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10% Cashback on Slice Visa Card on a min spend of Rs 500. TCA
Some quick example text to build on the card title and make up the bulk of the card's content.


| Atom highlighted by mouse over: | Atom colors: |
Note: All atom and molecule indices start at 1.
public void setAtomToHighLight(int molIndex, int atomIndex)
The hightlight is temporary.
public void setNotifyAtomHighLightChangeJSfunction(String notifyAtomHighLightJSfunction)
Receive a notification when JSME detects a mouse over one atom. The argument is the name of a JavaScript function that receives two arguments: the molecule index and the atom index.
To cancel, set the argument to null.
public void setAtomBackgroundColors(int molIndex, String atomAndColorCSV)
atomAndColorCSV must be an integer between 0 and 6. 0 means no background color.
public void resetAtomColors(int molIndex)


| TO : {{sent.to_email}} | {{sent.subject}} | {{sent.message}} | {{sent.send_time}} | {{sent.file}} | delete |
| TO : {{trash.to_email}} | {{trash.subject}} | {{trash.message}} | {{trash.send_time}} | {{trash.file}} | delete |
| TO : {{draft.to_email}} | {{draft.subject}} | {{draft.message}} | {{draft.send_time}} | {{draft.file}} | delete |


My Favorite People
These are a few of my favorite people.
My boyfriend
Nicholas
My stepson
Culain
My dad
John
My mom
Janna
My sister
Anna
My sister
Kate


College Social Network Register
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Copyright (C) 2012 Hai Bison.
Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.
Copyright (c) 2012-2013 by Paul S. Hawke, 2001,2005-2013 by Jarno Elonen, 2010 by Konstantinos Togias. All rights reserved.
Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution.
* Neither the name of the NanoHttpd organization nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission.
FBReader uses some material design icons by Google.
SuperToasts library by John Persano is used for rich popup windows.
AmbilWarna used for color picker controls.
DragSortListiew used in network catalog management activity.
FBReader uses OpenDictionary API.
FBReader uses the ABBYY Lingvo API. See ABBYY Lingvo on Google Play.


{{ extend "admin/instructors.html"}} {{ block tabcontent }}
If you don't use the Runestone assignment interface but want to check your students work, then you can select a Chapter, one or more questions, and one or more students to check their work. This is also useful if a student has a question and you want to review what they have done so far.
To Autograde you typically will only select an assignment and click the autograde button. If you need to "touch up" some grades for a particular student with special circumstances, you can select that student and regrade the whole assignment. You can autograde just one exercise for one student by selecting a question and student. You can click on Autograde at any point.
Note 1: All the dropdowns Assignments/Chapters, Questions and Students are searchable.
Note 2: If you have selected multiple questions or students, the grades and comments will automatically save to the server as you move from field to field. The background will change to a very light green as your indication the save was successful.


WCF IOC Away the Need for Named Pipes
The NetNamedPipeBinding is the optimized binding for on-machine communication. For most WCF implementations I have seen WCF is really only there to help facilitate RPC (Remote Procedure Calls). When WCF is simply a way to segment your service layer into an optionally distributed deployment architecture there may be a much better way. WCF has additional overhead that seams useless if the code is being executed on the same machine. IOC (Inversion of Control) using DI (Dependency Injection) provides a relatively simple way to avoid WCF all together.
Lets take a simple WCF Service Contract for Customers.
The client creates a proxy and through WCF configuration the proper binding can be used to communicate with the Service. In order to make the client know where the service is without hardcoding this you would have the following configuration settings.
<system.serviceModel> <bindings> <basicHttpBinding> <binding name="BasicHttpBinding_ICustomerService" /> </basicHttpBinding> </bindings> <client> <endpoint address="http://localhost:26859/CustomerService.svc" binding="basicHttpBinding" bindingConfiguration="BasicHttpBinding_ICustomerService" contract="OptionalWCF.Contracts.ICustomerService" name="BasicHttpBinding_IUserProfileService" /> </client> </system.serviceModel>
Most clients stop there rather than have a explicit setting for NetNamedPipes. If they decided to “Optimize” they could add the WCF configuration endpoint for NetNamedPipes and modify the Service to expose a NetNamedPipe endpoint. Now the client can use the NetNamedPipe endpoint and the performance has been improved. In reality the performance between NetTcp and NetNamedPipe is rather minimal with a slighter advantage over BasicHttp. The most optimal invocation is in-process so why not just go around WCF all together. We already have the interface separation that DI can use and either way if we want optimal performance we will be tweaking configuration files for different deployment environments.
For this blog I choose StructureMap as my DI library. My client Code only needs to get a handle to the interface.
var customerServices = ObjectFactory.GetInstance<ICustomerService>();
The client is configured to either use WCF or use the direct reference to the service implementation of the service Contract.
<StructureMap MementoStyle="Attribute">  <DefaultInstance PluginType="OptionalWCF.Contracts.ICustomerService, OptionalWCF" PluggedType="OptionalWCF.Client.CustomerServiceProxyWrapper, OptionalWCF.Client" Scope="Singleton" />   </StructureMap>
Now if the client is running on the same machine WCF is discarded. If the service is moved to another machine with a simple configuration file tweak WCF is used. The clients code is none the wiser.
This pattern can be extending to support duplex communication by using .Net events instead of exposing the callback contracts to the clients. I plan on writing an additional blog to cover this topic.
The full source to this post can be downloaded here OptionalWCF


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Leo
Leo : (July 23 – August 23)
Your deeds will bring you good name and fame today. You will earn money from righteous ways. Children will listen to you. And you will make efforts to enhance your knowledge and skills. Your spouse will remain devoted to you today. You will also get respect from your peers and superiors at your workplace. Financial position will remain normal.


Class: Rack::ConditionalGet
| Relationships & Source Files | |
| Inherits: | Object |
| Defined in: | lib/rack/conditional_get.rb |
Overview
Middleware that enables conditional GET using if-none-match and if-modified-since. The application should set either or both of the last-modified or etag response headers according to RFC 2616. When either of the conditions is met, the response body is set to be zero length and the response status is set to 304 Not Modified.
Applications that defer response body generation until the body’s each message is received will avoid response body generation completely when a conditional GET matches.
Adapted from Michael Klishin’s Merb implementation: github.com/wycats/merb/blob/master/merb-core/lib/merb-core/rack/middleware/conditional_get.rb
Class Method Summary
- .new(app) ⇒ ConditionalGet constructor
Instance Method Summary
-
#call(env)
Return empty 304 response if the response has not been modified since the last request.
-
#etag_matches?(none_match, headers) ⇒ Boolean
private
Whether the etag response header matches the if-none-match request header.
-
#fresh?(env, headers) ⇒ Boolean
private
Return whether the response has not been modified since the last request.
-
#modified_since?(modified_since, headers) ⇒ Boolean
private
Whether the last-modified response header matches the if-modified-since request header.
-
#to_rfc2822(since)
private
Return a Time object for the given string (which should be in RFC2822 format), or nil if the string cannot be parsed.
Constructor Details
.new(app) ⇒ ConditionalGet
# File 'lib/rack/conditional_get.rb', line 22
def initialize(app) @app = app end
Instance Method Details
#call(env)
Return empty 304 response if the response has not been modified since the last request.
# File 'lib/rack/conditional_get.rb', line 28
def call(env) case env[REQUEST_METHOD] when "GET", "HEAD" status, headers, body = response = @app.call(env) if status == 200 && fresh?(env, headers) response[0] = 304 headers.delete(CONTENT_TYPE) headers.delete(CONTENT_LENGTH) response[2] = Rack::BodyProxy.new([]) do body.close if body.respond_to?(:close) end end response else @app.call(env) end end
#etag_matches?(none_match, headers) ⇒ Boolean
(private)
Whether the etag response header matches the if-none-match request header. If so, the request has not been modified.
# File 'lib/rack/conditional_get.rb', line 62
def etag_matches?(none_match, headers) headers[ETAG] == none_match end
#fresh?(env, headers) ⇒ Boolean
(private)
Return whether the response has not been modified since the last request.
# File 'lib/rack/conditional_get.rb', line 51
def fresh?(env, headers) # if-none-match has priority over if-modified-since per RFC 7232 if none_match = env['HTTP_IF_NONE_MATCH'] etag_matches?(none_match, headers) elsif (modified_since = env['HTTP_IF_MODIFIED_SINCE']) && (modified_since = to_rfc2822(modified_since)) modified_since?(modified_since, headers) end end
#modified_since?(modified_since, headers) ⇒ Boolean
(private)
Whether the last-modified response header matches the if-modified-since request header. If so, the request has not been modified.
# File 'lib/rack/conditional_get.rb', line 68
def modified_since?(modified_since, headers) last_modified = to_rfc2822(headers['last-modified']) and modified_since >= last_modified end
#to_rfc2822(since) (private)
Return a Time object for the given string (which should be in RFC2822 format), or nil if the string cannot be parsed.
# File 'lib/rack/conditional_get.rb', line 75
def to_rfc2822(since) # shortest possible valid date is the obsolete: 1 Nov 97 09:55 A # anything shorter is invalid, this avoids exceptions for common cases # most common being the empty string if since && since.length >= 16 # NOTE: there is no trivial way to write this in a non exception way # _rfc2822 returns a hash but is not that usable Time.rfc2822(since) rescue nil end end


EditorTabBarController
class EditorTabBarController : UITabBarController, UITabBarControllerDelegate
-
The indexes for our two tabs.
See moreDeclaration
Swift
enum TabIndexes : Int
-
Called when the view has finished loading.
Declaration
Swift
override func viewDidLoad()
-
Called to select a specific meeting for editing.
Declaration
Swift
func select(thisMeetingID inID: Int)
-
This is called when the search updates.
Declaration
Swift
func updateSearch(inMeetingObjects: [BMLTiOSLibMeetingNode])
Parameters
inMeetingObjects
An array of meeting objects.
-
This is called when the library returns change updates.
Declaration
Swift
func updateChangeResponse(changeListResults: [BMLTiOSLibChangeNode])
Parameters
changeListResults
An array of change objects.
-
This is called when a meeting rollback is complete.
Declaration
Swift
func updateRollback(_ inMeeting: BMLTiOSLibMeetingNode)
Parameters
inMeeting
The meeting that was updated.
-
This is called when a change fetch is complete.
Declaration
Swift
func updateChangeFetch()
-
This is called when a meeting edit or add is complete.
Declaration
Swift
func updateEdit(_ inMeeting: BMLTiOSLibMeetingNode!)
Parameters
inMeeting
The meeting that was edited or added. nil, if we want a general update.
-
This is called after we successfully delete a meeting. We use this as a trigger to tell the deleted meetings tab it needs a reload.
Declaration
Swift
func updateDeletedMeeting()
-
This is called when the library gets a new meeting added.
Declaration
Swift
func updateNewMeetingAdded(_ inNewMeeting: BMLTiOSLibMeetingNode)
Parameters
inNewMeeting
The new meeting object.
-
This is called when the library returns change updates for deleted meetings.
Declaration
Swift
func updateDeletedResponse(changeListResults: [BMLTiOSLibChangeNode])
Parameters
changeListResults
An array of change objects.
-
Declaration
Swift
func tabBarController(_ tabBarController: UITabBarController, shouldSelect viewController: UIViewController) -> Bool
Parameters
tabBarController
An array of meeting objects.


