See
- Similar to Example: Similar to Example:insert_all/2 but with the following differences:Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
+insert_all/2 but with the following differences:
+{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
-defmodule Demo do
+defmodule Demo do
use Ecto.Schema
@primary_key false
- schema "ecto_ch_demo" do
+ schema "ecto_ch_demo" do
field :a, Ch, type: "UInt64"
field :b, :string
- end
-end
+ end
+end
-rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
-{100_000, nil} = Repo.insert_stream(Demo, rows)
+rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
+{100_000, nil} = Repo.insert_stream(Demo, rows)
# schemaless
-{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
Give
Queries the ClickHouse database for the monthly pageview usage. If the given user's
subscription is active, past_due, or a deleted (but not yet expired), a map
-with the following structure is returned:
%{
- current_cycle: usage_cycle(),
- last_cycle: usage_cycle(),
- penultimate_cycle: usage_cycle()
-}In all other cases of the subscription status (or a free_10k subscription which
-does not have a last_bill_date defined) - the following structure is returned:
%{last_30_days: usage_cycle()}Given only a user as input, the usage is queried from across all the sites that the +with the following structure is returned:
%{
+ current_cycle: usage_cycle(),
+ last_cycle: usage_cycle(),
+ penultimate_cycle: usage_cycle()
+}In all other cases of the subscription status (or a free_10k subscription which
+does not have a last_bill_date defined) - the following structure is returned:
%{last_30_days: usage_cycle()}Given only a user as input, the usage is queried from across all the sites that the
user owns. Alternatively, given an optional argument of site_ids, the usage from
across all those sites is queried instead.
Cldr.LanguageTag.The format of an Accept-Language header is as follows in ABNF format:
Accept-Language = "Accept-Language" ":"
1#( language-range [ ";" "q" "=" qvalue ] )
- language-range = ( ( 1*8ALPHA *( "-" 1*8ALPHA ) ) | "*" )Each language-range MAY be given an associated quality value which represents an + language-range = ( ( 1*8ALPHA *( "-" 1*8ALPHA ) ) | "*" )
Each language-range MAY be given an associated quality value which represents an estimate of the user's preference for the languages specified by that range. The quality value defaults to "q=1". For example,
Accept-Language: da, en-gb;q=0.8, en;q=0.7would mean: "I prefer Danish, but will accept British English and other types of English."
@@ -232,54 +232,54 @@ a configurediex> Plausible.Cldr.AcceptLanguage.best_match("da;q=0.1,zh-TW;q=0.3", TestBackend.Cldr)
-{:ok,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.AcceptLanguage.best_match("da;q=0.1,zh-TW;q=0.3", TestBackend.Cldr)
+{:ok,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }}
+ transform: %{},
+ language_variants: []
+ }}
-iex> Plausible.Cldr.AcceptLanguage.best_match("da;q=0.1,zh-TW;q=0.3", TestBackend.Cldr)
-{:ok,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.AcceptLanguage.best_match("da;q=0.1,zh-TW;q=0.3", TestBackend.Cldr)
+{:ok,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }}
+ transform: %{},
+ language_variants: []
+ }}
-iex> Plausible.Cldr.AcceptLanguage.best_match("xx,yy;q=0.3")
-{:error,
- {Cldr.NoMatchingLocale,
- "No configured locale could be matched to \"xx,yy;q=0.3\""}}
+iex> Plausible.Cldr.AcceptLanguage.best_match("xx,yy;q=0.3")
+{:error,
+ {Cldr.NoMatchingLocale,
+ "No configured locale could be matched to \"xx,yy;q=0.3\""}}
-iex> Plausible.Cldr.AcceptLanguage.best_match("invalid_tag")
-{:error, {Cldr.LanguageTag.ParseError,
- "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
+iex> Plausible.Cldr.AcceptLanguage.best_match("invalid_tag")
+{:error, {Cldr.LanguageTag.ParseError,
+ "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
iex> Cldr.AcceptLanguage.parse("da,zh-TW;q=0.3", TestBackend.Cldr)
-{:ok,
- [
- {1.0,
- %Cldr.LanguageTag{
+iex> Cldr.AcceptLanguage.parse("da,zh-TW;q=0.3", TestBackend.Cldr)
+{:ok,
+ [
+ {1.0,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "da",
cldr_locale_name: :da,
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "da",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :da,
requested_locale_name: "da",
script: :Latn,
territory: :DK,
- transform: %{},
- language_variants: []
- }},
- {0.3,
- %Cldr.LanguageTag{
+ transform: %{},
+ language_variants: []
+ }},
+ {0.3,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }}
- ]}
+ transform: %{},
+ language_variants: []
+ }}
+ ]}
-iex> Plausible.Cldr.AcceptLanguage.parse("invalid_tag")
-{:error,
- {Cldr.LanguageTag.ParseError,
- "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
+iex> Plausible.Cldr.AcceptLanguage.parse("invalid_tag")
+{:error,
+ {Cldr.LanguageTag.ParseError,
+ "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
-iex> Plausible.Cldr.AcceptLanguage.parse("da,zh-TW;q=0.3,invalid_tag")
-{:ok,
- [
- {1.0,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.AcceptLanguage.parse("da,zh-TW;q=0.3,invalid_tag")
+{:ok,
+ [
+ {1.0,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "da",
cldr_locale_name: :da,
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "da",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :da,
requested_locale_name: "da",
script: :Latn,
territory: :DK,
- transform: %{},
- language_variants: []
- }},
- {0.3,
- %Cldr.LanguageTag{
+ transform: %{},
+ language_variants: []
+ }},
+ {0.3,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }},
- {:error,
- {Cldr.LanguageTag.ParseError,
- "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
- ]}
+ transform: %{},
+ language_variants: []
+ }},
+ {:error,
+ {Cldr.LanguageTag.ParseError,
+ "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
+ ]}iex> Plausible.Cldr.AcceptLanguage.parse!("da,zh-TW;q=0.3")
-[
- {1.0,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.AcceptLanguage.parse!("da,zh-TW;q=0.3")
+[
+ {1.0,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "da",
cldr_locale_name: :da,
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "da",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :da,
requested_locale_name: "da",
script: :Latn,
territory: :DK,
- transform: %{},
- language_variants: []
- }},
- {0.3,
- %Cldr.LanguageTag{
+ transform: %{},
+ language_variants: []
+ }},
+ {0.3,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }}
-]
+ transform: %{},
+ language_variants: []
+ }}
+]
Plausible.Cldr.AcceptLanguage.parse! "invalid_tag"
** (Cldr.AcceptLanguageError) "Expected a BCP47 language tag. Could not parse the remaining "g" starting at position 11
(ex_cldr) lib/cldr/accept_language.ex:304: Cldr.AcceptLanguage.parse!/1
-iex> Plausible.Cldr.AcceptLanguage.parse!("da,zh-TW;q=0.3,invalid_tag")
-[
- {1.0,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.AcceptLanguage.parse!("da,zh-TW;q=0.3,invalid_tag")
+[
+ {1.0,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "da",
cldr_locale_name: :da,
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "da",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :da,
requested_locale_name: "da",
script: :Latn,
territory: :DK,
- transform: %{},
- language_variants: []
- }},
- {0.3,
- %Cldr.LanguageTag{
+ transform: %{},
+ language_variants: []
+ }},
+ {0.3,
+ %Cldr.LanguageTag{
backend: TestBackend.Cldr,
canonical_locale_name: "zh-TW",
cldr_locale_name: :"zh-Hant",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: nil,
language: "zh",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :"zh-Hant",
requested_locale_name: "zh-TW",
script: :Hant,
territory: :TW,
- transform: %{},
- language_variants: []
- }},
- {:error,
- {Cldr.LanguageTag.ParseError,
- "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
-]
+ transform: %{},
+ language_variants: []
+ }},
+ {:error,
+ {Cldr.LanguageTag.ParseError,
+ "Expected a BCP47 language tag. Could not parse the remaining \"g\" starting at position 11"}}
+]:all. See FJD: %Cldr.Currency{
+ %{ FJD: %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "FJD",
- count: %{one: "Fijian dollar", other: "Fijian dollars"},
+ count: %{one: "Fijian dollar", other: "Fijian dollars"},
digits: 2,
from: nil,
iso_digits: 2,
@@ -404,12 +404,12 @@ The default is :all. See symbol: "FJD",
tender: true,
to: nil
- },
- SUR: %Cldr.Currency{
+ },
+ SUR: %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "SUR",
- count: %{one: "Soviet rouble", other: "Soviet roubles"},
+ count: %{one: "Soviet rouble", other: "Soviet roubles"},
digits: 2,
from: nil,
iso_digits: nil,
@@ -419,7 +419,7 @@ The default is :all. See symbol: "SUR",
tender: true,
to: nil
- },
+ },
...
