Classes
struct	OSRTErrLocn

struct	OSRTErrInfo

struct	OSRTErrInfoList

struct	OSRTBuffer

struct	OSRTBufSave

struct	OSBufferIndex

struct	OSCTXT

Macros
#define	OSRTERRSTKSIZ 8 /* error stack size */

#define	OSRTMAXERRPRM 5 /* maximum error parameters */

#define	OSDIAG 0x80000000 /* diagnostic tracing enabled */

#define	OSTRACE 0x40000000 /* tracing enabled */

#define	OSDISSTRM 0x20000000 /* disable stream encode/decode */

#define	OSNOSTRMBACKOFF 0x08000000 /* stream mark/reset funcs is not used */

#define	OS3GMOBORIG 0x04000000 /* 3G mobile-originated (net to MS) */

#define	OSCONTCLOSED 0x02000000 /* 3G container closed. */

#define	OSRESERVED1 0x01000000 /* reserved */

#define	OSBUFSYSALLOC 0x00800000 /* ctxt buf allocated using sys alloc */

#define	OSNOWHITESPACE 0x00400000 /* Turn off indentation whitesapce */

#define	OSCDECL

#define	pLicInfo pli709

#define	OSRT_GET_FIRST_ERROR_INFO(pctxt)

#define	OSRT_GET_LAST_ERROR_INFO(pctxt)

#define	rtxCtxtGetMsgPtr(pctxt) (pctxt)->buffer.data

#define	rtxCtxtGetMsgLen(pctxt) (pctxt)->buffer.byteIndex

#define	rtxCtxtTestFlag(pctxt, mask) (((pctxt)->flags & mask) != 0)

#define	rtxCtxtPeekElemName(pctxt)

#define	rtxByteAlign(pctxt)

#define	rtxCtxtSetProtocolVersion(pctxt, value) (pctxt)->version = value

#define	rtxMarkBitPos(pctxt, ppos, pbitoff) (*(pbitoff) = (OSUINT8) (pctxt)->buffer.bitOffset, rtxMarkPos (pctxt, ppos))

#define	rtxResetToBitPos(pctxt, pos, bitoff) ((pctxt)->buffer.bitOffset = (OSUINT8) bitoff, rtxResetToPos (pctxt, pos))

#define	RTXCTXTPUSHARRAYELEMNAME(pctxt, name, idx) rtxCtxtPushArrayElemName(pctxt,OSUTF8(name),idx)

#define	RTXCTXTPOPARRAYELEMNAME(pctxt) rtxCtxtPopArrayElemName(pctxt)

#define	RTXCTXTPUSHELEMNAME(pctxt, name) rtxCtxtPushElemName(pctxt,OSUTF8(name))

#define	RTXCTXTPOPELEMNAME(pctxt) rtxCtxtPopElemName(pctxt)

#define	RTXCTXTPUSHTYPENAME(pctxt, name) rtxCtxtPushTypeName(pctxt,OSUTF8(name))

#define	RTXCTXTPOPTYPENAME(pctxt) rtxCtxtPopTypeName(pctxt)

Typedefs
typedef OSUINT32	OSRTFLAGS

typedef int(*	OSFreeCtxtAppInfoPtr) (struct OSCTXT *pctxt)

typedef int(*	OSResetCtxtAppInfoPtr) (struct OSCTXT *pctxt)

typedef void(*	OSFreeCtxtGlobalPtr) (struct OSCTXT *pctxt)

typedef struct OSCTXT	OSCTXT

Functions
int	rtxInitContext (OSCTXT *pctxt)

int	rtxInitContextExt (OSCTXT *pctxt, OSMallocFunc malloc_func, OSReallocFunc realloc_func, OSFreeFunc free_func)

int	rtxInitThreadContext (OSCTXT pctxt, const OSCTXT pSrcCtxt)

int	rtxInitContextUsingKey (OSCTXT pctxt, const OSOCTET key, OSSIZE keylen)

int	rtxInitContextBuffer (OSCTXT pctxt, OSOCTET bufaddr, OSSIZE bufsiz)

int	rtxCtxtSetBufPtr (OSCTXT pctxt, OSOCTET bufaddr, OSSIZE bufsiz)

