code_gen_options
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code_gen_options [2014/05/30 11:49] |
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| + | There are a number of options to the AlphaZ ScheduledC code generator, for example, we can choose to allocate a multi-dimensional array as a one dimensional array or not. | ||
| + | To configure options to be used by the code generator, an instance of an CodeGenOptions object must be created first using the following commands. | ||
| + | <code perl> | ||
| + | options = createCGOptionForScheduledC(); | ||
| + | </ | ||
| + | Another command is used to set up the array flatten option | ||
| + | <code perl> | ||
| + | # Multi-dimensional arrays are allocated as a one-dimensional array when flatten option is not zero | ||
| + | setCGOptionFlattenArrays(CodeGenOptions option, int flatten) | ||
| + | </ | ||
| + | |||
| + | There are options specific for tiled code, so if we want to generate tiled code using ScheduledC, we must create an instance of the TiledCodeGenOptions. | ||
| + | TiledCodeGenOptions extends CodeGenOptions, | ||
| + | <code perl> | ||
| + | toptions = createTiledCGOptionForScheduledC(); | ||
| + | </ | ||
| + | The tiled code generator provides an optimization that it can select one group of statements and isolate it. The command used to set this optimization up is | ||
| + | <code perl> | ||
| + | # When optimize is not zero, the tiled code generator selects one group of statements to isolate. | ||
| + | setTiledCGOptionOptimize(TiledCodeGenOptions option, int optimize) | ||
| + | </ | ||
code_gen_options.txt ยท Last modified: 2014/05/30 11:49 (external edit)
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