SystemLanguage
public enum SystemLanguage : String, LaunchArgumentValue
Enumeration describing available languages in the system.
-
Automatically generated value for language Cheyenne.
Declaration
Swift
case Cheyenne = "chy"
-
Automatically generated value for language EnglishIndia.
Declaration
Swift
case EnglishIndia = "en-IN"
-
Automatically generated value for language EnglishUnitedStates.
Declaration
Swift
case EnglishUnitedStates = "en-US"
-
Automatically generated value for language Malagasy.
Declaration
Swift
case Malagasy = "mg"
-
Automatically generated value for language Tasawaq.
Declaration
Swift
case Tasawaq = "twq"
-
Automatically generated value for language Nuer.
Declaration
Swift
case Nuer = "nus"
-
Automatically generated value for language ChineseSimplified.
Declaration
Swift
case ChineseSimplified = "zh-Hans"
-
Automatically generated value for language KashmiriArabic.
Declaration
Swift
case KashmiriArabic = "ks-Arab"
-
Automatically generated value for language FrenchFrance.
Declaration
Swift
case FrenchFrance = "fr-FR"
-
Automatically generated value for language Bengali.
Declaration
Swift
case Bengali = "bn"
-
Automatically generated value for language TatarLatin.
Declaration
Swift
case TatarLatin = "tt-Latn"
-
Automatically generated value for language SouthernSotho.
Declaration
Swift
case SouthernSotho = "st"
-
Automatically generated value for language Neapolitan.
Declaration
Swift
case Neapolitan = "nap"
-
Automatically generated value for language Fulah.
Declaration
Swift
case Fulah = "ff"
-
Automatically generated value for language CentralKurdish.
Declaration
Swift
case CentralKurdish = "ckb"
-
Automatically generated value for language Slovak.
Declaration
Swift
case Slovak = "sk"
-
Automatically generated value for language Adangme.
Declaration
Swift
case Adangme = "ada"
-
Automatically generated value for language Luo.
Declaration
Swift
case Luo = "luo"
-
Automatically generated value for language Tumbuka.
Declaration
Swift
case Tumbuka = "tum"
-
Automatically generated value for language Javanese.
Declaration
Swift
case Javanese = "jv"
-
Automatically generated value for language Meru.
Declaration
Swift
case Meru = "mer"
-
Automatically generated value for language Ido.
Declaration
Swift
case Ido = "io"
-
Automatically generated value for language Angika.
Declaration
Swift
case Angika = "anp"
-
Automatically generated value for language Tsonga.
Declaration
Swift
case Tsonga = "ts"
-
Automatically generated value for language FrenchCanada.
Declaration
Swift
case FrenchCanada = "fr-CA"
-
Automatically generated value for language Rarotongan.
Declaration
Swift
case Rarotongan = "rar"
-
Automatically generated value for language Sango.
Declaration
Swift
case Sango = "sg"
-
Automatically generated value for language Arapaho.
Declaration
Swift
case Arapaho = "arp"
-
Automatically generated value for language Bemba.
Declaration
Swift
case Bemba = "bem"
-
Automatically generated value for language GermanSwitzerland.
Declaration
Swift
case GermanSwitzerland = "de-CH"
-
Automatically generated value for language Kpelle.
Declaration
Swift
case Kpelle = "kpe"
-
Automatically generated value for language Tajik.
Declaration
Swift
case Tajik = "tg"
-
Automatically generated value for language Marshallese.
Declaration
Swift
case Marshallese = "mh"
-
Automatically generated value for language Akan.
Declaration
Swift
case Akan = "ak"
-
Automatically generated value for language Kimbundu.
Declaration
Swift
case Kimbundu = "kmb"
-
Automatically generated value for language Telugu.
Declaration
Swift
case Telugu = "te"
-
Automatically generated value for language Soga.
Declaration
Swift
case Soga = "xog"
-
Automatically generated value for language Aragonese.
Declaration
Swift
case Aragonese = "an"
-
Automatically generated value for language Manx.
Declaration
Swift
case Manx = "gv"
-
Automatically generated value for language Palauan.
Declaration
Swift
case Palauan = "pau"
-
Automatically generated value for language Pashto.
Declaration
Swift
case Pashto = "ps"
-
Automatically generated value for language Nepali.
Declaration
Swift
case Nepali = "ne"
-
Automatically generated value for language Ainu.
Declaration
Swift
case Ainu = "ain"
-
Automatically generated value for language Albanian.
Declaration
Swift
case Albanian = "sq"
-
Automatically generated value for language Ndonga.
Declaration
Swift
case Ndonga = "ng"
-
Automatically generated value for language Estonian.
Declaration
Swift
case Estonian = "et"
-
Automatically generated value for language Newari.
Declaration
Swift
case Newari = "new"
-
Automatically generated value for language Welsh.
Declaration
Swift
case Welsh = "cy"
-
Automatically generated value for language Quechua.
Declaration
Swift
case Quechua = "qu"
-
Automatically generated value for language Colognian.
Declaration
Swift
case Colognian = "ksh"
-
Automatically generated value for language Malay.
Declaration
Swift
case Malay = "ms"
-
Automatically generated value for language Bambara.
Declaration
Swift
case Bambara = "bm"
-
Automatically generated value for language Swahili.
Declaration
Swift
case Swahili = "sw"
-
Automatically generated value for language Tibetan.
Declaration
Swift
case Tibetan = "bo"
-
Automatically generated value for language Metaʼ.
Declaration
Swift
case Metaʼ = "mgo"
-
Automatically generated value for language Lingala.
Declaration
Swift
case Lingala = "ln"
-
Automatically generated value for language Filipino.
Declaration
Swift
case Filipino = "fil"
-
Automatically generated value for language Sakha.
Declaration
Swift
case Sakha = "sah"
-
Automatically generated value for language Finnish.
Declaration
Swift
case Finnish = "fi"
-
Automatically generated value for language Tahitian.
Declaration
Swift
case Tahitian = "ty"
-
Automatically generated value for language Kuanyama.
Declaration
Swift
case Kuanyama = "kj"
-
Automatically generated value for language Ngomba.
Declaration
Swift
case Ngomba = "jgo"
-
Automatically generated value for language English.
Declaration
Swift
case English = "en"
-
Automatically generated value for language Maori.
Declaration
Swift
case Maori = "mi"
-
Automatically generated value for language Nyankole.
Declaration
Swift
case Nyankole = "nyn"
-
Automatically generated value for language Pampanga.
Declaration
Swift
case Pampanga = "pam"
-
Automatically generated value for language Nias.
Declaration
Swift
case Nias = "nia"
-
Automatically generated value for language Slovenian.
Declaration
Swift
case Slovenian = "sl"
-
Automatically generated value for language ChineseTaiwan.
Declaration
Swift
case ChineseTaiwan = "zh-TW"
-
Automatically generated value for language Khmer.
Declaration
Swift
case Khmer = "km"
-
Automatically generated value for language Kurukh.
Declaration
Swift
case Kurukh = "kru"
-
Automatically generated value for language Mapuche.
Declaration
Swift
case Mapuche = "arn"
-
Automatically generated value for language Micmac.
Declaration
Swift
case Micmac = "mic"
-
Automatically generated value for language Jju.
Declaration
Swift
case Jju = "kaj"
-
Automatically generated value for language Sukuma.
Declaration
Swift
case Sukuma = "suk"
-
Automatically generated value for language Japanese.
Declaration
Swift
case Japanese = "ja"
-
Automatically generated value for language Sindhi.
Declaration
Swift
case Sindhi = "sd"
-
Automatically generated value for language Khasi.
Declaration
Swift
case Khasi = "kha"
-
Automatically generated value for language Lozi.
Declaration
Swift
case Lozi = "loz"
-
Automatically generated value for language Awadhi.
Declaration
Swift
case Awadhi = "awa"
-
Automatically generated value for language Ngiemboon.
Declaration
Swift
case Ngiemboon = "nnh"
-
Automatically generated value for language Umbundu.
Declaration
Swift
case Umbundu = "umb"
-
Automatically generated value for language Sicilian.
Declaration
Swift
case Sicilian = "scn"
-
Automatically generated value for language Karelian.
Declaration
Swift
case Karelian = "krl"
-
Automatically generated value for language SerbianLatin.
Declaration
Swift
case SerbianLatin = "sr-Latn"
-
Automatically generated value for language Chamorro.
Declaration
Swift
case Chamorro = "ch"
-
Automatically generated value for language Makasar.
Declaration
Swift
case Makasar = "mak"
-
Automatically generated value for language German.
Declaration
Swift
case German = "de"
-
Automatically generated value for language Korean.
Declaration
Swift
case Korean = "ko"
-
Automatically generated value for language Morisyen.
Declaration
Swift
case Morisyen = "mfe"
-
Automatically generated value for language Tongan.
Declaration
Swift
case Tongan = "to"
-
Automatically generated value for language Kyrgyz.
Declaration
Swift
case Kyrgyz = "ky"
-
Automatically generated value for language Moksha.
Declaration
Swift
case Moksha = "mdf"
-
Automatically generated value for language Mundang.
Declaration
Swift
case Mundang = "mua"
-
Automatically generated value for language Twi.
Declaration
Swift
case Twi = "tw"
-
Automatically generated value for language UzbekCyrillic.
Declaration
Swift
case UzbekCyrillic = "uz-Cyrl"
-
Automatically generated value for language GermanGermany.
Declaration
Swift
case GermanGermany = "de-DE"
-
Automatically generated value for language Ukrainian.
Declaration
Swift
case Ukrainian = "uk"
-
Automatically generated value for language Vietnamese.
Declaration
Swift
case Vietnamese = "vi"
-
Automatically generated value for language Greek.
Declaration
Swift
case Greek = "el"
-
Automatically generated value for language Limburgish.
Declaration
Swift
case Limburgish = "li"
-
Automatically generated value for language Tigre.
Declaration
Swift
case Tigre = "tig"
-
Automatically generated value for language Malayalam.
Declaration
Swift
case Malayalam = "ml"
-
Automatically generated value for language LubaKatanga.
Declaration
Swift
case LubaKatanga = "lu"
-
Automatically generated value for language Erzya.
Declaration
Swift
case Erzya = "myv"
-
Automatically generated value for language TatarCyrillic.
Declaration
Swift
case TatarCyrillic = "tt-Cyrl"
-
Automatically generated value for language Italian.
Declaration
Swift
case Italian = "it"
-
Automatically generated value for language Zuni.
Declaration
Swift
case Zuni = "zun"
-
Automatically generated value for language Walloon.
Declaration
Swift
case Walloon = "wa"
-
Automatically generated value for language Somali.
Declaration
Swift
case Somali = "so"
-
Automatically generated value for language Vai.
Declaration
Swift
case Vai = "vai"
-
Automatically generated value for language TokPisin.
Declaration
Swift
case TokPisin = "tpi"
-
Automatically generated value for language Croatian.
Declaration
Swift
case Croatian = "hr"
-
Automatically generated value for language Kamba.
Declaration
Swift
case Kamba = "kam"
-
Automatically generated value for language SrananTongo.
Declaration
Swift
case SrananTongo = "srn"
-
Automatically generated value for language SundaneseLatin.
Declaration
Swift
case SundaneseLatin = "su-Latn"
-
Automatically generated value for language Mohawk.
Declaration
Swift
case Mohawk = "moh"
-
Automatically generated value for language Serbian.
Declaration
Swift
case Serbian = "sr"
-
Automatically generated value for language Czech.
Declaration
Swift
case Czech = "cs"
-
Automatically generated value for language Venda.
Declaration
Swift
case Venda = "ve"
-
Automatically generated value for language TachelhitLatin.
Declaration
Swift
case TachelhitLatin = "shi-Latn"
-
Automatically generated value for language Abkhazian.
Declaration
Swift
case Abkhazian = "ab"
-
Automatically generated value for language Romansh.
Declaration
Swift
case Romansh = "rm"
-
Automatically generated value for language SundaneseSundanese.
Declaration
Swift
case SundaneseSundanese = "su-Sund"
-
Automatically generated value for language Amharic.
Declaration
Swift
case Amharic = "am"
-
Automatically generated value for language TurkmenCyrillic.
Declaration
Swift
case TurkmenCyrillic = "tk-Cyrl"
-
Automatically generated value for language Kabuverdianu.
Declaration
Swift
case Kabuverdianu = "kea"
-
Automatically generated value for language Breton.
Declaration
Swift
case Breton = "br"
-
Automatically generated value for language Comorian.
Declaration
Swift
case Comorian = "swb"
-
Automatically generated value for language Luxembourgish.
Declaration
Swift
case Luxembourgish = "lb"
-
Automatically generated value for language Russian.
Declaration
Swift
case Russian = "ru"
-
Automatically generated value for language Rundi.
Declaration
Swift
case Rundi = "rn"
-
Automatically generated value for language KoyraChiini.
Declaration
Swift
case KoyraChiini = "khq"
-
Automatically generated value for language Marathi.
Declaration
Swift
case Marathi = "mr"
-
Automatically generated value for language ItalianItaly.
Declaration
Swift
case ItalianItaly = "it-IT"
-
Automatically generated value for language Swedish.
Declaration
Swift
case Swedish = "sv"
-
Automatically generated value for language Klingon.
Declaration
Swift
case Klingon = "tlh"
-
Automatically generated value for language Armenian.
Declaration
Swift
case Armenian = "hy"
-
Automatically generated value for language Luyia.
Declaration
Swift
case Luyia = "luy"
-
Automatically generated value for language Tuvinian.
Declaration
Swift
case Tuvinian = "tyv"
-
Automatically generated value for language Georgian.
Declaration
Swift
case Georgian = "ka"
-
Automatically generated value for language Macedonian.
Declaration
Swift
case Macedonian = "mk"
-
Automatically generated value for language Asturian.
Declaration
Swift
case Asturian = "ast"
-
Automatically generated value for language KoyraboroSenni.
Declaration
Swift
case KoyraboroSenni = "ses"
-
Automatically generated value for language Yoruba.
Declaration
Swift
case Yoruba = "yo"
-
Automatically generated value for language Creek.
Declaration
Swift
case Creek = "mus"
-
Automatically generated value for language Santali.
Declaration
Swift
case Santali = "sat"
-
Automatically generated value for language TurkmenLatin.
Declaration
Swift
case TurkmenLatin = "tk-Latn"
-
Automatically generated value for language Magahi.
Declaration
Swift
case Magahi = "mag"
-
Automatically generated value for language Kinyarwanda.
Declaration
Swift
case Kinyarwanda = "rw"
-
Automatically generated value for language Oromo.
Declaration
Swift
case Oromo = "om"
-
Automatically generated value for language Adyghe.
Declaration
Swift
case Adyghe = "ady"
-
Automatically generated value for language Tswana.
Declaration
Swift
case Tswana = "tn"
-
Automatically generated value for language SpanishLatinAmerica.
Declaration
Swift
case SpanishLatinAmerica = "es-419"
-
Automatically generated value for language SichuanYi.
Declaration
Swift
case SichuanYi = "ii"
-
Automatically generated value for language SpanishSpain.
Declaration
Swift
case SpanishSpain = "es-ES"
-
Automatically generated value for language Hindi.
Declaration
Swift
case Hindi = "hi"
-
Automatically generated value for language Aromanian.
Declaration
Swift
case Aromanian = "rup"
-
Automatically generated value for language Komi.
Declaration
Swift
case Komi = "kv"
-
