All Identifiers

Adds element e to array a.

Adds element e to array a.

Adds element e to array a.

Adds elements from a2 e to array a.

Adds elements from a2 e to array a.

returns i with a[i]=e.

returns i with a[i]=e.

returns i with a[i]=e.

Binary search in a longint array.

Binary search in a string array.

Compares two array/slices (interleaved slice parameters, so arrayEqual(a,b,3,3) compares the first 3 elements).

Compares two array/slices (interleaved slice parameters, so arrayEqual(a,b,3,3) compares the first 3 elements),

Compares two array/slices (interleaved slice parameters, so arrayEqual(a,b,3,3) compares the first 3 elements).

Tests if element e exists in the array/slice (see above).

Tests if element e exists in the array/slice (see above).

Removes element at position i from a.
Returns e=a[i].

Removes element at position i from a,
Returns e=a[i],

Removes element at position i from a.

Removes element at position i from a.
Returns e=a[i].

Removes element at position i from a.
Returns e=a[i].

Removes element at position i from a (destroying the order of the elements).
Returns e=a[i].

Removes element at position i from a (destroying the order of the elements).
Returns e=a[i].

Removes element at position i from a (destroying the order of the elements).

Removes element at position i from a (destroying the order of the elements).
Returns e=a[i].

Removes element at position i from a (destroying the order of the elements).
Returns e=a[i].

Tests if two array/slices are equal (interleaved slice parameters, so arrayEqual(a,b,3,3) tests the first 3 elements).

Tests if two array/slices are equal (interleaved slice parameters, so arrayEqual(a,b,3,3) tests the first 3 elements).

Tests if two array/slices are equal (interleaved slice parameters, so arrayEqual(a,b,3,3) tests the first 3 elements),

Returns the i-th element of the array.

Returns the i-th element of the array.

Finds element e in the array/slice (see above).

Finds element e in the array/slice (see above).

Finds element e in the array/slice (see above).

Finds the largest element in the array/slice (see above).

Finds the largest element in the array/slice (see above).

Finds the smallest element, in the array/slice (see above).

Finds the smallest element, in the array/slice (see above).

Finds the smallest element, in the array/slice (see above).

Inserts element e at position i in a.

Inserts element e at position i in a.

Inserts element e at position i in a.

Inserts element e at position i in a.

Inserts element e at position i in a.

Inverts the order of the elements in the array/slice (see above).

Inverts the order of the elements in the array/slice (see above).

Returns the last element of the array, raises exception, iff the array is empty.

Returns the last element of the array, returns default, iff the array is empty.

Returns the last element of the array, raises exception, iff the array is empty.

Returns the last element of the array, raises exception, iff the array is empty.

Returns the last element of the array, raises exception, iff the array is empty.

Prepends e to a, i.e.

Prepends e to a, i.e.

Prepends e to a, i.e.

Prepends e to a, i.e.

Prepends e to a, i.e.

Ensures that a has at least reserveLength elements.

Ensures that a has at least reserveLength elements.

Ensures that a has at least reserveLength elements.

Extracts a array slice.

Extracts a array slice.

General binary search function.

deviation(=sqrt(variance)) of a binomial distribution

probability: P(X = k) where X is binomial distributed with n possible values (exact value calculated with binomial coefficients, )

probability: P(X >= mu + d or X <= mu - d) where X is binomial distributed with n possible values

probability: P(X <= k) where X is binomial distributed with n possible values

Z-Score of the value k in a distribution with n outcomes

Parses a simple pascal template.


It may contain the following commands:
{%REPEAT x, [a, b, c, ..]} .. {%END-REPEAT}
Creates several copy of the text between REPEAT and END-REPEAT while replacing x by a in the first copy, x by b in the second, ...

{%REPEAT (x, y), [(a1, a2), (b1, b2), ...]} .. {%END-REPEAT}
Creates several copy of the text between REPEAT and END-REPEAT while replacing x by a1 and y by a2 in the first copy, x by b1 and y by b2 in the second, ...