OSSIZE	rtxCtxtGetBitOffset (OSCTXT *pctxt)

int	rtxCtxtSetBitOffset (OSCTXT *pctxt, OSSIZE offset)

OSSIZE	rtxCtxtGetIOByteCount (OSCTXT *pctxt)

int	rtxCheckContext (OSCTXT *pctxt)

void	rtxFreeContext (OSCTXT *pctxt)

void	rtxCopyContext (OSCTXT pdest, OSCTXT psrc)

void	rtxCtxtSetFlag (OSCTXT *pctxt, OSUINT32 mask)

void	rtxCtxtClearFlag (OSCTXT *pctxt, OSUINT32 mask)

int	rtxCtxtPushArrayElemName (OSCTXT pctxt, const OSUTF8CHAR elemName, OSSIZE idx)

int	rtxCtxtPushElemName (OSCTXT pctxt, const OSUTF8CHAR elemName)

int	rtxCtxtPushElemNameCopy (OSCTXT pctxt, const OSUTF8CHAR elemName)

int	rtxCtxtPushTypeName (OSCTXT pctxt, const OSUTF8CHAR typeName)

OSBOOL	rtxCtxtPopArrayElemName (OSCTXT *pctxt)

const OSUTF8CHAR *	rtxCtxtPopElemName (OSCTXT *pctxt)

void	rtxCtxtPopElemNameCopy (OSCTXT *pctxt)

const OSUTF8CHAR *	rtxCtxtPopTypeName (OSCTXT *pctxt)

OSBOOL	rtxCtxtContainerHasRemBits (OSCTXT *pctxt)

OSBOOL	rtxCtxtContainerEnd (OSCTXT *pctxt)

OSSIZE	rtxCtxtGetContainerRemBits (OSCTXT *pctxt)

int	rtxCtxtPushContainerBytes (OSCTXT *pctxt, OSSIZE bytes)

int	rtxCtxtPushContainerBits (OSCTXT *pctxt, OSSIZE bits)

void	rtxCtxtPopContainer (OSCTXT *pctxt)

void	rtxCtxtPopAllContainers (OSCTXT *pctxt)

int	rtxPreInitContext (OSCTXT *pctxt)

void	rtxCtxtSetMemHeap (OSCTXT pctxt, OSCTXT pSrcCtxt)

void	rtxMemHeapSetFlags (OSCTXT *pctxt, OSUINT32 flags)

void	rtxMemHeapClearFlags (OSCTXT *pctxt, OSUINT32 flags)

int	rtxMarkPos (OSCTXT pctxt, OSSIZE ppos)

int	rtxResetToPos (OSCTXT *pctxt, OSSIZE pos)

const char *	rtxCtxtGetExpDateStr (OSCTXT pctxt, char buf, OSSIZE bufsiz)

void	rtxLicenseClose (void)

Detailed Description

Context initialization functions handle the allocation, initialization, and destruction of context variables (variables of type OSCTXT). These variables hold all of the working data used during the process of encoding or decoding a message. The context provides thread safe operation by isolating what would otherwise be global variables within this structure. The context variable is passed from function to function as a message is encoded or decoded and maintains state information on the encoding or decoding process.

Macro Definition Documentation

◆ OSNOWHITESPACE

#define OSNOWHITESPACE 0x00400000 /* Turn off indentation whitesapce */

Turn off unnecessary whitespace in text output. Currently, this affects Abstract Value Notation and JSON (JER) output.

◆ OSRT_GET_FIRST_ERROR_INFO

#define OSRT_GET_FIRST_ERROR_INFO ( pctxt )

Value:

(((pctxt)->errInfo.list.head == 0) ? (OSRTErrInfo*)0 : \

(OSRTErrInfo*)((pctxt)->errInfo.list.head->data))

OSRTErrInfo

Definition: rtxContext.h:67

◆ OSRT_GET_LAST_ERROR_INFO

#define OSRT_GET_LAST_ERROR_INFO ( pctxt )

Value:

(((pctxt)->errInfo.list.tail == 0) ? (OSRTErrInfo*)0 : \

(OSRTErrInfo*)((pctxt)->errInfo.list.tail->data))

OSRTErrInfo

Definition: rtxContext.h:67

◆ rtxByteAlign

#define rtxByteAlign ( pctxt )

Value:

if ((pctxt)->buffer.bitOffset != 8) { \

(pctxt)->buffer.byteIndex++; (pctxt)->buffer.bitOffset = 8; }

This macro will byte-align the context buffer.