}}:all. See FJD: %Cldr.Currency{
+ => %{FJD: %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "FJD",
- count: %{one: "Fijian dollar", other: "Fijian dollars"},
+ count: %{one: "Fijian dollar", other: "Fijian dollars"},
digits: 2,
from: nil,
iso_digits: 2,
@@ -484,12 +484,12 @@ The default is :all. See symbol: "FJD",
tender: true,
to: nil
-},
-SUR: %Cldr.Currency{
+},
+SUR: %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "SUR",
- count: %{one: "Soviet rouble", other: "Soviet roubles"},
+ count: %{one: "Soviet rouble", other: "Soviet roubles"},
digits: 2,
from: nil,
iso_digits: nil,
@@ -499,7 +499,7 @@ The default is :all. See symbol: "SUR",
tender: true,
to: nil
-},
+},
...}
@@ -557,13 +557,13 @@ or a
-iex> Plausible.Cldr.Currency.currency_for_code("AUD")
-{:ok,
- %Cldr.Currency{
+iex> Plausible.Cldr.Currency.currency_for_code("AUD")
+{:ok,
+ %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "AUD",
- count: %{one: "Australian dollar", other: "Australian dollars"},
+ count: %{one: "Australian dollar", other: "Australian dollars"},
digits: 2,
iso_digits: 2,
name: "Australian Dollar",
@@ -571,15 +571,15 @@ or a rounding: 0,
symbol: "A$",
tender: true
-}}
+}}
-iex> Plausible.Cldr.Currency.currency_for_code("THB")
-{:ok,
- %Cldr.Currency{
+iex> Plausible.Cldr.Currency.currency_for_code("THB")
+{:ok,
+ %Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "THB",
- count: %{one: "Thai baht", other: "Thai baht"},
+ count: %{one: "Thai baht", other: "Thai baht"},
digits: 2,
iso_digits: 2,
name: "Thai Baht",
@@ -587,7 +587,7 @@ or a rounding: 0,
symbol: "THB",
tender: true
-}}
+}}
@@ -646,12 +646,12 @@ or a
-iex> Plausible.Cldr.Currency.currency_for_code!("AUD")
-%Cldr.Currency{
+iex> Plausible.Cldr.Currency.currency_for_code!("AUD")
+%Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "AUD",
- count: %{one: "Australian dollar", other: "Australian dollars"},
+ count: %{one: "Australian dollar", other: "Australian dollars"},
digits: 2,
iso_digits: 2,
name: "Australian Dollar",
@@ -659,14 +659,14 @@ or a rounding: 0,
symbol: "A$",
tender: true
-}
+}
-iex> Plausible.Cldr.Currency.currency_for_code!("THB")
-%Cldr.Currency{
+iex> Plausible.Cldr.Currency.currency_for_code!("THB")
+%Cldr.Currency{
cash_digits: 2,
cash_rounding: 0,
code: "THB",
- count: %{one: "Thai baht", other: "Thai baht"},
+ count: %{one: "Thai baht", other: "Thai baht"},
digits: 2,
iso_digits: 2,
name: "Thai Baht",
@@ -674,7 +674,7 @@ or a rounding: 0,
symbol: "THB",
tender: true
-}
+}
@@ -715,11 +715,11 @@ or a
-iex> {:ok, locale} = Plausible.Cldr.validate_locale "en"
+iex> {:ok, locale} = Plausible.Cldr.validate_locale "en"
iex> Plausible.Cldr.Currency.currency_from_locale locale
:USD
-iex> {:ok, locale} = Plausible.Cldr.validate_locale "en-AU"
+iex> {:ok, locale} = Plausible.Cldr.validate_locale "en-AU"
iex> Plausible.Cldr.Currency.currency_from_locale locale
:AUD
@@ -768,13 +768,13 @@ or a
iex> MyApp.Cldr.Currency.currency_history_for_locale "en"
-{:ok,
- %{
- USD: %{from: ~D[1792-01-01], to: nil},
- USN: %{tender: false},
- USS: %{from: nil, tender: false, to: ~D[2014-03-01]}
- }
-}
+{:ok,
+ %{
+ USD: %{from: ~D[1792-01-01], to: nil},
+ USN: %{tender: false},
+ USS: %{from: nil, tender: false, to: ~D[2014-03-01]}
+ }
+}
@@ -834,8 +834,8 @@ The default is :all. See MyApp.Cldr.Currency.currency_strings "en"
-=> {:ok,
- %{
+=> {:ok,
+ %{
"mexican silver pesos" => :MXP,
"sudanese dinar" => :SDD,
"bad" => :BAD,
@@ -845,7 +845,7 @@ The default is :all. See "guyanaese dollars" => :GYD,
"equatorial guinean ekwele" => :GQE,
...
- }}
+ }}
:all. See MyApp.Cldr.Currency.currency_strings! "en"
-=> %{
+=> %{
"mexican silver pesos" => :MXP,
"sudanese dinar" => :SDD,
"bad" => :BAD,
@@ -915,7 +915,7 @@ The default is :all. See "guyanaese dollars" => :GYD,
"equatorial guinean ekwele" => :GQE,
...
- }
+ iex> Plausible.Cldr.Currency.current_territory_currencies()0.05. Optional.iex> Plausible.Cldr.Currency.new(:XAE, name: "Custom Name", digits: 0)
+{:ok,
+ %Cldr.Currency{
alt_code: :XAE,
cash_digits: 0,
cash_rounding: nil,
code: :XAE,
- count: %{other: "Custom Name"},
+ count: %{other: "Custom Name"},
digits: 0,
from: nil,
iso_digits: 0,
@@ -1264,11 +1264,11 @@ such as 0.05. Optional.symbol
: "XAE",
tender: false,
to: nil
- }}
-iex> MyApp.Cldr.Currency.new(:XAH, name: "Custom Name")
-{:error, "Required options are missing. Required options are [:name, :digits]"}
-iex> Plausible.Cldr.Currency.new(:XAE, name: "XAE", digits: 0)
-{:error, {Cldr.CurrencyAlreadyDefined, "Currency :XAE is already defined."}}Plaus
iex> Plausible.Cldr.Currency.pluralize 1, :USD
-{:ok, "US dollar"}
+{:ok, "US dollar"}
iex> Plausible.Cldr.Currency.pluralize 3, :USD
-{:ok, "US dollars"}
+{:ok, "US dollars"}
iex> Plausible.Cldr.Currency.pluralize 12, :USD, locale: "zh"
-{:ok, "美元"}
+{:ok, "美元"}
iex> Plausible.Cldr.Currency.pluralize 12, :USD, locale: "fr"
-{:ok, "dollars des États-Unis"}
+{:ok, "dollars des États-Unis"}
iex> Plausible.Cldr.Currency.pluralize 1, :USD, locale: "fr"
-{:ok, "dollar des États-Unis"}
iex> MyApp.Cldr.Currency.strings_for_currency :AUD, "en"
-["a$", "australian dollars", "aud", "australian dollar"]
+["a$", "australian dollars", "aud", "australian dollar"]
iex> Plausible.Cldr.Locale.fallback_locale_names(:"fr-CA")
