Cross Reference: /vbox/src/libs/xpcom18a4/xpcom/string/public/nsStringAPI.h

Lines Matching defs:aStr
179  * @param aStr          abstract string reference
180  * @param aData         out param that will hold the address of aStr's
183  *                      whether or not aStr's internal buffer is null-
185  * @return              length of aStr's internal buffer
191   (const nsAString &aStr, const PRUnichar **aData,
200  * @param aStr          abstract string reference
208   (const nsAString &aStr);
213  * This function copies aData into aStr.
215  * @param aStr          abstract string reference
222  * This function does not necessarily null-terminate aStr after copying data
224  * string, aStr.  If aStr is a reference to a nsStringContainer, then its data
231   (nsAString &aStr, const PRUnichar *aData,
237  * This function copies aData into a section of aStr.  As a result it can be
240  * @param aStr          abstract string reference
243  *                      aData to be appended to the end of aStr, in which
247  *                      end of aStr).
255  * This function does not necessarily null-terminate aStr after copying data
257  * string, aStr.  If aStr is a reference to a nsStringContainer, then its data
264   (nsAString &aStr, PRUint32 aCutOffset, PRUint32 aCutLength,
291  * This function appends data to the existing value of aStr.
293  * @param aStr          abstract string reference to be modified
299  * This function does not necessarily null-terminate aStr upon completion.
300  * The behavior depends on the implementation of the abstract string, aStr.
301  * If aStr is a reference to a nsStringContainer, then its data will be null-
305 NS_StringAppendData(nsAString &aStr, const PRUnichar *aData,
308   return NS_StringSetDataRange(aStr, PR_UINT32_MAX, 0, aData, aDataLength);
314  * This function inserts data into the existing value of aStr at the specified
317  * @param aStr          abstract string reference to be modified
324  * This function does not necessarily null-terminate aStr upon completion.
325  * The behavior depends on the implementation of the abstract string, aStr.
326  * If aStr is a reference to a nsStringContainer, then its data will be null-
330 NS_StringInsertData(nsAString &aStr, PRUint32 aOffset, const PRUnichar *aData,
333   return NS_StringSetDataRange(aStr, aOffset, 0, aData, aDataLength);
339  * This function shortens the existing value of aStr, by removing characters
342  * @param aStr          abstract string reference to be modified
348 NS_StringCutData(nsAString &aStr, PRUint32 aCutOffset, PRUint32 aCutLength)
350   return NS_StringSetDataRange(aStr, aCutOffset, aCutLength, nsnull, 0);
404  * @param aStr          abstract string reference
405  * @param aData         out param that will hold the address of aStr's
408  *                      whether or not aStr's internal buffer is null-
410  * @return              length of aStr's internal buffer
416   (const nsACString &aStr, const char **aData,
425  * @param aStr          abstract string reference
433   (const nsACString &aStr);
438  * This function copies aData into aStr.
440  * @param aStr          abstract string reference
447  * This function does not necessarily null-terminate aStr after copying data
449  * string, aStr.  If aStr is a reference to a nsStringContainer, then its data
456   (nsACString &aStr, const char *aData,
462  * This function copies aData into a section of aStr.  As a result it can be
465  * @param aStr          abstract string reference
468  *                      aData to be appended to the end of aStr, in which
472  *                      end of aStr).
480  * This function does not necessarily null-terminate aStr after copying data
482  * string, aStr.  If aStr is a reference to a nsStringContainer, then its data
489   (nsACString &aStr, PRUint32 aCutOffset, PRUint32 aCutLength,
516  * This function appends data to the existing value of aStr.
518  * @param aStr          abstract string reference to be modified
524  * This function does not necessarily null-terminate aStr upon completion.
525  * The behavior depends on the implementation of the abstract string, aStr.
526  * If aStr is a reference to a nsStringContainer, then its data will be null-
530 NS_CStringAppendData(nsACString &aStr, const char *aData,
533   return NS_CStringSetDataRange(aStr, PR_UINT32_MAX, 0, aData, aDataLength);
539  * This function inserts data into the existing value of aStr at the specified
542  * @param aStr          abstract string reference to be modified
549  * This function does not necessarily null-terminate aStr upon completion.
550  * The behavior depends on the implementation of the abstract string, aStr.
551  * If aStr is a reference to a nsStringContainer, then its data will be null-
555 NS_CStringInsertData(nsACString &aStr, PRUint32 aOffset, const char *aData,
558   return NS_CStringSetDataRange(aStr, aOffset, 0, aData, aDataLength);
564  * This function shortens the existing value of aStr, by removing characters
567  * @param aStr          abstract string reference to be modified
573 NS_CStringCutData(nsACString &aStr, PRUint32 aCutOffset, PRUint32 aCutLength)
575   return NS_CStringSetDataRange(aStr, aCutOffset, aCutLength, nsnull, 0);