| OLD line(s): 446,447
<!-- Is accounting Method Change One for Which Scope Limitations of Sec 4.02 Rev Proc 2002-9 Do Not Apply? --> <xsd:element name="IsAcctMthdChangeNotApply" type="BooleanType" minOccurs="0"> | NEW line(s): 446,447
<!-- Do Any Of The Scope Limitations Described In Section 4.02 Rev Proc 2008-52 Cause Automatic Consent To Be Unavailable For The Applicants Requested Change? --> <xsd:element name="ScopeLmtCsAutoCnsntUnavailable" minOccurs="0"> |
| OLD line(s): 450
<Description>Is accounting method change one for which scope limitations of Sec 4.02 Rev Proc 2002-9 do not apply?</Description> | NEW line(s): 450
<Description>Do any of the scope limitations described in section 4.02 rev proc 2008-52 cause automatic consent to be unavailable for the applicants requested change?</Description> |
| OLD line(s): 453
| NEW line(s): 454,461
<xsd:complexType> <xsd:simpleContent> <xsd:extension base="BooleanType"> <xsd:attribute name="referenceDocumentId" type="IdListType" /> <xsd:attribute name="referenceDocumentName" type="StringType" fixed="BusDisqualifiesAutoCnsntStmt" /> </xsd:extension> </xsd:simpleContent> </xsd:complexType> |
| OLD line(s): 456,457
<!-- Is Tax Year of Change the Final Tax Year of Trade or Business for which TP would be Required to Take Entire Amount of Sec 481(a) Adjustment into Account in Computing Taxable Income? --> <xsd:element name="IsTYOfChangeRqrTakeEntireAmt" type="BooleanType" minOccurs="0"> | NEW line(s): 464,467
<!-- ===== Part II - Information For All Requests ===== --> <!-- Did Or Will The Applicant Cease To Engage In The Trade Or Business To Which The Requested Change Relates, Or Terminate Its Existence, In The Tax Year Of Change? --> <xsd:element name="ApplcntCsTradeBusReqChgRelates" type="BooleanType" minOccurs="0"> |
| OLD line(s): 460,461
<Description>Is tax year of change the final tax year of trade or business for which TP would be required to take entire amount of Sec 481(a) adjustment into account in computing taxable income?</Description> <LineNumber>Part I Line 3</LineNumber> | NEW line(s): 470,471
<Description>Did or will the applicant cease to engage in the trade or business to which the requested change relates, or terminate its existence, in the tax year of change?</Description> <LineNumber>Part II Line 3</LineNumber> |
| OLD line(s): 466,467
<!-- ===== Part II - Information For All Requests ===== --> | NEW line(s): 475
|
| OLD line(s): 780
<Description>If the applicant is an entity (including a limited liability company) treated as a partnership or S corporation for Federal income tax purposes, is it requesting a change from a method of accounting that is an issue under consideration in an examination, before Appeals, or before a Federal court, with respect to a Federal income tax return of a partner, member, or shareholder of that entity?</Description> | NEW line(s): 788
<Description>If, for federal income tax purposes, the applicant is an entity (including a limited liability company) treated as a partnership, S corporation, or a foreign corporation, is it requesting a change from a method of accounting that is an issue under consideration in an examination, before Appeals, or before a Federal court, with respect to a Federal income tax return of a partner, member, or shareholder of that entity?</Description> |
| OLD line(s): 786,787
<!-- Is Applicant Making Change to which Audit Protection does not Apply (see instructions)? --> <xsd:element name="MakingChangeToAuditProtection" type="BooleanType" minOccurs="0"> | NEW line(s): 794,795
<!-- Does The Applicable Revenue Procedure (Advance Consent or Automatic Consent) State That The Applicant Will Not Receive Audit Protection For The Requested Change (See Instructions)? --> <xsd:element name="ApplcblRevProcNotAudProtection" minOccurs="0"> |
| OLD line(s): 790,791
<Description>Is applicant making change to which audit protection does not apply (see instructions)?</Description> <LineNumber>Part II Line 8</LineNumber> | NEW line(s): 798,799
<Description>Does the applicable revenue procedure (advance consent or automatic consent) state that the applicant will not receive audit protection for the requested change (see instructions)?</Description> <LineNumber>Part II Line 8a</LineNumber> |
| OLD line(s): 793
| NEW line(s): 802,809
<xsd:complexType> <xsd:simpleContent> <xsd:extension base="BooleanType"> <xsd:attribute name="referenceDocumentId" type="IdListType" /> <xsd:attribute name="referenceDocumentName" type="StringType" fixed="ApplcntNotRcvAudProtectionStmt" /> </xsd:extension> </xsd:simpleContent> </xsd:complexType> |
| OLD line(s): 797
<xsd:element name="ChangeInAcctMthdMadeInPast5Yrs" minOccurs="0"> | NEW line(s): 813
<xsd:element name="ChangeInMthdAcctMadeInPast5Yrs" minOccurs="0"> |
| OLD line(s): 800
<Description>Has the applicant, its predecessor, or a related party requested or made (either an automatic change procedure or a procedure requiring advance consent) a change in accounting method or accounting period within the past 5 years?</Description> | NEW line(s): 816
<Description>Has the applicant, its predecessor, or a related party requested or made (either an automatic change procedure or a procedure requiring advance consent) a change in method OF accounting within the past 5 years?</Description> |
| OLD line(s): 808
<xsd:attribute name="referenceDocumentName" type="StringType" fixed="ChangeInAccountingMethodOrPeriodForPast5YearsStatement" /> | NEW line(s): 824
<xsd:attribute name="referenceDocumentName" type="StringType" fixed="AppWithdrwNotPerfDndCnsntStmt ChangeInAccountingMethodOrPeriodForPast5YearsStatement" /> |


|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
A service class acts as a factory of the following objects:
The Service implementation class is required to implement java.io.Serializable and javax.naming.Referenceable interfaces to support registration in the JNDI namespace.
| Method Summary | |
Call |
createCall()
Creates an empty Call object that needs to be configured using the setter methods on the Call interface. |
Call |
createCall(QName portName)
Creates a Call instance. |
Call |
createCall(QName portName,
QName operationName)
Creates a Call instance. |
Call |
createCall(QName portName,
java.lang.String operationName)
Creates a Call instance. |
java.rmi.Remote |
getPort(java.lang.Class serviceDefInterface)
The getPort method returns a dynamic proxy for a default service port. |
java.rmi.Remote |
getPort(QName portName,
java.lang.Class proxyInterface)
The getPort method returns a dynamic proxy for the specified service port. |
java.util.Iterator |
getPorts()
Gets the list of qualified names of the ports grouped by this service |
QName |
getServiceName()
Gets the name of this Service. |
TypeMappingRegistry |
getTypeMappingRegistry()
Gets the TypeMappingRegistry registered with this Service object |
java.net.URL |
getWSDLDocumentLocation()
Gets location of the WSDL document for this Service. |
void |
setTypeMappingRegistry(TypeMappingRegistry registry)
Registers a type mapping registry with this Service object. |
| Methods inherited from interface javax.naming.Referenceable |
getReference |
| Method Detail |
public java.rmi.Remote getPort(QName portName, java.lang.Class proxyInterface) throws ServiceException
portName
- - Qualified name of the service port in the WSDL based service descriptionproxyInterface
- - Service definition interface supported by the dynamic proxyServiceException
- - If the service class fails to create a dynamic proxypublic java.rmi.Remote getPort(java.lang.Class serviceDefInterface) throws ServiceException
serviceDefInterface
- - Service definition interface supported by the dynamic proxyServiceException
- - If the service class fails to create a dynamic proxypublic Call createCall(QName portName) throws ServiceException
-
- The qualified name for the target service portServiceException
- - If the Service class fails to create a Call objectpublic Call createCall(QName portName, java.lang.String operationName) throws ServiceException
portName
- - The qualified name for the target service portoperationName
- - Name of the operation for which this Call object is created.ServiceException
- - If the Service class fails to create a Call objectpublic Call createCall(QName portName, QName operationName) throws ServiceException
portName
- - The qualified name for the target service portoperationName
- - QName of the operation for which this Call object is created.ServiceException
- - If the Service class fails to create a Call objectpublic Call createCall() throws ServiceException
ServiceException
- public java.net.URL getWSDLDocumentLocation()
public QName getServiceName()
public java.util.Iterator getPorts()
public void setTypeMappingRegistry(TypeMappingRegistry registry) throws ServiceException
registry
- - TypeMappingRegistry objectServiceException
- - if there is an error in the configuration of the TypeMappingRegistrypublic TypeMappingRegistry getTypeMappingRegistry()
|
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| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: INNER | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Ms. Fang is Landscape photographer based in the USA, after 7 years lifestyle photographer experience, she finally decided to go back to landscape and focus on story telling and mood.
Victoria is a chapter of Ms. Fang travel record, it mainly focus on the color photography,animals and relax felling. By giving the light and full brightness, color comes into our world.
Duskwood is mainly focus on the black and white, some moody section and the light, snow collapse, fire record and so on.


Use W, A, S, D to move. X to quit. Z to toggle bouding box. "," and "." to decrease, increase speed.
Collect how many squares as you can in 30 seconds!


|
-
Note 2
Submit Scores
|
Read the help page for scoring guide.
No mention of the pain / pain score is not clear
Pain Score of 0 [denied pain]
Pain Score of [1-3]
Pain Score of [4-6]
Pain Score [7-10]
|
|
|
Scoreboard
|
|
comment:
|


on-change only fires when the text field loses focus. Look in your dev console to see your value printed out.


Neighborhood: Capitol Hill
-
Food
-
View
-
Yelp Dollars $$$
Everything on this stunning, triangular-shaped restaurant's "earth to plate"-inspired menu tastes better when you're surrounded by an edible garden, one story above the considerable fray of the always bustling Melrose Market. Especially the water buffalo burger, or the Monday Night Paella. -Thrillest
Neighborhood: Capitol Hill
-
Food
-
View
-
Yelp Dollars $$
MO's second, and much more sprawling location in Pike/Pine, features a sleek, mostly black bar inside and most importantly, a vibrant lounge on the roof. In either area you can expect to be plied with an almost endless array of margaritas and seriously delicious Mexican street food, including enfrijoladas that aren't to be missed. -Thrillest
Neighborhood: Downtown
-
Food
-
View
-
Yelp Dollars $$$
Perched atop the new Thompson Hotel, this 12th floor space serves a selection of snacks from the people behind Westward (skewered meats, mix-to-order poke, etc.), as well as bottled and craft cocktails poured over house-made pieces of ice, but who are we kidding? You're there to drink in the seriously stunning views of the city and Elliott Bay, which make this a can't-miss destination. -Thrillest
Neighborhood: Pike Place Market
-
Food
-
View
-
Yelp Dollars $$
Like the rest of the beguiling Post Alley eatery on which it sits, this most unlikely of all Seattle's rooftop decks is reached by going down a long staircase, though a trapeze-equipped dining room (they host burlesque shows at night), and out onto the patio which is both below street level and breathtakingly above what few streets remain between it and the waterfront, giving you the sense that you're safely hidden away, and sitting on top of the world, at the same time. -Thrillest
Neighborhood: South Lake Union
-
Food
-
View
-
Yelp Dollars $$
Helmed by the people behind Mamnoon, this 14th-story spot is accessed through a small street-level bar/waiting room. From there an elevator takes you to a short windowed corridor strewn with neon light that opens into a sprawling 2,800sqft space -- two-thirds of which is outside -- where, in addition to Middle Eastern fare from noted Seattle chef Jason Stratton, you will also enjoy unparalleled views of Seattle Center and the Space Needle, Queen Anne, and Lake Union just two blocks to the north. -Thrillest
Neighborhood: Capitol Hill
...


