Add License and copyright to each page. Retab
This commit is contained in:
Jesse Gumm
parent
c7cd5b6800
commit
7c55a6e8bf
4 changed files with 440 additions and 425 deletions
672
src/qdate.erl
672
src/qdate.erl
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@ -1,39 +1,43 @@
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% vim: ts=4 sw=4 et
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% Copyright (c) 2013 Jesse Gumm
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% See LICENSE for licensing information.
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%
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-module(qdate).
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-export([
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to_string/1,
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to_string/2,
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to_string/3,
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to_date/1,
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to_date/2,
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to_now/1,
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to_unixtime/1,
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unixtime/0
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to_string/1,
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to_string/2,
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to_string/3,
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to_date/1,
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to_date/2,
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to_now/1,
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to_unixtime/1,
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unixtime/0
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]).
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-export([
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register_parser/2,
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register_parser/1,
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deregister_parser/1,
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deregister_parsers/0,
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register_parser/2,
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register_parser/1,
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deregister_parser/1,
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deregister_parsers/0,
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register_format/2,
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deregister_format/1,
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register_format/2,
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deregister_format/1,
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set_timezone/1,
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set_timezone/2,
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get_timezone/0,
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get_timezone/1,
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clear_timezone/0,
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clear_timezone/1
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set_timezone/1,
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set_timezone/2,
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get_timezone/0,
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get_timezone/1,
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clear_timezone/0,
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clear_timezone/1
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]).
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%% Exported for API compatibility with ec_date
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-export([
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format/1,format/2,
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nparse/1,
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parse/1
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format/1,format/2,
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nparse/1,
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parse/1
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]).
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%% This the value in gregorian seconds for jan 1st 1970, 12am
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@ -45,312 +49,312 @@
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%% "default_timezone" isn't set or is set to undefined.
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%% It's recommended that your app sets the var in a config, or at least using
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%%
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%% application:set_env(qdate, default_timezone, "GMT").
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%% application:set_env(qdate, default_timezone, "GMT").
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%%
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-define(DEFAULT_TZ, case application:get_env(qdate, default_timezone) of
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undefined -> "GMT";
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TZ -> TZ
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end).
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undefined -> "GMT";
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TZ -> TZ
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end).
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-define(DETERMINE_TZ, determine_timezone()).
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to_string(Format) ->
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to_string(Format, now()).
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to_string(Format, now()).
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to_string(Format, Date) ->
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to_string(Format, ?DETERMINE_TZ, Date).
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to_string(Format, ?DETERMINE_TZ, Date).
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to_string(FormatKey, ToTZ, Date) when is_atom(FormatKey) orelse is_tuple(FormatKey) ->
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Format = case qdate_srv:get_format(FormatKey) of
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undefined -> throw({undefined_format_key,FormatKey});
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F -> F
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end,
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to_string(Format, ToTZ, Date);
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Format = case qdate_srv:get_format(FormatKey) of
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undefined -> throw({undefined_format_key,FormatKey});
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F -> F
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end,
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to_string(Format, ToTZ, Date);
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to_string(Format, ToTZ, Date) when is_binary(Format) ->
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list_to_binary(to_string(binary_to_list(Format), ToTZ, Date));
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list_to_binary(to_string(binary_to_list(Format), ToTZ, Date));
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to_string(Format, ToTZ, Date) when is_list(Format) ->
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%% it may seem odd that we're ensuring it here, and then again
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%% as one of the last steps of the to_date process, but we need
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%% the actual name for the strings for the PHP "T" and "e", so
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%% we extract the Timezone in case ToTZ is actually a timezone key
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%% Then we can pass it on to to_date as well. That way we don't have
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%% to do it twice, since it's already ensured.
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ActualToTZ = ensure_timezone(ToTZ),
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to_string_worker(Format, ActualToTZ, to_date(Date,ActualToTZ)).
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%% it may seem odd that we're ensuring it here, and then again
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%% as one of the last steps of the to_date process, but we need
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%% the actual name for the strings for the PHP "T" and "e", so
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%% we extract the Timezone in case ToTZ is actually a timezone key
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%% Then we can pass it on to to_date as well. That way we don't have
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%% to do it twice, since it's already ensured.
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ActualToTZ = ensure_timezone(ToTZ),
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to_string_worker(Format, ActualToTZ, to_date(Date,ActualToTZ)).
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to_string_worker([], _, _) ->
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"";
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"";
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to_string_worker([$e|RestFormat], ToTZ, Date) ->
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ToTZ ++ to_string_worker(RestFormat, ToTZ, Date);
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ToTZ ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([$I|RestFormat], ToTZ, Date) ->
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I = case localtime_dst:check(Date, ToTZ) of
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is_in_dst -> "1";
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is_not_in_dst -> "0";
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ambiguous_time -> "?"
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end,
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I ++ to_string_worker(RestFormat, ToTZ, Date);
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I = case localtime_dst:check(Date, ToTZ) of
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is_in_dst -> "1";
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is_not_in_dst -> "0";
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ambiguous_time -> "?"
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end,
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I ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([H | RestFormat], ToTZ, Date) when H==$O orelse H==$P ->
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Shift = get_timezone_shift(Date, ToTZ),
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Separator = case H of
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$O -> "";
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$P -> ":"
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end,
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format_shift(Shift,Separator) ++ to_string_worker(RestFormat, ToTZ, Date);
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Shift = get_timezone_shift(Date, ToTZ),
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Separator = case H of
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$O -> "";
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$P -> ":"
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end,
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format_shift(Shift,Separator) ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([$T | RestFormat], ToTZ, Date) ->
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{ShortName,_} = localtime:tz_name(Date, ToTZ),
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ShortName ++ to_string_worker(RestFormat, ToTZ, Date);
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{ShortName,_} = localtime:tz_name(Date, ToTZ),
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ShortName ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([$Z | RestFormat], ToTZ, Date) ->
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{Sign, Hours, Mins} = get_timezone_shift(Date, ToTZ),
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Seconds = (Hours * 3600) + (Mins * 60),
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atom_to_list(Sign) ++ integer_to_list(Seconds) ++ to_string_worker(RestFormat, ToTZ, Date);
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{Sign, Hours, Mins} = get_timezone_shift(Date, ToTZ),
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Seconds = (Hours * 3600) + (Mins * 60),
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atom_to_list(Sign) ++ integer_to_list(Seconds) ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([$r | RestFormat], ToTZ, Date) ->
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NewFormat = "D, d M Y H:i:s O",
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to_string_worker(NewFormat, ToTZ, Date) ++ to_string_worker(RestFormat, ToTZ, Date);
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NewFormat = "D, d M Y H:i:s O",
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to_string_worker(NewFormat, ToTZ, Date) ++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([$c | RestFormat], ToTZ, Date) ->
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Format1 = "Y-m-d",
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Format2 = "H:i:sP",
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to_string_worker(Format1, ToTZ, Date)
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++ "T"
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++ to_string_worker(Format2, ToTZ, Date)
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++ to_string_worker(RestFormat, ToTZ, Date);
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Format1 = "Y-m-d",
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Format2 = "H:i:sP",
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to_string_worker(Format1, ToTZ, Date)
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++ "T"
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++ to_string_worker(Format2, ToTZ, Date)
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++ to_string_worker(RestFormat, ToTZ, Date);
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to_string_worker([H | RestFormat], ToTZ, Date) ->
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ec_date:format([H], Date) ++ to_string_worker(RestFormat, ToTZ, Date).