◆ rtxCtxtGetMsgLen

#define rtxCtxtGetMsgLen ( pctxt ) (pctxt)->buffer.byteIndex

This macro returns the length of an encoded message. It will only work for in-memory encoding, not for encode to stream.

Note that this macro will not work with ASN.1 BER in-memory encoding. In this case, the BER-specific version of the function must be used.

Parameters

pctxt Pointer to a context structure.

◆ rtxCtxtGetMsgPtr

#define rtxCtxtGetMsgPtr ( pctxt ) (pctxt)->buffer.data

This macro returns the start address of an encoded message. If a static buffer was used, this is simply the start address of the buffer. If dynamic encoding was done, this will return the start address of the dynamic buffer allocated by the encoder.

Note that this macro will not work with ASN.1 BER in-memory encoding. In this case, the BER-specific version of the function must be used.

Parameters

pctxt Pointer to a context structure.

◆ rtxCtxtPeekElemName

#define rtxCtxtPeekElemName ( pctxt )

Value:

(((pctxt)->elemNameStack.count > 0) ? \

(const OSUTF8CHAR*)(pctxt)->elemNameStack.tail->data : (const OSUTF8CHAR*)0)

This macro returns the last element name from the context stack.

Parameters

pctxt Pointer to a context structure.

Returns: Element name from top of stack or NULL if stack is empty.

◆ rtxCtxtSetProtocolVersion

#define rtxCtxtSetProtocolVersion	(	pctxt,
		value
	)	(pctxt)->version = value

This macro sets the protocol version in the context. This version number may be used in application code to do version specific operations. It is used in generated ASN.1 code with the extension addition version numbers to determine if an addition should be decoded.

For example, if this value is set to 8 and an extension addition group exists with version number 9 ([[ 9: ... ]]), its contents will not be decoded.

Parameters

pctxt	Pointer to a context structure.
value	The version number value.

◆ rtxCtxtTestFlag

#define rtxCtxtTestFlag	(	pctxt,
		mask
	)	(((pctxt)->flags & mask) != 0)

This macro tests if the given bit flag is set in the context.

Parameters

pctxt	- A pointer to a context structure.
mask	- Bit flag to be tested

Typedef Documentation

◆ OSFreeCtxtAppInfoPtr

typedef int(* OSFreeCtxtAppInfoPtr) (struct OSCTXT *pctxt)

OSRTFreeCtxtAppInfoPtr is a pointer to pctxt->pAppInfo free function, The pctxt->pAppInfo (pXMLInfo and pASN1Info) should contain the pointer to a structure and its first member should be a pointer to an appInfo free function.

◆ OSFreeCtxtGlobalPtr

typedef void(* OSFreeCtxtGlobalPtr) (struct OSCTXT *pctxt)

OSRTFreeCtxtGlobalPtr is a pointer to a memory free function. This type describes the custom global memory free function generated by the compiler to free global nmemory. A pointer to a function of this type may be stored in the context gblFreeFunc field in order to free global data (pGlobalData) when rtxFreeContext is called.

◆ OSResetCtxtAppInfoPtr

typedef int(* OSResetCtxtAppInfoPtr) (struct OSCTXT *pctxt)

OSRTResetCtxtAppInfoPtr is a pointer to pctxt->pAppInfo reset function, The pctxt->pAppInfo (pXMLInfo and pASN1Info) should contain the pointer to a structure and its second member should be a pointer to appInfo reset function.

Function Documentation

◆ rtxCheckContext()

int rtxCheckContext ( OSCTXT * pctxt )

This function verifies that the given context structure is initialized and ready for use.

Parameters

pctxt Pointer to a context structure.

Returns

Completion status of operation:

0 = success,
RTERR_NOTINIT status code if not initialized

◆ rtxCopyContext()

void rtxCopyContext	(	OSCTXT *	pdest,
		OSCTXT *	psrc
	)

This function creates a copy of a context structure. The copy is a "shallow copy" (i.e. new copies of dynamic memory blocks held within the context are not made, only the pointers are transferred to the new context structure). This function is mainly for use from within compiler-generated code.