+{:ok, [:"fr-CA", :fr, :und]}
# Fallbacks are typically formed by progressively
# stripping variant, territory and script from the
# given locale name. But not always - there are
# certain fallbacks that take a different path.
-iex> Plausible.Cldr.Locale.fallback_locale_names(:nb)
-{:ok, [:nb, :no, :und]}Plausible.Cldr.Locale.fallback_locales(:"fr-CA")
+=> {:ok,
+ [#Cldr.LanguageTag<fr-CA [validated]>, #Cldr.LanguageTag<fr [validated]>,
+ #Cldr.LanguageTag<und [validated]>]}
# Fallbacks are typically formed by progressively
# stripping variant, territory and script from the
# given locale name. But not always - there are
# certain fallbacks that take a different path.
-Plausible.Cldr.Locale.fallback_locales(:nb))
-=> {:ok,
- [#Cldr.LanguageTag<nb [validated]>, #Cldr.LanguageTag<no [validated]>,
- #Cldr.LanguageTag<und [validated]>]}iex> Cldr.Locale.territory_from_host("a.b.com.au")
+{:ok, :AU}
-iex> Cldr.Locale.territory_from_host("a.b.com")
-{:error,
- {Cldr.UnknownLocaleError, "No locale was identified for territory \"com\""}}:zero, iex> Plausible.Cldr.Number.Cardinal.pluralize 1, "en", %{one: "one"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 1, "en", %{one: "one"}
"one"
-iex> Plausible.Cldr.Number.Cardinal.pluralize 2, "en", %{one: "one"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 2, "en", %{one: "one"}
nil
-iex> Plausible.Cldr.Number.Cardinal.pluralize 2, "en", %{one: "one", two: "two", other: "other"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 2, "en", %{one: "one", two: "two", other: "other"}
"other"
-iex> Plausible.Cldr.Number.Cardinal.pluralize 22, "en", %{one: "one", two: "two", other: "other"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 22, "en", %{one: "one", two: "two", other: "other"}
"other"
-iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(1), "en", %{one: "one"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(1), "en", %{one: "one"}
"one"
-iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(2), "en", %{one: "one"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(2), "en", %{one: "one"}
nil
-iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(2), "en", %{one: "one", two: "two"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize Decimal.new(2), "en", %{one: "one", two: "two"}
nil
-iex> Plausible.Cldr.Number.Cardinal.pluralize 1..10, "ar", %{one: "one", few: "few", other: "other"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 1..10, "ar", %{one: "one", few: "few", other: "other"}
"few"
-iex> Plausible.Cldr.Number.Cardinal.pluralize 1..10, "en", %{one: "one", few: "few", other: "other"}
+iex> Plausible.Cldr.Number.Cardinal.pluralize 1..10, "en", %{one: "one", few: "few", other: "other"}
"other"
iex> Plausible.Cldr.Number.Format.decimal_format_list_for(:en)
-{:ok, ["#,##0%", "#,##0.###", "#,##0.00", "#,##0.00;(#,##0.00)","#E0",
+iex> Plausible.Cldr.Number.Format.decimal_format_list_for(:en)
+{:ok, ["#,##0%", "#,##0.###", "#,##0.00", "#,##0.00;(#,##0.00)","#E0",
"0 billion", "0 million", "0 thousand",
"0 trillion", "00 billion", "00 million", "00 thousand", "00 trillion",
"000 billion", "000 million", "000 thousand", "000 trillion", "000B", "000K",
@@ -506,7 +506,7 @@ the known formats at compile time. Its use is not otherwise recommended."¤#,##0.00", "¤#,##0.00;(¤#,##0.00)", "¤000B", "¤000K", "¤000M",
"¤000T", "¤00B", "¤00K", "¤00M", "¤00T", "¤0B", "¤0K", "¤0M", "¤0T",
"¤ #,##0.00", "¤ #,##0.00;(¤ #,##0.00)", "¤ 000B", "¤ 000K", "¤ 000M",
- "¤ 000T", "¤ 00B", "¤ 00K", "¤ 00M", "¤ 00T", "¤ 0B", "¤ 0K", "¤ 0M", "¤ 0T"]}
+ "¤ 000T", "¤ 00B", "¤ 00K", "¤ 00M", "¤ 00T", "¤ 0B", "¤ 0K", "¤ 0M", "¤ 0T"]}Plausible.Cld
Examples
iex> Plausible.Cldr.Number.Format.default_grouping_for(:en)
-{:ok, %{fraction: %{first: 0, rest: 0}, integer: %{first: 3, rest: 3}}}iex> Plausible.Cldr.Number.Format.default_grouping_for(:en)
+{:ok, %{fraction: %{first: 0, rest: 0}, integer: %{first: 3, rest: 3}}}Plausible.Cld
Examples
iex> Plausible.Cldr.Number.Format.default_grouping_for!(:en)
-%{fraction: %{first: 0, rest: 0}, integer: %{first: 3, rest: 3}}iex> Plausible.Cldr.Number.Format.default_grouping_for!(:en)
+%{fraction: %{first: 0, rest: 0}, integer: %{first: 3, rest: 3}}percent: "#,##0 %",
scientific: "#E0",
standard: "#,##0.###"
- currency_short: [{"1000", [one: "0 k ¤", other: "0 k ¤"]},
- {"10000", [one: "00 k ¤", other: "00 k ¤"]},
- {"100000", [one: "000 k ¤", other: "000 k ¤"]},
- {"1000000", [one: "0 M ¤", other: "0 M ¤"]},
- {"10000000", [one: "00 M ¤", other: "00 M ¤"]},
- {"100000000", [one: "000 M ¤", other: "000 M ¤"]},
- {"1000000000", [one: "0 Md ¤", other: "0 Md ¤"]},
- {"10000000000", [one: "00 Md ¤", other: "00 Md ¤"]},
- {"100000000000", [one: "000 Md ¤", other: "000 Md ¤"]},
- {"1000000000000", [one: "0 Bn ¤", other: "0 Bn ¤"]},
- {"10000000000000", [one: "00 Bn ¤", other: "00 Bn ¤"]},
- {"100000000000000", [one: "000 Bn ¤", other: "000 Bn ¤"]}],
+ currency_short: [{"1000", [one: "0 k ¤", other: "0 k ¤"]},
+ {"10000", [one: "00 k ¤", other: "00 k ¤"]},
+ {"100000", [one: "000 k ¤", other: "000 k ¤"]},
+ {"1000000", [one: "0 M ¤", other: "0 M ¤"]},
+ {"10000000", [one: "00 M ¤", other: "00 M ¤"]},
+ {"100000000", [one: "000 M ¤", other: "000 M ¤"]},
+ {"1000000000", [one: "0 Md ¤", other: "0 Md ¤"]},
+ {"10000000000", [one: "00 Md ¤", other: "00 Md ¤"]},
+ {"100000000000", [one: "000 Md ¤", other: "000 Md ¤"]},
+ {"1000000000000", [one: "0 Bn ¤", other: "0 Bn ¤"]},
+ {"10000000000000", [one: "00 Bn ¤", other: "00 Bn ¤"]},
+ {"100000000000000", [one: "000 Bn ¤", other: "000 Bn ¤"]}],
...