Located in /controllers/users_controller.php (line 2)
Controller | --AppController | --UsersController
Inherited From AppController
AppController::beforeFilter()
Documentation generated on Fri, 06 Nov 2009 10:54:00 +0900 by phpDocumentor 1.4.3


This page includes the default Side-by-Side object styles
Side-by-Side usage
This layout object is intended for keeping elements Side-by-Side.
Default styles
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
Align Bottom
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
Align Center
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.
The domestic cat is a small, usually furry, domesticated, and carnivorous mammal. It is often called the housecat when kept as an indoor pet, or simply the cat when there is no need to distinguish it from other felids and felines.


@DoNotImplement interface ServiceStart : ServiceLifecycleEvent
This event is dispatched once all corda services have been instantiated and registered as injectable services.
Any logic required to start the service should be added in response to this event. Services are ordered based on their usages of CordaInjectPreStart such that all CordaInjectPreStart annotated services have this event distributed to them before the parent service, which annotated the previously mentioned services, receives notification of this event. This event is then distributed to the remaining services which are not using the CordaInjectPreStart annotation.


Adventure name is required.
Please fill Adventure description
Please fill Adventure min level
Please fill Adventure max level


Stop all members.
Asks all the members that have a cache to close the cache and disconnect from the system. If the --include-locators
parameter is specified, the command shuts down any running locators one by one. The timeout parameter allows you to specify that the system should be shutdown forcibly after the time has exceeded.
Availability: Online. You must be connected in gfsh
to a JMX Manager member to use this command.
Syntax:
shutdown [--time-out=value] [--include-locators=value]
| Name | Description | Default Value |
|---|---|---|
| --time-out | Time to wait (in seconds) for a graceful shutdown. Should be at least 10 seconds. The default value if not specified is 10. | 10 |
| --include-locators | To shutdown locators, specify this option as true. | false |
Table 1. Shutdown Parameters
Example Commands:
shutdown
shutdown --time-out=15
shutdown --include-locators=true
Sample Output:
gfsh>shutdown
"As a lot of data in memory will be lost, including possibly events in
queues, do you really want to shutdown the entire distributed system? (Y/n):"
Y
Shutdown is triggered


NumValue
: numeric value
| Values: | 1 | 2 |
This feature is introduced to treat some elements which, though implying a specific cardinality, do not seem to belong to the class of numerals, as they rather have other deictic or pronominal characteristics as their main meaning, and so are better identified as part of the more general class of determiners. This fact might be reflected also from morphological properties. Only the lowest values 1 and 2 are involved, whose linguistic exceptionality with respect to other numbers can be observed also from other phenomena, e.g.the unique ordinal adjectives primus ‘first’ and secundus ‘second’, tied to unus ‘one’ and duo ‘two’, versus tertius ‘third’, quartus ‘fourth’, quintus ‘fifth’… tied to tres ‘three’, quattuor ‘four’, quinque ‘five’…
1
: numeric value 1
The term for ‘one’ is ambivalent, as traditionally it is interpreted as either referring to the exact quantity ‘1’, or as having an indefinite value. Since the latter is still always referred to a single entity, it is debatable how much the two meanings are distinct, or if one prevails, so that probably a more generic treatment as DET
involving both NumType=Card
and PronType=Ind
, alongside NumValue
, can act as a good representation of this fact; cf. (Grotto et al., 2021) for difficulties of annotation.
Examples
- unus ‘one; a(n)’
- this word follows the pronominal inflectional paradigm (common singular genitive unīus, common singular dative unī), which puts it closer to other determiners than to numerals
- uter ‘which, either of two’ could be a candidate for this value
- this word also follows the pronominal paradigm: common singular genitive utrīus, common singular dative utrī
2
: numeric value 2
Examples
- ambo ‘both’
- two elements are involved, but the focus is on considering them together at the same time, as opposed to uter ‘either one’, and not on the exact number as for duo ‘two’, so it receives
PronType=Tot
- two elements are involved, but the focus is on considering them together at the same time, as opposed to uter ‘either one’, and not on the exact number as for duo ‘two’, so it receives
References
- Grotto, F., R. Sprugnoli, M. Fantoli, M. Simi, F. M. Cecchini, and M. Passarotti (2021). The Annotation of Liber Abbaci, a Domain-Specific Latin Resource, in Proceedings of the Eighth Italian Conference on Computational Linguistics (CLiC-it 2021), Milan, Italy: CEUR-WS.org.
NumValue in other languages: [cs] [la] [u]


{% extends "_base.html" %} {% block content %}
This app was developed by Tomoyuki KOYAMA(a.k.a tomoyk).
You are free to use this app under MIT License without contact to me.
Please give me a one-star on GitHub if you like this :)
[GitHub] kea-lease-viewer


Hub's contain your data processing rules.

Remote agents connect to data and are used run and publish data.
View all datasets which have been shared.
{{hub.description}}