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ec_date:format([H], Date) ++ to_string_worker(RestFormat, ToTZ, Date).
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format_shift({Sign,Hours,Mins},Separator) ->
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SignStr = atom_to_list(Sign),
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MinStr = leading_zero(Mins),
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HourStr = leading_zero(Hours),
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SignStr ++ HourStr ++ Separator ++ MinStr.
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SignStr = atom_to_list(Sign),
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MinStr = leading_zero(Mins),
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HourStr = leading_zero(Hours),
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SignStr ++ HourStr ++ Separator ++ MinStr.
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leading_zero(I) when I < 10 ->
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"0" ++ integer_to_list(I);
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"0" ++ integer_to_list(I);
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leading_zero(I) ->
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integer_to_list(I).
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integer_to_list(I).
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get_timezone_shift(Date, TZ) ->
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case localtime:tz_shift(Date, TZ) of
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unable_to_detect -> {error,unable_to_detect};
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{error,T} -> {error,T};
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{Sh, _DstSh} -> Sh;
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Sh -> Sh
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end.
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case localtime:tz_shift(Date, TZ) of
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unable_to_detect -> {error,unable_to_detect};
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{error,T} -> {error,T};
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{Sh, _DstSh} -> Sh;
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Sh -> Sh
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end.
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format(Format) ->
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to_string(Format).
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to_string(Format).
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format(Format, Date) ->
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to_string(Format, Date).
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to_string(Format, Date).
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parse(String) ->
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to_date(String).
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to_date(String).
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nparse(String) ->
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to_now(String).
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to_now(String).
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to_date(RawDate) ->
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to_date(RawDate, ?DETERMINE_TZ).
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to_date(RawDate, ?DETERMINE_TZ).
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to_date(RawDate, ToTZ) when is_binary(RawDate) ->
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to_date(binary_to_list(RawDate), ToTZ);
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to_date(binary_to_list(RawDate), ToTZ);
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to_date(RawDate, ToTZ) ->
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{ExtractedDate, ExtractedTZ} = extract_timezone(RawDate),
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{RawDate3, FromTZ} = case try_registered_parsers(RawDate) of
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undefined ->
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{ExtractedDate, ExtractedTZ};
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{ParsedDate,undefined} ->
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{ParsedDate,ExtractedTZ};
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{ParsedDate,ParsedTZ} ->
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{ParsedDate,ParsedTZ}
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end,
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Date = raw_to_date(RawDate3),
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{ExtractedDate, ExtractedTZ} = extract_timezone(RawDate),
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{RawDate3, FromTZ} = case try_registered_parsers(RawDate) of
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undefined ->
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{ExtractedDate, ExtractedTZ};
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{ParsedDate,undefined} ->
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{ParsedDate,ExtractedTZ};
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{ParsedDate,ParsedTZ} ->
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{ParsedDate,ParsedTZ}
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end,
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Date = raw_to_date(RawDate3),
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date_tz_to_tz(Date, FromTZ, ToTZ).
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date_tz_to_tz(Date, FromTZ, ToTZ).
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extract_timezone(Unixtime) when is_integer(Unixtime) ->
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{Unixtime, "GMT"};
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{Unixtime, "GMT"};
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extract_timezone(DateString) when is_list(DateString) ->
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case extract_gmt_relative_timezone(DateString) of
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undefined ->
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AllTimezones = localtime:list_timezones(),
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RevDate = lists:reverse(DateString),
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extract_timezone_helper(RevDate, AllTimezones);
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{Date, GMTRel} ->
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{Date, GMTRel}
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end;
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case extract_gmt_relative_timezone(DateString) of
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undefined ->
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AllTimezones = localtime:list_timezones(),
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RevDate = lists:reverse(DateString),
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extract_timezone_helper(RevDate, AllTimezones);
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{Date, GMTRel} ->
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{Date, GMTRel}
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end;
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extract_timezone(Date={{_,_,_},{_,_,_}}) ->
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{Date, ?DETERMINE_TZ};
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{Date, ?DETERMINE_TZ};
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extract_timezone(Now={_,_,_}) ->
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{Now, "GMT"};
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{Now, "GMT"};
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extract_timezone({MiscDate,TZ}) ->
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{MiscDate,TZ}.
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{MiscDate,TZ}.
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extract_gmt_relative_timezone(DateString) ->
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RE = "^(.*?)(?:GMT|UTC)?([+-])(\\d{1,2}):?(\\d{2})?$",
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case re:run(DateString,RE,[{capture,all_but_first,list},caseless]) of
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{match, [NewDateStr, Sign, HourStr, MinStr]} ->
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{NewDateStr, minutes_from_gmt_relative_timezone(Sign, HourStr, MinStr)};
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{match, [NewDateStr, Sign, HourStr]} ->
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{NewDateStr, minutes_from_gmt_relative_timezone(Sign, HourStr, "0")};
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nomatch ->
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undefined
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end.
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RE = "^(.*?)(?:GMT|UTC)?([+-])(\\d{1,2}):?(\\d{2})?$",
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case re:run(DateString,RE,[{capture,all_but_first,list},caseless]) of
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{match, [NewDateStr, Sign, HourStr, MinStr]} ->
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{NewDateStr, minutes_from_gmt_relative_timezone(Sign, HourStr, MinStr)};
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{match, [NewDateStr, Sign, HourStr]} ->
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{NewDateStr, minutes_from_gmt_relative_timezone(Sign, HourStr, "0")};
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nomatch ->
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undefined
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end.
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%% The number of minutes a the timezone is behind gmt
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minutes_from_gmt_relative_timezone("+", HourStr, MinStr) ->
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-minutes_from_gmt_relative_timezone("-", HourStr, MinStr);
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-minutes_from_gmt_relative_timezone("-", HourStr, MinStr);
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minutes_from_gmt_relative_timezone("-", HourStr, MinStr) ->
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list_to_integer(HourStr)*60 + list_to_integer(MinStr).
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list_to_integer(HourStr)*60 + list_to_integer(MinStr).
