Dobson the pamphleteer, that is, rather than Dobson the playwright (see 22nd December and 1st January). Plans have been announced for a new series of “self-help” titles, which Dobson has apparently been working on with some gusto. They include: Teach Yourself Petulance; Mucking About For Fun & Profit; Idiot's Guide To Moral Turpitude; Fecklessness Made Simple; Learn To Doze In Just 24 Hours!; How To Be In A Bad Mood; Lassitude The Easy Way; Making A Fool of Yourself for Dummies; Idiot's Guide To Social Gaffes; Bluff Your Way to Pomposity; Five Simple Steps To Lying Around Aimlessly; Tomfoolery Made Simple; Teach Yourself Frowning; Make Your Own Faux Pas; and The Seven Habits of Craven & Wretched People.


Press n or j to go to the next uncovered block, b, p or k for the previous block.
| 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 | export * from "./blueprint/ExtensionPack"; export * from "./blueprint/FunctionalUnit"; export * from "./blueprint/MachineConfiguration"; export * from "./blueprint/SoftwareDeliveryMachine"; export * from "./blueprint/SoftwareDeliveryMachineOptions"; export * from "./blueprint/machineFactory"; export * from "./blueprint/wellKnownGoals"; export * from "./blueprint/dsl/goalDsl"; export * from "./common/artifact/github/GitHubReleaseArtifactStore"; export * from "./common/artifact/local/EphemeralLocalArtifactStore"; export * from "./common/command/AbstractRemoteRepoRef"; export * from "./common/command/BitBucketServerRepoRef"; export * from "./common/command/BitBucketTargetsParams"; export * from "./common/command/EmptyParameters"; export * from "./common/command/editor/EditModeSuggestion"; export * from "./common/command/editor/allReposInTeam"; export * from "./common/command/editor/editorCommand"; export * from "./common/command/editor/editorWrappers"; export * from "./common/command/editor/dry-run/NewBranchWithStatus"; export * from "./common/command/editor/dry-run/dryRunEditor"; export * from "./common/command/generator/BitBucketRepoCreationParameters"; export * from "./common/command/generator/GeneratorConfig"; export * from "./common/command/generator/SeedDrivenGeneratorParametersSupport"; export * from "./common/command/generator/createRepo"; export * from "./common/command/generator/generatorHandler"; export * from "./common/command/generator/listGenerators"; export * from "./common/command/support/commandSearch"; export * from "./common/command/support/commonPatterns"; export * from "./common/command/support/java/javaPatterns"; export * from "./common/delivery/build/BuildInfo"; export * from "./common/delivery/build/executeBuild"; export * from "./common/delivery/build/executeTag"; export * from "./common/delivery/build/k8s/K8AutomationBuilder"; export * from "./common/delivery/build/local/LocalBuilder"; export * from "./common/delivery/build/local/SpawnBuilder"; export * from "./common/delivery/build/local/projectIdentifier"; export * from "./common/delivery/build/local/projectVersioner"; export * from "./common/delivery/build/local/lein/leinBuilder"; export * from "./common/delivery/build/local/maven/MavenBuilder"; export * from "./common/delivery/build/local/maven/VersionedArtifact"; export * from "./common/delivery/build/local/maven/artifact"; export * from "./common/delivery/build/local/maven/mavenLogInterpreter"; export * from "./common/delivery/build/local/maven/pomParser"; export * from "./common/delivery/build/local/npm/NpmDetectBuildMapping"; export * from "./common/delivery/build/local/npm/executePublish"; export * from "./common/delivery/build/local/npm/nodeProjectIdentifier"; export * from "./common/delivery/build/local/npm/nodeProjectVersioner"; export * from "./common/delivery/build/local/npm/npmBuilder"; export * from "./common/delivery/build/local/npm/npmLogInterpreter"; export * from "./common/delivery/code/PushReactionRegistration"; export * from "./common/delivery/code/createPushImpactListenerInvocation"; export * from "./common/delivery/code/executePushReactions"; export * from "./common/delivery/code/autofix/AutofixRegistration"; export * from "./common/delivery/code/autofix/executeAutofixes"; export * from "./common/delivery/code/autofix/spawnedCommandAutofix"; export * from "./common/delivery/code/autofix/node/tslint"; export * from "./common/delivery/code/fingerprint/FingerprinterRegistration"; export * from "./common/delivery/code/fingerprint/computeFingerprints"; export * from "./common/delivery/code/fingerprint/executeFingerprinting"; export * from "./common/delivery/code/fingerprint/maven/MavenFingerprinter"; export * from "./common/delivery/code/fingerprint/maven/dependenciesFingerprintsFromParsedPom"; export * from "./common/delivery/code/fingerprint/maven/effectivePomExtractor"; export * from "./common/delivery/code/fingerprint/node/PackageLockFingerprinter"; export * from "./common/delivery/code/fingerprint/support/AbstractFingerprint"; export * from "./common/delivery/code/fingerprint/support/TypedFingerprint"; export * from "./common/delivery/code/review/ReviewerError"; export * from "./common/delivery/code/review/ReviewerRegistration"; export * from "./common/delivery/code/review/executeReview"; export * from "./common/delivery/code/review/checkstyle/CheckstyleReport"; export * from "./common/delivery/code/review/checkstyle/checkStyleReportToReview"; export * from "./common/delivery/code/review/checkstyle/checkstyleReportExtractor"; export * from "./common/delivery/code/review/checkstyle/checkstyleReviewer"; export * from "./common/delivery/code/review/support/patternMatchReviewer"; export * from "./common/delivery/code/review/support/slackReviewListener"; export * from "./common/delivery/deploy/deploy"; export * from "./common/delivery/deploy/executeDeploy"; export * from "./common/delivery/deploy/executeUndeploy"; export * from "./common/delivery/deploy/local/LocalDeployerOptions"; export * from "./common/delivery/deploy/local/ManagedDeployments"; export * from "./common/delivery/deploy/local/jar/executableJarDeployer"; export * from "./common/delivery/deploy/local/maven/mavenSourceDeployer"; export * from "./common/delivery/deploy/pcf/CloudFoundryApi"; export * from "./common/delivery/deploy/pcf/CloudFoundryBlueGreenDeployer"; export * from "./common/delivery/deploy/pcf/CloudFoundryBlueGreener"; export * from "./common/delivery/deploy/pcf/CloudFoundryManifest"; export * from "./common/delivery/deploy/pcf/CloudFoundryPushDeployer"; export * from "./common/delivery/deploy/pcf/CloudFoundryPusher"; export * from "./common/delivery/deploy/pcf/CloudFoundryTarget"; export * from "./common/delivery/deploy/pcf/CommandLineCloudFoundryDeployer"; export * from "./common/delivery/deploy/pcf/EnvironmentCloudFoundryTarget"; export * from "./common/delivery/deploy/pcf/ProjectArchiver"; export * from "./common/delivery/deploy/pcf/cloudFoundryLogParser"; export * from "./common/delivery/docker/executeDockerBuild"; export * from "./common/delivery/goals/ExecuteGoalResult"; export * from "./common/delivery/goals/Goal"; export * from "./common/delivery/goals/Goals"; export * from "./common/delivery/goals/common/GenericGoal"; export * from "./common/delivery/goals/common/MessageGoal"; export * from "./common/delivery/goals/common/commonGoals"; export * from "./common/delivery/goals/common/httpServiceGoals"; export * from "./common/delivery/goals/common/libraryGoals"; export * from "./common/delivery/goals/common/npmGoals"; export * from "./common/delivery/goals/graph/graphGoalsToSlack"; export * from "./common/delivery/goals/support/SdmGoalImplementationMapper"; export * from "./common/delivery/goals/support/fetchGoalsOnCommit"; export * from "./common/delivery/goals/support/githubStatusSummarySupport"; export * from "./common/delivery/goals/support/goalPreconditions"; export * from "./common/delivery/goals/support/logInterpreters"; export * from "./common/delivery/goals/support/reportGoalError"; export * from "./common/delivery/goals/support/storeGoals"; export * from "./common/delivery/goals/support/github/gitHubContext"; export * from "./common/delivery/goals/support/github/gitHubStatusSetters"; export * from "./common/listener/ArtifactListener"; export * from "./common/listener/BuildListener"; export * from "./common/listener/ChannelLinkListenerInvocation"; export * from "./common/listener/ClosedIssueListener"; export * from "./common/listener/DeploymentListener"; export * from "./common/listener/FingerprintDifferenceListener"; export * from "./common/listener/FingerprintListener"; export * from "./common/listener/GoalSetter"; export * from "./common/listener/GoalsSetListener"; export * from "./common/listener/IssueListenerInvocation"; export * from "./common/listener/Listener"; export * from "./common/listener/Mapping"; export * from "./common/listener/NewIssueListener"; export * from "./common/listener/PredicateMapping"; export * from "./common/listener/ProjectListener"; export * from "./common/listener/PullRequestListener"; export * from "./common/listener/PushImpactListener"; export * from "./common/listener/PushListener"; export * from "./common/listener/PushMapping"; export * from "./common/listener/PushRegistration"; export * from "./common/listener/PushTest"; export * from "./common/listener/RepoCreationListener"; export * from "./common/listener/ReviewListener"; export * from "./common/listener/TagListener"; export * from "./common/listener/UpdatedIssueListener"; export * from "./common/listener/UserJoiningChannelListener"; export * from "./common/listener/VerifiedDeploymentListener"; export * from "./common/listener/support/PredicateMappingTerm"; export * from "./common/listener/support/PushRule"; export * from "./common/listener/support/PushRules"; export * from "./common/listener/support/StaticPushMapping"; export * from "./common/listener/support/predicateUtils"; export * from "./common/listener/support/tagRepo"; export * from "./common/listener/support/pushtest/NamedSeedRepo"; export * from "./common/listener/support/pushtest/commonPushTests"; export * from "./common/listener/support/pushtest/deployPushTests"; export * from "./common/listener/support/pushtest/projectPredicateUtils"; export * from "./common/listener/support/pushtest/pushTestUtils"; export * from "./common/listener/support/pushtest/ci/ciPushTests"; export * from "./common/listener/support/pushtest/docker/dockerPushTests"; export * from "./common/listener/support/pushtest/jvm/jvmPushTests"; export * from "./common/listener/support/pushtest/node/nodePushTests"; export * from "./common/listener/support/pushtest/node/tsPushTests"; export * from "./common/listener/support/pushtest/pcf/cloudFoundryManifestPushTest"; export * from "./common/log/DashboardDisplayProgressLog"; export * from "./common/log/DelimitedWriteProgressLogDecorator"; export * from "./common/log/EphemeralProgressLog"; export * from "./common/log/LoggingProgressLog"; export * from "./common/log/RolarProgressLog"; export * from "./common/log/StringCapturingProgressLog"; export * from "./common/log/WriteToAllProgressLog"; export * from "./common/log/firstAvailableProgressLog"; export * from "./common/log/slackProgressLog"; export * from "./common/repo/CachingProjectLoader"; export * from "./common/repo/ProjectLoader"; export * from "./common/repo/cloningProjectLoader"; export * from "./handlers/events/dry-run/OnDryRunBuildComplete"; export * from "./spi/artifact/ArtifactStore"; export * from "./spi/build/Builder"; export * from "./spi/deploy/Deployer"; export * from "./spi/deploy/Deployment"; export * from "./spi/log/InterpretedLog"; export * from "./spi/log/ProgressLog"; export * from "./spi/log/logFactory"; export * from "./typings/types"; export * from "./util/test/SingleProjectLoader"; |


corda / net.corda.contracts / CP_PROGRAM_ID
CP_PROGRAM_ID
val CP_PROGRAM_ID: CommercialPaper
This is an ultra-trivial implementation of commercial paper, which is essentially a simpler version of a corporate
bond. It can be seen as a company-specific currency. A company issues CP with a particular face value, say $100,
but sells it for less, say $90. The paper can be redeemed for cash at a given date in the future. Thus this example
would have a 10% interest rate with a single repayment. Commercial paper is often rolled over (the maturity date
is adjusted as if the paper was redeemed and immediately repurchased, but without having to front the cash).
This contract is not intended to realistically model CP. It is here only to act as a next step up above cash in
the prototyping phase. It is thus very incomplete.
Open issues:
- In this model, you cannot merge or split CP. Can you do this normally? We could model CP as a specialised form
of cash, or reuse some of the cash code? Waiting on response from Ayoub and Rajar about whether CP can always
be split/merged or only in secondary markets. Even if current systems can't do this, would it be a desirable
feature to have anyway?
- The funding steps of CP is totally ignored in this model.
- No attention is paid to the existing roles of custodians, funding banks, etc.
- There are regional variations on the CP concept, for instance, American CP requires a special "CUSIP number"
which may need to be tracked. That, in turn, requires validation logic (there is a bean validator that knows how
to do this in the Apache BVal project).


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virtualenv is a tool for creating and activating isolated Python environments that allow installing and experimenting with Python packages without disrupting your production Python environment. When using commands such as python setup.py develop, for example, it is strongly recommended to do so within a virtualenv. This is generally preferable to installing a development version of Astropy into your system site-packages and having to keep track of whether or not your environment is in a “known good” configuration for production/science use.
Using a virtualenv is also a good way to try out new versions of software that you’re not actively doing development work on without disrupting your normal production environment.
We won’t provide a full tutorial on using virtualenv here — the virtualenv documentation linked to above is a better place to start. But here is a quick overview on how to set up a virtualenv for Astropy development with your default Python version:
Install virtualenv:
$ pip install virtualenv
or:
$ easy_install virtualenv
or (on Debian/Ubuntu):
$ sudo apt-get install python-virtualenv
etc.
(Recommended) Create a root directory for all your virtualenvs under a path you have write access to. For example:
$ mkdir ~/.virtualenvs
Create the Astropy virtualenv:
$ virtualenv --distribute --system-site-packages ~/.virtualenvs/astropy-dev
The --system-site-packages option inherits all packages already installed in your system site-packages directory; this frees you from having to reinstall packages like Numpy and Scipy in the virtualenv. However, if you would like your virtualenv to use a development version of Numpy, for example, you can still install Numpy into the virtualenv and it will take precedence over the version installed in site-packages.
Activate the virtualenv:
$ source ~/.virtualenvs/astropy-dev/bin/activate
or if you’re using a csh-variant:
$ source ~/.virtualenvs/astropy-dev/bin/activate.csh
virtualenv works on Windows too — see the documentation for details.
If the virtualenv successfully activated its name should appear in your shell prompt:
(astropy-dev) $
The virtualenv can be disabled at any time by entering:
(astropy-dev) $ deactivate
Now as long as the virtualenv is activated, packages you install with pip, easy_install, or by manually running python setup.py install will automatically install into your virtualenv instead of the system site-packages. Consider installing Astropy in develop mode into the virtualenv as described “Activate” the development version of astropy.
Note
As of IPython 0.13 this functionality is built into IPython and these steps are not necessary for IPython to recognize that it’s running with a virtualenv enabled.
Each virtualenv has its own bin/, and as IPython is written in pure Python one can always install IPython directly into a virtualenv. However, if you would rather not have to install IPython every time you create a virtualenv, it also suffices to make IPython virtualenv-aware.
Check to see if you already have an IPython profile in ~/.ipython/profile_default/; if not, create one:
$ ipython profile create
Edit ~/.ipython/profile_default/ipython_config.py and add the following to the end:
import os
execfile(os.path.join(os.environ['HOME'], '.ipython', 'virtualenv.py'))
Finally, create the ~/.ipython/virtualenv.py module:
import site
from os import environ
from os.path import join
from sys import version_info
if 'VIRTUAL_ENV' in environ:
virtual_env = join(environ.get('VIRTUAL_ENV'),
'lib',
'python%d.%d' % version_info[:2],
'site-packages')
site.addsitedir(virtual_env)
print 'VIRTUAL_ENV ->', virtual_env
del virtual_env
del site, environ, join, version_info
Now IPython will import all packages from your virtualenv where applicable.
Note
This is not magic. If you switch to a virtualenv that uses a different Python version from your main IPython installation this won’t help you — instead use the appropriate IPython installation for the Python version in question.
virtualenvwrapper is a set of enhancements to virtualenv mostly implemented through simple shell scripts and aliases. It automatically organizes all your virtualenvs under a single directory (as suggested above). To create a new virtualenv you can just use the 'mkvirtualenv <env_name>' command and it will automatically create a new virtualenv of that name in the default location.
To activate a virtualenv with virtualenvwrapper you don’t need to think about the environment’s location of the filesystem or which activate script to run. Simply run 'workon <env_name>'. You can also list all virtualenvs with lsvirtualenv. That just scratches the surface of the goodies included with virtualenvwrapper.
The one caveat is that it does not support csh-like shells. For csh-like shells there exists virtualenvwrapper-csh, which implements most of the virtualenvwrapper functionality and is otherwise compatible with the original. There also exists virtualenvwrapper-win, which ports virtualenvwrapper to Windows batch scripts.
virtualenv is so commonly used in the Python development community that its functionality was finally added to the standard library in Python 3.3 under the name venv. venv has not gained wide use yet and is not explicitly supported by tools like virtualenvwrapper, but it is expected to see wider adoption in the future.


public class CoreMatchers
extends java.lang.Object
| Constructor and Description |
|---|
CoreMatchers() |
| Modifier and Type | Method and Description |
|---|---|
static <T> Matcher<T> |
allOf(java.lang.Iterable<Matcher<? super T>> matchers)
Creates a matcher that matches if the examined object matches ALL of the specified matchers.
|
static <T> Matcher<T> |
allOf(Matcher<? super T>... matchers)
Creates a matcher that matches if the examined object matches ALL of the specified matchers.
|
static <T> Matcher<T> |
any(java.lang.Class<T> type)
Creates a matcher that matches when the examined object is an instance of the specified
type ,
as determined by calling the Class.isInstance(Object) method on that type, passing the
the examined object. |
static <T> AnyOf<T> |
anyOf(java.lang.Iterable<Matcher<? super T>> matchers)
Creates a matcher that matches if the examined object matches ANY of the specified matchers.
|
static <T> AnyOf<T> |
anyOf(Matcher<? super T>... matchers)
Creates a matcher that matches if the examined object matches ANY of the specified matchers.
|
static Matcher<java.lang.Object> |
anything()
Creates a matcher that always matches, regardless of the examined object.
|
static Matcher<java.lang.Object> |
anything(java.lang.String description)
Creates a matcher that always matches, regardless of the examined object, but describes
itself with the specified
String . |
static <LHS> CombinableMatcher.CombinableBothMatcher<LHS> |
both(Matcher<? super LHS> matcher)
Creates a matcher that matches when both of the specified matchers match the examined object.
|
static Matcher<java.lang.String> |
containsString(java.lang.String substring)
Creates a matcher that matches if the examined
String contains the specified
String anywhere. |
static Matcher<java.lang.String> |
containsStringIgnoringCase(java.lang.String substring)
Creates a matcher that matches if the examined
String contains the specified
String anywhere, ignoring case. |
static <T> Matcher<T> |
describedAs(java.lang.String description,
Matcher<T> matcher,
java.lang.Object... values)
Wraps an existing matcher, overriding its description with that specified.
|
static <LHS> CombinableMatcher.CombinableEitherMatcher<LHS> |
either(Matcher<? super LHS> matcher)
Creates a matcher that matches when either of the specified matchers match the examined object.
