SN EN ISO/IEC 15419 : 2010

Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 Bar code design software
  4.1 General requirements
      4.1.1 Data Input
      4.1.2 Quiet Zones
  4.2 Considerations by software and imaging
      device categories
      4.2.1 Direct bar code imaging devices
      4.2.2 Indirect bar code imaging devices
  4.3 Test requirements
      4.3.1 System configuration
      4.3.2 Test procedure
  4.4 Conformance
  4.5 Test report
  4.6 Certification
  4.7 Software specification
5 Dedicated bar code printers
  5.1 Data input requirements
  5.2 Test requirements
      5.2.1 Selection of equipment for testing
      5.2.2 Test conditions
      5.2.3 Test procedure
      5.2.4 Conformance
      5.2.5 Test report
  5.3 Certification and labeling
  5.4 Equipment specification
Annex A (informative) Sample test layout
Annex B (normative) General constructional and
                    operational requirements
   B.1 Installation, operation, and maintenance -
          general
          B.1.1 Power supply
          B.1.2 Temperature
          B.1.3 Humidity
Annex C (informative) Maintenance and supplies
   C.1 Thermal printers
   C.2 General-purpose office printers
Annex D (informative) Classification of software
                      categories
   D.1 Bar code fonts
   D.2 General purpose label design software
   D.3 Printer drivers
   D.4 General purpose software
          (e.g. word processing, database)
   D.5 Bar code controller
   D.6 Bar code origination software
Annex E (informative) Classification of imaging
                      device categories
Annex F (informative) Programmer's examples
   F.1 Programmer's example for general
          purpose printers
   F.2 Programmer's example for indirect
          bar code imaging devices
   F.3 Programmer's example for symbols
          distorted for plate roll circumference
Annex G (informative) Functions of bar code
                      production software

Defines characteristics and categories of, bar code digital imaging systems, identifies the attributes of each system which are required to be controlled, and specifies minimum requirements for those attributes.