Definition at line 8 of file function_param_marker.py.
◆ __init__()
parselib.transforms.function_param_marker.FunctionParamMarker.__init__ |
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◆ __clear_driven_signals()
parselib.transforms.function_param_marker.FunctionParamMarker.__clear_driven_signals |
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◆ __get_driven_sig_name()
parselib.transforms.function_param_marker.FunctionParamMarker.__get_driven_sig_name |
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determines which signal is the signal that is being driven
currently, it returns the first hvarref node, which is true.
But this might be changed at a later point
Definition at line 26 of file function_param_marker.py.
◆ __record_driven_signal()
parselib.transforms.function_param_marker.FunctionParamMarker.__record_driven_signal |
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| sig_name ) |
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◆ blkassign()
parselib.transforms.function_param_marker.FunctionParamMarker.blkassign |
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◆ hbinop()
parselib.transforms.function_param_marker.FunctionParamMarker.hbinop |
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◆ hfunction()
parselib.transforms.function_param_marker.FunctionParamMarker.hfunction |
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◆ __driven_signals
parselib.transforms.function_param_marker.FunctionParamMarker.__driven_signals = set() |
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◆ __is_in_function [1/2]
bool parselib.transforms.function_param_marker.FunctionParamMarker.__is_in_function = False |
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◆ __is_in_function [2/2]
str parselib.transforms.function_param_marker.FunctionParamMarker.__is_in_function = '=': |
◆ expanded
parselib.transforms.function_param_marker.FunctionParamMarker.expanded = list() |
The documentation for this class was generated from the following file: