All HTML character entities as literal characters.

Entites.fs

module Entities

    /// quotation mark (APL quote)
    [<Literal>]
    let quot ='\"'
    /// ampersand
    [<Literal>]
    let amp = '&'
    /// apostrophe (apostrophe-quote)
    [<Literal>]
    let apos = '''
    /// less-than sign
    [<Literal>]
    let lt = '<'
    /// greater-than sign
    [<Literal>]
    let gt = '>'
    /// no-break space (non-breaking space)
    [<Literal>]
    let nbsp = '\u00A0'
    /// inverted exclamation mark
    [<Literal>]
    let iexcl = '¡'
    /// cent sign
    [<Literal>]
    let cent = '¢'
    /// pound sign
    [<Literal>]
    let pound = '£'
    /// currency sign
    [<Literal>]
    let curren = '¤'
    /// yen sign (yuan sign)
    [<Literal>]
    let yen = '¥'
    /// broken bar (broken vertical bar)
    [<Literal>]
    let brvbar = '¦'
    /// section sign
    [<Literal>]
    let sect = '§'
    /// diaeresis (spacing diaeresis); see Germanic umlaut
    [<Literal>]
    let uml = '¨'
    /// copyright symbol
    [<Literal>]
    let copy = '©'
    /// feminine ordinal indicator
    [<Literal>]
    let ordf = 'ª'
    /// left-pointing double angle quotation mark (left pointing guillemet)
    [<Literal>]
    let laquo = '«'
    /// not sign
    [<Literal>]
    let not = '¬'
    /// soft hyphen (discretionary hyphen)
    [<Literal>]
    let shy = '\u00AD'
    /// registered sign (registered trademark symbol)
    [<Literal>]
    let reg = '®'
    /// macron (spacing macron, overline, APL overbar)
    [<Literal>]
    let macr = '¯'
    /// degree symbol
    [<Literal>]
    let deg = '°'
    /// plus-minus sign (plus-or-minus sign)
    [<Literal>]
    let plusmn = '±'
    /// superscript two (superscript digit two, squared)
    [<Literal>]
    let sup2 = '²'
    /// superscript three (superscript digit three, cubed)
    [<Literal>]
    let sup3 = '³'
    /// acute accent (spacing acute)
    [<Literal>]
    let acute = '´'
    /// micro sign
    [<Literal>]
    let micro = 'µ'
    /// pilcrow sign (paragraph sign)
    [<Literal>]
    let para = '¶'
    /// middle dot (Georgian comma, Greek middle dot)
    [<Literal>]
    let middot = '·'
    /// cedilla (spacing cedilla)
    [<Literal>]
    let cedil = '¸'
    /// superscript one (superscript digit one)
    [<Literal>]
    let sup1 = '¹'
    /// masculine ordinal indicator
    [<Literal>]
    let ordm = 'º'
    /// right-pointing double angle quotation mark (right pointing guillemet)
    [<Literal>]
    let raquo = '»'
    /// vulgar fraction one quarter (fraction one quarter)
    [<Literal>]
    let frac14 = '¼'
    /// vulgar fraction one half (fraction one half)
    [<Literal>]
    let frac12 = '½'
    /// vulgar fraction three quarters (fraction three quarters)
    [<Literal>]
    let frac34 = '¾'
    /// inverted question mark (turned question mark)
    [<Literal>]
    let iquest = '¿'
    /// Latin capital letter A with grave accent (Latin capital letter A grave)
    [<Literal>]
    let Agrave = 'À'
    /// Latin capital letter A with acute accent
    [<Literal>]
    let Aacute = 'Á'
    /// Latin capital letter A with circumflex
    [<Literal>]
    let Acirc = 'Â'
    /// Latin capital letter A with tilde
    [<Literal>]
    let Atilde = 'Ã'
    /// Latin capital letter A with diaeresis
    [<Literal>]
    let Auml = 'Ä'
    /// Latin capital letter A with ring above (Latin capital letter A ring)
    [<Literal>]
    let Aring = 'Å'
    /// Latin capital letter AE (Latin capital ligature AE)
    [<Literal>]
    let AElig = 'Æ'
    /// Latin capital letter C with cedilla
    [<Literal>]
    let Ccedil = 'Ç'
    /// Latin capital letter E with grave accent
    [<Literal>]
    let Egrave = 'È'