See: Description
| Interface | Description |
|---|---|
| ARG_IN |
Signifies an "input" argument to an invocation,
meaning that the argument is being passed from the client to
the server.
|
| ARG_INOUT |
Signifies an argument used for both input and output in an invocation,
meaning that the argument is being passed from the client to
the server and then back from the server to the client.
|
| ARG_OUT |
A constant that signifies an "output" argument to an invocation,
meaning that the argument is being passed from the server to
the client.
|
| BAD_POLICY |
A PolicyErrorCode which would be filled in
the PolicyError exception.
|
| BAD_POLICY_TYPE |
A PolicyErrorCode which would be filled in
the PolicyError exception.
|
| BAD_POLICY_VALUE |
Contains the value used to indicate a policy value that is
incorrect for a valid policy type in a call to the
create_policy method defined in the ORB class. |
| CTX_RESTRICT_SCOPE |
A flag that can be used as the second parameter to the method
Context.get_values to restrict the search scope. |
| Current |
Interfaces derived from the Current interface enable ORB and CORBA
services to provide access to information (context) associated with
the thread of execution in which they are running.
|
| CurrentOperations |
The interface for Current.
|
| CustomMarshal |
An abstract value type that is meant to
be used by the ORB, not the user.
|
| DataInputStream |
Defines the methods used to read primitive data types from input streams
for unmarshaling custom value types.
|
| DataOutputStream |
Defines the methods used to write primitive data types to output streams
for marshalling custom value types.
|
| DomainManager |
Provides mechanisms for establishing and navigating relationships to
superior and subordinate domains, as well as for creating and accessing
policies.
|
| DomainManagerOperations |
Provides the DomainManager with the means to access policies.
|
| DynAny | Deprecated
Use the new DynAny instead
|
| DynArray | Deprecated
Use the new DynArray instead
|
| DynEnum | Deprecated
Use the new DynEnum instead
|
| DynFixed | Deprecated
Use the new DynFixed instead
|
| DynSequence | Deprecated
Use the new DynSequence instead
|
| DynStruct | Deprecated
Use the new DynStruct instead
|
| DynUnion | Deprecated
Use the new DynUnion instead
|
| DynValue | Deprecated
Use the new DynValue instead
|
| IDLType |
An abstract interface inherited by all Interface Repository
(IR) objects that represent OMG IDL types.
|
| IDLTypeOperations |
This interface must be implemented by all IDLType objects.
|
| IRObject |
An IRObject IDL interface represents the most generic interface
from which all other Interface Repository interfaces are derived,
even the Repository itself.
|
| IRObjectOperations |
This is the Operations interface for the mapping from IRObject.
|
| Object |
The definition for a CORBA object reference.
|
| OMGVMCID |
The vendor minor code ID reserved for OMG.
|
| Policy |
Interfaces derived from the Policy interface allow an
ORB or CORBA service access to certain choices that affect
its operation.
|
| PolicyOperations |
Provides the operations for a
Policy object. |
| PRIVATE_MEMBER |
Constant to define a private member in the
ValueMember class. |
| PUBLIC_MEMBER |
Constant to define a public member in the
ValueMember
class. |
| UNSUPPORTED_POLICY |
One of the PolicyErrorCodes which would be filled if
the requested Policy is understood to be valid by the
ORB, but is not currently supported.
|
| UNSUPPORTED_POLICY_VALUE |
A PolicyErrorCode which would be filled if the value
requested for the Policy is of a
valid type and within the valid range for that type, but this valid value
is not currently supported.
|
| VM_ABSTRACT |
Defines the code used to represent an Abstract interface in
a typecode.
|
| VM_CUSTOM |
Defines the code used to represent a custom marshalled value type in
a typecode.
|
| VM_NONE |
Defines the code used to represent the one of the values of a value type
in a typecode.
|
| VM_TRUNCATABLE |
Defines the code used to represent a truncatable value type in
a typecode.
|
| Class | Description |
|---|---|
| _IDLTypeStub |
The Stub for IDLType.
|
| _PolicyStub |
The Stub for Policy.
|
| Any |
Serves as a container for any data that can be
described in IDL or for any IDL primitive type.
|
| AnyHolder |
The Holder for Any.
|
| AnySeqHelper |
The Helper for AnySeq.
|
| AnySeqHolder |
The Holder for AnySeq.
|
| BooleanHolder |
The Holder for Boolean.
|
| BooleanSeqHelper |
The Helper for BooleanSeq.
|
| BooleanSeqHolder |
The Holder for BooleanSeq.
|
| ByteHolder |
The Holder for Byte.
|
| CharHolder |
The Holder for Char.
|
| CharSeqHelper |
The Helper for CharSeq.
|
| CharSeqHolder |
The Holder for CharSeq.
|
| CompletionStatus |
An object that indicates whether a method had completed running
when a
SystemException was thrown. |
| CompletionStatusHelper |
The Helper for CompletionStatus.
|
| Context |
An object used in
Request operations
to specify the context object in which context strings
must be resolved before being sent along with the request invocation. |
| ContextList |
An object containing a modifiable list of
String objects
that represent property names. |
| CurrentHelper |
The Helper for Current.
|
| CurrentHolder |
The Holder for Current.
|
| DefinitionKind |
The class that provides the constants used to identify the type of an
Interface Repository object.
|
| DefinitionKindHelper |
The Helper for DefinitionKind.
|
| DoubleHolder |
The Holder for Double.
|
| DoubleSeqHelper |
The Helper for DoubleSeq.
|
| DoubleSeqHolder |
The Holder for DoubleSeq.
|
| DynamicImplementation | Deprecated
org.omg.CORBA.DynamicImplementation
|
| Environment |
A container (holder) for an exception that is used in
Request
operations to make exceptions available to the client. |
| ExceptionList |
An object used in
Request operations to
describe the exceptions that can be thrown by a method. |
| FieldNameHelper |
The Helper for FieldName.
|
| FixedHolder |
The Holder for Fixed.
|
| FloatHolder |
The Holder for Float.
|
| FloatSeqHelper |
The Helper for FloatSeq.
|
| FloatSeqHolder |
The Holder for FloatSeq.
|
| IdentifierHelper |
The Helper for Identifier.
|
| IDLTypeHelper |
The Helper for IDLType.
|
| IntHolder |
The Holder for Int.
|
| LocalObject |
Used as a base class for implementation of a local IDL interface in the
Java language mapping.
|
| LongHolder |
The Holder for Long.
|
| LongLongSeqHelper |
The Helper for LongLongSeq.
|
| LongLongSeqHolder |
The Holder for LongLongSeq.
|
| LongSeqHelper |
The Helper for LongSeqHelper.
|
| LongSeqHolder |
The Holder for LongSeq.
|
| NamedValue |
An object used in the DII and DSI to describe
arguments and return values.
|
| NameValuePair |
Associates a name with a value that is an
attribute of an IDL struct, and is used in the DynStruct APIs.
|
| NameValuePairHelper |
The Helper for NameValuePair.
|
| NVList |
A modifiable list containing
NamedValue objects. |
| ObjectHelper | |
| ObjectHolder |
The Holder for Object.
|
| OctetSeqHelper |
The Helper for OctetSeq.
|
| OctetSeqHolder |
The Holder for OctetSeq.
|
| ORB |
A class providing APIs for the CORBA Object Request Broker
features.
|
| ParameterMode |
Enumeration of parameter modes for Parameter.
|
| ParameterModeHelper |
Enumeration of parameter modes for Parameter.
|
| ParameterModeHolder |
Enumeration of parameter modes for Parameter.
|
| PolicyErrorCodeHelper |
Encapsulates a reason a Policy may be invalid.
|
| PolicyErrorHelper |
Thrown to indicate problems with parameter values passed to the
ORB.create_policy operation. |
| PolicyErrorHolder |
Thrown to indicate problems with parameter values passed to the
ORB.create_policy operation. |
| PolicyHelper |
The Helper for Policy.
|
| PolicyHolder |
The Holder for Policy.
|
| PolicyListHelper |
The Helper for PolicyList.
|
| PolicyListHolder |
The Holder for PolicyList.
|
| PolicyTypeHelper |
The Helper for PolicyType.
|
| Principal | Deprecated
Deprecated by CORBA 2.2.
|
| PrincipalHolder | Deprecated
Deprecated by CORBA 2.2.
|
| RepositoryIdHelper |
The Helper for RepositoryId.
|
| Request |
An object containing the information necessary for
invoking a method.
|
| ServerRequest |
An object that captures the explicit state of a request
for the Dynamic Skeleton Interface (DSI).
|
| ServiceDetail |
An object that represents an ORB service: its
service_detail_type
field contains the type of the ORB service, and its service_detail
field contains a description of the ORB service. |
| ServiceDetailHelper | |
| ServiceInformation |
An IDL struct in the CORBA module that
stores information about a CORBA service available in the
ORB implementation and is obtained from the ORB.get_service_information
method.
|
| ServiceInformationHelper | |
| ServiceInformationHolder |
The Holder for ServiceInformation.
|
| SetOverrideType |
The mapping of a CORBA
enum tagging
SET_OVERRIDE and ADD_OVERRIDE , which
indicate whether policies should replace the
existing policies of an Object or be added to them. |
| SetOverrideTypeHelper |
The Helper for SetOverrideType.
|
| ShortHolder |
The Holder for Short.
|
| ShortSeqHelper |
The Helper for ShortSeqHelper.
|
| ShortSeqHolder |
The Holder for ShortSeq.
|
| StringHolder |
The Holder for String.
|
| StringSeqHelper |
An array of Strings
|
| StringSeqHolder |
An array of Strings
|
| StringValueHelper |
The Helper for StringValue.
|
| StructMember |
Describes a member of an IDL
struct in the
Interface Repository, including
the name of the struct member, the type of
the struct member, and
the typedef that represents the IDL type of the
struct member
described the struct member object. |
| StructMemberHelper |
The Helper for StructMember.
|
| TCKind |
The Java mapping of the IDL enum
TCKind , which
specifies the kind of a TypeCode object. |
| TypeCode |
A container for information about a specific CORBA data
type.
|
| TypeCodeHolder |
The Holder for TypeCode.
|
| ULongLongSeqHelper |
The Helper for ULongLongSeq.
|
| ULongLongSeqHolder |
The Holder for ULongLongSeq.
|
| ULongSeqHelper |
The Helper for ULongSeq.
|
| ULongSeqHolder |
The Holder for ULongSeq.
|
| UnionMember |
A description in the Interface Repository of a member of an IDL union.
|
| UnionMemberHelper |
The Helper for UnionMember.
|
| UnknownUserExceptionHelper |
The Helper for UnknownUserException.
|
| UnknownUserExceptionHolder |
The Holder for UnknownUserException.
|
| UShortSeqHelper |
The Helper for UShortSeq.
|
| UShortSeqHolder |
The Holder for UShortSeq.
|
| ValueBaseHelper | |
| ValueBaseHolder |
The Holder for ValueBase.
|
| ValueMember |
A description in the Interface Repository of
a member of a
value object. |
| ValueMemberHelper |
The Helper for ValueMember.
|
| VersionSpecHelper |
The Helper for VersionSpec.
|
| VisibilityHelper |
The Helper for Visibility.
|
| WCharSeqHelper |
The Helper for WCharSeq.
|
| WCharSeqHolder |
The Holder for WCharSeq.
|
| WrongTransactionHelper |
The Helper for WrongTransaction.
|
| WrongTransactionHolder |
The Holder for WrongTransaction.
|
| WStringSeqHelper |
An array of WStrings
|
| WStringSeqHolder |
An array of WStrings
|
| WStringValueHelper |
org/omg/CORBA/WStringValueHelper.java
Generated by the IDL-to-Java compiler (portable), version "3.0"
from orb.idl
31 May 1999 22:27:30 o'clock GMT+00:00
The class definition has been modified to conform to the following
OMG specifications :
ORB core as defined by CORBA 2.3.1
(formal/99-10-07)
IDL/Java Language Mapping as defined in
ptc/00-01-08
|
| Exception | Description |
|---|---|
| ACTIVITY_COMPLETED |
The
ACTIVITY_COMPLETED system exception may be raised on any
method for which Activity context is accessed. |
| ACTIVITY_REQUIRED |
The
ACTIVITY_REQUIRED system exception may be raised on any
method for which an Activity context is required. |
| BAD_CONTEXT |
Exception thrown when an operation is invoked by a client but the passed
context does not contain the context values required by the operation.
|
| BAD_INV_ORDER |
This exception indicates that the caller has invoked operations in
the wrong order.
|
| BAD_OPERATION |
Exception thrown when an object reference denotes an existing object,
but that the object does not support the operation that was invoked.
|
| BAD_PARAM |
Exception thrown
when a parameter passed to a call is out of range or
otherwise considered illegal.
|
| BAD_QOS |
The
BAD_QOS exception is raised whenever an object cannot
support the quality of service required by an invocation parameter that
has a quality of service semantics associated with it. |
| BAD_TYPECODE |
Exception thrown when the ORB has encountered a malformed type code
(for example, a type code with an invalid TCKind value).
|
| Bounds |
A user exception thrown when a parameter is not within
the legal bounds for the object that a method is trying
to access.
|
| CODESET_INCOMPATIBLE |
This exception is raised whenever meaningful communication is not possible
between client and server native code sets.
|
| COMM_FAILURE |
This exception is raised if communication is lost while an operation
is in progress, after the request was sent by the client, but before
the reply from the server has been returned to the client.
|
| DATA_CONVERSION |
This exception is raised if an ORB cannot convert the representation
of data as marshaled into its native representation or vice-versa.
|
| FREE_MEM |
Exception thrown
when the ORB failed in an attempt to free dynamic memory, for example
because of heap corruption or memory segments being locked.
|
| IMP_LIMIT |
This exception indicates that an implementation limit was
exceeded in the ORB run time.
|
| INITIALIZE |
Exception thrown
when an ORB has encountered a failure during its initialization,
such as failure to acquire networking resources or detecting a
configuration error.
|
| INTERNAL |
This exception indicates an internal failure in an ORB, for
example, if an ORB has detected corruption of its internal
data structures.
|
| INTF_REPOS |
Exception raised
when an ORB cannot reach the interface
repository, or some other failure relating to the interface repository
is detected.
|
| INV_FLAG |
Exception thrown
when an invalid flag was passed to an operation (for example, when
creating a DII request).
|
| INV_IDENT |
This exception indicates that an IDL identifier is syntactically
invalid.
|
| INV_OBJREF |
This exception indicates that an object reference is internally
malformed.
|
| INV_POLICY |
Standard exception thrown
when an invocation cannot be made because of an incompatibility between
Policy overrides that apply to the particular invocation.
|
| INVALID_ACTIVITY |
The
INVALID_ACTIVITY system exception may be raised on the
Activity or Transaction services' resume methods if a transaction or
Activity is resumed in a context different to that from which it was
suspended. |
| INVALID_TRANSACTION |
Exception thrown
when the request carried an invalid transaction context.
|
| MARSHAL |
A request or reply from the network is structurally invalid.
|
| NO_IMPLEMENT |
This exception indicates that even though the operation that
was invoked exists (it has an IDL definition), no implementation
for that operation exists.
|
| NO_MEMORY |
Exception thrown when the ORB run time has run out of memory.
|
| NO_PERMISSION |
Exception thrown when an invocation failed because the caller
has insufficient privileges.
|
| NO_RESOURCES |
Exception thrown when the ORB has encountered some general resource
limitation.
|
| NO_RESPONSE |
This exception is raised if a client attempts to retrieve the result
of a deferred synchronous call, but the response for the request is
not yet available.
|
| OBJ_ADAPTER |
This exception typically indicates an administrative mismatch, for
example, a server may have made an attempt to register itself with
an implementation repository under a name that is already in use,
or is unknown to the repository.
|
| OBJECT_NOT_EXIST |
Exception raised whenever an invocation on a deleted object was
performed.
|
| PERSIST_STORE |
This exception indicates a persistent storage failure, for example,
failure to establish a database connection or corruption of a
database.
|
| PolicyError |
A user exception thrown when a policy error occurs.
|
| REBIND |
REBIND is raised when the current effective RebindPolicy,
has a value of NO_REBIND or NO_RECONNECT and an invocation on a bound
object reference results in a LocateReply message with status
OBJECT_FORWARD or a Reply message with status LOCATION_FORWARD. |
| SystemException |
The root class for all CORBA standard exceptions.
|
| TIMEOUT |
TIMEOUT is raised when no delivery has been made and the
specified time-to-live period has been exceeded. |
| TRANSACTION_MODE |
The CORBA
TRANSACTION_MODE exception is thrown
by the client ORB if it detects a mismatch between the
InvocationPolicy in the IOR and the chosen invocation path
(i.e, direct or routed invocation). |
| TRANSACTION_REQUIRED |
Exception indicates that the request carried a null transaction context,
but an active transaction is required.
|
| TRANSACTION_ROLLEDBACK |
Exception thrown when the transaction associated with the request has
already been rolled back or marked to roll back.
|
| TRANSACTION_UNAVAILABLE |
The CORBA
TRANSACTION_UNAVAILABLE exception is thrown
by the ORB when it cannot process a transaction service context because
its connection to the Transaction Service has been abnormally terminated. |
| TRANSIENT |
Exception thrown when the ORB attempted to reach an object and failed.
|
| UNKNOWN |
This exception is raised if an operation implementation
throws a non-CORBA exception (such as an exception
specific to the implementation's programming language),
or if an operation raises a user exception that does not
appear in the operation's raises expression.
|
| UnknownUserException |
A class that contains user exceptions returned by the server.
|
| UserException |
The root class for CORBA IDL-defined user exceptions.
|
| WrongTransaction |
The CORBA
WrongTransaction user-defined exception. |
For a precise list of supported sections of official CORBA specifications with which the Java[TM] Platform, Standard Edition 6 complies, see Official Specifications for CORBA support in Java[TM] SE 6.
The classes and interfaces described in this section can be put into four groups: ORB classes, Exceptions, Helper classes, and Holder classes.
An ORB handles (or brokers) method invocations between a client and the method's implementation on a server. Because the client and server may be anywhere on a network, and because the invocation and implementation may be written in different programming languages, an ORB does a great deal of work behind the scenes to accomplish this communication.
Most of what an ORB does is completely transparent to the user, and a major portion of the CORBA package consists of classes used by the ORB behind the scenes. The result is that most programmers will use only a small part of this package directly. In fact, most programmers will use only a few methods from the ORB class, some exceptions, and occasionally, a holder class.
Before an application can enter the CORBA environment, it must first:
The following operations are provided to initialize applications and obtain the appropriate object references:
When an application requires a CORBA environment it needs a mechanism to get an ORB object reference and possibly an OA object reference (such as the root POA). This serves two purposes. First, it initializes an application into the ORB and OA environments. Second, it returns the ORB object reference and the OA object reference to the application for use in future ORB and OA operations.
In order to obtain an ORB object reference, applications call the ORB.init operation. The parameters to the call can comprise an identifier for the ORB for which the object reference is required, and an arg_list, which is used to allow environment-specific data to be passed into the call.
These are the ORB methods that provide access to the ORB:
Using the init() method without parameters initiates a singleton ORB, which can only give typecode creation anys needed in code generated in Helper classes by idlj.
Applications require a portable means by which to obtain their initial object references. References are required for the root POA, POA Current, Interface Repository, and various Object Services instances. The functionality required by the application is similar to that provided by the Naming Service. However, the OMG does not want to mandate that the Naming Service be made available to all applications in order that they may be portably initialized. Consequently, the operations shown in this section provide a simplified, local version of the Naming Service that applications can use to obtain a small, defined set of object references which are essential to its operation. Because only a small well-defined set of objects are expected with this mechanism, the naming context can be flattened to be a single-level name space. This simplification results in only two operations being defined to achieve the functionality required.
Initial references are obtained via two operations provided in the ORB object interface, providing facilities to list and resolve initial object references. These are:
An example that uses some of these methods is Getting Started with Java IDL.
The documentation on Java IDL exceptions has more information and explains the difference between system exceptions and user-defined exceptions.
The following is a list of the system exceptions (which are unchecked exceptions inheriting through org.omg.CORBA.SystemException from java.lang.RuntimeException) that are defined in the package org.omg.CORBA:
BAD_CONTEXT
BAD_INV_ORDER
BAD_OPERATION
BAD_PARAM
BAD_TYPECODE
COMM_FAILURE
DATA_CONVERSION
FREE_MEM
IMP_LIMIT
INITIALIZE
INTERNAL
INTF_REPOS
INVALID_TRANSACTION
INV_FLAG
INV_IDENT
INV_OBJREF
INV_POLICY
MARSHAL
NO_IMPLEMENT
NO_MEMORY
NO_PERMISSION
NO_RESOURCES
NO_RESPONSE
OBJECT_NOT_EXIST
OBJ_ADAPTER
PERSIST_STORE
TRANSACTION_REQUIRED
TRANSACTION_ROLLEDBACK
TRANSIENT
UNKNOWN
The following is a list of user-defined exceptions defined in the package org.omg.CORBA.
Bounds
UnknownUserException
WrongTransaction
PolicyError
For example, the package org.omg.CORBA.TypeCodePackage contains two exceptions thrown by methods in the class TypeCode. These exceptions are:
Another package that is a subpackage of CORBA is the portable package. It provides a set of ORB APIs that makes it possible for code generated by one vendor's IDL compiler to run on another vendor's ORB.
Support for out and inout parameter passing modes requires the use of additional holder classes. Because the Java programming language does not support out or inout parameters, holder classes are needed as a means of passing a parameter that can be modified. To support portable stubs and skeletons, holder classes also implement the org.omg.CORBA.portable.Streamable interface.
Holder classes are named by appending "Holder" to the name of the type. The name of the type refers to its name in the Java programming language. For example, a holder class for the interface named Account in the Java programming language would be named AccountHolder.
Holder classes are available for all of the basic IDL datatypes in the org.omg.CORBA package. So, for example, there are already-defined classes for LongHolder, ShortHolder, FloatHolder, and so on. Classes are also generated for all named user-defined IDL types except those defined by typedefs. (Note that in this context user defined includes types that are defined in OMG specifications such as those for the Interface Repository, and other OMG services.)
Each holder class has:
The default constructor sets the value field to the default value for the type as defined by the Java language:
As an example, if the interface Account
, defined in OMG IDL,
were mapped to the Java programming language, the following holder class
would be generated:
public final class AccountHolder implements org.omg.CORBA.portable.Streamable { // field that holds an Account object public Account value = null; // default constructor public AccountHolder () { } // creates a new AccountHolder from initialValue public AccountHolder (Account initialValue) { value = initialValue; } // reads the contents of i and assigns the contents to value public void _read (org.omg.CORBA.portable.InputStream i) { value = AccountHelper.read (i); } // writes value to o public void _write (org.omg.CORBA.portable.OutputStream o) { AccountHelper.write (o, value); } // returns the typecode for Account public org.omg.CORBA.TypeCode _type () { return AccountHelper.type (); } }
For more information on Holder classes, see Chapter 1.4, Mapping for Basic Types in the OMG IDL to Java Language Mapping. The Holder classes defined in the package org.omg.CORBA are:
AnyHolder AnySeqHolder BooleanHolder BooleanSeqHolder ByteHolder CharHolder CharSeqHolder CurrentHolder DoubleHolder DoubleSeqHolder FixedHolder FloatHolder FloatSeqHolder IntHolder LongHolder LongLongSeqHolder LongSeqHolder ObjectHolder OctetSeqHolder ParameterModeHolder PolicyErrorHolder PolicyListHolder PrincipalHolder ServiceInformationHolder ShortHolder ShortSeqHolder StringHolder StringSeqHolder TypeCodeHolder ULongLongSeqHolder ULongSeqHolder UnknownUserExceptionHolder UShortSeqHolder ValueBaseHolder WCharSeqHolder WrongTransactionHolder WStringSeqHolder
Helper files supply several static methods needed to manipulate the type. These include:
ValueHelper
interface (if it is a user-defined
value type)
The helper class for a mapped IDL interface or abstract interface
also include narrow operation(s). The static narrow method allows
an org.omg.CORBA.Object to be narrowed to the object reference
of a more specific type. The IDL exception CORBA.BAD_PARAM
is thrown if the narrow fails because the object reference does not
support the requested type. A different system exception is raised
to indicate other kinds of errors. Trying to narrow a null will always
succeed with a return value of null. Generally, the only helper method an application programmer uses is
the narrow
method. The other methods are normally used behind
the scenes and are transparent to the programmer.
Helper classes fall into two broad categories, helpers for value types and helpers for non value types. Because all of the helper classes in one category provide the same methods, one generic explanation of each category of helper classes is presented here.
When OMG IDL is mapped to the Java programming language,
a "helper" class is generated for each user-defined type.
This generated class will have the name of the user-defined type with
the suffix Helper
appended. For example, if the
interface Account
is defined in OMG IDL, the
idlj
compiler will automatically generate a class named
AccountHelper
. The AccountHelper
class
will contain the static methods needed for manipulating instances of the type,
in this case, Account
objects.
narrow
Methodorg.omg.CORBA.Object
object
or a java.lang.Object
object. This object must be cast to its
more specific type before it can be operated on. For example, an
Account
object will be returned as a generic object and must
be narrowed to an Account
object so that Account
methods may be called on it.
The narrow
method has two forms, one that takes an
org.omg.CORBA.Object
object and one that takes a
java.lang.Object
object. Whether the interface is abstract or
not determines which narrow
method its helper class will provide.
The helper class for an interface
that is not abstract will have a narrow
method that takes a CORBA
object, whereas the narrow
method for an interface that is abstract
will
take an object in the Java programming language. The helper class for a
non-abstract interface that has at least one abstract base interface will provide
both versions of the narrow
method.
The Hello World tutorial uses a narrow method that looks like this:
// create and initialize the ORB ORB orb = ORB.init(args, null); // get the root naming context org.omg.CORBA.Object objRef = orb.resolve_initial_references("NameService"); // Use NamingContextExt instead of NamingContext. This is // part of latest Inter-Operable naming Service. NamingContextExt ncRef = NamingContextExtHelper.narrow(objRef); // resolve the Object Reference in Naming String name = "Hello"; helloImpl = HelloHelper.narrow(ncRef.resolve_str(name));
narrow
method if the type defined in OMG IDL maps to an interface in the Java
programming language. Types that are not value types will have a basic
helper class generated for them.
For example, assuming that the interface Account
is not a
value type IDL type and is also not an abstract interface and has no
abstract base interfaces, its AccountHelper
class will look
like this:
abstract public class AccountHelper { private static String _id = "IDL:Account:1.0"; // inserts an Account object into an Any object public static void insert (org.omg.CORBA.Any a, Account that) { org.omg.CORBA.portable.OutputStream out = a.create_output_stream (); a.type (type ()); write (out, that); a.read_value (out.create_input_stream (), type ()); } // extracts an Account object from an Any object public static Account extract (org.omg.CORBA.Any a) { return read (a.create_input_stream ()); } private static org.omg.CORBA.TypeCode __typeCode = null; // gets the typecode for this type synchronized public static org.omg.CORBA.TypeCode type () { if (__typeCode == null) { __typeCode = org.omg.CORBA.ORB.init ().create_interface_tc (AccountHelper.id (), "Account"); } return __typeCode; } // gets the repository id for this type public static String id () { return _id; } // reads an Account object from an input stream public static Account read (org.omg.CORBA.portable.InputStream istream) { return narrow (istream.read_Object (_AccountStub.class)); } // writes an Account object to an outputstream public static void write (org.omg.CORBA.portable.OutputStream ostream, Account value) { ostream.write_Object ((org.omg.CORBA.Object) value); } // converts (narrows) an Object to an Account object public static Account narrow (org.omg.CORBA.Object obj) { if (obj == null) return null; else if (obj instanceof Account) return (Account)obj; else if (!obj._is_a (id ())) throw new org.omg.CORBA.BAD_PARAM (); else { org.omg.CORBA.portable.Delegate delegate = ((org.omg.CORBA.portable.ObjectImpl)obj)._get_delegate (); _AccountStub stub = new _AccountStub (); stub._set_delegate(delegate); return stub; } } }
Assuming that Address
is a value type, the
AddressHelper
class will look like this:
abstract public class AddressHelper { private static String _id = "IDL:Address:1.0"; // same as for non-value type public static void insert (org.omg.CORBA.Any a, Address that) { org.omg.CORBA.portable.OutputStream out = a.create_output_stream (); a.type (type ()); write (out, that); a.read_value (out.create_input_stream (), type ()); } // same as for non-value type public static Address extract (org.omg.CORBA.Any a) { return read (a.create_input_stream ()); } private static org.omg.CORBA.TypeCode __typeCode = null; private static boolean __active = false; // getting the typecode for the type synchronized public static org.omg.CORBA.TypeCode type () { if (__typeCode == null) { synchronized (org.omg.CORBA.TypeCode.class) { if (__typeCode == null) { if (__active) { return org.omg.CORBA.ORB.init().create_recursive_tc ( _id ); } __active = true; org.omg.CORBA.ValueMember[] _members0 = new org.omg.CORBA.ValueMember[0]; org.omg.CORBA.TypeCode _tcOf_members0 = null; __typeCode = org.omg.CORBA.ORB.init ().create_value_tc (_id, "Address", org.omg.CORBA.VM_NONE.value, null, _members0); __active = false; } } } return __typeCode; } // same as for non-value type public static String id () { return _id; } // reads a serializable instance of Address from the given input stream public static Address read (org.omg.CORBA.portable.InputStream istream) { return (Address)((org.omg.CORBA_2_3.portable.InputStream) istream).read_value (id ()); } // writes a serializable instance of Address to the given output stream public static void write (org.omg.CORBA.portable.OutputStream ostream, Address value) { ((org.omg.CORBA_2_3.portable.OutputStream) ostream).write_value (value, id ()); } }
The Helper classes defined in the package org.omg.CORBA are:
AnySeqHelper
BooleanSeqHelper
CharSeqHelper
CompletionStatusHelper
CurrentHelper
DefinitionKindHelper
DoubleSeqHelper
FieldNameHelper
FloatSeqHelper
IdentifierHelper
IDLTypeHelper
LongLongSeqHelper
LongSeqHelper
NameValuePairHelper
ObjectHelper
OctetSeqHelper
ParameterModeHelper
PolicyErrorCodeHelper
PolicyErrorHelper
PolicyHelper
PolicyListHelper
PolicyTypeHelper
RepositoryIdHelper
ServiceDetailHelper
ServiceInformationHelper
SetOverrideTypeHelper
ShortSeqHelper
StringSeqHelper
StringValueHelper
StructMemberHelper
ULongLongSeqHelper
ULongSeqHelper
UnionMemberHelper
UnknownUserExceptionHelper
UShortSeqHelper
ValueBaseHelper
ValueMemberHelper
VersionSpecHelper
VisibilityHelper
WCharSeqHelper
WrongTransactionHelper
WStringSeqHelper
WStringValueHelper
This is why several interfaces in the org.omg.CORBA package consist of a single field, value, which is a short. This field is a constant used for such things as an error code or value modifier. For example, the value field of the interface BAD_POLICY is one of the possible reasons for the exception PolicyError to be thrown. To specify this error code, you would use BAD_POLICY.value.
The exception PolicyError uses the value field of the following interfaces as its possible error codes.
ValueMember
object's
access method to denote the visibility of the ValueMember
object.
An ORB does not require that there be an interface repository, and Java
IDL does not include one. Even though this release does not include an
implementation of an interface repository, the following IR classes and
interfaces have been included for the purpose of creating typecodes (see
create_value_tc, create_struct_tc, create_union_tc and create_exception_tc
methods in interface org.omg.CORBA.ORB):
&nbs
Some of the API included in org.omg subpackages is provided for conformance with the current OMG CORBA specification but is not implemented in Sun's release of the JDKTM. This enables other JDK licensees to provide implementations of this API in standard extensions and products.
Some of the API included in org.omg subpackages throw NO_IMPLEMENT exceptions for various reasons. Among these reasons are:
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