Automatically generated value for language French.
Declaration
Swift
case French = "fr"
-
Automatically generated value for language SindhiDevanagari.
Declaration
Swift
case SindhiDevanagari = "sd-Deva"
-
Automatically generated value for language Occitan.
Declaration
Swift
case Occitan = "oc"
-
Automatically generated value for language NorthernSami.
Declaration
Swift
case NorthernSami = "se"
-
Automatically generated value for language AzerbaijaniLatin.
Declaration
Swift
case AzerbaijaniLatin = "az-Latn"
-
Automatically generated value for language Persian.
Declaration
Swift
case Persian = "fa"
-
Automatically generated value for language Kalmyk.
Declaration
Swift
case Kalmyk = "xal"
-
Automatically generated value for language Mossi.
Declaration
Swift
case Mossi = "mos"
-
Automatically generated value for language Niuean.
Declaration
Swift
case Niuean = "niu"
-
Automatically generated value for language Faroese.
Declaration
Swift
case Faroese = "fo"
-
Automatically generated value for language Igbo.
Declaration
Swift
case Igbo = "ig"
-
Automatically generated value for language Hebrew.
Declaration
Swift
case Hebrew = "he"
-
Automatically generated value for language Polish.
Declaration
Swift
case Polish = "pl"
-
Automatically generated value for language Romanian.
Declaration
Swift
case Romanian = "ro"
-
Automatically generated value for language DutchBelgium.
Declaration
Swift
case DutchBelgium = "nl-BE"
-
Automatically generated value for language Tagalog.
Declaration
Swift
case Tagalog = "tl"
-
Automatically generated value for language Nauru.
Declaration
Swift
case Nauru = "na"
-
Automatically generated value for language Masai.
Declaration
Swift
case Masai = "mas"
-
Automatically generated value for language Indonesian.
Declaration
Swift
case Indonesian = "id"
-
Automatically generated value for language Latin.
Declaration
Swift
case Latin = "la"
-
Automatically generated value for language PunjabiArabic.
Declaration
Swift
case PunjabiArabic = "pa-Arab"
-
Automatically generated value for language SouthNdebele.
Declaration
Swift
case SouthNdebele = "nr"
-
Automatically generated value for language Xhosa.
Declaration
Swift
case Xhosa = "xh"
-
Automatically generated value for language Uyghur.
Declaration
Swift
case Uyghur = "ug"
-
Automatically generated value for language StandardMoroccanTamazight.
Declaration
Swift
case StandardMoroccanTamazight = "zgh"
-
Automatically generated value for language Danish.
Declaration
Swift
case Danish = "da"
-
Automatically generated value for language KarachayBalkar.
Declaration
Swift
case KarachayBalkar = "krc"
-
Automatically generated value for language Lao.
Declaration
Swift
case Lao = "lo"
-
Automatically generated value for language NorwegianNynorsk.
Declaration
Swift
case NorwegianNynorsk = "nn"
-
Automatically generated value for language GermanAustria.
Declaration
Swift
case GermanAustria = "de-AT"
-
Automatically generated value for language Sinhala.
Declaration
Swift
case Sinhala = "si"
-
Automatically generated value for language Portuguese.
Declaration
Swift
case Portuguese = "pt"
-
Automatically generated value for language LubaLulua.
Declaration
Swift
case LubaLulua = "lua"
-
Automatically generated value for language Kalaallisut.
Declaration
Swift
case Kalaallisut = "kl"
-
Automatically generated value for language EnglishAustralia.
Declaration
Swift
case EnglishAustralia = "en-AU"
-
Automatically generated value for language Udmurt.
Declaration
Swift
case Udmurt = "udm"
-
Automatically generated value for language Ossetic.
Declaration
Swift
case Ossetic = "os"
-
Automatically generated value for language Bulgarian.
Declaration
Swift
case Bulgarian = "bg"
-
Automatically generated value for language ItalianSwitzerland.
Declaration
Swift
case ItalianSwitzerland = "it-CH"
-
Automatically generated value for language SoninkeArabic.
Declaration
Swift
case SoninkeArabic = "snk-Arab"
-
Automatically generated value for language ScottishGaelic.
Declaration
Swift
case ScottishGaelic = "gd"
-
Automatically generated value for language NorthNdebele.
Declaration
Swift
case NorthNdebele = "nd"
-
Automatically generated value for language Sandawe.
Declaration
Swift
case Sandawe = "sad"
-
Automatically generated value for language Lojban.
Declaration
Swift
case Lojban = "jbo"
-
Automatically generated value for language Punjabi.
Declaration
Swift
case Punjabi = "pa"
-
Automatically generated value for language AzerbaijaniCyrillic.
Declaration
Swift
case AzerbaijaniCyrillic = "az-Cyrl"
-
Automatically generated value for language Fanti.
Declaration
Swift
case Fanti = "fat"
-
Automatically generated value for language Kumyk.
Declaration
Swift
case Kumyk = "kum"
-
Automatically generated value for language Nama.
Declaration
Swift
case Nama = "naq"
-
Automatically generated value for language Gusii.
Declaration
Swift
case Gusii = "guz"
-
Automatically generated value for language FrenchSwitzerland.
Declaration
Swift
case FrenchSwitzerland = "fr-CH"
-
Automatically generated value for language ChineseHongKongSARChina.
Declaration
Swift
case ChineseHongKongSARChina = "zh-HK"
-
Automatically generated value for language SoninkeLatin.
Declaration
Swift
case SoninkeLatin = "snk-Latn"
-
Automatically generated value for language Manipuri.
Declaration
Swift
case Manipuri = "mni"
-
Automatically generated value for language Ngambay.
Declaration
Swift
case Ngambay = "sba"
-
Automatically generated value for language Lakota.
Declaration
Swift
case Lakota = "lkt"
-
Automatically generated value for language Konkani.
Declaration
Swift
case Konkani = "kok"
-
Automatically generated value for language EnglishUnitedKingdom.
Declaration
Swift
case EnglishUnitedKingdom = "en-GB"
-
Automatically generated value for language Cantonese.
Declaration
Swift
case Cantonese = "yue"
-
Automatically generated value for language Bosnian.
Declaration
Swift
case Bosnian = "bs"
-
Automatically generated value for language Sanskrit.
Declaration
Swift
case Sanskrit = "sa"
-
Automatically generated value for language Minangkabau.
Declaration
Swift
case Minangkabau = "min"
-
Automatically generated value for language Kachin.
Declaration
Swift
case Kachin = "kac"
-
Automatically generated value for language Icelandic.
Declaration
Swift
case Icelandic = "is"
-
Automatically generated value for language Kabyle.
Declaration
Swift
case Kabyle = "kab"
-
Automatically generated value for language Waray.
Declaration
Swift
case Waray = "war"
-
Automatically generated value for language Esperanto.
Declaration
Swift
case Esperanto = "eo"
-
Automatically generated value for language Kanuri.
Declaration
Swift
case Kanuri = "kr"
-
Automatically generated value for language Tigrinya.
Declaration
Swift
case Tigrinya = "ti"
-
Automatically generated value for language SouthernAltai.
Declaration
Swift
case SouthernAltai = "alt"
-
Automatically generated value for language Inuktitut.
Declaration
Swift
case Inuktitut = "iu"
-
Automatically generated value for language Bislama.
Declaration
Swift
case Bislama = "bi"
-
Automatically generated value for language Ewe.
Declaration
Swift
case Ewe = "ee"
-
Automatically generated value for language Spanish.
Declaration
Swift
case Spanish = "es"
-
Automatically generated value for language Nyanja.
Declaration
Swift
case Nyanja = "ny"
-
Automatically generated value for language Madurese.
Declaration
Swift
case Madurese = "mad"
-
Automatically generated value for language Mizo.
Declaration
Swift
case Mizo = "lus"
-
Automatically generated value for language UzbekArabic.
Declaration
Swift
case UzbekArabic = "uz-Arab"
-
Automatically generated value for language Avaric.
Declaration
Swift
case Avaric = "av"
-
Automatically generated value for language Turkish.
Declaration
Swift
case Turkish = "tr"
-
Automatically generated value for language Kannada.
Declaration
Swift
case Kannada = "kn"
-
Automatically generated value for language Sardinian.
Declaration
Swift
case Sardinian = "sc"
-
Automatically generated value for language Guarani.
Declaration
Swift
case Guarani = "gn"
-
Automatically generated value for language Kazakh.
Declaration
Swift
case Kazakh = "kk"
-
Automatically generated value for language Yemba.
Declaration
Swift
case Yemba = "ybb"
-
Automatically generated value for language Taroko.
Declaration
Swift
case Taroko = "trv"
-
Automatically generated value for language DutchNetherlands.
Declaration
Swift
case DutchNetherlands = "nl-NL"
-
Automatically generated value for language Achinese.
Declaration
Swift
case Achinese = "ace"
-
Automatically generated value for language Ganda.
Declaration
Swift
case Ganda = "lg"
-
Automatically generated value for language Timne.
Declaration
Swift
case Timne = "tem"
-
Automatically generated value for language Lithuanian.
Declaration
Swift
case Lithuanian = "lt"
-
Automatically generated value for language Kabardian.
Declaration
Swift
case Kabardian = "kbd"
-
Automatically generated value for language Samoan.
Declaration
Swift
case Samoan = "sm"
-
Automatically generated value for language Ladino.
Declaration
Swift
case Ladino = "lad"
-
Automatically generated value for language Oriya.
Declaration
Swift
case Oriya = "or"
-
Automatically generated value for language ChineseTraditional.
Declaration
Swift
case ChineseTraditional = "zh-Hant"
-
Automatically generated value for language Belarusian.
Declaration
Swift
case Belarusian = "be"
-
Automatically generated value for language Mongolian.
Declaration
Swift
case Mongolian = "mn"
-
Automatically generated value for language MalayArabic.
Declaration
Swift
case MalayArabic = "ms-Arab"
-
Automatically generated value for language Tamil.
Declaration
Swift
case Tamil = "ta"
-
Automatically generated value for language Basque.
Declaration
Swift
case Basque = "eu"
-
Automatically generated value for language Teso.
Declaration
Swift
case Teso = "teo"
-
Automatically generated value for language Kikuyu.
Declaration
Swift
case Kikuyu = "ki"
-
Automatically generated value for language Gujarati.
Declaration
Swift
case Gujarati = "gu"
-
Automatically generated value for language Zaza.
Declaration
Swift
case Zaza = "zza"
-
Automatically generated value for language Galician.
Declaration
Swift
case Galician = "gl"
-
Automatically generated value for language Lezghian.
Declaration
Swift
case Lezghian = "lez"
-
Automatically generated value for language PortugueseBrazil.
Declaration
Swift
case PortugueseBrazil = "pt-BR"
-
Automatically generated value for language Maltese.
Declaration
Swift
case Maltese = "mt"
-
Automatically generated value for language SwissGerman.
Declaration
Swift
case SwissGerman = "gsw"
-
Automatically generated value for language Zarma.
Declaration
Swift
case Zarma = "dje"
-
Automatically generated value for language Navajo.
Declaration
Swift
case Navajo = "nv"
-
Automatically generated value for language Pangasinan.
Declaration
Swift
case Pangasinan = "pag"
-
Automatically generated value for language PortuguesePortugal.
Declaration
Swift
case PortuguesePortugal = "pt-PT"
-
Automatically generated value for language Assamese.
Declaration
Swift
case Assamese = "as"
-
Automatically generated value for language VaiLatin.
Declaration
Swift
case VaiLatin = "vai-Latn"
-
Automatically generated value for language NʼKo.
Declaration
Swift
case NʼKo = "nqo"
-
Automatically generated value for language Latvian.
Declaration
Swift
case Latvian = "lv"
-
Automatically generated value for language Maithili.
Declaration
Swift
case Maithili = "mai"
-
Automatically generated value for language Nogai.
Declaration
Swift
case Nogai = "nog"
-
Automatically generated value for language Mirandese.
Declaration
Swift
case Mirandese = "mwl"
-
Automatically generated value for language Aleut.
Declaration
Swift
case Aleut = "ale"
-
Automatically generated value for language Haitian.
Declaration
Swift
case Haitian = "ht"
-
Automatically generated value for language Kako.
Declaration
Swift
case Kako = "kkj"
-
Automatically generated value for language Scots.
Declaration
Swift
case Scots = "sco"
-
Automatically generated value for language Urdu.
Declaration
Swift
case Urdu = "ur"
-
Automatically generated value for language Catalan.
Declaration
Swift
case Catalan = "ca"
-
Automatically generated value for language NorwegianBokmål.
Declaration
Swift
case NorwegianBokmål = "nb"
-
Automatically generated value for language Burmese.
Declaration
Swift
case Burmese = "my"
-
Automatically generated value for language BosnianCyrillic.
Declaration
Swift
case BosnianCyrillic = "bs-Cyrl"
-
Automatically generated value for language Swati.
Declaration
Swift
case Swati = "ss"
-
Automatically generated value for language Tuvalu.
Declaration
Swift
case Tuvalu = "tvl"
-
Automatically generated value for language Afrikaans.
Declaration
Swift
case Afrikaans = "af"
-
Automatically generated value for language Hungarian.
Declaration
Swift
case Hungarian = "hu"
-
Automatically generated value for language SpanishMexico.
Declaration
Swift
case SpanishMexico = "es-MX"
-
Automatically generated value for language Mende.
Declaration
Swift
case Mende = "men"
-
Automatically generated value for language Corsican.
Declaration
Swift
case Corsican = "co"
-
Automatically generated value for language Rapanui.
Declaration
Swift
case Rapanui = "rap"
-
Automatically generated value for language Zulu.
Declaration
Swift
case Zulu = "zu"
-
Automatically generated value for language Irish.
Declaration
Swift
case Irish = "ga"
-
Automatically generated value for language Thai.
Declaration
Swift
case Thai = "th"
-
Automatically generated value for language Shona.
Declaration
Swift
case Shona = "sn"
-
Automatically generated value for language EnglishCanada.
Declaration
Swift
case EnglishCanada = "en-CA"
-
Automatically generated value for language Lunda.
Declaration
Swift
case Lunda = "lun"
-
Automatically generated value for language Hawaiian.
Declaration
Swift
case Hawaiian = "haw"
-
Automatically generated value for language Aymara.
Declaration
Swift
case Aymara = "ay"
-
Automatically generated value for language Tetum.
Declaration
Swift
case Tetum = "tet"
-
Automatically generated value for language UzbekLatin.
Declaration
Swift
case UzbekLatin = "uz-Latn"
-
Automatically generated value for language Dzongkha.
Declaration
Swift
case Dzongkha = "dz"
-
Automatically generated value for language MakhuwaMeetto.
Declaration
Swift
case MakhuwaMeetto = "mgh"
-
Automatically generated value for language Shan.
Declaration
Swift
case Shan = "shn"
-
Automatically generated value for language NorthernSotho.
Declaration
Swift
case NorthernSotho = "nso"
-
Automatically generated value for language Dutch.
Declaration
Swift
case Dutch = "nl"
-
Automatically generated value for language Yiddish.
Declaration
Swift
case Yiddish = "yi"
-
Automatically generated value for language Arabic.
Declaration
Swift
case Arabic = "ar"
-
Automatically generated value for language Wolof.
Declaration
Swift
case Wolof = "wo"
-
Automatically generated value for language Kalenjin.
Declaration
Swift
case Kalenjin = "kln"
-
Automatically generated value for language Cornish.
Declaration
Swift
case Cornish = "kw"
-
Automatically generated value for language Cherokee.
Declaration
Swift
case Cherokee = "chr"