DH_INSTALLDIRS(1) Debhelper DH_INSTALLDIRS(1) NAME dh_installdirs - create subdirectories in package build directories SYNOPSIS dh_installdirs [debhelperÂ options] [-A] [dirÂ ...] DESCRIPTION dh_installdirs is a debhelper program that is responsible for creating subdirectories in package build directories. FILES debian/package.dirs Lists directories to be created in package. OPTIONS -A, --all Create any directories specified by command line parameters in ALL packages acted on, not just the first. dir ... Create these directories in the package build directory of the first package acted on. (Or in all packages if -A is specified.) SEE ALSO debhelper(7) This program is a part of debhelper. AUTHOR Joey Hess<EMAIL_ADDRESS>9.20120909 2011-09-12 DH_INSTALLDIRS(1)


PTHREAD_ATTR_SETSTACK
Section: Linux Programmer's Manual (3)
Updated: 2014-05-28
Index
Return to Main Contents
NAME
pthread_attr_setstack, pthread_attr_getstack - set/get stack
attributes in thread attributes object
SYNOPSIS
#include <pthread.h>
int pthread_attr_setstack(pthread_attr_t *attr,
void *stackaddr, size_t stacksize);
int pthread_attr_getstack(const pthread_attr_t *attr,
void **stackaddr, size_t *stacksize);
Compile and link with -pthread.
Feature Test Macro Requirements for glibc (see
feature_test_macros(7)):
pthread_attr_getstack(),
pthread_attr_setstack():
-
_POSIX_C_SOURCE >= 200112L || _XOPEN_SOURCE >= 600
DESCRIPTION
The
pthread_attr_setstack()
function sets the stack address and stack size attributes of the
thread attributes object referred to by
attr
to the values specified in
stackaddr
and
stacksize,
respectively.
These attributes specify the location and size of the stack that should
be used by a thread that is created using the thread attributes object
attr.
stackaddr
should point to the lowest addressable byte of a buffer of
stacksize
bytes that was allocated by the caller.
The pages of the allocated buffer should be both readable and writable.
The
pthread_attr_getstack()
function returns the stack address and stack size attributes of the
thread attributes object referred to by
attr
in the buffers pointed to by
stackaddr
and
stacksize,
respectively.
RETURN VALUE
On success, these functions return 0;
on error, they return a nonzero error number.
ERRORS
pthread_attr_setstack()
can fail with the following error:
- EINVAL
-
stacksize
is less than
PTHREAD_STACK_MIN
(16384) bytes.
On some systems, this error may also occur if
stackaddr
or
stackaddr + stacksize
is not suitably aligned.
POSIX.1-2001 also documents an
EACCES
error if the stack area described by
stackaddr
and
stacksize
is not both readable and writable by the caller.
VERSIONS
These functions are provided by glibc since version 2.2.
ATTRIBUTES
Multithreading (see pthreads(7))
The
pthread_attr_setstack()
and
pthread_attr_getstack()
functions are thread-safe.
CONFORMING TO
POSIX.1-2001.
NOTES
These functions are provided for applications that must ensure that
a thread's stack is placed in a particular location.
For most applications, this is not necessary,
and the use of these functions should be avoided.
(Use
pthread_attr_setstacksize(3)
if an application simply requires a stack size other than the default.)
When an application employs
pthread_attr_setstack(),
it takes over the responsibility of allocating the stack.
Any guard size value that was set using
pthread_attr_setguardsize(3)
is ignored.
If deemed necessary,
it is the application's responsibility to allocate a guard area
(one or more pages protected against reading and writing)
to handle the possibility of stack overflow.
The address specified in
stackaddr
should be suitably aligned:
for full portability, align it on a page boundary
(sysconf(_SC_PAGESIZE)).
posix_memalign(3)
may be useful for allocation.
Probably,
stacksize
should also be a multiple of the system page size.
If
attr
is used to create multiple threads, then the caller must change the
stack address attribute between calls to
pthread_create(3);
otherwise, the threads will attempt to use the same memory area
for their stacks, and chaos will ensue.
EXAMPLE
See
pthread_attr_init(3).
SEE ALSO
mmap(2),
mprotect(2),
posix_memalign(3),
pthread_attr_init(3),
pthread_attr_setguardsize(3),
pthread_attr_setstackaddr(3),
pthread_attr_setstacksize(3),
pthread_create(3),
pthreads(7)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- VERSIONS
-
- ATTRIBUTES
-
- Multithreading (see pthreads(7))
-
- CONFORMING TO
-
- NOTES
-
- EXAMPLE
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:01 GMT, September 18, 2014


Tealeaves.Util.LibTactics
Tealeaves.Util.EqDec_eq
Tealeaves.Util.Prelude
- Some useful automation
- Support for rewriting the left/right side of equations
- Support for reasoning with extensionality
- Support for re-association of expressions
- Support for rewriting functions as compositions
- Support for comparing naturals
- Support for decidable equalities
- Support for rewriting with setoids
- General logical reasoning suport
- Support for unfolding operational typeclasses
Tealeaves.Util.Product
Tealeaves.Classes.Category
Tealeaves.Classes.Monoid
Tealeaves.Classes.Functor
Tealeaves.Classes.Applicative
- Applicative functors
- The "ap" combinator
<⋆>
- Applicative functors form a monoidal category
- Cartesian product of applicative functors
- Notations
Tealeaves.Classes.Monad
- Monads
- Kleisli presentation of monads
- The identity monad
- Miscellaneous properties
- Equivalence between monads and Kleisli triples
- Monadic applicative functors
- Notations
Tealeaves.Classes.Comonad
Tealeaves.Classes.RightModule
Tealeaves.Classes.RightComodule
Tealeaves.Classes.BeckDistributiveLaw
Tealeaves.Classes.Bimonad
Tealeaves.Functors.Writer
Tealeaves.Classes.DecoratedFunctor
- Decorated functors
- The shift operation
- Decorated functors form a monoidal category
- Decorated functor instance for Writer
- Kleisli presentation of decorated functors
- Miscellaneous properties of decorated functors
Tealeaves.Classes.DecoratedMonad
- Basic properties of shift on monads
- Decorated monads
- Kleisli presentation of decorated monads
- Notations
Tealeaves.Classes.DecoratedModule
- Basic properties of shift on modules
- Decorated right modules
- Kleisli presentation of decorated modules
Tealeaves.Theory.Decorated
- A decorated functor is precisely a right comodule of
prod W
- Decorated monads in terms of homomorphisms
- Pushing decorations through a monoid homomorphism
Tealeaves.Functors.Sets
Tealeaves.Classes.SetlikeFunctor
Tealeaves.Classes.SetlikeMonad
Tealeaves.Classes.SetlikeModule
Tealeaves.Functors.List
- list monoid
- list functor
- list monad
- list is set-like
- Folding over lists
fmap
equality inversion lemmas
Tealeaves.Classes.ListableFunctor
- The shape operation
- Listable functors
- Properties of
shape
- Listable functors form a monoidal category
- Respectfulness conditions for listable functors
- Properties of listable functors
- fold and foldMap operations
- Decorated listable functors
Tealeaves.Classes.ListableMonad
Tealeaves.Classes.ListableModule
- Listable modules
- Listable right modules are set-like
- Respectfulness conditions for listable modules
- Non-collapse of right actions
Tealeaves.Theory.Listable
- Characterizations of listable monad compatibility conditions
- A counter-example of a respectfulness property.
Tealeaves.Functors.Constant
Tealeaves.Classes.TraversableFunctor
- Traversable functors
- Monoid structure of traversable functors
- Basic properties of traversable functors
- Kleisi presentation of traversable functors
- Characterization of distribution w.r.t. (F ◻ G)
- Traversable functors are listable
- Traversable instance for list
- Traversable instance for
prod
- Respectfulness properties
- Notations
Tealeaves.Classes.TraversableMonad
- Traversable monads
- Kleisli-style presentation of traversable monads
- Instance for list
- Traversable monads are listable
- Notations
Tealeaves.Classes.TraversableModule
- Traversable right modules
- Kleisli-style presentation of traversable monads
- Traversable modules are listable
Tealeaves.Classes.DecoratedTraversableFunctor
Tealeaves.Classes.DecoratedTraversableMonad
- Decorated-traversable monads
- Kleisli presentation of D-T monads
- Lifting operation
binddt
and Kleisli composition - Specifications for sub-operations
- Functoriality of binddt
- Kleisli composition laws
- Composition with sub-operations
- Re-statement of inherited composition properties for bindd
- Re-statement of inherited composition properties for bindt
- Purity laws for binddt
- Respectfulness properties
- Lifting operation
- Notations
Tealeaves.Classes.DecoratedTraversableModule
Tealeaves.Functors.Maybe
Tealeaves.Functors.State
Tealeaves.Functors.Diagonal
Tealeaves.Functors.Pathspace
Tealeaves.Theory.Category
Tealeaves.LN.Atom
Tealeaves.LN.Leaf
Tealeaves.LN.AtomSet
Tealeaves.LN.AssocList
- Miscellaneous
- The
alist
functor - Specifications for operations on association lists
- Specifications for
∈
and alist operations - Specifications for ∈ and
envmap
- Rewriting principles for envmap
- Rewriting lemmas for dom
- Rewriting lemmas for domset
- Rewriting lemmas for range
- Rewriting principles for ∈
- Tactical lemmas for ∈
- Rewriting principles for disjoint
- Tactical lemmas for disjoint
- Tactical lemmas for uniq
- Rewriting principles for uniq
- More facts about uniq
- Stronger theorems for
∈
on uniq lists
- Specifications for
- Facts about binds
- Tactic support for picking fresh atoms
Tealeaves.LN.Operations
Tealeaves.LN.Theory
- Lemmas for local reasoning
- Locally nameless metatheory
- Leaf analysis: substitution with contexts
- Leaf analysis: substitution without contexts
- Free variables after substitution
- Upper and lower bounds for leaves after substitution
- Substitution of fresh variables
- Composing substitutions
- Commuting two substitutions
- Local closure is preserved by substitution
- Decompose substitution into closing/opening
- Substitution when
u
is a leaf - Substitution by the same variable is the identity
- Free variables after variable closing
- Variable closing and local closure
- Upper and lower bounds on free variables after opening
- Opening a locally closed term is the identity
- Opening followed by substitution
- Decompose opening into variable opening followed by substitution
- Opening by a variable, followed by non-equal substitution
- Closing, followed by opening
- Opening by a leaf reduces to an fmapkr
- Opening, followed by closing
- Opening and local closure
Tealeaves.LN.Environment
Tealeaves.Examples.STLC.Language
- Language definition
- Functor instance
- Monad instance
- Decorated instance
- Traversable instance
- Listable instance (redundant)
- Compatibility between decoration and traversal
- Locally nameless operations
- Rewriting lemmas for high-level operations
- Typing judgments for STLC