}
Plausible.Cld
Examples
-iex> Plausible.Cldr.Number.Format.minimum_grouping_digits_for("en")
-{:ok, 1}iex> Plausible.Cldr.Number.Format.minimum_grouping_digits_for("en")
+{:ok, 1}Plausible.Cld
Examples
-iex> Plausible.Cldr.Number.Format.minimum_grouping_digits_for!("en")
+iex> Plausible.Cldr.Number.Format.minimum_grouping_digits_for!("en")
1
:zero, iex> Plausible.Cldr.Number.Ordinal.pluralize 1, :en, %{one: "one"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 1, :en, %{one: "one"}
"one"
-iex> Plausible.Cldr.Number.Ordinal.pluralize 2, :en, %{one: "one"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 2, :en, %{one: "one"}
nil
-iex> Plausible.Cldr.Number.Ordinal.pluralize 2, :en, %{one: "one", two: "two"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 2, :en, %{one: "one", two: "two"}
"two"
-iex> Plausible.Cldr.Number.Ordinal.pluralize 22, :en, %{one: "one", two: "two", other: "other"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 22, :en, %{one: "one", two: "two", other: "other"}
"two"
-iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(1), :en, %{one: "one"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(1), :en, %{one: "one"}
"one"
-iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(2), :en, %{one: "one"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(2), :en, %{one: "one"}
nil
-iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(2), :en, %{one: "one", two: "two"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize Decimal.new(2), :en, %{one: "one", two: "two"}
"two"
-iex> Plausible.Cldr.Number.Ordinal.pluralize 1..10, "ar", %{one: "one", few: "few", other: "other"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 1..10, "ar", %{one: "one", few: "few", other: "other"}
"other"
-iex> Plausible.Cldr.Number.Ordinal.pluralize 1..10, "en", %{one: "one", few: "few", other: "other"}
+iex> Plausible.Cldr.Number.Ordinal.pluralize 1..10, "en", %{one: "one", few: "few", other: "other"}
"other"
diff --git a/Plausible.Cldr.Number.Symbol.html b/Plausible.Cldr.Number.Symbol.html
index 5c566bb55..3cdcd49d5 100644
--- a/Plausible.Cldr.Number.Symbol.html
+++ b/Plausible.Cldr.Number.Symbol.html
@@ -349,9 +349,9 @@ is Plausible.Cld
Example:
-iex> Plausible.Cldr.Number.Symbol.number_symbols_for(:th)
-{:ok, %{
- latn: %Cldr.Number.Symbol{
+iex> Plausible.Cldr.Number.Symbol.number_symbols_for(:th)
+{:ok, %{
+ latn: %Cldr.Number.Symbol{
decimal: ".",
exponential: "E",
group: ",",
@@ -364,8 +364,8 @@ is Plausible.Cld
plus_sign: "+",
superscripting_exponent: "×",
time_separator: ":"
- },
- thai: %Cldr.Number.Symbol{
+ },
+ thai: %Cldr.Number.Symbol{
decimal: ".",
exponential: "E",
group: ",",
@@ -378,8 +378,8 @@ is Plausible.Cld
plus_sign: "+",
superscripting_exponent: "×",
time_separator: ":"
- }
- }}
+ }
+ }}
diff --git a/Plausible.Cldr.Number.System.html b/Plausible.Cldr.Number.System.html
index d6e41a44f..827956cb2 100644
--- a/Plausible.Cldr.Number.System.html
+++ b/Plausible.Cldr.Number.System.html
@@ -288,23 +288,23 @@ it is returned as is.iex> Plausible.Cldr.Number.System.number_system_for "th", :latn
-{:ok, %{digits: "0123456789", type: :numeric}}
+{:ok, %{digits: "0123456789", type: :numeric}}
iex> Plausible.Cldr.Number.System.number_system_for "en", :default
-{:ok, %{digits: "0123456789", type: :numeric}}
+{:ok, %{digits: "0123456789", type: :numeric}}
iex> Plausible.Cldr.Number.System.number_system_for "he", :traditional
-{:ok, %{rules: "hebrew", type: :algorithmic}}
+{:ok, %{rules: "hebrew", type: :algorithmic}}
iex> Plausible.Cldr.Number.System.number_system_for "en", :native
-{:ok, %{digits: "0123456789", type: :numeric}}
+{:ok, %{digits: "0123456789", type: :numeric}}
iex> Plausible.Cldr.Number.System.number_system_for "en", :finance
-{
+{
:error,
- {Cldr.UnknownNumberSystemError,
- "The number system :finance is unknown for the locale named :en. Valid number systems are %{default: :latn, native: :latn}"}
-}
+ {Cldr.UnknownNumberSystemError,
+ "The number system :finance is unknown for the locale named :en. Valid number systems are %{default: :latn, native: :latn}"}
+}
iex> Plausible.Cldr.Number.System.number_system_names_for "en"
-{:ok, [:latn]}
+{:ok, [:latn]}
iex> Plausible.Cldr.Number.System.number_system_names_for "zz"
-{:error, {Cldr.InvalidLanguageError, "The language \"zz\" is invalid"}}
+{:error, {Cldr.InvalidLanguageError, "The language \"zz\" is invalid"}}
iex> Plausible.Cldr.Number.System.number_systems_for "en"
-{:ok, %{default: :latn, native: :latn}}
+{:ok, %{default: :latn, native: :latn}}
iex> Plausible.Cldr.Number.System.number_systems_for "th"
-{:ok, %{default: :latn, native: :thai}}
+{:ok, %{default: :latn, native: :thai}}
iex> Plausible.Cldr.Number.System.number_systems_for "zz"
-{:error, {Cldr.InvalidLanguageError, "The language \"zz\" is invalid"}}
+{:error, {Cldr.InvalidLanguageError, "The language \"zz\" is invalid"}}
ex> Plausible.Cldr.Number.System.system_name_from(:default, "en")
+{:ok, :latn}
-iex> Plausible.Cldr.Number.System.system_name_from("latn", "en")
-{:ok, :latn}
+iex> Plausible.Cldr.Number.System.system_name_from("latn", "en")
+{:ok, :latn}
-iex> Plausible.Cldr.Number.System.system_name_from(:native, "en")
-{:ok, :latn}
+iex> Plausible.Cldr.Number.System.system_name_from(:native, "en")
+{:ok, :latn}
-iex> Plausible.Cldr.Number.System.system_name_from(:nope, "en")
-{
+iex> Plausible.Cldr.Number.System.system_name_from(:nope, "en")
+{
:error,
- {Cldr.UnknownNumberSystemError, "The number system :nope is unknown"}
-}Note that return value is not guaranteed to be a valid +
{Cldr.UnknownNumberSystemError, "The number system :nope is unknown"} +}Note that return value is not guaranteed to be a valid number system for the given locale as demonstrated in the third example.
To configure these transliteration pairs, add the to the use Cldr configuration
-in a backend module:
defmodule MyApp.Cldr do
+in a backend module:defmodule MyApp.Cldr do
use Cldr,
- locale: ["en", "fr", "th"],
+ locale: ["en", "fr", "th"],
default_locale: "en",
- precompile_transliterations: [{:latn, :thai}, {:arab, :thai}]
-end
Where each tuple in the list configures one transliteration map. In this example, two maps are
+
precompile_transliterations: [{:latn, :thai}, {:arab, :thai}]
+endWhere each tuple in the list configures one transliteration map. In this example, two maps are
configured: from :latn to :thai and from :arab to :thai.
