 'nara').size part.query('place' => 'heiankyou').size part.query(:wfid => @wfid, :place => 'heiankyou').size There are two 'reserved' criterion : 'wfid' and 'participant' ('participant_nam...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L290-L320
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.per_participant_count
def per_participant_count per_participant.remap { |(k, v), h| h[k] = v.size } end
ruby
def per_participant_count per_participant.remap { |(k, v), h| h[k] = v.size } end
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Mostly a test method. Returns a Hash were keys are participant names and values are integers, the count of workitems for a given participant name.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L356-L359
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.delegate
def delegate(workitem, new_owner) hwi = fetch(workitem) fail ArgumentError.new( "workitem not found" ) if hwi == nil fail ArgumentError.new( "cannot delegate, workitem doesn't belong to anyone" ) if hwi['owner'] == nil fail ArgumentError.new( "cannot deleg...
ruby
def delegate(workitem, new_owner) hwi = fetch(workitem) fail ArgumentError.new( "workitem not found" ) if hwi == nil fail ArgumentError.new( "cannot delegate, workitem doesn't belong to anyone" ) if hwi['owner'] == nil fail ArgumentError.new( "cannot deleg...
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Delegates a currently owned workitem to a new owner. Fails if the workitem can't be found, belongs to noone, or if the workitem passed as argument is out of date (got modified in the mean time). It's OK to delegate to nil, thus freeing the workitem. See #reserve for an an explanation of the reserve/delegate/pro...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L405-L430
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.do_select
def do_select(opts, &block) skip = opts[:offset] || opts[:skip] limit = opts[:limit] count = opts[:count] hwis = fetch_all({}) hwis = hwis.select(&block) hwis = hwis[skip..-1] if skip hwis = hwis[0, limit] if limit return hwis.size if count hwis.collect { |hwi|...
ruby
def do_select(opts, &block) skip = opts[:offset] || opts[:skip] limit = opts[:limit] count = opts[:count] hwis = fetch_all({}) hwis = hwis.select(&block) hwis = hwis[skip..-1] if skip hwis = hwis[0, limit] if limit return hwis.size if count hwis.collect { |hwi|...
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Given a few options and a block, returns all the workitems that match the block
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L457-L472
train
jmettraux/ruote
lib/ruote/part/storage_participant.rb
Ruote.StorageParticipant.to_id
def to_id(fei) a = [ Ruote.to_storage_id(fei) ] a.unshift(@store_name) if @store_name a.unshift('wi') a.join('!') end
ruby
def to_id(fei) a = [ Ruote.to_storage_id(fei) ] a.unshift(@store_name) if @store_name a.unshift('wi') a.join('!') end
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Computes the id for the document representing the document in the storage.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/storage_participant.rb#L476-L485
train
jmettraux/ruote
lib/ruote/exp/fe_command.rb
Ruote::Exp.CommandExpression.fetch_command_target
def fetch_command_target(exp=parent) case exp when nil then nil when Ruote::Exp::CommandedExpression then exp else fetch_command_target(exp.parent) end end
ruby
def fetch_command_target(exp=parent) case exp when nil then nil when Ruote::Exp::CommandedExpression then exp else fetch_command_target(exp.parent) end end
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Walks up the expression tree (process instance and returns the first expression that includes the CommandMixin (CommandExpression includes CommandMixin, but since it doesn't have children, no need to 'evince' it)
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_command.rb#L149-L156
train
jmettraux/ruote
lib/ruote/part/rev_participant.rb
Ruote.RevParticipant.lookup_code
def lookup_code wi = workitem rev = wi.params['revision'] || wi.params['rev'] [ [ wi.wf_name, wi.wf_revision, wi.participant_name, rev ], [ wi.wf_name, wi.wf_revision, wi.participant_name ], [ wi.wf_name, '', wi.participant_name ], [ wi.participant_name, rev ], ...
ruby
def lookup_code wi = workitem rev = wi.params['revision'] || wi.params['rev'] [ [ wi.wf_name, wi.wf_revision, wi.participant_name, rev ], [ wi.wf_name, wi.wf_revision, wi.participant_name ], [ wi.wf_name, '', wi.participant_name ], [ wi.participant_name, rev ], ...
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Maybe "lookup_real_participant_code" would be a better name...
