dbus-daemon - Message bus daemon
dbus-daemon
dbus-daemon [--version] [--session] [--system] [--config-file=FILE] [--print-address [=DESCRIPTOR]] [--print-pid [=DESCRIPTOR]] [--fork]
dbus-daemon is the D-Bus message bus daemon. See m[blue]http://www.freedesktop.org/software/dbus/m[] for more information about the big picture. D-Bus is first a library that provides one-to-one communication between any two applications; dbus-daemon is an application that uses this library to implement a message bus daemon. Multiple programs connect to the message bus daemon and can exchange messages with one another.
There are two standard message bus instances: the systemwide message bus (installed on many systems as the "messagebus" init service) and the per-user-login-session message bus (started each time a user logs in). dbus-daemon is used for both of these instances, but with a different configuration file.
The --session option is equivalent to "--config-file=/etc/dbus-1/session.conf" and the --system option is equivalent to "--config-file=/etc/dbus-1/system.conf". By creating additional configuration files and using the --config-file option, additional special-purpose message bus daemons could be created.
The systemwide daemon is normally launched by an init script, standardly called simply "messagebus".
The systemwide daemon is largely used for broadcasting system events, such as changes to the printer queue, or adding/removing devices.
The per-session daemon is used for various interprocess communication among desktop applications (however, it is not tied to X or the GUI in any way).
SIGHUP will cause the D-Bus daemon to PARTIALLY reload its configuration file and to flush its user/group information caches. Some configuration changes would require kicking all apps off the bus; so they will only take effect if you restart the daemon. Policy changes should take effect with SIGHUP.
The following options are supported:
--config-file=FILE
Use the given configuration file.
--fork
Force the message bus to fork and become a daemon, even if the configuration file does not specify that it should. In most contexts the configuration file already gets this right, though. This option is not supported on Windows.
--nofork
Force the message bus not to fork and become a daemon, even if the configuration file specifies that it should. On Windows, the dbus-daemon never forks, so this option is allowed but does nothing.
--print-address[=DESCRIPTOR]
Print the address of the message bus to standard output, or to the given file descriptor. This is used by programs that launch the message bus.
--print-pid[=DESCRIPTOR]
Print the process ID of the message bus to standard output, or to the given file descriptor. This is used by programs that launch the message bus.
--session
Use the standard configuration file for the per-login-session message bus.
--system
Use the standard configuration file for the systemwide message bus.
--version
Print the version of the daemon.
--introspect
Print the introspection information for all D-Bus internal interfaces.
--address[=ADDRESS]
Set the address to listen on. This option overrides the address configured in the configuration file.
--systemd-activation
Enable systemd-style service activation. Only useful in conjunction with the systemd system and session manager on Linux.
--nopidfile
Don*(Aqt write a PID file even if one is configured in the configuration files.
A message bus daemon has a configuration file that specializes it for a particular application. For example, one configuration file might set up the message bus to be a systemwide message bus, while another might set it up to be a per-user-login-session bus.
The configuration file also establishes resource limits, security parameters, and so forth.
The configuration file is not part of any interoperability specification and its backward compatibility is not guaranteed; this document is documentation, not specification.
The standard systemwide and per-session message bus setups are configured in the files "/etc/dbus-1/system.conf" and "/etc/dbus-1/session.conf". These files normally <include> a system-local.conf or session-local.conf; you can put local overrides in those files to avoid modifying the primary configuration files.
The configuration file is an XML document. It must have the following doctype declaration:
<!DOCTYPE busconfig PUBLIC "-//freedesktop//DTD D-Bus Bus Configuration 1.0//EN"
"m[blue]http://www.freedesktop.org/standards/dbus/1.0/busconfig.dtdm[]">
The following elements may be present in the configuration file.
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<busconfig>
Root element.
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<type>
The well-known type of the message bus. Currently known values are "system" and "session"; if other values are set, they should be either added to the D-Bus specification, or namespaced. The last <type> element "wins" (previous values are ignored). This element only controls which message bus specific environment variables are set in activated clients. Most of the policy that distinguishes a session bus from the system bus is controlled from the other elements in the configuration file.
If the well-known type of the message bus is "session", then the DBUS_STARTER_BUS_TYPE environment variable will be set to "session" and the DBUS_SESSION_BUS_ADDRESS environment variable will be set to the address of the session bus. Likewise, if the type of the message bus is "system", then the DBUS_STARTER_BUS_TYPE environment variable will be set to "system" and the DBUS_SESSION_BUS_ADDRESS environment variable will be set to the address of the system bus (which is normally well known anyway).
Example: <type>session</type>
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<include>
Include a file <include>filename.conf</include> at this point. If the filename is relative, it is located relative to the configuration file doing the including.
<include> has an optional attribute "ignore_missing=(yes|no)" which defaults to "no" if not provided. This attribute controls whether it*(Aqs a fatal error for the included file to be absent.
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<includedir>
Include all files in <includedir>foo.d</includedir> at this point. Files in the directory are included in undefined order. Only files ending in ".conf" are included.
This is intended to allow extension of the system bus by particular packages. For example, if CUPS wants to be able to send out notification of printer queue changes, it could install a file to /etc/dbus-1/system.d that allowed all apps to receive this message and allowed the printer daemon user to send it.
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<user>
The user account the daemon should run as, as either a username or a UID. If the daemon cannot change to this UID on startup, it will exit. If this element is not present, the daemon will not change or care about its UID.
The last <user> entry in the file "wins", the others are ignored.
The user is changed after the bus has completed initialization. So sockets etc. will be created before changing user, but no data will be read from clients before changing user. This means that sockets and PID files can be created in a location that requires root privileges for writing.
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<fork>
If present, the bus daemon becomes a real daemon (forks into the background, etc.). This is generally used rather than the --fork command line option.
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<keep_umask>
If present, the bus daemon keeps its original umask when forking. This may be useful to avoid affecting the behavior of child processes.
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<syslog>
If present, the bus daemon will log to syslog.
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<pidfile>
If present, the bus daemon will write its pid to the specified file. The --nopidfile command-line option takes precedence over this setting.
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<allow_anonymous>
If present, connections that authenticated using the ANONYMOUS mechanism will be authorized to connect. This option has no practical effect unless the ANONYMOUS mechanism has also been enabled using the <auth> element, described below.
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<listen>
Add an address that the bus should listen on. The address is in the standard D-Bus format that contains a transport name plus possible parameters/options.
Example: <listen>unix:path=/tmp/foo</listen>
Example: <listen>tcp:host=localhost,port=1234</listen>
If there are multiple <listen> elements, then the bus listens on multiple addresses. The bus will pass its address to started services or other interested parties with the last address given in <listen> first. That is, apps will try to connect to the last <listen> address first.
tcp sockets can accept IPv4 addresses, IPv6 addresses or hostnames. If a hostname resolves to multiple addresses, the server will bind to all of them. The family=ipv4 or family=ipv6 options can be used to force it to bind to a subset of addresses
Example: <listen>tcp:host=localhost,port=0,family=ipv4</listen>
A special case is using a port number of zero (or omitting the port), which means to choose an available port selected by the operating system. The port number chosen can be obtained with the --print-address command line parameter and will be present in other cases where the server reports its own address, such as when DBUS_SESSION_BUS_ADDRESS is set.
Example: <listen>tcp:host=localhost,port=0</listen>
tcp/nonce-tcp addresses also allow a bind=hostname option, used in a listenable address to configure the interface on which the server will listen: either the hostname is the IP address of one of the local machine*(Aqs interfaces (most commonly <IP_ADDRESS>), or a DNS name that resolves to one of those IP addresses, or *(Aq**(Aq to listen on all interfaces simultaneously. If not specified, the default is the same value as "host".
Example: <listen>tcp:host=localhost,bind=*,port=0</listen>
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<auth>
Lists permitted authorization mechanisms. If this element doesn*(Aqt exist, then all known mechanisms are allowed. If there are multiple <auth> elements, all the listed mechanisms are allowed. The order in which mechanisms are listed is not meaningful.
Example: <auth>EXTERNAL</auth>
Example: <auth>DBUS_COOKIE_SHA1</auth>
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<servicedir>
Adds a directory to scan for .service files. Directories are scanned starting with the first to appear in the config file (the first .service file found that provides a particular service will be used).
Service files tell the bus how to automatically start a program. They are primarily used with the per-user-session bus, not the systemwide bus.
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<standard_session_servicedirs/>
<standard_session_servicedirs/> is equivalent to specifying a series of <servicedir/> elements for each of the data directories in the "XDG Base Directory Specification" with the subdirectory "dbus-1/services", so for example "/usr/share/dbus-1/services" would be among the directories searched.
The "XDG Base Directory Specification" can be found at m[blue]http://freedesktop.org/wiki/Standards/basedir-specm[] if it hasn*(Aqt moved, otherwise try your favorite search engine.
The <standard_session_servicedirs/> option is only relevant to the per-user-session bus daemon defined in /etc/dbus-1/session.conf. Putting it in any other configuration file would probably be nonsense.
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<standard_system_servicedirs/>
<standard_system_servicedirs/> specifies the standard system-wide activation directories that should be searched for service files. This option defaults to /usr/share/dbus-1/system-services.
The <standard_system_servicedirs/> option is only relevant to the per-system bus daemon defined in /etc/dbus-1/system.conf. Putting it in any other configuration file would probably be nonsense.
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<servicehelper/>
<servicehelper/> specifies the setuid helper that is used to launch system daemons with an alternate user. Typically this should be the dbus-daemon-launch-helper executable in located in libexec.
The <servicehelper/> option is only relevant to the per-system bus daemon defined in /etc/dbus-1/system.conf. Putting it in any other configuration file would probably be nonsense.
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<limit>
<limit> establishes a resource limit. For example:
<limit name="max_message_size">64</limit> <limit name="max_completed_connections">512</limit>
The name attribute is mandatory. Available limit names are:
"max_incoming_bytes" : total size in bytes of messages incoming from a single connection "max_incoming_unix_fds" : total number of unix fds of messages incoming from a single connection "max_outgoing_bytes" : total size in bytes of messages queued up for a single connection "max_outgoing_unix_fds" : total number of unix fds of messages queued up for a single connection "max_message_size" : max size of a single message in bytes "max_message_unix_fds" : max unix fds of a single message "service_start_timeout" : milliseconds (thousandths) until a started service has to connect "auth_timeout" : milliseconds (thousandths) a connection is given to authenticate "pending_fd_timeout" : milliseconds (thousandths) a fd is given to be transmitted to dbus-daemon before disconnecting the connection "max_completed_connections" : max number of authenticated connections "max_incomplete_connections" : max number of unauthenticated connections "max_connections_per_user" : max number of completed connections from the same user "max_pending_service_starts" : max number of service launches in progress at the same time "max_names_per_connection" : max number of names a single connection can own "max_match_rules_per_connection": max number of match rules for a single connection "max_replies_per_connection" : max number of pending method replies per connection (number of calls-in-progress) "reply_timeout" : milliseconds (thousandths) until a method call times out
The max incoming/outgoing queue sizes allow a new message to be queued if one byte remains below the max. So you can in fact exceed the max by max_message_size.
max_completed_connections divided by max_connections_per_user is the number of users that can work together to denial-of-service all other users by using up all connections on the systemwide bus.
Limits are normally only of interest on the systemwide bus, not the user session buses.
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<policy>
The <policy> element defines a security policy to be applied to a particular set of connections to the bus. A policy is made up of <allow> and <deny> elements. Policies are normally used with the systemwide bus; they are analogous to a firewall in that they allow expected traffic and prevent unexpected traffic.
Currently, the system bus has a default-deny policy for sending method calls and owning bus names. Everything else, in particular reply messages, receive checks, and signals has a default allow policy.
In general, it is best to keep system services as small, targeted programs which run in their own process and provide a single bus name. Then, all that is needed is an <allow> rule for the "own" permission to let the process claim the bus name, and a "send_destination" rule to allow traffic from some or all uids to your service.
The <policy> element has one of four attributes:
context="(default|mandatory)" at_console="(true|false)" user="username or userid" group="group name or gid"
Policies are applied to a connection as follows:
- all context="default" policies are applied - all group="connection*(Aqs user*(Aqs group" policies are applied in undefined order - all user="connection*(Aqs auth user" policies are applied in undefined order - all at_console="true" policies are applied - all at_console="false" policies are applied - all context="mandatory" policies are applied
Policies applied later will override those applied earlier, when the policies overlap. Multiple policies with the same user/group/context are applied in the order they appear in the config file.
<deny>
<allow>
A <deny> element appears below a <policy> element and prohibits some action. The <allow> element makes an exception to previous <deny> statements, and works just like <deny> but with the inverse meaning.
The possible attributes of these elements are:
send_interface="interface_name" send_member="method_or_signal_name" send_error="error_name" send_destination="name" send_type="method_call" | "method_return" | "signal" | "error" send_path="/path/name" receive_interface="interface_name" receive_member="method_or_signal_name" receive_error="error_name" receive_sender="name" receive_type="method_call" | "method_return" | "signal" | "error" receive_path="/path/name" send_requested_reply="true" | "false" receive_requested_reply="true" | "false" eavesdrop="true" | "false" own="name" own_prefix="name" user="username" group="groupname"
Examples:
<deny send_destination="org.freedesktop.Service" send_interface="org.freedesktop.System" send_member="Reboot"/> <deny send_destination="org.freedesktop.System"/> <deny receive_sender="org.freedesktop.System"/> <deny user="john"/> <deny group="enemies"/>
The <deny> element*(Aqs attributes determine whether the deny "matches" a particular action. If it matches, the action is denied (unless later rules in the config file allow it).
send_destination and receive_sender rules mean that messages may not be sent to or received from the *owner* of the given name, not that they may not be sent *to that name*. That is, if a connection owns services A, B, C, and sending to A is denied, sending to B or C will not work either.
The other send_* and receive_* attributes are purely textual/by-value matches against the given field in the message header.
"Eavesdropping" occurs when an application receives a message that was explicitly addressed to a name the application does not own, or is a reply to such a message. Eavesdropping thus only applies to messages that are addressed to services and replies to such messages (i.e. it does not apply to signals).
For <allow>, eavesdrop="true" indicates that the rule matches even when eavesdropping. eavesdrop="false" is the default and means that the rule only allows messages to go to their specified recipient. For <deny>, eavesdrop="true" indicates that the rule matches only when eavesdropping. eavesdrop="false" is the default for <deny> also, but here it means that the rule applies always, even when not eavesdropping. The eavesdrop attribute can only be combined with send and receive rules (with send_* and receive_* attributes).
The [send|receive]_requested_reply attribute works similarly to the eavesdrop attribute. It controls whether the <deny> or <allow> matches a reply that is expected (corresponds to a previous method call message). This attribute only makes sense for reply messages (errors and method returns), and is ignored for other message types.
For <allow>, [send|receive]_requested_reply="true" is the default and indicates that only requested replies are allowed by the rule. [send|receive]_requested_reply="false" means that the rule allows any reply even if unexpected.
For <deny>, [send|receive]_requested_reply="false" is the default but indicates that the rule matches only when the reply was not requested. [send|receive]_requested_reply="true" indicates that the rule applies always, regardless of pending reply state.
user and group denials mean that the given user or group may not connect to the message bus.
For "name", "username", "groupname", etc. the character "*" can be substituted, meaning "any." Complex globs like "foo.bar.*" aren*(Aqt allowed for now because they*(Aqd be work to implement and maybe encourage sloppy security anyway.
<allow own_prefix="a.b"/> allows you to own the name "a.b" or any name whose first dot-separated elements are "a.b": in particular, you can own "a.b.c" or "a.b.c.d", but not "a.bc" or "a.c". This is useful when services like Telepathy and ReserveDevice define a meaning for subtrees of well-known names, such as org.freedesktop.Telepathy.ConnectionManager.(anything) and org.freedesktop.ReserveDevice1.(anything).
It does not make sense to deny a user or group inside a <policy> for a user or group; user/group denials can only be inside context="default" or context="mandatory" policies.
A single <deny> rule may specify combinations of attributes such as send_destination and send_interface and send_type. In this case, the denial applies only if both attributes match the message being denied. e.g. <deny send_interface="foo.bar" send_destination="foo.blah"/> would deny messages with the given interface AND the given bus name. To get an OR effect you specify multiple <deny> rules.
You can*(Aqt include both send_ and receive_ attributes on the same rule, since "whether the message can be sent" and "whether it can be received" are evaluated separately.
Be careful with send_interface/receive_interface, because the interface field in messages is optional. In particular, do NOT specify <deny send_interface="org.foo.Bar"/>! This will cause no-interface messages to be blocked for all services, which is almost certainly not what you intended. Always use rules of the form: <deny send_interface="org.foo.Bar" send_destination="org.foo.Service"/>
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<selinux>
The <selinux> element contains settings related to Security Enhanced Linux. More details below.
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<associate>
An <associate> element appears below an <selinux> element and creates a mapping. Right now only one kind of association is possible:
<associate own="org.freedesktop.Foobar" context="foo_t"/>
This means that if a connection asks to own the name "org.freedesktop.Foobar" then the source context will be the context of the connection and the target context will be "foo_t" - see the short discussion of SELinux below.
Note, the context here is the target context when requesting a name, NOT the context of the connection owning the name.
There*(Aqs currently no way to set a default for owning any name, if we add this syntax it will look like:
<associate own="*" context="foo_t"/>
If you find a reason this is useful, let the developers know. Right now the default will be the security context of the bus itself.
If two <associate> elements specify the same name, the element appearing later in the configuration file will be used.
See m[blue]http://www.nsa.gov/selinux/m[] for full details on SELinux. Some useful excerpts:
Every subject (process) and object (e.g. file, socket, IPC object, etc) in the system is assigned a collection of security attributes, known as a security context. A security context contains all of the security attributes associated with a particular subject or object that are relevant to the security policy.
In order to better encapsulate security contexts and to provide greater efficiency, the policy enforcement code of SELinux typically handles security identifiers (SIDs) rather than security contexts. A SID is an integer that is mapped by the security server to a security context at runtime.
When a security decision is required, the policy enforcement code passes a pair of SIDs (typically the SID of a subject and the SID of an object, but sometimes a pair of subject SIDs or a pair of object SIDs), and an object security class to the security server. The object security class indicates the kind of object, e.g. a process, a regular file, a directory, a TCP socket, etc.
Access decisions specify whether or not a permission is granted for a given pair of SIDs and class. Each object class has a set of associated permissions defined to control operations on objects with that class.
D-Bus performs SELinux security checks in two places.
First, any time a message is routed from one connection to another connection, the bus daemon will check permissions with the security context of the first connection as source, security context of the second connection as target, object class "dbus" and requested permission "send_msg".
If a security context is not available for a connection (impossible when using UNIX domain sockets), then the target context used is the context of the bus daemon itself. There is currently no way to change this default, because we*(Aqre assuming that only UNIX domain sockets will be used to connect to the systemwide bus. If this changes, we*(Aqll probably add a way to set the default connection context.
Second, any time a connection asks to own a name, the bus daemon will check permissions with the security context of the connection as source, the security context specified for the name in the config file as target, object class "dbus" and requested permission "acquire_svc".
The security context for a bus name is specified with the <associate> element described earlier in this document. If a name has no security context associated in the configuration file, the security context of the bus daemon itself will be used.
If you*(Aqre trying to figure out where your messages are going or why you aren*(Aqt getting messages, there are several things you can try.
Remember that the system bus is heavily locked down and if you haven*(Aqt installed a security policy file to allow your message through, it won*(Aqt work. For the session bus, this is not a concern.
The simplest way to figure out what*(Aqs happening on the bus is to run the dbus-monitor program, which comes with the D-Bus package. You can also send test messages with dbus-send. These programs have their own man pages.
If you want to know what the daemon itself is doing, you might consider running a separate copy of the daemon to test against. This will allow you to put the daemon under a debugger, or run it with verbose output, without messing up your real session and system daemons.
To run a separate test copy of the daemon, for example you might open a terminal and type:
DBUS_VERBOSE=1 dbus-daemon --session --print-address
The test daemon address will be printed when the daemon starts. You will need to copy-and-paste this address and use it as the value of the DBUS_SESSION_BUS_ADDRESS environment variable when you launch the applications you want to test. This will cause those applications to connect to your test bus instead of the DBUS_SESSION_BUS_ADDRESS of your real session bus.
DBUS_VERBOSE=1 will have NO EFFECT unless your copy of D-Bus was compiled with verbose mode enabled. This is not recommended in production builds due to performance impact. You may need to rebuild D-Bus if your copy was not built with debugging in mind. (DBUS_VERBOSE also affects the D-Bus library and thus applications using D-Bus; it may be useful to see verbose output on both the client side and from the daemon.)
If you want to get fancy, you can create a custom bus configuration for your test bus (see the session.conf and system.conf files that define the two default configurations for example). This would allow you to specify a different directory for .service files, for example.
See m[blue]http://www.freedesktop.org/software/dbus/doc/AUTHORSm[]
Please send bug reports to the D-Bus mailing list or bug tracker, see m[blue]http://www.freedesktop.org/software/dbus/m[]