|
static Matcher<java.lang.String> |
endsWith(java.lang.String suffix)
Creates a matcher that matches if the examined
String ends with the specified
String . |
static Matcher<java.lang.String> |
endsWithIgnoringCase(java.lang.String suffix)
Creates a matcher that matches if the examined
String ends with the specified
String , ignoring case. |
static <T> Matcher<T> |
equalTo(T operand)
Creates a matcher that matches when the examined object is logically equal to the specified
operand , as determined by calling the Object.equals(java.lang.Object) method on
the examined object. |
static Matcher<java.lang.Object> |
equalToObject(java.lang.Object operand)
Creates an
IsEqual matcher that does not enforce the values being
compared to be of the same static type. |
static <U> Matcher<java.lang.Iterable<? extends U>> |
everyItem(Matcher<U> itemMatcher)
Creates a matcher for
Iterable s that only matches when a single pass over the
examined Iterable yields items that are all matched by the specified
itemMatcher . |
static <T> Matcher<java.lang.Iterable<? super T>> |
hasItem(Matcher<? super T> itemMatcher)
Creates a matcher for
Iterable s that only matches when a single pass over the
examined Iterable yields at least one item that is matched by the specified
itemMatcher . |
static <T> Matcher<java.lang.Iterable<? super T>> |
hasItem(T item)
Creates a matcher for
Iterable s that only matches when a single pass over the
examined Iterable yields at least one item that is equal to the specified
item . |
static <T> Matcher<java.lang.Iterable<T>> |
hasItems(Matcher<? super T>... itemMatchers)
Creates a matcher for
Iterable s that matches when consecutive passes over the
examined Iterable yield at least one item that is matched by the corresponding
matcher from the specified itemMatchers . |
static <T> Matcher<java.lang.Iterable<T>> |
hasItems(T... items)
Creates a matcher for
Iterable s that matches when consecutive passes over the
examined Iterable yield at least one item that is equal to the corresponding
item from the specified items . |
static <T> Matcher<T> |
instanceOf(java.lang.Class<?> type)
Creates a matcher that matches when the examined object is an instance of the specified
type ,
as determined by calling the Class.isInstance(Object) method on that type, passing the
the examined object. |
static <T> Matcher<T> |
is(Matcher<T> matcher)
Decorates another Matcher, retaining its behaviour, but allowing tests
to be slightly more expressive.
|
static <T> Matcher<T> |
is(T value)
A shortcut to the frequently used
is(equalTo(x)) . |
static <T> Matcher<T> |
isA(java.lang.Class<T> type)
A shortcut to the frequently used
is(instanceOf(SomeClass.class)) . |
static <T> Matcher<T> |
not(Matcher<T> matcher)
Creates a matcher that wraps an existing matcher, but inverts the logic by which
it will match.
|
static <T> Matcher<T> |
not(T value)
A shortcut to the frequently used
not(equalTo(x)) . |
static Matcher<java.lang.Object> |
notNullValue()
A shortcut to the frequently used
not(nullValue()) . |
static <T> Matcher<T> |
notNullValue(java.lang.Class<T> type)
A shortcut to the frequently used
not(nullValue(X.class)). |
static Matcher<java.lang.Object> |
nullValue()
Creates a matcher that matches if examined object is
null . |
static <T> Matcher<T> |
nullValue(java.lang.Class<T> type)
Creates a matcher that matches if examined object is
null . |
static <T> Matcher<T> |
sameInstance(T target)
Creates a matcher that matches only when the examined object is the same instance as
the specified target object.
|
static Matcher<java.lang.String> |
startsWith(java.lang.String prefix)
Creates a matcher that matches if the examined
String starts with the specified
String . |
static Matcher<java.lang.String> |
startsWithIgnoringCase(java.lang.String prefix)
Creates a matcher that matches if the examined
String starts with the specified
String , ignoring case |
static <T> Matcher<T> |
theInstance(T target)
Creates a matcher that matches only when the examined object is the same instance as
the specified target object.
|
public static <T> Matcher<T> allOf(java.lang.Iterable<Matcher<? super T>> matchers)
assertThat("myValue", allOf(startsWith("my"), containsString("Val")))
@SafeVarargs public static <T> Matcher<T> allOf(Matcher<? super T>... matchers)
assertThat("myValue", allOf(startsWith("my"), containsString("Val")))
public static <T> AnyOf<T> anyOf(java.lang.Iterable<Matcher<? super T>> matchers)
assertThat("myValue", anyOf(startsWith("foo"), containsString("Val")))
@SafeVarargs public static <T> AnyOf<T> anyOf(Matcher<? super T>... matchers)
assertThat("myValue", anyOf(startsWith("foo"), containsString("Val")))
public static <LHS> CombinableMatcher.CombinableBothMatcher<LHS> both(Matcher<? super LHS> matcher)
assertThat("fab", both(containsString("a")).and(containsString("b")))
public static <LHS> CombinableMatcher.CombinableEitherMatcher<LHS> either(Matcher<? super LHS> matcher)
assertThat("fan", either(containsString("a")).or(containsString("b")))
public static <T> Matcher<T> describedAs(java.lang.String description, Matcher<T> matcher, java.lang.Object... values)
describedAs("a big decimal equal to %0", equalTo(myBigDecimal), myBigDecimal.toPlainString())
description
- the new description for the wrapped matchermatcher
- the matcher to wrapvalues
- optional values to insert into the tokenised descriptionpublic static <U> Matcher<java.lang.Iterable<? extends U>> everyItem(Matcher<U> itemMatcher)
Iterable
s that only matches when a single pass over the
examined Iterable
yields items that are all matched by the specified
itemMatcher
.
For example:
assertThat(Arrays.asList("bar", "baz"), everyItem(startsWith("ba")))
itemMatcher
- the matcher to apply to every item provided by the examined Iterable
public static <T> Matcher<T> is(Matcher<T> matcher)
assertThat(cheese, is(equalTo(smelly)))instead of:
assertThat(cheese, equalTo(smelly))
public static <T> Matcher<T> is(T value)
is(equalTo(x))
.
For example:
assertThat(cheese, is(smelly))instead of:
assertThat(cheese, is(equalTo(smelly)))
public static <T> Matcher<T> isA(java.lang.Class<T> type)
is(instanceOf(SomeClass.class))
.
For example:
assertThat(cheese, isA(Cheddar.class))instead of:
assertThat(cheese, is(instanceOf(Cheddar.class)))
public static Matcher<java.lang.Object> anything()
public static Matcher<java.lang.Object> anything(java.lang.String description)
String
.description
- a meaningful String
used when describing itselfpublic static <T> Matcher<java.lang.Iterable<? super T>> hasItem(Matcher<? super T> itemMatcher)
Iterable
s that only matches when a single pass over the
examined Iterable
yields at least one item that is matched by the specified
itemMatcher
. Whilst matching, the traversal of the examined Iterable
will stop as soon as a matching item is found.
For example:
assertThat(Arrays.asList("foo", "bar"), hasItem(startsWith("ba")))
itemMatcher
- the matcher to apply to items provided by the examined Iterable
public static <T> Matcher<java.lang.Iterable<? super T>> hasItem(T item)
Iterable
s that only matches when a single pass over the
examined Iterable
yields at least one item that is equal to the specified
item
. Whilst matching, the traversal of the examined Iterable
will stop as soon as a matching item is found.
For example:
assertThat(Arrays.asList("foo", "bar"), hasItem("bar"))
item
- the item to compare against the items provided by the examined Iterable
@SafeVarargs public static <T> Matcher<java.lang.Iterable<T>> hasItems(Matcher<? super T>... itemMatchers)
Iterable
s that matches when consecutive passes over the
examined Iterable
yield at least one item that is matched by the corresponding
matcher from the specified itemMatchers
. Whilst matching, each traversal of
the examined Iterable
will stop as soon as a matching item is found.
For example:
assertThat(Arrays.asList("foo", "bar", "baz"), hasItems(endsWith("z"), endsWith("o")))
itemMatchers
- the matchers to apply to items provided by the examined Iterable
@SafeVarargs public static <T> Matcher<java.lang.Iterable<T>> hasItems(T... items)
Iterable
s that matches when consecutive passes over the
examined Iterable
yield at least one item that is equal to the corresponding
item from the specified items
. Whilst matching, each traversal of the
examined Iterable
will stop as soon as a matching item is found.
For example:
assertThat(Arrays.asList("foo", "bar", "baz"), hasItems("baz", "foo"))
items
- the items to compare against the items provided by the examined Iterable
public static <T> Matcher<T> equalTo(T operand)
operand
, as determined by calling the Object.equals(java.lang.Object)
method on
the examined object.
If the specified operand is null
then the created matcher will only match if
the examined object's equals
method returns true
when passed a
null
(which would be a violation of the equals
contract), unless the
examined object itself is null
, in which case the matcher will return a positive
match.
The created matcher provides a special behaviour when examining Array
s, whereby
it will match if both the operand and the examined object are arrays of the same length and
contain items that are equal to each other (according to the above rules) in the same
indexes.
assertThat("foo", equalTo("foo")); assertThat(new String[] {"foo", "bar"}, equalTo(new String[] {"foo", "bar"}));
public static Matcher<java.lang.Object> equalToObject(java.lang.Object operand)
IsEqual
matcher that does not enforce the values being
compared to be of the same static type.public static <T> Matcher<T> any(java.lang.Class<T> type)
type
,
as determined by calling the Class.isInstance(Object)
method on that type, passing the
the examined object.
The created matcher forces a relationship between specified type and the examined object, and should be
used when it is necessary to make generics conform, for example in the JMock clause
with(any(Thing.class))
assertThat(new Canoe(), instanceOf(Canoe.class));
public static <T> Matcher<T> instanceOf(java.lang.Class<?> type)
type
,
as determined by calling the Class.isInstance(Object)
method on that type, passing the
the examined object.
The created matcher assumes no relationship between specified type and the examined object.
For example:assertThat(new Canoe(), instanceOf(Paddlable.class));
public static <T> Matcher<T> not(Matcher<T> matcher)
assertThat(cheese, is(not(equalTo(smelly))))
matcher
- the matcher whose sense should be invertedpublic static <T> Matcher<T> not(T value)
not(equalTo(x))
.
For example:
assertThat(cheese, is(not(smelly)))instead of:
assertThat(cheese, is(not(equalTo(smelly))))
value
- the value that any examined object should not equalpublic static Matcher<java.lang.Object> notNullValue()
not(nullValue())
.
For example:
assertThat(cheese, is(notNullValue()))instead of:
assertThat(cheese, is(not(nullValue())))
public static <T> Matcher<T> notNullValue(java.lang.Class<T> type)
not(nullValue(X.class)). Accepts a
single dummy argument to facilitate type inference.
.
For example:
assertThat(cheese, is(notNullValue(X.class)))instead of:
assertThat(cheese, is(not(nullValue(X.class))))
type
- dummy parameter used to infer the generic type of the returned matcherpublic static Matcher<java.lang.Object> nullValue()
null
.
For example:
assertThat(cheese, is(nullValue())
public static <T> Matcher<T> nullValue(java.lang.Class<T> type)
null
. Accepts a
single dummy argument to facilitate type inference.
For example:
assertThat(cheese, is(nullValue(Cheese.class))
type
- dummy parameter used to infer the generic type of the returned matcherpublic static <T> Matcher<T> sameInstance(T target)
target
- the target instance against which others should be assessedpublic static <T> Matcher<T> theInstance(T target)
target
- the target instance against which others should be assessedpublic static Matcher<java.lang.String> containsString(java.lang.String substring)
String
contains the specified
String
anywhere.
For example:
assertThat("myStringOfNote", containsString("ring"))
substring
- the substring that the returned matcher will expect to find within any examined stringpublic static Matcher<java.lang.String> containsStringIgnoringCase(java.lang.String substring)
String
contains the specified
String
anywhere, ignoring case.
For example:
assertThat("myStringOfNote", containsString("ring"))
substring
- the substring that the returned matcher will expect to find within any examined stringpublic static Matcher<java.lang.String> startsWith(java.lang.String prefix)
Creates a matcher that matches if the examined String
starts with the specified
String
.
assertThat("myStringOfNote", startsWith("my"))
prefix
- the substring that the returned matcher will expect at the start of any examined stringpublic static Matcher<java.lang.String> startsWithIgnoringCase(java.lang.String prefix)
Creates a matcher that matches if the examined String
starts with the specified
String
, ignoring case
assertThat("myStringOfNote", startsWith("my"))
prefix
- the substring that the returned matcher will expect at the start of any examined stringpublic static Matcher<java.lang.String> endsWith(java.lang.String suffix)
String
ends with the specified
String
.
For example:
assertThat("myStringOfNote", endsWith("Note"))
suffix
- the substring that the returned matcher will expect at the end of any examined stringpublic static Matcher<java.lang.String> endsWithIgnoringCase(java.lang.String suffix)
String
ends with the specified
String
, ignoring case.
For example:
assertThat("myStringOfNote", endsWith("Note"))
suffix
- the substring that the returned matcher will expect at the end of any examined string


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Use this tool to explore the distance between an OpenStreetMap feature and the location of its linked Wikidata entry. Please see the instructions on how to use this tool.
Larger markers represent a larger distance between the OpenStreetMap and corresponding Wikidata feature. It is normal for larger features like Countries to have a larger match distance. You can manually adjust the distance treshold to highlight to explore the data


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Hierarchy For All Packages
Package Hierarchies:
itcom.gangstersquirrel
,
itcom.gangstersquirrel.client
,
itcom.gangstersquirrel.desktop
,
itcom.gangstersquirrel.GameProgress
,
itcom.gangstersquirrel.Input
,
itcom.gangstersquirrel.Items
,
itcom.gangstersquirrel.KeyBindings
,
itcom.gangstersquirrel.Objects
,
itcom.gangstersquirrel.Objects.EnemyObjects
,
itcom.gangstersquirrel.Objects.MapObjects
,
itcom.gangstersquirrel.Scenes
,
itcom.gangstersquirrel.Screens
,
itcom.gangstersquirrel.Settings
,
itcom.gangstersquirrel.Statistics
,
itcom.gangstersquirrel.Tools
,
itcom.gangstersquirrel.Twitch
Class Hierarchy
java.lang.Object
itcom.gangstersquirrel.Tools.
BitmapFontGenerator
itcom.gangstersquirrel.Tools.
Box2DWorldCreator
itcom.gangstersquirrel.desktop.
DesktopLauncher
com.badlogic.gdx.Game (implements com.badlogic.gdx.ApplicationListener)
itcom.gangstersquirrel.
MainGameClass
itcom.gangstersquirrel.Input.
GameplayInputProcessor
(implements com.badlogic.gdx.InputProcessor)
itcom.gangstersquirrel.GameProgress.
GameProgress
itcom.gangstersquirrel.GameProgress.
GameProgressObject
com.badlogic.gdx.backends.gwt.GwtApplication (implements com.badlogic.gdx.Application, com.google.gwt.core.client.EntryPoint)
itcom.gangstersquirrel.client.
HtmlLauncher
itcom.gangstersquirrel.Objects.
InteractiveMapTileObject
itcom.gangstersquirrel.Objects.MapObjects.
DeathTile
itcom.gangstersquirrel.Objects.MapObjects.
EnemyMoveBorder
itcom.gangstersquirrel.Objects.MapObjects.