    /// Latin capital letter E with acute accent
    [<Literal>]
    let Eacute = 'É'
    /// Latin capital letter E with circumflex
    [<Literal>]
    let Ecirc = 'Ê'
    /// Latin capital letter E with diaeresis
    [<Literal>]
    let Euml = 'Ë'
    /// Latin capital letter I with grave accent
    [<Literal>]
    let Igrave = 'Ì'
    /// Latin capital letter I with acute accent
    [<Literal>]
    let Iacute = 'Í'
    /// Latin capital letter I with circumflex
    [<Literal>]
    let Icirc = 'Î'
    /// Latin capital letter I with diaeresis
    [<Literal>]
    let Iuml = 'Ï'
    /// Latin capital letter Eth
    [<Literal>]
    let ETH = 'Ð'
    /// Latin capital letter N with tilde
    [<Literal>]
    let Ntilde = 'Ñ'
    /// Latin capital letter O with grave accent
    [<Literal>]
    let Ograve = 'Ò'
    /// Latin capital letter O with acute accent
    [<Literal>]
    let Oacute = 'Ó'
    /// Latin capital letter O with circumflex
    [<Literal>]
    let Ocirc = 'Ô'
    /// Latin capital letter O with tilde
    [<Literal>]
    let Otilde = 'Õ'
    /// Latin capital letter O with diaeresis
    [<Literal>]
    let Ouml = 'Ö'
    /// multiplication sign
    [<Literal>]
    let times = '×'
    /// Latin capital letter O with stroke (Latin capital letter O slash)
    [<Literal>]
    let Oslash = 'Ø'
    /// Latin capital letter U with grave accent
    [<Literal>]
    let Ugrave = 'Ù'
    /// Latin capital letter U with acute accent
    [<Literal>]
    let Uacute = 'Ú'
    /// Latin capital letter U with circumflex
    [<Literal>]
    let Ucirc = 'Û'
    /// Latin capital letter U with diaeresis
    [<Literal>]
    let Uuml = 'Ü'
    /// Latin capital letter Y with acute accent
    [<Literal>]
    let Yacute = 'Ý'
    /// Latin capital letter THORN
    [<Literal>]
    let THORN = 'Þ'
    /// Latin small letter sharp s (ess-zed); see German Eszett
    [<Literal>]
    let szlig = 'ß'
    /// Latin small letter a with grave accent
    [<Literal>]
    let agrave = 'à'
    /// Latin small letter a with acute accent
    [<Literal>]
    let aacute = 'á'
    /// Latin small letter a with circumflex
    [<Literal>]
    let acirc = 'â'
    /// Latin small letter a with tilde
    [<Literal>]
    let atilde = 'ã'
    /// Latin small letter a with diaeresis
    [<Literal>]
    let auml = 'ä'
    /// Latin small letter a with ring above
    [<Literal>]
    let aring = 'å'
    /// Latin small letter ae (Latin small ligature ae)
    [<Literal>]
    let aelig = 'æ'
    /// Latin small letter c with cedilla
    [<Literal>]
    let ccedil = 'ç'
    /// Latin small letter e with grave accent
    [<Literal>]
    let egrave = 'è'
    /// Latin small letter e with acute accent
    [<Literal>]
    let eacute = 'é'
    /// Latin small letter e with circumflex
    [<Literal>]
    let ecirc = 'ê'
    /// Latin small letter e with diaeresis
    [<Literal>]
    let euml = 'ë'
    /// Latin small letter i with grave accent
    [<Literal>]
    let igrave = 'ì'
    /// Latin small letter i with acute accent
    [<Literal>]
    let iacute = 'í'
    /// Latin small letter i with circumflex
    [<Literal>]
    let icirc = 'î'
    /// Latin small letter i with diaeresis
    [<Literal>]
    let iuml = 'ï'
    /// Latin small letter eth
    [<Literal>]
    let eth = 'ð'
    /// Latin small letter n with tilde
    [<Literal>]
    let ntilde = 'ñ'
    /// Latin small letter o with grave accent
    [<Literal>]
    let ograve = 'ò'
    /// Latin small letter o with acute accent
    [<Literal>]
    let oacute = 'ó'
    /// Latin small letter o with circumflex
    [<Literal>]
    let ocirc = 'ô'
    /// Latin small letter o with tilde
    [<Literal>]
    let otilde = 'õ'
    /// Latin small letter o with diaeresis