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extract_timezone_helper(RevDate, []) ->
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{lists:reverse(RevDate), ?DETERMINE_TZ};
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{lists:reverse(RevDate), ?DETERMINE_TZ};
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extract_timezone_helper(RevDate, [TZ | TZs]) ->
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RevTZ = lists:reverse(TZ),
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case lists:split(length(TZ),RevDate) of
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{RevTZ," " ++ Remainder} ->
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{lists:reverse(Remainder), TZ};
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_ ->
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extract_timezone_helper(RevDate, TZs)
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end.
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RevTZ = lists:reverse(TZ),
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case lists:split(length(TZ),RevDate) of
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{RevTZ," " ++ Remainder} ->
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{lists:reverse(Remainder), TZ};
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_ ->
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extract_timezone_helper(RevDate, TZs)
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end.
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determine_timezone() ->
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case qdate_srv:get_timezone() of
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undefined -> ?DEFAULT_TZ;
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TZ -> TZ
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end.
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case qdate_srv:get_timezone() of
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undefined -> ?DEFAULT_TZ;
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TZ -> TZ
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end.
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%% This converts dates without regard to timezone.
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%% Unixtime just goes to UTC
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raw_to_date(Unixtime) when is_integer(Unixtime) ->
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unixtime_to_date(Unixtime);
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unixtime_to_date(Unixtime);
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raw_to_date(DateString) when is_list(DateString) ->
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ec_date:parse(DateString);
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ec_date:parse(DateString);
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raw_to_date(Now = {_,_,_}) ->
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calendar:now_to_datetime(Now);
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calendar:now_to_datetime(Now);
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raw_to_date(Date = {{_,_,_},{_,_,_}}) ->
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Date.
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Date.
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%% If FromTZ is an integer, then it's an integer that represents the number of minutes
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%% relative to GMT. So we convert the date to GMT based on that number, then we can
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%% do the other timezone conversion.
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date_tz_to_tz(Date, FromTZ, ToTZ) when is_integer(FromTZ) ->
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NewDate = localtime:adjust_datetime(Date, FromTZ),
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date_tz_to_tz(NewDate, "GMT", ToTZ);
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NewDate = localtime:adjust_datetime(Date, FromTZ),
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date_tz_to_tz(NewDate, "GMT", ToTZ);
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date_tz_to_tz(Date, FromTZ, ToTZ) ->
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ActualToTZ = ensure_timezone(ToTZ),
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localtime:local_to_local(Date,FromTZ,ActualToTZ).
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ActualToTZ = ensure_timezone(ToTZ),
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localtime:local_to_local(Date,FromTZ,ActualToTZ).
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try_registered_parsers(RawDate) ->
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Parsers = qdate_srv:get_parsers(),
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try_parsers(RawDate,Parsers).
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Parsers = qdate_srv:get_parsers(),
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try_parsers(RawDate,Parsers).
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try_parsers(_RawDate,[]) ->
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undefined;
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undefined;
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try_parsers(RawDate,[{ParserKey,Parser}|Parsers]) ->
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try Parser(RawDate) of
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{{_,_,_},{_,_,_}} = DateTime ->
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{DateTime,undefined};
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{DateTime={{_,_,_},{_,_,_}},Timezone} ->
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{DateTime,Timezone};
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undefined ->
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try_parsers(RawDate, Parsers);
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Other ->
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throw({invalid_parser_return_value,[{parser_key,ParserKey},{return,Other}]})
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catch
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Error:Reason ->
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throw({error_in_parser,[{error,{Error,Reason}},{parser_key,ParserKey}]})
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end.
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try Parser(RawDate) of
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{{_,_,_},{_,_,_}} = DateTime ->
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{DateTime,undefined};
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{DateTime={{_,_,_},{_,_,_}},Timezone} ->
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{DateTime,Timezone};
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undefined ->
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try_parsers(RawDate, Parsers);
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Other ->
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throw({invalid_parser_return_value,[{parser_key,ParserKey},{return,Other}]})
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catch
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Error:Reason ->
|
||||
throw({error_in_parser,[{error,{Error,Reason}},{parser_key,ParserKey}]})
|
||||
end.
|
||||
|
||||
set_timezone(TZ) ->
|
||||
qdate_srv:set_timezone(TZ).
|
||||
qdate_srv:set_timezone(TZ).
|
||||
|
||||
set_timezone(Key,TZ) ->
|
||||
qdate_srv:set_timezone(Key, TZ).
|
||||
qdate_srv:set_timezone(Key, TZ).
|
||||
|
||||
get_timezone() ->
|
||||
qdate_srv:get_timezone().
|
||||
qdate_srv:get_timezone().
|
||||
|
||||
get_timezone(Key) ->
|
||||
qdate_srv:get_timezone(Key).
|
||||
qdate_srv:get_timezone(Key).
|
||||
|
||||
|
||||
ensure_timezone(Key) when is_atom(Key) orelse is_tuple(Key) ->
|
||||
case get_timezone(Key) of
|
||||
undefined -> throw({timezone_key_not_found,Key});
|
||||
ToTZ -> ToTZ
|
||||
end;
|
||||
case get_timezone(Key) of
|
||||
undefined -> throw({timezone_key_not_found,Key});
|
||||
ToTZ -> ToTZ
|
||||
end;
|
||||
ensure_timezone(TZ) when is_binary(TZ) ->
|
||||
binary_to_list(TZ);
|
||||
binary_to_list(TZ);
|
||||
ensure_timezone(TZ) when is_list(TZ) ->
|
||||
TZ.
|
||||
TZ.
|
||||
|
||||
|
||||
clear_timezone() ->
|
||||
qdate_srv:clear_timezone().
|
||||
qdate_srv:clear_timezone().
|
||||
|
||||
clear_timezone(Key) ->
|
||||
qdate_srv:clear_timezone(Key).
|
||||
qdate_srv:clear_timezone(Key).
|
||||
|
||||
|
||||
to_unixtime(Unixtime) when is_integer(Unixtime) ->
|
||||
Unixtime;
|
||||
Unixtime;
|
||||
to_unixtime({MegaSecs,Secs,_}) ->
|
||||
MegaSecs*1000000 + Secs;
|
||||
MegaSecs*1000000 + Secs;
|
||||
to_unixtime(ToParse) ->
|
||||
%% We want to treat all unixtimes as GMT
|
||||
Date = to_date(ToParse, "GMT"),
|
||||
calendar:datetime_to_gregorian_seconds(Date) - ?UNIXTIME_BASE.
|
||||
%% We want to treat all unixtimes as GMT
|
||||
Date = to_date(ToParse, "GMT"),
|
||||
calendar:datetime_to_gregorian_seconds(Date) - ?UNIXTIME_BASE.
|
||||
|
||||
unixtime() ->
|
||||
to_unixtime(now()).
|
||||
to_unixtime(now()).
|
||||
|
||||
to_now(Now = {_,_,_}) ->
|
||||
Now;
|
||||
Now;
|
||||
to_now(ToParse) ->
|
||||
Unixtime = to_unixtime(ToParse),
|
||||
unixtime_to_now(Unixtime).