Parameters

pdest	- Context structure to which data is to be copied.
psrc	- Context structure from which data is to be copied.

◆ rtxCtxtClearFlag()

void rtxCtxtClearFlag	(	OSCTXT *	pctxt,
		OSUINT32	mask
	)

This function is used to clear a processing flag within the context structure.

Parameters

pctxt	- A pointer to a context structure.
mask	- Mask containing bit(s) to be cleared.

◆ rtxCtxtContainerEnd()

OSBOOL rtxCtxtContainerEnd ( OSCTXT * pctxt )

Return true if we are at the end of container - neither having more bits remaining nor having overrun it; otherwise return false. Overflowing the container should only be possible when a container length has been pushed onto the container stack, since the runtime doesn't allow going beyond the end of the buffer.

See also rtxCtxtPushContainer(Bits|Bytes)/rtxCtxtPopContainer

Parameters

pctxt Pointer to context structure.

◆ rtxCtxtContainerHasRemBits()

OSBOOL rtxCtxtContainerHasRemBits ( OSCTXT * pctxt )

Return true iff there are bits remaining to be decoded in the current length-constrained container, which is possibly the outer PDU.

See also rtxCtxtPushContainer(Bits|Bytes)/rtxCtxtPopContainer

Parameters

pctxt Pointer to context structure.

◆ rtxCtxtGetBitOffset()

OSSIZE rtxCtxtGetBitOffset ( OSCTXT * pctxt )

This function returns the total bit offset to the current element in the context buffer.

Parameters

pctxt Pointer to a context structure.

Returns: Bit offset.

Referenced by ASN1MessageBuffer::getBitOffset().

◆ rtxCtxtGetContainerRemBits()

OSSIZE rtxCtxtGetContainerRemBits ( OSCTXT * pctxt )

Return the number of bits remaining to be decoded in the current length-constrained container, which is possibly the outer PDU.

See also rtxCtxtPushContainer(Bits|Bytes)/rtxCtxtPopContainer

Parameters

pctxt Pointer to context structure.

◆ rtxCtxtGetExpDateStr()

const char* rtxCtxtGetExpDateStr	(	OSCTXT *	pctxt,
		char *	buf,
		OSSIZE	bufsiz
	)

This function will get the license expiration date for a time-limited license.

Parameters

pctxt	Pointer to a context block.
buf	Buffer to receive date string.
bufsiz	Size of the buffer.

Returns: Pointer to character string if successful (will be point to buf) or null if no expiration date was found.

◆ rtxCtxtGetIOByteCount()

OSSIZE rtxCtxtGetIOByteCount ( OSCTXT * pctxt )

This function returns the count of bytes either written to a stream or memory buffer.

Parameters

pctxt Pointer to a context structure.

Returns: I/O byte count.

◆ rtxCtxtPopAllContainers()

void rtxCtxtPopAllContainers ( OSCTXT * pctxt )

Pop all containers from the container stack. This is useful for clearing the stack when an error has occured. It is invoked automatically by rtxErrReset.

Parameters

pctxt Pointer to context structure.

◆ rtxCtxtPopArrayElemName()

OSBOOL rtxCtxtPopArrayElemName ( OSCTXT * pctxt )

This function pops the last element name from the context stack. This name is assumed to be an array element name pushed by the rtxCtxtPushArrayElemName function. The name is therefore dynamic and memory is freed for it using the rtxMemFreePtr function.

Parameters

pctxt Pointer to a context structure.

Returns: True if name popped from stack or false if stack is empty.

◆ rtxCtxtPopContainer()

void rtxCtxtPopContainer ( OSCTXT * pctxt )

Notify the runtime layer of the end of decoding of a length-constrained container of the given length. This method should be called when the final bit to be decoded has been decoded.

This pops an entry off of pctxt->containerEndIndex

Parameters

pctxt Pointer to context structure.

◆ rtxCtxtPopElemName()

const OSUTF8CHAR* rtxCtxtPopElemName ( OSCTXT * pctxt )

This function pops the last element name from the context stack.

Parameters

pctxt Pointer to a context structure.

Returns: Element name popped from stack or NULL if stack is empty.