Four seeds of Anadenanthera Colubrina were microwaved so they'd pop, which they did a little, they didn't burst, though. The popped seeds were crushed with baking soda (about 1/4 volume - usually people use limestone, but its really about being basic, not about a specific material) until they were about as fine as the soda. The mixture was wettened a little (to help the active substance solve and to soak the soda into the material), then dried again and crushed. The result was nearly a teaspoon full of brownish material. I split the material into 4 pretty long 'lines' for insuffulation.
I proceeded to insuffulate it as quickly as possible, which was 2 lines in quick succession, then a pause of a few minutes, trying to bear the pain, desire to sneeze violently, and nasty taste. My nostrils felt filled with cement at that point. I began to notice effects during the break.
Then I insuffulated the other 2 lines, with a short break in between. I laid down on the couch. The psychoactive effects were quite noticeable, but short of a real trip. Some colorful CEV's, definite trippy feeling, definite 'intoxicated' feeling, but no real trip. Runny nose later on.
Critique:
- apparently my nostrils were quite dry. That might mean the DMT wasnt solved to get into my bloodstream, and that some of the first 2 lines ended up in my throat instead of where it belongs. Later on, when my nose got runny, the effects were a little stronger. I should have split the material into several shorter lines, so that my nose would get runny quickly, and the material would stick better.
- the material should be insuffulated completely in as short a time as possible, which I just didnt manage. The pain and smell were just overwhelming. The fear of sneezing and blasting half a litre of mucous/drug mixture everywhere was overwhelming.
- maybe it could have worked better with limestone, which is a little more basic, iirc.
- the psychoactive effect was generally pleasing, extremely visual for such a low level (impressive colors)
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


