### 0.7.2 / December 23rd, 2011
- Accept @reboot and friends as raw cron syntax. [Felix Buenemann]
- Fix clear_crontab task so it will work both standalone and during deploy. [Justin Giancola]
### 0.7.1 / December 19th, 2011
- Require thread before active_support for compatibility with Rails < 2.3.11 and RubyGems >= 1.6.0. [Micah Geisel]
- More advanced role filtering in Cap task. [Brad Gessler]
- Added whenever_variables as a configuration variable in Cap task. [Steve Agalloco]
- Escape percent signs and reject newlines in jobs. [Amir Yalon]
- Escape paths so spaces don’t trip up cron. [Javan Makhmali]
- Fix ambiguous handling of 1.month with :at. 99 [Javan Makhmali]
### 0.7.0 / September 2nd, 2011
- Use mojombo’s chronic, it’s active again. [Javan Makhmali]
- Capistrano task enhancements. [Chris Griego]
- wheneverize command defaults to ’.’ directory. [Andrew Nesbitt]
- rake job_type uses bundler if detected. [Michał Szajbe]
- Indicate filename in exceptions stemming from schedule file. [Javan Makhmali]
- Don’t require rubygems, bundler where possible. [Oleg Pudeyev]
- Documentation and code cleanup. [many nice people]
### 0.6.8 / May 24th, 2011
- Convert most shortcuts to seconds. every :day -> every 1.day. 129 [Javan Makhmali]
- Allow commas in raw cron syntax. 130 [Marco Bergantin, Javan Makhmali]
- Output no update message as comments. 135 [Javan Makhmali]
- require ‘thread’ to support Rubygems >= 1.6.0. 132 [Javan Makhmali]
### 0.6.7 / March 23rd, 2011
- Fix issue with comment block being corrupted during subsequent insertion of duplicate entries to the crontab. 123 [Jeremy (@lingmann)]
- Removed -i from default job template. 118 [Javan Makhmali]
### 0.6.6 / March 8th, 2011
- Fix unclosed identifier bug. 119 [Javan Makhmali]
### 0.6.5 / March 8th, 2011
- Preserve whitespace at the end of crontab file. 95 [Rich Meyers]
- Setting nil or blank environment variables now properly formats output. [T.J. VanSlyke]
- Allow raw cron sytax, added -i to bash job template, general cleanup. [Javan Makhmali]
### 0.6.2 / October 26th, 2010
- —clear-crontab option completely removes entries. 63 [Javan Makhmali]
- Set default :environment and :path earlier in the new setup.rb (formerly job_types/default.rb). [Javan Makhmali]
- Converted README and CHANGELOG to markdown. [Javan Makhmali]
### 0.6.1 / October 20th, 2010
- Detect script/rails file and change runner to Rails 3 style if found. [Javan Makhmali]
- Created a new :job_template system that can be applied to all commands. Wraps all in bash -l -c ‘command..’ by default now for better RVM support. Stopped automatically setting the PATH too. [Javan Makhmali]
- Added a built-in Capistrano recipe. [Javan Makhmali]
### 0.5.3 / September 24th, 2010
- Better regexes for replacing Whenever blocks in the crontab. 45 [Javan Makhmali]
- Preserving backslashes when updating existing crontab. 82 [Javan Makhmali]
### 0.5.2 / September 15th, 2010
- Quotes automatically escaped in jobs. [Jay Adkisson]
- Added —cut option to the command line to allow pruning of the crontab. [Peer Allan]
- Switched to aaronh-chronic which is ruby 1.9.2 compatible. [Aaron Hurley, Javan Makhmali]
- Lots of internal reorganizing; tests broken into unit and functional. [Javan Makhmali]
### 0.5.0 / June 28th, 2010
- New job_type API for writing custom jobs. Internals use this to define command, runner, and rake. [Javan Makhmali - inspired by idlefingers (Damien)]
- Jobs < 1.hour can specify an :at. [gorenje]
- —clear option to remove crontab entries for a specific [identifier]. [mraidel (Michael Raidel)]
### 0.4.2 / April 26th, 2010
- runners now cd into the app’s directory and then execute. [Michael Guterl]
- Fix STDERR output redirection to file to append instead of overwrite. [weplay]
- Move require of tempfile lib to file that actually uses it. [Finn Smith]
- bugfix: comparison Time with 0 failed. 32 [Dan Hixon]
### 0.4.1 / November 30th, 2009
- exit(0) instead of just exit to make JRuby happy. [Elan Meng]
- Fixed activesupport deprecation warning by requiring active_support. 37 [Andrew Nesbitt]
### 0.4.0 / October 20th, 2009
- New output option replaces the old cron_log option for output redirection and is much more flexible. 31 [Peer Allan]
- Reorganized the lib files (weblog.rubyonrails.org/2009/9/1/gem-packaging-best-practices) and switched to Jeweler from Echoe.
### 0.3.7 / September 4th, 2009
- No longer tries (and fails) to combine @shortcut jobs. 20 [Javan Makhmali]
### 0.3.6 / June 15th, 2009
- Setting a PATH in the crontab automatically based on the user’s PATH. [Javan Makhmali]
### 0.3.5 / June 13th, 2009
- Added ability to accept lists of every’s and at’s and intelligently group them. (ex: every ‘monday, wednesday’, :at => [‘3pm’, ‘6am’]). [Sam Ruby]
- Fixed issue with new lines. 18 [Javan Makhmali]
### 0.3.1 / June 25th, 2009
- Removed activesupport gem dependency. 1 [Javan Makhmali]
- Switched to numeric days of the week for Solaris support (and probably others). 8 [Roger Ertesvåg]
### 0.3.0 / June 2nd, 2009
- Added ability to set variables on the fly from the command line (ex: whenever —set environment=staging). [Javan Makhmali]
### 0.2.2 / April 30th, 2009
- Days of week jobs can now accept an :at directive (ex: every :monday, :at => ‘5pm’). [David Eisinger]
- Fixed command line test so it runs without a config/schedule.rb present. [Javan Makhmali]
- Raising an exception if someone tries to specify an :at with a cron shortcut (:day, :reboot, etc) so there are no false hopes. [Javan Makhmali]
### 0.1.7 / March 5th, 2009
- Added ability to update the crontab file non-destuctively instead of only overwriting it. [Javan Makhmali — Inspired by code submitted individually from: Tien Dung (tiendung), Tom Lea (cwninja), Kyle Maxwell (fizx), and Andrew Timberlake (andrewtimberlake) on github]
### 0.1.5 / February 19th, 2009
- Fixed load path so Whenever’s files don’t conflict with anything in Rails. Thanks Ryan Koopmans. [Javan Makhmali]
### 0.1.4 / February 17th, 2009
- Added —load-file and —user opts to whenever binary. [Javan Makhmali]
### 0.1.3 / February 16th, 2009
- Added ‘rake’ helper for defining scheduled rake tasks. [Javan Makhmali]
- Renamed :cron_environment and :cron_path to :enviroment and :path for better (word) compatibility with rake tasks. [Javan Makhmali]
- Improved test load paths so tests can be run individually. [Javan Makhmali]
- Got rid of already initialized constant warning. [Javan Makhmali]
- Requiring specific gem versions: Chronic >=0.2.3 and activesupport >= 1.3.0 [Javan Makhmali]
### 0.1.0 / February 15th, 2009
- Initial release [Javan Makhmali]


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Allows various kinds of credentials (secrets) to be used in idiosyncratic ways.
(Some steps explicitly ask for credentials of a particular kind,
usually as a credentialsId
parameter,
in which case this step is unnecessary.)
Each binding will define an environment variable active within the scope of the step.
You can then use them directly from any other steps that expect environment variables to be set:
node {
withCredentials([usernameColonPassword(credentialsId: 'mylogin', variable: 'USERPASS')]) {
sh '''
set +x
curl -u "$USERPASS" https://private.server/ > output
'''
}
}
As another example (use Snippet Generator to see all options):
node {
withCredentials([string(credentialsId: 'mytoken', variable: 'TOKEN')]) {
sh '''
set +x
curl -H "Token: $TOKEN" https://some.api/
'''
}
}
Note the use of single quotes to define the script
(implicit parameter to sh
) in Groovy above.
You want the secret to be expanded by the shell as an environment variable.
The following idiom is potentially less secure, as the secret is interpolated by Groovy
and so (for example) typical operating system process listings will accidentally disclose it:
node {
withCredentials([string(credentialsId: 'mytoken', variable: 'TOKEN')]) {
sh /* WRONG! */ """
set +x
curl -H 'Token: $TOKEN' https://some.api/
"""
}
}
At least on Linux, environment variables can be obtained by other processes running in the same account, so you should not run a job which uses secrets on the same node as a job controlled by untrusted parties. In any event, you should always prefer expansion as environment variables to inclusion in the command, since Jenkins visualizations such as Blue Ocean will attempt to detect step parameters containing secrets and refuse to display them.
The secret(s) will be masked (****
) in case they are printed to the build log.
This prevents you from accidentally disclosing passwords and the like via the log.
(Bourne shell set +x
, or Windows batch @echo off
,
blocks secrets from being displayed in echoed commands;
but build tools in debug mode might dump all environment variables to standard output/error,
or poorly designed network clients might display authentication, etc.)
The masking could of course be trivially circumvented;
anyone permitted to configure a job or define Pipeline steps
is assumed to be trusted to use any credentials in scope however they like.
Beware that certain tools mangle secrets when displaying them.
As one example, Bash (as opposed to Ubuntu’s plainer Dash) does so with text containing '
in echo mode:
$ export PASS=foo"'"bar
$ env|fgrep PASS
PASS=foo'bar
$ sh -xc 'echo $PASS'
+ echo foo'bar
foo'bar
$ bash -xc 'echo $PASS'
+ echo 'foo'\''bar'
foo'bar
Mangled secrets can only be detected on a best-effort basis. By default, Jenkins will attempt to mask mangled secrets as they would appear in output of Bourne shell, Bash, Almquist shell and Windows batch. Without these strategies in place, mangled secrets would appear in plain text in log files. In the example above, this would result in:
+ echo 'foo'\''bar'
****
This particular issue can be more safely prevented by turning off echo with set +x
or avoiding the use
of shell metacharacters in secrets.
For bindings which store a secret file, beware that
node {
dir('subdir') {
withCredentials([file(credentialsId: 'secret', variable: 'FILE')]) {
sh 'use $FILE'
}
}
}
is not safe, as $FILE
might be inside the workspace (in subdir@tmp/secretFiles/
),
and thus visible to anyone able to browse the job’s workspace.
If you need to run steps in a different directory than the usual workspace, you should instead use
node {
withCredentials([file(credentialsId: 'secret', variable: 'FILE')]) {
dir('subdir') {
sh 'use $FILE'
}
}
}
to ensure that the secrets are outside the workspace; or choose a different workspace entirely:
node {
ws {
withCredentials([file(credentialsId: 'secret', variable: 'FILE')]) {
sh 'use $FILE'
}
}
}
Also see the Limitations of Credentials Masking blog post for more background.