{%REPEAT} .. {%END-REPEAT}
Removes the text between REPEAT and END-REPEAT (i.e.

Encodes a date as datetime (supports negative years)

Converts a date to a string corresponding to the given mask (same mask as dateTimeParsePartsTry)

cumulative sum of month days (so.

Reads a date string given a certain mask

Converts a dateTime to a string corresponding to the given mask (same mask as dateTimeParsePartsTry)

Reads date/time from a input matching a given mask

Reads a date time string given a certain mask (mask is case-sensitive)

The function uses the same mask types as FormatDate:

• s or ss for a second

• n or nn for a minute

• h or hh for a hour

• d or dd for a numerical day

• m or mm for a numerical month, mmm for a short month name, mmmm for a long month name

• am/pm or a/p match am/pm or a/p

• yy, yyyy or [yy]yy for the year. (if the year is < 90, it will become 20yy, else if it is < 100, it will become 19yy, unless you use uppercase Y instead of y)

• YY, YYYY or [YY]YY for the year, too.

• z, zz, zzz, zzzz for microseconds (e.g. use [.zzzzzz] for optional ms with exactly 6 digit precision, use [.z[z[z[z[z[z]]]]]] for optional µs with up to 6 digit precision)

• Z for the ISO time zone (written as regular expressions, it matches 'Z | [+-]hh(:?mm)?'. Z is the only format ansichar (except mmm) matching several characters)

The letter formats d/y/h/n/s matches one or two digits, the dd/mm/yy formats require exactly two.
yyyy requires exactly 4 digits, and [yy]yy works with 2 or 4 (there is also [y]yyy for 3 to 4).

Moves oldname to newname, replacing newname if it exists.

Expands a path to an absolute path starting with file://.

Calculates the greatest common denominator

Calculates the greatest common denominator

Ignores the parameter to suppress warnings.

Ignores the parameter to suppress warnings.

Ignores the parameter to suppress warnings.

This initialize the translator for the given unit.

caps i at [min,max].

log_b n rounded down (= number of digits of n in base b - 1)

This calculates the number of divisors: divcount[i] := |{1 <= j <= i | i mod j = 0}| for all i <= n.
Speed: 10ˆ7 in 5s

Calculates the least common multiple (just a*b div gcd(a,b), so it can easily overflow)

Calculates iˆe mod m in O(log(e)) and never exceeding m.

General stable sort function, .

If the string s has the form '...sepEND', it returns 'END'.

converts unicode pages and latin1 to utf16.

If the string s has the form 'STARTsep...', it returns 'START'.

If the string s has the form 'STARTsep...', it returns 'START'.

Tests if strToBeExaminated starts with expectedStart.

deprecated

Tests if searched exists in str case-sensitive (Attention: opposite parameter order of Pos).

Tests if searched exists in str case-sensitive (Attention: opposite parameter order of Pos).

Converts a string from one encoding to another.

Convert a string to UTF-8 from encoding from from.

Counts all occurrences of searched in searchIn (case sensitive).

Converts a pchar buffer to an unsigned integer.

Decodes a binary hex string like 202020 where every pair of hex digits corresponds to one char (deprecated, use strUnescapeHex).

This decodes all html entities to the given encoding.

Returns the unicode code point of the utf-8 character starting at str[curpos] and increments curpos to the next utf-8 character.

Returns the unicode code point of the utf-8 character starting at source and decrements remainingLength to the next utf-8 character.

Encodes to a binary hex string like 202020 where every pair of hex digits corresponds to one char (deprecated, use strEscapeToHex).

Gets the encoding from an encoding name (e.g.

Tests if strToBeExaminated ends with expectedEnd.

Replace all occurrences of x \in toEscape with escapeChar + x.

Replace all occurrences of x \in toEscape with escape + hex(ord(x)).

Returns the first l bytes of p (copies them so O(n)).

converts a size (measured in bytes) to a string (e.g.

Converts a pchar buffer to an unsigned integer.

If the string s has the form '...sepEND', it returns 'END'.