| Interface | Description |
|---|---|
| CustomObjectInputStream.StreamCallback | |
| CustomObjectOutputStream.StreamCallback | |
| Pool.Factory |
| Class | Description |
|---|---|
| ArrayIterator | |
| Base64Encoder |
Encodes binary data to plain text as Base64.
|
| ClassLoaderReference |
ClassLoader that refers to another ClassLoader, allowing a single instance to be passed around the codebase that
can later have its destination changed.
|
| Cloneables |
Utility functions for
Cloneable objects. |
| CompositeClassLoader |
ClassLoader that is composed of other classloaders.
|
| CustomObjectInputStream | |
| CustomObjectOutputStream | |
| DependencyInjectionFactory |
A dependency injection factory.
|
| FastField | |
| FastStack |
An array-based stack implementation.
|
| Fields |
Slightly nicer way to find, get and set fields in classes.
|
| HierarchicalStreams |
Helper methods for
HierarchicalStreamReader and HierarchicalStreamWriter . |
| ObjectIdDictionary |
Store IDs against given object references.
|
| OrderRetainingMap | |
| Pool |
A simple pool implementation.
|
| PresortedMap | |
| PresortedSet | |
| Primitives |
Utility class for primitives.
|
| PrioritizedList |
List that allows items to be added with a priority that will affect the order in which they are later iterated over.
|
| QuickWriter | |
| ThreadSafePropertyEditor |
Wrapper around
PropertyEditor that can be called by multiple threads concurrently. |
| ThreadSafeSimpleDateFormat |
Wrapper around java.text.SimpleDateFormat that can
be called by multiple threads concurrently.
|
| TypedNull |
A placeholder for a
null value of a specific type. |
| WeakCache |
A HashMap implementation with weak references values and by default for the key.
|
| XmlHeaderAwareReader |
A
Reader that evaluates the XML header. |
Copyright © 2004-2012 XStream. All Rights Reserved.


This is the sample OS Adaptation layer which is used by the GPMC driver. The OSAL layer can be ported in either of the following manners to a native OS: More...
#include <ti/osal/osal.h>
Macros | |
| #define | GPMC_osalAssert(expr) (OSAL_Assert(expr)) |
| Assert API. If expression is true then it will stay in the while loop. More... | |
| #define | GPMC_osalCreateBlockingLock(count, params) (SemaphoreP_create((count),(params))) |
| The macro is used by the GPMC driver to create a semaphore for each GPMC opened in blocking mode. Semaphores created should initially be created with a count of 0 i.e. unavailable. More... | |
| #define | GPMC_osalDeleteBlockingLock(X) (SemaphoreP_delete(X)) |
| The macro is used by the GPMC driver to delete a previously created semaphore. This is called when a GPMC opened in blocking mode is being closed. More... | |
| #define | GPMC_osalSemParamsInit(params) (SemaphoreP_Params_init(params)) |
| Initialize params structure to default values. More... | |
| #define | GPMC_osalPendLock(X, Y) (SemaphoreP_pend((X),(Y))) |
| The macro is used by the GPMC driver to pend on a semaphore This is called when an application tries to receive data on a blocking when there is no data available. Since all semaphores are initially created to be unavailable; this will cause the application to block. More... | |
| #define | GPMC_osalPostLock(X) (SemaphoreP_post(X)) |
| The macro is used by the GPMC driver to post the semaphore The driver posts the semaphore once data is received on a specific. More... | |
| #define | GPMC_osalHardwareIntDisable() (HwiP_disable()) |
| Function to disable interrupts to enter a critical region. More... | |
| #define | GPMC_osalHardwareIntRestore(X) (HwiP_restore(X)) |
| Function to restore interrupts to exit a critical region. More... | |
| #define | GPMC_osalHardwareIntDestruct(X) (HwiP_delete(X)) |
| Function to deregister a interrupt. More... | |
| #define | GPMC_osalRegisterInterrupt(X, Y, Z) (HwiP_create((X),(Y),(Z))) |
| Function to register an interrupt. More... | |
| #define | GPMC_osalHwiParamsInit(X) (HwiP_Params_init(X)) |
| Function to initialize hardware interrupt parameters. More... | |
| #define | GPMC_osalHardwareIntrDisable(X) (HwiP_disableInterrupt(X)) |
| Function to disable specific hardware interrupt. More... | |
| #define | GPMC_osalHardwareIntrEnable(X) (HwiP_enableInterrupt(X)) |
| Function to enable specific hardware interrupt. More... | |
| #define | GPMC_osalHardwareIntrClear(X) (HwiP_clearInterrupt(X)) |
| Function to clear specific hardware interrupt. More... | |
| #define | GPMC_osalMuxIntcSetup(X, Y) (MuxIntcP_create((X), (Y))) |
| Function to Setup Interrupt Controller Mux. More... | |
| #define | GPMC_osalMuxIntcEnableSysInt(X, Y) (MuxIntcP_enableInEvent((X), (Y))) |
| Function to enable Intc Mux system event. More... | |
| #define | GPMC_osalMuxIntcDisableSysInt(X, Y) (MuxIntcP_disableInEvent((X), (Y))) |
| Function to disable Intc Mux system event. More... | |
| #define | GPMC_osalMuxIntcClearSysInt(X, Y) (MuxIntcP_clearInEvent((X), (Y))) |
| Function to clear Intc Mux system event. More... | |
| #define | GPMC_osalMuxIntcEnableHostInt(X, Y) (MuxIntcP_enableOutEvent((X), (Y))) |
| Function to enable Intc Mux host interrupt event. More... | |
| #define | GPMC_osalMuxIntcDisableHostInt(X, Y) (MuxIntcP_disableOutEvent((X), (Y))) |
| Function to disable Intc Mux host interrupt event. More... | |
This is the sample OS Adaptation layer which is used by the GPMC driver. The OSAL layer can be ported in either of the following manners to a native OS:
Approach 1:
Use Prebuilt Libraries
Approach 2:
Rebuilt Library
| #define GPMC_osalAssert | ( | expr | ) | (OSAL_Assert(expr)) |
Assert API. If expression is true then it will stay in the while loop.
| expr | Expression which need to be evaluated. |
| #define GPMC_osalCreateBlockingLock | ( | count, | |
| params | |||
| ) | (SemaphoreP_create((count),(params))) |
The macro is used by the GPMC driver to create a semaphore for each GPMC opened in blocking mode. Semaphores created should initially be created with a count of 0 i.e. unavailable.
| count | Initial count of the semaphore. For binary semaphores, only values of 0 or 1 are valid. |
| params | Pointer to the instance configuration parameters. NULL denotes to use the default parameters (SemOSAL default parameters as noted in ::SemOSAL_Params. |
| #define GPMC_osalDeleteBlockingLock | ( | X | ) | (SemaphoreP_delete(X)) |
The macro is used by the GPMC driver to delete a previously created semaphore. This is called when a GPMC opened in blocking mode is being closed.
Prototype: The following is the C prototype for the expected OSAL API.
void SemOSAL_delete(void* semHandle)
Parameter
Semaphore Handle returned by the create semaphore
Return Value
Not Applicable
| #define GPMC_osalHardwareIntDestruct | ( | X | ) | (HwiP_delete(X)) |
Function to deregister a interrupt.
Prototype: The following is the C prototype for the expected OSAL API.
int HwiOSAL_deregisterInterrupt(void* hwiPtr)
Parameter
Interrupt handler
Return Value
status of operation
| #define GPMC_osalHardwareIntDisable | ( | ) | (HwiP_disable()) |
Function to disable interrupts to enter a critical region.
Prototype: The following is the C prototype for the expected OSAL API.
void Osal_GPMCHardwareIntDisable()
Parameter
Not Applicable
Return Value
Interrupt key
| #define GPMC_osalHardwareIntrClear | ( | X | ) | (HwiP_clearInterrupt(X)) |
Function to clear specific hardware interrupt.
Prototype: The following is the C prototype for the expected OSAL API.
void GPMC_osalHardwareIntrClear(unsigned int intrNum)
Parameter
Interrupt number
| #define GPMC_osalHardwareIntrDisable | ( | X | ) | (HwiP_disableInterrupt(X)) |
Function to disable specific hardware interrupt.
Prototype: The following is the C prototype for the expected OSAL API.
void HwiOSAL_disableInterrupt(unsigned int intrNum)
Parameter
Interrupt number
| #define GPMC_osalHardwareIntrEnable | ( | X | ) | (HwiP_enableInterrupt(X)) |
Function to enable specific hardware interrupt.
Prototype: The following is the C prototype for the expected OSAL API.
void HwiOSAL_enableInterrupt(unsigned int intrNum)
Parameter
Interrupt number
| #define GPMC_osalHardwareIntRestore | ( | X | ) | (HwiP_restore(X)) |
Function to restore interrupts to exit a critical region.
Prototype: The following is the C prototype for the expected OSAL API.
void HwiOSAL_exitCritical(int key)
Parameter
Interrupt key
Return Value
Not Applicable
| #define GPMC_osalHwiParamsInit | ( | X | ) | (HwiP_Params_init(X)) |
Function to initialize hardware interrupt parameters.
Prototype: The following is the C prototype for the expected OSAL API.
void HwiP_Params_init(HwiP_Params *params)
Parameter
Parameters Pointer to the hardware interrupt's parameter structure.
| #define GPMC_osalMuxIntcClearSysInt | ( | X, | |
| Y | |||
| ) | (MuxIntcP_clearInEvent((X), (Y))) |
Function to clear Intc Mux system event.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_clearInEvent(int cicNum, int cicEventId)
Parameter
Interrupt Controller mux number
Parameter
Interrupt Controller mux input event ID
| #define GPMC_osalMuxIntcDisableHostInt | ( | X, | |
| Y | |||
| ) | (MuxIntcP_disableOutEvent((X), (Y))) |
Function to disable Intc Mux host interrupt event.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_disableOutEvent(int32_t muxNum, int32_t muxOutEvent)
Parameter
Interrupt Controller mux number
Parameter
Interrupt Controller mux output event ID
| #define GPMC_osalMuxIntcDisableSysInt | ( | X, | |
| Y | |||
| ) | (MuxIntcP_disableInEvent((X), (Y))) |
Function to disable Intc Mux system event.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_disableInEvent(int32_t muxNum, int32_t muxInEvent)
Parameter
Interrupt Controller mux number
Parameter
Interrupt Controller mux input event ID
| #define GPMC_osalMuxIntcEnableHostInt | ( | X, | |
| Y | |||
| ) | (MuxIntcP_enableOutEvent((X), (Y))) |
Function to enable Intc Mux host interrupt event.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_enableOutEvent(int32_t muxNum, int32_t muxOutEvent)
Parameter
Interrupt Controller mux number
Parameter
Interrupt Controller mux output event ID
| #define GPMC_osalMuxIntcEnableSysInt | ( | X, | |
| Y | |||
| ) | (MuxIntcP_enableInEvent((X), (Y))) |
Function to enable Intc Mux system event.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_enableInEvent(int32_t muxNum, int32_t muxInEvent)
Parameter
Interrupt Controller mux number
Parameter
Interrupt Controller mux input event ID
| #define GPMC_osalMuxIntcSetup | ( | X, | |
| Y | |||
| ) | (MuxIntcP_create((X), (Y))) |
Function to Setup Interrupt Controller Mux.
Prototype: The following is the C prototype for the expected OSAL API.
void MuxIntcP_create(MuxIntcP_inParams *inParams, MuxIntcP_outParams *outParams)
Parameter
Pointer to the instance configuration input parameters.
Parameter
Pointer to the instance configuration output parameters.
| #define GPMC_osalPendLock | ( | X, | |
| Y | |||
| ) | (SemaphoreP_pend((X),(Y))) |
The macro is used by the GPMC driver to pend on a semaphore This is called when an application tries to receive data on a blocking when there is no data available. Since all semaphores are initially created to be unavailable; this will cause the application to block.
Prototype: The following is the C prototype for the expected OSAL API.
void Osal_GPMCPendLock(void* semHandle)
Parameter
Semaphore Handle
Return Value
Not Applicable
| #define GPMC_osalPostLock | ( | X | ) | (SemaphoreP_post(X)) |
The macro is used by the GPMC driver to post the semaphore The driver posts the semaphore once data is received on a specific.
Prototype: The following is the C prototype for the expected OSAL API.
void Osal_GPMCPostLock(void* semHandle)
Parameter
Semaphore Handle
Return Value
Not Applicable
| #define GPMC_osalRegisterInterrupt | ( | X, | |
| Y, | |||
| Z | |||
| ) | (HwiP_create((X),(Y),(Z))) |
Function to register an interrupt.
Prototype: The following is the C prototype for the expected OSAL API.
HwiP_Handle HwiP_create(X, Y, Z);
Parameter
Interrupt number
Parameter
hwiFxn entry function of the hardware interrupt
Parameter
params argument passed into the entry function
Return Value
Interrupt handle
| #define GPMC_osalSemParamsInit | ( | params | ) | (SemaphoreP_Params_init(params)) |
Initialize params structure to default values.
The default parameters are:
| params | Pointer to the instance configuration parameters. |