LETTER: Luxury tax brings back bad memories
by Bruce Feher Las VegasYour recent editorial on the luxury tax brought back old memories — bad ones.
 As a yacht salesman on the Shinnecock Canal in the Hamptons on Long Island, I lost the best job I ever had. All the other workers in the yard found themselves unemployed, too, and the dealership, which was established in the 1930s, was forced to close.
In Southampton, there was a Mercedes dealership that was selling more cars than most. It, too, had to shut its doors, and several other businesses that catered to the rich failed, putting many of my friends out of work. As a result, I was forced to sell my home and leave the area.
All in all, the tax did more harm than good. But, not to worry, the politicians made out just fine.


When running Flink applications, the JVM will load various classes over time. These classes can be divided into two domains:
The Java Classpath: This is Java’s common classpath, and it includes the JDK libraries, and all code
in Flink’s /lib
folder (the classes of Apache Flink and its core dependencies).
The Dynamic User Code: These are all classes that are included in the JAR files of dynamically submitted jobs, (via REST, CLI, web UI). They are loaded (and unloaded) dynamically per job.
What classes are part of which domain depends on the particular setup in which you run Apache Flink. As a general rule, whenever you start the Flink processes first, and the submit jobs, the job’s classes are loaded dynamically. If the Flink processes are started together with the job/application, or the application spawns the Flink components (JobManager, TaskManager, etc.) then all classes are in the Java classpath.
In the following are some more details about the different deployment modes:
Standalone Session
When starting a Flink cluster as a standalone session, the JobManagers and TaskManagers are started with the Flink framework classes in the Java classpath. The classes from all jobs/applications that are submitted against the session (via REST / CLI) are loaded dynamically.
Docker / Kubernetes Sessions
Docker / Kubernetes setups that start first a set of JobManagers / TaskManagers and then submit jobs/applications via REST or the CLI behave like standalone sessions: Flink’s code is in the Java classpath, the job’s code is loaded dynamically.
YARN
YARN classloading differs between single job deployments and sessions:
When submitting a Flink job/application directly to YARN (via bin/flink run -m yarn-cluster ...
), dedicated TaskManagers and
JobManagers are started for that job. Those JVMs have both Flink framework classes and user code classes in the Java classpath.
That means that there is no dynamic classloading involved in that case.
When starting a YARN session, the JobManagers and TaskManagers are started with the Flink framework classes in the classpath. The classes from all jobs that are submitted against the session are loaded dynamically.
Mesos
Mesos setups following this documentation currently behave very much like the a YARN session: The TaskManager and JobManager processes are started with the Flink framework classes in the Java classpath, job classes are loaded dynamically when the jobs are submitted.
In setups where dynamic classloading is involved (sessions), there is a hierarchy of typically two ClassLoaders: (1) Java’s application classloader, which has all classes in the classpath, and (2) the dynamic user code classloader. for loading classes from the user-code jar(s). The user-code ClassLoader has the application classloader as its parent. cases.
By default, Flink inverts classloading order, meaning it looks into the user code classloader first, and only looks into the parent (application classloader) if the class is not part of the dynamically loaded user code.
The benefit of inverted classloading is that jobs can use different library versions than Flink’s core itself, which is very
useful when the different versions of the libraries are not compatible. The mechanism helps to avoid the common dependency conflict
errors like IllegalAccessError
or NoSuchMethodError
. Different parts of the code simply have separate copies of the
classes (Flink’s core or one of its dependencies can use a different copy than the user code).
In most cases, this work well and no additional configuration from the user is needed.
However, there are cases when the inverted classloading causes problems (see below, “X cannot be cast to X”).
You can revert back to Java’s default mode by configuring the ClassLoader resolution order via
classloader.resolve-order in the Flink config to parent-first
(from Flink’s default child-first
).
Please note that certain classes are always resolved in a parent-first way (through the parent ClassLoader first), because they
are shared between Flink’s core and the user code or the user-code facing APIs. The packages for these classes are configured via
classloader.parent-first-patterns-default and
classloader.parent-first-patterns-additional.
To add new packages to be parent-first loaded, please set the classloader.parent-first-patterns-additional
config option.
All components (JobManger, TaskManager, Client, ApplicationMaster, …) log their classpath setting on startup. They can be found as part of the environment information at the beginning of the log.
When running a setup where the Flink JobManager and TaskManagers are exclusive to one particular job, one can put JAR files
directly into the /lib
folder to make sure they are part of the classpath and not loaded dynamically.
It usually works to put the job’s JAR file into the /lib
directory. The JAR will be part of both the classpath
(the AppClassLoader) and the dynamic class loader (FlinkUserCodeClassLoader).
Because the AppClassLoader is the parent of the FlinkUserCodeClassLoader (and Java loads parent-first, by default), this should
result in classes being loaded only once.
For setups where the job’s JAR file cannot be put to the /lib
folder (for example because the setup is a session that is
used by multiple jobs), it may still be possible to put common libraries to the /lib
folder, and avoid dynamic class loading
for those.
In some cases, a transformation function, source, or sink needs to manually load classes (dynamically via reflection). To do that, it needs the classloader that has access to the job’s classes.
In that case, the functions (or sources or sinks) can be made a RichFunction
(for example RichMapFunction
or RichWindowFunction
)
and access the user code class loader via getRuntimeContext().getUserCodeClassLoader()
.
In setups with dynamic classloading, you may see an exception in the style com.foo.X cannot be cast to com.foo.X
.
This means that multiple versions of the class com.foo.X
have been loaded by different class loaders, and types of that class are attempted to be assigned to each other.
One common reason is that a library is not compatible with Flink’s inverted classloading approach. You can turn off inverted classloading
to verify this (set classloader.resolve-order: parent-first
in the Flink config) or exclude
the library from inverted classloading (set classloader.parent-first-patterns-additional
in the Flink config).
Another cause can be cached object instances, as produced by some libraries like Apache Avro, or by interning objects (for example via Guava’s Interners).
The solution here is to either have a setup without any dynamic classloading, or to make sure that the respective library is fully part of the dynamically loaded code.
The latter means that the library must not be added to Flink’s /lib
folder, but must be part of the application’s fat-jar/uber-jar
All scenarios that involve dynamic class loading (sessions) rely on classes being unloaded again. Class unloading means that the Garbage Collector finds that no objects from a class exist and more, and thus removes the class (the code, static variable, metadata, etc).
Whenever a TaskManager starts (or restarts) a task, it will load that specific task’s code. Unless classes can be unloaded, this will become a memory leak, as new versions of classes are loaded and the total number of loaded classes accumulates over time. This typically manifests itself though a OutOfMemoryError: Metaspace.
Common causes for class leaks and suggested fixes:
Lingering Threads: Make sure the application functions/sources/sinks shuts down all threads. Lingering threads cost resources themselves and additionally typically hold references to (user code) objects, preventing garbage collection and unloading of the classes.
Interners: Avoid caching objects in special structures that live beyond the lifetime of the functions/sources/sinks. Examples are Guava’s interners, or Avro’s class/object caches in the serializers.
A way to address dependency conflicts from the application developer’s side is to avoid exposing dependencies by shading them away.
Apache Maven offers the maven-shade-plugin, which allows one to change the package of a
class after compiling it (so the code you are writing is not affected by the shading). For example if you have the com.amazonaws
packages from
the aws sdk in your user code jar, the shade plugin would relocate them into the org.myorg.shaded.com.amazonaws
package, so that your code is calling your aws sdk version.
This documentation page explains relocating classes using the shade plugin.
Note that most of Flink’s dependencies, such as guava
, netty
, jackson
, etc. are shaded away by the maintainers of Flink, so users usually don’t have to worry about it.


| faq-external-vector {tidyselect} | R Documentation |
With selecting functions like dplyr::select()
or
tidyr::pivot_longer()
, you can refer to variables by name:
mtcars %>% select(cyl, am, vs) #> # A tibble: 32 x 3 #> cyl am vs #> <dbl> <dbl> <dbl> #> 1 6 1 0 #> 2 6 1 0 #> 3 4 1 1 #> 4 6 0 1 #> # ... with 28 more rows mtcars %>% select(mpg:disp) #> # A tibble: 32 x 3 #> mpg cyl disp #> <dbl> <dbl> <dbl> #> 1 21 6 160 #> 2 21 6 160 #> 3 22.8 4 108 #> 4 21.4 6 258 #> # ... with 28 more rows
For historical reasons, it is also possible to refer an external vector of variable names. You get the correct result, but with a note informing you that selecting with an external variable is ambiguous because it is not clear whether you want a data frame column or an external object.
vars <- c("cyl", "am", "vs") result <- mtcars %>% select(vars) #> Note: Using an external vector in selections is ambiguous. #> i Use `all_of(vars)` instead of `vars` to silence this message. #> i See <https://tidyselect.r-lib.org/reference/faq-external-vector.html>. #> This message is displayed once per session.
This note will become a warning in the future, and then an error. We have decided to deprecate this particular approach to using external vectors because they introduce ambiguity. Imagine that the data frame contains a column with the same name as your external variable.
some_df <- mtcars[1:4, ] some_df$vars <- 1:nrow(some_df)
These are very different objects but it isn’t a problem if the context
forces you to be specific about where to find vars
:
vars #> [1] "cyl" "am" "vs" some_df$vars #> [1] 1 2 3 4
In a selection context however, the column wins:
some_df %>% select(vars) #> # A tibble: 4 x 1 #> vars #> <int> #> 1 1 #> 2 2 #> 3 3 #> 4 4
To make your selection code more robust and silence the message, use
all_of()
to force the external vector:
some_df %>% select(all_of(vars)) #> # A tibble: 4 x 3 #> cyl am vs #> <dbl> <dbl> <dbl> #> 1 6 1 0 #> 2 6 1 0 #> 3 4 1 1 #> 4 6 0 1
For more information or if you have comments about this, please see the Github issue tracking the deprecation process.