|
||||
Unixtime = to_unixtime(ToParse),
|
||||
unixtime_to_now(Unixtime).
|
||||
|
||||
|
||||
register_parser(Key, Parser) when is_function(Parser,1) ->
|
||||
qdate_srv:register_parser(Key,Parser).
|
||||
qdate_srv:register_parser(Key,Parser).
|
||||
|
||||
register_parser(Parser) when is_function(Parser,1) ->
|
||||
qdate_srv:register_parser(Parser).
|
||||
qdate_srv:register_parser(Parser).
|
||||
|
||||
deregister_parser(Key) ->
|
||||
qdate_srv:deregister_parser(Key).
|
||||
qdate_srv:deregister_parser(Key).
|
||||
|
||||
deregister_parsers() ->
|
||||
qdate_srv:deregister_parsers().
|
||||
qdate_srv:deregister_parsers().
|
||||
|
||||
register_format(Key, Format) ->
|
||||
qdate_srv:register_format(Key, Format).
|
||||
qdate_srv:register_format(Key, Format).
|
||||
|
||||
deregister_format(Key) ->
|
||||
qdate_srv:deregister_format(Key).
|
||||
qdate_srv:deregister_format(Key).
|
||||
|
||||
|
||||
|
||||
unixtime_to_now(T) when is_integer(T) ->
|
||||
MegaSec = floor(T/1000000),
|
||||
Secs = T - MegaSec*1000000,
|
||||
{MegaSec,Secs,0}.
|
||||
MegaSec = floor(T/1000000),
|
||||
Secs = T - MegaSec*1000000,
|
||||
{MegaSec,Secs,0}.
|
||||
|
||||
unixtime_to_date(T) ->
|
||||
Now = unixtime_to_now(T),
|
||||
calendar:now_to_datetime(Now).
|
||||
Now = unixtime_to_now(T),
|
||||
calendar:now_to_datetime(Now).
|
||||
|
||||
floor(N) when N >= 0 ->
|
||||
trunc(N);
|
||||
trunc(N);
|
||||
floor(N) when N < 0 ->
|
||||
Int = trunc(N),
|
||||
if
|
||||
Int==N -> Int;
|
||||
true -> Int-1
|
||||
end.
|
||||
Int = trunc(N),
|
||||
if
|
||||
Int==N -> Int;
|
||||
true -> Int-1
|
||||
end.
|
||||
|
||||
|
||||
%% TESTS
|
||||
|
|
@ -364,169 +368,169 @@ floor(N) when N < 0 ->
|
|||
-define(USER_KEY,test_user_key).
|
||||
|
||||
tz_test_() ->
|
||||
{
|
||||
setup,
|
||||
fun start_test/0,
|
||||
fun stop_test/1,
|
||||
fun(SetupData) ->
|
||||
{inorder,[
|
||||
simple_test(SetupData),
|
||||
tz_tests(SetupData),
|
||||
test_process_die(SetupData),
|
||||
parser_format_test(SetupData)
|
||||
]}
|
||||
end
|
||||
}.
|
||||
{
|
||||
setup,
|
||||
fun start_test/0,
|
||||
fun stop_test/1,
|
||||
fun(SetupData) ->
|
||||
{inorder,[
|
||||
simple_test(SetupData),
|
||||
tz_tests(SetupData),
|
||||
test_process_die(SetupData),
|
||||
parser_format_test(SetupData)
|
||||
]}
|
||||
end
|
||||
}.
|
||||
|
||||
tz_tests(_) ->
|
||||
{inorder,[
|
||||
?_assertEqual(ok,set_timezone(?SELF_TZ)),
|
||||
?_assertEqual(?SELF_TZ,get_timezone()),
|
||||
?_assertEqual(?USER_TZ,get_timezone(?USER_KEY)),
|
||||
?_assertEqual(?SITE_TZ,get_timezone(?SITE_KEY)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}}, to_date("3/7/2013 1:00am EST",?USER_KEY)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}}, to_date("3/7/2013 3:00am EST",?SITE_KEY)),
|
||||
?_assertEqual({{2013,3,7},{2,0,0}}, to_date("3/7/2013 1:00am CST")), %% will use the current pid's setting
|
||||
?_assertEqual("America/Chicago",to_string("e","America/Chicago","3/7/2013 1:00am")),
|
||||
?_assertEqual("-0500",to_string("O","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("-05:00",to_string("P","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("EST",to_string("T","America/New York","3/7/2013 1:00am CST")),
|
||||
?_assertEqual(?SITE_TZ,to_string("T",?SITE_KEY,"3/7/2013 1:00am CST")),
|
||||
?_assertEqual(integer_to_list(-5 * 3600), to_string("Z","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("Thu, 07 Mar 2013 13:15:00 -0500", to_string("r","EST", "3/7/2013 1:15:00pm")),
|
||||
?_assertEqual("2013-03-07T13:15:00-05:00", to_string("c", "EST", "3/7/2013 1:15:00pm")),
|
||||
{inorder,[
|
||||
?_assertEqual(ok,set_timezone(?SELF_TZ)),
|
||||
?_assertEqual(?SELF_TZ,get_timezone()),
|
||||
?_assertEqual(?USER_TZ,get_timezone(?USER_KEY)),
|
||||
?_assertEqual(?SITE_TZ,get_timezone(?SITE_KEY)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}}, to_date("3/7/2013 1:00am EST",?USER_KEY)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}}, to_date("3/7/2013 3:00am EST",?SITE_KEY)),
|
||||
?_assertEqual({{2013,3,7},{2,0,0}}, to_date("3/7/2013 1:00am CST")), %% will use the current pid's setting
|
||||
?_assertEqual("America/Chicago",to_string("e","America/Chicago","3/7/2013 1:00am")),
|
||||
?_assertEqual("-0500",to_string("O","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("-05:00",to_string("P","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("EST",to_string("T","America/New York","3/7/2013 1:00am CST")),
|
||||
?_assertEqual(?SITE_TZ,to_string("T",?SITE_KEY,"3/7/2013 1:00am CST")),
|
||||
?_assertEqual(integer_to_list(-5 * 3600), to_string("Z","EST","3/7/2013 1:00am CST")),
|
||||
?_assertEqual("Thu, 07 Mar 2013 13:15:00 -0500", to_string("r","EST", "3/7/2013 1:15:00pm")),
|
||||
?_assertEqual("2013-03-07T13:15:00-05:00", to_string("c", "EST", "3/7/2013 1:15:00pm")),
|
||||
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am -0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am -600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am GMT-0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am utc-0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{1,0,0}}, to_date("3/7/2013 12:00am utc-0600","EST")),
|
||||
?_assertEqual({{2013,3,6},{18,0,0}}, to_date("3/7/2013 12:00am +0600","GMT")),
|
||||
?_assertEqual({{2013,3,6},{12,0,0}}, to_date("3/7/2013 12:00am +0600","CST")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am -0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am -600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am GMT-0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{6,0,0}}, to_date("3/7/2013 12:00am utc-0600","GMT")),
|
||||
?_assertEqual({{2013,3,7},{1,0,0}}, to_date("3/7/2013 12:00am utc-0600","EST")),
|
||||
?_assertEqual({{2013,3,6},{18,0,0}}, to_date("3/7/2013 12:00am +0600","GMT")),
|
||||
?_assertEqual({{2013,3,6},{12,0,0}}, to_date("3/7/2013 12:00am +0600","CST")),
|
||||
|
||||
%% parsing, then reformatting the same time with a different timezone using the php "r" (rfc2822)
|
||||
?_assertEqual("Thu, 07 Mar 2013 12:15:00 -0600",
|
||||
to_string("r","CST",to_string("r","EST",{{2013,3,7},{13,15,0}}))),
|
||||
%% parsing, then reformatting the same time with a different timezone using the php "r" (rfc2822)
|
||||
?_assertEqual("Thu, 07 Mar 2013 12:15:00 -0600",
|
||||
to_string("r","CST",to_string("r","EST",{{2013,3,7},{13,15,0}}))),
|
||||
|
||||
%% A bunch of unixtime and now tests with timezones
|
||||
?_assertEqual("1987-08-10 00:59:15 GMT",to_string("Y-m-d H:i:s T","GMT",555555555)),
|
||||
?_assertEqual("1987-08-09 19:59:15 CDT",to_string("Y-m-d H:i:s T","CDT",555555555)),
|
||||
?_assertEqual("1987-08-09 20:59:15 EDT",to_string("Y-m-d H:i:s T","America/New York",555555555)),
|
||||
?_assertEqual(ok, set_timezone("GMT")),
|
||||
?_assertEqual(555555555,to_unixtime("1987-08-10 00:59:15 GMT")),
|
||||
%% A bunch of unixtime and now tests with timezones
|
||||
?_assertEqual("1987-08-10 00:59:15 GMT",to_string("Y-m-d H:i:s T","GMT",555555555)),
|
||||
?_assertEqual("1987-08-09 19:59:15 CDT",to_string("Y-m-d H:i:s T","CDT",555555555)),
|
||||
?_assertEqual("1987-08-09 20:59:15 EDT",to_string("Y-m-d H:i:s T","America/New York",555555555)),
|
||||
?_assertEqual(ok, set_timezone("GMT")),
|
||||
?_assertEqual(555555555,to_unixtime("1987-08-10 00:59:15 GMT")),
|
||||
?_assertEqual({555,555555,0},to_now("1987-08-10 00:59:15 GMT")),
|
||||
?_assertEqual(ok, set_timezone("EST")),
|
||||
?_assertEqual(555555555,to_unixtime("1987-08-10 00:59:15 GMT")),
|
||||
?_assertEqual(ok, set_timezone("EST")),
|
||||
?_assertEqual(555555555,to_unixtime("1987-08-10 00:59:15 GMT")),
|
||||
?_assertEqual({555,555555,0},to_now("1987-08-10 00:59:15 GMT")),
|
||||
?_assertEqual(ok, set_timezone("GMT"))
|
||||
]}.
|
||||
?_assertEqual(ok, set_timezone("GMT"))
|
||||
]}.
|
||||
|
||||
|
||||
simple_test(_) ->
|
||||
{inorder,[
|
||||
?_assertEqual(ok,clear_timezone()),
|
||||
?_assertEqual(0,to_unixtime({0,0,0})),
|
||||
?_assertEqual({0,0,0},to_now(0)),
|
||||
?_assertEqual(0,to_unixtime("1970-01-01 12:00am GMT")),
|
||||
?_assertEqual(21600,to_unixtime("1970-01-01 12:00am CST")),
|
||||
?_assertEqual(0,to_unixtime({{1970,1,1},{0,0,0}})),
|
||||
?_assertEqual({{1970,1,1},{0,0,0}},to_date(0)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}},to_date(to_unixtime("2013-03-07 12am"))),
|
||||
?_assertEqual("2013-12-21 12:24pm",to_string("Y-m-d g:ia",{{2013,12,21},{12,24,21}})),
|
||||
?_assertEqual("2012-12-01 1:00pm", to_string("Y-m-d g:ia","EST","2012-12-01 12:00pm CST")),
|
||||
?_assertEqual(<<"2012-12-01 1:00pm">>, to_string(<<"Y-m-d g:ia">>,"EST","2012-12-01 12:00pm CST")),
|
||||
?_assertEqual(<<"2012-12-01 1:00pm">>, to_string(<<"Y-m-d g:ia">>,"EST",<<"2012-12-01 12:00pm CST">>)),
|
||||
?_assertEqual("2012-12-01 1:00pm", to_string("Y-m-d g:ia","EST",<<"2012-12-01 12:00pm CST">>)),
|
||||
?_assertEqual(to_unixtime("2012-01-01 12:00pm CST"), to_unixtime("2012-01-01 10:00am PST")),
|
||||
?_assertEqual({{2012,12,31},{18,15,15}},to_date("Dec 31, 2012 6:15:15pm")),
|
||||
?_assertEqual({{2013,1,1},{0,15,15}},to_date("December 31, 2012 6:15:15pm CST","GMT"))
|
||||
]}.
|
||||
{inorder,[
|
||||
?_assertEqual(ok,clear_timezone()),
|
||||
?_assertEqual(0,to_unixtime({0,0,0})),
|
||||
?_assertEqual({0,0,0},to_now(0)),
|
||||
?_assertEqual(0,to_unixtime("1970-01-01 12:00am GMT")),
|
||||
?_assertEqual(21600,to_unixtime("1970-01-01 12:00am CST")),
|
||||
?_assertEqual(0,to_unixtime({{1970,1,1},{0,0,0}})),
|
||||
?_assertEqual({{1970,1,1},{0,0,0}},to_date(0)),
|
||||
?_assertEqual({{2013,3,7},{0,0,0}},to_date(to_unixtime("2013-03-07 12am"))),
|
||||
?_assertEqual("2013-12-21 12:24pm",to_string("Y-m-d g:ia",{{2013,12,21},{12,24,21}})),
|
||||
?_assertEqual("2012-12-01 1:00pm", to_string("Y-m-d g:ia","EST","2012-12-01 12:00pm CST")),
|
||||
?_assertEqual(<<"2012-12-01 1:00pm">>, to_string(<<"Y-m-d g:ia">>,"EST","2012-12-01 12:00pm CST")),
|
||||
?_assertEqual(<<"2012-12-01 1:00pm">>, to_string(<<"Y-m-d g:ia">>,"EST",<<"2012-12-01 12:00pm CST">>)),
|
||||
?_assertEqual("2012-12-01 1:00pm", to_string("Y-m-d g:ia","EST",<<"2012-12-01 12:00pm CST">>)),
|
||||
?_assertEqual(to_unixtime("2012-01-01 12:00pm CST"), to_unixtime("2012-01-01 10:00am PST")),
|
||||
?_assertEqual({{2012,12,31},{18,15,15}},to_date("Dec 31, 2012 6:15:15pm")),
|
||||
?_assertEqual({{2013,1,1},{0,15,15}},to_date("December 31, 2012 6:15:15pm CST","GMT"))
|
||||
]}.