--- layout: blog_archive title: Creators Blog tagline: explore posts description: > Navigate through all articles tis website categories: [ Blog ] tags: [ Navigator ] pagination: enabled: true permalink: /page:num/ per_page: 2 sort: date toc: true fam_menu_id: default analytics: true advertising: false comments: false regenerate: true # needed to update pagination pages resources: [ animate, j1scroll ] resource_options: - attic: padding_top: 400 padding_bottom: 50 opacity: 0.5 slides: - url: /assets/images/modules/attics/matthaeus-1920x1280.jpg alt: Photo by Matthaeus alignY: top badge: type: unsplash author: Matthaeus href: https://unsplash.com/@matthaeus123 ---
This page is created by the layout: {{ page.layout }}. If this text is displayed (instead of the home page expected), something went wrong with the layout definitions. Check the output of the Jekyll engine building this site. Check the contents of folder _layouts. Verify if the base layout "{{ page.layout }}" exists and the referring chain (inheritance) is correct.


The adversarial context encoder
A general description of the system.
GACELA is an adversarial context encoder designed to restore missing segments of ca. 1 second duration in musical audio data, i.e., to perform audio inpainting of long gaps. When inpainting a long gap, the audio characteristics and underlying structure of the generated signal must match precisely that of the original signal, making this a particularly difficult task. To address this, we use a generative adversarial network with five discriminators that simultaneously assess the quality of the generated signal and how it respects the general structure of the original signal. Additionally, the system is capable of generating different solutions for a single gap, since it models the uncertainty inherent to the task. We tested this system with listening tests on different types of music signals and on gaps ranging from 375ms to 1500ms duration. We found that while subjects were often able to detect the signals inpainted by the system, they did not find the inpainting to be disturbing.
A general description of the system.
Sound samples for music pieces of different complexities.
Sound samples for different gap lengths.
Sound samples fixing the context and drawing different samples from the latent variable.
Sound samples from our system on the songs used for the listening test in the similarity graph algorithm.


