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Understand a function in less time
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|  If you are not using flowcharts, you are losing time!
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Divide-and-conquer very long functions
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| You can understand a 300 line function in less than 20 minutes
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| With Crystal flowcharts, you save a huge amount of time.
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Reduce bugs
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| Why do we have bugs in our code ?
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| This is because - we do not have sufficient understanding of the code.
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The Graphical view increases your understanding of the code.
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You can detect missed branches or incorrect conditions in your code logic
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Make team discussions focused and more productive
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| Trying to understand a problem or fix a bug ?
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Place the flowchart in the middle of the group and watch the team's productivity go up.
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Check for correctness, Improve the design
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| After coding, take another look at the code with a flowchart
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| Use the graphical view to make sure you have covered all conditions
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| Make sure that the logical structure of the functions is good
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| Reduce bugs and cut debug time!
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Create quality documents
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| Export a flowchart to Visio or any image format.Include flowcharts as part of documentation
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| Reduce software maintenance costs
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Do you need to see the call-sequence from root to the current node?
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A single click and you see the call-sequence. Everything else is filtered out.
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Do you need to see all the possible call-sequences from root to the current function:
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A single click and you can see all the possible call-sequences.
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Understand project code
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File-relationship trees - understand how two files interact with each other
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Class-relationship trees - understand how two classes talk to each other
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How do you find the call-hierarchy among all the functions in a given file?
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View the File call tree. You can see the call-hierarchy among the functions in that file
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Make a fast attack on main( ) or other high-level functions
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You can see the control flow of main and the function-calls in main( )
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CallFlow shows how a function's work is partitioned among the called functions
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Dig deeper by expanding function-calls
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Expand the function-calls in a CallFlow; Visit the source code of the called functions; keep going deeper
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| Export or print a CallFlow
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Which functions in the tree use a particular global variable?
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In the Call-tree, Crystal will display the name of the global variable alongside each function that uses it.
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View filenames where each function is defined
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In the tree, each node shows the function name and the filename where it is defined
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See what structures/classes are used by each function in the tree
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In the tree, each node shows the function name and the structures/classes that are used by the function
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Also view - what members of a struct/class are used in each function
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See how much stack-depth is used by each function-call
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Avoid failures due to stack oveflow
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View how a structure member is used by various functions !
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| When making code modifications, you will need to find how a structure member is used by various functions
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| Do you have tools to find such information efficiently?
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| You need DataFlow
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You will see all the functions that use the structure member
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You will get a graphical view of how the structure member is used
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How an argument is used in called functions ?
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| When exploring code, suppose you need to track how an argument is used in called functions
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| Do you have tools to find such information efficiently ?
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| Use DataFlow
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You will see how the argument is used in successive function calls
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even if the parameter has a different name in the called function
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DataFlow - the flowchart of an object
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The DataFlow is the flowchart of an object
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With the graphical view of the object's use, you can understand how the object is used
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You save time
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Export or print a DataFlow
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You can document how a global variable, a #define, a structure variable or a structure member is used in the code.
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Comprehensive documentation including flowcharts, call-trees etc.
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For internal use or customer deliverable
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View flowcharts in your web browser - even if you do not have Crystal FLOW
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Code metrics - identify high complexity areas; improve software quality
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Volume metrics - by lines, code-flow, declarations, and identifiers
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Complexity metrics - McCabe?s as well as Halsteads
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Color coded to easily view the extremes
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Easy to browse, Wide coverage, reduce time spent on code reviews
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Review code alone or in groups
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Interactive HTML output offers quick and intuitive browsing of the code.
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| Discuss designs and code-flow without actually sharing source code
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The Code is Easy-to-Read
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| Your code conforms to a Software Development Standard
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| Identify the recursive functions in a project
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| Find unused functions and unused variables
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| View all #if, #else, #endif etc, in the current file
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| View the size of memory needed by each struct or union
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| View the sequence of if, while, case, etc. that need to be true - to reach the current statement
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| Revisit functions you worked on in the previous or current sessions.
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| Use the file-outline to rapidly familiarize and navigate within a file
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Want flowcharts of all functions to be created?
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| Export flowcharts for all functions to Visio or as BMP
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| Print all flowcharts in the project
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Export or Print all Trees
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| Export Call-trees, caller-trees, file trees, include-by trees, project trees
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| Print all Project Files
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Want to run Crystal FLOW as part of an overnight run?
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| Update the documentation such that it is up to date with all code modifications during the day.
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| Update the software conformance report before the documentation is generated
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| Export Flowcharts or Trees to desired formats
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| You continue to use Crystal FLOW meanwhile.
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| Get the command line add-on!
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| Product definition, design specification, User interaction, Software quality and performance considerations - You have a unique set of strengths...
|
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When you complete the C/C++ task in less time, your strengths are visible.
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When you take longer, you look like an average engineer.
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