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| Examples |
| About |
In this example, we will use the RSOME package to implement the robust knapsack model introduced in the paper The Price of Robustness, and the robustness model described in the paper The Dao of Robustness. In the knapsack problem, the weight coefficient \(\tilde{w}_i\) is assumed to be randomly distributed in the range \([w_i - \delta_i, ~ w_i + \delta_i]\). Suppose that each good has a value of \(c_i\), then the objective is to maximize the total value of goods. The robust model can be thus written as
\[\begin{align} \max~&\sum\limits_{i=1}^nc_i x_i \\ \text{s.t.}~&\sum\limits_{i=1}^n({w}_i + z_i\delta_i)x_i \leq b, \forall \pmb{z} \in \mathcal{Z} \\ &\pmb{x} \in \{0, 1\}^n \end{align}\]with the array \(\pmb{z}\) representing random variables, which are constrained by an uncertainty set
\[\begin{align} \mathcal{Z}=\left\{\pmb{z}: \|\pmb{z}\|_{\infty} \leq 1, \|\pmb{z}\|_{1} \leq r\right\}. \end{align}\]The parameter $r$ is the budget of uncertainty. The robustness optimization model can be formulated by introducing auxiliary random variables \(\pmb{u}\), such that
\[\begin{align} \min~&k\\ \text{s.t.}~&\sum\limits_{i=1}^nc_i x_i \geq \tau \\ &\sum\limits_{i=1}^n({w}_i + z_i\delta_i)x_i - b \leq k \sum\limits_{i=1}^nu_i, \forall (\pmb{z}, \pmb{u}) \in \overline{\mathcal{Z}} \\ &\pmb{x} \in \{0, 1\}^n \end{align}\]with \(\tau\) to a target of the objective value, and the random variables \(\pmb{z}\) and \(\pmb{u}\) constrained by an lifted uncertainty set \(\begin{align} \overline{\mathcal{Z}}=\left\{(\pmb{z}, \pmb{u}): |z_i|\leq u_i\leq 1, \forall i=1, 2, ..., n \right\}. \end{align}\)
Following the aforementioned papers, parameters \(\pmb{c}\), \({\pmb{w}}\), and \(\pmb{\delta}\) are randomly generated by the code below.
from rsome import ro
from rsome import grb_solver as grb
import rsome as rso
import numpy as np
import numpy.random as rd
import matplotlib.pyplot as plt
N = 50
b = 2000
c = 2*rd.randint(low=5, high=10, size=N) # Profit coefficients
w = 2*rd.randint(low=10, high=41, size=N) # Nominal weights
delta = 0.2*w # Maximum deviations
The robust optimization model for a given budget of uncertainty \(r\) is written as a function named robust()
.
def robust(r):
"""
The function robust implements the robust optimiztion model,
given the budget of uncertainty r
"""
model = ro.Model('robust')
x = model.dvar(N, vtype='B')
z = model.rvar(N)
z_set = (abs(z) <= 1, rso.norm(z, 1) <= r)
model.max(c @ x)
model.st(((w + z*delta) @ x <= b).forall(z_set))
model.solve(grb, display=False) # Disable solution message
return model.get(), x.get() # Optimal objective and solution
Similarly, the robustness optimization model for a given target of profit \(\tau\) can also be written as a function robustness()
.
def robustness(tau):
"""
The function robustness implements the robustness optimization
model, given the profit target tau.
"""
model = ro.Model('robustness')
x = model.dvar(N, vtype='B')
k = model.dvar()
z = model.rvar(N)
u = model.rvar(N)
z_set = (abs(z) <= u, u <= 1)
model.min(k)
model.st(c @ x >= tau)
model.st(((w + z*delta) @ x - b <= k*u.sum()).forall(z_set))
model.st(k >= 0)
model.solve(grb, display=False) # Disable solution message
return model.get(), x.get() # Optimal objective and solution
Given a decision \(\pmb{x}\) and a sample of the random variable \(\pmb{z}\), we write a function sim()
to calculate the probability of constraint violation, as an indicator of the performance of solutions.
def sim(x_sol, zs):
"""
The function sim is for calculating the probability of violation
via simulations.
x_sol: solution of the Knapsack problem
zs: random sample of the random variable z
"""
ws = w + zs*delta # Random samples of uncertain weights
return (ws @ x_sol > b).mean()
According to the paper The Dao of Robustness, the robust models are solved first under different budgets of uncertainty. The corresponding objective values are then used as total value targets in the robustness optimization models. Solutions of the robust and robustness models are assessed via simulation to find out the probabilities of violations.
step = 0.1
rs = np.arange(1, 5+step, step) # All budgets of uncertainty
num_samp = 20000
zs = 1-2*rd.rand(num_samp, N) # Random samples for z
"""Robust optimization"""
outputs_rb = [robust(r) for r in rs]
targets = [output[0]
for output in outputs_rb] # RO Objective as targets
pv_rb = [sim(output[1], zs)
for output in outputs_rb] # Prob. of violations
"""Robustness optimization"""
outputs_rbn = [robustness(target)
for target in targets]
pv_rbn = [sim(output[1], zs)
for output in outputs_rbn] # Prob. of violations
Finally, the probabilities of violations for both methods are visualized by the following diagrams.
plt.plot(rs, pv_rb, marker='o', markersize=5, c='b',
label='Robust Optimization')
plt.plot(rs, pv_rbn, c='r',
label='Robustness Optimization')
plt.legend()
plt.xlabel('Parameter r in robust optimization')
plt.ylabel('Prob. violation')
plt.show()
plt.scatter(targets, pv_rb, c='b', alpha=0.3,
label='Robust Optimization')
plt.scatter(targets, pv_rbn, c='r', alpha=0.3,
label='Robustness Optimization')
plt.legend()
plt.xlabel(r'Target return $\tau$')
plt.ylabel('Prob. violation')
plt.show()


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Starkers pardon you knees up is Elizabeth geeza Why, quain standard guvnor gosh cras brilliant.
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QCanBus Class
The QCanBus class handles registration and creation of bus plugins. More...
| Header: | #include <QCanBus> |
| qmake: | QT += serialbus |
| Since: | Qt 5.8 |
| Inherits: | QObject |
Public Functions
| QList<QCanBusDeviceInfo> | availableDevices(const QString &plugin, QString *errorMessage = nullptr) const |
| QCanBusDevice * | createDevice(const QString &plugin, const QString &interfaceName, QString *errorMessage = nullptr) const |
| QStringList | plugins() const |
- 32 public functions inherited from QObject
Static Public Members
| QCanBus * | instance() |
- 10 static public members inherited from QObject
Additional Inherited Members
- 1 property inherited from QObject
- 1 public slot inherited from QObject
- 2 signals inherited from QObject
- 1 public variable inherited from QObject
- 9 protected functions inherited from QObject
- 2 protected variables inherited from QObject
Detailed Description
The QCanBus class handles registration and creation of bus plugins.
QCanBus loads Qt CAN Bus plugins at runtime. The ownership of serial bus plugins is transferred to the loader.
Member Function Documentation
QList<QCanBusDeviceInfo> QCanBus::availableDevices(const QString &plugin, QString *errorMessage = nullptr) const
Returns the available interfaces for plugin. In case of failure, the optional parameter errorMessage returns a textual error description.
Note: Some plugins might not or only partially support this function.
This function was introduced in Qt 5.9.
See also createDevice().
QCanBusDevice *QCanBus::createDevice(const QString &plugin, const QString &interfaceName, QString *errorMessage = nullptr) const
Creates a CAN bus device. plugin is the name of the plugin as returned by the plugins() method. interfaceName is the CAN bus interface name. In case of failure, the optional parameter errorMessage returns a textual error description.
Ownership of the returned plugin is transferred to the caller. Returns nullptr
if no suitable device can be found.
For example, the following call would connect to the SocketCAN interface vcan0:
QCanBusDevice *device = QCanBus::instance()->createDevice( QStringLiteral("socketcan"), QStringLiteral("vcan0")); device->connectDevice();
Note: The interfaceName is plugin-dependent. See the corresponding plugin documentation for more information: CAN Bus Plugins. To get a list of available interfaces, availableDevices() can be used.
See also availableDevices().
[static]
QCanBus *QCanBus::instance()
Returns a pointer to the QCanBus class. The object is loaded if necessary. QCanBus uses the singleton design pattern.
QStringList QCanBus::plugins() const
Returns a list of identifiers for all loaded plugins.


- Rain Volume difference: {{comparisons.differences.rain_volume | number: 1}} mm
- Sun Duration difference: {{comparisons.differences.sun_duration | number: 1}} hours
- Temperature Minimum difference: {{comparisons.differences.temperature_minimum | number: 1}}℃
- Temperature Maximum difference: {{comparisons.differences.temperature_maximum | number: 1}}℃


2.5
General Description and Data
This section contains a general description and data of the vessel. Details of the various areas are dealt with separately.
2.5.1
General arrangement
The VIKING SALLY was built as a development from previous Ro-Ro ferry designs. She was built with a continuous vehicle-carrying space on the main deck (A-deck). Below the main deck an economy accommodation area was arranged on deck number 1 (tweendeck) and an extensive sauna and pool area on deck 0 (tank deck). The main passenger accommodation areas were on decks 4 (C-deck), 5 (D-deck) and 6 (E-deck). The crew accommodation was generally on decks 7 (F-deck) and 8 (G-deck) and the navigation bridge was on deck 9 (H-deck).
The ship was built with one bow loading ramp on the car deck, enclosed by a hinged bow visor that opened upwards, and two stern loading ramps. Passenger entrance doors were arranged on decks 4 and 5 and pilot and bunkering doors on the car deck.
The ship had the following main particulars according to building specification and certificates:
|
* Length, over all |
155.40 m |
| * Length between perpendiculars | 137.40 m |
| * Breadth, moulded | 24.20 m |
| * Depth to bulkhead deck, moulded | 7.65 m |
| * Maximum draft | 5.60 m |
| * Deadweight at max. draft | 3 345 dwt |
| * Light weight | 9 733 t |
| * Gross tonnage | 15 566 |
| * Propulsion power | 4 x 4 400 kW |
| * Electrical power | 4 x 1 104 kW |
| * Bow thrusters | 800 + 590 kW |
| * Maximum number of passengers | 2 000 |
| * Maximum service speed | 21 knots |
| * IMO number | 7921033 |


Smart pointer that does reference counting.
More...
#include <ref_counted.h>
|
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| counted_ptr (const counted_ptr< T > &other) |
| |
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| counted_ptr (counted_ptr< T > &&other) |
| |
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| counted_ptr (T *other) |
| |
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| counted_ptr (std::nullptr_t null) |
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template<class Y > |
| | counted_ptr (Y *other) |
| |
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template<class Y > |
| | counted_ptr (const counted_ptr< Y > &other) |
| |
|
template<class Y > |
| counted_ptr< T > & | operator= (Y *other) |
| |
|
template<class Y > |
| counted_ptr< T > & | operator= (const counted_ptr< Y > &other) |
| |
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counted_ptr< T > & | operator= (counted_ptr< T > &&other) |
| |
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counted_ptr< T > & | operator= (std::nullptr_t) |
| |
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T & | operator* () |
| |
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T * | operator-> () |
| |
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bool | operator== (const counted_ptr< T > &other) const |
| |
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bool | operator!= (const counted_ptr< T > &other) const |
| |
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bool | operator== (T *other) const |
| |
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bool | operator!= (T *other) const |
| |
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bool | operator== (std::nullptr_t) const |
| |
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bool | operator!= (std::nullptr_t) const |
| |
|
template<class Y > |
| | operator Y () const |
| |
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| operator bool () const |
| |
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T * | get () const |
| | Returns the underlying pointer.
|
| |
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void | swap (counted_ptr< T > &other) |
| |
|
counted_weak_ptr< T > | weak () |
| | Returns a weak pointer to the pointed-to object.
|
| |
| unsigned short | getRefCount () |
| | Gets the reference count. More...
|
| |
| unsigned short | getWeakRefCount () |
| | Gets the weak reference count. More...
|
| |
template<class T>
class counted_ptr< T >
Smart pointer that does reference counting.
- Parameters
-
- Note
- Do not assign objects to this pointer unless they are allocated with new
Gets the reference count.
- Returns
- The reference count of the pointed-to object or 0 if the pointer is null.
Gets the weak reference count.
- Returns
- The weak reference count of the pointed-to object or 0 if the pointer is null.
The documentation for this class was generated from the following file:


WITNESS LIST Government Reform Committee March 3, 2003-8:30A Cost Savings Recommendations On: Biles, Susan (Texas State Comptroller) Colyandro, John (Texas Conservative Coaltion) Ford, Ruthie (Comptroller of Public Accounts) Hammond, Bill (Tx Assoc of Business) Majek, Mark (Board of Nurse Examiners)


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## SEO Stuff
<%block name="title">MFA · Glowstone%block>
<%block name="description">Multi-factor authentication%block>
<%block name="og_title">MFA%block>
<%block name="og_description">Multi-factor authentication%block>
MFA Enabled
A set of backup codes has been emailed to you. Take note of these,
as you'll need them if you ever lose access to the device you set
up for MFA.


Pine Line Trail Marathon
Medford WI/USA
Race Winners
(27 runnings)
28
Apr 2012 23
Apr 2011 24 Apr
2010 25 Apr
2009 26
Apr
2008
28
Apr
2007
22
Apr
2006
23
Apr
2005
24
Apr
2004
26
Apr
2003
2002
2001
22
Apr
2000
1999
25 Apr
1998
1997
1996
22 Apr
1995
23
Apr
1994
24
Apr
1993
25
Apr
1992
27 Apr
1991
Notes: 1991 was the inaugural year. This race was known as the Dairyland
Marathon thru 1994 at least and was point-to-point thru 1998 at least.
22
Apr 2017
3:16:19
Thadeus Peterson (WI/USA)
3:29:52
Stefanie Gillson (MN/USA)
23
Apr 2016
3:11:17
John Renaud (WI/USA)
4:14:54
Karla Graham (IL/USA)
25 Apr
2015
3:03:18
Robert Miller-2
3:50:05
Makwetu Kiese (USA)
26
Apr 2014
3:19:39
Christopher Birler (IA/USA)
3:21:52
Katie Rauscher (WI/USA)
27
Apr 2013
3:04:41
John Beirl-2
3:58:06
Rachael Vaubel (MN/USA)
2:57:26
Don Sullivan (USA)
3:12:30
April Cole-5
3:09:19
Robert Miller (NC/USA)
3:23:54
April Cole-4
3:09:07
Will Andresen (MI/USA)
3:18:45
April Cole-3
3:26:26
Rob Smith (WI/USA)
3:26:26
April Cole-2
3:13:46
Keith Wilson (MI/USA)
3:29:58
April Cole (WI/USA)
2:55:45
John Beirl (WI/USA)
3:49:32
Gay Renouf (SK/CAN)
2:53:53
Forrest Pearson-2
3:39:13
Jennifer Casey (USA)
2:56:57
Forrest Pearson (WI/USA)
3:47:21
Geneva Smiles (MI/USA)
2:43:51
Arnie Schraeder (WI/USA)
3:50:49
Angela Sawyer (CA/USA)
3:01:00
Dan Bradford (WI/USA)
3:24:58
Aimee Kurian (WI/USA)
---
n/a
---
n/a
---
n/a
---
n/a
2:58:41
Bill Gilmore (WI/USA)
4:00:41
Jackie Peterson (WI/USA)
---
n/a
---
n/a
3:05:43
Steve Merkey (WI/USA)
3:40:16
Doris Hoopes (PA/USA)
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
3:01:
Lorna Michaels (USA)
2:51:
Fred Frieberg (USA)
3:07:50
Shelly Hack (WA/USA)
2:52:48
Robert Reimann (USA)
---
n/a
---
n/a
---
n/a
Most Wins
(1991/date)
Men
2
Forrest Pearson
(WI/USA)
2005-06
Women
5
April Cole
(WI/USA)
2008-12
Prize Money
(ADR qualified runners)
No information on prize money has been received for this race.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate the competitive level.
Quality Performances
Men No men under 2:20 Women No women under 2:50
Last Updated on
24 Apr 2017