Portfolio Project.
FRANCIS SAKWA
My Projects
Instagram App
Live link
Awards App
Live link
Gallery App
Live link
Bloggers App
Live link


| Total net profit | -6.86 | Gross profit | 89.24 | Gross loss | -96.1 |
| Profit factor | 0.93 | Expected payoff | -0.05 | ||
| Absolute drawdown | -25.84 | Maximal drawdown (%) | 29.23 (862.24%) | ||
| Total trades | 139 | Profit trades (% of total) | 78 (56.12%) | Loss trades (% of total) | 61 (43.88%) |
| Long positions (won %) | 71 (59.15%) | Short positions (won %) | 68 (52.94%) | ||
| Largest | profit trade | 5.67 | loss trade | -8.64 | |
| Average | profit trade | 1.14 | loss trade | -1.58 | |
| Minimum | profit trade | 0.04 | loss trade | -0.01 | |
| Maximum | take profit in pips | 153.4 | stop loss in pips | -137.4 | |
| Average | take profit in pips | 84.2 | stop loss in pips | -72.4 | |
| Minimum | take profit in pips | 19.2 | stop loss in pips | -3.2 | |
| Maximum | Reward-Risk | 47.9 | Duration in minutes | 3885 | |
| Average | Reward-Risk | 1.5 | Duration in minutes | 543.1 | |
| Minimum | Reward-Risk | 0.1 | Duration in minutes | 16 | |
| Maximum | consecutive wins (profit in money) | 16.0 (21.88) | consecutive losses (loss in money) | 6.0 (-11.15) | |
| Average | consecutive wins | 2.0 | consecutive losses | 2.0 |
| Total net profit | 6.93 | Gross profit | 49.75 | Gross loss | -42.82 |
| Profit factor | 1.16 | Expected payoff | 0.1 | ||
| Absolute drawdown | -6.7 | Maximal drawdown (%) | 12.43 (67.63%) | ||
| Total trades | 71 | Profit trades (% of total) | 42 (59.15%) | Loss trades (% of total) | 29 (40.85%) |
| Largest | profit trade | 3.96 | loss trade | -8.64 | |
| Average | profit trade | 1.18 | loss trade | -1.48 | |
| Minimum | profit trade | 0.04 | loss trade | -0.02 | |
| Maximum | take profit in pips | 113.1 | stop loss in pips | -137.4 | |
| Average | take profit in pips | 83.9 | stop loss in pips | -72.7 | |
| Minimum | take profit in pips | 19.2 | stop loss in pips | -43.5 | |
| Maximum | Reward-Risk | 2.6 | Duration in minutes | 3885.0 | |
| Average | Reward-Risk | 1.2 | Duration in minutes | 590.7 | |
| Minimum | Reward-Risk | 0.1 | Duration in minutes | 18.0 | |
| Maximum | consecutive wins (profit in money) | 19.0 (22.21) | consecutive losses (loss in money) | 3.0 (-2.73) | |
| Average | consecutive wins | 2.0 | consecutive losses | 2.0 |
| Total net profit | -13.79 | Gross profit | 39.49 | Gross loss | -53.28 |
| Profit factor | 0.74 | Expected payoff | -0.2 | ||
| Absolute drawdown | -24.93 | Maximal drawdown (%) | 29.38 (660.22%) | ||
| Total trades | 68 | Profit trades (% of total) | 36 (52.94%) | Loss trades (% of total) | 32 (47.06%) |
| Largest | profit trade | 5.67 | loss trade | -7.93 | |
| Average | profit trade | 1.1 | loss trade | -1.66 | |
| Minimum | profit trade | 0.08 | loss trade | -0.01 | |
| Maximum | take profit in pips | 153.4 | stop loss in pips | -124.0 | |
| Average | take profit in pips | 84.6 | stop loss in pips | -72.0 | |
| Minimum | take profit in pips | 32.6 | stop loss in pips | -3.2 | |
| Maximum | Reward-Risk | 47.9 | Duration in minutes | 3436.0 | |
| Average | Reward-Risk | 1.9 | Duration in minutes | 493.4 | |
| Minimum | Reward-Risk | Duration in minutes | 16.0 | ||
| Maximum | consecutive wins (profit in money) | 6.0 (10.92) | consecutive losses (loss in money) | 6.0 (-10.7) | |
| Average | consecutive wins | 2.0 | consecutive losses | 2.0 |


let friends = [];
friends.push("Rip");
friends.push("Rap");
friends.push("Rup");
friends.pop();
Array.splice( index, remove_count, item_list )
friends.splice(1, 0, "Anders", "Andersine");
friends.pop(index);
friends.indexof("Rap");
let newFriends = friends.slice();
let name = "Rasmus";
let firstNumber = "1.30";
let secondNumber = "2.40";
let newNumber = Number(firstNumber) + Number(secondNumber);
let number1 = 130;
let number2 = 430;
let stringNumber = String(number1) + String(number2);
let float1 = "1.30";
let float2 = "0.12";
let result = parseFloat(float1) + parseFloat(float2):
var fact = "You are learning javascript!";
var newFact = fact.replace("j", "J");
Remember that strings are immutable, therefor we need to assign the result to another variable.
let myObj = {"message": "Hello, earthling! I bring peace."};
myObj.answer = "How lucky for us!";
delete myObj.answer;
var myObj = {"name": "Rasmus", "age": "33"};
console.log("My name is " + myObj.name);
console.log("I am " + myObj.age + " years old");
function addition(num1, num2) {
return num1 + num2;
}
function pokeMe() {
console.log("Meow");
}
function approachSomeone(someoneToPoke) {
console.log("tip tap tip tap");
someoneToPoke();
}
approachSomeone(pokeMe);
// Arrow function that calls a key in the me object
const aboutMe = (me) => {
console.log("My hobby is", me.hobby);
}
// Create javascript objects
let me = {
hobby : "Computer Science"
}
aboutMe(me);
JavaScript is an event driven language.
This means that instead of waiting for a response before moving on, JavaScript will keep executing while listening for other events.
Javascript uses hoisting, which works by taking all functions and saving it in the memoryspace, at start up.
This means that we do not have to define functions before we use them, since Javascript is not procedural.


Feedback System
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Try moving your mouse across the applet. Hold
in h
or F1
for a list of shortcut
keys -- you may need to click to give the applet focus.
Running this as a standalone .jar will allow you to save screenshots.
Imagine the effect of pointing a camera at its own display. The image on the display screen goes back into the camera, undergoes effects of being captured the camera -- including time delay -- and is drawn back out to the display. This process continues rapidly and endlessly, with the image getting smaller and more distorted at each step. Emergent, fractal behavior occurs near the center of the display as the loops reacts to itself.
This applet simulates that effect by feeding the display image back into itself each time it is drawn to the screen. Watch the movements of your mouse cursor spiral towards the center of the image mimicking your movements.


| I l@ve RuBoard |
11.1 The dis ModuleThe dis module is the Python disassembler. It converts byte codes to a format that is slightly more appropriate for human consumption. You can run the disassembler from the command line. It compiles the given script and prints the disassembled byte codes to the terminal: $ dis.py hello.py 0 SET_LINENO 0 3 SET_LINENO 1 6 LOAD_CONST 0 ('hello again, and welcome to the show') 9 PRINT_ITEM 10 PRINT_NEWLINE 11 LOAD_CONST 1 (None) 14 RETURN_VALUE You can also use dis as a module. The dis function takes a class, method, function, or code object as its single argument. Example 11-1 uses the module. Example 11-1. Using the dis ModuleFile: dis-example-1.py import dis def procedure(): print 'hello' dis.dis(procedure) 0 SET_LINENO 3 3 SET_LINENO 4 6 LOAD_CONST 1 ('hello') 9 PRINT_ITEM 10 PRINT_NEWLINE 11 LOAD_CONST 0 (None) 14 RETURN_VALUE |
| I l@ve RuBoard |


Another Irish American leaves Trump's administration
by IrishCentral StaffMatthew Doherty, executive director of the U.S. Interagency Council on Homelessness, asked by Trump administration to leave his post.
Yet another Irish American name is making a surprising departure from President Donald Trump’s government. Matthew Doherty was appointed as the executive director of the U.S. Interagency Council on Homelessness in 2015 but stayed in the role to serve under Trump.
In an email announcement, however, Doherty revealed that he left his position at the request of the Trump administration. His email to coworkers stated that the administration “no longer wishes to have me.”
“It has been an incredible honor to serve at USICH, and I do feel like I am leaving on my own terms,” Doherty said.
“I believe that I have been able to keep my integrity intact; but, they have now told me to pack my things up and go.”
Doherty’s departure is surprising as President Trump recently announced his desire to solve the country’s homelessness crisis but as of yet, has failed to release a plan. Created in 1987, the USICH works to coordinate the federal government's response to homelessness across 19 agencies, including the Housing and Urban Development, Education, and Labor and Commerce departments.
It is not clear who will be replacing Doherty.
H/T: Daily Mail


Symfony Live Madrid 2014
SensioLabs Madrid is proud to announce the third edition of the exceptionally successful SymfonyLive Madrid.
lire la suite...
Mots clefs: sécurité


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 2
It's worth seeking out the American ingredients for this special occasion meal for two.
For the grits, fry the onion in the oil over a low-medium heat until softened but not browned. Add the butter and garlic and fry for 2-3 minutes. Add the turmeric and fry for 1 minute. Add the stock and grits and simmer, stirring continuously, for 30-40 minutes.
When the grits are almost cooked, bring the cream and a pinch of salt to the boil in a heavy-based saucepan. Pour on to the cooked grits, stir well, then remove from heat. Cover and leave to rest.
For the scallops, heat a little oil in a saucepan over a high heat. Cook the prawns for 2 minutes, then turn over, add a little butter and a squeeze of lemon juice and cook for 1-2 minutes more. Peel off the shells.
Toast the Chinese cabbage on a very hot, dry grill or frying pan until the edges are charred and leaf slightly wilted.
Remove the scallops from their shells and discard the roes. Season with salt and white pepper.
Heat a little oil in a pan over a high heat. Fry the scallops for 2-3 minutes. Turn them over, add a knob of butter and a squeeze of lemon juice to the pan, then cook for 2 minutes more.
To serve, spread the cooked grits on two plates. Scatter over the hominy, cooked scallops, prawns, charred cabbage, crispy pork jowl and radishes. Garnish with the herbs and flowers.


Static Tailwind CSS templates for easy integration with your go-to language.
If there's a will there's a way.
Designing your landing page usually takes weeks. Wickedtemplates has them ready for you so you take care of what really matters. Deploy stunning landing pages in no time..


JEANNE AND THE PERFECT GUY (French with English Subtitles) A review by Mark R. Leeper in bullet-list form from the Toronto Internation Film Festival
CAPSULE: How do you tell a now fairly familiar love story set in the time of AIDS? The French do it by turning it into a light musical. Virginie Ledoyen is charming as a young woman who finds her new lover is HIV-positive. Rating: 7 (0 to 10), low +2 (-4 to +4)
- Directed by Olivier Ducastel and Jacques Martineau - The musical is not my favorite genre of film. Musicals got too big with ornate production numbers in the US and fell apart of their own weight. Woody Allen tried his own hand at the musical with EVERYONE SAYS I LOVE YOU. It just did not work for me. The French have a better approach. They do not build the story around huge production numbers. They just tell their story and at various moments a character will sing a simple song. Perhaps there will be a few dance steps. - Virginie LeDoyen plays a switchboard operator who rarely is lacking a bed-partner. But Jeanne is anxious to find a perfect lover. She finds one, Olivier LaGrange (Mathieu Demy), on the underground, only to find he is HIV positive.  - Hard to imagine Jeanne is this promiscuous and this is the first time she has been touched by AIDS. - Musical numbers seem to start up very naturally. Often they are on unexpected subjects like Tsing-tao Beer or foreign workers singing how they cannot get naturalization papers. - Most of the plot twists are predictable. - Last scene of film very different that what we would have in an American film.
Mark R. Leeper<EMAIL_ADDRESS>Copyright 1998 Mark R. Leeper
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


