code: def parse_dmidecode(dmidecode_content, pythonic_keys=False):
      
      if len(dmidecode_content) < 3:
          return {}
  
      section = None
      obj = {}
      current = {}
  
      buf = "\n".join(dmidecode_content).strip()
  
      # Some versions of DMIDecode have an extra
      # level of indentation, as well as slightly
      # different configuration for each section.
      if "\tDMI type" in buf:
          pat = re.compile("^\t", flags=re.MULTILINE)
          buf = pat.sub("", buf)
  
          buf = buf.replace("\nDMI type", "DMI type")
          buf = buf.replace("\nHandle", "\n\nHandle")
  
      buf = buf.replace("\n\t\t", "\t")
  
      def fix_key(k):
          return k.lower().replace(" ", "_") if pythonic_keys else k
  
      for line in buf.splitlines():
          nbline = line.strip()
          if section:
              if not nbline:
                  # There maybe some sections with the same name, such as:
                  # processor_information
                  if section in obj:
                      obj[section].append(current)
                  else:
                      obj[section] = [current]
                  current = {}
                  section = key = None
                  continue
  
              elif line.startswith("\t"):
                  if ":" in line:
                      key, value = nbline.split(":", 1)
                      key = fix_key(key)
                      value = value.strip()
  
                  if "\t" in value:
                      current[key] = list(filter(None, value.split("\t")))
                  else:
                      current[key] = value
              else:
                  section = None
  
          if not section:
              # Ignore 'Table at 0xBFFCB000' and similar.
              if not ('Table' in nbline or 'table' in nbline):
                  section = fix_key(nbline)
  
      if section in obj:
          obj[section].append(current)
      else:
          obj[section] = [current]
  
      return obj
docs: Returns a dictionary of dmidecode information parsed from a dmidecode list
      (i.e. from context.content)
  
      This method will attempt to handle leading spaces rather than tabs.