Îõ³h& ÁMSafe copilot-c99(Report an error due to a bug in Copilot. copilot-c995Name of the function in which the error was detected. copilot-c995Name of the package in which the function is located. Safe-InferredÁ copilot-c99.Settings used to customize the code generated. copilot-c99-Default settings with a step function called step. Safe-Inferred  copilot-c99ÃAuxiliary type used to collect all the declarations of all the variables used in a function to be generated, since variable declarations are always listed first at the top of the function body.  copilot-c99tell equivalent for  .  copilot-c992Generate fresh variable name based on a given one.  copilot-c996Collect all the names from a list of C99 declarations.  copilot-c991Turn a stream id into a suitable C variable name. copilot-c995Turn a stream id into the global varname for indices. copilot-c997Turn a stream id into the name of its accessor function copilot-c998Add a postfix for copies of external variables the name. copilot-c993Turn stream id into name of its generator function. copilot-c996Turn stream id into name of its output argument array. copilot-c992Turn the name of a trigger into a guard generator. copilot-c994Turn a trigger name into a an trigger argument name. copilot-c99ÚTurn a handler function name into a name for a temporary variable for a handler argument. copilot-c993Enumerate all argument names based on trigger name. copilot-c99ÆEnumerate all temporary variable names based on handler function name. copilot-c99;Define a C expression that calls a function with arguments.  Safe-Inferred)*^ copilot-c99;Translates a Copilot Core expression into a C99 expression. copilot-c99ÌTranslates a Copilot unary operator and its argument into a C99 expression. copilot-c99ÎTranslates a Copilot binary operator and its arguments into a C99 expression. copilot-c99ÏTranslates a Copilot ternary operator and its arguments into a C99 expression. copilot-c99 Translate  e' in Copilot Core into a C99 expression.ÀThis function produces a portable implementation of abs in C99 that works for the type given, provided that the output fits in a variable of the same type (which may not be true, for example, for signed integers in the lower end of their type range). If the absolute value is out of range, the behavior is undefined.çPRE: The type given is a Num type (floating-point number, or a signed/unsigned integer of fixed size). copilot-c99 Translate   e' in Copilot Core into a C99 expression.Sign is is translated as e > 0 ? 1 : (e < 0 ? -1 : e) , that is: If e is positive, return 1.If e is negative, return -1.Otherwise, return e. This handles the case where e is 0ò when the type is an integral type. If the type is a floating-point type, it also handles the cases where e is -0 or NaN.8This implementation is modeled after how GHC implements !  øhttps://gitlab.haskell.org/ghc/ghc/-/blob/aed98ddaf72cc38fb570d8415cac5de9d8888818/libraries/base/GHC/Float.hs#L523-L525here." copilot-c99ÓTransform a Copilot Core literal, based on its value and type, into a C99 literal.# copilot-c99×Transform a Copilot Core literal, based on its value and type, into a C99 initializer.$ copilot-c99=Transform a Copilot Core struct field into a C99 initializer.% copilot-c99ßTransform a Copilot Struct, based on the struct fields, into a list of C99 initializer values.& copilot-c99îTransform a Copilot Array, based on the element values and their type, into a list of C99 initializer values.' copilot-c99&Explicitly cast a C99 value to a type.( copilot-c99'Translate a Copilot type to a C99 type.) copilot-c99ÊTranslate a Copilot type to a valid (local) variable declaration C99 type.òIf the type denotes an array, translate it to a pointer to whatever the array holds. This special case is needed when the type is used for a local variable declaration. We treat global variables differently (we generate list initializers).* copilot-c99+Translate a Copilot type intro a C typename+ copilot-c99òProvide a specialized function name in C99 for a function given the type of its arguments, and its "family" name.êC99 provides multiple variants of the same conceptual function, based on the types. Depending on the function, common variants exist for signed/unsigned arguments, long or short types, float or double. The C99 standard uses the same mechanism to name most such functions: the default variant works for double, and there are additional variants for float and long double. For example, the sin function operates on double, while sinf operates on float, and sinl operates on long double.®This function only knows how to provide specialized names for functions in math.h that provide a default version for a double argument and vary for floats. It won't change the function name given if the variation is based on the return type, if the function is defined elsewhere, or for other types., copilot-c992True if the type given is a floating point number."#$%&'()*-+, Safe-InferredÉÜ. copilot-c99%Representation of external variables./ copilot-c99ÌUnion over lists of External, we solely base the equality on the extname's.0 copilot-c99=Collect all external variables from the streams and triggers.’Although Copilot specifications can contain also properties and theorems, the C99 backend currently only generates code for streams and triggers..1234/0 Safe-Inferred)*Ü=5 copilot-c99-Write a declaration for a generator function.6 copilot-c99(Write a generator function for a stream.7 copilot-c99>Write a generator function for a stream that returns an array.8 copilot-c99(Make a extern declaration of a variable.9 copilot-c996Make a declaration for a copy of an external variable.: copilot-c99ÂMake a C buffer variable and initialise it with the stream buffer.; copilot-c99/Make a C index variable and initialise it to 0.< copilot-c99ÉDefine an accessor functions for the ring buffer associated with a stream= copilot-c993Writes the step function, that updates all streams.> copilot-c993Write a struct declaration based on its definition.? copilot-c99#Write a forward struct declaration.@ copilot-c998List all types of an expression, returns items uniquely.A copilot-c991List all types of a type, returns items uniquely.B copilot-c99ÖCollect all expression of a list of streams and triggers and wrap them into an UEXpr.56789:;<=>?@ABCD Safe-Inferred)* copilot-c99.Compile a specification to a .h and a .c file.Generator functions for streams, guards and trigger arguments.Declaration of the step() function.G copilot-c99Generate the .h file from a F.H copilot-c99çGenerate a C translation unit that contains all type declarations needed by the Copilot specification.I copilot-c99âRender a C.TransUnit to a String, accounting for the case in which the translation unit is empty. Safe-Inferred;Ê       !"#$%&'()*+(),-./0123456789:;<=>?@A<BCDEFGHIJKLMNOPQR(STUVWØ'copilot-c99-3.13-Kl2WBUd88GqHxUUtN704c6Copilot.Compile.C99Copilot.Compile.C99.ErrorCopilot.Compile.C99.SettingsCopilot.Compile.C99.UtilCopilot.Compile.C99.TranslateCopilot.Compile.C99.ExternalCopilot.Compile.C99.CodeGenCopilot.Compile.C99.Compile CSettingscSettingsStepFunctionNamecSettingsOutputDirectorymkDefaultCSettings compileWithcompile impossibleFunEnv statetelltransformers-0.5.6.2Control.Monad.Trans.State.LazyStatefreshnames streamname indexnamestreamaccessorname excpyname generatornamegeneratorOutputArgName guardnameargname argTempNameargnames argTempNamesfuncall transexprtransop1transop2transop3transAbs(copilot-core-3.13-JKkR9TBW9V2Ksrun3uKk3zCopilot.Core.OperatorsAbs transSignSignbaseGHC.Numsignumconstty constinitconstfieldinit constStruct constarray explicitty transtypetransLocalVarDeclType transtypenamespecializeMathFunNametypeIsFloating constNumTyExternalextunion gatherextsexttype extcpynameextnamegendeclngenfun genFunArray mkextdecln mkextcpydecln mkbuffdecln mkindexdecln mkaccessdeclnmkstep mkstructdeclnmkstructforwdecln exprtypes typetypes gatherexprsmemcpy tyElemNamecompilecCopilot.Core.SpecSpeccompilehcompileTypeDeclns safeCRender