House Panel Agrees to Pause Fight for Trump Financial Records
by TIM RYANWASHINGTON (CN) – As President Donald Trump prepares to ask the Supreme Court to block a subpoena for his financial records, the House Oversight Committee told the justices Monday it would agree to a short stay of an appeals court decision that found the subpoena valid.
The D.C. Circuit last week declined to rehear Trump’s challenge to the subpoena, which the House Oversight Committee sent to the president’s longtime accounting firm Mazars USA asking for eight years of his personal financial records. That decision left standing a 2-1 ruling from October that upheld the subpoena.
Trump’s private attorneys on Friday filed an application with the Supreme Court asking the justices to delay the D.C. Circuit’s ruling from going into effect until the high court decides whether to hear the case. Without a stay, the committee could enforce the subpoena on Nov. 20.
In a two-page letter filed with the Supreme Court on Monday, the House Oversight Committee said it would not object to an administrative stay through Nov. 30 that would allow for further briefing in the case. The committee plans to file its brief opposing Trump’s request for a longer stay by Friday.
“Out of courtesy to this court, the committee does not, however, oppose a short ten-day administrative stay, beginning on November 20, 2019, to enable the court to receive an opposition by the committee and then rule on the Trump applicants’ request for a stay pending certiorari,” the committee’s letter to the court states.
The filing from the committee is the first action on a pair of Trump appeals that made their way to the Supreme Court last week.
In addition to the fight with the House Oversight Committee, Trump last week also asked the Supreme Court to hear a challenge to a subpoena the Manhattan District Attorney’s office served on Mazars seeking the same set of documents.
Trump has argued that as president, he is immune from having to turn over his personal financial records in a criminal matter and that the House’s subpoena is invalid because it does not serve a legislative purpose.
Copyright © 2019 courthousenews.com


| Modifier and Type | Class | Description |
|---|---|---|
class |
UnviableClassMutator |
| Modifier and Type | Method | Description |
|---|---|---|
Collection<? extends MethodMutatorFactory> |
MutationEngineConfiguration.mutators() |
| Modifier and Type | Method | Description |
|---|---|---|
MutationIdentifier |
MutationContext.registerMutation(MethodMutatorFactory factory,
String description) |
| Constructor | Description |
|---|---|
AbstractInsnMutator(MethodMutatorFactory factory,
MethodInfo methodInfo,
MutationContext context,
org.objectweb.asm.MethodVisitor delegateMethodVisitor) |
|
AbstractJumpMutator(MethodMutatorFactory factory,
MutationContext context,
org.objectweb.asm.MethodVisitor writer) |
| Constructor | Description |
|---|---|
GregorMutater(ClassByteArraySource byteSource,
Predicate<MethodInfo> filter,
Collection<MethodMutatorFactory> mutators) |
| Modifier and Type | Method | Description |
|---|---|---|
static Collection<MethodMutatorFactory> |
Mutator.all() |
|
static Collection<MethodMutatorFactory> |
Mutator.augments() |
|
static Collection<MethodMutatorFactory> |
Mutator.betterReturns() |
|
static Collection<MethodMutatorFactory> |
Mutator.byName(String name) |
|
static Collection<MethodMutatorFactory> |
Mutator.defaults() |
Default set of mutators - designed to provide balance between strength and
performance
|
static Collection<MethodMutatorFactory> |
Mutator.fromStrings(Collection<String> names) |
|
Collection<? extends MethodMutatorFactory> |
DefaultMutationEngineConfiguration.mutators() |
|
static Collection<MethodMutatorFactory> |
Mutator.newDefaults() |
Proposed new defaults - replaced the RETURN_VALS mutator with the new more stable set
|
| Constructor | Description |
|---|---|
DefaultMutationEngineConfiguration(Predicate<MethodInfo> filter,
Collection<? extends MethodMutatorFactory> mutators) |
| Modifier and Type | Class | Description |
|---|---|---|
static class |
AODMutator.AODMutator1 |
Mutator that replaces (a+b) (a-b) (a*b) (a\b) (a%b) by a, it means that we remove the second operator;
|
static class |
AODMutator.AODMutator2 |
Mutator that replaces (a+b) (a-b) (a*b) (a\b) (a%b) by b
|
static class |
AORMutator.MathMutator1 |
|
static class |
AORMutator.MathMutator2 |
|
static class |
AORMutator.MathMutator3 |
|
static class |
AORMutator.MathMutator4 |
|
class |
ArgumentPropagationMutator |
Mutator for non-void methods that have a parameter that matches the return
type: it replaces the result of the method call with a parameter.
|
class |
BooleanFalseReturnValsMutator |
Replaces primitive and boxed boolean return values with false
|
class |
BooleanTrueReturnValsMutator |
|
class |
ConditionalsBoundaryMutator |
|
class |
ConstructorCallMutator |
|
class |
EmptyObjectReturnValsMutator |
Mutates object return values to always return an "empty" value such
as 0, Optional.none etc.
|
class |
IncrementsMutator |
|
class |
InlineConstantMutator |
The
InlineConstantMutator is a mutator that mutates integer
inline constants (including short, byte, long) by adding 1 and that mutates
float inline constants (including double) by replacing them with 1. |
class |
InvertNegsMutator |
|
class |
MathMutator |
|
class |
NegateConditionalsMutator |
|
class |
NonVoidMethodCallMutator |
|
class |
NullMutateEverything |
Creates "mutants" that contain no changes at all possible mutation
points.
|
class |
NullReturnValsMutator |
Mutates object return values to always return null
Does not mutate return types for which a more stable return value
mutation exists.
|
class |
PrimitiveReturnsMutator |
Replaces primitive return values with 0.
|
class |
RemoveConditionalMutator |
|
class |
ReturnValsMutator |
|
class |
RORMutator |
|
class |
UORMutator |
|
class |
VoidMethodCallMutator |
| Modifier and Type | Method | Description |
|---|---|---|
static List<MethodMutatorFactory> |
NullMutateEverything.asList() |
|
static Iterable<MethodMutatorFactory> |
RemoveConditionalMutator.makeMutators() |
| Modifier and Type | Class | Description |
|---|---|---|
class |
MemberVariableMutator |
The
MemberVariableMutator is a mutator that mutates assignments
to member variables by removing them. |
class |
NakedReceiverMutator |
Mutator for non-void methods whos return type matches
the receiver's type that replaces the method call with the receiver.
|
class |
RemoveIncrementsMutator |
|
class |
RemoveSwitchMutator |
Remove switch statements.
|
class |
ReturnValuesMutator |
The
ReturnValuesMutator mutates the return values of method
calls. |
class |
SwitchMutator |
Mutate switch statements.
|
| Modifier and Type | Method | Description |
|---|---|---|
static Iterable<MethodMutatorFactory> |
RemoveSwitchMutator.makeMutators() |
Copyright © 2018 org.pitest. All rights reserved.


ACE VENTURA 2: WHEN NATURE CALLS A film review by Peter Wels Copyright 1995 Peter Wels
Starring Jim Carrey Directed by Rating: PG Score: *1/2 (out of *****)
I've got to admit it... I'm a huge Jim Carrey fan. I loved the first ACE VENTURA, as well as THE MASK and DUMB AND DUMBER--and even in BATMAN FOREVER (which was a pretty awful movie), Carrey was one of the few people to come off looking reasonably good. Until I saw ACE VENTURA 2, I had no idea how people could find the guy annoying.
Sadly, ACE VENTURA 2 shows just how irritating and annoying Carrey can be. Carrey goes through the same schtick he went through in the first Ace movie, but this time it is no longer funny--it is just a rehash of many of the same jokes used in Ace I.
 Soon he is called out of retirement to find a bat which was kidnapped and, if not returned in four days, will cause two warring African tribes to destroy each other. Once again, it's up to Ace to save the day, using his uncanny detective skills.
Those who have been disappointed by Carrey's more restrained roles in the films following the first ACE VENTURA may be glad to see him over-acting to the best of his ability, but some may be disappointed by the fact that this sequel doesn't capture the feel of the original.
The original benefited from what looked to be Carrey's constant hyped-up improv sequences, which were hysterically funny. Here, however, the tighter script (which is reminiscent of the old Disney telemovies) takes the improvised material from the first, and shamelessly recycles it in the new movie, giving Carrey little chance to improvise. Instead, his extremely funny manner has been reduced to just walking around stupidly.
But one of the biggest problems I had was with the character of Ventura himself. In the first movie, he was always cool, and one step ahead of every one else--perfect for Carrey's off-the-wall approach. But here, Ventura is made to look a lot stupider, and is often made out as the straight guy--a role which is definitely not Carrey's style.
There are definitely some very funny moments, but they are few and far between. They are also nowhere near as funny as anything Carrey did in the first ACE VENTURA, or even DUMB AND DUMBER.
-- For info, comments and feedback, contact me via email at<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
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belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
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Classes | |
| struct | IndexData |
Public Member Functions | |
| LayerContainer (TextureAtlas *) | |
| Layer * | createLayer (Ogre::uint index=0) |
| void | destroy (Layer *layer) |
| TextureAtlas * | getAtlas () const |
| virtual Ogre::Real | getTexelOffsetX () const |
| virtual Ogre::Real | getTexelOffsetY () const |
| void | _createVertexBuffer (size_t initialSize) |
| void | _destroyVertexBuffer () |
| void | _resizeVertexBuffer (size_t requestedSize) |
| void | _recalculateIndexes () |
| void | _redrawIndex (Ogre::uint id, bool force) |
| void | _redrawAllIndexes (bool force=false) |
| void | _requestIndexRedraw (Ogre::uint index) |
| void | _renderVertices (bool force=false) |
| virtual void | renderOnce ()=0 |
| virtual void | _transform (buffer< Vertex > &vertices, size_t begin, size_t end) |
Protected Attributes | |
| std::vector< Layer * > | mLayers |
| mLayers -- Master copy of all layers of this Target. | |
| std::map< Ogre::uint, IndexData * > | mIndexData |
| mIndexes -- Copies pointers to Layers arranged their index. | |
| bool | mIndexRedrawNeeded |
| mIndexRedrawNeeded -- An index (not sure what) needs to be redrawn. | |
| bool | mIndexRedrawAll |
| mRedrawAll -- All indexes need to be redrawn regardless of state. | |
| Ogre::HardwareVertexBufferSharedPtr | mVertexBuffer |
| mVertexBuffer -- Compiled layers of all indexes go into here for rendering directly to the screen or scene. | |
| size_t | mVertexBufferSize |
| mVertexBufferSize -- How much the VertexBuffer can hold. | |
| Ogre::RenderOperation * | mRenderOpPtr |
| mRenderOpPtr -- Pointer to the RenderOperation (Not owned by LayerContainer) | |
| TextureAtlas * | mAtlas |
| Atlas assigned to this LayerContainer. |
Definition at line 722 of file Gorilla.h.
| void Gorilla::LayerContainer::_createVertexBuffer | ( | size_t | initialSize = 32 |
) |
function. _createVertexBuffer desc. Create the vertex buffer
Definition at line 804 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_destroyVertexBuffer | ( | ) |
function. _destroyVertexBuffer desc. Destroy the vertex buffer
Definition at line 837 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_redrawAllIndexes | ( | bool | force = false |
) |
function. _redrawAllIndexes desc. Redraw all layers of all indexes If force is true, then all elements of all layers will be redrawn regardless of anything has changed or not.
Definition at line 953 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_redrawIndex | ( | Ogre::uint | id, | |
| bool | force | |||
| ) |
function. _redrawIndex desc. Redraw all layers of an index. If force is true, then all elements of that layer will be redrawn regardless of anything has changed or not.
Definition at line 923 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_renderVertices | ( | bool | force = false |
) |
function. _renderVertices desc. Bundle up mIndexData (redraw any if needed) then copy them into mVertexBuffer, and update mRenderOpPtr with the new vertex count.
Definition at line 975 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_requestIndexRedraw | ( | Ogre::uint | index | ) |
function. _redrawAllIndexes desc. Redraw a redraw of an index on the next call of _renderVertices
Definition at line 943 of file Gorilla.cpp.
| void Gorilla::LayerContainer::_resizeVertexBuffer | ( | size_t | requestedSize | ) |
function. _resizeVertexBuffer desc. Resize the vertex buffer to the greatest nearest power of 2 of requestedSize.
Definition at line 845 of file Gorilla.cpp.
| Layer * Gorilla::LayerContainer::createLayer | ( | Ogre::uint | index = 0 |
) |
function. createLayer desc. Create a layer for drawing on to.
Index represents the z-order, 0 being the layer drawn first and 15 the layer drawn last. Layers drawn after another layer will appear to be top than the other.
note. Index must be between or equal to 0 and 15. Any other value will cause a very nasty crash.
Definition at line 755 of file Gorilla.cpp.
| void Gorilla::LayerContainer::destroy | ( | Layer * | layer | ) |
function. destroyLayer desc. Destroy a layer and it's contents.
Definition at line 779 of file Gorilla.cpp.
| TextureAtlas* Gorilla::LayerContainer::getAtlas | ( | ) | const [inline] |
function. getAtlas desc. Get atlas assigned to this LayerContainer
| virtual void Gorilla::LayerContainer::renderOnce | ( | ) | [pure virtual] |
function. renderOnce desc. Draw the vertices from mVertexBuffer into Ogre.
Implemented in Gorilla::Screen, and Gorilla::ScreenRenderable.