According to Stocker, global warming is a long-term rise in the average temperature of the Earth's climate system, an aspect of climate change shown by temperature measurements and by multiple effects of the warming. In this website, we aims to introduce the causes and effects of it.
Furthermore, we would to invite YOU to join our team to protect the earth.
Ming |
Luiza |
Alison |
Jennifer |


Best Secret Santa gifts: funny, silly and actually really good present ideas for under £10
by Precious AdesinaBuying the perfect secret Santa gifts is never easy, especially at work. How do you get something funny, unusual, yet appropriate? Something that says you appreciate all the work they do, but doesn't take them way too seriously.
It's even more difficult when you end up with someone you barely know, such as Meg from accounting who you've only spoken to briefly that one time a couple years ago. You still want to get them a nice good quality Christmas gift nonetheless.
We've picked out 30 of the best secret Santa gifts, all for under a tenner. These suggestions include everything from chocolates to fluorescent candles to books.
1. Paperchase A4 marble lined notebook
Everybody needs a notebook, so this one may brighten up their day a bit more than any regular old bland one from the stationery cupboard.
2. Bodyshop Hemp Hand Protector
This hand cream is the Bodyshop's bestseller so it will surely make your colleague's hands lovely and smooth during the winter months. And if that isn't good enough, it's vegetarian too. Very on trend.
3. Tiled Margot Monogram Mug
Pick the appropriate letter of the alphabet for your colleague, then watch them enjoy their Secret Santa gift all year. It's the gift that lasts a lifetime... just make sure they wash it up.
4. Little black book: A toolkit for working women
Practical advice is always a gift. Give someone this very helpful toolkit for working women - especially if they're surrounded by men. They'll learn how to finally ask for that much deserved pay rise they've been thinking about.
5. Noel's Serrano and Mango Hot Sauce
Hot sauce is having a moment and this spicy little number will be sure to blow their heads off. In a good way. A perfect condiment for lunchtime tupperware salads.
6. Oliver Bonas Emergency Tech Kit
This present couldn't be more useful if it tried. Make sure they are prepared for any on-the-go tech emergencies with this kit. This handy gift includes a microfibre cloth, 2-in-1 USB cable and cable tie, play a spray bottle of cleaner.
7. Captain Fawcett Private Stock Beard Oil
Beards deserve love to. Why not consider getting the chap with the luscious facial hair this blend of sweet almond, jojoba and vitamin E oils.
8. Pink & Silver Foiled Base Plant Pot Extra Small
Help them at a pop of colour to their desk with this pink and silver plant pot. You could even take the gift one step further by getting them a plant to put in it too.
9.  By J. Krishnamurti
Learn from one of the world's greatest thinking about about everything from lover and relationships to anxiety and loneliness. According to Urban Outfitter, "he reveals the best way of being true to one’s self."
10. Amazon printable gift voucher
We've all got work acquaintances we just don't know that well, so a nice vague, non-personal, inoffensive gift voucher is actually the ideal gift. And considering that Amazon sells pretty much everything, they can spend it on whatever mystery interests they have.
11. Fortnum & Mason Moroccan Mint Loose Tea Tin
A holiday is probably out of the Secret Santa budget, but you could give them a taste of Moroccan culture with this refreshing mint tea. Don't forget to tell them that it is traditionally served with sugar in a decorative glass to guests multiple times a day.
12. Fake News Game
A game where the players have to guess which of the quotes were actually said by Donald Trump. Just double check they don't count him as a role model before you wrap it...
13. Ian Snow hand painted stainless steel lady with flowers tumbler
Make sure they are getting their recommended daily water intake with this stunning stainless steel tumbler. They'll be reminded how thoughtful you are every time they take a sip.
14. Thomas & Grace Pink Himalayan Salted Almond
Sweet things usually go down well and you never know, they might share them with you. With how beautifully packaged it is, you won't even have to think about wrapping it.
15. True Grace Candles Pair, Fluorescent Pink
Any interiors fans will love these ultra bright candles in neon pink, but they come in a rainbow of colours so pick the shade that suits their soul.
16. Sass & Belle Barney the Dog Shaped Planter
This planter has to be one of the cutest gifts you could give to a co-worker. Their office plant will be very cosy in this dog shaped item. Just make sure they water it.
17. Oliver Bonas Lotus Flower & Amber Orange Soap
This luxury gift will have them feeling lavish and clean. Lotus flower and amber orange make for the perfect combination of scents.
18. Anatomy of Cycling Postcards
Everyone is a cycling enthusiast now so chances are you could give this to anyone in the office and still hit the bullseye.
19. Cancer Research Customisable Hessian Sack
Nothing will decorate their desk better than this cactus within a glass dome. And with your money going to Cancer Research, there'll be good vibes all round.
20. The White Company Frill Top Mercury Tealight Holder
Something for them to take home. The tealight holder will look elegant and sophisticated on their coffee table. All they'll need is a simple tealight every time they want to add some warmth to their decor.
21. House Of Dorchester Sea salt caramel truffles box of six
These perfectly presented sea salt caramel chocolates will have mouths watering. Though they may end up gobbling up the whole thing in a few seconds, this is no doubt a simple yet elegant gift.
22.
23. Firebox Unicorn Tears Miniature
Vodka made from unicorn tears? You already know who you're going to buy this for, don't you.
24. Thumbs Up Light Box Key Chain
Light boxes are very on trend. This mini key-ring version comes with multiple letters so put a message on there for your colleague. Or they can, of course, create something festive for themselves.
25. Kikkerland head massager
Perfect for the office stress-head, this head massager will reduce any tension they have. This handy device will help them find their inner calm. Assuming it's in there, of course.
26. Sci-fi Movie Trump Cards
Attention earthlings! This is the ideal Secret Santa present for anyone who loves to dissect every second of Blade Runner: The Final Cut.
27. Personalised Santa Snow Globe
Cute, kitsch and under ten quid. We're in. This couldn't be more Christmas if it tried and the fact you can get their name on it makes it extra special.
28. Oliver Bonas Gold Drink Shimmer
This edible glitter will add a touch of glitz to their favourite tipple. Maybe they'll share it with you at the next office party.
29. Name the Emoji Card Game
Any millennials will, of course, excel at this game or why not give it to the office technophone and drag them into the world of smiley faces, cute animals and indeterminate vegetable symbols?
30. Fortnum & Mason Green Shiny Bauble with Gold Decoration
A stylish tree decoration for a stylish friend. Is this the most chic Secret Santa gift ever? And it couldn't be more festive if it tried.
For more festive features and gift guides, including our round-up of best stocking fillers, see our Christmas guide.
All the products mentioned in this article are selected independently by our journalists. The Telegraph makes money by adding affiliate links to some of the products.


Class TestFixture_01_MixedRealityToolkitTests
Inheritance
TestFixture_01_MixedRealityToolkitTests
Assembly: XRTK.Tests.dll
public class TestFixture_01_MixedRealityToolkitTests
Methods
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Declaration
[TearDown]
public void CleanupMixedRealityToolkitTests()
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Declaration
[Test]
public void Test_01_InitializeMixedRealityToolkit()
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Declaration
[Test]
public void Test_02_TestNoMixedRealityConfigurationFound()
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Declaration
[Test]
public void Test_03_CreateMixedRealityToolkit()
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Declaration
[Test]
public void Test_04_01_RegisterMixedRealityDataProvider()
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Declaration
[Test]
public void Test_04_02_01_UnregisterMixedRealityDataProviderByType()
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Declaration
[Test]
public void Test_04_02_02_UnregisterMixedRealityDataProviderByTypeAndName()
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Declaration
[Test]
public void Test_04_03_RegisterMixedRealityDataProviders()
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Declaration
[Test]
public void Test_04_04_UnregisterMixedRealityDataProvidersByType()
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Declaration
[Test]
public void Test_04_05_MixedRealityDataProviderDoesNotExist()
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Declaration
[Test]
public void Test_04_06_MixedRealityDataProviderDoesNotReturn()
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Declaration
[Test]
public void Test_04_07_ValidateMixedRealityDataProviderName()
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Declaration
[Test]
public void Test_04_08_GetMixedRealityDataProviderCollectionByInterface()
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Declaration
[Test]
public void Test_04_09_GetAllMixedRealityDataProviders()
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Declaration
[Test]
public void Test_05_01_RegisterMixedRealityExtensionService()
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Declaration
[Test]
public void Test_05_02_01_UnregisterMixedRealityExtensionServiceByType()
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Declaration
[Test]
public void Test_05_02_02_UnregisterMixedRealityExtensionServiceByTypeAndName()
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Declaration
[Test]
public void Test_05_03_RegisterMixedRealityExtensionServices()
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Declaration
[Test]
public void Test_05_04_UnregisterMixedRealityExtensionServicesByType()
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Declaration
[Test]
public void Test_05_05_MixedRealityExtensionService2DoesNotExist()
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Declaration
[Test]
public void Test_05_06_MixedRealityExtensionServiceDoesNotReturnByName()
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Declaration
[Test]
public void Test_05_07_ValidateExtensionServiceName()
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Declaration
[Test]
public void Test_05_08_GetMixedRealityExtensionServiceCollectionByInterface()
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[Test]
public void Test_05_09_GetAllMixedRealityExtensionServices()
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Declaration
[Test]
public void Test_07_01_EnableServicesByType()
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Declaration
[Test]
public void Test_07_02_DisableServicesByType()
Extension Methods


Dear Customer,
Welcome to the Aaho trucking network. Aaho (registered as Trans IQ Technologies Private Limited) is a tech-driven transportation company,
with a suite of products and solutions for all your long-haul road freight requirements. We serve over 200 customers on 100+ routes all over
India, with a network of over 4000 verified trucks of all sizes and body types.
We would like to take this opportunity to introduce the various benefits our customers enjoy, such as:
1)
Shipment Tracking: Track the progress and location of your shipment by visiting
www.aaho.in
and simply putting in your LR number.
2) Online MIS: You can view your entire dispatch summary, invoice and payment history, as well as the relevant trip documentation
(such as PODs, freight invoices) on our web portal. Please reply to this mail and we'll instantly setup your account for free!
3) E-waybills: Just send us your invoice / delivery challan and we will generate the E-waybill for you.
{% if customer_cp > 15 %}
4) Discounts: We offer attractive discounts against advance payment of invoices. Please reply to this mail to know more.
{% endif %}
Additionally, for compliance and taxation purposes, please find attached with this mail:
1) Our company PAN card
2) Our declaration for non-deduction of TDS under section 194
3) Our MSME registration certificate (for compliance with the 2019 MCA order relating to "Furnishing of information about payment to MSMEs")
We are always happy to hear from customers, so please drop us a line at
<EMAIL_ADDRESS>anytime for all your queries.
Thanks and Regards
Team Aaho
Trans IQ Technologies Pvt Ltd


Privacy Policy
Privacy Policy
Effective May 1, 2019
Welcome to RadiaSoft! This Privacy Policy (the “Policy”) applies to the information collected through website and software available at https://sirepo.com and any other website on which we post this Privacy Policy (collectively, the “Service”). This Policy forms an agreement between you and RadiaSoft LLC (“RadiaSoft,” “us,” “our,” or “we”).
This Policy describes what information we collect when you visit our Service, how we (or our service providers) may use, process, and share that information, your choices with regard to your information, and other related matters. This Policy is incorporated into our Terms of Service. Through your continued use of our Service, you acknowledge and agree to the practices described in this Policy. Terms not otherwise defined here will have the same definitions as set forth in our Terms of Service.
Except as otherwise expressly set forth below, this Policy is applicable only to information we collect through our Service. This Policy does not apply to any information that you provide offline, whether in person, over the phone, or otherwise. Similarly, this Policy does not apply to information collected by third parties, regardless of whether you arrive at such third parties’ website through our Service.
Information We Collect and How We Use It
We may collect personal and other information about you when you use our Service. “Personal Data” includes any information about an identified or identifiable person. We generally collect and use personal data, as follows:
When you register to use the Service. During the account registration process, we collect Personal Data about Users such as the User’s name, email, username, password and other personal information that may be required to create an account. User login information may be collected or processed using a third-party ‘single sign-on’ application, like GitHub, and in such cases RadiaSoft will receive certain information provided by that third-party, such as the User’s name and email address (see the privacy policies of the third party for more information).
We use the personal data we collect about Users during the registration process so that we can administer, manage and correspond with Users about the User’s account, and to improve our Service. We may add certain Users’ email addresses to our company mailing list, which informs our Users of notices, outages or other material that may be of interest to them.
Note, we may allow Users to share certain information with other Users of the Service. Any information, such as a User profile, or your User Content, may be shared with other Users at your request. We do not control, and will not be liable, for these third parties’ use of your Personal Data or other information.
When you make a purchase. Our Service allows Users to purchase additional cloud computing power, additional storage space, or other account upgrades. If you would like to purchase the upgraded version of our Service, we will collect Personal Data required during the account registration process, as well as some billing information such as your credit card, billing address, and other authentication information. We, or our third party payment processor, will process this information in order to complete your payment. We will not store your financial information within our Service.
User-generated content. Sirepo provides a data modeling engine that is used by physicists to simulate the performance of particle accelerators, among other things. The Service allows Users to input data in the simulator, as well as store and share the models and outputs with other Users. All data, including the algorithms, outputs of simulations, and other personal data or content provided by the User (collectively, “User Content”) will remain the property of the User, subject to the licenses granted in our Terms of Use. If you choose to message another user, or otherwise share any User Content with a third party through the Service, you agree to disclose any personal data contained in the User Content to such third party and acknowledge that we are not responsible for the use of that information by the third party.
When you contact us through the Service. We will collect the personal data you voluntarily provide on the applicable form (typically your name and email address). Any information you provide through our Service will be used in the context of resolving your request or answering your inquiry, or to provide additional information related to that inquiry. We may also send you information or notices if relevant to your request.
When you use the Service. If you access our Service, we may collect information about your device and your use of our Service, such as your IP address (a number that is automatically assigned to your computer when you use the internet, which may vary from session to session), browser type, domain names, access times, and referring web Service addresses. We may also log click-stream data, which typically includes information such as the page served, the time, the source and type of browser making the request, the most recent page view, and other non-personal data. We collect these types of data for purposes of system administration, to improve our Service, and for other internal uses related to the Service. This information also helps us analyze how visitors arrive at our Service, what type of content is most popular, what type of visitors in the aggregate are interested in particular features, and the like.
Use of Cookies and Similar Tracking Technologies
Our Service may use cookies, web beacons, pixel tags, and similar digital tracking technologies, such as Google Analytics. Cookies are small data files that are transferred to your hard drive when you visit a website if your browser settings permit the acceptance of cookies. Similar technologies, such as web beacons or pixel tags, function through the use of small files, such as a GIF or PNG, which are opened on a page, ad, or in an email. The request for these files from a server reveals certain information about your device, such as your browser type, device information (such as OS version, device model), IP address, etc. These technologies can also be used to determine how you interact with our Service, emails, or ads, such as to tell us whether an email or ad was viewed, opened, or clicked, and other similar information. To learn more about cookies and similar tracking technologies, and how they can affect your privacy, visit allaboutcookies.org.
We typically use cookies and similar technologies on our Service for the following purposes:
- For “essential” or “functional” purposes, such as to enable various features of the Service such as remembering passwords, or staying logged in during your session;
- For “analytics” purposes, to learn how our Service is used or performs, how users engage with and navigate our Service, how often they visit our Service, and other similar information.
Please note, most modern browsers include a “do not track” feature that may limit the information collected by these technologies. However, our Service does not currently respond to your browser’s do-not-track request.
With Whom We Share Your Personal Data
We share with our service providers and affiliated entities certain personal data that we collect when you use our Service, register an account or purchase upgrades. We may also share your personal data with our current or future affiliated entities, subsidiaries, and parent companies.
We may, without your consent, share personal data and other data with Service providers who provide certain services on our behalf, or in the other circumstances noted below. For example, we may share personal data we collect with third parties such as providers of data hosting or processing services, email and postal mail providers, payment processors, or other parties which provide the Service on our behalf.
In extraordinary circumstances, we may, without your consent, share personal data when necessary or appropriate to comply with the law; cooperate with law enforcement or national security requirements; respond to lawful requests; protect our interests, customers, property, or the public; or, to enforce our Terms of Service. Similarly, we reserve the right to share personal data with governmental authorities or otherwise in response to a legal request that we believe requires us to do so. We will share any such information to the extent we believe that request requires. Legal requests include, for example, search warrants, subpoenas, and other court orders.
Finally, in the event we undergo a merger, sale, transfer or liquidation of our business or substantially all of our assets, any personal data we possess may be part of the assets sold or otherwise transferred, or may be reviewed during due diligence review in the course of a potential transaction.
Your Choices
Cookies and Similar Technologies. If you do not want information collected through the use of cookies, you can turn off cookies using your browser’s settings menu; however, this may eliminate our ability to provide you with a personalized or user-friendly experience on our Service. To learn more about, or to opt-out of Google’s analytic and marketing services, visit Google Analytics Terms of Use, the Google Privacy Policy, or Google Analytics Opt-out.
Please note: the use of cookies, web beacons or similar technologies by third party vendors may be subject to their own privacy policies and we disclaim all liability in connection with processing by these vendors that is not performed on our behalf.
User-generated content. Users may be able to share their data uploads, models, research, and User Content with other Users of the platform at their discretion. Sharing User Content can be controlled through the User’s account settings.
Account information. If you wish to delete personal data associated with your user account, you may do so at any time by emailing<EMAIL_ADDRESS>to your account.
Accessing and Correcting Your Information
If you are a registered User, you may access and modify your Personal Data and other account information using your account settings page. You may close your User account at any time.
We will respond to reasonable requests for access or revision to the extent required or allowed by law. However, we may refuse these requests where the burden or expense of providing access would be disproportionate to the risks to the individual’s privacy in any given case,or when the rights of others would be violated by granting the access.
To learn more about the personal data RadiaSoft holds about you please contact us at the address below.
For Parents
This Service is not intended for use by children under the age of 13. We do not knowingly collect personally- identifiable information from children under the age of 13. If we learn that a child has provided us with personal information without parental consent, we will delete the child’s personal information (except as may be necessary for legal compliance) and remove the child from any mailing lists.
Information Security
We use reasonable security measures to protect your personal data. We implement and review various physical, procedural and technological safeguards that we believe will keep your personal data secure. Please note, we do not control the security of third parties who may have access to your information. Please contact these third- parties directly for more information.
International Guests
If you are accessing our Service from outside of the United States, any information provided will be transferred to us or our Service providers in the United States. Regardless of where your information is collected or transferred, the information will be treated in accordance with this Policy. You consent to such transfer through your use of the Service. We reserve the right to create and enforce geographic restrictions relating to access or use of our Service. You may not circumvent such controls, and if you choose to do so, you do so at your own risk. RadiaSoft will not be liable for any claims arising as a result of your transfer of Personal Data to the United States.
Changes to this Policy
By using our Service, you consent to the terms of this Policy. We may change this Policy from time to time. We will post the effective date for this and any revised policy. Accordingly, we recommend that you consult this page frequently so that you are aware of our latest Policy. Your continued use of our Service constitutes your acceptance of any revised Policy.
Contact Information
RadiaSoft welcomes your comments, questions and feedback regarding this Policy. Please feel free to contact us using the information below.
<EMAIL_ADDRESS>3380 Mitchell Ln.
Boulder, CO 80301


Extends AccessRootElement by adding support for
collecting changes and applying them to a backend store as a single batch.
An implementation represents the root of a partial hierarchy. [See the
documentation for AccessRootElement]. The hierarchy in turn is
a view onto a fragment of persistent data tree that can be accessed
through several such views, or even several processes, simultaneously.
Elements of the hierarchy, such as descendants of this root element,
may support modification by providing appropriate
interfaces. Changes done this way initially only affect these objects
themselves and other objects within the same hierarchy, such as other
descendants of this root element.
The accumulated changes within this hierarchy can be managed using
::com::sun::star::util::XChangesBatch. Pending changes
will become persistent and visible from other overlapping hierarchies
only when ::com::sun::star::util::XChangesBatch::commitChanges()
is called. If the hierarchy is disposed or discarded without committing
changes, the changes will be lost.


| Tag | Name | Req'd | Description |
|---|---|---|---|
| 802 | NoPartySubIDs | N | |
| 523 | PartySubID | N | Sub-identifier (e.g. Clearing Account for PartyRole (452)=Clearing Firm, Locate ID # for PartyRole=Locate/Lending Firm, etc). Not required when using PartyID (448), PartyIDSource (447), and PartyRole. |
| 803 | PartySubIDType | N | Type of PartySubID (523) value 4000+ = Reserved and available for bi-laterally agreed upon user defined values |


Money Play. How should Red play 31?
pips Red=131 White=193
(CorrectAnswer= 0/0, ErrorScore= 0)
This is another key lesson in playing against back games. It's just too easy to play 8/5*, 6/5 without thinking,but then where are those other checkers on Red's 6-pt destined for?
White has all the timing in the world and Red can't prime him easily, especially after 8/5*, 6/5, and force him to crash his home board.
Red needs to make his checkers work and recirculate some of them if necessary. Once you understand the correct strategy it is easier to find the correct play 7/4*, 6/5*. This puts spare checkers to work – a fundamental tactic when playing against a back game.
Did you spot the correct play?
White has all the timing in the world and Red can't prime him easily, especially after 8/5*, 6/5, and force him to crash his home board.
Red needs to make his checkers work and recirculate some of them if necessary. Once you understand the correct strategy it is easier to find the correct play 7/4*, 6/5*. This puts spare checkers to work – a fundamental tactic when playing against a back game.
Did you spot the correct play?
1. Cubeful 2-ply 7/4* 6/5* Eq.: +0.254 0.614 0.248 0.014 - 0.386 0.099 0.006 2. Cubeful 2-ply 8/5* 6/5 Eq.: +0.189 (-0.064) 0.582 0.247 0.015 - 0.418 0.091 0.003 3. Cubeful 2-ply 15/12 6/5* Eq.: +0.165 (-0.089) 0.592 0.210 0.008 - 0.408 0.095 0.004 4. Cubeful 2-ply 12/11 7/4* Eq.: +0.148 (-0.106) 0.576 0.220 0.011 - 0.424 0.089 0.003 5. Cubeful 2-ply 12/9 6/5* Eq.: +0.139 (-0.115) 0.586 0.208 0.008 - 0.414 0.104 0.004


Well,
Enjoy your life and do not care about what others say.

I just want to say that I really love you and wish you the best times, the best news, and the happiest moments💛.
Happy birthday my little bear🥺💛.
Enjoy your life and do not care about what others say.
This is your birthday so enjoy it💛.
Little Bear,
I know that my gift is small for you, but as you know, my exams do not end😢💔.
So, accept this small gift from me🥺👉👈.
Click on the three lines on the top on the right💛.

Without you, I wouldn't know anyone.
You are the reason why everything wonderful happened after I got to know you.
Thank you💛.
H.B.D. my little bear💛.
luv u sweetheart💛.


Home
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CHACHA
STEVEN
A Photo/VideoGrapher & Graphics Designer
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{% block cycle %} {% if streams %}
| Keyword/Location | Started | Ended | Tweets count |
|---|---|---|---|
| Keyword/Location | Started | Ended | Tweets count |
| {% firstof entry.filter_location entry.filter_keyword %} | {{ entry.started | date:'Y-m-d H:i' }} | {{ entry.stopped | date:'Y-m-d H:i' }} | {{ entry.tweets_count }} |


{% translate pages.titan.help.title2 %}
{% translate pages.titan.help.content2 %}
A simple guide to “cryptographic location share”
User A (Share encrypted location message), User B (View decoded map)
Step 1: Share location
1. User B copy individual public key address and share it with User A via Messaging Apps
2. User A select a location on Titan map, and click “share private location”
3. User A paste User B’s public key address
4. User A fill in notes to share with location (optional)
5. User A Click “encrypt and share” to generate location code and share to B
Step 2: View decoded map
1. User B copy location code received from User A
2. Titan will automatically shows the code. User B click “Decode location in Map”
3. Or User B manually paste the code to the top frame
4. If location shows, your location is decoded successfully.
5. Click “Titan” button to delete data after location share


Yer wee fella’s gone and moved on now pardner. But don’t you fret now.


DfE enquiries
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Press release
Standards for headteachers will be updated for the first time in a decade.
New standards for headteachers to reflect the growing diversity of the school system will be drawn up under a review announced today by the Department for Education.
Many governing bodies use the current standards - last reviewed in 2004 - to inform headteacher recruitment and performance assessment.
The updated standards will be designed by a small group of respected professionals, including headteachers, middle leaders and a chair of governors, and will take into account the changing nature of school leadership, such as executive heads or those responsible for multiple schools under academy trusts.
The review will be chaired by Dame Dana Ross-Wawrzynski, executive headteacher of Altrincham Grammar School for Girls and CEO of the Bright Futures Educational Trust.
Schools Minister David Laws said:
We know there is a strong link between school leadership, quality of teaching, and outcomes for pupils. It is a decade since the headteacher standards were last reviewed, and it is right we establish new standards which consider the many different types of school leaders there now are.
Dame Dana Ross-Wawrzynski said:
I am delighted to be part of a process which enables headteachers a genuine opportunity to review and set their own professional standards. This review must be one of the most significant steps towards a self-regulatory system within education.
The review will consider best practice internationally, call for expert advice and evidence, and engage with teachers and leaders. It will aim to establish a set of standards for headteachers that:
The review, including draft revised standards, will report to the Secretary of State for Education in the summer, with the intention of publishing standards in the autumn.
The focus of the review is the existing set of national standards for headteachers. It will take account of wider leadership reforms, including the revised National Professional Qualification for Headship (2012), and the revised Teachers’ Standards (2011).
Other members of the review team include:
Central newsdesk 020 7783 8300
General enquiries 0370 000 2288
Published: 17 April 2014
From: Department for Education
Part of: Teaching and school leadership


