Class: OrigenTesters::SmartestBasedTester::V93K_SMT8::TestSuite

Inherits:
Base::TestSuite
  • Object
show all
Defined in:
lib/origen_testers/smartest_based_tester/v93k_smt8/test_suite.rb

Constant Summary collapse

ATTRS = 
%w(
  name
  comment
  bypass

  test_method

  pattern
  specification
  seq
  burst

  spec_namespace
  spec_path
  seq_namespace
  seq_path
)
ALIASES = 
{
  spec:          :specification,
  test_function: :test_method
}
DEFAULTS = 
{
}
NO_STRING_TYPES = 
[:list_strings, :list_classes, :class]

Instance Attribute Summary

Attributes inherited from Base::TestSuite

#meta

Instance Method Summary collapse

Methods inherited from Base::TestSuite

#extract_atp_attributes, #initialize, #inspect, #interface, #method_missing, #name=, #pattern=, #respond_to?, #smt8?, #to_meta

Constructor Details

This class inherits a constructor from OrigenTesters::SmartestBasedTester::Base::TestSuite

Dynamic Method Handling

This class handles dynamic methods through the method_missing method in the class OrigenTesters::SmartestBasedTester::Base::TestSuite

Instance Method Details

#add_nested_params(l, name, key, value_hash, nested_params, nested_loop_count) ⇒ Object

rubocop:disable Metrics/ParameterLists: Avoid parameter lists longer than 5 parameters.



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# File 'lib/origen_testers/smartest_based_tester/v93k_smt8/test_suite.rb', line 116

def add_nested_params(l, name, key, value_hash, nested_params, nested_loop_count)
  nested_params_accepted_keys = []
  skip_keys                   = []
  unless value_hash.nil?
    unless value_hash.is_a?(Hash)
      fail "Provided value to nested params was not a Hash. Instead the value was #{value_hash.class}"
    end
    dynamic_spacing = ' ' * (4 * nested_loop_count)
    l << "#{dynamic_spacing}#{name}[#{key}] = {" unless name.nil?
    nested_params.each do |nested_param|
      # Guarentee hash is using all symbol keys
      # Since we cannot guarentee ruby version is greater than 2.5, we have to use an older syntax to
      value_hash = value_hash.inject({}) { |memo, (k, v)| memo[k.to_sym] = v; memo }
      nested_key = nested_param.first.to_sym
      nested_key_underscore = nested_key.to_s.underscore.to_sym
      nested_params_accepted_keys << nested_key
      nested_params_accepted_keys << nested_key_underscore
      # We cannot create nested member functions with aliases
      # Requirement for hash parameter passing is to pass one of the key types and not both
      if value_hash.keys.include?(nested_key) &&
         value_hash.keys.include?(nested_key_underscore) && nested_key != nested_key_underscore
        fail 'You are using a hash based test method and provided both the parameter name and alias name.'
      end
      nested_key = nested_key_underscore if value_hash.keys.include?(nested_key_underscore)
      if nested_param.last.first.is_a?(Hash) && value_hash[nested_key].is_a?(Hash)
        value_hash[nested_key].each do |inner_key, inner_meta_hash|
          l = add_nested_params(l, nested_param.first, inner_key, value_hash.dig(nested_key, inner_key), nested_param.last.first, nested_loop_count + 1)
          skip_keys << nested_key
        end
      elsif nested_param.last.first.is_a?(Hash) && tester.print_all_params
        l = add_nested_params(l, nested_param.first, 'param0', {}, nested_param.last.first, nested_loop_count + 1)
      end
      type = nested_param.last.first
      if NO_STRING_TYPES.include?(nested_param.last.first) && value_hash[nested_key] && !skip_keys.include?(nested_key)
        l << "    #{dynamic_spacing}#{nested_param.first} = #{test_method.handle_val_type(value_hash[nested_key], type, nested_param.first)};"
      elsif value_hash[nested_key] && !skip_keys.include?(nested_key)
        l << "    #{dynamic_spacing}#{nested_param.first} = #{wrap_if_string(test_method.handle_val_type(value_hash[nested_key], type, nested_param.first))};"
      elsif NO_STRING_TYPES.include?(nested_param.last.first) && !nested_param.last.last.is_a?(Hash) && tester.print_all_params && !skip_keys.include?(nested_key)
        l << "    #{dynamic_spacing}#{nested_param.first} = #{test_method.handle_val_type(nested_param.last.last, type, nested_param.first)};"
      elsif !nested_param.last.last.is_a?(Hash) && tester.print_all_params && !skip_keys.include?(nested_key)
        l << "    #{dynamic_spacing}#{nested_param.first} = #{wrap_if_string(test_method.handle_val_type(nested_param.last.last, type, nested_param.first))};"
      end
    end
    l << "#{dynamic_spacing}};" unless name.nil?
    # Sanity check there are not overpassed parameters
    value_hash.keys.each do |nested_key|
      unless nested_params_accepted_keys.include?(nested_key.to_sym)
        fail "You provided a parameter \'#{nested_key}\' that was not an accepted parameter to the hash parameter \'#{name}\'"
      end
    end
  end
  l
end