A list of configurable number systems is returned by Cldr.Number.System.systems_with_digits/0.
If a transliteration is requested between two number pairs that have not been configured for precompilation, a warning is logged.
iex> Plausible.Cldr.Number.Transliterate.transliterate("123556")
+iex> Plausible.Cldr.Number.Transliterate.transliterate("123556")
"123556"
-iex> Plausible.Cldr.Number.Transliterate.transliterate("123,556.000", "fr", :default)
+iex> Plausible.Cldr.Number.Transliterate.transliterate("123,556.000", "fr", :default)
"123 556,000"
-iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", :default)
+iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", :default)
"123556"
-iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", "thai")
+iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", "thai")
"๑๒๓๕๕๖"
-iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", :native)
+iex> Plausible.Cldr.Number.Transliterate.transliterate("123556", "th", :native)
"๑๒๓๕๕๖"
-iex> Plausible.Cldr.Number.Transliterate.transliterate("Some number is: 123556", "th", "thai")
+iex> Plausible.Cldr.Number.Transliterate.transliterate("Some number is: 123556", "th", "thai")
"Some number is: ๑๒๓๕๕๖"
diff --git a/Plausible.Cldr.Number.html b/Plausible.Cldr.Number.html
index 5e9c888b6..cd1f83d2e 100644
--- a/Plausible.Cldr.Number.html
+++ b/Plausible.Cldr.Number.html
@@ -412,19 +412,19 @@ using the Elixir standard library functions.
-iex> Plausible.Cldr.Number.parse("＋1.000,34", locale: "de")
-{:ok, 1000.34}
+iex> Plausible.Cldr.Number.parse("＋1.000,34", locale: "de")
+{:ok, 1000.34}
-iex> Plausible.Cldr.Number.parse("-1_000_000.34")
-{:ok, -1000000.34}
+iex> Plausible.Cldr.Number.parse("-1_000_000.34")
+{:ok, -1000000.34}
-iex> Plausible.Cldr.Number.parse("1.000", locale: "de", number: :integer)
-{:ok, 1000}
+iex> Plausible.Cldr.Number.parse("1.000", locale: "de", number: :integer)
+{:ok, 1000}
-iex> Plausible.Cldr.Number.parse("＋1.000,34", locale: "de", number: :integer)
-{:error,
- {Cldr.Number.ParseError,
- "The string \"＋1.000,34\" could not be parsed as a number"}}
+iex> Plausible.Cldr.Number.parse("＋1.000,34", locale: "de", number: :integer)
+{:error,
+ {Cldr.Number.ParseError,
+ "The string \"＋1.000,34\" could not be parsed as a number"}}
@@ -496,17 +496,17 @@ financial instruments.
-iex> Plausible.Cldr.Number.scan("100 US dollars")
+iex> Plausible.Cldr.Number.scan("100 US dollars")
...> |> Plausible.Cldr.Number.resolve_currencies
-[100, :USD]
+[100, :USD]
-iex> Plausible.Cldr.Number.scan("100 eurosports")
-...> |> Plausible.Cldr.Number.resolve_currencies(fuzzy: 0.75)
-[100, :EUR]
+iex> Plausible.Cldr.Number.scan("100 eurosports")
+...> |> Plausible.Cldr.Number.resolve_currencies(fuzzy: 0.75)
+[100, :EUR]
-iex> Plausible.Cldr.Number.scan("100 dollars des États-Unis")
-...> |> Plausible.Cldr.Number.resolve_currencies(locale: "fr")
-[100, :USD]
+iex> Plausible.Cldr.Number.scan("100 dollars des États-Unis")
+...> |> Plausible.Cldr.Number.resolve_currencies(locale: "fr")
+[100, :USD]
@@ -583,19 +583,19 @@ financial instruments.iex> Plausible.Cldr.Number.resolve_currency("US dollars")
-[:USD]
+iex> Plausible.Cldr.Number.resolve_currency("US dollars")
+[:USD]
-iex> Plausible.Cldr.Number.resolve_currency("100 eurosports", fuzzy: 0.75)
-[:EUR]
+iex> Plausible.Cldr.Number.resolve_currency("100 eurosports", fuzzy: 0.75)
+[:EUR]
-iex> Plausible.Cldr.Number.resolve_currency("dollars des États-Unis", locale: "fr")
-[:USD]
+iex> Plausible.Cldr.Number.resolve_currency("dollars des États-Unis", locale: "fr")
+[:USD]
-iex> Plausible.Cldr.Number.resolve_currency("not a known currency", locale: "fr")
-{:error,
- {Cldr.UnknownCurrencyError,
- "The currency \"not a known currency\" is unknown or not supported"}}
+iex> Plausible.Cldr.Number.resolve_currency("not a known currency", locale: "fr")
+{:error,
+ {Cldr.UnknownCurrencyError,
+ "The currency \"not a known currency\" is unknown or not supported"}}
options[:backend].get_locale()
iex> Plausible.Cldr.Number.resolve_per "11%"
-["11", :percent]
+["11", :percent]
iex> Plausible.Cldr.Number.resolve_per "% of linguists"
-[:percent, " of linguists"]
+[:percent, " of linguists"]
iex> Plausible.Cldr.Number.resolve_per "% of linguists %"
-[:percent, " of linguists ", :percent]options[:backend].get_locale()
-iex> Plausible.Cldr.Number.scan("100%")
-...> |> Plausible.Cldr.Number.resolve_pers()
-[100, :percent]iex> Plausible.Cldr.Number.scan("100%")
+...> |> Plausible.Cldr.Number.resolve_pers()
+[100, :percent]iex> Plausible.Cldr.Number.scan("£1_000_000.34")
+["£", 1000000.34]
-iex> Plausible.Cldr.Number.scan("I want £1_000_000 dollars")
-["I want £", 1000000, " dollars"]
+iex> Plausible.Cldr.Number.scan("I want £1_000_000 dollars")
+["I want £", 1000000, " dollars"]
-iex> Plausible.Cldr.Number.scan("The prize is 23")
-["The prize is ", 23]
+iex> Plausible.Cldr.Number.scan("The prize is 23")
+["The prize is ", 23]
-iex> Plausible.Cldr.Number.scan("The lottery number is 23 for the next draw")
-["The lottery number is ", 23, " for the next draw"]
+iex> Plausible.Cldr.Number.scan("The lottery number is 23 for the next draw")
+["The lottery number is ", 23, " for the next draw"]
-iex> Plausible.Cldr.Number.scan("The loss is -1.000 euros", locale: "de", number: :integer)
-["The loss is ", -1000, " euros"]iex> Plausible.Cldr.Number.to_range_string 1234..5678
-{:ok, "1,234–5,678"}iex> Cldr.Number.to_string(100, format: :currency, currency: :USD, wrapper: fn
...> string, :currency_symbol -> "<span class=\"symbol\">" <> string <> "</span>"
...> string, :number -> "<span class=\"number\">" <> string <> "</span>"
...> string, :currency_space -> "<span>" <> string <> "</span>"
...> string, _other -> string
-...> end)
-{:ok, "<span class=\"symbol\">$</span><span class=\"number\">100.00</span>"}It is also possible and recommended to use the Phoenix.HTML.Tag.content_tag/3
+
It is also possible and recommended to use the Phoenix.HTML.Tag.content_tag/3
function if wrapping HTML tags since these will ensure HTML entities are
-correctly encoded. For example:
iex> Cldr.Number.to_string(100, format: :currency, currency: :USD, wrapper: fn
-...> string, :currency_symbol -> Phoenix.HTML.Tag.content_tag(:span, string, class: "symbol")
-...> string, :number -> Phoenix.HTML.Tag.content_tag(:span, string, class: "number")
-...> string, :currency_space -> Phoenix.HTML.Tag.content_tag(:span, string)
+correctly encoded. For example:iex> Cldr.Number.to_string(100, format: :currency, currency: :USD, wrapper: fn
+...> string, :currency_symbol -> Phoenix.HTML.Tag.content_tag(:span, string, class: "symbol")
+...> string, :number -> Phoenix.HTML.Tag.content_tag(:span, string, class: "number")
+...> string, :currency_space -> Phoenix.HTML.Tag.content_tag(:span, string)
...> string, _other -> string
-...> end)
-{:ok, "<span class=\"symbol\">$</span><span class=\"number\">100.00</span>"}
When formatting a number the format is parsed into format elements that might include
+
...> end)
+{:ok, "<span class=\"symbol\">$</span><span class=\"number\">100.00</span>"}When formatting a number the format is parsed into format elements that might include a currency symbol, a literal string, inserted text between a currency symbol and the currency amount, a percent sign, the number itself and several other elements. In some cases it is helpful to be apply specific formatting to each element. @@ -1139,80 +1139,80 @@ inserted in the final formatted number.
