public static IList <IScheduledRule> LoadRules(string strRules)
{
IList <IScheduledRule> list = new List <IScheduledRule>();
foreach (Match match in ScheduledUtils.regex.Matches(strRules))
{
ScheduledRule scheduledRule = new ScheduledRule();
scheduledRule.Rule = new TaskRule
{
Type = match.Groups["Type"].Value,
Offest = match.Groups["Offset"].Value
};
string value = match.Groups["Count"].Value;
scheduledRule.Count = (string.IsNullOrEmpty(value) ? 0 : TypeParsers.ConvertTo <int>(value));
string value2 = match.Groups["EndDate"].Value;
scheduledRule.End = (string.IsNullOrEmpty(value2) ? DateTime.MinValue : TypeParsers.ConvertTo <DateTime>(value2));
if (Enum.IsDefined(ScheduledUtils.type, scheduledRule.Rule.Type))
{
list.Add(scheduledRule);
}
}
foreach (Match match2 in ScheduledUtils.regexBlockInterval.Matches(strRules))
{
ScheduledBlockIntervalRule scheduledBlockIntervalRule = new ScheduledBlockIntervalRule();
scheduledBlockIntervalRule.Begin = match2.Groups["Begin"].Value;
scheduledBlockIntervalRule.Interval = match2.Groups["Interval"].Value;
scheduledBlockIntervalRule.Region = new TaskRegion
{
Type = match2.Groups["RegionType"].Value,
StartOffest = match2.Groups["StartOffset"].Value,
StopOffest = match2.Groups["StopOffset"].Value
};
if (Enum.IsDefined(ScheduledUtils.type, scheduledBlockIntervalRule.Region.Type))
{
list.Add(scheduledBlockIntervalRule);
}
}
foreach (Match match3 in ScheduledUtils.regexBlockTimer.Matches(strRules))
{
ScheduledBlockTimerRule scheduledBlockTimerRule = new ScheduledBlockTimerRule();
scheduledBlockTimerRule.Begin = match3.Groups["Begin"].Value;
scheduledBlockTimerRule.Rule = new TaskRule
{
Type = match3.Groups["RuleType"].Value,
Offest = match3.Groups["RuleOffset"].Value
};
scheduledBlockTimerRule.Region = new TaskRegion
{
Type = match3.Groups["RegionType"].Value,
StartOffest = match3.Groups["StartOffset"].Value,
StopOffest = match3.Groups["StopOffset"].Value
};
if (Enum.IsDefined(ScheduledUtils.type, scheduledBlockTimerRule.Rule.Type) && Enum.IsDefined(ScheduledUtils.type, scheduledBlockTimerRule.Region.Type))
{
list.Add(scheduledBlockTimerRule);
}
}
return(list);
}
private static IScheduledItem BaseRule(ScheduledRule rule)
{
if (rule == null)
{
return(null);
}
IScheduledItem result = null;
try
{
string type;
switch (type = rule.Rule.Type)
{
case "BySecond":
case "ByMinute":
case "Hourly":
case "Daily":
case "Weekly":
case "Monthly":
result = new ScheduledTime(rule.Rule.Type, rule.Rule.Offest);
break;
case "BySleep":
if (rule.Count == 0 && (rule.End == DateTime.MaxValue || rule.End == DateTime.MinValue))
{
result = new SimpleInterval(DateTime.Now, TimeSpan.Parse(rule.Rule.Offest));
}
else
{
if (rule.Count > 0)
{
result = new SimpleInterval(DateTime.Now, TimeSpan.Parse(rule.Rule.Offest), rule.Count);
}
else
{
if (rule.End != DateTime.MaxValue)
{
result = new SimpleInterval(DateTime.Now, TimeSpan.Parse(rule.Rule.Offest), rule.End);
}
}
}
break;
}
}
catch
{
}
return(result);
}
public static IScheduledItem Provider(IScheduledRule rule)
{
IScheduledItem result;
if (rule is ScheduledBlockIntervalRule)
{
ScheduledBlockIntervalRule rule2 = rule as ScheduledBlockIntervalRule;
result = SchedulerFactory.BlockIntervalRule(rule2);
}
else
{
if (rule is ScheduledBlockTimerRule)
{
ScheduledBlockTimerRule rule3 = rule as ScheduledBlockTimerRule;
result = SchedulerFactory.BlockTimerRule(rule3);
}
else
{
ScheduledRule rule4 = rule as ScheduledRule;
result = SchedulerFactory.BaseRule(rule4);
}
}
return(result);
}