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/part/rev_participant.rb#L143-L175
train
jmettraux/ruote
lib/ruote/exp/fe_if.rb
Ruote::Exp.IfExpression.reply
def reply(workitem) if workitem['fei'] == h.fei # apply --> reply h.test = attribute(:test) h.test = attribute(:t) if h.test.nil? h.test = attribute_text if h.test.nil? h.test = nil if h.test == '' offset = (h.test.nil? || Condition.true?(h.test)) ? 0 : 1 apply_...
ruby
def reply(workitem) if workitem['fei'] == h.fei # apply --> reply h.test = attribute(:test) h.test = attribute(:t) if h.test.nil? h.test = attribute_text if h.test.nil? h.test = nil if h.test == '' offset = (h.test.nil? || Condition.true?(h.test)) ? 0 : 1 apply_...
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called by 'else', 'then' or perhaps 'equals'
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/exp/fe_if.rb#L169-L193
train
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.unregister
def unregister(name_or_participant) code = nil entry = nil list = get_list name_or_participant = name_or_participant.to_s entry = list['list'].find { |re, pa| name_or_participant.match(re) } return nil unless entry code = entry.last if entry.last.is_a?(String) list[...
ruby
def unregister(name_or_participant) code = nil entry = nil list = get_list name_or_participant = name_or_participant.to_s entry = list['list'].find { |re, pa| name_or_participant.match(re) } return nil unless entry code = entry.last if entry.last.is_a?(String) list[...
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Removes a participant, given via its name or directly from this participant list. Called usually by Engine#unregister_participant.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L140-L164
train
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.lookup
def lookup(participant_name, workitem, opts={}) pinfo = participant_name.is_a?(String) ? lookup_info(participant_name, workitem) : participant_name instantiate(pinfo, opts) end
ruby
def lookup(participant_name, workitem, opts={}) pinfo = participant_name.is_a?(String) ? lookup_info(participant_name, workitem) : participant_name instantiate(pinfo, opts) end
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Returns a participant instance, or nil if there is no participant for the given participant name. Mostly a combination of #lookup_info and #instantiate.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L171-L177
train
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.lookup_info
def lookup_info(pname, workitem) return nil unless pname wi = workitem ? Ruote::Workitem.new(workitem.merge('participant_name' => pname)) : nil get_list['list'].each do |regex, pinfo| next unless pname.match(regex) return pinfo if workitem.nil? pa = instan...
ruby
def lookup_info(pname, workitem) return nil unless pname wi = workitem ? Ruote::Workitem.new(workitem.merge('participant_name' => pname)) : nil get_list['list'].each do |regex, pinfo| next unless pname.match(regex) return pinfo if workitem.nil? pa = instan...
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Given a participant name, returns participant details. Returns nil if there is no participant registered that covers the given participant name.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L184-L207
train
jmettraux/ruote
lib/ruote/svc/participant_list.rb
Ruote.ParticipantList.instantiate
def instantiate(pinfo, opts={}) return nil unless pinfo pa_class_name, options = pinfo if rp = options['require_path'] require(rp) end if lp = options['load_path'] load(lp) end pa_class = Ruote.constantize(pa_class_name) pa_m = pa_class.instance_method...
ruby
def instantiate(pinfo, opts={}) return nil unless pinfo pa_class_name, options = pinfo if rp = options['require_path'] require(rp) end if lp = options['load_path'] load(lp) end pa_class = Ruote.constantize(pa_class_name) pa_m = pa_class.instance_method...
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Returns an instance of a participant.
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30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c
https://github.com/jmettraux/ruote/blob/30a6bb88a4e48ed2e1b9089754f1c8be8c1a879c/lib/ruote/svc/participant_list.rb#L211-L234
train
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.create_user_playlist
def create_user_playlist(user_id, name, is_public = true) run(:post, "/v1/users/#{user_id}/playlists", [201], JSON.dump(name: name, public: is_public), false) end
ruby
def create_user_playlist(user_id, name, is_public = true) run(:post, "/v1/users/#{user_id}/playlists", [201], JSON.dump(name: name, public: is_public), false) end
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Create a playlist for a Spotify user. The playlist will be empty until you add tracks. Requires playlist-modify-public for a public playlist. Requires playlist-modify-private for a private playlist.
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2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L91-L93
train
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.add_user_tracks_to_playlist
def add_user_tracks_to_playlist(user_id, playlist_id, uris = [], position = nil) params = { uris: Array.wrap(uris)[0..99].join(',') } if position params.merge!(position: position) end run(:post, "/v1/users/#{user_id}/playlists/#{playlist_id}/tracks", [201], JSON.dump(params), false) ...
ruby
def add_user_tracks_to_playlist(user_id, playlist_id, uris = [], position = nil) params = { uris: Array.wrap(uris)[0..99].join(',') } if position params.merge!(position: position) end run(:post, "/v1/users/#{user_id}/playlists/#{playlist_id}/tracks", [201], JSON.dump(params), false) ...
