str into substrings. A
pattern indicates delimiters that separate the input
into fields. The input data between the matches become the
fields themselves.stri_split_regex(str, pattern, n_max = -1L, omit_empty = FALSE,
opts_regex = list())stri_opts_regexstr, pattern, n_max,
and omit_empty.If n_max is negative (default), then all pieces are
extracted.
omit_empty is applied during splitting: if set to
TRUE, then empty strings will never appear in the
resulting vector.
Note that if you want to split a string by characters from
a specific class (e.g. whitespaces),
stri_split_charclass will be much faster.
stri_count_regex;
stri_detect_regex;
stri_extract_all_regex,
stri_extract_all_regex,
stri_extract_first_regex,
stri_extract_first_regex,
stri_extract_last_regex,
stri_extract_last_regex;
stri_locate_all_regex,
stri_locate_all_regex,
stri_locate_first_regex,
stri_locate_first_regex,
stri_locate_last_regex,
stri_locate_last_regex;
stri_match_all_regex,
stri_match_all_regex,
stri_match_first_regex,
stri_match_first_regex,
stri_match_last_regex,
stri_match_last_regex;
stri_opts_regex;
stri_replace_all_regex,
stri_replace_all_regex,
stri_replace_first_regex,
stri_replace_first_regex,
stri_replace_last_regex,
stri_replace_last_regex;
stringi-search-regex;
stringi-searchOther search_split: stri_split_charclass,
stri_split_charclass;
stri_split_fixed,
stri_split_fixed;
stri_split_lines,
stri_split_lines,
stri_split_lines1,
stri_split_lines1; stri_split;
stringi-search
stri_split_regex("Lorem ipsum dolor sit amet",
"\\p{Z}+") # see also stri_split_charclassRun the code above in your browser using DataLab