Checked Requirements: 133 (84.18%)
|
|
Coverage of normative, in-scope requirements
|
|
Checkable requirements
|
158
|
|
Completely checked requirements
|
133 (84.18%)
|
|
Partially checked requirements
|
0 (0.00%)
|
|
Unchecked requirements
|
25 (15.82%)
|
|
Coverage of derived requirements
|
|
Derived requirements
|
8
|
|
Checked derived requirements
|
6 (75.00%)
|
|
Unchecked derived requirements
|
2 (25.00%)
|
|
Details:
|
|
Req ID
|
Description
|
Doc Sect
|
Scope
|
Status
|
Time Stamp
|
Log Files
|
|
MS-OXWSTASK_R55 |
[In t:TaskType Complex Type] IsComplete: Specifies a Boolean value that indicates whether a task has been completed. |
<IP_ADDRESS> |
Both |
Verified |
-- |
-- |
|
MS-OXWSTASK_R56 |
[In t:TaskType Complex Type] IsRecurring: Specifies a Boolean value that indicates whether a task is part of a recurring task. |
<IP_ADDRESS> |
Both |
Verified |
-- |
-- |
|
MS-OXWSTASK_R4 |
[In Transport] The protocol [MS-OXWSTASK] SHOULD use secure communications by means of HTTPS, as defined in [RFC2818]. |
2.1 |
Both |
Unverified |
-- |
-- |
|
MS-OXWSTASK_R4001 |
[In Transport] The protocol server SHOULD additionally support SOAP over HTTP, as specified in [RFC2616], as a transport means. |
2.1 |
Both |
Verified |
-- |
-- |
|
MS-OXWSCDATA_R1309 |
[In t:WeeklyRecurrencePatternType Complex Type] The element "FirstDayOfWeek" with type "t:DayOfWeekType" (section <IP_ADDRESS>) ] Specifies the first day of the week.<253> |
<IP_ADDRESS> |
Both |
Verified |
-- |
-- |
|
MS-OXWSTASK_R1 |
[In Transport] The SOAP version supported is SOAP 1.1. For details, see [SOAP1.1].
|
2.1
|
Both
|
Verified |
2020/8/3 9:10:30 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R70 |
[In t:DailyRegeneratingPatternType Complex Type] The DailyRegeneratingPatternType complex type extends the RegeneratingPatternBaseType complex type, as specified in section <IP_ADDRESS>.
<xs:complexType name="DailyRegeneratingPatternType">
<xs:complexContent>
<xs:extension
base="t:RegeneratingPatternBaseType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R73 |
[In t:MonthlyRegeneratingPatternType Complex Type] The MonthlyRegeneratingPatternType complex type extends the RegeneratingPatternBaseType complex type, as specified in section <IP_ADDRESS>.
<xs:complexType name="MonthlyRegeneratingPatternType">
<xs:complexContent>
<xs:extension
base="t:RegeneratingPatternBaseType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R209 |
[In t:RegeneratingPatternBaseType Complex Type] The RegeneratingPatternBaseType complex type extends the IntervalRecurrencePatternBaseType complex type, as specified in [MS-OXWSCDATA] section <IP_ADDRESS>.
<xs:complexType name="RegeneratingPatternBaseType"
abstract="true">
<xs:complexContent>
<xs:extension
base="t:IntervalRecurrencePatternBaseType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R29 |
[In t:TaskRecurrenceType Complex Type] The TaskRecurrenceType complex type specifies the recurrence pattern for tasks.
<xs:complexType name="TaskRecurrenceType">
<xs:sequence>
<xs:group
ref="t:TaskRecurrencePatternTypes"/>
<xs:group
ref="t:RecurrenceRangeTypes"/>
</xs:sequence>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R37 |
[In t:TasksFolderType Complex Type] The TasksFolderType complex type extends the FolderType complex type, as specified in [MS-OXWSFOLD] section <IP_ADDRESS>.
<xs:complexType name="TasksFolderType">
<xs:complexContent>
<xs:extension
base="t:FolderType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R39 |
[In t:TaskType Complex Type] The TaskType complex type extends the ItemType complex type, as specified in [MS-OXWSCORE] section <IP_ADDRESS>.
<xs:complexType name="TaskType">
<xs:complexContent>
<xs:extension
base="t:ItemType">
<xs:sequence>
<xs:element name="ActualWork"
type="xs:int"
minOccurs="0"/>
<xs:element name="AssignedTime"
type="xs:dateTime"
minOccurs="0"/>
<xs:element name="BillingInformation"
type="xs:string"
minOccurs="0"/>
<xs:element name="ChangeCount"
type="xs:int"
minOccurs="0"/>
<xs:element name="Companies"
type="t:ArrayOfStringsType"
minOccurs="0"/>
<xs:element name="CompleteDate"
type="xs:dateTime"
minOccurs="0"/>
<xs:element name="Contacts"
type="t:ArrayOfStringsType"
minOccurs="0"/>
<xs:element name="DelegationState"
type="t:TaskDelegateStateType"
minOccurs="0"/>
<xs:element name="Delegator"
type="xs:string"
minOccurs="0"/>
<xs:element name="DueDate"
type="xs:dateTime"
minOccurs="0"/>
<xs:element name="IsAssignmentEditable"
type="xs:int"
minOccurs="0"/>
<xs:element name="IsComplete"
type="xs:boolean"
minOccurs="0"/>
<xs:element name="IsRecurring"
type="xs:boolean"
minOccurs="0"/>
<xs:element name="IsTeamTask"
type="xs:boolean"
minOccurs="0"/>
<xs:element name="Mileage"
type="xs:string"
minOccurs="0"/>
<xs:element name="Owner"
type="xs:string"
minOccurs="0"/>
<xs:element name="PercentComplete"
type="xs:double"
minOccurs="0"/>
<xs:element name="Recurrence"
type="t:TaskRecurrenceType"
minOccurs="0"/>
<xs:element name="StartDate"
type="xs:dateTime"
minOccurs="0"/>
<xs:element name="Status"
type="t:TaskStatusType"
minOccurs="0"/>
<xs:element name="StatusDescription"
type="xs:string"
minOccurs="0"/>
<xs:element name="TotalWork"
type="xs:int"
minOccurs="0"/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:30 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R213 |
[In t:TaskType Complex Type] The type of ActualWork is xs:int [XMLSCHEMA2/2] section 3.3.17.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R42 |
[In t:TaskType Complex Type] ActualWork: Specifies an integer value that specifies the actual amount of time that is spent on a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R214 |
[In t:TaskType Complex Type] AssignedTime with xs:dateTime [XMLSCHEMA2/2] section 3.2.7 type specifies an instance of the DateTime structure that contains the time when a task is assigned to a contact.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R214001 |
[In t:TaskType Complex Type] This element [AssignedTime] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R215 |
[In t:TaskType Complex Type] The type of BillingInformation is xs:string [XMLSCHEMA2/2] section 3.2.1.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R44 |
[In t:TaskType Complex Type] BillingInformation: Specifies a string value that contains billing information for a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R216 |
[In t:TaskType Complex Type] The type of ChangeCount is xs:int.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R45 |
[In t:TaskType Complex Type] ChangeCount: Specifies an integer value that specifies the number of times the task has changed since it was created.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R45001 |
[In t:TaskType Complex Type] ChangeCount: This element is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R217 |
[In t:TaskType Complex Type]The type of Companies is t:ArrayOfStringsType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R47 |
[In t:TaskType Complex Type] Companies: Specifies an instance of an array of type string that represents a collection of companies that are associated with a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R218 |
[In t:TaskType Complex Type] The type of CompleteDate is xs:dateTime.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:49 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R48 |
[In t:TaskType Complex Type] CompleteDate: Specifies an instance of the DateTime structure that represents the date on which a task was completed.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R219 |
[In t:TaskType Complex Type] The type of Contacts is t:ArrayOfStringsType.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R49 |
[In t:TaskType Complex Type] Contacts: Specifies an instance of an array of type string that contains a list of contacts that are associated with a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R220 |
[In t:TaskType Complex Type] DelegationState with t:TaskDelegateStateType (section <IP_ADDRESS>) specifies one of the valid TaskDelegateStateType simple type enumeration values that represent the status of a delegated task.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R221 |
[In t:TaskType Complex Type] Delegator with xs:string type specifies a string value that contains the name of the delegator who assigned a task.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R221001 |
[In t:TaskType Complex Type] This element [Delegator] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R222 |
[In t:TaskType Complex Type] The type of DueDate is
xs:dateTime.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R53 |
[In t:TaskType Complex Type] DueDate: Specifies an instance of the DateTime structure that represents the date when a task is due.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R223 |
[In t:TaskType Complex Type] IsAssignmentEditable with xs:int type specifies an integer value that represents whether the assignment of the task is editable.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R223001 |
[In t:TaskType Complex Type] This element [IsAssignmentEditable] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R224 |
[In t:TaskType Complex Type] The type of IsComplete is xs:boolean [XMLSCHEMA2/2] section 3.2.2.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5556001 |
[In t:TaskType Complex Type] This element [[IsComplete] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R225 |
[In t:TaskType Complex Type] The type of IsRecurring is xs:boolean.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5667001 |
[In t:TaskType Complex Type] This element [IsRecurring] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R226 |
[In t:TaskType Complex Type] IsTeamTask with xs:boolean type specifies a Boolean value that indicates whether a task is owned by a team.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R226001 |
[In t:TaskType Complex Type] This element [IsTeamTask] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R227 |
[In t:TaskType Complex Type] The type of Mileage is xs:string.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R58 |
[In t:TaskType Complex Type] Mileage: Specifies a string value that represents the mileage for a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R228 |
[In t:TaskType Complex Type] Owner with xs:string type specifies a string value that represents the owner of a task.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R228001 |
[In t:TaskType Complex Type] Once the task item is created, this property is read-only for the client.<1>
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R229 |
[In t:TaskType Complex Type] The type of PercentComplete is xs:double [XMLSCHEMA2/2] section 3.2.5.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R60 |
[In t:TaskType Complex Type] PercentComplete: Specifies a double value from 0 through 100 that describes the completion status of a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R230 |
[In t:TaskType Complex Type] The type of Recurrence is t:TaskRecurrenceType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R231 |
[In t:TaskType Complex Type] The type of StartDate is xs:dateTime.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R63 |
[In t:TaskType Complex Type] StartDate: Specifies an instance of the DateTime structure that represents the start date of a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R232 |
[In t:TaskType Complex Type] The Type of Status is
t:TaskStatusType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R65 |
[In t:TaskType Complex Type] Status: Specifies one of the valid TaskStatusType simple type enumeration values that represent the status of a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R233 |
[In t:TaskType Complex Type] The type of StatusDescription is xs:string.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R66001 |
[In t:TaskType Complex Type] This element [StatusDescription] is read-only for the client.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R234 |
[In t:TaskType Complex Type] The type of TotalWork is xs:int.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R67 |
[In t:TaskType Complex Type] TotalWork: Specifies an integer value that represents the total amount of work that is associated with a task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:08 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R67001 |
[In t:TaskType Complex Type] Setting CompleteDate has the same effect as setting PercentComplete to 100 or Status to Completed.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:53 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R67002 |
[In t:TaskType Complex Type] In a request that sets at least two of these properties, the last processed property will determine the value that is set for these elements.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:53 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R78 |
[In t:WeeklyRegeneratingPatternType Complex Type] The WeeklyRegeneratingPatternType complex type extends the RegeneratingPatternBaseType complex type, as specified in section <IP_ADDRESS>.
<xs:complexType name="WeeklyRegeneratingPatternType">
<xs:complexContent>
<xs:extension
base="t:RegeneratingPatternBaseType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:35 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R81 |
[In t:YearlyRegeneratingPatternType Complex Type] The YearlyRegeneratingPatternType complex type extends the RegeneratingPatternBaseType complex type, as specified in section <IP_ADDRESS>.
<xs:complexType name="YearlyRegeneratingPatternType">
<xs:complexContent>
<xs:extension
base="t:RegeneratingPatternBaseType"/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:37 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R85 |
[In Simple Types] This enumeration [TaskDelegateStateType] is never set.
|
2.2.5
|
Both
|
Verified |
2020/8/3 9:10:47 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R88 |
[In t:TaskDelegateStateType Simple Type] The values [Accepted, Declined, Max, NoMatch, Owned and OwnNew] for this simple type [t:TaskDelegateStateType Simple Type] are never set.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:47 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R89 |
[In t:TaskDelegateStateType Simple Type] [t:TaskDelegateStateType Simple Type] is defined as
name="TaskDelegateStateType">
<xs:restriction
base="xs:string">
<xs:enumeration
value="Accepted"/>
<xs:enumeration
value="Declined"/>
<xs:enumeration
value="Max"/>
<xs:enumeration
value="NoMatch"/>
<xs:enumeration
value="Owned"/>
<xs:enumeration
value="OwnNew"/>
</xs:restriction>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R91 |
[In t:TaskDelegateStateType Simple Type] Accepted: Specifies that the task has been accepted. This value cannot be in the simple type.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R92 |
[In t:TaskDelegateStateType Simple Type] Declined: Specifies that the task has been declined.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R93 |
[In t:TaskDelegateStateType Simple Type] Max: Not used.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R94 |
[In t:TaskDelegateStateType Simple Type] NoMatch: Not used.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R96 |
[In t:TaskDelegateStateType Simple Type] Owned: Specifies that this is a new task request that has been sent, but the delegate has not yet responded to the request.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R98 |
[In t:TaskDelegateStateType Simple Type] OwnNew: Specifies that this is not a delegated task [or that the task request has been created but not sent].
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R98001 |
[In t:TaskDelegateStateType Simple Type] OwnNew: [Specifies that this is not a delegated task or] that the task request has been created but not sent.
|
<IP_ADDRESS>
|
Both
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R100 |
[In t:TaskStatusType Simple Type] The TaskStatusType simple type specifies the status of a task item.
<xs:simpleType name="TaskStatusType">
<xs:restriction
base="xs:string">
<xs:enumeration
value="Completed"/>
<xs:enumeration
value="Deferred"/>
<xs:enumeration
value="InProgress"/>
<xs:enumeration
value="NotStarted"/>
<xs:enumeration
value="WaitingOnOthers"/>
</xs:restriction>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R102 |
[In t:TaskStatusType Simple Type] Completed: Specifies that the task is completed.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:49 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R103 |
[In t:TaskStatusType Simple Type] Deferred: Specifies that the task is deferred.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:51 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R104 |
[In t:TaskStatusType Simple Type] InProgress: Specifies that the task is in progress.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:50 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R105 |
[In t:TaskStatusType Simple Type] NotStarted: Specifies that the task is not started.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:48 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R106 |
[In t:TaskStatusType Simple Type] WaitingOnOthers: Specifies that the task is waiting on other tasks.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:52 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R112 |
[In TaskRecurrencePatternTypes Group] The TaskRecurrencePatternTypes group specifies recurrence information for recurring tasks.
<xs:group name="TaskRecurrencePatternTypes">
<xs:sequence>
<xs:choice>
<xs:element name="RelativeYearlyRecurrence"
type="t:RelativeYearlyRecurrencePatternType"/>
<xs:element name="AbsoluteYearlyRecurrence"
type="t:AbsoluteYearlyRecurrencePatternType"/>
<xs:element name="RelativeMonthlyRecurrence"
type="t:RelativeMonthlyRecurrencePatternType"/>
<xs:element name="AbsoluteMonthlyRecurrence"
type="t:AbsoluteMonthlyRecurrencePatternType"/>
<xs:element name="WeeklyRecurrence"
type="t:WeeklyRecurrencePatternType"/>
<xs:element name="DailyRecurrence"
type="t:DailyRecurrencePatternType"/>
<xs:element name="DailyRegeneration"
type="t:DailyRegeneratingPatternType"/>
<xs:element name="WeeklyRegeneration"
type="t:WeeklyRegeneratingPatternType"/>
<xs:element name="MonthlyRegeneration"
type="t:MonthlyRegeneratingPatternType"/>
<xs:element name="YearlyRegeneration"
type="t:YearlyRegeneratingPatternType"/>
</xs:choice>
</xs:sequence>
</xs:group>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R235 |
[In TaskRecurrencePatternTypes Group] The type of RelativeYearlyRecurrence is t:RelativeYearlyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R115 |
[In TaskRecurrencePatternTypes Group] RelativeYearlyRecurrence: Specifies a relative yearly recurrence pattern for a recurring task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R236 |
[In TaskRecurrencePatternTypes Group] The type of AbsoluteYearlyRecurrence is t:AbsoluteYearlyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:40 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R117 |
[In TaskRecurrencePatternTypes Group] AbsoluteYearlyRecurrence: Specifies a yearly recurrence pattern for a recurring task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:40 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R237 |
[In TaskRecurrencePatternTypes Group] The type of RelativeMonthlyRecurrence is t:RelativeMonthlyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R119 |
[In TaskRecurrencePatternTypes Group] RelativeMonthlyRecurrence: Specifies a relative monthly recurrence pattern for a recurring task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R238 |
[In TaskRecurrencePatternTypes Group] The type of AbsoluteMonthlyRecurrence is t:AbsoluteMonthlyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:42 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R121 |
[In TaskRecurrencePatternTypes Group] AbsoluteMonthlyRecurrence: Specifies a monthly recurrence pattern for a recurring task.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:42 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R239 |
[In TaskRecurrencePatternTypes Group] The type of WeeklyRecurrence is t:WeeklyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R123 |
[In TaskRecurrencePatternTypes Group] WeeklyRecurrence: Specifies the weekly interval at which and the days on which a task recurs.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R240 |
[In TaskRecurrencePatternTypes Group] The type of DailyRecurrence is t:DailyRecurrencePatternType ([MS-OXWSCDATA] section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R125 |
[In TaskRecurrencePatternTypes Group] DailyRecurrence: Specifies the interval, in days, at which a task recurs.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R241 |
[In TaskRecurrencePatternTypes Group] The type of DailyRegeneration is t:DailyRegeneratingPatternType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R127 |
[In TaskRecurrencePatternTypes Group] DailyRegeneration: Specifies how many days after the completion of the current task the next occurrence will happen.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R242 |
[In TaskRecurrencePatternTypes Group] The type of WeeklyRegeneration is t:WeeklyRegeneratingPatternType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:35 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R129 |
[In TaskRecurrencePatternTypes Group] WeeklyRegeneration: Specifies how many weeks after the completion of the current task the next occurrence will happen.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:35 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R243 |
[In TaskRecurrencePatternTypes Group] The type of MonthlyRegeneration is t:MonthlyRegeneratingPatternType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R131 |
[In TaskRecurrencePatternTypes Group] MonthlyRegeneration: Specifies how many months after the completion of the current task the next occurrence will happen.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R244 |
[In TaskRecurrencePatternTypes Group] The type of YearlyRegeneration is t:YearlyRegeneratingPatternType (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:37 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R133 |
[In TaskRecurrencePatternTypes Group] YearlyRegeneration: Specifies how many years after the completion of the current task the next occurrence will happen.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:37 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R148 |
[In CopyItem Operation] The following is the WSDL port type specification for the CopyItem operation. <wsdl:operation name="CopyItem">
<wsdl:input message="tns:CopyItemSoapIn" />
<wsdl:output message="tns:CopyItemSoapOut" />
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:59 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R150 |
[In CopyItem Operation] The following is the WSDL binding specification for the CopyItem operation.<wsdl:operation name="CopyItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/CopyItem"/>
<wsdl:input>
<soap:header message="tns:CopyItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:CopyItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:CopyItemSoapIn" part="RequestVersion" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="CopyItemResult" use="literal"/>
<soap:header message="tns:CopyItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:59 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R155 |
[In CreateItem Operation] The following is the WSDL port type specification for the CreateItem operation.<wsdl:operation name="CreateItem">
<wsdl:input message="tns:CreateItemSoapIn" />
<wsdl:output message="tns:CreateItemSoapOut"/>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:30 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R157 |
[In CreateItem Operation] The following is the WSDL binding specification for the CreateItem operation.<wsdl:operation name="CreateItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/CreateItem"/>
<wsdl:input>
<soap:header message="tns:CreateItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:CreateItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:CreateItemSoapIn" part="RequestVersion" use="literal"/>
<soap:header message="tns:CreateItemSoapIn" part="TimeZoneContext" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="CreateItemResult" use="literal"/>
<soap:header message="tns:CreateItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:30 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R162 |
[In DeleteItem Operation] The following is the WSDL port type specification for the DeleteItem operation.<wsdl:operation name="DeleteItem">
<wsdl:input message="tns:DeleteItemSoapIn" />
<wsdl:output message="tns:DeleteItemSoapOut" />
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R164 |
[In DeleteItem Operation] The following is the WSDL binding specification for the DeleteItem operation. <wsdl:operation name="DeleteItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/DeleteItem"/>
<wsdl:input>
<soap:header message="tns:DeleteItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:DeleteItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:DeleteItemSoapIn" part="RequestVersion" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="DeleteItemResult" use="literal"/>
<soap:header message="tns:DeleteItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R174 |
[In t:AffectedTaskOccurrencesType Simple Type] AllOccurrences: Specifies that a DeleteItem operation request, as specified in [MS-OXWSCORE] section <IP_ADDRESS>, deletes the master task and all recurring tasks that are associated with the master task.
|
<IP_ADDRESS>.1.1
|
Both
|
Verified |
2020/8/3 9:10:57 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R175 |
[In t:AffectedTaskOccurrencesType Simple Type] SpecifiedOccurrenceOnly: Specifies that a DeleteItem operation request, as specified in [MS-OXWSCORE] section <IP_ADDRESS>, deletes only the current occurrence of a task.
|
<IP_ADDRESS>.1.1
|
Both
|
Verified |
2020/8/3 9:10:57 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R176 |
[In GetItem Operation] The following is the WSDL port type specification for the GetItem operation. <wsdl:operation name="GetItem">
<wsdl:input message="tns:GetItemSoapIn" />
<wsdl:output message="tns:GetItemSoapOut" />
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R178 |
[In GetItem Operation] The following is the WSDL binding specification for the GetItem operation. <wsdl:operation name="GetItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/GetItem"/>
<wsdl:input>
<soap:header message="tns:GetItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:GetItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:GetItemSoapIn" part="RequestVersion" use="literal"/>
<soap:header message="tns:GetItemSoapIn" part="TimeZoneContext" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="GetItemResult" use="literal"/>
<soap:header message="tns:GetItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R182 |
[In GetItem Operation] [tns:GetItemSoapOut ([MS-OXWSCORE] section <IP_ADDRESS>.1.2)] The server returns a t:GetItemResponseType complex type element, which extends the BaseResponseMessageType complex type, as specified in [MS-OXWSCDATA] section <IP_ADDRESS>, that contains properties associated with the task item.
|
<IP_ADDRESS>
|
Server
|
Unverified |
-- |
-- |
|
MS-OXWSTASK_R183 |
[In MoveItem Operation] The following is the WSDL port type specification for the MoveItem operation. <wsdl:operation name="MoveItem">
<wsdl:input message="tns:MoveItemSoapIn" />
<wsdl:output message="tns:MoveItemSoapOut" />
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:00 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R185 |
[In MoveItem Operation] The following is the WSDL binding specification for the MoveItem operation. <wsdl:operation name="MoveItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/MoveItem"/>
<wsdl:input>
<soap:header message="tns:MoveItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:MoveItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:MoveItemSoapIn" part="RequestVersion" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="MoveItemResult" use="literal"/>
<soap:header message="tns:MoveItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:11:00 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R191 |
[In UpdateItem Operation] The following is the WSDL port type specification for the UpdateItem operation. <wsdl:operation name="UpdateItem">
<wsdl:input message="tns:UpdateItemSoapIn" />
<wsdl:output message="tns:UpdateItemSoapOut"/>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:55 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R193 |
[In UpdateItem Operation] The following is the WSDL binding specification for the UpdateItem operation. <wsdl:operation name="UpdateItem">
<soap:operation soapAction="http://schemas.microsoft.com/exchange/services/2006/messages/UpdateItem"/>
<wsdl:input>
<soap:header message="tns:UpdateItemSoapIn" part="Impersonation" use="literal"/>
<soap:header message="tns:UpdateItemSoapIn" part="MailboxCulture" use="literal"/>
<soap:header message="tns:UpdateItemSoapIn" part="RequestVersion" use="literal"/>
<soap:header message="tns:UpdateItemSoapIn" part="TimeZoneContext" use="literal"/>
<soap:body parts="request" use="literal"/>
</wsdl:input>
<wsdl:output>
<soap:body parts="UpdateItemResult" use="literal"/>
<soap:header message="tns:UpdateItemSoapOut" part="ServerVersion" use="literal"/>
</wsdl:output>
</wsdl:operation>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:55 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R25 |