An error tuple {:error, reason} will be returned if an error is detected.
-The two most likely causes of an error return are:
iex> Plausible.Cldr.Number.to_string(12345, format: "0#")
- {:error, {Cldr.FormatCompileError,
- "Decimal format compiler: syntax error before: \"#\""}}locale and
+The two most likely causes of an error return are: iex> Plausible.Cldr.Number.to_string(12345, format: "0#")
+ {:error, {Cldr.FormatCompileError,
+ "Decimal format compiler: syntax error before: \"#\""}}locale and
number_system. This happens typically when the number system is
:algorithmic rather than the more common :numeric. In this case the error
-return looks like: iex> Plausible.Cldr.Number.to_string(1234, locale: "he", number_system: "hebr")
- {:error, {Cldr.UnknownFormatError,
- "The locale :he with number system :hebr does not define a format :standard"}} iex> Plausible.Cldr.Number.to_string(1234, locale: "he", number_system: "hebr")
+ {:error, {Cldr.UnknownFormatError,
+ "The locale :he with number system :hebr does not define a format :standard"}}Functions to implement the number system rule-based-number-format rules of CLDR.
These rules are defined only on the "und" locale and represent specialised number formatting.
The standard public API for RBNF is via the Cldr.Number.to_string/2 function.
The functions on this module are defined at compile time based upon the RBNF rules -defined in the Unicode CLDR data repository. Available rules are identified by:
iex> Plausible.Cldr.Rbnf.NumberSystem.rule_sets(:und)
-...> |> Enum.sort()
-[
+defined in the Unicode CLDR data repository. Available rules are identified by:iex> Plausible.Cldr.Rbnf.NumberSystem.rule_sets(:und)
+...> |> Enum.sort()
+[
:armenian_lower,
:armenian_upper,
:cyrillic_lower,
@@ -132,9 +132,9 @@ defined in the Unicode CLDR data repository. Available rules are identified by:
:roman_upper,
:tamil,
:zz_default
-]
A rule can then be invoked on an available rule_set. For example
iex> Plausible.Cldr.Rbnf.NumberSystem.roman_upper(123, :und)
-"CXXIII"
This particular call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :roman)
-{:ok, "CXXIII"}
+]A rule can then be invoked on an available rule_set. For example
iex> Plausible.Cldr.Rbnf.NumberSystem.roman_upper(123, :und)
+"CXXIII"This particular call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :roman)
+{:ok, "CXXIII"}Functions to implement the ordinal rule-based-number-format rules of CLDR.
As CLDR notes, the data is incomplete or non-existent for many languages. It is considered complete for English however.
The standard public API for RBNF is via the Cldr.Number.to_string/2 function.
The functions on this module are defined at compile time based upon the RBNF rules -defined in the Unicode CLDR data repository. Available rules are identified by:
iex> Plausible.Cldr.Rbnf.Ordinal.rule_sets(:en)
-[:digits_ordinal]
+defined in the Unicode CLDR data repository. Available rules are identified by:iex> Plausible.Cldr.Rbnf.Ordinal.rule_sets(:en)
+[:digits_ordinal]
-iex> Plausible.Cldr.Rbnf.Ordinal.rule_sets("fr")
-...> |> Enum.sort()
-[
+iex> Plausible.Cldr.Rbnf.Ordinal.rule_sets("fr")
+...> |> Enum.sort()
+[
:digits_ordinal,
:digits_ordinal_feminine,
:digits_ordinal_feminine_plural,
:digits_ordinal_masculine,
:digits_ordinal_masculine_plural
-]
A rule can then be invoked on an available rule_set. For example
iex> Plausible.Cldr.Rbnf.Ordinal.digits_ordinal(123, :en)
-"123rd"
This call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :ordinal)
-{:ok, "123rd"}
+]A rule can then be invoked on an available rule_set. For example
iex> Plausible.Cldr.Rbnf.Ordinal.digits_ordinal(123, :en)
+"123rd"This call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :ordinal)
+{:ok, "123rd"}Functions to implement the spellout rule-based-number-format rules of CLDR.
As CLDR notes, the data is incomplete or non-existent for many languages. It is considered complete for English however.
The standard public API for RBNF is via the Cldr.Number.to_string/2 function.
The functions on this module are defined at compile time based upon the RBNF rules -defined in the Unicode CLDR data repository. Available rules are identified by:
iex> Plausible.Cldr.Rbnf.Spellout.rule_sets("en")
-...> |> Enum.sort()
-[
+defined in the Unicode CLDR data repository. Available rules are identified by:iex> Plausible.Cldr.Rbnf.Spellout.rule_sets("en")
+...> |> Enum.sort()
+[
:spellout_cardinal,
:spellout_cardinal_verbose,
:spellout_numbering,
@@ -126,9 +126,9 @@ defined in the Unicode CLDR data repository. Available rules are identified by:
:spellout_numbering_year,
:spellout_ordinal,
:spellout_ordinal_verbose
-]
A rule can then be invoked on an available rule_set. For example:
iex> Plausible.Cldr.Rbnf.Spellout.spellout_ordinal(123, "en")
-"one hundred twenty-third"
This call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :spellout)
-{:ok, "one hundred twenty-three"}
+]A rule can then be invoked on an available rule_set. For example:
iex> Plausible.Cldr.Rbnf.Spellout.spellout_ordinal(123, "en")
+"one hundred twenty-third"This call is equivalent to the call through the public API of:
iex> Plausible.Cldr.Number.to_string(123, format: :spellout)
+{:ok, "one hundred twenty-three"}iex> Plausible.Cldr.default_locale()
-%Cldr.LanguageTag{
+iex> Plausible.Cldr.default_locale()
+%Cldr.LanguageTag{
backend: Plausible.Cldr,
canonical_locale_name: "en-001",
cldr_locale_name: :"en-001",
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: "en",
language: "en",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :en,
requested_locale_name: "en-001",
script: :Latn,
territory: :"001",
- transform: %{},
- language_variants: []
-}
+ transform: %{},
+ language_variants: []
+}iex> Plausible.Cldr.default_territory()
:"001"iex> Plausible.Cldr.ellipsis "And furthermore"
"And furthermore…"
-iex> Plausible.Cldr.ellipsis ["And furthermore", "there is much to be done"], locale: :ja
+iex> Plausible.Cldr.ellipsis ["And furthermore", "there is much to be done"], locale: :ja
"And furthermore…there is much to be done"
iex> Plausible.Cldr.ellipsis "And furthermore", format: :word
"And furthermore …"
-iex> Plausible.Cldr.ellipsis ["And furthermore", "there is much to be done"], locale: :ja, format: :word
+iex> Plausible.Cldr.ellipsis ["And furthermore", "there is much to be done"], locale: :ja, format: :word
"And furthermore … there is much to be done"iex> Plausible.Cldr.put_locale("pl")
+iex> Plausible.Cldr.put_locale("pl")
iex> Plausible.Cldr.get_locale
-%Cldr.LanguageTag{
+%Cldr.LanguageTag{
backend: Elixir.Plausible.Cldr,
canonical_locale_name: "pl",
cldr_locale_name: :pl,
- extensions: %{},
+ extensions: %{},
language: "pl",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :pl,
territory: :PL,
requested_locale_name: "pl",
script: :Latn,
- transform: %{},
- language_variants: []
- }
+ transform: %{},
+ language_variants: []
+ }iex> Plausible.Cldr.known_gettext_locale_name?("en")
true
-iex> Plausible.Cldr.known_gettext_locale_name?("!!")