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--- layout: ad-layout title: Carlton - Free Gun parent: Swipe - Ads nav_order: 12 ---
Dear Friend,
I want to send you a free gun. (It is identical in CAD-imaged specs to the standard military-issue “Red style” training gun.
There are 2 things I want you to do when you receive it:
It is important that you choose someone who is larger than you. Preferably, he should also have some skill at fighting. A black belt karate master would be perfect.
Why am I asking you to do this? Because I want to prove to you that what you see on these video tapes will allow you to instantly take that gun away (bare-handed) and put him down on the ground before he can move a muscle to squeeze the trigger! And once down, you will be able to keep him on the floor (and even slap him silly, if you please). You’ll be in complete control.
As you will see in these tapes, you do not need strength, or special agility, or even previous skill in fighting. You will see how even a small man (5’5”, 140 pounds soaking wet) can easily disarm and take down a bodybuilder (6’ 2”, 240 pounds trained in judo!
It’s an astonishing fact to learn, but it is true nevertheless. What you are about to learn are the identical “Disarm and Disable” tactics used by elite U.S. military personnel, big city SWAT teams, and high-profile security enforcement…
Now, let me tell you about this gun. It is a detailed and exact replica of the “Red style” guns used by the military for training. It was designed by an American craftsman (who is now working with the military) and is hand casted, so that all the tolerances are identical. It has the feel, heft, and balance of an authentic high-powered automatic pistol, yet is crafted from special solid polymers so it can be used for real-life training.
This gun would foola an expert who picked it up blindfolded — only the solid bore and the color (white) give it away as a training weapon. (The color is used for two reasons: To avoid misunderstandings with people who do not realize it is a training gun, and to keep you from accidentally picking up a real gun to practice with.)
There is one important alteration to this training gun.
The trigger-guard has been strategically changed so it will not snap the finger off your training partner, as a normal trigger guard would. (Your big, tough friend wouldn’t like that… though he couldn’t do much about it until you shared your tapes with him.) This alteration allows you to train without “pulling punches”, and speeds up your learning curve dramatically.
Now, don’t get the idea the “moves” you are about to learn are difficult, just because they have been held in secret by some of the most feared fighters in the world. The moves are simple and natural… yet utterly devastating when used against an armed attacker. You will be able to quickly take away your assailant’s gun, and you will also learn:
What’s more, you’ll also learn how to disarm an attacker who has a knife… along with:
Plus, you’ll learn the tactics of taking away a club or baseball bat from an attacker… and also:
And, once you’ve disarmed your attacker and are facing him bare-handed… well, that’s just child’s play now. These tapes will show you:
PLUS — and this is my favorite part of the package — you get an entire video of street-fighting "Dirty Tricks"... the same sneaky moves used by professional soldiers and cops who can't afford to waste time fighting by the old "rules of the street". You'll learn:
And more. A lot more, in fact. For example, you'll get simple exercises to specifically strengthen what's weak in your "falling muscles". (The identical conditioning exercises used by professionals !) You'll learn how to train into mastery without breaking your partner's bones.  (Don't worry, though —there are easy ways to make your practice sessions "fail safe"!)
You'll understand "Shotgun and Uzi" disarming techniques (many traveling Americans have found themselves in mega-armed terrorist situations overseas and here in the U.S.!)... How only 4-6 pounds of pressure can snap a shinbone... Why no professional would ever attempt the "spinning round house kicks" that are taught to every new karate student (and which take 2-5 years to learn correctly!)... How to "adjust" his attitude without doing obvious harm... A detailed "map" of anatomical targets (for example: where the thumb ends at the thigh is a crucial nerve point — reaction: numbing shock when kicked)... And, the most decisive move you can make to end any fight instantly! As you can see, the secrets revealed in these amazing video tapes will give you a powerful new way of moving in the world, because...
Are you having trouble believing all this? That's okay — I'm used to people being suspicious... at first. But the truth is, what you are about to learn is praised by professional soldiers, and law enforcement personnel all over the country. I have included "testimonials" with this letter from U.S. military generals, big-city police veterans and even the publisher of Soldier of Fortune magazine (who almost never gives endorsements). They all agree that this new system can be learned quickly and easily, and will work on the street under even the worst conditions imaginable.
Here is how we came to discover these "professional warrior" bare-handed fighting secrets: For a long time now, I have been connected to the "inside" of certain elite military and law enforcement circles. (Including the Navy SEALS — the most dangerous soldiers on the planet.) My goal is to help civilians like you to understand the super-effective fighting skills that have been developed. I want my family to feel as safe and protected as possible, and I'm sure you want the same for your loved ones.
Anyway, through certain inside "contacts" (which I am not going to tell you about) I was approached by two of the most respected professional combat trainers in the world: Randy Wanner is a feared martial arts expert who for years has been training federal and state law enforcement agencies in "street survival fighting tactics". (He was also the former Martial Arts editor for Soldier of Fortune magazine.) His name is well-known among the elite "warriors" of modern-day combat, and he has gone toe-to-toe with street fighters from all over the world to prove his techniques are superior to anything else out there.
Bob Taylor (who spent 2 tours in Viet Nam with the 101'st Airborne, MACV-SERT and the famous 75th Rangers) is considered one of the country's most experienced experts in counter insurgency operations; state, local and federal law enforcement agencies use him frequently for training. He is also a specialist in counterterrorism for African, South American and Central American governments.
 Their clients include the U.S. military, big-city SWAT teams, international anti-terrorist squads and top security firms in 15 foreign countries. These clients hire Bob and Randy for just one thing:
This new fighting system took over 20 years to develop. It was necessary because the techniques the police and the military used to use — based on centuries-old karate moves —simply were not effective in real combat conditions. Soldiers and officers who were supposed to be disarming their attackers were, instead, getting shot and disabled themselves!
Randy and Bob decided to find out what was wrong. There was only one sane way to do this. They used their connections within the military establishment to get "training" bullets for their weapons. These bullets (called "Red Jets") are almost impossible for civilians to get. They are made of wax and polymer, yet are calibrated to fire from real weapons and can blow a hole in quarter-inch plywood from 15 feet. These training bullets were necessary for Bob and Randy's research, because..
Let me tell you — it takes some kind of guts to face a gun loaded with live ammo. Those wax bullets travel at over 400 feet per second... even if they don't tear up your body like real bullets, these guys have the scars to prove getting hit with them isn't pretty.
(I personally saw Bob shred Randy's left earlobe during a demonstration of the "wrong" way to clear a gun! There was blood everywhere during the rest of the demo.) No one else in the world has ever done this kind of live-weapon research!
The first thing they found out, of course, was that 99% of the disarming tactics being used by soldiers and cops (and still being taught by smug karate masters who have never had to face a loaded gun in person) DO NOT WORK!
This has to stop. It's irresponsible.
Their discoveries have revolutionized the way modern professional warriors approach armed attackers — already, there are cops who are on record saying these new skills have saved their lives in the street!
Why do you — as a civilian — need these skills? Are you kidding? The whole world has gone psycho. The odds that you will be faced by an armed attacker — without a weapon of your own to rely on — are getting worse every day. This kind of advanced knowledge (even if it is easy to learn) isn't a luxury for American men anymore. The facts are staggering:
What's more, new studies show that women who fight back are less likely to be raped. And that learning some form of self-defense is your best bet against a criminal population who is prepared to use force and violence on a whim. But there's a BIG problem here. The way most Americans are going about getting prepared to defend themselves is simply...
 These "storefront" studios operate exactly like health spas — they lure in large numbers of people, and get the money up front. It's a business.
And the garbage being sold to women offers only the pale illusion of self-defense:
Tear gas will not work on a drug-crazed attacker intent on harm. You saw what police "stun guns" did to Rodney King on that famous video: Nothing. Most rape-prevention seminars ignore the most common aspect of rape: The woman is thrown to the ground first, and then attacked. She will seldom get an opportunity to try the fancy knee-to-the-groin trick the seminars teach — a move which, by the way, is usually taught completely wrong! (You may think a "ball kick" is easy, but it's actually a low-percentage kick, and hard to pull off. There are several better and more devastating things to do, as Bob and Randy will soon show you.)
Even the fancy alarms and sirens people are "arming" themselves with are worthless in most cases of attack. (They don't protect cars, they don't protect houses, and they won't "protect" you either.)
In reality, you have only two choices: Remain a vulnerable "potential victim" who trusts that God will protect you... or learn the RIGHT way to defend yourself.
It's not hard to do. In fact, it's relatively simple...
One of Bob's favorite hobbies is to attend the big conventions of gun enthusiasts. He will challenge 20 of them to line up with their favorite weapon (unloaded, of course) and, one by one, demonstrate how he could take the gun away from them before they could pull the trigger. And then he would do it, bop, bop, bop, all the way down the line, never using the same move twice, never breaking a sweat, and never using any but the most simple skills.
Sounds like something you might want to learn for yourself, doesn't it?
Well, there's a "hitch". You see, the only way to even get any personal training from Bob or Randy was to get into their heavily-monitored seminars. But to get in, you need 2 forms of official credentials and licenses (plus about $850 for the full board of instruction). Only professionals — elite soldiers, police SWAT teams, high-profile security agents — have been allowed to learn this life-saving stuff...
Why now? Because, after about a year of intense negotiation, we convinced Bob and Randy to go into a video studio and — taking as long as they needed — produce the first video package ever of their most trustworthy techniques for facing an armed attacker bare-handed. And they did just that. After weeks of filming and editing, they created the only package in existence for people (like you) outside the world of professional warriors. Yet they pulled no punches in presenting their new fighting system! What you get here is all their best techniques, best advice, and best training methods!
Here's what you get in this amazing, just-released video package:
The techniques you will discover on these tapes are the identical ones taught to elite soldiers, SWAT team cops and high-security personnel...
In these videos, you get the incredible advantage of seeing everything via 3 separate cameras (mounted stage left, right, and overhead)... so you get multi-angles and slow-motion repetitions of each and every move! This means you get an increased understanding... and you'll follow a faster "learning curve" than even the professionals get during a seminar!
This is no Hollywood B.S.... these are real techniques used by cops and soldiers! And make no mistake — this stuff should only be used when you are faced with what the professionals call "Condition Red": The point where you have absolutely decided that your assailant has already made the choice to harm you.. and you must act to save your life!
That's what this tape package is all about. You, ultimately, have to take responsibility for yourself, and for your actions. We can't do that for you.  No, what you have here is an OPTION. You are giving yourself one more (powerful) choice in this crazed, dangerous world— the choice to not be a vulnerable victim who has no idea what to do... even though you know that certain harm is imminent!
I don't rob people. I don't like to hurt anyone, and I don't like to see other people get hurt. It sickens me that the criminal element has taken over our streets, and is invading homes with impunity.
And I believe you feel the same way.
That's why I want you to see these tapes for yourself. Right now.
Here's the deal: All you need to do is call my office at 1-800-899-8153 and ask for Department 24-0 (that's a toll-FREE call and won't cost you a cent) and tell the person who answers that you want the "Fighting Chance" video package... along with your free replica gun. Have your credit card ready. Or, if you prefer to pay by check or money order, simply fill out the "Priority Order Form" below and mail it with your payment to:
The cost of this incredible package is just $97 — that includes everything (including shipping and handling charges within the continental United States)... and you have a...
If you aren't satisfied with this package —for any reason at all — just send it back and I will rush your refund back by return mail. I trust your judgment here. I wouldn't be writing to you otherwise.  Consider it a gift, just for giving these astonishing tapes a "trial run".
But you do need to hurry! Even though we have many allies in the military and law enforcement "brotherhood" who support our attempts to "de-victimize" civilians, you should know there are many others who are scared to death with the idea of giving these secrets away. We have already been "stopped" by the U.S. Navy for offering another product... and the truth is, there are no guarantees this product won't be "stopped" also.
If that happens, you won't be able to get this information at any cost, anywhere. So, you see, it's very important that you order now, while you have this letter in your hands... and don't risk having these tapes withheld from you!
Sincerely,
Dr. R.L. Horine
P.S. One last thing — it's important. Please read these "testimonials" now.
"In my 50 years of military combat experience no one has done the hands-on research of being unarmed against a live weapon... until now! Study and master this tape.
Major General John K. Singlaub, USA (Ret.) "
In today's violent society, everyone faces the possibility of staring down the barrel of a gun. ...Without a doubt this is the most viable and practical system of weapons disarmament in existence."
Colonel Fred Caristo, USA (Ret.)
"...The techniques presented are designed to save lives and give you the self confidence that goes hand in hand with the performance of dangerous duties."
Thomas J. Carter Jr., former DELTA force team leader
"These guys have 'broken the code' on making these frighteningly-effective skills very simple to learn and easy to use under adverse conditions in the street."
Jim Stalnaker, 26 years with the San Bernardino Sheriff's Department, (homicide, SWAT team leader), now teaching advanced "high risk" skills to U.S. military, federal, state and local agencies.
"I can testify to the saving of two officers whose lives were saved because of (Randy and Bob's disarmament techniques)."
Bog Dugan, President, Executive Security International, LTD. (Aspen, CO.)
"The knowledge in these four videos could save your life."
Neil C. Livingstone, author and expert on terrorism and national security
"Violence is on the upswing in America. Therefore it is important that both men and women possess the ability to defend themselves. The expert self defense instruction provided by Bob Taylor and Randy Warner, permits anyone to build a simple self defense strategy. The techniques presented in the tapes apply to the military, law enforcement, and all walks of the civilian community. The secret is practice and safety as stressed in the tapes."
Robert C. Kingston
General, USA Retired
"There are too many charlatans out there teaching stuff that doesn't work. This, I believe, will work on the street."
Greg Walker, former Green Beret, editor of Fighting Knives magazine.
"My beat for 12 years was the 'war zone' of Compton — where the LA riots ignited... With this new easier training, I would have had a fraction of the physical problems taking suspects down that I did. This is real-life information that will work in the street."
Steve McMorris, who survived 7 officer-involved shootings in ten years as a Compton police officer.
"...The joint breaking techniques on this tape alone are perhaps the most powerful fighting tools you could have on your side."
Phillip Morrison, demolitions/anti-terrorist/ crowd control expert, Director of Uniformed K9 division.
"As a Police Officer with a 21 years of experience, I have had the opportunity to review various forms of training for law Enforcement Officers. The methods that Bob Taylor teaches are easy to learn and retain and are practical for street officers."
Dave Kwiatkowski, Cleveland Police Department
"Every law enforcement officer can enhance his or her survivability with this series."
Glenn P. Johnson, Over 8 years as a law enforcement officer and K-9 Handler
"...It is my opinion that every active-duty law enforcement officer should have access to this video series. These videos will save lives!"
Dave Chatellier, CEO of "A Place To Shoot", 20 years active military service, 13 years Civilian Special Operational Services.
❑Yes! I'm ready to take responsibility for my own self-defense in this increasingly-dangerous world! Please rush me the "Fighting Chance" video package... including my FREE training gun! I understand I have a complete 100% Money Back Guarantee: If I'm not satisfied for any reason, all I need to do is send the tapes back and you'll mail my refund back by return mail. And I get to KEEP the training gun, just for giving this astonishing package a "trial run".
➜_________ By initialing this line, I am stating that I am over 18 years of age and that I have never been convicted of a felony. I also state that I will use the information contained in this video package in a defensive situation only. I accept sole responsibility for my actions as an adult.