|
||||
|
||||
parser_format_test(_) ->
|
||||
{inorder,[
|
||||
?_assertEqual({{2008,2,8},{0,0,0}},to_date("20080208")),
|
||||
?_assertThrow({ec_date,{bad_date,_}},to_date("20111232")), %% invalid_date with custom format
|
||||
?_assertEqual("2/8/2008",to_string(shortdate,{{2008,2,8},{0,0,0}})),
|
||||
?_assertEqual("2/8/2008",to_string(shortdate,"20080208")), %% both regged format and parser
|
||||
?_assertEqual("2/8/2008 12:00am",to_string(longdate,"2008-02-08 12:00am")),
|
||||
?_assertEqual("2/8/2008 12:00am",to_string(longdate,"20080208"))
|
||||
]}.
|
||||
{inorder,[
|
||||
?_assertEqual({{2008,2,8},{0,0,0}},to_date("20080208")),
|
||||
?_assertThrow({ec_date,{bad_date,_}},to_date("20111232")), %% invalid_date with custom format
|
||||
?_assertEqual("2/8/2008",to_string(shortdate,{{2008,2,8},{0,0,0}})),
|
||||
?_assertEqual("2/8/2008",to_string(shortdate,"20080208")), %% both regged format and parser
|
||||
?_assertEqual("2/8/2008 12:00am",to_string(longdate,"2008-02-08 12:00am")),
|
||||
?_assertEqual("2/8/2008 12:00am",to_string(longdate,"20080208"))
|
||||
]}.
|
||||
|
||||
test_process_die(_) ->
|
||||
TZ = "MST",
|
||||
Caller = self(),
|
||||
Pid = spawn(fun() ->
|
||||
set_timezone(TZ),
|
||||
Caller ! tz_set,
|
||||
receive tz_set_ack -> ok end,
|
||||
Caller ! get_timezone()
|
||||
end),
|
||||
TZ = "MST",
|
||||
Caller = self(),
|
||||
Pid = spawn(fun() ->
|
||||
set_timezone(TZ),
|
||||
Caller ! tz_set,
|
||||
receive tz_set_ack -> ok end,
|
||||
Caller ! get_timezone()
|
||||
end),
|
||||
|
||||
PidTZFromOtherProc = receive
|
||||
tz_set ->
|
||||
T = get_timezone(Pid),
|
||||
Pid ! tz_set_ack,
|
||||
T
|
||||
after 1000 -> fail
|
||||
end,
|
||||
ReceivedTZ = receive
|
||||
TZ -> TZ
|
||||
after 2000 ->
|
||||
fail
|
||||
end,
|
||||
PidTZFromOtherProc = receive
|
||||
tz_set ->
|
||||
T = get_timezone(Pid),
|
||||
Pid ! tz_set_ack,
|
||||
T
|
||||
after 1000 -> fail
|
||||
end,
|
||||
ReceivedTZ = receive
|
||||
TZ -> TZ
|
||||
after 2000 ->
|
||||
fail
|
||||
end,
|
||||
|
||||
[
|
||||
%% Verify we can read the spawned process's TZ from another proc
|
||||
?_assertEqual(TZ,PidTZFromOtherProc),
|
||||
%% Verify the spawned process properly set the TZ
|
||||
?_assertEqual(TZ,ReceivedTZ),
|
||||
%% Verify the now-dead spawned process's TZ is cleared
|
||||
?_assertEqual(undefined,get_timezone(Pid))
|
||||
].
|
||||
[
|
||||
%% Verify we can read the spawned process's TZ from another proc
|
||||
?_assertEqual(TZ,PidTZFromOtherProc),
|
||||
%% Verify the spawned process properly set the TZ
|
||||
?_assertEqual(TZ,ReceivedTZ),
|
||||
%% Verify the now-dead spawned process's TZ is cleared
|
||||
?_assertEqual(undefined,get_timezone(Pid))
|
||||
].
|
||||
|
||||
|
||||
start_test() ->
|
||||
application:start(qdate),
|
||||
set_timezone(?SELF_TZ),
|
||||
set_timezone(?SITE_KEY,?SITE_TZ),
|
||||
set_timezone(?USER_KEY,?USER_TZ),
|
||||
register_parser(compressed,fun compressed_parser/1),
|
||||
register_parser(microsoft_date,fun microsoft_parser/1),
|
||||
register_format(shortdate,"n/j/Y"),
|
||||
register_format(longdate,"n/j/Y g:ia").
|
||||
application:start(qdate),
|
||||
set_timezone(?SELF_TZ),
|
||||
set_timezone(?SITE_KEY,?SITE_TZ),
|
||||
set_timezone(?USER_KEY,?USER_TZ),
|
||||
register_parser(compressed,fun compressed_parser/1),
|
||||
register_parser(microsoft_date,fun microsoft_parser/1),
|
||||
register_format(shortdate,"n/j/Y"),
|
||||
register_format(longdate,"n/j/Y g:ia").
|
||||
|
||||
compressed_parser(List) when length(List)==8 ->
|
||||
try re:run(List,"^(\\d{4})(\\d{2})(\\d{2})$",[{capture,all_but_first,list}]) of
|
||||
nomatch -> undefined;
|
||||
{match, [Y,M,D]} ->
|
||||
Date = {list_to_integer(Y),list_to_integer(M),list_to_integer(D)},
|
||||
case calendar:valid_date(Date) of
|
||||
true ->
|
||||
{Date,{0,0,0}};
|
||||
false -> undefined
|
||||
end
|
||||
catch
|
||||
_:_ -> undefined
|
||||
end;
|
||||
try re:run(List,"^(\\d{4})(\\d{2})(\\d{2})$",[{capture,all_but_first,list}]) of
|
||||
nomatch -> undefined;
|
||||
{match, [Y,M,D]} ->
|
||||
Date = {list_to_integer(Y),list_to_integer(M),list_to_integer(D)},
|
||||
case calendar:valid_date(Date) of
|
||||
true ->
|
||||
{Date,{0,0,0}};
|
||||
false -> undefined
|
||||
end
|
||||
catch
|
||||
_:_ -> undefined
|
||||
end;
|
||||
compressed_parser(_) ->
|
||||
undefined.
|
||||
undefined.