Chain of responsibility
published by Pradeep on May 18, 2018
Chain of responsibility is one of the behavioral design pattern in Gang of Four patterns. The main objective of this design pattern is processing a command. For example, command can be any application related task like approving a transaction, writing text to a log file or filtering HTTP requests.
We can write a simple piece of code to process these commands, but what if, if we want to process these commands based on certain conditions? For instance, in the transaction approval application user keys in transaction details into the application and this transaction need to be processed by any one of the higher level employee in the company. All transactions lesser than 1000$ amount can be approved by manager, lesser than 10000$ can be approved by vice president and lesser than 100,000$ can be approved by CEO.
We can implement this behavior with a simple if else conditions, by checking if amount is less than 1000$ or else if amount is less than 10000$ and so on. But this approach is static, means we can not change these conditions dynamically. We got the chain of responsibility design pattern to rescue us in this situation.
Chain of responsibility acts like a if..else condition but in a object oriented way and it gives us a dynamic nature to the conditions, means we can change the order of the conditions or remove or add new conditions dynamically. These conditions are like responsibilities and we chain these responsibilities together.
In the transaction processing application, approval process acts like a chain of responsibilities. First, manager acts on the transaction, if the amount is higher than his approval limit then the transaction is transferred to vice president and so on.
We need to design processing and command objects. Based on the above example, processing objects are employees like Manager, Vice President because they process the transaction by approving and command object is the transaction. Once processing objects are created then we need to chain them together like manager → vice president → CEO and pass the transaction at the beginning of the chain. Transaction continues to flow in the chain until it reaches the employee, who’s limit allows to approve it.
Lets get in to the coding part. We will first create an abstract class for processing the transactions:
abstract class TransactionProcessor{
private TransactionProcessor transactionProcessor;
abstract protected Double getApprovalLimit();
abstract protected String getDesignation();
public void setSuccessor(TransactionProcessor transactionProcessor) { (1)
this.transactionProcessor = transactionProcessor;
}
public void approve(Transaction transaction) {
if(transaction.getAmount() <= getApprovalLimit()) {
System.out.printf("transaction for amount %s approved by %s %n",transaction.getAmount(), getDesignation());
}else {
if(transactionProcessor == null) {
System.out.printf("transaction amount %s is higher than approval limit! %n", transaction.getAmount());
return;
}
transactionProcessor.approve(transaction);
}
}
}
| 1 | If the transaction can be processed then it should be passed to its successor so this class store its next successor object. |
| 2 | If transaction is with in the limit then it prints the message. If it is out of range then passes it to next processor by calling 'approve' method, before callings approve we are doing null check because it throws NullPointerException if processor is last in the chain. |
Now we need to create concrete class for each approver and this class will extend TransactionProcessor.
class Manager extends TransactionProcessor{
@Override
protected Double getApprovalLimit() {
return 1000d;
}
@Override
protected String getDesignation() {
return "manager";
}
}
class VicePresident extends TransactionProcessor{
@Override
protected Double getApprovalLimit() {
return 10000d;
}
@Override
protected String getDesignation() {
return "vice president";
}
}
class CEO extends TransactionProcessor{
@Override
protected Double getApprovalLimit() {
return 100000d;
}
@Override
protected String getDesignation() {
return "CEO";
}
}
Each processing class sets its limit and designation. Next, we need to create a command class. In our example transaction acts like a command, so lets create it.
class Transaction{
private Double amount;
private String purpose;
Transaction(Double amount, String purpose){
this.amount = amount;
this.purpose = purpose;
}
public Double getAmount() {
return amount;
}
public String getPurpose() {
return purpose;
}
}
Now we will glue all these classes together to form chain of responsibility pattern.
public class ChainOfResponsibility {
public static void main(String[] args) {
Manager manager = new Manager(); (1)
VicePresident vicePresident = new VicePresident();
CEO ceo = new CEO();
manager.setSuccessor(vicePresident); (2)
vicePresident.setSuccessor(ceo);
//not setting successor for CEO because CEO is the highest level in the company.
manager.approve(new Transaction(500d, "general")); (3)
manager.approve(new Transaction(1200d, "general"));
manager.approve(new Transaction(25000d, "general"));
manager.approve(new Transaction(500000d, "general"));
}
}
| 1 | Create processing objects. We have three processing objects in the chain. |
| 2 | Chain together all the processing objects. Order of the objects is important because we want manager handover transaction to vice president. |
| 3 | Because the chain starts from the manager so transactions are pushed using the manager instance. |
See below for the output of the program
transaction for amount 500.0 approved by manager transaction for amount 1200.0 approved by vice president transaction for amount 25000.0 approved by CEO transaction amount 500000.0 is higher than approval limit!
Based on the output it is clear that manager approved 500$ because manager can approve up to 1000$. Next transaction with 1200$ is approved by Vice president because this amount is out of range for manager so this is handed over to Vice president, like wise 25000$ is handed over to CEO. 500000$ is out of limit for all the employees so it will reach the end of the chain and finally returns from the flow.
Conclusion
In this post we learned Chain of responsibility design patter. It is a object oriented version of if..else condition. Use this pattern if there are possibility of multiple processing objects involved.


|
Like other computer languages, Lisp allows one to create distinct applications which carefully control their own interaction with the user. In addition, most Lisp implementations provide a program (i.e. an "executable", "application", or "image") which allows a user to interact directly with Lisp. This is called the Lisp Top-Level. The Lisp Top-Level is also called a read-eval-print loop, because it is an endless loop that reads a Lisp expression, evaluates it, and print the results. Some people refer to this as an "interpreter". It is an interpreter in the sense that any Lisp expressions typed directly into the Lisp Top-Level will be read, evaluated, and printed. However, these expressions might simply be invocations of previously compiled functions, which will be executed as compiled code. See Evaluation in Lisp. One way to think of the Lisp Top-Level is as a very powerful "shell" in which users have access to the full complement of Lisp utilities, including file and stream access, the compiler, and the ability to load source or previously compiled files. Some implementations allow only one such process to run at a time, while others allow multiple process. Those that do allow multiple processes automatically share memory between processes and allow programs to directly create and control the various processes. Lisp programs signal controlled errors rather than simply dumping core. Any Lisp program can trap these error conditions and invoke a system supplied, interactive debugger. This debugger includes a read-eval-print loop similar (or even identical) to the Lisp Top-Level. Lisp programs can also cause a read-eval-print loop to be invoked simply by calling the function BREAK. In fact the entire Lisp Top-Level application could be written as essentially a single call to the function BREAK. |


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There are seven financial data types: Tick, TradeBar, QuoteBar, Delisting, SymbolChangedEvent, Split, and Dividend. All data extends from $[BaseData,T:QuantConnect.Data.BaseData], the core data class, which provides Symbol, Time, and Value properties.


