Common use of A Dummy Programmer Clause in Contracts

A Dummy Programmer. When the designer has produced a draft set of templates, it is possible to view complete sample documents, even when the programmer has not delivered the code yet. This is done by generating random elements from the set L(P, C, T ) Figure 8: X-ray view of MainPage. for a given page P . In case of loops in the contract, some care must be taken to generate only finite documents. Our strategy uses a depth-first search of the contract graph to identify the back edges [1]. The designer specifies a scale factor k, and when unfoldings of the graph are generated, a given back edge is allowed to be traversed at most k times. If a gap g does not have an outgoing edge, then the text <[g]> is generated. For strings, random elements of the specified regular language are chosen.

A Dummy Programmer. When the designer has produced a draft set of templates, it is possible to view complete sample documents, even when the programmer has not delivered the code yet. This is done by generating random elements from the set L(P(P, C, T ) Figure 8: X-ray view of MainPage. for a given page P . In case of loops in the contract, some care must be taken to generate only finite documents. Our strategy uses a depth-first search of the contract graph to identify the back edges [1]. The designer specifies a scale factor k, and when unfoldings of the graph are generated, a given back edge is allowed to be traversed at most k times. If a gap g does not have an outgoing edge, then the text <[g]> is generated. For strings, random elements of the specified regular language are chosen.

A Dummy Programmer. When the designer has produced a draft set of templates, it is possible to view complete sample documents, even when the programmer has not delivered the code yet. This is done by generating random elements from the set L(P, C, T ) Figure 8: X-ray view of MainPage. for a given page P . In case of loops in the contract, some care must be taken to generate only finite documents. Our strategy uses a depth-first search of the contract graph to identify the back edges [1]. The designer specifies a scale factor k, and when unfoldings of the graph are generated, a given back edge is allowed to be traversed at most k times. If a gap g does not have an outgoing edge, then the text <[g]> is generated. For strings, random elements of the specified regular language are chosen.