#lines ⇒ Object 



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# File 'lib/origen_testers/smartest_based_tester/v93k_smt8/test_suite.rb', line 53

def lines
  # Initialize path setting
  # prefix = test method library prefix expectations
  # self.spec_namespace = instance override from the tester specification namespace
  # self.seq_namespace = instance override from the tester sequence namespace
  # self.spec_path = instance override from the tester specification path
  # self.seq_path = instance override from the tester sequence path
  if Origen.interface.respond_to? :custom_smt8_prefix
    prefix = Origen.interface.custom_smt8_prefix
  else
    prefix = 'measurement.'
  end
  spec_namespace = self.spec_namespace || tester.package_namespace
  spec_path      = self.spec_path || tester.spec_path
  seq_namespace  = self.seq_namespace || tester.package_namespace
  seq_path       = self.seq_path || tester.seq_path
  l = []
  l << "suite #{name} calls #{test_method.klass[0].downcase + test_method.klass[1..-1]} {"
  if pattern && !pattern.to_s.empty?
    l << "    #{prefix}pattern = setupRef(#{seq_namespace}.patterns.#{pattern});"
  end
  if seq && !seq.to_s.empty?
    l << "    #{prefix}operatingSequence = setupRef(#{seq_namespace}.#{seq_path}.#{seq});"
  end
  if burst && !burst.to_s.empty?
    l << "    #{prefix}operatingSequence = setupRef(#{seq_namespace}.#{seq_path}.#{burst});"
  end
  if specification && !specification.to_s.empty?
    l << "    #{prefix}specification = setupRef(#{spec_namespace}.#{spec_path}.#{specification});"
  end
  if bypass
    l << '    bypass = true;'
  end
  test_method.sorted_parameters.each do |param|
    name = param[0]
    unless name.is_a?(String)
      name = name.to_s[0] == '_' ? name.to_s.camelize(:upper) : name.to_s.camelize(:lower)
    end
    if [true, false].include? test_method.format(param[0])
      l << "    #{name} = #{wrap_if_string(test_method.format(param[0]))};"
    elsif NO_STRING_TYPES.include?(param.last) && test_method.format(param[0]).is_a?(String) && !test_method.format(param[0]).empty?
      l << "    #{name} = #{test_method.format(param[0])};"
    elsif test_method.format(param[0]).is_a?(String) && !test_method.format(param[0]).empty?
      l << "    #{name} = #{wrap_if_string(test_method.format(param[0]))};"
    elsif param.last.is_a? Hash
      if !test_method.format(name).nil? && !test_method.format(name).is_a?(Hash)
        fail "#{name} parameter structure requires a Hash but value provided is #{test_method.format(name).class}"
      elsif test_method.format(name).nil? && tester.print_all_params
        l = add_nested_params(l, name, 'param0', {}, param.last, 1)
      elsif test_method.format(name).nil?
        # Do nothing
      else
        test_method.format(name).each do |key, meta_hash|
          l = add_nested_params(l, name, key, meta_hash, param.last, 1)
        end
      end
    end
  end
  l << '}'
  l
end