    [<Literal>]
    let ouml = 'ö'
    /// division sign (obelus)
    [<Literal>]
    let divide = '÷'
    /// Latin small letter o with stroke (Latin small letter o slash)
    [<Literal>]
    let oslash = 'ø'
    /// Latin small letter u with grave accent
    [<Literal>]
    let ugrave = 'ù'
    /// Latin small letter u with acute accent
    [<Literal>]
    let uacute = 'ú'
    /// Latin small letter u with circumflex
    [<Literal>]
    let ucirc = 'û'
    /// Latin small letter u with diaeresis
    [<Literal>]
    let uuml = 'ü'
    /// Latin small letter y with acute accent
    [<Literal>]
    let yacute = 'ý'
    /// Latin small letter thorn
    [<Literal>]
    let thorn = 'þ'
    /// Latin small letter y with diaeresis
    [<Literal>]
    let yuml = 'ÿ'
    /// Latin capital ligature oe
    [<Literal>]
    let OElig = 'Œ'
    /// Latin small ligature oe
    [<Literal>]
    let oelig = 'œ'
    /// Latin capital letter s with caron
    [<Literal>]
    let Scaron = 'Š'
    /// Latin small letter s with caron
    [<Literal>]
    let scaron = 'š'
    /// Latin capital letter y with diaeresis
    [<Literal>]
    let Yuml = 'Ÿ'
    /// Latin small letter f with hook (function, florin)
    [<Literal>]
    let fnof = 'ƒ'
    /// modifier letter circumflex accent
    [<Literal>]
    let circ = 'ˆ'
    /// small tilde
    [<Literal>]
    let tilde = '˜'
    /// 	Greek capital letter Alpha
    [<Literal>]
    let Alpha = 'Α'
    /// 	Greek capital letter Beta
    [<Literal>]
    let Beta = 'Β'
    /// Greek capital letter Gamma
    [<Literal>]
    let Gamma = 'Γ'
    /// Greek capital letter Delta
    [<Literal>]
    let Delta = 'Δ'
    /// 	Greek capital letter Epsilon
    [<Literal>]
    let Epsilon = 'Ε'
    /// 	Greek capital letter Zeta
    [<Literal>]
    let Zeta = 'Ζ'
    /// 	Greek capital letter Eta
    [<Literal>]
    let Eta = 'Η'
    /// Greek capital letter Theta
    [<Literal>]
    let Theta = 'Θ'
    /// 	Greek capital letter Iota
    [<Literal>]
    let Iota = 'Ι'
    /// 	Greek capital letter Kappa
    [<Literal>]
    let Kappa = 'Κ'
    /// Greek capital letter Lambda
    [<Literal>]
    let Lambda = 'Λ'
    /// 	Greek capital letter Mu
    [<Literal>]
    let Mu = 'Μ'
    /// 	Greek capital letter Nu
    [<Literal>]
    let Nu = 'Ν'
    /// Greek capital letter Xi
    [<Literal>]
    let Xi = 'Ξ'
    /// 	Greek capital letter Omicron
    [<Literal>]
    let Omicron = 'Ο'
    /// 	Greek capital letter Pi
    [<Literal>]
    let Pi = 'Π'
    /// 	Greek capital letter Rho
    [<Literal>]
    let Rho = 'Ρ'
    /// Greek capital letter Sigma
    [<Literal>]
    let Sigma = 'Σ'
    /// 	Greek capital letter Tau
    [<Literal>]
    let Tau = 'Τ'
    /// Greek capital letter Upsilon
    [<Literal>]
    let Upsilon = 'Υ'
    /// Greek capital letter Phi
    [<Literal>]
    let Phi = 'Φ'
    /// 	Greek capital letter Chi
    [<Literal>]
    let Chi = 'Χ'
    /// Greek capital letter Psi
    [<Literal>]
    let Psi = 'Ψ'
    /// Greek capital letter Omega
    [<Literal>]
    let Omega = 'Ω'
    /// Greek small letter alpha
    [<Literal>]
    let alpha = 'α'
    /// Greek small letter beta
    [<Literal>]
    let beta = 'β'
    /// Greek small letter gamma
    [<Literal>]
    let gamma = 'γ'
    /// Greek small letter delta
    [<Literal>]
    let delta = 'δ'
    /// Greek small letter epsilon
    [<Literal>]
    let epsilon = 'ε'
    /// Greek small letter zeta
    [<Literal>]
    let zeta = 'ζ'
    /// Greek small letter eta
    [<Literal>]
    let eta = 'η'
    /// Greek small letter theta
    [<Literal>]
    let theta = 'θ'
    /// Greek small letter iota
    [<Literal>]
    let iota = 'ι'
    /// Greek small letter kappa