If the string s has the form 'STARTsep...', it returns 'START'.

Tests if p starts with expectedStart (p is null-terminated).

If the string s has the form '...fromMIDDLEtill...', it returns 'MIDDLE'.

Tests if searched exists in str case-insensitive (Attention: opposite parameter order of Pos).

Tests if strToBeExaminated ends with expectedEnd.

Searchs searched in str case-insensitively (Attention: opposite parameter order of Pos).

Searchs the last occurrence of searched in str, case-insensitive, returns 0 on no occurrence (Attention: opposite parameter order of Pos).

Searchs searched in str case-sensitively (Attention: opposite parameter order of Pos).

Searchs searched in str case-sensitively (Attention: opposite parameter order of Pos).

Str iterator.

Joins all string list items to a single string separated by sep.

Searchs the last occurrence of searched in str, case-sensitive, returns 0 on no occurrence (Attention: opposite parameter order of Pos).

Searchs the last occurrence of searched in str, case-sensitive, returns 0 on no occurrence (Attention: opposite parameter order of Pos).

Test if p begins with expectedStart (case-sensitive).

length of an utf8 string.

Tests if the strings are case-sensitively equal (same length and same characters) (null-terminated, stops comparison when meeting #0 ).

Test if p begins with expectedStart (case-insensitive).

Tests if the strings are case-insensitively equal (same length and same characters) (null-terminated, stops comparison when meeting #0 ).

Copies min(sourceLen, destLen) characters from source to dest and returns dest.

equal comparison, case insensitive, stopping at #0-bytes in p1, ignoring #0-bytes in p2.

Loads a file as string.

Tests if the strings are case-sensitively equal (same length and same characters) (strict-length, can continue comparison after #0).

Tests if the strings are case-insensitively equal (same length and same characters) (strict-length, can continue comparison after #0).

Searchs searched in str, case-insensitive, returns -1 on no occurrence (Attention: opposite parameter order of Pos) (strict length, this function can find #0-bytes).

Searchs searched in str case-sensitively (Attention: opposite parameter order of Pos) (strict length, this function can find #0-bytes).

Searchs searched in str, case-sensitive, returns -1 on no occurrence (Attention: opposite parameter order of Pos) (strict length, this function can find #0-bytes).

Removes all occurrences of trimCharacter from the left/right side of the string.
It will move the pointer and change length, not modifying the memory pointed to.

Like move: moves count strings from source memory to dest memory.

Replaces all #$D#$A, #$D #$85, #$85, #$2028, or #13 by #10.

Removes a file:// prefix from filename if it is there,

reverses a string.

Saves a string as file.

Levenshtein distance between s and t.

Returns a string with all characters between first and last (including first, last).

Splits the string s into the array splitted at every occurrence of sep.

Splits the string remainingPart into two parts at the first position of separator, the first part is returned as function result, the second one is again assign to remainingPart.

Given a string like openBracket ..

Removes all occurrences of trimCharacter from the left and right side of the string.

Removes all occurrences of trimCharacter from the right side of the string.

converts utf16 to other unicode pages and latin1.

Word wraps a string to a maximum column length.

Flags for strDecodeHTMLEntities

Generic random number generator.

Calls proc in an new thread

Converts a time to a string corresponding to the given mask (same mask as dateTimeParsePartsTry)

Reads a time string given a certain mask .
This function checks, if the time is valid.

If a fallback language exists it must be the source language if you want to translate into the source language

An array view representing a slice (subsequence) of an array.

Default random number generator type.

A very bad random number generator, only used internally to improve the seed for xoshiro

Enumerator for utf-8 codepoints in a string.

Checks if all elements are pairwise unequal.

Checks if all elements are pairwise unequal.

Checks if all elements are pairwise unequal.

Checks if all elements are pairwise unequal.

Checks if all elements are pairwise unequal.

Checks if all elements are pairwise unequal.

Encodes an UTF-16 surrogate pair.

Copies min(sourceLen, destLen) characters from source to dest and returns dest.