Fetching data... this might take awhile
Histogram of number of messages per each nickname
Histogram of number of messages mutually exchanged by each pair of nicknames


| Function name | Function info |
|---|---|
input(2) : input(prompt,input_type) prints string prompt on the console and waiting for user to input. The second parameter, input_type, is optional. At this stage only if the second parameter exists and it is string "s" or "S", user's input is looked on as a string and this function returns the string. Otherwise, input is treated as an expression and this function returns the value of the expression. If input is not a valid expression, this functions will reprint the prompt and wait for user to input again. An input is finished by press ENTER key. If multiple lines are input, only the first line is read. For example, user runs input("$", "S"), then types 4 + 3 after prompt, presses ENTER, this function returns a string "4 + 3". If user runs input("%"), then type 4 + 3 after prompt, presses ENTER, this function returns 7. |
|
pause(1) : pause(message) suspends current running program waiting for an enter input by user. Message, which is a string and is optional, will be printed on screen as a prompt if provided. |
|
print(1) : print(x) prints the value of x to output, x can be any value type. |
|
printf(1...) : printf(format_string, ...), sprintf(format_string, ...) and fprintf(fd, format_string, ...) work like corresponding C/C++ functions. Function printf prints formatted string constructed from format_string and other parameter values to output console, sprintf constructs a new string from format_string and other parameters, and returns the new string, fprintf prints the formated string from format_string and other parameter values to the text file whose id is fd. The format_string parameter supports integer (%d, %i, %x, etc), float (%e, %f, etc), character(%c), string(%s) etc. User can find detailed information for construction of a format string by reading C language manual for these functions. For example, printf("Hello world!%f", 3.14) will output "Hello world!3.140000" on the screen, sprintf("%c%d", "A", 9) returns "A9" (MFP does not support single character type, so single character is stored as a one-char string). |
|
scanf(1) : scanf(format_string), sscanf(input_from, format_string) and fscanf(fd, format_string) work like corresponding C/C++ functions. Function scanf reads one line input from user, sscanf reads string based parameter input_from, and fscanf reads content from a file whose id is fd. The format_string parameter supports integer (%d, %i, %x, etc), float (%e, %f, etc), character(%c), string(%s) etc. User can find detailed information for construction of a format string by reading C language manual for these functions. Different from C language, these functions do not accept additional parameters to store read values. These functions simply return all the read values in an array. For example, sscanf("3Hello world!", "%d%c%c%s") will returns [3, "H", "e", "llo"] (MFP does not support single character type, so single character is stored as a one-char string). |
|
sleep(1) : sleep(x) suspends processing for positive real value x milliseconds. It returns nothing. |
|
system(1) : system(str) runs a system command str and returns the value that the system command returns. Note that the command should be an executable file with its parameters. Like system("dir") in windows cannot be executed because dir is an internal function of cmd.exe. User should use system("cmd /c dir") instead. Also note that at this stage, user can only see any output from the running command but cannot input to the system command. If the command does not exist, throws an exception. |


[3.5/4.0]
The narrative concept of humankind's reactions to its impending annihilation is not original. Numerous stories have been written that explore the compelling question of how people deal with a world that is ending. During the Cold War, this question was especially poignant because it was felt that such a scenario could actually play out. This made it a relevant question to explore at that time. Today the zeitgeist is more optimistic, and the idea has become more abstract, but no less compelling.
The story immediately posits that the end of the world will occur at midnight of that day, and it follows several different characters in their various methods of coping with the tumult. It is implied that the destruction cannot be avoided. As would be expected, there are a multitude of ways in which people deal with the issue of impending destruction. On the lowest level, there will be those who see no recourse for their action, so they indulge in nihilistic destruction. This is the least interesting dimension of human reaction, because it is simply pandering to the basest elements. None of the main characters take this approach.
The story is a composite of many characters and subplots, but the primary character is apparently Patrick Wheeler (Don McKellar), a young man not unfamiliar with loss. He indulges his parents by attending a dinner with his family that is played as a holiday reunion. It is a pathetic attempt to reawaken the warm memories of the past, and Patrick is barely able to conceal his cynicism. The approach of his parents is a melancholy resignation to their demise, which perhaps is to be expected of those already in the later years of their lives.
One subplot follows Craig (Callum Keith Rennie), a friend of Patrick's whose final desire is to complete his collection. Another of Patrick's acquaintances fulfills his life-long desire to perform his music publicly. The president of the gas company takes it upon himself to call each of his customers personally and thank them for their patronage. This provides a common thread as his calls touch each of the characters presented. Another subplot follows Sandra (Sandra Oh), a young woman who has decided along with her husband that they will kill each other at the final moment rather than passively allow themselves to be taken.
The setup used in this story is often the kernel for a science fiction or action narrative, by having the characters devise a plan for saving themselves. This approach is dismissed by not even entertaining the possibility that destruction can be avoided. The primary concern of the film is its characters. It examines how each individual reacts differently, and how the composite describes the human condition. The feel of the film is like that of a scientific experiment where normal characters have a disruptive influence injected into their existence, and the viewers are observing their reactions in order to understand them at a deeper level.
Highly recommended. The film clearly sets out to examine the specific elements of its premise that deal with introspective human drama. Although there may have been opportunities to explore many aspects of the given scenario, the film limits itself to those dimensions that are the most compelling
(c) 1999 Murali Krishnan The Art House Squatter http://ArtHouseSquatter.com
Sent via Deja.com http://www.deja.com/ Before you buy.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Hello, World!
We start with a very simple console application that prints out a greeting, accepting a name input.
using System;
class Hello0
{
public static void Main()
{
while (true)
{
string input= Console.ReadLine();
if (input == "bye")
{
break;
}
Console.WriteLine("Hello, {0}!", input);
}
}
}
Yes, this is not so interesting. Though it's not very probable, let's say we are told that this application should support distribution across multiple threads, even across multiple processes in a client/server architecture. Of course, we think it's crazy, but we will see how we can meet the requirements with x2net.
Preparing Shared Knowledge
Constants, date types and message types that are shared among participating processes of a distributable application should be defined in one or more x2 definition files, and be converted to C# source files with xpiler. Since this is a trivial example, we create a single x2 definition file, name it HelloWorld.xml
, and define two events as follows:
<?xml version="1.0" encoding="utf-8"?>
<x2>
<definitions>
<event name="HelloReq" id="1">
<property name="Name" type="string"/>
</event>
<event name="HelloResp" id="2">
<property name="Message" type="string"/>
</event>
</definitions>
</x2>
In the directory where the definition file resides, we generate the 'HelloWorld.cs' source file, running xpiler.exe.
path_to_xpiler/x2net.xpiler.exe .
Bringing the generated C# source file, the two events HelloReq
and HelloResp
are available as C# class types.
It's usually a good idea to build the shared knowledge as a separate class library so that it can be referenced from multiple projects.
Partitioning Application Logic
Now we define actions that works on the above messages. We pick up two key tasks in the original application, and encapsulate them into respective x2 cases.
public class HelloCase : Case
{
protected override void Setup()
{
new HelloReq().Bind(req => {
new HelloResp {
Message = String.Format("Hello, {0}!", req.Name)
}.InResponseOf(req).Post();
});
}
}
public class OutputCase : Case
{
protected override void Setup()
{
new HelloResp().Bind(e => Console.WriteLine(e.Message));
}
}
HelloCase
binds a delegate handler for every HelloReq
event. The handler creates a new HelloResp
event in response, fills its Result
property with the combined greeting, and posts it up to the hub.
OutputCase
binds a delegate handler for every CapitalizeResp
event. The handler prints out the Result
property of the response event.
Since x2 cases might run on any flow in any process, it is also a good idea to package them into a fine-grained set of class libraries for easy re-structuring.
Going Multithreaded
Now we can write our first x2net application, using the events and cases prepared above.
using System;
using x2net;
class Hello1
{
public static void Main()
{
Hub.Instance
.Attach(new SingleThreadFlow()
.Add(new HelloCase())
.Add(new OutputCase()));
using (new Hub.Flows().Startup())
{
while (true)
{
string input = Console.ReadLine();
if (input == "bye")
{
break;
}
new HelloReq { Name = input }.Post();
}
}
}
}
This new application seems to work the same as the original one. But it effectively runs the greeting and output tasks in a separate thread.
Once we have built up an x2 application structure, it's quite easy to reconfigure its threading model or distribution topology, without modifying the case logic. For example, the following trivial change will introduce another thread to separate the console output task from the greeting task:
public static void Main()
{
Hub.Instance
.Attach(new SingleThreadFlow("HelloFlow")
.Add(new HelloCase()))
.Attach(new SingleThreadFlow("OutputFlow")
.Add(new OutputCase()));
...
Going Client/Server
Now it is not so difficult to distribute the application execution through a client/server topology. Please note that the logic cases remain unchanged, while we re-write the other part of the code supporting communication.
More detailed discussion can be found in [[TCP Socket Client Server]].
Hello Server
using System;
using x2net;
class Hello2Server
{
class HelloServer : AsyncTcpServer
{
public HelloServer() : base("HelloServer") { }
protected override void Setup()
{
EventFactory.Register<HelloReq>();
new HelloResp().Bind(Send);
Listen(6789);
}
}
public static void Main()
{
Hub.Instance
.Attach(new SingleThreadFlow()
.Add(new HelloCase())
.Add(new HelloServer()));
using (new Hub.Flows().Startup())
{
while (true)
{
string input = Console.ReadLine();
if (input == "bye")
{
break;
}
}
}
}
}
Hello Client
using System;
using x2net;
class Hello2Client
{
class HelloClient : TcpClient
{
public HelloClient() : base("HelloClient") { }
protected override void Setup()
{
EventFactory.Register<HelloResp>();
new HelloReq().Bind(Send);
Connect("<IP_ADDRESS>", 6789);
}
}
public static void Main()
{
Hub.Instance
.Attach(new SingleThreadFlow()
.Add(new OutputCase())
.Add(new HelloClient()));
using (new Hub.Flows().Startup())
{
while (true)
{
string input = Console.ReadLine();
if (input == "bye")
{
break;
}
new HelloReq { Name = input }.Post();
}
}
}
}


Provides support for dates, times, time zones, durations, intervals, and
partials. This package aims to fully replace the Java Date
,
Calendar
, and TimeZone
classes. This implementation
covers both the Gregorian/Julian calendar system and the ISO8601
standard. Additional calendar systems and extensions can be created as well.
The ISO8601 standard is the international standard for dates, times, durations, and intervals. It defines text representations, the first day of the week as Monday, and the first week in a year as having a Thursday in it. This standard is being increasingly used in computer interchange and is the agreed format for XML. For most uses, the ISO standard is the same as Gregorian, and is thus the preferred format.
The main API concepts are defined by interfaces:
ReadableInstant
- an instant in time
ReadableDateTime
- an instant in time with field accessors such as dayOfWeek
ReadablePartial
- a definition for local times that are not defined to the millisecond, such as the time of day
ReadableDuration
- a duration defined in milliseconds
ReadablePeriod
- a time period defined in fields such as hours and minutes
ReadableInterval
- a period of time between two instants
ReadWritableInstant
- an instant that can be modified
ReadWritableDateTime
- a datetime that can be modified
ReadWritablePeriod
- a time period that can be modified
ReadWritableInterval
- an interval that can be modified
These define the public interface to dates, times, periods, intervals and durations.
As with java.util.Date
and Calendar
, the design is
millisecond based with an epoch of 1970-01-01.
This should enable easy conversions.
The basic implementation of the ReadableInstant
interface is
Instant
. This is a simple immutable class that stores the
millisecond value and integrates with Java Date and Calendar.
The class follows the definition of the millisecond instant fully, thus
it references the ISO8601 calendar system and UTC time zone.
If you are dealing with an instant in time but do not know, or do not want to specify,
which calendar system it refers to, then you should use this class.
The main implementation class for datetimes is the DateTime
class.
This implements the ReadableDateTime
interface, providing
convenient methods to access the fields of the datetime. Conversion methods
allow integration with the Java Date and Calendar classes.
Like Instant
, DateTime
is immutable, and it
can be used safely in a multi-threaded environment.
In order to be fully immutable, key classes are declared as final.
Abstract superclasses are provided should you need to define your own implementations.
The concrete implementations of the ReadWritable...
interfaces are
named the same as their immutable counterparts, but with a "Mutable" prefix.
For example, MutableDateTime
implements
ReadWritableDateTime
, making datetime editing easy.
Note that it is possible to use the immutable DateTime for modifying datetimes,
however each modification method returns a new instance of DateTime.
The interfaces in Joda-Time are not designed to operate in the same way as those in the Java Collections Framework (List/Map/Set etc). The Joda-Time interfaces represent a core subset of the functionality available via the actual classes. Thus, much of the work of an application will probably use methods on the class, not on the interface. Your application must determine whether it should define dates in terms of the interfaces, or in terms of the classes.
The interfaces provide simple methods to access an instance of the immutable class,
which is implemented either via typecast or object creation.
Thus, if you hold a reference to a ReadableInstant, and you call the method
toDateTime()
, the same instance will be returned (typecast) if it
already was a DateTime.
In order to enable the package to be easily extended, each field of the
datetime, such as the month, is calculated by an implementation of
DateTimeField
. Likewise, duration fields are calculated by
specialized DurationField
instances. If desired, users can write
their own implementations to retrieve an unusual field from the millisecond
value.
The datetime and duration fields that together represent a calendar system are
grouped into a Chronology
. The chronology represents all the
information to convert from a millisecond value to human understandable fields
in a specific calendar system. Chronologies are provided for ISO,
Gregorian/Julian (GJ), Buddhist, Coptic and Ethiopic.
More implementations are sought from the community.
The chronology and field classes are singletons.
This design results in a low overhead on the date and time classes.
The Java Calendar
class performs poorly because it has many internal
fields that are constantly kept in sync.
This design only calculates fields when required, resulting in lightweight and
simple date time classes.
When reviewing the library for the first time, it is easy to mistake the number of classes with complexity. The library is in fact clearly divided between user packages and implementation packages in the javadoc. Most users will should not need to be concerned with the back-end implementation.
Partials are like instants, except they do not completely specify a point in
time. The main interface is ReadablePartial
.
The main implementations are:
LocalTime
- A class storing a local time without a dateLocalDate
- A class storing a local date without a timeLocalDateTime
- A class storing a local datetimePartial
- A class storing any combination of datetime fields, such as dayOfMonth and dayOfWeekAll partial implementations represent a local time, in other words without a time zone. Thus, to convert a partial to an instant (which does contain a time zone) requires adding a zone.
Formatting is provided by the format
subpackage. Comprehensive
support is provided for outputting dates and times in multiple formats. A
pattern similar to Java SimpleDateFormat
can be used, but a more
advanced programmatic technique is available via the builder classes.


As young people, we are told that going to college and getting a 4 year degree is the only path to success and wealth. That could not be further from the truth. The skilled trades are the
backbone of America and now more than ever, the opportunity to build a hugely successful and high paying career in HVAC is here to stay.
The urgency for skilled tradespeople is dire and is an industry new blood needs to be ushered
into. This scholarship will go to the individual who shows the heart, aptitude and promise to lead the next generation of HVAC into the future.
With this $2,500 scholarship, Housecall Pro will empower 10 students who will
become the next generation of
HVAC professionals - from trade school, through your career as a technician, and one day becoming a home service business owner.
Apply for your scholarship today! Submissions close July 31st, 2021. Winner announced in August 2021.
See why Mark Mazgan - who lost everything in the housing crash of 2008 - decided to go back to school and become a member of the trades. Today, Mark owns Mazgan Air Conditioning and Heating Repair, a thriving HVAC business out of New York.
Learn More!*Assumes national average personal savings rate
**Assumes an average yearly return of 10% on savings
This application does not offer any "save as you go," so we encourage you to write down and save these questions beforehand. You can find a list of questions here.


Check DOIs in a paper for being retracted by running your manuscript through retractcheck
in R or using the Shiny app in your browser. This R package builds on the API of Open retractions (also an open source project).
The original inspiration for this package can be found in a tweet by @PaolaPalma and the origin of the name in this tweet by @MarkHoffarth 🔥
Retracted papers 📚 keep getting cited (see for example here) and this package aims to help reduce this effect. Zotero provides retraction checking into your reference manager, so be sure to check that out too 👍
install.packages('retractcheck')
Please note that the dependency on textreadr
may fail if you don’t have the necessary software for that. If installation fails, try install.packages('textreadr')
and see what errors it gives. It may look like this
Configuration failed because poppler-cpp was not found. Try installing:
* deb: libpoppler-cpp-dev (Debian, Ubuntu, etc)
* On Ubuntu 16.04 or 18.04 use this PPA:
sudo add-apt-repository -y ppa:opencpu/poppler
sudo apt-get update
sudo sudo apt-get install -y libpoppler-cpp-dev
* rpm: poppler-cpp-devel (Fedora, CentOS, RHEL)
* csw: poppler_dev (Solaris)
* brew: poppler (Mac OSX)
If the retractcheck
package does not return any hits for retracted references, please note that the result is only as good as the data made available on this.
This project is released with a Contributor Code of Conduct. By participating in this project you agree to abide by its terms. We welcome you with open arms if you are mindful and respectful of differences. You might not always understand another person’s perspective; acknowledging that other people’s feelings or perspectives are valid regardless of your understanding is prerequisite number one to being both mindful and respectful. We will not consider contributions if they are not done in a respectful manner, no matter how “genius” they might be.
Thanks goes to these wonderful people (emoji key):
|
Chris Hartgerink 🚧 |
Frederik Aust 💻 🎨 |
This project follows the all-contributors specification. Contributions of any kind welcome!


Film Name:
Number booked Seats:
Number of booked wheel chairs:
Name
Date
Seats
WheelChairs
Email
Tel No.


| HBASE-891 |
HRS.validateValuesLength throws IOE, gets caught in the retries |
Major |
Client |
Jean-Daniel Cryans |
Jean-Daniel Cryans |
| HBASE-906 |
[shell] Truncates output |
Major |
. |
stack |
stack |
| HBASE-909 |
the version string in build.xml is wrong |
Trivial |
build |
Rong-En Fan |
Rong-En Fan |
| HBASE-912 |
PE is broken when other tables exist |
Minor |
. |
Jean-Daniel Cryans |
Jean-Daniel Cryans |
| HBASE-925 |
HRS NPE on way out if no master to connect to |
Major |
. |
stack |
stack |
| HBASE-928 |
NPE throwing RetriesExhaustedException |
Major |
. |
stack |
stack |
| HBASE-924 |
Update hadoop in lib on 0.18 hbase branch to 0.18.1 |
Major |
. |
stack |
Jim Kellerman |
| HBASE-930 |
RegionServer stuck: HLog: Could not append. Requesting close of log java.io.IOException: Could not get block locations. Aborting... |
Major |
. |
stack |
stack |
| HBASE-933 |
missing hbase.regions.slop in hbase-default.xml for 0.18 branch |
Trivial |
. |
Rong-En Fan |
stack |
| HBASE-926 |
If no master, regionservers should hang out rather than fail on connection and shut themselves down |
Blocker |
. |
stack |
Jim Kellerman |
| HBASE-946 |
Row with 55k deletes timesout scanner lease |
Blocker |
. |
stack |
stack |


Classes | |
| class | boost::geometry::concept::WithinStrategy< Strategy > |
| Checks strategy for within (point-in-polygon). More... | |
| struct | boost::geometry::strategy_within< TagPoint, TagSegment, Point, PointOfSegment > |
| Traits class binding a within determination strategy to a coordinate system. More... | |
Functions | |
| template<typename Geometry1 , typename Geometry2 , typename Strategy > | |
| bool | boost::geometry::within (Geometry1 const &geometry1, Geometry2 const &geometry2, Strategy const &strategy) |
| Within, examine if a geometry is within another geometry, using a specified strategy. | |
| template<typename Geometry1 , typename Geometry2 > | |
| bool | boost::geometry::within (Geometry1 const &geometry1, Geometry2 const &geometry2) |
| Within, examine if a geometry is within another geometry. |
{ boost::geometry::polygon<boost::geometry::point_xy<double> > poly; boost::geometry::read_wkt("POLYGON((0 0,0 7,4 2,2 0,0 0))", poly); boost::geometry::point_xy<float> point(3, 3); std::cout << "Point is " << (boost::geometry::within(point, poly) ? "IN" : "NOT in") << " polygon" << std::endl; }
| bool boost::geometry::within | ( | Geometry1 const & | geometry1, | |
| Geometry2 const & | geometry2 | |||
| ) |
Within, examine if a geometry is within another geometry.
| geometry1 | geometry which might be within the second geometry | |
| geometry2 | geometry which might contain the first geometry |
Definition at line 314 of file within.hpp.
| bool boost::geometry::within | ( | Geometry1 const & | geometry1, | |
| Geometry2 const & | geometry2, | |||
| Strategy const & | strategy | |||
| ) |
Within, examine if a geometry is within another geometry, using a specified strategy.
| geometry1 | geometry which might be within the second geometry | |
| geometry2 | geometry which might contain the first geometry | |
| strategy | strategy to be used |
Definition at line 351 of file within.hpp.
|
December 1, 2009 |
Copyright © 1995-2009 Barend Gehrels, Geodan, Amsterdam Copyright © 2008-2009 Bruno Lalande, Paris Copyright © 2009 Mateusz Loskot, Cadcorp, London |


The address to send your bitcoin will appear here once you press the Show Bitcoin Address button.
Please make sure that you've filled in the forms before hitting the button.
The address to send your bitcoin will appear here once you press the Show Bitcoin Address button.
Please make sure that you've filled in the forms before hitting the button.