From a young age, I have always been a tech enthusiast. I am extremely motivated to constantly develop my software development skills and grow professionally. I am confident in my ability to come up with interesting ideas for unforgettable web applications, mobile applications and data entry applications. I am also confident in my ability to proficiently manage any local network as a network admin.
Primary School, Mary Immaculate Education Complex, 2008.
High School, Booker Academy, 2012.
Bachelor of Science in Computer Science, Masinde Muliro University of Science and Technology, 2017.
CCNA 1, CCNA 2, CCNA 3, Jomo Kenyatta University of Science and Technology, 2018-2019.
C7, Nyeri Close, Kileleshwa, Nairobi
+254700512684
<EMAIL_ADDRESS>/barakamulas
@barakamulas


看
看
看
看
The Bannockburn faucet line from
http://www.danze.com/en/catalog_result.php
and
Koehler medicine cabinets from
http://www.us.kohler.com/index.jsp
. The second cabinet is wider (30 in) and would better match the width of the vanity.
Bath Fixtures
D307456-BN $180
Brushed Nickel
D500556-BN $270
K-CB-CLC1526FS $95
K-CB-CLC3026FS
看


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| Name | Master | Ok | Taints | Pods | Cores | Memory | % | Req | Limit | Avail | % | Req | Limit | Avail |
| Name | Capacity | kind | Referenced by | Namespace | NFS Server | Path |
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| Pod | Host | Cores | MB | Image | Ctrs | Vols | Not Rdy | Fail | Restrt |
|---|
| Container | Image | Cores | MB | Restarts | started |
|---|
loading
| CSAP Service Instance | Pod Container | Pod Namespace | Pod Name | Version | Cpu | Memory | Connections | Threads | Files | Disk | Writes/s |
|---|
| Container | Host | Pod | Namespace |
|---|
| Host | Queue |
|---|---|
| - | loading... |


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CA RBC Manf PMI
Release Date
For Month
Market Expectation
Kshitij Expectation
Previous
Released
Revised
2-Jan-18
Dec-17
-
-
54.4
54.7
-
1-Feb-18
Jan-18
-
55.57
54.7
55.9
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1-Mar-18
Feb-18
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56.70
55.9
55.6
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3-Apr-18
Mar-18
-
-
55.6
-
-


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30-Nov-19 03:46 AM
[telegram] <efmartinez> Just a question if I stored kmd on paper wallet... Can I still get reward
[telegram] <Regnar> Yes. You have to claim it monthly though if you want to maximize rewards (re @efmartinez: Just a question if I stored kmd on paper wallet... Can I still get reward)
[telegram] <efmartinez> Alright thanks
[telegram] <Regnar> Rewards are more based on the sending wallet. The sending wallet sets locktime on the transaction, so it will accrue no matter the type of wallet it is in. However some wallets do not set locktime on their transactions by default. I think Coinomi doesn't. But MOST wallets do, and EVERY komodo ecosystem wallet does
[telegram] <efmartinez> What I mean is paper wallet
[telegram] <Regnar> So even if you get a transaction that isn't accruing rewards, you can send the transaction to yourself.
[telegram] <Regnar> Do you mean sending from paper wallet? (re @efmartinez: What I mean is paper wallet)
[telegram] <efmartinez> Yes
[telegram] <efmartinez> Sending to paper wallet n keep it there for a while
[telegram] <Regnar> Yes this is what I mean, if you send FROM a wallet besides Coinomi, to a paper wallet, it will accrue rewards (re @efmartinez: Sending to paper wallet n keep it there for a while)
(edited)
[telegram] <efmartinez> Thanks clear
[telegram] <Regnar> And then when you claim monthly, it all depends how you send from the paper. You likely import the key into some wallet to spend the coins.
[telegram] <Regnar> So importing into Agama, Chameleon, Magnum, atomicdex, pungo etc would be your best bet, then send it to a new paper wallet
[telegram] <efmartinez> OK.
[telegram] <Regnar> But yea, paper wallet will accrue rewards, but claim it monthly to maximize rewards, and when you claim, use a Komodo ecosystem wallet so it will keep locktime set (re @efmartinez: OK.)
[telegram] <efmartinez> OK sir. Clear
[telegram] <Regnar> Let me know if you need any more help! (re @efmartinez: OK sir. Clear)
[telegram] <efmartinez> Very clear sir. Thanks a lot
[telegram] <Regnar>


|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--org.apache.catalina.startup.ClassLoaderFactory
Utility class for building class loaders for Catalina. The factory method requires the following parameters in order to build a new class loader (with suitable defaults in all cases):
ClassLoader
instance that should become the parent of
the new class loader.
| Constructor Summary | |
ClassLoaderFactory()
|
| Method Summary | |
static java.lang.ClassLoader |
createClassLoader(java.io.File[] unpacked,
java.io.File[] packed,
java.lang.ClassLoader parent)
Create and return a new class loader, based on the configuration defaults and the specified directory paths: |
static int |
getDebug()
Return the debugging detail level. |
static void |
setDebug(int newDebug)
Set the debugging detail level. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
public ClassLoaderFactory()
| Method Detail |
public static int getDebug()
public static void setDebug(int newDebug)
newDebug
- The new debugging detail levelpublic static java.lang.ClassLoader createClassLoader(java.io.File[] unpacked, java.io.File[] packed, java.lang.ClassLoader parent) throws java.lang.Exception
unpacked
- Array of pathnames to unpacked directories that should
be added to the repositories of the class loader, or null
for no unpacked directories to be consideredpacked
- Array of pathnames to directories containing JAR files
that should be added to the repositories of the class loader,
or null
for no directories of JAR files to be consideredparent
- Parent class loader for the new class loader, or
null
for the system class loader.
java.lang.Exception
- if an error occurs constructing the class loader
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Welcome to Thrillers Training Hub
You can code with full power of HTML and CSS
Start by editing this file


If this checkbox is selected, then after applying a layout selected on the diagram context menu, all diagram elements will be resized to fit into the current diagram area. In diagram, use the the Fit Content icon toolbar button.


[1]
The speedometer is accurate and refreshes fast.
[2]
[3]
It will alert you when you go above the speed limit.
[4]
[5]
This new model will display the current speed limit on the screen.


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My name is Sita Robinson. I am a Senior Data Science major at Drexel University with a minor in Computer Science. I am expected to graduate with my Bachelors degree in 2020.
I am the president
of Drexel Women in Computing Society (WiCS). Previously I was treasurer of WiCS for two years. My last job was in a data science co-op (6 month internship) at ELAP Services in Chesterbrook, Pennsylvania.
In the summer of 2017, I was a Software Engineering Intern at Comcast in Philadelphia. Some of my hobbies include programming, photography, playing the clarinet, playing Scrabble and traveling around the
world. I am originally a Northern Virginia/Metro D.C. native.
Data Science Course Assistant
April 6, 2020-June 11 2020
Data Science Co-op at ELAP Services
September 24, 2018-March 20, 2019
Software Engineering Intern at Comcast
June 19, 2017-August 25, 2017
Intermediate: Python, HTML/CSS, Javascript, Firebase, Microsoft SQL, MySQL, Oracle SQL, MariaDB, Android Studio, Markdown, Jupyter Notebook, C++
Beginner: R, Node.js, ArcGIS (ArcMap, ArcGIS Online),
LaTeX, Java, Unix, Tableau, JQuery Mobile, JQuery, Flask, Ruby on Rails, ReactJS, Hadoop, Apache Spark, Google Cloud
INFO 212,213 Data Science Programming I, II (Python)
INFO 250 Information Visualization (Tableau,RawGraphs, VOSviewer)
INFO 323 Cloud Computing & Big Data (Hadoop, Apache Spark, Google Cloud)
INFO 332 Exploratory Data Analytics (R)
INFO 371 Data Mining Applications (Weka, RapidMiner)
INFO 365, 366 Database Administration 1, II (Google Cloud, MariaDB)
INFO 400 Data Science Projects (Python)
INFO 432 Advanced Analytics (R)
INFO 440 Social Media Data Analysis (Python)
STAT 201,202 Business Statistics
CS 171,172 Computer Programming I,II (C++)
CS 275 (Now: CS 375) Web and Mobile App Development (HTML, Javascript, NodeJS, AJAX, MySQL)
CS 260 Data Structures
CS 265 Advanced Programming Tools and Techniques
CS 283 Systems Programming (C)
SE 310 Software Architecture I (Java, Software Design Patterns)
CS 338 Graphical User Interfaces (HTML, Javascript, Flask, MariaDB, Google Cloud)
A recipe management and grocery list generator app created using HTML, Javascript, Bootstrap, Jinja and Flask (Python) hosted on a Google Cloud VM instance.
Toast is an automated financial planning application for financial advisors and their clients. The application will be developed using Django and ReactJS.
Using the Python Scikit-Learn library to train and test the dataset from Kaggle to predict whether a transaction is fradulent or not using classification algorithms.
Developed a web application with backend to match the skills and qualifications needed for a job. Created a web scraper using the Beautiful Soup library in Python to scrape job data from Indeed.com. Leveraged text analytics to match employee skills to job postings. Used Flask which is a framework to run Python as a web server.
Built machine learning models using random forest to predict what factors are most important for student performance in exams using the "Student Performance in Exams" dataset from Kaggle. Performed pre-processing and exploratory data analysis. This project was completed using the R language.
Built a machine learning model using the linear regression, random forest, and gradient boosting algorithms to analyze what factors are most important for graduate admissions. The model was generated using the "Graduate Admissions 2" dataset from Kaggle. This project was completed using R.
Performed exploratory analysis of Black Friday data. In addition, used matrix factorization to study consumer behavior and provide recommendations for potential customers. We also explored the process of vectorization and the process of creating embeddings, using the results to find similar customers, find consumer groups using clustering, and predict what a given customer will buy.
Ⓒ Sita Robinson 2017