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Add an Array of track uris to an existing playlist. Adding tracks to a user's public playlist requires authorization of the playlist-modify-public scope; adding tracks to a private playlist requires the playlist-modify-private scope. client.add_user_tracks_to_playlist('1181346016', '7i3thJWDtmX04dJhFwYb0x', %w(spo...
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2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L101-L107
train
icoretech/spotify-client
lib/spotify_client.rb
Spotify.Client.follow
def follow(type, ids) params = { type: type, ids: Array.wrap(ids).join(',') } run(:put, "/v1/me/following", [204], params) end
ruby
def follow(type, ids) params = { type: type, ids: Array.wrap(ids).join(',') } run(:put, "/v1/me/following", [204], params) end
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Follow artists or users client.follow('artist', ['0BvkDsjIUla7X0k6CSWh1I'])
[ "Follow", "artists", "or", "users" ]
2368530f0f509a5123c44d40f79a8ea11ce61394
https://github.com/icoretech/spotify-client/blob/2368530f0f509a5123c44d40f79a8ea11ce61394/lib/spotify_client.rb#L186-L189
train
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.url
def url url_params = { :host => @host, :port => @port, :path => "/_status", :query => "format=xml" } @ssl ? URI::HTTPS.build(url_params) : URI::HTTP.build(url_params) end
ruby
def url url_params = { :host => @host, :port => @port, :path => "/_status", :query => "format=xml" } @ssl ? URI::HTTPS.build(url_params) : URI::HTTP.build(url_params) end
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Create a new instance of the status class with the given options <b>Options:</b> * +host+ - the host for monit, defaults to +localhost+ * +port+ - the Monit port, defaults to +2812+ * +ssl+ - should we use SSL for the connection to Monit (default: false) * +auth+ - should authentication be used, defaults to false...
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ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L40-L43
train
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.get
def get uri = self.url http = Net::HTTP.new(uri.host, uri.port) if @ssl http.use_ssl = true http.verify_mode = OpenSSL::SSL::VERIFY_NONE end request = Net::HTTP::Get.new(uri.request_uri) if @auth request.basic_auth(@username, @password) end req...
ruby
def get uri = self.url http = Net::HTTP.new(uri.host, uri.port) if @ssl http.use_ssl = true http.verify_mode = OpenSSL::SSL::VERIFY_NONE end request = Net::HTTP::Get.new(uri.request_uri) if @auth request.basic_auth(@username, @password) end req...
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Get the status from Monit.
[ "Get", "the", "status", "from", "Monit", "." ]
ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L46-L75
train
matiaskorhonen/monit
lib/monit/status.rb
Monit.Status.parse
def parse(xml) @hash = Hash.from_xml(xml) @server = Server.new(@hash["monit"]["server"]) @platform = Platform.new(@hash["monit"]["platform"]) options = { :host => @host, :port => @port, :ssl => @ssl, :auth => @auth, :username => @us...
ruby
def parse(xml) @hash = Hash.from_xml(xml) @server = Server.new(@hash["monit"]["server"]) @platform = Platform.new(@hash["monit"]["platform"]) options = { :host => @host, :port => @port, :ssl => @ssl, :auth => @auth, :username => @us...
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Parse the XML from Monit into a hash and into a Ruby representation.
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ace938155259e269e4ba492bec6e24502d33a8cf
https://github.com/matiaskorhonen/monit/blob/ace938155259e269e4ba492bec6e24502d33a8cf/lib/monit/status.rb#L78-L102
train
berkshelf/solve
lib/solve/graph.rb
Solve.Graph.artifact
def artifact(name, version) unless artifact?(name, version) artifact = Artifact.new(self, name, version) @artifacts["#{name}-#{version}"] = artifact @artifacts_by_name[name] << artifact end @artifacts["#{name}-#{version}"] end
ruby
def artifact(name, version) unless artifact?(name, version) artifact = Artifact.new(self, name, version) @artifacts["#{name}-#{version}"] = artifact @artifacts_by_name[name] << artifact end @artifacts["#{name}-#{version}"] end
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Add an artifact to the graph @param [String] name @Param [String] version
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/graph.rb#L28-L36
train
berkshelf/solve
lib/solve/graph.rb
Solve.Graph.versions
def versions(name, constraint = Semverse::DEFAULT_CONSTRAINT) constraint = Semverse::Constraint.coerce(constraint) if constraint == Semverse::DEFAULT_CONSTRAINT @artifacts_by_name[name] else @artifacts_by_name[name].select do |artifact| constraint.satisfies?(artifact.version...
ruby
def versions(name, constraint = Semverse::DEFAULT_CONSTRAINT) constraint = Semverse::Constraint.coerce(constraint) if constraint == Semverse::DEFAULT_CONSTRAINT @artifacts_by_name[name] else @artifacts_by_name[name].select do |artifact| constraint.satisfies?(artifact.version...