|
||||
|
||||
microsoft_parser(FloatDate) when is_float(FloatDate) ->
|
||||
try
|
||||
DaysSince1900 = floor(FloatDate),
|
||||
Days0to1900 = calendar:date_to_gregorian_days(1900,1,1),
|
||||
GregorianDays = Days0to1900 + DaysSince1900,
|
||||
Date = calendar:gregorian_days_to_date(GregorianDays),
|
||||
Seconds = round(86400 * (FloatDate - DaysSince1900)),
|
||||
Time = calendar:seconds_to_time(Seconds),
|
||||
{Date,Time}
|
||||
catch
|
||||
_:_ -> undefined
|
||||
end;
|
||||
try
|
||||
DaysSince1900 = floor(FloatDate),
|
||||
Days0to1900 = calendar:date_to_gregorian_days(1900,1,1),
|
||||
GregorianDays = Days0to1900 + DaysSince1900,
|
||||
Date = calendar:gregorian_days_to_date(GregorianDays),
|
||||
Seconds = round(86400 * (FloatDate - DaysSince1900)),
|
||||
Time = calendar:seconds_to_time(Seconds),
|
||||
{Date,Time}
|
||||
catch
|
||||
_:_ -> undefined
|
||||
end;
|
||||
microsoft_parser(_) ->
|
||||
undefined.
|
||||
undefined.
|
||||
|
||||
|
||||
|
||||
stop_test(_) ->
|
||||
ok.
|
||||
ok.
|
||||
|
|
|
|||
|
|
@ -1,3 +1,7 @@
|
|||
% vim: ts=4 sw=4 et
|
||||
% Copyright (c) 2013 Jesse Gumm
|
||||
% See LICENSE for licensing information.
|
||||
|
||||
-module(qdate_app).
|
||||
|
||||
-behaviour(application).
|
||||
|
|
|
|||
|
|
@ -1,83 +1,87 @@
|
|||
% vim: ts=4 sw=4 et
|
||||
% Copyright (c) 2013 Jesse Gumm
|
||||
% See LICENSE for licensing information.
|
||||
|
||||
-module(qdate_srv).
|
||||
-behaviour(gen_server).
|
||||
|
||||
-define(SRV, ?MODULE).
|
||||
|
||||
-export([
|
||||
start_link/0,
|
||||
init/1,
|
||||
handle_call/3,
|
||||
handle_cast/2,
|
||||
handle_info/2,
|
||||
code_change/3,
|
||||
terminate/2
|
||||
start_link/0,
|
||||
init/1,
|
||||
handle_call/3,
|
||||
handle_cast/2,
|
||||
handle_info/2,
|
||||
code_change/3,
|
||||
terminate/2
|
||||
]).
|
||||
|
||||
-export([
|
||||
set_timezone/1,
|
||||
set_timezone/2,
|
||||
get_timezone/0,
|
||||
get_timezone/1,
|
||||
clear_timezone/0,
|
||||
clear_timezone/1,
|
||||
set_timezone/1,
|
||||
set_timezone/2,
|
||||
get_timezone/0,
|
||||
get_timezone/1,
|
||||
clear_timezone/0,
|
||||
clear_timezone/1,
|
||||
|
||||
register_parser/1,
|
||||
register_parser/2,
|
||||
get_parsers/0,
|
||||
deregister_parsers/0,
|
||||
deregister_parser/1,
|
||||
register_parser/1,
|
||||
register_parser/2,
|
||||
get_parsers/0,
|
||||
deregister_parsers/0,
|
||||
deregister_parser/1,
|
||||
|
||||
register_format/2,
|
||||
get_format/1,
|
||||
deregister_format/1
|
||||
register_format/2,
|
||||
get_format/1,
|
||||
deregister_format/1
|
||||
]).
|
||||
|
||||
%% PUBLIC API FUNCTIONS
|
||||
|
||||
start_link() ->
|
||||
gen_server:start_link({local, ?SRV}, ?MODULE, [], []).
|
||||
gen_server:start_link({local, ?SRV}, ?MODULE, [], []).
|
||||
|
||||
set_timezone(TZ) ->
|
||||
set_timezone(self(),TZ).
|
||||
set_timezone(self(),TZ).
|
||||
|
||||
set_timezone(Key,TZ) ->
|
||||
ok = gen_server:call(?SRV,{set_timezone,Key,TZ}).
|
||||
ok = gen_server:call(?SRV,{set_timezone,Key,TZ}).
|
||||
|
||||
get_timezone() ->
|
||||
get_timezone(self()).
|
||||
get_timezone(self()).
|
||||
|
||||
get_timezone(Key) ->
|
||||
gen_server:call(?SRV,{get_timezone,Key}).
|
||||
gen_server:call(?SRV,{get_timezone,Key}).
|
||||
|
||||
clear_timezone() ->
|
||||
clear_timezone(self()).
|
||||
clear_timezone(self()).
|
||||
|
||||
clear_timezone(Key) ->
|
||||
ok = gen_server:call(?SRV, {clear_timezone, Key}).
|
||||
ok = gen_server:call(?SRV, {clear_timezone, Key}).
|
||||
|
||||
register_parser(Parser) when is_function(Parser,1) ->
|
||||
register_parser(erlang:make_ref(),Parser).
|
||||
register_parser(erlang:make_ref(),Parser).
|
||||
|
||||
register_parser(Key,Parser) when is_function(Parser,1) ->
|
||||
Key = gen_server:call(?SRV,{register_parser,Key,Parser}).
|
||||
Key = gen_server:call(?SRV,{register_parser,Key,Parser}).
|
||||
|
||||
deregister_parser(Key) ->
|
||||
ok = gen_server:call(?SRV,{deregister_parser,Key}).
|
||||
ok = gen_server:call(?SRV,{deregister_parser,Key}).
|
||||
|
||||
deregister_parsers() ->
|
||||
ok = gen_server:call(?SRV,{deregister_parsers}).
|
||||
ok = gen_server:call(?SRV,{deregister_parsers}).
|
||||
|
||||
get_parsers() ->
|
||||
gen_server:call(?SRV,{get_parsers}).
|
||||
gen_server:call(?SRV,{get_parsers}).
|
||||
|
||||
register_format(Key,Format) ->
|
||||
ok = gen_server:call(?SRV,{register_format,Key,Format}).
|
||||
ok = gen_server:call(?SRV,{register_format,Key,Format}).
|
||||
|
||||
get_format(Key) ->
|
||||
gen_server:call(?SRV,{get_format,Key}).
|
||||
gen_server:call(?SRV,{get_format,Key}).
|
||||
|
||||
deregister_format(Key) ->
|
||||
ok = gen_server:call(?SRV,{deregister_format,Key}).
|
||||
ok = gen_server:call(?SRV,{deregister_format,Key}).
|
||||
|
||||
|
||||
%% SERVER FUNCTIONS
|
||||
|
|
@ -85,77 +89,77 @@ deregister_format(Key) ->
|
|||
-record(state, {tz, parsers, formats}).