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Canadian Dip Mouldings Inc.
Mailing Address:
798 Fuller Ave.PENETANGUISHENE, Ontario
L9M 1G8
Location Address:
798 Fuller Ave.PENETANGUISHENE, Ontario
L9M 1G8
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Company Profile
About Canadian Dip Mouldings Inc.
Throughout Canadian Dip Mouldings working history they have
served as a problem solver for customers of Dip Mouldings or
Power Coatings. Canadian Dip Mouldings takes pride in bringing
you the latest in state of the art technology in this field.
Providing you with the initial design, through production of the
moulds, manufacture of the materials and final production. Every
step of the process is performed efficiently, resulting in custom
vinyl dip mouldings of the highest quality - delivered on time.
Our design engineers will work with you to develop and produce a
custom moulding for Original Equipment Manufacturers associated
with practically every industry from automotive to consumers
products, communications, electrical and medical applications.
Any specifications you have to conform to, such as C.S.A.,
F.D.A., U.L., F.B.M.S., A.S.T.M., S.A.E., etc., just give us a
copy of the appropriate number and challenge Canadian Dip
Mouldings to provide you with a durable Powder Coating or Dip
Moulding that will withstand the harshest of environments at
reasonable cost to suit your budget.
Solve design problems economically, practically, precisely with
vinyl dip mouldings by the industry's standard -
Canadian Dip Mouldings Inc. - We've done it for major automotive,
appliance, air craft, construction, electrical, food industry and
health care. Product manufactured time and time again. Our
technical expertise and years of experience in manufacturing
custom PVC mouldings and powder coatings has earned us a
reputation for reliability and performance our customers depend on.
Full profile
Full profile
Contact information
Company description
Product / Service / Licensing
their efforts on the simple caps, plugs, grips and sleeves,
Canadian Dip Mouldings relies solely on tis wealth of experience
to design a durable, cost-saving moulding unique to your
specifications.
Canadian Dip Mouldings offers tooling costs lower than any other
form of plastic moulding process with prototype samples from
drawing to finished moulding in one to two weeks and production
quantities within one month.
The cost per moulding can replace many other more expensive
parts. Mouldings are available in a variety of textures,
harnesses and colours, together with resistance to a wide
variation of temperatures and chemical environments. They can be
manufactured in any shape form the simplest to the most complex
design with no gate or pin marks, weld joints or other surface
defects. All mouldings are completely flash free. Internal or
external ribs, slots or openings are all easily incorporated into
the design of the moulding. Special instructions or your company
name, address or logo can be printed on the surface - just supply
a facsimile of what you require and we will do the rest.
becoming an industry standard. Legislation on designated
substances and chemicals within North America are forcing
companies to change to Powder Coating. There are no harmful
chemicals or solvents used and the coatings are 100% solids
offering a one coat covering system.
Canadian Dip Mouldings offer not only the standard fluidized bed
coatings of vinyl, nylon, epoxy and polyester but also
electrostatic applications.
If you have a part that you feel should be powder coated send it
to us. If you are not sure what type of coating should be
applied just give us all the pertinent information and we will
recommend a coating to meet your requirements.
Market profile
Geographic markets:
Export experience:
- United Kingdom
- United States
- Michigan
- Ohio
- Pennsylvania
- Tennessee
Actively pursuing:
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Oklahoma
- Oregon
- Rhode Island
- South Carolina
- South Dakota
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
Products, services and licensing
Product / Service / Licensing
their efforts on the simple caps, plugs, grips and sleeves,
Canadian Dip Mouldings relies solely on tis wealth of experience
to design a durable, cost-saving moulding unique to your
specifications.
Canadian Dip Mouldings offers tooling costs lower than any other
form of plastic moulding process with prototype samples from
drawing to finished moulding in one to two weeks and production
quantities within one month.
The cost per moulding can replace many other more expensive
parts. Mouldings are available in a variety of textures,
harnesses and colours, together with resistance to a wide
variation of temperatures and chemical environments. They can be
manufactured in any shape form the simplest to the most complex
design with no gate or pin marks, weld joints or other surface
defects. All mouldings are completely flash free. Internal or
external ribs, slots or openings are all easily incorporated into
the design of the moulding. Special instructions or your company
name, address or logo can be printed on the surface - just supply
a facsimile of what you require and we will do the rest.
becoming an industry standard. Legislation on designated
substances and chemicals within North America are forcing
companies to change to Powder Coating. There are no harmful
chemicals or solvents used and the coatings are 100% solids
offering a one coat covering system.
Canadian Dip Mouldings offer not only the standard fluidized bed
coatings of vinyl, nylon, epoxy and polyester but also
electrostatic applications.
If you have a part that you feel should be powder coated send it
to us. If you are not sure what type of coating should be
applied just give us all the pertinent information and we will
recommend a coating to meet your requirements.
Market
Market profile
Geographic markets:
Export experience:
- United Kingdom
- United States
- Michigan
- Ohio
- Pennsylvania
- Tennessee
Actively pursuing:
- Alabama
- Alaska
- Arizona
- Arkansas
- California
- Colorado
- Connecticut
- Delaware
- District of Columbia
- Florida
- Georgia
- Hawaii
- Idaho
- Illinois
- Indiana
- Iowa
- Kansas
- Kentucky
- Louisiana
- Maine
- Maryland
- Massachusetts
- Minnesota
- Mississippi
- Missouri
- Montana
- Nebraska
- Nevada
- New Hampshire
- New Jersey
- New Mexico
- New York
- North Carolina
- North Dakota
- Oklahoma
- Oregon
- Rhode Island
- South Carolina
- South Dakota
- Texas
- Utah
- Vermont
- Virginia
- Washington
- West Virginia
- Wisconsin
- Wyoming


Matthew LeBlanc
Hello there! I'm Matt LeBlanc, 'yes, just like Joey Tribbiani'. I moved to Seattle about 3 years ago in pursuance of being a culinary prospect in which I had started as a dishwasher. Through two years of observing, analyzing, and learning, I had found my way up the ranks and landed as a sous chef. Then came to the conclusion that I'm not entirely interested as the culinary field being a career, it's more of a hobby I enjoy. I don't have a lot of experience in coding prior to this class, just Java class I had taken one semester in high school. But I had really enjoyed it, so I figured I would try out computer programming. Now, looking at where I am now, given the fact that I had started fresh, I am confident that through observing, analyzing, and learning, I will be a very proficient developer.
Nick Gibson
Nick is a current student at Code Fellows. His past experiences include running and consulting on various political campaigns across the state of Washington, dozens of job titles and roles across the University of Washington's administration, and most recently, serving you stronger-than-expected drinks alongside his questionable charm at a number of local bars. He's pursing a burgeoning interest in coding in order to achieve a position as a developer, thus fitting in in his beloved hometown of Seattle even better. His personal interests are pinball, old Honda motorbikes, and cursing his undying love of the Seattle Sounders when they let him down.
Adrian Hawk
My original backgound comes in the form of Bartending (a distant memory) and serving in the U. S. NAVY. My service had numerous roles ~ OPERATIONS - ANALYST - INSTRUCTOR - LAW ENFORCEMENT - VBSS TEAMS. After I left the military, I took a position as an IT at the Tri-Lakes Board of REALTORS in SW Missouri. Then took on a role as an IT for HomeServices of America (A Berkshire Hathaway Affiliate) managing 5 offices in the Table Rock Lake area of SW Missouri. While helping REALTORS with their websites and building a couple for them, as well, I found I wanted to switch careers. I moved to the NW to surround myself in the Web Dev world and completed an Associate of Applied Science in Web Dev and Design in Portland. Now, I'm here at Code Fellows to get serious about coding.


Public Member Functions | |
| getBoolToString ($val) | |
Static Public Member Functions | |
| static | detect_abuse ($val, $bad_strings, $badstrs=false, $newlines=false, $bogusmail=false) |
| static | check_date ($date) |
| static | validyear ($year) |
| static | date_not_past ($month, $day, $year, $strict=true) |
| static | check_array_keys ($array, $rkeys) |
| static | MailVal ($Addr, $Level, $Timeout=15000) |
| static | is_valid_ip ($ip) |
| static | gFormEmail ($recipient, $sender, $subject, $message) |
| static | arrayToDataList ($array, $id) |
| static | isDateBetween ($x, $start, $end) |
This class contains a number of methods used to work with the gForm class to assist in presentation and validation of forms. This separate file was created to keep the class file clean. Needless to say, this file needs to be called as an include in the same file which includes the main class.
|
static |
creates a datalist element and all its options
| array | $array | |
| string | $id |
|
static |
checks whether an array of keys matches the keys of an array in other words, given a list of keys that should be in the array, are they there?
| array | $array | the array to check |
| array | $rkeys | the required keys to check for |
|
static |
checks whether a date is valid
| string | $date | must be in M-D-Y format |
|
static |
checks whether a date occurs in the past
| int | $month | the month to be validated |
| int | $day | the day to be validated |
| int | $year | the year to be validated |
| bool | $strict | whether to include a strict validation that the date supplied actually exists Defaults to TRUE |
|
static |
detects multiple forms of abuse in form submissions
| string | $val | |
| array | $bad_strings | |
| bool | $badstrs | |
| bool | $newlines | |
| bool | $bogusmail |
| getBoolToString | ( | $val | ) |
| string | $val |
|
static |
| string | $recipient | |
| string | $sender | |
| string | $subject | |
| string | $message |
|
static |
uses regex check to see if IP address is valid
| string | $ip | the IP address we're validating |
|
static |
Checks to see if a date is between a specified start and end date :GOTCHA Uses strtotime. You are responsible for understanding how strtotime works!
| string | $x | |
| string | $start | |
| string | $end |
|
static |
function will validate e-mail addresses implement this function as 'MailVal($Addr, $Level)'
| string | $Addr | the e-mail address to be validated |
| int | $Level | level, between 1 and 5 in ascending order of oppressiveness |
| int | $Timeout | length, in seconds, the function will execute before it times out |
|
static |
checks whether a year is valid
| int | $year | the year to be validated |


?Mosiera
longipes
(Berg)
Small
det.
Andrew
Salywon
July
2003
Arizona
State
University
Herbarium
-
ASU
PLANTS
OF
THE
WEST
INDIES
NilGaÇ*,
BOTANICAL
>
Garden
Psidium
longipes
var.
orbiculare
(Berg)
McV.
Caicos
Islands:
Providenciales,
in
open
coastal
coppice
on
dunes,
Five
Cays.
Shrub
2.5
m
tall,
December
16,
1975
D.
S.
Correli
46417
Herbarium
FAIRCHILD
TROPICAL
GARDEN
1602379
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


Clubs in your University
Hackerspace
E-Cell
Debate Society
Team Aeolus - DBC (fixed wing) divisions
Clubs in other Universities
Vegavath Racing
Apostrophe
Hashtag
Equinox-The Space Club


Dear {{firstName}}, Welcome again to the WSU Computer Science Club. Your credentials to access the platform are the following:


@@include('./parts/head.html', { "plugin_fa_icons": true, "plugin_mdi_icons": true, "plugin_ion_icons": true, "plugin_wi_icons": true, "plugin_rickshaw": false, "plugin_nvd3": false, "plugin_flot": false, "plugin_sparkline": false, "plugin_markitup": false, "plugin_ckeditor": false, "plugin_select2": false, "plugin_dropzone": false, "plugin_tagsinput": false, "plugin_clockpicker": false, "plugin_pikaday": false, "plugin_spectrum": false, "plugin_inputmask": false, "plugin_parsley": false, "plugin_gmaps": false, "plugin_jvectormap": false, "plugin_datatables": false, "plugin_fullcalendar": false, "plugin_simpleweather": false, "plugin_prettify": true })
@@include('./parts/top-navbar.html') @@include('./parts/sidebar.html', { "page": "css-typography", "classes": "yay-shrink yay-hide-to-small yay-gestures" })

through

, are available. .h1
through .h6
classes are also available, for when you want to match the font styling of a heading but still want your text to be displayed inline.