◆ rtxCtxtPopElemNameCopy()

void rtxCtxtPopElemNameCopy ( OSCTXT * pctxt )

This function pops the last element name from the context stack and frees the associated memory. It is assumed it was added to the stack using the rtxCtxtPushElemNameCopy function.

Parameters

pctxt Pointer to a context structure.

◆ rtxCtxtPopTypeName()

const OSUTF8CHAR* rtxCtxtPopTypeName ( OSCTXT * pctxt )

This function pops the type name from the context stack. The name is only popped if the item count is one.

Parameters

pctxt Pointer to a context structure.

Returns: Type name popped from stack or NULL if stack count not equal to one.

◆ rtxCtxtPushArrayElemName()

int rtxCtxtPushArrayElemName	(	OSCTXT *	pctxt,
		const OSUTF8CHAR *	elemName,
		OSSIZE	idx
	)

This function is used to push an array element name onto the context element name stack. The name is formed by combining the given element name with the index to create a name of format name[index]. Dynamic memory is allocated for the resulting name using the rtxMemAlloc function.

Parameters

pctxt	Pointer to a context structure.
elemName	Name of element to be pushed on stack.
idx	Index or the array element.

Returns

Completion status of operation:

0 = success,
RTERR_NOMEM if mem alloc for name fails.

◆ rtxCtxtPushContainerBits()

int rtxCtxtPushContainerBits	(	OSCTXT *	pctxt,
		OSSIZE	bits
	)

Notify the runtime layer of the start of decoding of a length-constrained container of a given length. This method should be called when the next bit to be decoded is the first bit of the length-constrained content.

This pushes an entry onto pctxt->containerEndIndex.

Parameters

pctxt	Pointer to context structure.
bits	Number of bits in the length-constrained container.

Returns

Completion status of operation:

zero (0) = success,
negative return value is error.

◆ rtxCtxtPushContainerBytes()

int rtxCtxtPushContainerBytes	(	OSCTXT *	pctxt,
		OSSIZE	bytes
	)

Notify the runtime layer of the start of decoding of a length-constrained container of a given length. This method should be called when the next bit to be decoded is the first bit of the length-constrained content.

This pushes an entry onto pctxt->containerEndIndex.

Parameters

pctxt	Pointer to context structure.
bytes	Number of bytes of the length-constrained container.

Returns

Completion status of operation:

zero (0) = success,
negative return value is error.

◆ rtxCtxtPushElemName()

int rtxCtxtPushElemName	(	OSCTXT *	pctxt,
		const OSUTF8CHAR *	elemName
	)

This function is used to push an element name onto the context element name stack.

Parameters

pctxt	Pointer to a context structure.
elemName	Name of element to be pushed on stack. Note that a copy of the name is not made, the pointer to the name that is passed is stored.

Returns

Completion status of operation:

0 = success,
RTERR_NOMEM if mem alloc for list element fails.

◆ rtxCtxtPushElemNameCopy()

int rtxCtxtPushElemNameCopy	(	OSCTXT *	pctxt,
		const OSUTF8CHAR *	elemName
	)

This function is used to push a copy of the given element name onto the context element name stack. A copy of the element name is made using context memory management. The name should be popped using the rtxCtxtPopElemNameCopy function to ensure memory is freed.

Parameters

pctxt	Pointer to a context structure.
elemName	Name of element to be pushed on stack. A copy of the name is made.

Returns

Completion status of operation:

0 = success,
RTERR_NOMEM if mem alloc for name or list element fails.

◆ rtxCtxtPushTypeName()

int rtxCtxtPushTypeName	(	OSCTXT *	pctxt,
		const OSUTF8CHAR *	typeName
	)

This function is used to push a type name onto the context element name stack. The name is only added for the top-level type. This is determined by testing to ensure that there are no existing names on the stack.

Parameters

pctxt	Pointer to a context structure.
typeName	Name of type to be pushed on stack. Note that a copy of the name is not made, the pointer to the name that is passed is stored.

Returns

Completion status of operation:

0 = success,
RTERR_NOMEM if mem alloc for name fails.

◆ rtxCtxtSetBitOffset()

int rtxCtxtSetBitOffset	(	OSCTXT *	pctxt,
		OSSIZE	offset
	)

This function sets the bit offset in the context to the given value.

Parameters

pctxt	Pointer to a context structure.
offset	Bit offset.