    [<Literal>]
    let kappa = 'κ'
    /// Greek small letter lambda
    [<Literal>]
    let lambda = 'λ'
    /// Greek small letter mu
    [<Literal>]
    let mu = 'μ'
    /// Greek small letter nu
    [<Literal>]
    let nu = 'ν'
    /// Greek small letter xi
    [<Literal>]
    let xi = 'ξ'
    /// Greek small letter omicron
    [<Literal>]
    let omicron = 'ο'
    /// Greek small letter pi
    [<Literal>]
    let pi = 'π'
    /// Greek small letter rho
    [<Literal>]
    let rho = 'ρ'
    /// Greek small letter final sigma
    [<Literal>]
    let sigmaf = 'ς'
    /// Greek small letter sigma
    [<Literal>]
    let sigma = 'σ'
    /// Greek small letter tau
    [<Literal>]
    let tau = 'τ'
    /// Greek small letter upsilon
    [<Literal>]
    let upsilon = 'υ'
    /// Greek small letter phi
    [<Literal>]
    let phi = 'φ'
    /// Greek small letter chi
    [<Literal>]
    let chi = 'χ'
    /// Greek small letter psi
    [<Literal>]
    let psi = 'ψ'
    /// Greek small letter omega
    [<Literal>]
    let omega = 'ω'
    /// Greek theta symbol
    [<Literal>]
    let thetasym = 'ϑ'
    /// Greek Upsilon with hook symbol
    [<Literal>]
    let upsih = 'ϒ'
    /// Greek pi symbol
    [<Literal>]
    let piv = 'ϖ'
    /// en space
    [<Literal>]
    let ensp = '\u2002'
    /// em space
    [<Literal>]
    let emsp = '\u2003'
    /// thin space
    [<Literal>]
    let thinsp = '\u2009'
    /// zero-width non-joiner
    [<Literal>]
    let zwnj = '\u200C'
    /// zero-width joiner
    [<Literal>]
    let zwj = '\u200D'
    /// left-to-right mark
    [<Literal>]
    let lrm = '\u200E'
    ///  right-to-left mark
    [<Literal>]
    let rlm = '\u200F'
    /// en dash
    [<Literal>]
    let ndash = '–'
    /// em dash
    [<Literal>]
    let mdash = '—'
    /// left single quotation mark
    [<Literal>]
    let lsquo = '‘'
    /// right single quotation mark
    [<Literal>]
    let rsquo = '’'
    /// single low-9 quotation mark
    [<Literal>]
    let sbquo = '‚'
    /// left double quotation mark
    [<Literal>]
    let ldquo = '“'
    /// right double quotation mark
    [<Literal>]
    let rdquo = '”'
    /// double low-9 quotation mark
    [<Literal>]
    let bdquo = '„'
    /// dagger, obelisk
    [<Literal>]
    let dagger = '†'
    /// double dagger, double obelisk
    [<Literal>]
    let Dagger = '‡'
    /// bullet (black small circle)
    [<Literal>]
    let bull = '•'
    /// horizontal ellipsis (three dot leader)
    [<Literal>]
    let hellip = '…'
    /// per mille sign
    [<Literal>]
    let permil = '‰'
    /// prime (minutes, feet)
    [<Literal>]
    let prime = '′'
    /// double prime (seconds, inches)
    [<Literal>]
    let Prime = '″'
    /// single left-pointing angle quotation mark
    [<Literal>]
    let lsaquo = '‹'
    /// single right-pointing angle quotation mark
    [<Literal>]
    let rsaquo = '›'
    /// overline (spacing overscore)
    [<Literal>]
    let oline = '‾'
    /// fraction slash (solidus)
    [<Literal>]
    let frasl = '⁄'
    /// euro sign
    [<Literal>]
    let euro = '€'
    /// black-letter capital I (imaginary part)
    [<Literal>]
    let image = 'ℑ'
    /// script capital P (power set, Weierstrass p)
    [<Literal>]
    let weierp = '℘'
    /// black-letter capital R (real part symbol)
    [<Literal>]
    let real = 'ℜ'
    /// trademark symbol
    [<Literal>]
    let trade = '™'
    /// alef symbol (first transfinite cardinal)
    [<Literal>]
    let alefsym = 'ℵ'
    /// leftwards arrow
    [<Literal>]
    let larr = '←'
    /// upwards arrow
    [<Literal>]
    let uarr = '↑'
    /// rightwards arrow
    [<Literal>]
    let rarr = '→'
    /// downwards arrow
    [<Literal>]
    let darr = '↓'