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This is pizza 2
Supreme Vegetarian Hawaiian
Tomato Barbeque Mayonnaise Secret Sauce
Secret Sauce
Extra Cheese Gluten Free Base


Chocolate Pizza
Delicious
THE BEST FOOD BLOG ON THE WEB
Chocolate Pizza
For the fig-swirl: Melt butter over medium heat in a saucepan. Add brown sugar and stir to dissolve. Halve all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice cream: In a small pot over medium heat, combine milk, and granulated sugar until sugar is completely dissolved and the milk is just barely lukewarm. Whisk in the egg yolks. Set mixture in the fridge and wait until the fig mixture is cooled.
Using an ice cream machine, pour liquids into the frozen basin and process according to manufacturer instructions, i.e. let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass tupperware. Freeze for at least two hours before serving.
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Half-Past Seven Stories
by Robert Gordon Anderson
Story 3: "The Jolly Roger"
Additional Information
- Year Published: 1922
- Language: English
- Country of Origin: United States of America
- Source: Anderson, R.G. (1922). Half-Past Seven Stories. New York, NY: G.P. Putnam’s Sons.
-
Readability:
- Flesch–Kincaid Level: 4.6
- Word Count: 3,690
- Genre: Adventure
- Keywords: make-believe
- ✎ Cite This
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Marmaduke thought he knew now what it meant to be in jail. For three whole days he had had to stay in the house. For three whole days and nights, too, it had rained—”rained pitchforks.” That is what Father said, but Marmaduke could see nothing but prongs. There were thousands of them, coming down through the air. Where were the handles? He looked a long time, thinking that perhaps they had gotten loose from the prongs and would come down afterwards, but never a handle came.
They must be having haying time, the folks in the sky, to use so many forks, he decided, and the sun must be shining for them, way up above the clouds, or they wouldn’t have haying weather. But maybe, after all, it was wet there, too, and they had just grown disgusted, and were throwing their forks away, every last one of them.
Yes, it was pretty lonesome and dull, staying in the house like this. To be sure, once in a while, when the rain slackened a little and the pitchforks didn’t come down so fast, he could put on his rubber boots and go out to the barn. But for most of the time he had been a prisoner—in jail.
He looked out at the Pond. So much water had fallen in it that it was swelling up like a pouter pigeon, or like the bowl that held the Chinese Lily, when he dropped pebbles in it.
My, how Duckie the Stepchild must like this weather! There he was now, and his father and his mother and all his relatives. All just letting the water run off their backs and having a grand time. But Father Wyandotte and all his family were sticking pretty close to the coops. Funny how ducks liked water and chickens didn’t, all but the Gold Rooster on the top of the barn. He never seemed to mind it a bit. Marmaduke looked for him up in the sky, but he was almost hidden by the rain and the gray mist, and stood there on his high perch, swinging from East to North, and back again.
But he grew tired of watching the Gold Rooster, and looked up the pasture for his friend, the Brook. It wasn’t hard to find, for it had grown so big and stretched almost to the fence-rails now, and was racing along towards the Pond, growing wider and wider every minute—just like Marmaduke’s eyes.
“Crackey! Sposin’ there should be a flood!” exclaimed Jehosophat.
“Wouldn’t that be fine!” said Marmaduke.
“Fine!” Jehosophat cried. “What would you do? It might rise an’ rise till the barnyard’d be covered, an’ the road an’ all the country an’ the whole world.”
“Like Noah’s flood, you mean?”
“Yes, just like Noah’s, only he isn’t here to build any ole ark for you to get on.”
“I don’t care,” said Marmaduke stoutly.
“You don’t care!” cried his brother. “Why, you’d drown, that’s what you’d do!”
“No, I wouldn’t either—” Marmaduke seemed very sure about this—”’cause,” he started to explain.
“’Cause what?”
“’Cause the Toyman is as good as ole Noah any day,” replied the little boy. “He could build an ark as big as a house, as big as the Church, an’ the ducks’d get on an’ the cows an’ the horses an’—”
“Yes,” interrupted his brother, “but don’t you remember—there were only two of each kind. Now Hal an’ Teddy could get on, but White Boots an’ Ole Methusaleh’d have to stay off, an’ Rover an’ Brownie could go, but Wienerwurst couldn’t—see?”
Marmaduke looked frightened at this—at the very thought of Wienerwurst, his little doggie, trying to swim around in a terrible flood.
“I’d hide him under my coat,” he declared.
“You couldn’t get on yourself,” Jehosophat insisted, “I tell you an ark only takes two of each sort of people an’ animals an’ chickens and things. Now Mother and Father could go—that’s two grown-ups, an’ Hepzebiah an’ me, but you an’ Wienie would have to swim around in the water just as long as you could, then go under—way under, too,” he added.
Perhaps he was only teasing, but Marmaduke didn’t take it quite that way. It seemed very serious. Then suddenly he had a bright idea.
“You forgot the Toyman ,” he shouted, “and that makes another two, for the Toyman an’ I are just alike. Didn’t Mother say,—’He’s nothing but a boy.’ So I’d sneak Wienie under my coat—if it was ol’ Noah’s ark—an’ if it was the Toyman’s, why he’d let me in anyway.”
Jehosophat had no answer at all for this, and all they could do now was to watch the rain and the Pond and the Brook, but Marmaduke was very happy picturing to himself the big Ark which the Toyman would build, and how he would help, and the fine time, too, he and all the animals would have, living together under the very same roof.
Of course, the rain had to stop some time. It always does in the end. And on the sixth day the Sun came out jolly and warm again, and the boys put on their rubber boots and went out to the Pond. They couldn’t get quite as near it as usual, for the edge was almost at the Ducks’ house now, and not so very far from the house of the White Wyandottes, who seemed to think the end of the world had come, and looked very sad with their draggled feathers.
For a little while the boys threw sticks in the water. When the dogs had fetched the sticks they would shake the water from their coats and over the boys, just like shower baths. It was all very jolly, and I don’t know which the children enjoyed more, throwing the sticks or the nice cool showers.
But after a while they tired of this, too, and walked up the pasture to see the Brook.
There it was, racing and romping and tearing along for dear life. It wasn’t clear and silvery now, but muddy and brown as if a thousand cups of coffee had been spilled in it. And on it floated many strange things,—branches of trees and a fence-rail, the roof of a pig-pen, an old shoe, and one poor drowned sheep.
“Maybe,” said Jehosophat, “maybe, if we watch long enough, some pirates’ll come sailin’ along with big hats an’ swords an’—”
“An’ knives in their mouths,” Marmaduke suggested.
“But that’s not the best thing,” Jehosophat went on, “they’ll have a flag with a skull an’ dead men’s bones painted on it.”
“Crackey!” exclaimed his brother, just like the big boys. It was a fine word, too, but only to be used on special occasions. And pirates and skulls and dead men’s bones certainly made a “special occasion.”
Jehosophat seemed to think so, too, for he was singing in high glee,
”Yo, ho, ho,
And a bottle of bay rum.”
As these last dread words died on the air, they thought they heard a sound behind them. It was something like a laugh—more, perhaps, like a chuckle. They turned and saw nothing but the high board fence of the cowyard, and, over by the barn, the Toyman, walking very swiftly towards his workshop. Now usually they would have wondered about that; tried to guess what he “would make,” but this morning there were other, very grave, things taking their attention.
“Guess it was pirates—ssshhh!” whispered Jehosophat, “they may have disbarked an’ be hidin’ in the bushes.”
But a way of escape was open. It was coming down the stream.
Jehosophat spied it.
“The very thing!” he cried.
It was a big gate which had been carried off by the flood; and it was tossed first to this side and then to the other by the brown water.
“I hope it catches on something an’ stops,” cried Marmaduke. And they hurried down the Brook towards the Pond. They had to walk pretty fast, too, almost run, to keep up with the gate.
Jehosophat looked ahead.
“Those big roots of the walnut tree might stop it,” he said.
And sure enough the gate was caught by the roots and swung in under the branches. The water was more quiet here than out in the stream and it made a fine harbor for the ship. For, you see, after all, it was not a gate but a ship !
But they must make sure of their prize. So Jehosophat ran to the barn and fetched some rope. With this he made the ship fast to the trunk of the tree, that is, to the wharf in Walnut Harbour.
But there was more work to be done, for the ship had been damaged by the storm.
“You stand watch an’ keep off all pirates,” ordered Jehosophat. “I’ll be back in three shakes of a lamb’s tail.”
It was rather a scary thing to stand guard all alone with pirates around, but Marmaduke stuck by the ship and Jehosophat went on his errand.
As he entered the door, the Toyman hid something, quite hurriedly, under a sack. Now that was very mysterious, but the messenger only said to himself, “Guess he’s making something for my birthday,” then asked aloud,—
“Please, may I have some boards and some nails?”
“To be sure, Mr. Ship’s Carpenter.”
It was fine to be called that, though Jehosophat wondered how the Toyman knew what he was, when they hadn’t told a soul. But then the Toyman knew most everything, all their plans as soon as made.
It didn’t take long to mend that ship. Soon the boards were nailed across and the deck was ready for the crew.
“All aboard!” shouted Jehosophat, and then even more loudly,—
“All ashore that’s goin’ ashore!”
Having said this very splendidly, he turned to his brother.
“I’m Captain Kidd,” he told him.
“And what’s me?” shouted back Marmaduke excitedly, and excitement is always bad for grammar.
“Oh, you! You’re my slave,” his brother informed him—in a very grand manner.
This didn’t seem to suit Marmaduke, and he tried hard to remember a name Reddy Toms had told him, out of a book of Reddy’s, all about pirates and things. But he couldn’t think of it at all.
Just then a voice shouted,—
“What ho, Dick Deadeye!”
It was the Toyman, who had been standing in the doorway watching them.
“Dick Deadeye—whew!” Marmaduke rolled the name under his tongue like something that tasted very nice. He was completely satisfied now.
Then something still nicer happened, for, when their backs were turned, something whistled through the air and fell at their feet. Real swords! One for each of them! Now we said they were real swords, and they were, though they were made of wood. They could do a lot of damage. The pirates would find that out soon enough. And there was a flag, too, with bones and a skull on it, just as Jehosophat had said.
“Why, it’s the Jolly Roger,” he told his brother, “that’s what they call this flag.”
But where did they come from? Marmaduke sort of suspected the Toyman, but he had disappeared, and Jehosophat said,—
“They must have dropped from Heaven an’ were sent us to ‘venge the people the pirates have killed. It’s a sign. Guess we’re not pirates after all, but just good sailors an’ we’ll scrunch those pirates.”
Then he thought for a moment.
“But I guess we’ll keep this flag anyway, even if it is the pirates’.”
And they kept their names as well. They were far too fine to give up.
But just as they were about to go aboard, the Toyman came to the shore.
“What ho!” he said, then again, “what ho!”
 And he was “saying some more,”—
“Avast, me hearties, what’s in the wind?”
This last was a very odd question, for whatever could be in the wind, when you can see right through it and it can’t hold anything at all. Strange talk it was, to be sure, and the neighbors would never have understood it. Still, folks never understood the Toyman and his language anyway, but they did, and Marmaduke called,—”Come ‘n, Toyman,” when Captain Kidd corrected him.
“Pshaw! That’s not the way to say it. You just listen to me.”

