245 satır
9.5 KiB
C
245 satır
9.5 KiB
C
#ifndef cmText_h
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#define cmText_h
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#ifdef __cplusplus
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extern "C" {
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#endif
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//{
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//(
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// The cmText API supports two basic tasks: the generation of
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// formatted text into dynamic arrays and text to number parsing.
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//
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//)
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//(
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enum
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{
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kOkTxRC = 0,
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kNullTxRC,
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kCvtErrTxRC,
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kLHeapFailTxRC
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};
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typedef unsigned cmTxRC_t;
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typedef cmHandle_t cmTextSysH_t;
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extern cmTextSysH_t cmTextSysNullHandle;
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cmTxRC_t cmTextSysInitialize( cmCtx_t* ctx, cmTextSysH_t* hp );
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cmTxRC_t cmTextSysFinalize( cmTextSysH_t* hp );
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bool cmTextSysIsValid( cmTextSysH_t h );
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// Print the string into a static, global, but resizable, buffer.
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// This string is only valid until the next call to cmTextSysPrintS().
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// This function is not currently thread safe - calls from different
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// threads can therefore overwrite one anothers buffered strings
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// unexpectedly.
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cmChar_t* cmTextSysVPrintfS( cmTextSysH_t h, const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTextSysPrintfS( cmTextSysH_t h, const cmChar_t* fmt, ... );
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// Print the string into memory supplied by a linked heap.
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// Strings returned from this function may be deallocated with a call to
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// cmLhFree().
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cmChar_t* cmTextSysVPrintfH( cmLHeapH_t h, const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTextSysPrintfH( cmLHeapH_t h, const cmChar_t* fmt, ... );
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// Print a string and store it in the internal text system heap.
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// The memory used by these strings will be automatically released
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// whent he text system is destroyed. The caller may optionally release
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// a string via cmTextSysFreeStr().
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cmChar_t* cmTextSysVPrintf( cmTextSysH_t h, const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTextSysPrintf( cmTextSysH_t h, const cmChar_t* fmt, ... );
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void cmTextSysFreeStr( cmTextSysH_t h, const cmChar_t* s );
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// Return true if 's' is stored in the text systems internal heap,
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bool cmTextSysIsStored(cmTextSysH_t h, const cmChar_t* s );
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//
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// Global interface:
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//
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// These functions are equivalent to the same-named functions above
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// but use a globally allocated cmTextSysH_t handle.
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cmTxRC_t cmTsInitialize( cmCtx_t* ctx );
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cmTxRC_t cmTsFinalize();
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bool cmTsIsValid();
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cmChar_t* cmTsVPrintfS( const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTsPrintfS( const cmChar_t* fmt, ... );
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cmChar_t* cmTsVPrintfH( cmLHeapH_t h, const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTsPrintfH( cmLHeapH_t h, const cmChar_t* fmt, ... );
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cmChar_t* cmTsVPrintf( const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTsPrintf( const cmChar_t* fmt, ... );
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void cmTsFreeStr( const cmChar_t* s );
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bool cmTsIsStored(const cmChar_t* s );
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// Print a formatted string into s[]. s[] is reallocated as necessary to
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// hold the string. s must be freed by the caller via cmMemFree().
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cmChar_t* cmTsVPrintfP( cmChar_t* s, const cmChar_t* fmt, va_list vl );
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cmChar_t* cmTsPrintfP( cmChar_t* s, const cmChar_t* fmt, ... );
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// Set err to NULL to ignore errors.
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//
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cmTxRC_t cmTextToInt( const char* text, int* ip, cmErr_t* err );
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cmTxRC_t cmTextToUInt( const char* text, unsigned* up, cmErr_t* err );
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cmTxRC_t cmTextToFloat( const char* text, float* fp, cmErr_t* err );
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cmTxRC_t cmTextToDouble( const char* text, double* dp, cmErr_t* err );
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cmTxRC_t cmTextToBool( const char* text, bool* bp, cmErr_t* err );
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// In all cases s, s0 and s1 are expected to be non-NULL.