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Return all the artifacts from the collection of artifacts with the given name. @param [String] name @return [Array<Solve::Artifact>]
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/graph.rb#L51-L61
train
berkshelf/solve
lib/solve/constraint.rb
Solve.Constraint.satisfies?
def satisfies?(target) target = Semverse::Version.coerce(target) return false if !(version == 0) && greedy_match?(target) compare(target) end
ruby
def satisfies?(target) target = Semverse::Version.coerce(target) return false if !(version == 0) && greedy_match?(target) compare(target) end
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Returns true or false if the given version would be satisfied by the version constraint. @param [Semverse::Version, #to_s] target @return [Boolean]
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/constraint.rb#L201-L207
train
berkshelf/solve
lib/solve/gecode_solver.rb
Solve.GecodeSolver.solve_demands
def solve_demands(demands_as_constraints) selector = DepSelector::Selector.new(ds_graph, (timeout_ms / 1000.0)) selector.find_solution(demands_as_constraints, all_artifacts) rescue DepSelector::Exceptions::InvalidSolutionConstraints => e report_invalid_constraints_error(e) rescue DepSelector::...
ruby
def solve_demands(demands_as_constraints) selector = DepSelector::Selector.new(ds_graph, (timeout_ms / 1000.0)) selector.find_solution(demands_as_constraints, all_artifacts) rescue DepSelector::Exceptions::InvalidSolutionConstraints => e report_invalid_constraints_error(e) rescue DepSelector::...
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Runs the solver with the set of demands given. If any DepSelector exceptions are raised, they are rescued and re-raised
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/gecode_solver.rb#L94-L111
train
berkshelf/solve
lib/solve/ruby_solver.rb
Solve.RubySolver.requirement_satisfied_by?
def requirement_satisfied_by?(requirement, activated, spec) version = spec.version return false unless requirement.constraint.satisfies?(version) shared_possibility_versions = possibility_versions(requirement, activated) return false if !shared_possibility_versions.empty? && !shared_possibility_...
ruby
def requirement_satisfied_by?(requirement, activated, spec) version = spec.version return false unless requirement.constraint.satisfies?(version) shared_possibility_versions = possibility_versions(requirement, activated) return false if !shared_possibility_versions.empty? && !shared_possibility_...
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Callback required by Molinillo Determines whether the given `requirement` is satisfied by the given `spec`, in the context of the current `activated` dependency graph. @param [Object] requirement @param [DependencyGraph] activated the current dependency graph in the resolution process. @param [Object] spec @r...
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/ruby_solver.rb#L171-L177
train
berkshelf/solve
lib/solve/ruby_solver.rb
Solve.RubySolver.possibility_versions
def possibility_versions(requirement, activated) activated.vertices.values.flat_map do |vertex| next unless vertex.payload next unless vertex.name == requirement.name if vertex.payload.respond_to?(:possibilities) vertex.payload.possibilities.map(&:version) else ...
ruby
def possibility_versions(requirement, activated) activated.vertices.values.flat_map do |vertex| next unless vertex.payload next unless vertex.name == requirement.name if vertex.payload.respond_to?(:possibilities) vertex.payload.possibilities.map(&:version) else ...
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Searches the current dependency graph to find previously activated requirements for the current artifact. @param [Object] requirement @param [DependencyGraph] activated the current dependency graph in the resolution process. @return [Array<Semverse::Version> the list of currently activated versions of this req...
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a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2
https://github.com/berkshelf/solve/blob/a0e03ede13e2f66b8dd6d0d34c9c9db70fba94d2/lib/solve/ruby_solver.rb#L187-L200
train
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.clock
def clock(frequency) options = {4000 => 0, #4 kHz 8000 => 32768, #8 kHz 15625 => 16384, #15.625 kHz 31250 => 8192, #31.25 kHz 62500 => 4096, #62.5 kHz 125000 => 2048, #125 kHz 2500...
ruby
def clock(frequency) options = {4000 => 0, #4 kHz 8000 => 32768, #8 kHz 15625 => 16384, #15.625 kHz 31250 => 8192, #31.25 kHz 62500 => 4096, #62.5 kHz 125000 => 2048, #125 kHz 2500...