+iex> Plausible.Cldr.known_gettext_locale_name?("!!")
falseiex> Plausible.Cldr.known_locale_name?(:en)
true
-iex> Plausible.Cldr.known_locale_name?(:"!!")
+iex> Plausible.Cldr.known_locale_name?(:"!!")
falseiex> Plausible.Cldr.known_number_system_types
-[:default, :finance, :native, :traditional]iex> Plausible.Cldr.known_rbnf_locale_name?(:en)
true
-iex> Plausible.Cldr.known_rbnf_locale_name?(:"!!")
+iex> Plausible.Cldr.known_rbnf_locale_name?(:"!!")
falseiex> Plausible.Cldr.put_locale("en")
-{:ok,
- %Cldr.LanguageTag{
+iex> Plausible.Cldr.put_locale("en")
+{:ok,
+ %Cldr.LanguageTag{
backend: Plausible.Cldr,
canonical_locale_name: "en",
cldr_locale_name: :en,
- language_subtags: [],
- extensions: %{},
+ language_subtags: [],
+ extensions: %{},
gettext_locale_name: "en",
language: "en",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :en,
requested_locale_name: "en",
script: :Latn,
territory: :US,
- transform: %{},
- language_variants: []
- }}
+ transform: %{},
+ language_variants: []
+ }}
-iex> Plausible.Cldr.put_locale("invalid-locale!")
-{:error, {Cldr.LanguageTag.ParseError,
- "Expected a BCP47 language tag. Could not parse the remaining \"!\" starting at position 15"}}
+iex> Plausible.Cldr.put_locale("invalid-locale!")
+{:error, {Cldr.LanguageTag.ParseError,
+ "Expected a BCP47 language tag. Could not parse the remaining \"!\" starting at position 15"}}iex> Plausible.Cldr.validate_locale(:en)
+{:ok,
+%Cldr.LanguageTag{
backend: Plausible.Cldr,
canonical_locale_name: "en",
cldr_locale_name: :en,
- extensions: %{},
+ extensions: %{},
gettext_locale_name: "en",
language: "en",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :en,
requested_locale_name: "en",
script: :Latn,
territory: :US,
- transform: %{},
- language_variants: []
-}}
+ transform: %{},
+ language_variants: []
+}}
-iex> Plausible.Cldr.validate_locale Plausible.Cldr.default_locale()
-{:ok,
-%Cldr.LanguageTag{
+iex> Plausible.Cldr.validate_locale Plausible.Cldr.default_locale()
+{:ok,
+%Cldr.LanguageTag{
backend: Plausible.Cldr,
canonical_locale_name: "en-001",
cldr_locale_name: :"en-001",
- extensions: %{},
+ extensions: %{},
gettext_locale_name: "en",
language: "en",
- locale: %{},
- private_use: [],
+ locale: %{},
+ private_use: [],
rbnf_locale_name: :en,
requested_locale_name: "en-001",
script: :Latn,
territory: :"001",
- transform: %{},
- language_variants: []
-}}
+ transform: %{},
+ language_variants: []
+}}
-iex> Plausible.Cldr.validate_locale("zzz")
-{:error, {Cldr.InvalidLanguageError, "The language \"zzz\" is invalid"}}See
- Similar to Example: Similar to Example:insert_all/2 but with the following differences:Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
+insert_all/2 but with the following differences:
+{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
-defmodule Demo do
+defmodule Demo do
use Ecto.Schema
@primary_key false
- schema "ecto_ch_demo" do
+ schema "ecto_ch_demo" do
field :a, Ch, type: "UInt64"
field :b, :string
- end
-end
+ end
+end
-rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
-{100_000, nil} = Repo.insert_stream(Demo, rows)
+rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
+{100_000, nil} = Repo.insert_stream(Demo, rows)
# schemaless
-{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
In the case of a DB-IP database:
iex> database_type()
-"DBIP-City-Lite"In the case of a MaxMind database:
iex> database_type()
+ In the case of a DB-IP database:
iex> database_type()
+"DBIP-City-Lite"
In the case of a MaxMind database:
iex> database_type()
"GeoLite2-City"
Loading from a local file:
iex> load_db(path: "/etc/plausible/dbip-city.mmdb")
-:okDownloading a MaxMind DB (this license key is no longer active):
iex> load_db(license_key: "LNpsJCCKPis6XvBP", edition: "GeoLite2-City", async: true)
+ Loading from a local file:
iex> load_db(path: "/etc/plausible/dbip-city.mmdb")
+:ok
Downloading a MaxMind DB (this license key is no longer active):
iex> load_db(license_key: "LNpsJCCKPis6XvBP", edition: "GeoLite2-City", async: true)
:ok
@@ -302,21 +302,21 @@ asynchronously.
-iex> lookup("8.7.6.5")
-%{
- "city" => %{
+iex> lookup("8.7.6.5")
+%{
+ "city" => %{
"geoname_id" => 5349755,
- "names" => %{
+ "names" => %{
"de" => "Fontana",
"en" => "Fontana",
"ja" => "フォンタナ",
"ru" => "Фонтана"
- }
- },
- "continent" => %{
+ }
+ },
+ "continent" => %{
"code" => "NA",
"geoname_id" => 6255149,
- "names" => %{
+ "names" => %{
"de" => "Nordamerika",
"en" => "North America",
"es" => "Norteamérica",
@@ -325,12 +325,12 @@ asynchronously."pt-BR" => "América do Norte",
"ru" => "Северная Америка",
"zh-CN" => "北美洲"
- }
- },
- "country" => %{
+ }
+ },
+ "country" => %{
"geoname_id" => 6252001,
"iso_code" => "US",
- "names" => %{
+ "names" => %{
"de" => "Vereinigte Staaten",
"en" => "United States",
"es" => "Estados Unidos",
@@ -339,20 +339,20 @@ asynchronously."pt-BR" => "EUA",
"ru" => "США",
"zh-CN" => "美国"
- }
- },
- "location" => %{
+ }
+ },
+ "location" => %{
"accuracy_radius" => 50,
"latitude" => 34.1211,
"longitude" => -117.4362,
"metro_code" => 803,
"time_zone" => "America/Los_Angeles"
- },
- "postal" => %{"code" => "92336"},
- "registered_country" => %{
+ },
+ "postal" => %{"code" => "92336"},
+ "registered_country" => %{
"geoname_id" => 6252001,
"iso_code" => "US",
- "names" => %{
+ "names" => %{
"de" => "Vereinigte Staaten",
"en" => "United States",
"es" => "Estados Unidos",
@@ -361,13 +361,13 @@ asynchronously."pt-BR" => "EUA",
"ru" => "США",
"zh-CN" => "美国"
- }
- },
- "subdivisions" => [
- %{
+ }
+ },
+ "subdivisions" => [
+ %{
"geoname_id" => 5332921,
"iso_code" => "CA",
- "names" => %{
+ "names" => %{
"de" => "Kalifornien",
"en" => "California",
"es" => "California",
@@ -376,10 +376,10 @@ asynchronously."pt-BR" => "Califórnia",
"ru" => "Калифорния",
"zh-CN" => "加州"
- }
- }
- ]
-}
+ }
+ }
+ ]
+}
diff --git a/Plausible.ImportDeletionRepo.html b/Plausible.ImportDeletionRepo.html
index fb32a0ca3..7dc805287 100644
--- a/Plausible.ImportDeletionRepo.html
+++ b/Plausible.ImportDeletionRepo.html
@@ -1114,23 +1114,23 @@ pool to disconnect within the given interval.See
-Similar to insert_all/2 but with the following differences:
- accepts rows as streams or lists
- sends rows as a chunked request
- doesn't autogenerate ids or does any other preprocessing
Example:
Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
+Similar to insert_all/2 but with the following differences:
- accepts rows as streams or lists
- sends rows as a chunked request
- doesn't autogenerate ids or does any other preprocessing
Example:
Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
-defmodule Demo do
+defmodule Demo do
use Ecto.Schema
@primary_key false
- schema "ecto_ch_demo" do
+ schema "ecto_ch_demo" do
field :a, Ch, type: "UInt64"
field :b, :string
- end
-end
+ end
+end
-rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
-{100_000, nil} = Repo.insert_stream(Demo, rows)
+rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
+{100_000, nil} = Repo.insert_stream(Demo, rows)
# schemaless
-{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
+{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
diff --git a/Plausible.IngestRepo.html b/Plausible.IngestRepo.html
index 7b4bd669c..b0992b752 100644
--- a/Plausible.IngestRepo.html
+++ b/Plausible.IngestRepo.html
@@ -1114,23 +1114,23 @@ pool to disconnect within the given interval.