[In t:DayOfWeekIndexType Simple Type] The type [DayOfWeekIndexType] is defined as follow:
<xs:simpleType name="DayOfWeekIndexType">
<xs:restriction base="xs:string">
<xs:enumeration value="First"/>
<xs:enumeration value="Fourth"/>
<xs:enumeration value="Last"/>
<xs:enumeration value="Second"/>
<xs:enumeration value="Third"/>
</xs:restriction>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R33 |
[In t:DayOfWeekType Simple Type] The type [DayOfWeekType] is defined as follow:
<xs:simpleType name="DayOfWeekType">
<xs:restriction base="xs:string">
<xs:enumeration value="Day"/>
<xs:enumeration value="Friday"/>
<xs:enumeration value="Monday"/>
<xs:enumeration value="Saturday"/>
<xs:enumeration value="Sunday"/>
<xs:enumeration value="Thursday"/>
<xs:enumeration value="Tuesday"/>
<xs:enumeration value="Wednesday"/>
<xs:enumeration value="Weekday"/>
<xs:enumeration value="WeekendDay"/>
</xs:restriction>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1491 |
[In t:DayOfWeekType Simple Type] This value MUST NOT be used in the t:RelativeYearlyRecurrencePatternType (section <IP_ADDRESS>) complex types.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R2110 |
[In t:DayOfWeekType Simple Type] This value MUST NOT be used in the t:WeeklyRecurrencePatternType (section <IP_ADDRESS>) complex types.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1492 |
[In t:DayOfWeekType Simple Type] This value MUST NOT be used in the t:RelativeYearlyRecurrencePatternType complex types.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1493 |
[In t:DayOfWeekType Simple Type] This value MUST NOT be used in the t:RelativeYearlyRecurrencePatternType complex types.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R52 |
[In t:DaysOfWeekType Simple Type] The type [DaysOfWeekType] is defined as follow:<xs:simpleType name="DaysOfWeekType">
<xs:list>
<xs:itemType name="t:DayOfWeekType"/>
</xs:list>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R55 |
[In t:DaysOfWeekType Simple Type] The syntax [DaysOfWeekType] is defined as follow:
<xs:simpleType name="DaysOfWeekType">
<xs:list itemType="t:DayOfWeekType"/>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R174 |
[In t:MonthNamesType Simple Type] The type [MonthNamesType] is defined as follow:
<xs:simpleType name="MonthNamesType">
<xs:restriction
base="xs:string"
>
<xs:enumeration
value="January"
/>
<xs:enumeration
value="February"
/>
<xs:enumeration
value="March"
/>
<xs:enumeration
value="April"
/>
<xs:enumeration
value="May"
/>
<xs:enumeration
value="June"
/>
<xs:enumeration
value="July"
/>
<xs:enumeration
value="August"
/>
<xs:enumeration
value="September"
/>
<xs:enumeration
value="October"
/>
<xs:enumeration
value="November"
/>
<xs:enumeration
value="December"
/>
</xs:restriction>
</xs:simpleType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R995 |
[In t:AbsoluteMonthlyRecurrencePatternType Complex Type] The type [AbsoluteMonthlyRecurrencePatternType] is defined as follow:
<xs:complexType name="AbsoluteMonthlyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:IntervalRecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="DayOfMonth"
type="xs:int"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:42 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R997 |
[In t:AbsoluteMonthlyRecurrencePatternType Complex Type] This property [DayOfMonth] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:42 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R999 |
[In t:AbsoluteYearlyRecurrencePatternType Complex Type] The type [AbsoluteYearlyRecurrencePatternType] is defined as follow:
<xs:complexType name="AbsoluteYearlyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:RecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="DayOfMonth"
type="xs:int"
/>
<xs:element name="Month"
type="t:MonthNamesType"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:40 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1001 |
[In t:AbsoluteYearlyRecurrencePatternType Complex Type] This property [DayOfMonth] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:40 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1003 |
[In t:AbsoluteYearlyRecurrencePatternType Complex Type] This property [Month] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:40 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1081 |
[In t:ArrayOfStringsType Complex Type] The type [ArrayOfStringsType] is defined as follow:
<xs:complexType name="ArrayOfStringsType">
<xs:sequence>
<xs:element name="String"
type="xs:string"
minOccurs="0"
maxOccurs="unbounded"
/>
</xs:sequence>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1109 |
[In t:DailyRecurrencePatternType Complex Type] The type [DailyRecurrencePatternType] is defined as follow:
<xs:complexType name="DailyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:IntervalRecurrencePatternBaseType"
/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1152 |
[In t:EndDateRecurrenceRangeType Complex Type] The type [EndDateRecurrenceRangeType] is defined as follow:
<xs:complexType name="EndDateRecurrenceRangeType">
<xs:complexContent>
<xs:extension
base="t:RecurrenceRangeBaseType"
>
<xs:sequence>
<xs:element name="EndDate"
type="xs:date"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1431 |
[In t:IntervalRecurrencePatternBaseType Complex Type] The type [IntervalRecurrencePatternBaseType] is defined as follow:
<xs:complexType name="IntervalRecurrencePatternBaseType"
abstract="true"
>
<xs:complexContent>
<xs:extension
base="t:RecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="Interval"
type="xs:int"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1632 |
[In t:IntervalRecurrencePatternBaseType Complex Type] The element "Interval" is "xs:int" type ([XMLSCHEMA2]).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1179 |
[In t:IntervalRecurrencePatternBaseType Complex Type] The element "Interval" with type "xs:int" specifies the interval between two consecutive recurring items.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1203 |
[In t:NoEndRecurrenceRangeType Complex Type] The type [NoEndRecurrenceRangeType] is defined as follow:
<xs:complexType name="NoEndRecurrenceRangeType">
<xs:complexContent>
<xs:extension
base="t:RecurrenceRangeBaseType"
/>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1236 |
[In t:NumberedRecurrenceRangeType Complex Type] The type [NumberedRecurrenceRangeType] is defined as follow:
<xs:complexType name="NumberedRecurrenceRangeType">
<xs:complexContent>
<xs:extension
base="t:RecurrenceRangeBaseType"
>
<xs:sequence>
<xs:element name="NumberOfOccurrences"
type="xs:int"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1255 |
[In t:RelativeMonthlyRecurrencePatternType Complex Type] The type [RelativeMonthlyRecurrencePatternType] is defined as follow:
<xs:complexType name="RelativeMonthlyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:IntervalRecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="DaysOfWeek"
type="t:DayOfWeekType"
/>
<xs:element name="DayOfWeekIndex"
type="t:DayOfWeekIndexType"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1638 |
[In t:RelativeMonthlyRecurrencePatternType Complex Type] The element "DaysOfWeek" is "t:DayOfWeekType" type (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1256 |
[In t:RelativeMonthlyRecurrencePatternType Complex Type] The element "DaysOfWeek" with type "t:DayOfWeekType" specifies the days of the week that are used in a relative monthly recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1639 |
[In t:RelativeMonthlyRecurrencePatternType Complex Type] The element "DayOfWeekIndex" is "t:DayOfWeekIndexType" type(section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1257 |
[In t:RelativeMonthlyRecurrencePatternType Complex Type] The element "DayOfWeekIndex" with type "t:DayOfWeekIndexType" specifies the week that is used in a relative monthly recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:41 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1259 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The type [RelativeYearlyRecurrencePatternType] is defined as follow:
<xs:complexType name="RelativeYearlyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:RecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="DaysOfWeek"
type="t:DayOfWeekType"
/>
<xs:element name="DayOfWeekIndex"
type="t:DayOfWeekIndexType"
/>
<xs:element name="Month"
type="t:MonthNamesType"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1640 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "DaysOfWeek" is "t:DayOfWeekType" type.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1260 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "DaysOfWeek" with type "t:DayOfWeekType" specifies the days of the week that are used in a relative yearly recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1261 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] This element [DaysOfWeek] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1641 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "DayOfWeekIndex" is "t:DayOfWeekIndexType" type.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1262 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "DayOfWeekIndex" with type "t:DayOfWeekIndexType" specifies the week that is used in a relative yearly recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1263 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] This element [DayOfWeekIndex] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1642 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "Month" is "t:MonthNamesType" type.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1264 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] The element "Month" with type "t:MonthNamesType" specifies the month when a yearly recurring item occurs.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1265 |
[In t:RelativeYearlyRecurrencePatternType Complex Type] This element [Month] MUST be present.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:38 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1307 |
[In t:WeeklyRecurrencePatternType Complex Type] The type [WeeklyRecurrencePatternType] is defined as follow:
<xs:complexType name="WeeklyRecurrencePatternType">
<xs:complexContent>
<xs:extension
base="t:IntervalRecurrencePatternBaseType"
>
<xs:sequence>
<xs:element name="DaysOfWeek"
type="t:DaysOfWeekType"
/>
<xs:element name="FirstDayOfWeek"
type="t:DayOfWeekType"
minOccurs="0"
/>
</xs:sequence>
</xs:extension>
</xs:complexContent>
</xs:complexType>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1653 |
[In t:WeeklyRecurrencePatternType Complex Type] The element "DaysOfWeek" is "t:DaysOfWeekType" type (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1308 |
[In t:WeeklyRecurrencePatternType Complex Type] The element "DaysOfWeek" with type "t:DaysOfWeekType" specifies the days of the week that are in the weekly recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1351 |
[In t:RecurrenceRangeTypes Group] The group [t:RecurrenceRangeTypes] is defined as follow:
<xs:group name="t:RecurrenceRangeTypes">
<xs:sequence>
<xs:choice>
<xs:element name="NoEndRecurrence"
type="t:NoEndRecurrenceRangeType"
/>
<xs:element name="EndDateRecurrence"
type="t:EndDateRecurrenceRangeType"
/>
<xs:element name="NumberedRecurrence"
type="t:NumberedRecurrenceRangeType"
/>
</xs:choice>
</xs:sequence>
</xs:group>
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1660 |
[In t:RecurrenceRangeTypes Group] The element "NoEndRecurrence" is "t:NoEndRecurrenceRangeType" type (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1352 |
[In t:RecurrenceRangeTypes Group] The element "NoEndRecurrence" with type "t:NoEndRecurrenceRangeType" specifies a recurrence pattern that does not have a defined end date.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:34 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1661 |
[In t:RecurrenceRangeTypes Group] The element "EndDateRecurrence" is "t:EndDateRecurrenceRangeType" type (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1353 |
[In t:RecurrenceRangeTypes Group] The element "EndDateRecurrence" with type "t:EndDateRecurrenceRangeType" specifies the start date and the end date of an item recurrence pattern.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:32 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1662 |
[In t:RecurrenceRangeTypes Group] The element "NumberedRecurrence" is"t:NumberedRecurrenceRangeType" type (section <IP_ADDRESS>).
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1354 |
[In t:RecurrenceRangeTypes Group] The element "NumberedRecurrence" with type "t:NumberedRecurrenceRangeType" specifies the start date and the number of occurrences of a recurring item.
|
<IP_ADDRESS>
|
Both
|
Verified |
2020/8/3 9:10:31 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5555 |
[In t:TaskType Complex Type] [IsComplete is] True, indicates a task has been completed. |
<IP_ADDRESS> |
Both |
Complete Verified |
2020/8/3 9:11:10 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5556 |
[In t:TaskType Complex Type] [IsComplete is] False, indicates a task has not been completed. |
<IP_ADDRESS> |
Both |
Complete Verified |
2020/8/3 9:11:11 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5666 |
[In t:TaskType Complex Type] [IsRecurring is] True, indicates a task is part of a recurring task. |
<IP_ADDRESS> |
Both |
Complete Verified |
2020/8/3 9:11:13 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R5667 |
[In t:TaskType Complex Type] [IsRecurring is] False, indicates a task is not part of a recurring task. |
<IP_ADDRESS> |
Both |
Complete Verified |
2020/8/3 9:11:13 |
ms-oxwstask_log.xml |
|
MS-OXWSTASK_R212 |
[In Appendix C: Product Behavior] Implementation does use secure communications by means of HTTPS, as defined in [RFC2818]. (Exchange Server 2007 and above follow this behavior.) |
8 |
Both |
Unverified |
-- |
-- |
|
MS-OXWSTASK_R212001 |
[In Appendix C: Product Behavior] Implementation does support SOAP over HTTP, as specified in [RFC2616], as a transport means. (Exchange Server 2007 and above follow this behavior.) |
8 |
Both |
Complete Verified |
2020/8/3 9:10:30 |
ms-oxwstask_log.xml |
|
MS-OXWSCDATA_R1489 |
[In Appendix C: Product Behavior] Implementation does not include the FirstDayOfWeek element. (<253> Section <IP_ADDRESS>: Exchange 2007 do not include the FirstDayOfWeek element.) |
8 |
Server |
Unverified |
-- |
-- |
|
MS-OXWSCDATA_R4005 |
[In Appendix C: Product Behavior] Implementation does include the element "FirstDayOfWeek" with type "t:DayOfWeekType (section <IP_ADDRESS>)" which specifies the first day of the week. (Exchange Server 2013 and above follow this behavior.) |
8 |
Server |
Complete Verified |
2020/8/3 9:10:44 |
ms-oxwstask_log.xml |