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// If any of the arguments were allowed to be NULL, then the natural
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// return value would be NULL and this would lead to ambiguities
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// with the meaning of a NULL return value.
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// Return ptr to next non-white or terminating 0 if EOS is encountered.
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cmChar_t* cmTextNextNonWhiteOrEos( cmChar_t* s );
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const cmChar_t* cmTextNextNonWhiteOrEosC( const cmChar_t* s );
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// Return ptr to next non-white char. or NULL if EOS is encountered.
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cmChar_t* cmTextNextNonWhite( cmChar_t* s );
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const cmChar_t* cmTextNextNonWhiteC( const cmChar_t* s );
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// Return ptr to prev non-white or s if BOS is encountered.
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// If returned ptr == s0 then BOS was encountered.
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cmChar_t* cmTextPrevNonWhiteOrBos( cmChar_t* s0, const cmChar_t* s1 );
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const cmChar_t* cmTextPrevNonWhiteOrBosC( const cmChar_t* s0, const cmChar_t* s1 );
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// Return ptr to prev non-white char. or NULL if BOS is encountered.
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cmChar_t* cmTextPrevNonWhite( cmChar_t* s0, const cmChar_t* s1 );
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const cmChar_t* cmTextPrevNonWhiteC( const cmChar_t* s0, const cmChar_t* s1 );
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// Return ptr to next white or terminating 0 if EOS is encountered.
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// ( *(return_ptr)==0 if EOS is encountered )
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cmChar_t* cmTextNextWhiteOrEos( cmChar_t* s );
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const cmChar_t* cmTextNextWhiteOrEosC( const cmChar_t* s );
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// Return ptr to next white char. or NULL if EOS is encountered.
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cmChar_t* cmTextNextWhite( cmChar_t* s );
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const cmChar_t* cmTextNextWhiteC( const cmChar_t* s );
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// Return ptr to prev white or s if BOS is encountered.
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// If returned ptr != s then *(returned_ptr-1) == '\n'
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cmChar_t* cmTextPrevWhiteOrBos( cmChar_t* s0, const cmChar_t* s1 );
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const cmChar_t* cmTextPrevWhiteOrBosC( const cmChar_t* s0, const cmChar_t* s1 );
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// Return ptr to prev white char. or NULL if BOS is encountered.
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cmChar_t* cmTextPrevWhite( cmChar_t* s0, const cmChar_t* s1 );
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const cmChar_t* cmTextPrevWhiteC( const cmChar_t* s0, const cmChar_t* s1 );
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// Backup to first char on line.
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// Return ptr to first char on line or first char in buffer.
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// If return_ptr!=s0 then *(return_ptr-1) == '\n'.
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cmChar_t* cmTextBegOfLine( cmChar_t* s0, const cmChar_t* s1 );
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const cmChar_t* cmTextBegOfLineC( const cmChar_t* s0, const cmChar_t* s1 );
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// Move forward to last char on line.
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// Return ptr to last char on line.
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// If *return_ptr == 0 then the end of buffer was encountered prior
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// to the next '\n' otherwise *(return_ptr) == '\n'.
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cmChar_t* cmTextEndOfLine( cmChar_t* s );
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const cmChar_t* cmTextEndOfLineC( const cmChar_t* s );
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// Return a pointer to the last non-white character in the string
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cmChar_t* cmTextLastNonWhiteChar( const cmChar_t* s );
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const cmChar_t* cmTextLastNonWhiteCharC( const cmChar_t* s );
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// Shrink the text by copying all char's beginning with t+tn to t.
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// ex: 'abcd' s=a, t=b, tn=1 -> acd
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// 'abcd' s=a, t=b, tn=2 -> ad
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void cmTextShrinkS( cmChar_t* s, const cmChar_t* t, unsigned tn );
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void cmTextShrinkSN(cmChar_t* s, unsigned sn, const cmChar_t* t, unsigned tn );
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// Remove the last n characters from s by inserting a '\0' at s[ strlen(s)-n ].
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void cmTextClip( cmChar_t* s, unsigned n );
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// Expand s by copying all bytes past t to t+tn.
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cmChar_t* cmTextExpandS( cmChar_t* s, const cmChar_t* t, unsigned tn );
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// Replace t[tn] with u[un] in s[].
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cmChar_t* cmTextReplaceSN( cmChar_t* s, const cmChar_t* t, unsigned tn, const cmChar_t* u, unsigned un );
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// Replace t[tn] with u in s[].
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cmChar_t* cmTextReplaceS( cmChar_t* s, const cmChar_t* t, unsigned tn, const cmChar_t* u );
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// Replace all occurrences of t[] with u[] in s[].
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cmChar_t* cmTextReplaceAll( cmChar_t* s, const cmChar_t* t, const cmChar_t* u );
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// Replace the first occurence of t[] in s[] with u[].
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cmChar_t* cmTextReplaceFirst( cmChar_t* s, const cmChar_t* t, const cmChar_t* u );
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// Insert u[un] at before t in s[].
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cmChar_t* cmTextInsertSN( cmChar_t* s, const cmChar_t* t, const cmChar_t* u, unsigned un );
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// Insert u[] at before t in s[].
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cmChar_t* cmTextInsertS( cmChar_t* s, const cmChar_t* t, const cmChar_t* u );
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cmChar_t* cmTextAppend( cmChar_t* s, unsigned* sn, const cmChar_t* u, unsigned un );
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cmChar_t* cmTextAppendSN( cmChar_t* s, const cmChar_t* u, unsigned un );
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// append u[un] to s[] and append terminating zero.
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cmChar_t* cmTextAppendSNZ( cmChar_t* s, const cmChar_t* u, unsigned un );
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// both s[] and u[] are strz's
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cmChar_t* cmTextAppendSS( cmChar_t* s, const cmChar_t* u );
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// Append 'n' copies of 'c' to the end of s[].
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cmChar_t* cmTextAppendChar( cmChar_t* s, cmChar_t c, unsigned n );
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// Returns true if the string is NULL or all spaces.
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bool cmTextIsEmpty( const cmChar_t* s );
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bool cmTextIsNotEmpty( const cmChar_t* s );
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// Same as strcmp() but handles NULL. Note that if both s0 and s1 are NULL
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// then return is 0.
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int cmTextCmp( const cmChar_t* s0, const cmChar_t* s1 );
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// Returns NULL if string contains fewer than lineIdx lines.
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// Note: first line == 1.
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cmChar_t* cmTextLine( cmChar_t* s, unsigned line );
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const cmChar_t* cmTextLineC( const cmChar_t* s, unsigned line );
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// Reduce all consecutive white spaces to a single space.
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cmChar_t* cmTextRemoveConsecutiveSpaces( cmChar_t* s );
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// Columnize s[] by inserting EOL's at the first available
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// space prior 'colCnt' columns. If no space exists then
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// the words will be broken. If length s[] is less than
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// 'colCnt' then s[] is returned with no changes.
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cmChar_t* cmTextColumize( cmChar_t* s, unsigned colCnt );
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// Indent the rows of s[] by inserting 'indent' spaces
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// just after each '\n'. If s[] contains no '\n' then
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// s[] is returned with no changes.
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cmChar_t* cmTextIndentRows( cmChar_t* s, unsigned indent );
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// Prefix all rows of s[] with p[].
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cmChar_t* cmTextPrefixRows( cmChar_t* s, const cmChar_t* t );
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// Remove leading white space from all rows of s.
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cmChar_t* cmTextTrimRows( cmChar_t* s );
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// Remove all white space prior to the first non-white space
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// character.
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cmChar_t* cmTextEatLeadingSpace( cmChar_t* s );
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//)
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//}
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#ifdef __cplusplus
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}
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#endif
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#endif
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