mpyCppWrapper¶
-
class
mpyCppWrapper.
CppWrapClassTemplate
[source]¶ Bases:
object
Template class defining the C++ wrapper class
-
class
mpyCppWrapper.
CppWrapperClass
(TheSim, taskActivityDir, simTag, outputPath)[source]¶ Bases:
object
This is the main class handling instrospection of the C modules. It generates the C++ wrapper classes (with callbacks to the C algorithms and setters and getters for the C module variables) and it also generates the MicroPython integration patch.
-
checkMethodType
(methodName)[source]¶ This function checks the method type of the input and returns the corresponding strings.
- Returns
methodName: name of the model data algorithm
-
evalParsedList
(list, module)[source]¶ Second Parsing Method: Collects all the SwigPyObjects present in the list. Only the methods
SelfInit_(...)
,CrossInit_(...)
,Update_(...)
andRestart_(...)
are wrapped by Swig in the.i
files. Therefore they are the onlySwigPyObjects
.- Returns
a dictionary D = {method, address}
-
findAddressMatch
(addressVal, modelTagKey, dict)[source]¶ This function makes sure that each algorithm in a data model is matched with the proper algorithm in the corresponding model wrap. If there’s a match, returns the ID of the model. Otherwise, an ugly error is raised and the whole program quits.
- Parameters
addressVal – address of the model data algorithm.
modelTagKey – modelTag = key with which to search in
dict
.dict – wrap algorithms’ address dictionary in which to look for a match. For example, use dict[modelTagKey][0] = model wrap algorithm address or dict[modelTagKey][1] = model ID
-
getTaskIndex
(theSim, taskUse)[source]¶ This function returns the key name of the NameReplace dictionary according to the index of the task and the index of the model inside the task
-
parseSwigVars
(list)[source]¶ First Parsing Method: Gets rid of all the variables that come after a built-in. The methods SelfInit, CrossInit, Update and Restart will always come first, and so will the variables that are capitalized (this is based on how “dir()” command works in the Python interpreter). Returns a reduced array.
-