module OrigenTesters class IGXLBasedTester class Parser class TestInstance attr_accessor :parser TYPES = %w( functional board_pmu empty pin_pmu power_supply mto_memory ) TYPE_ALIASES = { functional_t: :functional, boardpmu_t: :board_pmu, nvmboardpmucal_t: :board_pmu, nvmboardpmumeasure_t: :board_pmu, empty_t: :empty, pinpmu_t: :pin_pmu, nvmpinpmucal_t: :pin_pmu, nvmpinpmumeas_t: :pin_pmu, powersupply_t: :power_supply, mto_memory_t: :mto_memory } attributes = %w( test_name proc_type proc_name proc_called_as dc_category dc_selector ac_category ac_selector time_sets edge_sets pin_levels overlay ) 80.times do |i| attributes << "arg#{i}" end attributes << 'comment' ATTRS = attributes ALIASES = { name: :test_name, functional: { pattern: :arg0, start_func: :arg1, pre_pat_func: :arg2, pre_test_func: :arg3, post_test_func: :arg4, post_pat_func: :arg5, end_func: :arg6, set_pass_fail: :arg7, start_func_args: :arg13, pre_pat_func_args: :arg14, pre_test_func_args: :arg15, post_test_func_args: :arg16, post_pat_func_args: :arg17, end_func_args: :arg18, wait_flags: :arg21, wait_time: :arg22, pat_flag_func: :arg23, pat_flag_func_args: :arg24, relay_mode: :arg25, threading: :arg26, match_all_sites: :arg27, capture_mode: :arg30, capture_what: :arg31, capture_memory: :arg32, capture_size: :arg33, datalog_mode: :arg34, data_type: :arg35 }, board_pmu: { hsp_start: :arg0, start_func: :arg1, pre_pat_func: :arg2, pre_test_func: :arg3, post_test_func: :arg4, post_pat_func: :arg5, end_func: :arg6, precond_pat: :arg7, hold_state_pat: :arg8, holdstate_pat: :arg8, pattern: :arg8, pcp_stop: :arg9, wait_flags: :arg10, start_lo: :arg11, init_lo: :arg11, start_hi: :arg12, init_hi: :arg12, start_hiz: :arg13, init_hiz: :arg13, float_pins: :arg14, pinlist: :arg15, measure_mode: :arg16, irange: :arg17, clamp: :arg18, vrange: :arg19, sampling_time: :arg20, samples: :arg21, setting_time: :arg22, hi_lo_lim_valid: :arg23, hi_limit: :arg24, lo_limit: :arg25, force_cond_1: :arg26, force_cond_2: :arg27, gang_pins_tested: :arg28, relay_mode: :arg29, wait_time_out: :arg30, start_func_args: :arg31, pre_pat_func_args: :arg32, pre_test_func_args: :arg33, post_test_func_args: :arg34, post_pat_func_args: :arg35, end_func_args: :arg36, pcp_start: :arg37, pcp_check_pg: :arg38, hsp_stop: :arg39, hsp_check_pg: :arg40, resume_pat: :arg41, utility_pins_1: :arg42, utility_pins_0: :arg43, pre_charge_enable: :arg44, pre_charge: :arg45, threading: :arg46 }, pin_pmu: { hsp_start: :arg0, start_func: :arg1, pre_pat_func: :arg2, pre_test_func: :arg3, post_test_func: :arg4, post_pat_func: :arg5, end_func: :arg6, precond_pat: :arg7, hold_state_pat: :arg8, holdstate_pat: :arg8, pattern: :arg8, pcp_stop: :arg9, wait_flags: :arg10, start_lo: :arg11, init_lo: :arg11, start_hi: :arg12, init_hi: :arg12, start_hiz: :arg13, init_hiz: :arg13, float_pins: :arg14, pinlist: :arg15, measure_mode: :arg16, irange: :arg17, setting_time: :arg18, hi_lo_lim_valid: :arg19, hi_limit: :arg20, lo_limit: :arg21, force_cond_1: :arg22, force_cond_2: :arg23, fload: :arg24, f_load: :arg24, relay_mode: :arg25, wait_time_out: :arg26, start_func_args: :arg27, pre_pat_func_args: :arg28, pre_test_func_args: :arg29, post_test_func_args: :arg30, post_pat_func_args: :arg31, end_func_args: :arg32, pcp_start: :arg33, pcp_check_pg: :arg34, hsp_stop: :arg35, hsp_check_pg: :arg36, sampling_time: :arg37, samples: :arg38, resume_pat: :arg39, vcl: :arg40, vch: :arg41, utility_pins_1: :arg42, utility_pins_0: :arg43, pre_charge_enable: :arg44, pre_charge: :arg45, threading: :arg46 }, mto_memory: { patterns: :arg0, pattern: :arg0, start_func: :arg1, start_of_body_f: :arg1, pre_pat_func: :arg2, pre_pat_f: :arg2, pre_test_func: :arg3, pre_test_f: :arg3, post_test_func: :arg4, post_test_f: :arg4, post_pat_func: :arg5, post_pat_f: :arg5, end_of_body_func: :arg6, end_of_body_f: :arg6, set_pass_fail: :arg7, init_lo: :arg8, start_lo: :arg8, init_hi: :arg9, start_hi: :arg9, init_hiz: :arg10, start_hiz: :arg10, float_pins: :arg11, start_of_body_func_args: :arg12, start_of_body_f_args: :arg12, pre_pat_func_args: :arg13, pre_pat_f_args: :arg13, pre_test_func_args: :arg14, pre_test_f_args: :arg14, post_test_func_args: :arg15, post_test_f_args: :arg15, post_pat_f_args: :arg16, end_of_body_func_args: :arg17, end_of_body_f_args: :arg17, utility_pins_1: :arg18, utility_pins_0: :arg19, wait_flags: :arg20, wait_time_out: :arg21, PatFlagF: :arg22, pat_flag_f: :arg22, pat_flag_func_args: :arg23, pat_flag_f_args: :arg23, relay_mode: :arg24, x_enable_mask: :arg29, x_shift_direction: :arg30, x_shift_input: :arg31, y_enable_mask: :arg36, y_shift_direction: :arg37, y_shift_input: :arg38, dga: :arg39, dgb: :arg40, dgc: :arg41, dgd: :arg42, dg_enable_mask: :arg43, dg_shift_direction: :arg44, dg_shift_input: :arg45, x_coincidence_enable_mask: :arg46, y_coincidence_enable_mask: :arg47, two_bit_dg_setup: :arg48, x_scramble_algorithm: :arg49, y_scramble_algorithm: :arg50, topo_inversion_algorithm: :arg51, utility_counter_a: :arg52, utility_counter_b: :arg53, utility_counter_c: :arg54, dut_data_source: :arg55, scramble_addr: :arg56, speed_mode: :arg57, resource_map: :arg58, receive_data: :arg59, data_to_capture: :arg60, capture_marker: :arg61, enable_wrapping: :arg62, capture_scrambled_address: :arg63, mapmem_0_input_set: :arg64, mapmem_1_input_set: :arg65, threading: :arg69, match_all_sites: :arg70 } } # Make readers for each low level attribute ATTRS.each do |attr| attr_reader attr end # And the aliases ALIASES.each do |_alias, attr| define_method("#{_alias}") do send(attr) end end def initialize(line, options = {}) @parser = options[:parser] @line = line parse if valid? ATTRS.each_with_index do |attr, i| instance_variable_set("@#{attr}", components[i + 1]) end if ALIASES[type] ALIASES[type].each do |_alias, attr| define_singleton_method("#{_alias}") do send(attr) end end end end end def inspect # :nodoc: "" end def description parser.descriptions.test_instance(name: name) end def type TYPE_ALIASES[proc_name.downcase.to_sym] || :unsupported end def parse @components = @line.split("\t") unless @line.strip.empty? end def valid? components[4] && ['Excel Macro', 'VB DLL'].include?(components[4]) end def components @components ||= [] end # Returns an array of all pattern names referenced in this test instance def patterns if self.respond_to?(:pattern) pattern.split(',').map do |pat| extract_pattern_from_patset(pat) end.flatten.map { |pat| pat.gsub(/.*[\\\/]/, '').gsub(/\..*/, '') } end end def extract_pattern_from_patset(patset) pset = parser.pattern_sets.where(name: patset, exact: true) if pset.size > 1 puts "Warning multiple pattern sets called #{patset} found, using the first one" end if pset.size == 0 patset else pset.first.pattern_names end end def vdd parser.dc_specs.where(name: 'VDD', exact: true).first.lookup(dc_category, dc_selector) end end end end end