Returns

Completion status of operation:

0 = success,
Negative status code if error

◆ rtxCtxtSetBufPtr()

int rtxCtxtSetBufPtr	(	OSCTXT *	pctxt,
		OSOCTET *	bufaddr,
		OSSIZE	bufsiz
	)

This function is used to set the internal buffer pointer for in-memory encoding or decoding. It must be called after the context variable is initialized before any other compiler generated or run-time library encode function.

Parameters

pctxt	Pointer to a context structure. This provides a storage area for the function to store all working variables that must be maintained between function calls.
bufaddr	A pointer to a memory buffer to use to encode a message or that holds a message to be decoded. The buffer should be declared as an array of unsigned characters (OCTETs). This parameter can be set to NULL to specify dynamic encoding (i.e., the encode functions will dynamically allocate a buffer to hold the encoded message).
bufsiz	The length of the memory buffer in bytes. Should be set to zero if NULL was specified for bufaddr (i.e. dynamic encoding was selected).

◆ rtxCtxtSetFlag()

void rtxCtxtSetFlag	(	OSCTXT *	pctxt,
		OSUINT32	mask
	)

This function is used to set a processing flag within the context structure.

Parameters

pctxt	- A pointer to a context structure.
mask	- Mask containing bit(s) to be set.

◆ rtxFreeContext()

void rtxFreeContext ( OSCTXT * pctxt )

This function frees all dynamic memory associated with a context. This includes all memory allocated using the rtxMem functions using the given context parameter.

Parameters

pctxt Pointer to a context structure.

◆ rtxInitContext()

int rtxInitContext ( OSCTXT * pctxt )

This function initializes an OSCTXT block. It sets all key working parameters to their correct initial state values. It is required that this function be invoked before using a context variable.

Parameters

pctxt Pointer to the context structure variable to be initialized.

Returns

Completion status of operation:

0 = success,
negative return value is error.

◆ rtxInitContextBuffer()

int rtxInitContextBuffer	(	OSCTXT *	pctxt,
		OSOCTET *	bufaddr,
		OSSIZE	bufsiz
	)

This function assigns a message buffer to a context block. The block should have been previously initialized by rtxInitContext.

Parameters

pctxt	The pointer to the context structure variable to be initialized.
bufaddr	For encoding, the address of a memory buffer to receive the encoded message. If this address is NULL (0), encoding to a dynamic buffer will be done. For decoding, the address of a buffer that contains the message data to be decoded.
bufsiz	The size of the memory buffer. For encoding, this argument may be set to zero to indicate a dynamic memory buffer should be used.

Returns

Completion status of operation:

0 = success,
negative return value is error.

◆ rtxInitContextExt()

int rtxInitContextExt	(	OSCTXT *	pctxt,
		OSMallocFunc	malloc_func,
		OSReallocFunc	realloc_func,
		OSFreeFunc	free_func
	)

This function initializes an OSCTXT block. It sets all key working parameters to their correct initial state values. It is required that this function be invoked before using a context variable.

Parameters

pctxt	Pointer to the context structure variable to be initialized.
malloc_func	Pointer to the memory allocation function.
realloc_func	Pointer to the memory reallocation function.
free_func	Pointer to the memory deallocation function.

Returns

Completion status of operation:

0 = success,
negative return value is error.

◆ rtxInitContextUsingKey()

int rtxInitContextUsingKey	(	OSCTXT *	pctxt,
		const OSOCTET *	key,
		OSSIZE	keylen
	)

This function initializes a context using a run-time key. This form is required for evaluation and limited distribution software. The compiler will generate a macro for rtXmlInitContext in the rtkey.h file that will invoke this function with the generated run-time key.

Parameters

pctxt	The pointer to the context structure variable to be initialized.
key	Key data generated by ASN1C compiler.
keylen	Key data field length.

Returns

Completion status of operation:

0 (ASN_OK) = success,
negative return value is error.

◆ rtxInitThreadContext()

int rtxInitThreadContext	(	OSCTXT *	pctxt,
		const OSCTXT *	pSrcCtxt
	)

This function initializes a context for use in a thread. It is the same as rtxInitContext except that it copies the pointer to constant data from the given source context into the newly initialized thread context. It is assumed that the source context has been initialized and the custom generated global initialization function has been called. The main purpose of this function is to prevent multiple copies of global static data from being created within different threads.