|
||||
|
||||
init(_) ->
|
||||
State = #state{tz=dict:new(),parsers=dict:new(),formats=dict:new()},
|
||||
{ok, State}.
|
||||
State = #state{tz=dict:new(),parsers=dict:new(),formats=dict:new()},
|
||||
{ok, State}.
|
||||
|
||||
handle_cast(_,State) ->
|
||||
{noreply, State}.
|
||||
{noreply, State}.
|
||||
|
||||
handle_info({'DOWN', MonitorRef, process, Pid, _Reason}, State) ->
|
||||
erlang:demonitor(MonitorRef),
|
||||
NewTZ = dict:erase(Pid, State#state.tz),
|
||||
NewParsers = dict:erase(Pid, State#state.parsers),
|
||||
NewFormats = dict:erase(Pid, State#state.formats),
|
||||
NewState = State#state{tz=NewTZ, parsers=NewParsers, formats=NewFormats},
|
||||
{noreply, NewState };
|
||||
erlang:demonitor(MonitorRef),
|
||||
NewTZ = dict:erase(Pid, State#state.tz),
|
||||
NewParsers = dict:erase(Pid, State#state.parsers),
|
||||
NewFormats = dict:erase(Pid, State#state.formats),
|
||||
NewState = State#state{tz=NewTZ, parsers=NewParsers, formats=NewFormats},
|
||||
{noreply, NewState };
|
||||
handle_info(_, State) ->
|
||||
{noreply, State}.
|
||||
{noreply, State}.
|
||||
|
||||
handle_call({set_timezone,Key,TZ}, _From, State) ->
|
||||
monitor_if_pid(Key),
|
||||
NewTZ = dict:store(Key, TZ, State#state.tz),
|
||||
NewState = State#state{tz=NewTZ},
|
||||
{reply, ok, NewState};
|
||||
monitor_if_pid(Key),
|
||||
NewTZ = dict:store(Key, TZ, State#state.tz),
|
||||
NewState = State#state{tz=NewTZ},
|
||||
{reply, ok, NewState};
|
||||
handle_call({clear_timezone,Key},_From, State) ->
|
||||
NewTZ = dict:erase(Key, State#state.tz),
|
||||
NewState = State#state{tz=NewTZ},
|
||||
{reply, ok, NewState};
|
||||
NewTZ = dict:erase(Key, State#state.tz),
|
||||
NewState = State#state{tz=NewTZ},
|
||||
{reply, ok, NewState};
|
||||
handle_call({get_timezone,Key},_From, State) ->
|
||||
Reply = case dict:find(Key, State#state.tz) of
|
||||
error -> undefined;
|
||||
{ok,TZ} -> TZ
|
||||
end,
|
||||
{reply, Reply, State};
|
||||
Reply = case dict:find(Key, State#state.tz) of
|
||||
error -> undefined;
|
||||
{ok,TZ} -> TZ
|
||||
end,
|
||||
{reply, Reply, State};
|
||||
|
||||
handle_call({register_parser,Key,Parser},_From,State) ->
|
||||
NewParsers = dict:store(Key, Parser, State#state.parsers),
|
||||
NewState = State#state{parsers=NewParsers},
|
||||
{reply, Key, NewState};
|
||||
NewParsers = dict:store(Key, Parser, State#state.parsers),
|
||||
NewState = State#state{parsers=NewParsers},
|
||||
{reply, Key, NewState};
|
||||
handle_call({get_parsers},_From,State) ->
|
||||
Reply = dict:to_list(State#state.parsers),
|
||||
{reply, Reply, State};
|
||||
Reply = dict:to_list(State#state.parsers),
|
||||
{reply, Reply, State};
|
||||
handle_call({deregister_parser,Key},_From,State) ->
|
||||
NewParsers = dict:erase(Key, State#state.parsers),
|
||||
NewState = State#state{parsers=NewParsers},
|
||||
{reply, ok, NewState};
|
||||
NewParsers = dict:erase(Key, State#state.parsers),
|
||||
NewState = State#state{parsers=NewParsers},
|
||||
{reply, ok, NewState};
|
||||
handle_call({deregister_parsers},_From,State) ->
|
||||
NewState = State#state{parsers=dict:new()},
|
||||
{reply, ok, NewState};
|
||||
NewState = State#state{parsers=dict:new()},
|
||||
{reply, ok, NewState};
|
||||
|
||||
handle_call({register_format,Key,Format},_From,State) ->
|
||||
NewFormats = dict:store(Key, Format, State#state.formats),
|
||||
NewState = State#state{formats=NewFormats},
|
||||
{reply, ok, NewState};
|
||||
NewFormats = dict:store(Key, Format, State#state.formats),
|
||||
NewState = State#state{formats=NewFormats},
|
||||
{reply, ok, NewState};
|
||||
handle_call({get_format,Key},_From,State) ->
|
||||
Reply = case dict:find(Key, State#state.formats) of
|
||||
error -> undefined;
|
||||
{ok, Format} -> Format
|
||||
end,
|
||||
{reply, Reply,State};
|
||||
Reply = case dict:find(Key, State#state.formats) of
|
||||
error -> undefined;
|
||||
{ok, Format} -> Format
|
||||
end,
|
||||
{reply, Reply,State};
|
||||
handle_call({deregister_format,Key},_From,State) ->
|
||||
NewFormats = dict:erase(Key, State#state.formats),
|
||||
NewState = State#state{formats=NewFormats},
|
||||
{reply, ok, NewState}.
|
||||
NewFormats = dict:erase(Key, State#state.formats),
|
||||
NewState = State#state{formats=NewFormats},
|
||||
{reply, ok, NewState}.
|
||||
|
||||
terminate(_Reason, _State) ->
|
||||
ok.
|
||||
ok.
|
||||
|
||||
code_change(_OldVersion, State, _Extra) ->
|
||||
{ok, State}.
|
||||
{ok, State}.
|
||||
|
||||
%% PRIVATE TOOLS
|
||||
|
||||
monitor_if_pid(Key) when is_pid(Key) ->
|
||||
erlang:monitor(process,Key);
|
||||
erlang:monitor(process,Key);
|
||||
monitor_if_pid(_) ->
|
||||
do_nothing.
|
||||
do_nothing.
|
||||
|
|
|
|||
|
|
@ -1,3 +1,6 @@
|
|||
% vim: ts=4 sw=4 et
|
||||
% Copyright (c) 2013 Jesse Gumm
|
||||
% See LICENSE for licensing information.
|
||||
|
||||
-module(qdate_sup).
|
||||
|
||||
|
|
@ -24,6 +27,6 @@ start_link() ->
|
|||
%% ===================================================================
|
||||
|
||||
init([]) ->
|
||||
Server = ?CHILD(qdate_srv, worker),
|
||||
Server = ?CHILD(qdate_srv, worker),
|
||||
{ok, { {one_for_one, 5, 10}, [Server]} }.
|
||||
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue