Int ossDecode(OssGlobal *world, int *pduid, OssBuf *input, void **output) ĭecodes a message contained in a buffer of type OssBuf using one of the available encoding rules. In case you have multiple instances of the OssGlobal variable, you must free each instance separately.

Arguments world Pointer to the OssGlobal variable.

You must also call ossWterm() instead of ossterm() when you use OSS DLLs in your application ossWterm() frees the OSS DLLs.

In general, when calling these functions, consider the following rules: These functions are used in conjunction with ossinit(), ossUinit(), and ossWinit() after initialization is complete. Compared to ossinit(), ossDupWorld() has a lower overhead. To duplicate an instance of OssGlobal for each thread, use ossDupWorld(). If your application uses multiple simultaneous threads, you must keep separate instances of OssGlobal per each thread. Remarksįor each control table or code file that your application uses, you must allocate and initialize a separate instance of OssGlobal. In this case, ctl_tbl argument is not used and must be set to NULL. Enables you to load a control table or code file compiled as a library (shared library on UNIX-like platforms or a DLL on Windows). dllName Pointer to the library file path or name string. ctl_tbl Pointer to the control structure in the generated C file that contains the SOED control table or the TOED code file. NOTE: Before using other OSS API functions, you must call one of these functions. OssUinit() and ossWinit() enable you to load a control table or code file compiled as a DLL or as a shared library. These functions initialize an instance of the OssGlobal variable and the compiler-generated control table or code file used with your application. Int ossWinit(OssGlobal *world, void *ctl_tbl, char *dllName, HWND hWnd) Int ossUinit(OssGlobal *world, void *ctl_tbl, char *dllName) int ossinit(OssGlobal *world, void *ctl_tbl) You will learn how to initialize or terminate an encoder or decoder, how to use set or get flags that control the behavior of the encoder or decoder, and how to debug and trace errors. This section describes the basic set of functions used to encode and decode ASN.1 messages.

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