Neuma Technology: CM+ Enterprise Software Configuration Management for Application Lifecycle Management

Neuma Technology Inc. provides the world's most advanced solution to manage the automation of the software development lifecycle.
Neuma Technology Inc.

More white papers:

Find out more ...

Neuma White Paper:

CM: THE NEXT GENERATION - The Business of Software Development

The software development business, once the domain of a few advanced technology companies, is now pervasive. Why? Because software is less costly and easier to modify than hardware.  At first glance this is obvious:  building a software telephone switch is a lot less costly than the hardware equivalent.  But looking more closely, software products have far more features and are therefore more complex than hardware products.  Software is easier to change, but this just adds to the level of complexity, especially on the management side. Software allows us to build products that are more complex.

Each software development project starts with a concept or proposal, and a favourable business case, and ends with product retirement.  There's a lot of process in between: Requirements, Project Management, Architecture Definition, Design, Implementation, Build Management, Change Management, Document Management, Configuration Management, Problem/Issue Tracking, Test Case Management, Test Run Management, Customer Tracking. 

The successful software organization can manage complexity - in both the product and the process.

Product: Focus on Strong but Simple Architecture

Simplicity and good architecture are the keys to managing complexity and producing good product. Good architecture is a result of understanding the problem, understanding the tools you have to work with, and good design.  And there's no substitute for experience.  One important component of good architecture is how you use your tools.

The C language, for example, has numerous capabilities.  Some are good, some are bad.  At Neuma, we tend to be fairly strict about how the language is to be used.  Not just no "goto" statements, but a whole set of dozens of guidelines that help our developers produce good product.  Some examples:

  • Use loops with conditions at the beginning of the loop, not at the end.  It's easier to read and understand.
  • Always use 0-index origin for arrays, loops, etc., and (start,count)  rather than (start,end) pairs.
  • Don't do arithmetic on pointers and avoid using pointers altogether.
  • Name local variables/fields with simple names.  Use full names for global identifiers.
  • Create single entry, single exit procedures/functions (huge readability paybacks)
  • Use common names for standard or recuring parameters in functions

and the list goes on. You can use a safe subset of the C language, but without losing functional capability. The idea is to make all code simpler and consistent.  Simple formatting rules do not accomplish this goal.  But the overall set of guidelines help to make code maintainable and readable, while instilling an attitude of good design.  Using a smaller but adequate subset of the language also provides simplicity.  If loops are always going from 0 to N-1, you don't have to spend a lot of time figuring out boundary conditions, because they all follow the same pattern.  That speeds things up and cuts down on errors.

This is a very specific example, but if you have even a dozen clear guidelines explained, it's amazing how much simpler you can make your development environment.

Other ways to simplify your product include:

  • Simplify the technology you use.  Don't let everyone pick their own scripting language, or programming language.
  • Perform code reviews so that you have fewer problems flowing through your product life cycle.  Also review against design guidelines.
  • Use design rules that help your Configuration Management rather than hinder it.
  • Instead of variant builds, support run-time configuration of a more generic build.

These are but a few examples that will have significant effects on your product architecture.  When it comes down to it, a dozen or two little things that improve your software by 1% or 2% each, can have a significant overall effect.

Process - A Reward, not a Burden
I love it when developers come to me and tell me that they couldn't do their job without the ALM/CM tools and processes.  You'd expect that from CM managers, but often CM is seen as an overhead by developers. And grant it, you'll never hear this until you take away their environment. But if you give them benefits such as:

  • Change-based check-in, differencing, merging and promotion
  • Ability to check-in source code when the developer is ready (vs. when the build manager is ready)
  • To-do lists that eliminate any extra effort to provide traceability
  • Easy review of tasks accomplished over the past months and years
  • Access to all the product information they need in a single place
  • Elimination of tagging and minimizing of branching/merging.
  • Easy ways to look for outstanding problems or to identify what has been done in the past
  • Ability to automatically augment files with source history from the CM repository meta-data
  • Ability to do on-line code reviews of a completed change package with just one or two mouse clicks.

Each of these things simplify the life of a developer.  ALM/CM tools should provide most of these functions, and more.  Again, it's not one thing, but a lot of little things (or not so little things) that add up to provide significant benefits and help to reduce complexity.
It's a real sign that they've got a good process and good tools to support them.  Good management tools gather accurate and timely data that reflect your processes.  Good processes, when supported by good ALM/CM tools, help to ensure productivity and lower administrative overhead.  The two work hand in hand. 

Your ALM tools and processes should be the nervous system of your product development, not a burden.  Up-to-date status information, high-level impact analysis, good communication, instant traceability - these are a few of the benefits when tools and processes are well implemented.  I've mentioned them before, but some of the key ingredients of such environments are:

  • Well defined processes
  • Integrated solutions with good traceability
  • CM strategies that minimize branching, merging and labeling
  • Change management rather than file management
  • High availability, high reliability tools with low administration
  • Tools that can be easily customized to your processes rather than vice versa

The Customer Comes First
The software development business demands that we know our customer.  Whether it's a single contractor, an internal customer or a market segment, whether it's a unified voice or an assortment of variant requirements.  We need to understand the customer.  Many common mistakes are made here:

  • Not fully understanding the customer requirements
  • Not understanding the impact of your changes, especially on the customer
  • Inability to tell your customer how a new release will affect their operations
  • Not knowing what version each customer has installed
  • Not focusing on the customer first

Because of this, we'll see a stronger move from CM tools to wider ALM tools. And if the tools are well integrated, developers will start to gain an appreciation for the customer and will start to develop a customer centric view.  Then everyone will be in the business of supporting the customer.

In the end, it is the flexibility of software that the customer likes.  If a good job is done on architecture and process implementations, the flexibility can be realized without exponential costs due to product complexity.

Joe Farah is the President and CEO of Neuma Technology . Prior to co-founding Neuma in 1990 and directing the development of CM+, Joe was Director of Software Architecture and Technology at Mitel, and in the 1970s a Development Manager at Nortel (Bell-Northern Research) where he developed the Program Library System (PLS) still heavily in use by Nortel's largest projects. A software developer since the late 1960s, Joe holds a B.A.Sc. degree in Engineering Science from the University of Toronto. You can contact Joe by email at