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Sets the SPI clock frequency
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bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L64-L81
train
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.chip_select
def chip_select(chip=CHIP_SELECT_0) chip = @chip if @chip PiPiper.driver.spi_chip_select(chip) if block_given? begin yield ensure PiPiper.driver.spi_chip_select(CHIP_SELECT_NONE) end end end
ruby
def chip_select(chip=CHIP_SELECT_0) chip = @chip if @chip PiPiper.driver.spi_chip_select(chip) if block_given? begin yield ensure PiPiper.driver.spi_chip_select(CHIP_SELECT_NONE) end end end
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Activate a specific chip so that communication can begin When a block is provided, the chip is automatically deactivated after the block completes. When a block is not provided, the user is responsible for calling chip_select(CHIP_SELECT_NONE) @example With block (preferred) spi.chip_select do spi.write(0x...
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bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L113-L123
train
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.chip_select_active_low
def chip_select_active_low(active_low, chip=nil) chip = @chip if @chip chip = CHIP_SELECT_0 unless chip PiPiper.driver.spi_chip_select_polarity(chip, active_low ? 0 : 1) end
ruby
def chip_select_active_low(active_low, chip=nil) chip = @chip if @chip chip = CHIP_SELECT_0 unless chip PiPiper.driver.spi_chip_select_polarity(chip, active_low ? 0 : 1) end
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Configure the active state of the chip select line The default state for most chips is active low. "active low" means the clock line is kept high during idle, and goes low when communicating. "active high" means the clock line is kept low during idle, and goes high when communicating. @param [Boolean] active_lo...
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bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L135-L140
train
jwhitehorn/pi_piper
lib/pi_piper/spi.rb
PiPiper.Spi.write
def write(*args) case args.count when 0 raise ArgumentError, "missing arguments" when 1 data = args.first else data = args end enable do case data when Numeric PiPiper.driver.spi_transfer(data) when Enumerable ...
ruby
def write(*args) case args.count when 0 raise ArgumentError, "missing arguments" when 1 data = args.first else data = args end enable do case data when Numeric PiPiper.driver.spi_transfer(data) when Enumerable ...
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Write to the bus @example Write a single byte spi.write(0x22) @example Write multiple bytes spi.write(0x22, 0x33, 0x44) @return [Number|Array] data that came out of MISO during write
[ "Write", "to", "the", "bus" ]
bf17c88c8d27f87baf04868482b8082b6a8390ea
https://github.com/jwhitehorn/pi_piper/blob/bf17c88c8d27f87baf04868482b8082b6a8390ea/lib/pi_piper/spi.rb#L172-L192
train
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.add_subview
def add_subview(view_or_constant, opts={}) subviews_added = [] selected.each do |selected_view| created = false appended = false built = false if view_or_constant.is_a?(UIView) new_view = view_or_constant else created = true new_view = ...
ruby
def add_subview(view_or_constant, opts={}) subviews_added = [] selected.each do |selected_view| created = false appended = false built = false if view_or_constant.is_a?(UIView) new_view = view_or_constant else created = true new_view = ...
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This is used by build, create, and append. You really shouldn't use it directly. Although it's totally fine if you do @return [RMQ]
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L20-L73
train
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.find_or_append
def find_or_append(view_or_constant, style=nil, opts = {}, &block) if style && (q = self.find(style)) && q.length > 0 view_or_constant = q.get end append(view_or_constant, style, opts, &block) end
ruby
def find_or_append(view_or_constant, style=nil, opts = {}, &block) if style && (q = self.find(style)) && q.length > 0 view_or_constant = q.get end append(view_or_constant, style, opts, &block) end
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Same as append, but will look for a view with the same name and reapply styles to it if it finds one. If it doesn't, it'll append as normal. @example @my_button = rmq.find_or_append(UIButton, :my_button) @my_button = rmq.find_or_append(UIButton, :my_button) # Only one created
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L120-L126
train
infinitered/rmq
motion/ruby_motion_query/subviews.rb
RubyMotionQuery.RMQ.find_or_append!
def find_or_append!(view_or_constant, style=nil, opts = {}, &block) find_or_append(view_or_constant, style, opts, &block).get end
ruby
def find_or_append!(view_or_constant, style=nil, opts = {}, &block) find_or_append(view_or_constant, style, opts, &block).get end
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Same as append!, but will look for a view with the same name and reapply styles to it if it finds one. If it doesn't, it'll append! as normal. @example @my_button = rmq.find_or_append!(UIButton, :my_button) @my_button = rmq.find_or_append!(UIButton, :my_button) # Only one created
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a8329e1574ce3275c9fe56b91127c8b5e4b7693e
https://github.com/infinitered/rmq/blob/a8329e1574ce3275c9fe56b91127c8b5e4b7693e/motion/ruby_motion_query/subviews.rb#L134-L136
train