The Toyman touched his hat.
“Thankee kindly, Cap’n, but I’ve killed many a pirate in my time. Now it’s your chance. But it’s blowin’ great guns an’ ye’d better cruise near shore.”
“Ay, ay, sir,” shouted the captain as a last farewell, then they set sail. They made quite a voyage of it and had some trouble, for the waves were rough and the seas were high, but they reached port safely at last.
They hadn’t seen anything of the pirates yet, and they decided to make another try for it when Hepzebiah came to the wharf. She wanted to sail too, but the Captain only said, very thoughtfully,—
“It’s not safe for the women an’ children.”
However, she cried so hard that they just had to let her on board.
“But if you come, you’ll have to be my slave,” the Captain told her.
Perhaps that is the reason why he let her sail at all. He wanted a slave very much and since Marmaduke wouldn’t be one and was Dick Deadeye anyway, why, the little girl would have to do. Still she didn’t care what she was called as long as she could sail on that fine ship.
 And at last Dick Deadeye called,—
“Cracky! Look where we are! You’d better go back. Remember what the Toyman told us.”
But Captain Jehosophat Kidd knew better.
“Pshaw! It isn’t deep at all. It wouldn’t drown a rat—not even a little mouse.”
Then there was trouble.
They heard shouts along the shore, and, looking back, saw Fatty Hamm, Reddy Toms, and Sammy Soapstone, jumping around like wild Indians. They looked again—sharply this time—and saw that it wasn’t boys after all, but pirates, wicked, cruel, bloodthirsty pirates! And that was bad enough!
“They’re trying to capture us,” shouted brave Captain Kidd, then, forgetting that his ship was a full-rigged ship and went by sail, he called,
“Row, brothers, row, The stream runs fast.”
You see, he remembered that from a poetry book he had read once and thought it would just suit.
And all the time the crew of the “Jolly Roger” looked angrily back at shore.
“Splash!”
A big stone fell near them. No, it wasn’t a stone. It was a—cannon ball! The pirates on shore were trying to knock holes in their ship!
“You’re awful shots,” the Captain jeered fearlessly. “We’re coming ashore to capture your cannon.” He was very brave through all these trying times—and so were the crew.
But now a more terrible danger threatened. For the rascals on shore had seized long poles and were reaching out over the water, trying to smash holes in the ship, to stove in its hull.
“They’re grapplin’ irons and marlin spikes,” explained the Captain, “and very terrible weapons.” He must have been right, for he knew the ways of the sea.
Meantime the ship was beginning to rock. The crew looked around for rescue, but none was in sight.
“We’ll sink your ole ship,” shouted Pirate Fatty. “You’re awful sailors.”
 Would they drown? Far off, Dick Deadeye saw the Toyman running, running as fast as he could towards shore. And Rover, too. He was barking for all he was worth, seeming to think it fun. But Rover was only a dog, and couldn’t realize the danger at all.

Dick Deadeye reached for her, but his hand only touched her uniform, and over he fell, too, down in the coffee-colored waves.
It was way over his head. Down, down, he sank. He was terribly frightened, with water all around him and in his eyes and his nose and mouth. He was choking, but all he thought of, even then, was his little sister, the poor slave.
The first thing he knew, he felt a strong hand on his shoulder and heard the Toyman’s voice saying,—
“Hold on, Sonny, you’re all right—just grab on to me.”
He had always liked to be held close in the Toyman’s arms, especially at night before the fire when he told them stories, but never had those arms felt as safe as now.
Then, all-of-a-sudden he thought—!
“Stop!” he tried to shout, but his mouth was almost too full of water to say anything, “get—blllllloooo—Hep-ze-bbbllllooo”—and then he had to stop.
But the Toyman laughed as he pulled him safe on the shore.
“Look there,” he said.
And Marmaduke did look, and there was Rover dragging his little sister out of the sea by the back of her dress.
The Toyman patted the brave dog on the head.
“He’s the hero,” he said, “good old Rover!”
Then something fine happened. At least Marmaduke and Jehosophat thought so. And we’ll leave it to you to decide whether it was fine or not.
Now the pirates had started to run, but their chief, the big fat one, just before he reached the road, slipped in the mud. And down over the banks into the sea he fell, and the Toyman didn’t trouble to fish him out, either. Of course, it wasn’t very deep, but Fatty tumbled flat on his back, and the water covered him—all but his stomach, which stuck out above the water like the fat rump of a whale. He got up at last. And a pretty sight he was, not like a bold pirate, but a great big “booby,” Mother said, with the mud all over his clothes, and the water going slippity slop in his shoes, and he shouting, “Bbbbbbllllllllloooooooooo—splutter—gerchoo!” worse even than Marmaduke.
Quick as a wink the Toyman lifted Marmaduke on one shoulder, the little girl on the other, as he always carried them, and took them into the house.
And soon their clothes were off, and dry ones on, and—best of all—some nice warm lemonade was trickling down just where the muddy water had been—down the Red Lane.
He felt greatly contented, did Marmaduke, for hadn’t they beaten the “ol’ pirates,” and driven them away? And after that they had heaped coals of fire on their heads, as the minister used to say. Yes sir, they invited the big, fat chief of the pirates into their kitchen, though he didn’t deserve it, and gave him some dry clothes, too, though he didn’t deserve that, either, and some lemonade into the bargain.
Altogether, it was a very successful day.


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DropdownHeaderView Class
The header layout view that gets rendered in the region in the DropdownView
.
This view is responsible for rendering the DropdownSelectedTagsView
.
Constructor
DropdownHeaderView
()
Item Index
Methods
- _addSelectedItemTag
- _handleClearSingleSelect
- _handleClearView
- _handleHideOptionsList
- _handleListToggle
- _handleSearchIcoClick
- _handleTextSearch
- _handleTraverseListOrSelectItem
- _removeSelectedItemTag
- addNewItem
- clearView
- disableView
- enableView
- focusInput
- getEnteredText
- getSelectedItems
- searchTerm
- setSelectedItems
- updateHeaderView
Properties
Methods
_addSelectedItemTag
-
model
Handler for the selectItem triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
Parameters:
-
model
ModelA model representing the item that should be deselected.
_handleClearSingleSelect
()
private
Handler for the handleClearSingleSelect triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
_handleClearView
()
private
A handler for the clearView triggered by the tags view.
_handleHideOptionsList
()
private
Handler for the hideOptionsList triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
_handleListToggle
()
private
Handler for the toggleOptionsList triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
_handleSearchIcoClick
()
private
Event handler for the search icon click.
_handleTextSearch
-
searchedText
-
selectedItems
Handler for the textSearch triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
_handleTraverseListOrSelectItem
-
eventCode
Handler for the traverseListOrSelectItem triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
Parameters:
-
eventCode
NumberA number indicating the eventCode for the key pressed.
_removeSelectedItemTag
-
removedModel
Handler for the deselectItem triggered by the selectedTagsView. Triggers the event that is listened by the ddContainerLayoutView.
Parameters:
-
removedModel
ModelA model representing the item that should be deselected.
addNewItem
()
Adds a new item to the selected tags. Gets called by the parent view.
clearView
()
A method to clear the view.
disableView
()
This method is to disable dropdown programmatically.
enableView
()
This method is to enable dropdown programmatically.
focusInput
()
A method which focuses on the input text of the dropdown.
getEnteredText
()
String
A function that returns the text that has been entered in the input box of the dropdown while searching.
Returns:
Entered text
getSelectedItems
()
Array
Returns the selected items array.
Returns:
Items that are selected.
searchTerm
-
term
A method to search the item in the list. It'll be called from parent view.
Parameters:
-
term
ObjectA term represents text.
setSelectedItems
-
items
Sets the items specified as selected items in the dropdown view.
Parameters:
-
items
ArrayAn array of items that should be set as selected.
updateHeaderView
-
selectedItem
Invokes the selectedTagsView's method to update the view of the current selected items.
Parameters:
-
selectedItem
ModelA model representing the item that should be added to the selected items list.