    /// left right arrow
    [<Literal>]
    let harr = '↔'
    /// downwards arrow with corner leftwards (carriage return)
    [<Literal>]
    let crarr = '↵'
    /// leftwards double arrow
    [<Literal>]
    let lArr = '⇐'
    /// upwards double arrow
    [<Literal>]
    let uArr = '⇑'
    /// rightwards double arrow
    [<Literal>]
    let rArr = '⇒'
    /// downwards double arrow
    [<Literal>]
    let dArr = '⇓'
    /// left right double arrow
    [<Literal>]
    let hArr = '⇔'
    /// for all
    [<Literal>]
    let forall = '∀'
    /// partial differential
    [<Literal>]
    let part = '∂'
    /// there exists
    [<Literal>]
    let exist = '∃'
    /// empty set (null set); see also U+8960, ⌀
    [<Literal>]
    let empty = '∅'
    /// del or nabla (vector differential operator)
    [<Literal>]
    let nabla = '∇'
    /// element of
    [<Literal>]
    let isin = '∈'
    /// not an element of
    [<Literal>]
    let notin = '∉'
    /// contains as member
    [<Literal>]
    let ni = '∋'
    /// n-ary product (product sign)
    [<Literal>]
    let prod = '∏'
    /// n-ary summation
    [<Literal>]
    let sum = '∑'
    /// minus sign
    [<Literal>]
    let minus = '−'
    /// asterisk operator
    [<Literal>]
    let lowast = '∗'
    /// square root (radical sign)
    [<Literal>]
    let radic = '√'
    /// proportional to
    [<Literal>]
    let prop = '∝'
    /// infinity
    [<Literal>]
    let infin = '∞'
    /// angle
    [<Literal>]
    let ang = '∠'
    /// logical and (wedge)
    [<Literal>]
    let ``and`` = '∧'
    /// logical or (vee)
    [<Literal>]
    let ``or`` = '∨'
    /// intersection (cap)
    [<Literal>]
    let cap = '∩'
    /// union (cup)
    [<Literal>]
    let cup = '∪'
    /// integral
    [<Literal>]
    let int = '∫'
    /// therefore sign
    [<Literal>]
    let there4 = '∴'
    /// tilde operator (varies with, similar to)
    [<Literal>]
    let sim = '∼'
    /// congruent to
    [<Literal>]
    let cong = '≅'
    /// almost equal to (asymptotic to)
    [<Literal>]
    let asymp = '≈'
    /// not equal to
    [<Literal>]
    let ne = '≠'
    /// identical to; sometimes used for 'equivalent to'
    [<Literal>]
    let equiv = '≡'
    /// less-than or equal to
    [<Literal>]
    let le = '≤'
    /// greater-than or equal to
    [<Literal>]
    let ge = '≥'
    /// subset of
    [<Literal>]
    let sub = '⊂'
    /// superset of
    [<Literal>]
    let sup = '⊃'
    /// not a subset of
    [<Literal>]
    let nsub = '⊄'
    /// subset of or equal to
    [<Literal>]
    let sube = '⊆'
    /// superset of or equal to
    [<Literal>]
    let supe = '⊇'
    /// circled plus (direct sum)
    [<Literal>]
    let oplus = '⊕'
    /// circled times (vector product)
    [<Literal>]
    let otimes = '⊗'
    /// up tack (orthogonal to, perpendicular)
    [<Literal>]
    let perp = '⊥'
    /// dot operator
    [<Literal>]
    let sdot = '⋅'
    /// vertical ellipsis
    [<Literal>]
    let vellip = '⋮'
    /// left ceiling (APL upstile)
    [<Literal>]
    let lceil = '⌈'
    /// right ceiling
    [<Literal>]
    let rceil = '⌉'
    /// left floor (APL downstile)
    [<Literal>]
    let lfloor = '⌊'
    /// right floor
    [<Literal>]
    let rfloor = '⌋'
    /// left-pointing angle bracket (bra)
    [<Literal>]
    let lang = '〈'
    /// right-pointing angle bracket (ket)
    [<Literal>]
    let rang = '〉'
    /// lozenge
    [<Literal>]
    let loz = '◊'
    /// black spade suit
    [<Literal>]
    let spades = '♠'
    /// black club suit (shamrock)
    [<Literal>]
    let clubs = '♣'
    /// black heart suit (valentine)
    [<Literal>]
    let hearts = '♥'
    /// black diamond suit
    [<Literal>]
    let diams = '♦'