Flow.create do |options| # Instantiate tests via the # interface func 'program_ckbd', :tname => 'PGM_CKBD', :tnum => 1000, :bin => 100, :soft_bin => 1100 func 'margin_read1_ckbd' # Control the build process based on # the current target if $dut.has_margin0_bug? func 'normal_read_ckbd' else func 'margin_read0_ckbd' end # Include a sub flow, example of # parameter passing import '../erase', :pulses => 6 # Render an ERB template, or raw # text file if $tester.j750? flow.render 'templates/j750/vt_flow', :include_tifr => true end log 'Should be v1' func :program_ckbd log 'Should be v2' func :program_ckbd, :duration => :dynamic log 'Should be v1' func :program_ckbd log 'Should be v2' func :program_ckbd, :duration => :dynamic log 'Should be a v1 test instance group' func :program_ckbd, :by_block => true log 'Should be a v2 test instance group' func :program_ckbd, :by_block => true, :duration => :dynamic log 'Should be a v1 test instance group' func :program_ckbd, :by_block => true log 'Should be a v2 test instance group' func :program_ckbd, :by_block => true, :duration => :dynamic # Test job conditions func :p1_only_test, :if_job => :p1 if_job [:p1, :p2] do func :p1_or_p2_only_test end func :not_p1_test, :unless_job => :p1 func :not_p1_or_p2_test, :unless_job => [:p1, :p2] unless_job [:p1, :p2] do func :another_not_p1_or_p2_test end log 'Verify that a test with an external instance works' por log 'Verify that a request to use the current context works' func :erase_all, :if_job => :p1 # Job should be P1 func :erase_all, :context => :current # Job should be P1 unless_job :p2 do func :erase_all, :context => :current # Job should be P1 func :erase_all # Job should be !P2 end # Deliver an initial erase pulse func :erase_all # Deliver additional erase pulses as required until it verifies, maximum of 5 additional pulses 5.times do |x| # Assign a unique id attribute to each verify so that we know which one we are talking about when # making other tests dependent on it. # When Origen sees the if_failed dependency on a future test it will be smart enough to inhibit the binning # on this test without having to explicitly declare that. func :margin_read1_all1, :id => "erase_vfy_#{x}" # Run this test only if the given verify failed func :erase_all, :if_failed => "erase_vfy_#{x}" end # A final verify to set the binning func :margin_read1_all1 log 'Test if enable' func :erase_all, :if_enable => 'do_erase' if_enable 'do_erase' do func :erase_all end log 'Test unless enable' func :erase_all, :unless_enable => 'no_extra_erase' unless_enable 'no_extra_erase' do func :erase_all func :erase_all end func :erase_all func :erase_all log 'Test if_passed' func :erase_all, :id => 'erase_passed_1' func :erase_all, :id => 'erase_passed_2' func :margin_read1_all1, :if_passed => 'erase_passed_1' if_passed 'erase_passed_2' do func :margin_read1_all1 end log 'Test unless_passed' func :erase_all, :id => 'erase_passed_3' func :erase_all, :id => 'erase_passed_4' func :margin_read1_all1, :unless_passed => 'erase_passed_3' unless_passed 'erase_passed_4' do func :margin_read1_all1 end log 'Test if_failed' func :erase_all, :id => 'erase_failed_1' func :erase_all, :id => 'erase_failed_2' func :margin_read1_all1, :if_failed => 'erase_failed_1' if_failed 'erase_failed_2' do func :margin_read1_all1 end log 'Test unless_failed' func :erase_all, :id => 'erase_failed_3' func :erase_all, :id => 'erase_failed_4' func :margin_read1_all1, :unless_failed => 'erase_failed_3' unless_failed 'erase_failed_4' do func :margin_read1_all1 end log 'Test if_ran' func :erase_all, :id => 'erase_ran_1' func :erase_all, :id => 'erase_ran_2' func :margin_read1_all1, :if_ran => 'erase_ran_1' if_ran 'erase_ran_2' do func :margin_read1_all1 end log 'Test unless_ran' func :erase_all, :id => 'erase_ran_3' func :erase_all, :id => 'erase_ran_4' func :margin_read1_all1, :unless_ran => 'erase_ran_3' unless_ran 'erase_ran_4' do func :margin_read1_all1 end log 'Verify that job context wraps import' if_job :fr do import '../erase' end log 'Verify that job context wraps enable block within an import' if_job :fr do import '../additional_erase' import '../additional_erase', :force => true end log 'Verify that flow.cz works...' func :margin_read1_all1, :pin_levels => :cz, :cz_setup => 'vbplus_sweep' log 'Verify that flow.cz works with enable words' if_enable 'usb_xcvr_cz' do func :xcvr_fs_vilvih, cz_setup: 'usb_fs_vil_cz' func :xcvr_fs_vilvih, cz_setup: 'usb_fs_vih_cz' end func :xcvr_fs_vilvih, cz_setup: 'usb_fs_vil_cz', if_enable: 'usb_xcvr_cz' func :xcvr_fs_vilvih, cz_setup: 'usb_fs_vih_cz', if_enable: 'usb_xcvr_cz' log 'Verify that MTO template works...' mto_memory :mto_read1_all1 if tester.uflex? log 'import statement' import 'temp' log 'direct call' meas :bgap_voltage_meas, tnum: 1050, bin: 119, soft_bin: 2, hi_limit: 45 meas :bgap_voltage_meas1 end if tester.j750? meas :lo_voltage, tnum: 1150, bin: 95, soft_bin: 5 meas :hi_voltage, pins: :hi_v, tnum: 1160, bin: 96, soft_bin: 6 meas :ps_leakage, pins: :power, tnum: 1170, bin: 97, soft_bin: 6 end log 'Speed binning example bug from video 5' group "200Mhz Tests", id: :g200 do test :test200_1 test :test200_2 test :test200_3 end group "100Mhz Tests", if_failed: :g200, id: :g100 do test :test100_1, bin: 5 test :test100_2, bin: 5 test :test100_3, bin: 5 end pass 2, if_ran: :g100 log 'Test node optimization within an if_failed branch' func :some_func_test, id: :sft1 if_failed :sft1 do bin 10, if_flag: "Alarm" bin 11, unless_flag: "Alarm" bin 12, if_enable: "AlarmEnabled" bin 13, unless_enable: "AlarmEnabled" end pass 1, description: "Good die!", softbin: 1 end