Parameters

pctxt	Pointer to the context structure variable to be initialized.
pSrcCtxt	Pointer to source context which has been fully initialized including a pointer to global constant data initialized via a call to a generated 'Init_<project>_Global' function.

Returns

Completion status of operation:

0 = success,
negative return value is error.

◆ rtxLicenseClose()

void rtxLicenseClose ( void )

Finish with current license and free internal resources. To avoid crashing your application:

Do not call this during an exit handler function registered with atexit().
Do not call this when another thread might concurrently trigger a license check by invoking methods in the asn1c runtime.

◆ rtxMarkPos()

int rtxMarkPos	(	OSCTXT *	pctxt,
		OSSIZE *	ppos
	)

This function saves the current position in a message buffer or stream.

Parameters

pctxt	Pointer to a context block.
ppos	Pointer to saved position.

Returns

Completion status of operation:

0 = success,
negative return value is error.

◆ rtxMemHeapClearFlags()

void rtxMemHeapClearFlags	(	OSCTXT *	pctxt,
		OSUINT32	flags
	)

This function clears memory heap flags.

Parameters

pctxt	Pointer to a memory block structure that contains the list of dynamic memory block maintained by these functions.
flags	The flags

◆ rtxMemHeapSetFlags()

void rtxMemHeapSetFlags	(	OSCTXT *	pctxt,
		OSUINT32	flags
	)

This function sets flags to a heap. May be used to control the heap's behavior.

Parameters

pctxt	Pointer to a memory block structure that contains the list of dynamic memory block maintained by these functions.
flags	The flags.

◆ rtxResetToPos()

int rtxResetToPos	(	OSCTXT *	pctxt,
		OSSIZE	pos
	)

This function resets a message buffer or stream back to the given position.

Parameters

pctxt	Pointer to a context block.
pos	Context position.

Returns

Completion status of operation:

0 = success,
negative return value is error.

Classes

Macros

Typedefs

Functions

Detailed Description

Macro Definition Documentation

◆ OSNOWHITESPACE

◆ OSRT_GET_FIRST_ERROR_INFO

◆ OSRT_GET_LAST_ERROR_INFO

◆ rtxByteAlign

◆ rtxCtxtGetMsgLen

◆ rtxCtxtGetMsgPtr

◆ rtxCtxtPeekElemName

◆ rtxCtxtSetProtocolVersion

◆ rtxCtxtTestFlag

Typedef Documentation

◆ OSFreeCtxtAppInfoPtr

◆ OSFreeCtxtGlobalPtr

◆ OSResetCtxtAppInfoPtr

Function Documentation

◆ rtxCheckContext()

◆ rtxCopyContext()

◆ rtxCtxtClearFlag()

◆ rtxCtxtContainerEnd()

◆ rtxCtxtContainerHasRemBits()

◆ rtxCtxtGetBitOffset()

◆ rtxCtxtGetContainerRemBits()

◆ rtxCtxtGetExpDateStr()

◆ rtxCtxtGetIOByteCount()

◆ rtxCtxtPopAllContainers()

◆ rtxCtxtPopArrayElemName()

◆ rtxCtxtPopContainer()

◆ rtxCtxtPopElemName()

◆ rtxCtxtPopElemNameCopy()

◆ rtxCtxtPopTypeName()

◆ rtxCtxtPushArrayElemName()

◆ rtxCtxtPushContainerBits()

◆ rtxCtxtPushContainerBytes()

◆ rtxCtxtPushElemName()

◆ rtxCtxtPushElemNameCopy()

◆ rtxCtxtPushTypeName()

◆ rtxCtxtSetBitOffset()

◆ rtxCtxtSetBufPtr()

◆ rtxCtxtSetFlag()

◆ rtxFreeContext()

◆ rtxInitContext()

◆ rtxInitContextBuffer()

◆ rtxInitContextExt()

◆ rtxInitContextUsingKey()

◆ rtxInitThreadContext()

◆ rtxLicenseClose()

◆ rtxMarkPos()

◆ rtxMemHeapClearFlags()

◆ rtxMemHeapSetFlags()

◆ rtxResetToPos()