Integrate our deployment activities with our change approval process vii. Reduce reliance on separation of duties 2. Ch. 22 – Information Security as Everyone’s Job, Every Day a. Many DevOps organizations often assembling applications from third-party components and integrating them with our business logic. We inherit the vulnerabilities of these 3rd party components ii. Examine dependencies for known agreement for automated changes to become standard changes. d. REDUCE RELIANCE ON SEPARATION OF DUTY i. Separation of duties impedes feedback and limits ability to take responsibility for quality of

following conventions:CHAPTER 3. VARIABLES 11 • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in Int"CHAPTER 12. METHODS 160 12.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

following conventions:CHAPTER 3. VARIABLES 11 • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in Int"CHAPTER 12. METHODS 160 12.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in 1)) "definition for Int" 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in 1)) "definition for Int" 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in 1)) "definition for Int" 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in the Worldage manual chapter. 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in the Worldage manual chapter. 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in the Worldage manual chapter. 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm

become useful to adopt the following conventions: • Names of variables are in lower case. • Word separation can be indicated by underscores ('_'), but use of underscores is discouraged unless the name would would be hard to read otherwise. • Names of Types and Modules begin with a capital letter and word separation is shown with upper camel case instead of underscores. • Names of functions and macros are in the Worldage manual chapter. 13.6 Design Patterns with Parametric Methods While complex dispatch logic is not required for performance or usability, sometimes it can be the best way to express some algorithm