Main app was shut down and you need to enter your passwor to go back to app.


species climate change distribution area Phlebotomus areas model suitable {border-style Mediterranean geographical leishmaniasis sand px;} study temperature #ffffff;} niche shift Leishmania data modeling papatasi vectors Climate predicted variables vector ariasi flies future gained Europe lost maximum occurrence phlebotomine climatic conditions models potential presence sergenti southern western central new precipitation Europe, alexandri current indicates projections prospected scenario scenarios using Middle Trop color countries ecological environmental higher prediction px; range time used {font-family Ecological Parasitol Vectors disease font-size occur regions south species’ suspected (Diptera: African Europe. Generalized Indeed, North Psychodidae) centroid changes different distributions double; ensemble especially increase linear north northern performance periods present quarter showed studies vector-borne (Table Africa Med New Parasit Res Species [], additive border-color border-width bordering decrease diseases factors fly highly included layers mean minimum recorded scenarios, solid; values {font-style {font-weight (Bio) (Fig. (mean (true ./j.-...x ./j.actatropica... ./s--- Acta Barón Bio Bio, Cambridge East Ecol Environ Fig. Geographical Germany Killick-Kendrick Plebotomus Precipitation Science TSS University annual better bold classification coldest consensus considered contribution courier; derived distributed driest effect em; estimated extreme forecasting global human latitude latitudes learning machine main models, models. month non-endemic number obtained optimistic pessimistic predict projection pt;} ranging rate) region scenarios. skill spread stable statistic studied techniques variable warmest warming wettest widely