@*
* Copyright 2021 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import config.AppConfig
@import models.auth.User
@import templates.inputs.MoneyInput
@import templates.formatters.dates.DisplayDate
@import templates.formatters.dates.DisplayDateRange
@import uk.gov.hmrc.play.views.html.helpers.FormWithCSRF
@import views.html.templates.ErrorSummary
@this(mainTemplate: MainTemplate,
formAction: FormWithCSRF,
errorSummary: ErrorSummary,
moneyInput: MoneyInput,
displayDateRange: DisplayDateRange,
displayDate: DisplayDate)
@(periodKey: String,
clientName: Option[String],
flatRateScheme: Boolean,
obligation: VatObligation,
form: Form[NineBoxModel],
isAgent: Boolean,
nIProtocolEnabled: Boolean)(implicit messages: Messages, appConfig: AppConfig, user: User[_])
@boxRow(divID: String, formID: String, boxTitle: String, boxDescription: String, boxAmount: String, autoCalculated: Boolean = false) = {


{% extends "admin/base_site.html" %} {% load i18n %} {% block bodyclass %}grp-doc{% endblock %} {% block content-class %}{% endblock %} {% block title %}Grappelli Documentation » Submit-Rows{% endblock %} {% block breadcrumbs %}
Submit-rows carry options for submitting a form.
The element carrying buttons for submitting a form is always a .grp-module with an additional class .grp-submit-row.
Theses classes might be applied to any type of block-level element. The following examples of submit-rows come with a footer.
If you use a footer (or any other kind of HTML5 dom-element like article, section and so on) make sure that you insert some hidden header to let it appear in the document outlines.
The submit-row always has to contain a plain ul with li carrying the submit options.
All li in a submit-row float right by default. If you want a li to float left just add .grp-float-left to it.
{% filter force_escape %}
{% endfilter %}
Each li of a submit-row may contain buttons, inputs or links representing the submit options.
The options in a submit-row are represented by the following elements: button /, a href="" / and input /.
You have to add .grp-button to each of these elements.
By default these elements visually appear in a reduced state.
Add .grp-default to elements you want to characterize as major ones.
{% filter force_escape %}
{% endfilter %}
Links used in submit-rows may be further specified with adding one of the following classes: .grp-delete-link, .grp-cancel-link or .grp-reset-link.
{% filter force_escape %}
{% endfilter %}
To fix the footer at the bottom of the browser window you have to add .grp-fixed-footer to the .grp-module.grp-submit-row
{% filter force_escape %}
{% endfilter %}


Overide of the initialize function to allow users to provide keystone address and port outside of a URI which then gets passed on to the super function. Handles taking a token differently so that it lines up with the data format that keystone using. This is required for get_token() function.
# File lib/ropenstack/keystone.rb, line 18 def initialize(address, port, token = nil) super(URI.parse("http://" + address + ":" + port.to_s + "/v2.0"), token) unless token.nil? @data = { "access" => { "token" => { "id" => token } } } end end
Add an endpoint list
# File lib/ropenstack/keystone.rb, line 151 def addEndpoint(region, service_id, publicurl, adminurl, internalurl) data = { 'endpoint' => { 'region' => region, 'service_id' => service_id, 'publicurl' => publicurl, 'adminurl' => adminurl, 'internalurl' => internalurl } } return post_request(address("/endpoints"), data, token()) end
Add a service to the keystone services directory
# File lib/ropenstack/keystone.rb, line 130 def addToServices(name, type, description) data = { 'OS-KSADM:service' => { 'name' => name, 'type' => type, 'description' => description } } return post_request(address("/OS-KSADM/services"), data, token()) end
Returns true if a user is admin.
# File lib/ropenstack/keystone.rb, line 94 def admin() @data["access"]["user"]["roles"].each do |role| if role["name"].eql?("admin") return true end end return false end
Authenticate via keystone, unless a token and tenant are defined then a unscoped token is returned with all associated data and stored in the @data variable. Does not return anything, but all data is accessible through accessor methods.
# File lib/ropenstack/keystone.rb, line 30 def authenticate(username, password, token = nil, tenant = nil) data = { "auth" => { "passwordCredentials" => { "username" => username, "password" => password } } } unless tenant.nil? data["auth"]["tenantName"] = tenant end @data = post_request(address("/tokens"), data, token) end
Get the endpoint list
# File lib/ropenstack/keystone.rb, line 167 def getEndpoints() return get_request(address("/endpoints"), token()) end
Get list of services
# File lib/ropenstack/keystone.rb, line 144 def getServices() return get_request(address("/OS-KSADM/services"), token()) end
Return the raw @data hash with all the data from authentication.
# File lib/ropenstack/keystone.rb, line 65 def raw() return @data end
Scope token provides two ways to call it:
scope_token(tenantName) => Just using the current token and a tenantName it scopes in the token. Token stays the same. scope_token(username, password, tenantName) => This uses the username and password to reauthenticate with a tenant. The token changes.
# File lib/ropenstack/keystone.rb, line 53 def scope_token(para1, para2 = nil, para3 = nil) if ( para2.nil? ) data = { "auth" => { "tenantName" => para1, "token" => { "id" => token() } } } @data = post_request(address("/tokens"), data, token()) else authenticate(para1, para2, token(), para3) end end
Get the service catalog returned by Keystone on authentication.
# File lib/ropenstack/keystone.rb, line 106 def services() return @data["access"]["serviceCatalog"] end
Get the tenant id from the @data
# File lib/ropenstack/keystone.rb, line 113 def tenant_id() return @data["access"]["token"]["tenant"]["id"] end
Separate Keystone Calls
# File lib/ropenstack/keystone.rb, line 123 def tenant_list() return get_request(address('/tenants'), token()) end
# File lib/ropenstack/keystone.rb, line 117 def tenant_name() return @data["access"]["token"]["tenant"]["name"] end
Gets the authentication token from the hash and returns it as a string.
# File lib/ropenstack/keystone.rb, line 72 def token() return @data["access"]["token"]["id"] end
This returns the token and all metadata associated with the token, including the tenant information.
# File lib/ropenstack/keystone.rb, line 80 def token_metadata() return @data["access"]["token"] end
Return the user hash from the authentication data
# File lib/ropenstack/keystone.rb, line 87 def user() return @data["access"]["user"] end


All commands in the Berkeley DB Tcl interface are in the following form:
command_handle operation options
The command handle is berkdb or one of the additional commands that may be created. The operation is what you want to do to that handle, and the options apply to the operation. Commands that get created on behalf of the application have their own sets of operations. Generally, any calls in DB that result in new object handles will translate into a new command handle in Tcl. Then, the user can access the operations of the handle via the new Tcl command handle.
Newly created commands are named with an abbreviated form of their objects, followed by a number. Some created commands are subcommands of other created commands and will be the first command, followed by a period (.), and then followed by the new subcommand. For example, suppose that you have a database already existing called my_data.db. The following example shows the commands created when you open the database and when you open a cursor:
# First open the database and get a database command handle % berkdb open my_data.db db0 #Get some data from that database % db0 get my_key {{my_key my_data0}{my_key my_data1}} #Open a cursor in this database, get a new cursor handle % db0 cursor db0.c0 #Get the first data from the cursor % db0.c0 get -first {{first_key first_data}}
All commands in the library support a special option -? that will list the correct operations for a command or the correct options.
A list of commands and operations can be found in the Tcl API documentation.


Realme 5 arrives in Europe for €169
by SagarThe Realme 5 announced back in August has arrived in Europe.
It's offered in Crystal Purple and Crystal Blue colors and comes in a single 4GB/128GB configuration that costs €169. However, it will be available for €10 less from November 27 to December 2.
The Realme 5 is powered by the Snapdragon 665 SoC and runs Android Pie-based ColorOS 6 out of the box.
The smartphone's built around a 6.5" HD+ display and packs a massive 5,000 mAh battery which got an impressive endurance rating of 144 hours in our tests.
For photography, the Realme 5 has a 13MP selfie snapper on the front and on the back is a quad camera setup which comprises of 12MP main, 8MP ultrawide, 2MP macro, and 2MP depth sensor modules.
You can read our in-depth review of the Realme 5 to learn more about it.


/tmp/tmp5hihJcfiles/000/dataset_3.dat
Firefox users: Press and hold the "apple" or "alt" key and click link to open in new tab.
BED Entries from: stdin
chr21:9928614-10012791
uc002yip.1 0
-
chr21:9928614-10012791
uc002yiq.1 0
-


Trial of man charged with killing 2 doctors gets underway
by EndPlayBOSTON - Jury selection in the trial of a man charged with killing two engaged doctors in their luxury Boston condominium is underway.
The murder trial of Bampumim Teixeira started Tuesday in Suffolk Superior Court.
Related Headlines
Prosecutors say Teixeira killed Dr. Richard Field and Dr. Lina Bolanos in their South Boston condo in May 2017.
Prosecutors say Teixeira had no known personal relationship with the victims but had once worked in the building.
He has pleaded not guilty.
Authorities have said they believe robbery was the motive. Police recovered a carving knife in the apartment as well as a bag containing Bolanos’ jewelry.
Teixeira’s attorney has not commented.
The 38-year-old Bolanos was a pediatric anesthesiologist at Massachusetts Eye and Ear.
The 49-year-old Field was an anesthesiologist at North Shore Pain Management.


#{extends 'jqueryui/layout.html'/}
This module provides working examples of jQuery UI widgets, integrated with a Play appliction.
This is not a Play module in the normal sense, providing additional server-side functionality that your application will directly depend on.
Instead, this module provides re-usable view template and JavaScript snippets that you can use, as well us sample controller actions for the server-side parts.
jQuery UI widgets
This module includes code samples for several widgets.
-
Accordion
- collapsible content sections that are loaded via Ajax when opened.
-
Autocomplete
- Ajax suggest-while-you-type for form controls.
-
Date picker
- date selector pop-up that uses the application date format and language.
-
Dialog
- dialogue box that can be used as a selector pop-up for form values.
-
Progressbar
- progress indicator that uses web sockets to report a job’s completion percentage.
-
Tabs
- content sections that are loaded via Ajax when selected.
In general, each widget requires several separate code snippets:
- A view template that contains static undecorated HTML.
- A JavaScript file that uses jQuery to apply the widget to the HTML.
- A controller action that handles Ajax requests from the widget, and either renders an template or directly generates a JSON response.
- A template for the Ajax response, in the case that the controller renders one.
Each of these sections of code is usually very small; you just have to know how to wire them together.


