ARSAScriptHelp/string_8h_source.html

 class string
 {
 public:


         char charat( const char* str, int index );


         */
         int size( const char* str );


         const char* replace( const char* str, const char* toReplace, const char* replaceWith );


         const char* sub(const char* str, int begin, int length );


         const char* erase(const char* str, int index );


         const char* trim(const char* str);


         const char* lower(const char* str);


         const char* upper(const char* str);


         bool empty(const char* str);


         int find(const char* str, const char* another, int start = 0);


         const char* cat(const char* str, const char* strcat1, ...);


         const char* strip(const char* str);


         int tok(const char* str, const char* tok_chars = " |,", bool use_all_tok_chars = false);


         const char* tokn(const char* str, int num, const char* tok_chars = " |,", bool use_all_tok_chars = false);


         bool tofile(const char* filename, const char* str, bool append = false, const char* encode = "utf8");


         bool cmp(const char* str1, const char* str2);


         const char* replacewhitespace(const char* str);


         const char* addprefix(const char* src, const char* prefix);


         const char* addsuffix(const char* src, const char* suffix);


         int findlast(const char* str, const char* findwhat);


         const char* findclearlast(const char* str, const char* findwhat);


         const char* findclearfirst(const char* str, const char* findwhat);


         const char* base64encode(const char* str);


         const char* base64decode(const char* str);


         const char* urlencode(const char* str);


         const char* urldecode(const char* str);


         const char* hexencode(const char* str);


         const char* hexdecode(const char* str);


         const char* decencode(const char* str);


         const char* decdecode(const char* str);


         const char* binaryencode(const char* str);


         const char* binarydecode(const char* str);


         const char* zip(const char* str, const char* aliasname = 0, const char* password = 0, int ram = 16834, int compress_level = -1);


         const char* unzip(const char* str, const char* aliasname = 0, const char* password = 0, int ram = 16834);


         const char* compress(const char* str, int ram = 16834, bool speed = false);


         const char* uncompress(const char* str, int ram = 16834);


         const char* crc32(const char* str);


         const char* md5(const char* str);


         const char* sha256(const char* str);


         const char* encryption(const char* str, const char* layer, const char* password = 0, int ram = 16834, bool finalize = true);


         const char* decryption(const char* str, const char* layer, const char* password = 0, int ram = 16834, bool finalize = true);


         const char* encryption2(const char* str, int ram = 16834);


         const char* decryption2(const char* str, int ram = 16834);


         bool isurl(const char* str);


         bool isemail(const char* str);

 };
string::hexencode
const char * hexencode(const char *str)
hex encode

string::unzip
const char * unzip(const char *str, const char *aliasname=0, const char *password=0, int ram=16834)
decompress string in a zip file, option: another way if you want to open its then use faddzip(),...

string::tofile
bool tofile(const char *filename, const char *str, bool append=false, const char *encode="utf8")
Save string to file.

string::cmp
bool cmp(const char *str1, const char *str2)
string compare between str1 and str2.

string::decryption
const char * decryption(const char *str, const char *layer, const char *password=0, int ram=16834, bool finalize=true)
decryption string

string::size
*int size(const char *str)
Returns length of the string's content.

string::base64encode
const char * base64encode(const char *str)
base64 encode

string::cat
const char * cat(const char *str, const char *strcat1,...)
The function concatenates the str string and the strcat string, and the result is stored in return st...

string::encryption2
const char * encryption2(const char *str, int ram=16834)
encryption string with algotithms version 2

string::uncompress
const char * uncompress(const char *str, int ram=16834)
uncompress string

string::binaryencode
const char * binaryencode(const char *str)
binary encode

string::compress
const char * compress(const char *str, int ram=16834, bool speed=false)
compress string

string::sub
const char * sub(const char *str, int begin, int length)
Returns a substring.

string::findclearlast
const char * findclearlast(const char *str, const char *findwhat)
finds and clear string at last position.

string::decdecode
const char * decdecode(const char *str)
dec decode

string::addsuffix
const char * addsuffix(const char *src, const char *suffix)
add suffix to string.

string::tokn
const char * tokn(const char *str, int num, const char *tok_chars=" |,", bool use_all_tok_chars=false)

string::replace
const char * replace(const char *str, const char *toReplace, const char *replaceWith)
Replaces all instances of a string with another one.

string::upper
const char * upper(const char *str)
Makes the string upper case.

string::binarydecode
const char * binarydecode(const char *str)
binary decode

string::findlast
int findlast(const char *str, const char *findwhat)
finds position the ended string by string.

string::base64decode
const char * base64decode(const char *str)
base64 decode

string::lower
const char * lower(const char *str)
Makes the string lower case.

string::erase
const char * erase(const char *str, int index)

string::trim
const char * trim(const char *str)

string::empty
bool empty(const char *str)
Informs if the string is empty or not.

string::encryption
const char * encryption(const char *str, const char *layer, const char *password=0, int ram=16834, bool finalize=true)
encryption string

string::charat
char charat(const char *str, int index)
Returns character at index.

string::strip
const char * strip(const char *str)
The strip removes any whitespace at start and end characters.

string::tok
int tok(const char *str, const char *tok_chars=" |,", bool use_all_tok_chars=false)

string::urlencode
const char * urlencode(const char *str)
url encode

string::isurl
bool isurl(const char *str)
check string is valid url

string::sha256
const char * sha256(const char *str)
get sha256

string::zip
const char * zip(const char *str, const char *aliasname=0, const char *password=0, int ram=16834, int compress_level=-1)

string::isemail
bool isemail(const char *str)
check string is valid email

string::crc32
const char * crc32(const char *str)
get crc32

string
Definition: string.h:137

string::findclearfirst
const char * findclearfirst(const char *str, const char *findwhat)
finds and clear string at first position.

string::addprefix
const char * addprefix(const char *src, const char *prefix)
add prefix to string.

string::md5
const char * md5(const char *str)
get md5

string::decencode
const char * decencode(const char *str)
dec encode

string::find
int find(const char *str, const char *another, int start=0)
finds another string in this string

string::replacewhitespace
const char * replacewhitespace(const char *str)
replace string \t\n\r\0 to whitespace programming code.

string::hexdecode
const char * hexdecode(const char *str)
hex decode

string::urldecode
const char * urldecode(const char *str)
url decode

string::decryption2
const char * decryption2(const char *str, int ram=16834)
decryption string with algotithms version 2