Mindfulness is paying attention on purpose, in the present moment, and without judgment.
Mindful focusing involves being aware of your experiences and sensations in the present moment, the here-and-now, rather than doing things on “automatic pilot”. It is an important skill as it increases your ability to notice all aspects of your experiences, rather than focusing too heavily on any single part of your experience such as worries going through your mind. With practice you will also become more aware of your thoughts and feelings as they happen, which will give you the opportunity to choose how you want to respond to situations rather than acting “on impulse”.
In mindful focusing you teach yourself to notice, pay attention to, and experience all of your sensations whilst letting your thoughts and feelings come and go. Coloring in is a great way to practice this. Many people find it relaxing to do activities in a mindful way, as it can free them from stressful thoughts and feelings in daily life.
These sensations and experiences include:
Below are some examples of activities that you could do mindfully, however you can employ a mindful approach in anything that you do and at any time:


Gulp is a command line task runner utilizing Node.js platform. It runs custom defined repetitious tasks and manages process automation. The goal of this tutorial is to introduce main concepts of Gulp and see it in action. We will make a quick project to demonstrate some of the most often tasks you'll encounter. By the end of the tutorial you will be able to apply Gulp to your own project, customize it and be much more efficient.


Functions, like variables, must be declared. Let's declare a function double
that accepts an argument called x
and returns the double of x :
function double(x) {
return 2 * x;
}
Note: the function above may be referenced before it has been defined.
Functions are also values in JavaScript; they can be stored in variables (just like numbers, strings, etc ...) and given to other functions as arguments :
var double = function(x) {
return 2 * x;
};
Note: the function above may not be referenced before it is defined, just like any other variable.
var triple = function(x) { return x * 3; }
assert(triple); assert(triple(4) === 12); assert(triple(10) === 30);


-----Original Message-----
From: Suchman, Mark C<EMAIL_ADDRESS>Sent: Monday, May 21, 2001 6:02 PM
To: Butch Butcher (E-mail); David Benninger (E-mail); Don Delozier
(E-mail); Ed Fallik (E-mail); Jimmy Dagget (E-mail); Joe Hays (E-mail);
John Byrd (E-mail); Lou TenHave (E-mail); Paul Stehr (E-mail); Rod
Wiggins (E-mail); Ron Hancock (E-mail); Scott Neal (E-mail); Troy Utz
(E-mail)
Subject: Beach Outing
For those of you who have already let me know you will be there, thanks.
The rest of you better move fast because there is a limited amount of
sleeping space!
If you misunderstood, we will be staying over only Saturday night. Rod and
I will meet you at the Starbucks in Town & Country Mall behind the Chevron
station at 8:30am on Saturday June 9th. Once you pick up your latte, we
will caravan to the beach house and fuel up (beer) for the traditional dad's
only beach football game.
Winners will dine on:
Smoked Cajun Sausage
Crab Stuffed Jalape¤os
Barbacued Shish Kabobs in a spicy mustard sauce
Mixed vegetables, salad and garlic bread
Loosers will cook.
Sunday breakfast will also be provided.
Bring:
Lunch for Saturday (variability of arrival times precludes planning an
appropriate meal), I repeat Lunch for Saturday.
Snacks
Beer
Fishing supplies
Beach supplies
Cooler for the beer
Mosquito repellant
Sleeping gear
Sunglasses
And, did I mention beer?

Mark Suchman
Sr. Systems Analyst
Baker Petrolite
281-276-5728
<<BEACH HOUSE MAP.doc>>
***********
EDRM Enron Email Data Set has been produced in EML, PST and NSF format by ZL Technologies, Inc. This Data Set is licensed under a Creative Commons Attribution 3.0 United States License <http://creativecommons.org/licenses/by/3.0/us/> . To provide attribution, please cite to "ZL Technologies, Inc. (http://www.zlti.com)."
***********
California


Houston Rockets’ James Harden Plays Worse in Cities With Good Strip Clubs, Redditor Finds
by Cameron FrewHouston Rockets star James Harden has been the subject of an amazing Reddit investigation: to decipher the link between the quality of a city’s strip clubs and his performance in away games.
‘The Beard’ has been known to frequent the Canadian ballet here and there – up in the rafters inside of the Dreams Houston club, there’s even a banner dedicated to the NBA player.
Following a ‘dismal performance in Miami last week’, Reddit user AngryCentrist devised a plan to find out just how much the player’s off-court pleasure affects his game.
In 2017, on an episode of The Joe Budden Podcast, it was revealed the player had a banner in the club as he’d been going there to spend ‘a lot of money’. We all need our ways to unwind, but just how much can a strip club affect one’s performance out on the hardwood?
As per the Reddit post, AngryCentrist started with a hypothesis: ‘James Harden’s box score declines in cities with high quality strip clubs.’
To establish a link, the investigation would ‘analyse James Harden’s performance in every NBA city and correlate with those cities’ reputation for stip clubs to see if there is any discernible relationship’.
As for AngryCentrist’s methodology, the Redditor took the following steps:
First I extracted all of James Harden’s game logs for the past four seasons from Basketball Reference, cleaned up the data a bit (a bunch), and appended it into a single worksheet.
Next, I filtered out all Home games and all games Harden was inactive or DNP. For the purpose of this analysis we did not look at home games.
Poor Performances were determined by variances in 6 stats: Points, FG%, 3PT%, FT%, Assists and Turnovers. For each of these stats I compared Harden’s overall season average to the city-specific season average.
As you can see, this isn’t half-arsed curiosity – there’s genuine graft in the Redditor’s workings. Excluding home games, they analysed his performances across the NBA’s 28 different cities.
For the strip clubs, their rating ‘was determined by the average google review rating for the first 10 strip clubs in each city’. The user humourously added this meant making more than 30 searches for America’s strip clubs on his work computer.
After cross-referencing the data in charts, the user came to a groundbreaking conclusion: ‘I have proven, to a statistically significant degree, that James Harden’s game performance declines in cities with higher rated strip clubs.’
The Redditor added Harden’s ‘box score is 20% predictable based on the quality of a city’s strip clubs’.
Of the compiled data and games, Harden’s best performance comes in Toronto, the city with the worst strip clubs. At the other end of the spectrum, the player has his worst performances in the city with the best clubs: Miami.
After graduating from Glasgow Caledonian University with an NCTJ and BCTJ-accredited Multimedia Journalism degree, Cameron ventured into the world of print journalism at The National, while also working as a freelance film journalist on the side, becoming an accredited Rotten Tomatoes critic in the process. He’s now left his Scottish homelands and took up residence at UNILAD as a journalist.


Bhagwan Kala kendra - Vocational Training & Software Development Institute offers several proffesional courses as per the requirement of the students. We do have Tally courses varies from 4 month to 6 months.We do have share trading courses varies from 1 month to 6 months.Bhagwan Kala Kendra ISO - 9001 : 2008 Certified run by Nav Yuvak Parishad with the blessing of Paramhans Sant Hirdaram Sahib & Rev. Siddh Bhau ji. We also conduct classes on fast track and you can also attend the batches on Saturday or Sunday. We are 7 days working institute and provide professional computer training course. Our well versed faculty design the courses in such a way that one can easily understand the methodology and tactics.


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