India top medal tally at Shooting World Cup Finals
Manu Bhaker and Divyansh Panwar had earlier won their individual 10m competitions air pistol and rifle, ensuring that India topped the medals tally with three gold medals.
by PTIIndia finished their engagements at the ISSF World Cup Finals on a high, with their shooters featuring in teams that won the President’s Trophies for both the 10m air pistol and air rifle mixed team competitions here on Friday.
In the mixed air pistol final, Manu Bhaker first paired with world number one Russian Artem Chernousov to get the better of the India’s Saurabh Chaudhary and Olympic champion Anna Korakaki 17-13.
It was then the turn of Divyansh Singh Panwar to team up with Croatian legend Snjezana Pejcic, to win the trophy in the 10m air rifle mixed team competition. Divyansh and Snjezana prevailed 16-14 over India’s Apurvi Chandela and D Zhang.
It got even better when Shahzar Rizvi also won bronze in the 10m air pistol mixed team competition.
Both Manu and Divyansh had earlier won their individual 10m competitions air pistol and rifle, ensuring that India topped the medals tally with three gold medals.


This section search in a subnet available IP addresses (in database, not in real network life), you could start the search at the beginning or at a defined address.
Mandatory fields are number of addresses (default 1) and subnet.
The starting IP is optional. By default, search start at the beginning of the specified subnet.
If entered, starting IP must be in the subnet specified.
Start the search by clicking on
If IP are available, result takes form in a table with :
All lines of the result set could :
You could manually clear the search by clicking on or search again


(For new projects, you should use the new networking system introduced in 5.1. This information is for legacy projects using the old networking system.)
You can enable State Synchronization for a given Network View by choosing either Reliable Delta Compressed or Unreliable from the State Synchronization drop-down. You must then choose what kind of data will be synchronized using the Observed property.
Unity can synchronize Transform, Animation, Rigidbody and MonoBehaviour components.
Transforms are serialized by storing position, rotation and scale. Parenting information is not transferred over the network.
Animation serializes each running animation state, that is the time, weight, speed and enabled properties.
Rigidbody serializes position, rotation, velocity and angular velocity.
Scripts (MonoBehaviours) call the function OnSerializeNetworkView().
Network Views currently support two reliability levels Reliable Delta Compressed and Unreliable.
Both have their advantages and disadvantages, and the specific details of the game will determine which is the best to use.
For additional information about minimizing bandwidth, please read the Minimizing Bandwidth page.
Reliable Delta Compressed mode will automatically compare the data that was last received by the client to the current state. If no data has changed since the last update then no data will be sent. However, the data will be compared on a per property basis. For example, if the Transform’s position has changed but its rotation has not then only the position will be sent across the network. Bandwidth is saved by transmitting only the changed data.
Unity will also ensure that every UDP packet arrives reliably by resending it until receipt is determined. This means that if a packet is dropped, any packets sent later will not be applied until the dropped packet is re-sent and received. Until then, all later packets will be kept waiting in a buffer.
In Unreliable mode, Unity will send packets without checking that they have been received. This means that it doesn’t know which information has been received and so it is not safe to send only the changed data - the whole state will be sent with each update.
The Network layer uses UDP, which is an unreliable, unordered protocol but it can used to send ordered packets reliably, just like TCP does. To do this, Unity internally uses ACKs and NACKs to control packet transmission, ensuring no packets are dropped. The downside to using reliable ordered packets is that if a packet is dropped or delayed, everything stops until that packet has arrived safely. This can cause transmission delays where there is significant network lag.
Unreliable transmission is useful when you know that data will change every frame anyway. For example, in a racing game, you can practically rely that the player’s car is always moving, so the effects of a missed packet will soon be fixed by the next one.
In general, you should use Unreliable sending where quick, frequent updates are more important than missed packets. Conversely, when data doesn’t change so frequently, you can use reliable delta compression to save bandwidth.
When the server has full authority over the world state, the clients only change the game state according to updates they receive from the server. One problem with this is that the delay introduced by waiting for the server to respond can affect gameplay. For example, when a player presses a key to move forward, they won’t actually move until the updated state is received from the server. This delay depends on the latency of the connection so the worse the connection the less snappy the control system becomes.
One possible solution to this is Client-side Prediction which means the client predicts the expected movement update from the server by using approximately the same internal model. So the player responds immediately to input but the server sees its position from the last update. When the state update finally arrives from the server, the client will compare what it predicted with what actually happened. This might differ because the server might know more about the environment around the player, the client just knows what it needs to know. Errors in prediction are corrected as they happen and if they are corrected continuously then the result will smoother and less noticeable.
It is possible to apply the basic principle of client-side prediction to the opponents of the player. Extrapolation is the process of storing the last few known values of position, velocity and direction for an opponent and use these to predict where it should be in the immediate future. When the next state update finally arrives with the correct position, the client state will be updated with the exact information, which may make the character jump suddenly if the prediction was bad. In FPS games the behavior of players can be very erratic so this kind of prediction has limited success. If the lag gets high enough the opponent will jump severely as the prediction errors accumulate.
Interpolation can be used when packets get dropped on the way to the client. This would normally cause the NPC’s movement to pause and then jump to the newest position when the new packet finally arrives. By delaying the world state by some set amount of time (like 100 ms) and then interpolating between the last known position and the new one, the movement between these two points, where packets were dropped, will be smooth.


This screen is accessed from the ‘Save Output’ button on the ‘Output From PhenologyMMS’ screen. This selection saves only the Output from the Current Run . Setup parameters and values are not included.
Select the Project folder you are running from to save the output with the project. From the ‘Look In:’ drop down text box, you can browse to the appropriate location. Once the location is found, choose the folder, e.g., the Results folder, in which to save the output.
The icons on the right side of the ‘Look In:’ drop down provide other options:
• From the left-most icon : you can navigate up one folder , save the output file to the desktop or create a new folder in which to save the output.
• The two right-most icons allow you to show the display of folders as a list or with details such as the ‘last modified date’.
When the location is selected, give the file a name. There is only one file type available which is text with a .dat extension.
Press the ‘Save’ button to complete saving the output or press the ‘Cancel’ button to abort the operation. This screen will close when either button is pressed.
Links to: Save Current Scenario


{% extends "base.html" %} {% block content %} Contact Me @vishnu_s_reddy on Twitter @vishnu.s.reddy on Instagram You can also drop a mail at<EMAIL_ADDRESS>or<EMAIL_ADDRESS>{%endblock%}


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| Class Summary | |
|---|---|
| Activity | This is a container class for scaling activity |
| AddressInfo | This is a container class for an address information |
| AttachmentInfo | An instance of this class represents an EC2 volume attachment. |
| AutoScaling | A Java wrapper for the AutoScaling web services API |
| AutoScalingGroup | This is a container class for a auto scaling group |
| AvailabilityZone | This is a container class for an Availability Zone |
| BlockDeviceMapping | This is a container class for Block Device Mapping |
| BundleInstanceInfo | An instance of this class represents an EC2 bundle instance task. |
| ConsoleOutput | An instance of this class represents an instance's console output. |
| DescribeImageAttributeResult | The results of a call to describe image attributes. |
| EC2Utils | This class provides helper methods to interact with the Amazon EC2 service. |
| GroupDescription | An instance of this class represents an EC2 security group. |
| HealthCheck | This is a container class for endpoint state |
| ImageAttribute | The base class for all AMI attributes. |
| ImageDescription | An instance of this class represents an AMI description. |
| ImageListAttribute | The base class for all AMI list attributes. |
| ImageListAttributeItem | An type-value item for a list attribute. |
| InstanceState | This is a container class for instance state |
| Jec2 | A Java wrapper for the EC2 web services API |
| KeyPairInfo | An instance of this class represents an EC2 keypair. |
| LaunchConfiguration | A launch configuration encapsulates the parameters used for launching an AMI |
| LaunchPermissionAttribute | Attribute class for the launchPermission attribute type. |
| Listener | This is a container class for an load balancer listener |
| LoadBalancer | This is a container class for a load balancer |
| LoadBalancing | A Java wrapper for the EC2 web services API |
| MonitoredInstanceInfo | An instance of this class represents instance monitoring info |
| ProductCodesAttribute | Attribute class for the productCodes attribute type. |
| ProductDescription | |
| ProductInstanceInfo | An instance of this class represents an Product Instance relationship |
| RegionInfo | This is a container class for a Region |
| ReservationDescription | An instance of this class represents an EC2 instance slot reservation. |
| ReservedInstances | |
| ScalingTrigger | This is a container class for scaling triggers |
| SnapshotInfo | An instance of this class represents an EC2 Snapshot. |
| TerminatingInstanceDescription | An instance of this class represents an EC2 instance after a request has been issued to terminate that instance. |
| UploadPolicy | This class describes the upload policy used when bundling images. |
| VolumeInfo | An instance of this class represents an EC2 Volume. |
| Enum Summary | |
|---|---|
| ImageAttribute.ImageAttributeType | Enumerates image attribute types. |
| ImageListAttribute.ImageListAttributeItemType | Enumerates image list attribute item types. |
| ImageType | This enumeration represents different image types that can be launched. |
| InstanceType | This enumeration represents different instance types that can be launched. |
| Jec2.ImageListAttributeOperationType | Enumerates image list attribute operation types. |
| Exception Summary | |
|---|---|
| AutoScalingException | A wrapper exception to simplify catching errors related to auto scaling activity. |
| EC2Exception | A wrapper exception to simplify catching errors related to ec2 activity. |
| LoadBalancingException | A wrapper exception to simplify catching errors related to load balancing activity. |
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Rmax and Rpeak values are in TFlops. For more details about other fields, check the TOP500 description.
Rpeak values are calculated using the advertised clock rate of the CPU. For the efficiency of the systems you should take into account the Turbo CPU clock rate where it applies.


Not supported
Sorry, to keep it simple and prevent exceptions, this demonstration uses the vendor-specific window.webkitNotifications
, which of all the Webkit-browsers is currently only supported by Google Chrome.
For information on the use of window.mozNotifications
, check Mozilla's wiki. It's very similar to Webkit's implementation, but lacks HTML notifications.
Blocked
Sorry, you've blocked notifications for this page. Copy the url below to your address bar, remove the block and try again :).
Request permission
Notifications are different from regular pop-ups in that they require the user's permission to be shown.
Notice that the request permission dialog only shows after user interaction (e.g. clicking a button). If you're adding this to a Chrome Extension, just add the 'notifications' permission and you're all set.


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