cp
OS/161 Reference Manual
Name
cp - copy files
Synopsis
/bin/cp oldfile newfile
Description
cp copies the file oldfile to the file newfile,
overwriting newfile if it already exists.
cp supports no options.
Requirements
cp uses the following syscalls:
cp should function properly once the basic system calls assignment is
completed.
See Also
ln, mv


Since the days of the medieval Hanseatic League Hamburg has been a Free City and port of international status. Hamburg still has the second busiest harbour in Europe, and stands as a City-State in Germany’s Federal Republic. A constant ebb and flow of seafarers has given Hamburg a rakish reputation, which is half the fun of St Pauli and the infamous Reeperbahn. There are many other sides to the city, whether it’s the peace of its canals and the Alster lake in summer, or the many first-class visitor attractions. If you haven’t been to Hamburg for a few years, now is time to come again. The city is changing as we speak, as the new HafenCity revitalises the waterfront and adds new, ultra-modern reference points like the mesmerising Elbphilharmonie concert hall. Let’s explore the best things to do in Hamburg:
When Hamburg finally joined the German customs zone in 1888, work began on a new warehouse district for its free port. Residential quarters on the Zollkanal were removed and storage facilities were constructed on oak piles and with Gothic Revival architecture. Now protected as a World Heritage Site, the Speicherstadt or City of Warehouses has an atmosphere all its own, and it’s enough just to walk through these red-brick canyons, crossing the canals and admiring the glazed decoration on the gabled facades. Some of the warehouses have recently been turned into apartments, others are visitor attractions, while a few still fill their original purpose, storing spices, tea, coffee and electronics.
Boat trips aren’t just another thing to do in Hamburg; They’re the best way to see the harbour and waterside districts. These trips can also be done on the cheap (or free on your Hamburg CARD), as a line-up of public HADAG ferries depart the floating jetties at Landungsbrücken and make round trips. So say you want a whirlwind trip past the hulking cranes of Europe’s second-busiest container port, you can catch the 61 boat, which sails to Neuhof and back. Or if you’d like to marvel at the HafenCity and the Elbphilharmonie from the water step aboard number 72.
Hamburg’s city hall is as stirring as they come, and reflects the prosperity and optimism of a newly united Germany at the end of the 19th century. The architecture on the 133-metre-wide facade is Neo-Renaissance, and the tower in the centre soars to 112 metres. There are short-term exhibitions inside, which are free to view and you can go through to the courtyard, which has a fountain crowned with a statue of the goddess Hygieia. Or you can pay a small fee and take an hour-long tour. The interior has more of a Historicist design and one of its talking points is the amazing number of rooms inside: 647 at the last count, because oddly enough a whole new room was discovered in the tower in 1971.
Planten un Blomen, which translates as the very imaginative Plants and Flowers, spans over 100 acres and is a favorite among locals and travelers. Referred to as "Hamburg's green lung," it is home to various themed gardens, including a rose garden, Mediterranean terraces and one of the largest Japanese landscaped gardens in Europe. Planten un Blomen offers much more than the eponymous "plants and flowers." There are playgrounds, mini-golf, an ice rink in winter and a roller rink in summer, and even life-size chess games. There are also several cafes and food kiosks. Many past visitors said the park is a relaxing place to unwind and highly recommend touring the Japanese garden. Others said the park is well-maintained and a worthy stop even in the offseason.


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Overview¶
What follows is an overview of the libraries installable by RoStrap:
RoStrap-owned Libraries by category¶
Core¶
Resources - The core resource manager and library loader for RoStrap. Centralizes library loading and simplifies resource management.
Classes¶
Enumeration - A Lua implementation of Roblox Enums with the ability to declare new ones
Enumeration.SelectionControllerType = {"Checkbox", "Radio", "Switch"} local Radio = Enumeration.SelectionControllerType.Radio print(Radio) --> Enumeration.SelectionControllerType.Radio print(Radio.EnumerationType) --> SelectionControllerType print(Radio.Name) --> Radio print(Radio.Value) --> 1
PseudoInstance - A library for declaring black-boxed classes similar to Roblox Instances
ReplicatedPseudoInstance - An extension of PseudoInstance with an automatic replication system
DataTypes¶
Array - A few utility functions which can operate on Arrays
SortedArray - A class for sorted arrays using the binary search algorithm
Table - A few utility functions which operate on Tables, notably Table.Lock
Debugging¶
Debug - Better error/warn functions and an implementation of TableToString
Typer - Type Checker and Function Signature Assigner
local AddPlayer = Typer.AssignSignature(Typer.InstanceWhichIsAPlayer, function(plr) print(plr) end) AddPlayer(game:GetService("Players").LocalPlayer) -- good! AddPlayer(10) -- [Typer] {AddPlayer} bad argument #1: expected Instance which is a Player, got number 10
Events¶
Janitor - Light-weight, flexible object for cleaning up connections, instances, or anything. Intended to reach all use cases
Signal - A class for creating API-compatible Roblox Events
Helper¶
FastSpawn - Expensive method of running a function on a new thread without yielding a frame (like spawn) and works within Roblox's thread scheduler (coroutine.resume(coroutine.create(Func))
is now preferred)
Make - Shorthand for instance declarations
Input¶
Keys - Simplifies Key input bindings
local Q = Keys.Q -- returns a Key Object Q.KeyDown:Connect(function() print("Q was pressed!") end) Q.KeyUp:Connect(function() print("Q was let go!") end)
Interpolation¶
Bezier - Lua implementation of (2D) Bezier curves
local EasingFunc = Bezier.new(0.17, 0.67, 0.83, 0.67)
EasingFunctions - A bunch of reuseable Easing Functions, including those from the Material Design specification (Standard, Acceleration, and Deceleration)
Lerps - Holds all Lerp functions for Roblox objects, with a special visually-linear color lerping function
Tween - Tweening library modeled after the TweenPosition method built upon Lerps and EasingFunctions
Tween(workspace.Part, "Transparency", 1, Standard, 2, true)
Math¶
BigNum - A BigNum with Fractions implementation for big-integer calculations, optimized for DataStore storage and networking.
print(BigNum.new("1025123") ^ BigNum.new("9")) --><PHONE_NUMBER>547080859766804627957328989496357747253559363
Leveler - Level and Experience class, because why not?
Normal - Random number generator along a Normal distribution curve
WeightedProbabilityFunction - A syntactically pleasing way of creating functions which randomly pick an option based upon its relative probability
local CoinToss = WeightedProbabilityFunction.new { Heads = 0.5; Tails = 0.5; } print(CoinToss()) --> Heads
RoStrapUI¶
AsymmetricTransformation - Transform function for Paper from the Material Design specifications
Checkbox - A Material Design checkbox element
ChoiceDialog - A Material Design ChoiceDialog element with built-in replication
Color - Material Design's 2014 Color Palette
Radio - A Material Design radio element
RadioGroup - A wrapper class for a group of radio elements
RippleButton - A Material Design button element
Rippler - A Material design class responsible for creating ripples
SelectionController - A class from which the checkbox and radio classes inherit
Shadow - A Shadow/Elevation rendering PseudoInstance
Snackbar - A Material Design Snackbar element with built-in replication
Time¶
Date - A reimplementation of the vanilla Lua os.date function built upon the one exposed by RobloxLua
print(Date("ISO 8601: %FT%T%#z")) --> ISO 8601: 2020-12-31T01:03:05-05:00
SyncedPoller - Calls functions on an interval along os.time
(for cross-server simultaneous calls)
Sentry¶
Sentry - A library for reporting errors/warnings/messages to your Sentry account
Try - (DEPRECATED in favor of Promise) An asynchronous pcall-wrapper library for controlling the flow of error-prone, interdependent functions.
Roblox-owned Libraries¶
Roact - A declarative UI library similar to Facebook's React
Rodux - A state management library inspired by Redux
Roact-Rodux - An ergonomic binding between Roact and Rodux
Highly trusted Libraries¶
Promise - An implementation of Promise similar to Promise/A+
Aurora - Manages status effects (known as "Auras")
DataStoreService - An implementation of Roblox's DataStoreService in Lua for seamless offline development & testing
Cmdr - A fully extensible and type-safe admin command console
EvLightning - Realistic-looking lightning bolt generator
RadialImage - A library which displays radial progress indicators using a sprite sheet generated by a nifty tool
Third-Party Libraries¶


Newborn baby dies 10 days after receiving serious injuries at St Neots' home
Cambridgeshire Police arrest man and woman after the baby was found with severe injuries at an address in St Neots and days later died in Addenbrooke's Hospital
by Bradley Jolly, https://www.mirror.co.uk/authors/bradley-jolly/A newborn baby has died 10 days after receiving serious injuries at a home.
The 12-week-old tot succumbed to the wounds in hospital today.
A man and a woman have been arrested over the death.
The baby was rushed to Addenbrooke's Hospital last week after suffering the injuries in St Neots, Cambridgeshire.
A spokesman for Cambridgeshire Police said: "His death is being treated as suspicious and an investigation has been launched.
"A man and a woman were arrested on suspicion of attempted murder and have since been released on police bail until 28 November."
The victim or those arrested have not yet been named by police.
The investigation continues.
We'll be bringing you the very latest updates, pictures and video on this breaking news story.
Please check back regularly for updates on this developing story here at Mirror.co.uk .
For the latest news and breaking news visit Mirror.co.uk/news .
Get all the big headlines, pictures, analysis, opinion and video on the stories that matter to you.
Follow us on Twitter @DailyMirror - the official Daily Mirror & Mirror Online Twitter account - real news in real time.
We're also on Facebook /dailymirror - your must-see news, features, videos and pictures throughout the day from the Daily Mirror, Sunday Mirror and Mirror Online.


FMC Resources
- Block Trainer - Great tool to practice making 2x2x2 blocks and extending those to 2x2x3.
- Insertion Finder - An obvious resource to long-time FMC competitors, this website will find "optimal" insertions for your skeleton. Great tool regardless of your skill level, but especially useful if you are learning how to do insertions.
- Fewest Moves Tutorial by Sebastiano Tronto - The definitive resource for FMC. Contains tutorials and examples on nearly every aspect of FMC solving, including blockbuilding, EO, insertions, NISS, and useful algs.
- My intuitive explanation of NISS - This is how I explain NISS to people, and I think it's useful as a way to truly understand why it works, not just how to use it.
- FMC Solves - A blog of very interesting FMC solves. Not maintained so much anymore, but still very interesting to go through some of these!
- The FMC Thread - Another great resource of self-submitted FMC solves of varying skill levels. Nearly 10 years old and still active today.
Online FMC Competitions
- SpeedSolving Online Competitions - The definitive online speedsolving competition, which also has a fewest moves competition built in. Currently a Bo1 competition, but will be in the Mo3 format in 2019.
- Speedcube.de (German Forum) FMC Competition - A very popular forum-based competition, with many German and foreign participants!
- CubingTime - Another online speedsolving competition with fewest moves included. What makes this competition unique is the enforced 1 hour time limit. Solutions only count toward the leaderboard if they are typed in correctly before 1 hour expires.
My Local Cubing Groups
Other Resources
- BLD Memo Tools by Kevin Matthews - A great tool for practicing BLD execution or memo, without having to do both at the same time. You can generate scrambles and type in your memo to check if it's right without needing to execute, and you can also generate a scramble with a memo to practice execution alone. Works for 2x2x2 up to 7x7x7.


{% extends "admin/base_site.html" %} {% load i18n l10n admin_urls %} {% block navbar-fixed %} navbar-fixed{% endblock %} {% block bodyclass %}{{ block.super }} app-{{ opts.app_label }} model-{{ opts.model_name }} delete-confirmation delete-selected-confirmation{% endblock %} {% block breadcrumbs %} {% endblock %} {% block content %}
{% blocktrans %}Deleting the selected {{ objects_name }} would result in deleting related objects, but your account doesn't have permission to delete the following types of objects:{% endblocktrans %}
{% blocktrans %}Deleting the selected {{ objects_name }} would require deleting the following protected related objects:{% endblocktrans %}
{% blocktrans %}you want to delete the selected {{ objects_name }}? All of the following objects and their related items will be deleted:{% endblocktrans %}
{% include "admin/includes/object_delete_summary.html" %}


Latest exchange rates lookup
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--- title: "Minesweeper" date: 2019-10-18 01:14:07 excerpt: "A very klutchy minesweeper, that nonetheless works." tags: javascript html games css categories: things ---


Simple download page
Download the jquery file
This link should be clicked in stead of being stuck on the previous download link.


Revenge and Black Magic: Man Murdered Because Mom Did 'Kala Jadu'
Nagpur-resident Arun was killed because his aunt had family problems which she believed were being caused by the supernatural powers of Arun's mother.
New Delhi: In what could qualify as a shocking revenge drama, a Nagpur man was allegedly killed by his relatives who suspected that his mother might have been doing black magic on them.
Thirty-five-year-old Arun Santosh Waghmere, a resident of the Tarodi Khurd locality in Nagpur, was found dead on Sunday morning. A manhunt was launched and it was found out that there was a web of family conspiracies behind the murder. Arun’s paternal aunt Ratnamala Manoj Ganvir and her daughter Shubhangi were arrested on charges of killing Arun. However, Shubhangi’s boyfriend was also a conduit in the murder who is on the run.
Four months ago, Ganvir’s brother had committed suicide. Ganvir’s other daughter Pratima, too, often fell sick. It was then that Ganvir suspected that Arun’s mother was affecting her family through her black magic power. Even Arun didn’t like Shubhangi’s closeness with Vishwakarma, the third accused in the murder case.
A case under IPC sections 302 (murder) and 34 (acts done by several persons in furtherance of common intention) was registered at the Wathoda Police Station.
(With PTI Inputs)
For breaking news and live news updates, like us on Facebook or follow us on Twitter and Instagram. Read more on India Latest News on India.com.
Story Timeline
- 10 Nov 2019 Man Murders His Wife Because She Had a Crush on Hrithik Roshan, Hangs Himself Later
- 07 Nov 2019 'Hindu Girl Who Was Found Dead in Pakistan Hostel Was Raped Before Being Murdered,' Reveals Autopsy
- 07 Nov 2019 Coimbatore Double Murder Case: SC Dismisses Review Plea, Death Row Convict to be Hanged
Comments - Join the Discussion


| Today In Math History | This is placement text!!! The Antikythera mechanism (/ˌæntᵻkᵻˈθiːrə/ ant-i-ki-theer-ə or /ˌæntᵻˈkɪθərə/ ant-i-kith-ə-rə) is an ancient Greek analogue computer[1][2][3][4] and orrery used to predict astronomical positions and eclipses for calendrical and astrological purposes.[5][6][7] It could also track the four-year cycle of athletic games which was similar, but not identical, to an Olympiad, the cycle of the ancient Olympic Games.[8][9][10] |
|---|
| What's New In Science | This is placement text!!! The artefact was recovered on May 17, 1902[14][15] from the Antikythera shipwreck off the Greek island of Antikythera, which in antiquity was known as Aigila.[16] Believed to have been designed and constructed by Greek scientists, the instrument has been variously dated to about 87 BC,[17] or between 150 and 100 BC,[5] or in 205 BC,[18][19] or within a generation before the date of the shipwreck (in about 150 BC). |


AutoMenus Help Doc Purpose - dynamically load HTML for menus from an external HTML file - allow menus to be edited simply and have changes applied to existing HTML docs - speed generation of HTML documents by reducing redundant code Requirements 1. expect autoMenu home folder off webserver root: http://connexions.org/autoMenu/ 2. expect folder to contain HTML menu templates: http://connexions.org/autoMenu/Templates 3. customized autoMenu.js to load required HTML templates, example: http://connexions.org/autoMenu/cxAutoMenu.js Procedure 1. Insert into  section:   2. Modify  tag:  3. Insert
 with custom ID attribute in  section:
AutoMenu: insert T_TopMenu.html here
 4. Result
Notes - use this document as an example implementation - menu templates are are standard HTML files, so they can be edited/copied/... easily - CSS can be included in menu templates between
 tags - Javscript in menu templates will not work--use an external .js file. This appears to be a browser security feature. - example menu template: http://connexions.org/autoMenu/Templates/T_CxTopMenu.html Fin!


[[getTitleText_(activeNetworkState, deviceState)]]
[[getNetworkStateText_(activeNetworkState, deviceState.*)]]


Here is your home where you do whatever you want
Where you'll find everything you liked, rated, and others
Discover all the books, genres and authors out there
No ads, and you can download any book to read on your device without internet!
In our app, or through all social media, check up on your friend's activities
Our best books and combinations based on your interests and taste


NEWLY ADDED AIRPORT :
RWY
TWY NO
TORA
TODA
ASDA
WIDTH
SLOPE%
LDA
M/A %
G/A Alt.
EOSID TEXT :
EOSID & G/A ALTITUDE :
EOSID SPECIAL CHART REQUIRED ?
NO
YES
G/A ALTITUDE IS SUITABLE FOR ACCELERATION ?
YES
NO
FINDINGS
LHS TRACKSPACE RECORD NO
RESOLUTION
DATE


You can use the left/right arrow keys to view the history of the game. This game is written in Haskell. The code is open source. David Peter, 2014-2023


|
ACTS
Version 1.0.0
|
#include "esp_sleep.h"
#include "esp_log.h"
#include "driver/adc.h"
#include <time.h>
#include <sys/time.h>
#include "BaseTask.hpp"
#include "Setup.hpp"
Go to the source code of this file.
Classes | |
| class | StandbyController |
| Class that controlls the devices sleepmodes. More... | |
21 september, 2017


Header
Subheader
Menu Option 1
Menu Option 2
Article #1
This is the first article.
Article #2
This is the second article.


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