DIT Libary
Contacts
Experiments
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About
Home
Already Registered? Login
Here
.
Please Enter a Username(Must be Unique).
Please Enter a password of at least 6 characters
Confirm this password
Please Enter your Email Address
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{{ city_weather.city }}
Temperature: {{ city_weather.temperature }}° C
Weather: {{ city_weather.description }}
Clouds: {{ city_weather.clouds }}
Humidity: {{ city_weather.humidity }} %
Wind speed: {{ city_weather.wind }} m/s


Member of OFCS Online Film Critics Society
********************************************
HE GOT GAME
Denzel Washington gives the performance of his life in this superb film. His speech, that of an inner city resident; his Afro and beard; his one-on-one basketball playing with his son, and in every scene throughout this excellent film, Washington is outstanding. He has always given fine performances in the many varied roles he has played but this film takes him to new heights.
Jake Shuttlesworth (Washington) is in jail for having killed his wife. In an argument with his young son when he threatens to punish him, his wife tries to stop him. When he shoves her away she accidentally hits her head on the stove and dies.
Jake's used to teach his son everything he knew about basketball. Jake played well but not quite well enough to be a pro. When the son, Jesus (Ray Allen who played as a guard for the Milwaukee Bucks and in the NBA Rookie All-Star game and who here makes his acting debut) shows promise, he keeps after him, after him every moment, toughening him, hoping the son will make it for the family, the only way out of poverty or near poverty in a way that Jake has never able to do.. Many blacks dream that same dream but of course a minuscule number ever makes it big time.
 While Jake is in prison, Warden Wyatt (Ned Beatty) offers him a deal: The Governor, a great basketball fan and an alumnus of Big State, is ready to offer to commute Jake's sentence if he can get his number one-rated son to sign a Letter Of Intent to go to Big State. Gorgeous women from various universities let Jesus know that they are ready to go to bed with him if he signs up . . . and several already do. Agents are ready to give him cars whose stereo system costs $35,000 and there is more where that came from if he will allow them to manage him. Poor Jesus, from a poverty family, has to use all his inner strength to ward them off. And then Jake appears to beg him to go to Big State, letting him know that if Jesus does not sign with Big State, his father will be returned to jail. HE GOT GAME lets us know that basketball is Big Business.
Big Time Willie (Roger Guenveur Smith) does a bang up job with his role as a gambler, pimp, and drug dealer as he tries to warn Jesus (and the young blacks in the theater watching the movie) about all the temptations and why they should be strong and stay on the straight and narrow.
Lastly, the film shows the problems blacks have with whites who promise but who are not to be trusted. HE GOT GAME covers a big court. The beautiful photography of the basketball does not keep us from realizing this movie's ball is bouncing everywhere. Music, by Aaron Copland and others greatly enhance the film.
Jesus' "bodyguard" and friend is "Booger" (Hill Harper). The sister, Mary, whom Jesus looks after, is Zelda Harris. Other supporting roles are played by Milla Jovich, Bill Nunn, Jim Brown, the lovely Rosario Dawson as Jesus' girlfriend, and Lonette McKee as Jake's wife.
Do not miss this one.
Written and Directed by the very talented Spike Lee.
4 Bytes
4 Bytes = Superb 3 Bytes = Too good to miss 2 Bytes = Average 1 Byte = Save your money
Copyright 1998 Ben Hoffman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Call 111, tell them your name and that you've been waiting for an urgent call back that you booked online. They should be able to find you in the call back queue using the same details.
{% endif %} {% if timeframe === "1 hour" or timeframe === "2 hours" or timeframe === "4 hours" %}It’s safe to wait a bit longer. But if you’re worried call 111, tell them your name and that you’ve been waiting for a call back that was booked online.
{% endif %} {% if timeframe === "6 hours" or timeframe === "12 hours" or timeframe === "24 hours" %}You should get a call within that time.


This is one of the simplest constraints in Deadbolt. It simply requires that a user be present (i.e. logged in).
SubjectPresent(new MyDeadboltHandler) { Action { Ok(accessOk()) } }
SubjectPresent(handlers("userlessHandler")) { Action { Ok(accessOk()) } }


{{ chatter.author }} says: {{ chatter.body }}
No chatter about this venue, lately!
Fetching Chatters. Please wait...
Due to an error, we could not get the venue you requested.
Error: {{ venueError }}
Your venue is being fetched. We will have it for you shortly...


Translater
.JS
English
日本語
中文
This is a use of HTML comments page translation solution. For a small amount of static pages, this solution is more simple. it has no dependents, Compression only (4KB)


--- layout: default --- {% assign collection = site.collections | where:"label",page.collection | first %}


The Glossary app was built using Javascript and PhoneGap, with the aim being to create a multiplatform companion app for projects at totem. The app draws from a Content Management System and displays terms, their definitions and a relating graphic for a user to view. I was tasked with adding new features and implementing the updated design to this project. As well as cloning and rebranding the project.
At the beginning of this project I only had a very basic understand of Javascript, and as such quickly needed to apply my knowledge from other languages to the Javascript syntax.
As a result this project served in teaching me the Javascript fundamentals along with improving my existing coding habits.
I used this project mainly as a tool to learn Javascript, however in doing so I also exposed myself to a fair amount of HTML and with the use of PhoneGap I was exposed to various challenges faced with android/iOS development. The product needed to work on multiple platforms, therefore I needed to avoid the use of any platform specific APIs, hence the use of PhoneGap.
If I was to revisit the project, I would split the product into platform specific apps. Though it was simpler to use PhoneGap and have the products work on multiplatforms, I feel a better result could be achieved by using the native development kits.
App Store link to the The Business Game: Glossary App.
App Store link to the Six Sigma: Glossary App.
App Store link to the Encode: Glossary App.


Video: Real Madrid’s Kubo with STUNNING run to beat three Colombian players for Japan U22’s
by Jaikuran RandhawaReal Madrid starlet Takefusa Kubo showed off his sensational dribbling ability by beating three players in Japan Under 22s’ clash with Colombia.
In the 24th minute of the match, Kubo picked up the ball and used some lovely pieces of skill to turn one player inside and out before charging forward.
The ace held off pressure from two further players before laying the ball off to his teammate. The 18-year-old was let down by his pal’s poor attempt at a backheel pass.
Take a look below:
Kubo vs. 3 Columbian players from r/realmadrid
Japan’s Under-22s lost the clash 2-0 and this was one of the more exciting moments of the game, the side need to step up their preparations for the Olympic if they hope to win a medal in their homeland.
Kubo is a senior international but has been drafted into this side in order to boost the team’s chance of glory in next summer’s games.
According to The Sun, Madrid snapped up the Japanese sensation for just £1.78m this summer, it is also reported that heated rivals Barcelona are livid after missing out on the ace’s signature.


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Juicy good reads
Scarlett Larouge is a Southern belle interested in erotica, mystery, historical fiction, paranormal, and romance. She enjoys traveling, exploring abandoned places, and collecting art and secrets. When not working on her writing, she can be found shamelessly flirting with friends, acquaintances, and handsome strangers.


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A platform to give encouragement to UCSB dining commons and local restaurants to donate excess food at the end of every night.


WITNESS LIST Insurance Committee February 25, 2003-1:30P HB 45 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 96 For: Geiger, Richard (AFACT) HB 98 For: Lambe, Dan (Texas Watch) HB 99 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 113 For: Lambe, Dan (Texas Watch) HB 114 For: Stinson, Bill (Texas Association of Realtors) HB 115 For: Stinson, Bill (Texas Association of Realtors) HB 116 For: Lambe, Dan (Texas Watch) HB 118 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 121 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) Against: Ruggiero, Denise (State Farm Insurance) HB 122 For: Lambe, Dan (Texas Watch) HB 123 For: Lambe, Dan (Texas Watch) HB 125 For: Lambe, Dan (Texas Watch) HB 241 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) Against: Ruggiero, Denise (State Farm Insurance) HB 265 For: Geiger, Richard (AFACT) Against: Lambe, Dan (Texas Watch) HB 330 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 331 For: Stinson, Bill (Texas Association of Realtors) HB 392 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 600 For: Cardenas, Gus (AARP) Chapa, Juan (Self) Davila, Alex (Self and AARP) Lambe, Dan (Texas Watch) Powers, DJ (AARP) Against: Geiger, Richard (AFACT) On: Butler, Patrick (Texas National Organization for Women) Trott, John E. (Texas Association of Mutual Insurance Companies) HB 683 For: Jeffers, Randy (Self and Texas Association of Realtors) Stinson, Bill (Texas Association of Realtors) Against: Ruggiero, Denise (State Farm Insurance) On: Geiger, Richard (AFACT) HB 696 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 746 For: Geiger, Richard (AFACT) Against: Lambe, Dan (Texas Watch) HB 747 For: Stinson, Bill (Texas Association of Realtors) Against: Lambe, Dan (Texas Watch) HB 748 Against: Cardenas, Gus (AARP) Davila, Alex (Self and AARP) Lambe, Dan (Texas Watch) Powers, DJ (AARP) On: Butler, Patrick (Texas National Organization for Women) Geiger, Richard (AFACT) HB 750 For: Lambe, Dan (Texas Watch) Stinson, Bill (Texas Association of Realtors) HB 870 For: Stinson, Bill (Texas Association of Realtors) HB 920 For: Geiger, Richard (AFACT) Against: Lambe, Dan (Texas Watch) HB 962 For: Lambe, Dan (Texas Watch)