See
-Similar to insert_all/2 but with the following differences:
- accepts rows as streams or lists
- sends rows as a chunked request
- doesn't autogenerate ids or does any other preprocessing
Example:
Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
+Similar to insert_all/2 but with the following differences:
- accepts rows as streams or lists
- sends rows as a chunked request
- doesn't autogenerate ids or does any other preprocessing
Example:
Repo.query!("create table ecto_ch_demo(a UInt64, b String) engine Null")
-defmodule Demo do
+defmodule Demo do
use Ecto.Schema
@primary_key false
- schema "ecto_ch_demo" do
+ schema "ecto_ch_demo" do
field :a, Ch, type: "UInt64"
field :b, :string
- end
-end
+ end
+end
-rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
-{100_000, nil} = Repo.insert_stream(Demo, rows)
+rows = Stream.map(1..100_000, fn i -> %{a: i, b: to_string(i)} end)
+{100_000, nil} = Repo.insert_stream(Demo, rows)
# schemaless
-{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
+{100_000, nil} = Repo.insert_stream("ecto_ch_demo", rows, types: [a: Ch.Types.u64(), b: :string])
diff --git a/Plausible.Site.html b/Plausible.Site.html
index a74d66d17..cdaae8712 100644
--- a/Plausible.Site.html
+++ b/Plausible.Site.html
@@ -388,7 +388,7 @@ Functions
crm_changeset(site, attrs)
-
+
View Source
@@ -410,7 +410,7 @@ Functions
import_failure(site)
-
+
View Source
@@ -432,7 +432,7 @@ Functions
import_success(site)
-
+
View Source
@@ -454,7 +454,7 @@ Functions
local_start_date(site)
-
+
View Source
@@ -493,7 +493,7 @@ This function does 2 transformations:
make_private(site)
-
+
View Source
@@ -515,7 +515,7 @@ This function does 2 transformations:
make_public(site)
-
+
View Source
@@ -559,7 +559,7 @@ This function does 2 transformations:
remove_imported_data(site)
-
+
View Source
@@ -581,7 +581,7 @@ This function does 2 transformations:
set_imported_source(site, imported_source)
-
+
View Source
@@ -603,7 +603,7 @@ This function does 2 transformations:
set_native_stats_start_at(site, val)
-
+
View Source
@@ -625,7 +625,7 @@ This function does 2 transformations:
set_stats_start_date(site, val)
-
+
View Source
@@ -649,7 +649,7 @@ This function does 2 transformations:
start_import(site, start_date, end_date, imported_source, status \\ "importing")
-
+
View Source
@@ -673,7 +673,7 @@ This function does 2 transformations:
tz_offset(site, utc_now \\ DateTime.utc_now())
-
+
View Source
@@ -699,7 +699,7 @@ This function does 2 transformations:
update_changeset(site, attrs \\ %{}, opts \\ [])
-
+
View Source
diff --git a/Plausible.Stats.FilterParser.html b/Plausible.Stats.FilterParser.html
index 6a3051c48..210f36334 100644
--- a/Plausible.Stats.FilterParser.html
+++ b/Plausible.Stats.FilterParser.html
@@ -178,14 +178,14 @@ Functions
Examples:
-iex> FilterParser.parse_filters("{\"page\":\"/blog/**\"}")
-%{"page" => "/blog/**"}
+iex> FilterParser.parse_filters("{\"page\":\"/blog/**\"}")
+%{"page" => "/blog/**"}
-iex> FilterParser.parse_filters("visit:browser!=Chrome")
-%{"visit:browser" => {:is_not, "Chrome"}}
+iex> FilterParser.parse_filters("visit:browser!=Chrome")
+%{"visit:browser" => {:is_not, "Chrome"}}
-iex> FilterParser.parse_filters(nil)
-%{}
+iex> FilterParser.parse_filters(nil)
+%{}
diff --git a/Plausible.epub b/Plausible.epub
index 2aa481e09..f615cc0bf 100644
Binary files a/Plausible.epub and b/Plausible.epub differ
diff --git a/PlausibleWeb.Api.StatsController.html b/PlausibleWeb.Api.StatsController.html
index c116e302e..c000450e9 100644
--- a/PlausibleWeb.Api.StatsController.html
+++ b/PlausibleWeb.Api.StatsController.html
@@ -718,13 +718,13 @@ and month. The default depends on the Plausible.Query.from/2 for each default.filters - optional filters to drill down data. See the Stats API
"Filtering" section for
more details.
with_imported - boolean indicating whether to include Google Analytics
-imported data or not. Defaults to false.
Full example:
%{
+imported data or not. Defaults to false.Full example:
%{
"from" => "2021-09-06",
"interval" => "month",
"metric" => "visitors",
"period" => "custom",
"to" => "2021-12-13"
-}
+
}
Response
@@ -739,20 +739,20 @@ cut off by the requested date range or not. For example, if looking at a
month week-by-week, some weeks may be cut off by the month boundaries.
It's useful to adjust the graph display slightly in case the interval is
not 'full' so that the user understands why the numbers might be lower for
-those partial periods.Full example:
%{
- "full_intervals" => %{
+those partial periods.Full example:
%{
+ "full_intervals" => %{
"2021-09-01" => false,
"2021-10-01" => true,
"2021-11-01" => true,
"2021-12-01" => false
- },
+ },
"imported_source" => nil,
"interval" => "month",
- "labels" => ["2021-09-01", "2021-10-01", "2021-11-01", "2021-12-01"],
- "plot" => [0, 0, 0, 0],
+ "labels" => ["2021-09-01", "2021-10-01", "2021-11-01", "2021-12-01"],
+ "plot" => [0, 0, 0, 0],
"present_index" => nil,
"with_imported" => false
-}
+}