Heading h1

Heading h2

Heading h3

Heading h4

Heading h5

Heading h6

.light
classname to set font-weight: 300
on element.

Heading h1

Heading h2

Heading h3

Heading h4

Heading h5

Heading h6

tag or the .small
class.

Heading h1 Secondary text

Heading h2 Secondary text

Heading h3 Secondary text

Heading h4 Secondary text

Heading h5 Secondary text

Heading h6 Secondary text

Left aligned text.
Center aligned text.
Right aligned text.
Justified text.

Left aligned text.

Center aligned text.

Right aligned text.

Justified text.

This is an example quotation that uses the blockquote tag.
Here is another line with small text.
This is an example quotation that uses the blockquote tag.
Here is another line with small text.
This is an example quotation that uses the blockquote tag.
Here is another line with small text.

 This is an example quotation that uses the blockquote tag.
 Here is another line with small text.

 This is an example quotation that uses the blockquote tag.
 Here is another line with small text.

 This is an example quotation that uses the blockquote tag.
 Here is another line with small text.

One common flaw we've seen in many frameworks is a lack of support for truly responsive text. While elements on the page resize fluidly, text still resizes on a fixed basis. To ameliorate this problem, for text heavy pages, we've created a class that fluidly scales text size and line-height to optimize readability for the user. Line length stays between 45-80 characters and line height scales to be larger on smaller screens.
To see Flow Text in action, slowly resize your browser and watch the size of this text body change! Use the button above to toggle off/on flow-text to see the difference!

I am Flow Text

To use flow-text on a body of text, simply just add the class flow-text
to a tag, see the code blow.


Dan Osborne treats kids to festive day as Jacqueline Jossa takes on I'm A Celeb
Dan Osborne is making the most of his time without wife Jacqueline Jossa while she takes part in I’m A Celebrity, as he took his children to the launch of the Christmas Grotto at Shrek’s Adventure in London.
The 28-year-old wrapped up warm for the weather in a tracksuit ensemble, as he was seen hand in hand with their little ones, Ella, five, and Mia, 17 months, and six-year-old Teddy, who he shares with ex Megan Tomlin.
And the family seemed to be having the best day together as they prepared for the festive season, posing alongside Santa Claus, while Dan even wore some Shrek ears.
We are also totally not jealous of Ella’s amazing rainbow face paint.
Dan recently revealed he has plans to fly out to Australia to support his wife during her stint on the ITV reality series.
Advertisement Advertisement
‘I’ll be going out there though, not to go into the jungle but to support Jac,’ he told The Sun.
And when asked about the prospect of facing a possible bushtucker trial, he replied: ‘Yeah, yeah, but I’d do it. I guess it depends on what it is.’
Jacqueline also previously revealed that she did not tell her children that she was going to be entering the jungle, and it was going to be ‘really hard’ leaving them behind.
‘This is definitely the longest I have ever been away from them and that is going to be really hard,’ she admitted.
‘I didn’t know how to face even telling them. In the end, I thought the best idea was to say, “Mummy is going away for work”, and I would see them soon.
‘My family is so close-knit and I will miss them all terribly.’
The former EastEnders star also said that one of the main reasons for signing up for the show was to dispel a misconception about her relationship with Dan – and she wants us all to know that she is not a ‘pushover’, as some may think.
Advertisement Advertisement
‘I think people think I am a pushover or a doormat,’ she continued.
‘I also think some people pity me. I want to show I am fine, I am up for a laugh and that I will for it and try my best.’
Got a showbiz story?
If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


Hi I'm Benjamin,
professional freelance translator.
I will translate your
text to
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{% extends "layout.html" %} {% block title %} {{ data.name }}{% endblock %} {% block page_content %}
Below all available profiling results are listed. Examples are listed first and the user generated results (ID starts with a "U") are listed below.
| ID | Timestamp | URI | Sample size | Pagesize | Backend-Type | Server | ||
|---|---|---|---|---|---|---|---|---|
| {{ result.id}} | {{ result.timestamp}} | {{ result.uri}} | {{ result.sample_size}} | {{ result.pagesize}} | {{ result.backend}} | {{ result.environment}} | View Results | Download Data |


6Pad
Share…
Samples
Draw a spaceship
https://perl6.github.io/6pad/#5a889cc9d6385853af2ff6a3fa165662
Quicksort
99 Bottles of Beer
Perl 6
HTML
CSS
Run
HTML Output
Console


JS Pantry Tracker
Pantry & Fridge Tracking Web Application
Food Item:
Group
Pantry
Fridge
Name
Quantity
Expiration Date
Add
Dates List
Groceries with Dates to Buy:
Print List
Pantry
Fridge


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EatingActivity
- Class in
com.github.pocmo.sensordashboard
EatingActivity()
- Constructor for class com.github.pocmo.sensordashboard.
EatingActivity
EatingCount
- Class in
com.github.pocmo.sensordashboard.algorithm
Created by OneStar on 2016-09-08.
EatingCount()
- Constructor for class com.github.pocmo.sensordashboard.algorithm.
EatingCount
EatingDayFragment
- Class in
com.github.pocmo.sensordashboard.ui.eating
EatingDayFragment()
- Constructor for class com.github.pocmo.sensordashboard.ui.eating.
EatingDayFragment
EatingMonthData
- Class in
com.github.pocmo.sensordashboard.Server
Created by Bae Somi on 2016-11-27.
EatingMonthData()
- Constructor for class com.github.pocmo.sensordashboard.Server.
EatingMonthData
EatingMonthFragment
- Class in
com.github.pocmo.sensordashboard.ui.eating
EatingMonthFragment()
- Constructor for class com.github.pocmo.sensordashboard.ui.eating.
EatingMonthFragment
EatingResultPopup
- Class in
com.github.pocmo.sensordashboard.ui.eating
EatingResultPopup()
- Constructor for class com.github.pocmo.sensordashboard.ui.eating.
EatingResultPopup
EatingTabFragment
- Class in
com.github.pocmo.sensordashboard.ui.eating
EatingTabFragment()
- Constructor for class com.github.pocmo.sensordashboard.ui.eating.
EatingTabFragment
EatingWeekData
- Class in
com.github.pocmo.sensordashboard.Server
Created by Bae Somi on 2016-11-27.
EatingWeekData()
- Constructor for class com.github.pocmo.sensordashboard.Server.
EatingWeekData
EatingWeekFragment
- Class in
com.github.pocmo.sensordashboard.ui.eating
EatingWeekFragment()
- Constructor for class com.github.pocmo.sensordashboard.ui.eating.
EatingWeekFragment
error_message
- Static variable in class com.github.pocmo.sensordashboard.
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---
layout: post
title: the land of giants icelandic high voltage
date: '2011-09-17T13:45:41+01:00'
tags: []
tumblr_url: http://backlog.robbevan.com/post/10312738887/the-land-of-giants-icelandic-high-voltage
---
The Land of Giants - Icelandic High-Voltage Electrical Pylon Competition


You can select the icons of various audio tracks and combine together at once in the music box. Try to listen variety matches and find the best interesting combination. The two container shows several icons that fits with audio and drag into the music box.


Welcome to {{app_name}}, this is just a confirmation email welcoming you to our website and just to drop some information off for you.
Username: {{username}}
Password: {{password}}
On this occasion there is no need to activate your account.


Container Runtime
Writing and running functions as containers
Config functions are conceptually similar to Kubernetes controllers and validating webhooks – they are programs which read resources as input, then write resources as output (creating, modifying, deleting, or validating resources).
Unlike controllers and validating webhooks, config functions can be run outside of the Kubernetes control plane. This allows them to run in more contexts or embedded in other systems. For example, functions could be:
Unlikely pure-templating and DSL approaches, functions must be able to both read and write resources, and specifically should be able to read resources they have previously written – updating the inputs rather generating new resources.
This mirrors the level-triggered controller architecture used in the Kubernetes control plane. A function reconciles the desired state of the resource configuration to match the declared state specified by the functionConfig.
Functions that implement abstractions should update resources they have generated in the past by reading them from the input.
The following function runtimes are available in kpt:
| Runtime | Read Resources From | Write Resources To | Write Error Messages To | Validation Failure | Maturity |
|---|---|---|---|---|---|
| Containers | STDIN | STDOUT | STDERR | Exit Code | Beta |
| Exec | STDIN | STDOUT | STDERR | Exit Code | Alpha |
| Starlark | ctx.resource_list |
ctx.resource_list |
log |
Exit Code | Alpha |
Additionally, the following libraries are available to create config functions:
| Library | Link |
|---|---|
| Golang | Go Fn Lib |
| Typescript | TS SDK |
Functions read a ResourceList
, modify it, and write it back out. The
ResourceList
contains:
items
Items are resources read from some source – such as a package directory –
using a source function – such as kpt fn source
or helm-template
.
After a function adds, deletes or modifies items, the items will be written to
a sink directory using a sink function – such as kpt fn sink
. In most
cases the sink directory will be the same as the source directory.
kind: ResourceList
items:
- apiVersion: apps/v1
kind: Deployment
spec:
...
- apiVersion: v1
kind: Service
spec:
...
Functions may optionally be configured using the ResourceList.functionConfig
field. functionConfig
is analogous to a Deployment, and items
is analogous
to the set of all resources in the Deployment controller in-memory cache (e.g.
all the resources in the cluster) – this includes the ReplicaSets created,
updated and deleted for that Deployment.
kind: ResourceList
functionConfig:
apiVersion: example.com/v1alpha1
kind: Foo
spec:
foo: bar
...
items:
...
Some functions introduce a new resource type bespoke to the function instead of using a ConfigMap as the functionConfig kind.
Functions may define validation results through the results
field. When
functions are run using the --results-dir
, each function’s results field will
be written to a file under the specified directory.
kind: ResourceList
functionConfig:
apiVersion: example.com/v1alpha1
kind: Foo
spec:
foo: bar
...
results:
- name: "kubeval"
items:
- severity: error # one of ["error", "warn", "info"] -- error code should be non-0 if there are 1 or more errors
tags: # arbitrary metadata about the result
error-type: "field"
message: "Value exceeds the namespace quota, reduce the value to make the pod schedulable"
resourceRef: # key to lookup the resource
apiVersion: apps/v1
kind: Deployment
name: foo
namespace: bar
file:
# optional if present as annotation
path: deploy.yaml # read from annotation if present
# optional if present as annotation
index: 0 # read from annotation if present
field:
path: "spec.template.spec.containers[3].resources.limits.cpu"
currentValue: "200" # number | string | boolean
suggestedValue: "2" # number | string | boolean
- severity: warn
...
- name: "something else"
items:
- severity: info
...
Writing and running functions as containers
Writing and running functions as executables
Writing and running functions as Starlark scripts
Writing exec and container functions in Golang.
Writing functions in TypeScript.


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