Finish
itcom.gangstersquirrel.Objects.MapObjects.
Ground
itcom.gangstersquirrel.Objects.MapObjects.
Jumpable
itcom.gangstersquirrel.Objects.MapObjects.
WeaponPickup
itcom.gangstersquirrel.Tools.
JSONFileCreator
itcom.gangstersquirrel.KeyBindings.
KeyBindingObject
itcom.gangstersquirrel.KeyBindings.
KeyBindings
itcom.gangstersquirrel.Screens.
MenuScreen
(implements com.badlogic.gdx.Screen)
itcom.gangstersquirrel.Screens.
LevelSelectionMenu
itcom.gangstersquirrel.Screens.
MainMenu
itcom.gangstersquirrel.Screens.
SettingsMenu
itcom.gangstersquirrel.Screens.
StatisticsMenu
org.jibble.pircbot.PircBot (implements org.jibble.pircbot.ReplyConstants)
itcom.gangstersquirrel.Twitch.
TwitchChat
itcom.gangstersquirrel.Screens.
PlayScreen
(implements com.badlogic.gdx.Screen)
itcom.gangstersquirrel.Scenes.
PlayScreenHud
itcom.gangstersquirrel.Tools.
ResolutionObject
itcom.gangstersquirrel.Settings.
Settings
itcom.gangstersquirrel.Settings.
SettingsObject
itcom.gangstersquirrel.Screens.
SplashScreen
(implements com.badlogic.gdx.Screen)
itcom.gangstersquirrel.Statistics.
Statistics
itcom.gangstersquirrel.Statistics.
StatisticsObject
com.badlogic.gdx.graphics.g2d.TextureRegion
com.badlogic.gdx.graphics.g2d.Sprite
itcom.gangstersquirrel.Objects.
Enemy
itcom.gangstersquirrel.Objects.EnemyObjects.
BossEnemy
itcom.gangstersquirrel.Objects.EnemyObjects.
FrogEnemy
itcom.gangstersquirrel.Objects.EnemyObjects.
MonkeyEnemy
itcom.gangstersquirrel.Objects.
Player
itcom.gangstersquirrel.Twitch.
TwitchCredentialsObject
itcom.gangstersquirrel.Twitch.
TwitchThread
(implements itcom.gangstersquirrel.Twitch.
ChatListener
)
itcom.gangstersquirrel.Items.
WeaponList
itcom.gangstersquirrel.Items.
WeaponObject
itcom.gangstersquirrel.Tools.
WorldContactListener
(implements com.badlogic.gdx.physics.box2d.ContactListener)
Interface Hierarchy
itcom.gangstersquirrel.Twitch.
ChatListener
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Visualize conversation data in many different ways. How much have you chatted over the years? How does the time of day effect you messaging? What about day of week? Find out this and more below.
Get StartedLearn more about how you chat, accross various conversations and over different time periods. Find out which words you use most, who contacts whom the most, what your most used emojis are, and much much more.
Get StartedGenerate elegant word clouds, in rectangles, circles or over images, freely controlling dozens of constraint such as color, word intensity, filtered words and more.
Get Started


Imperative Programming with Python
- Instructor: Facundo Carreiro
- Teaching Assistant: Fabio Zanasi (lastname.firstname at gmail.com)
News
- Project ended.
- We start next week! That is, 9th of January 2012.
Timetable
Lecture resources
Homework assignments
Other resources
Box of love and hate
I would really like to hear from you. Please tell me how you feel about the course, both during it and after it. Don't worry, it's anonymous! Try to be constructive and post as many times as you want.


{% load static %} {% block content %}
How can YOU make a DIFFERENCE and support Dignity?
We are creating Dignity Packs for Homeless Men and Women and will distribute to those who need them most.
The items will all be packed into small rucksacks and will be specific to men or women. Because these are hygienic items, all items are NEW, not used.
If you think that there are any useful items that we haven't included, please let us know.
Your contributions will help us increase the number of Dignity Packs we are able to distribute.
If you can donate any items, please drop them into our Collection Point - Andrew McElroy Hair Concepts, Herbert Road, Bray, who have kindly partnered with us on this initiative.
Alternatively, message us here or email at<EMAIL_ADDRESS>and we can organise collection.


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--- layout: page title: "Contact Us" description: "Molinas is a mission driven construction supplier logistics company focused on advanced planning to support construction project success." header-img: "img/contact.JPG" ---
At Molinas, we've been a mission critical partner to government customers, from North Dakota to Italy, since 2015. Whether it's securing a critical piece of equipment for veterans care or warfighters overseas, our calculated agility, entrepreneurship expertise, and strong focus on pre-planning and delivery of material and equipment ensures you have an adaptable supplier in your corner.
Visits by appointment only
Phone:<PHONE_NUMBER>


Please contact us or visit us regarding any questions,comments or concern you may have
<EMAIL_ADDRESS>+919365620077
GHY, Maligaon, 781011


Acknowledgements
Much appreciation and thanks to Ondrej, creator of Bootstrapious, whose blog on Bootstrap, HTML, and CSS helped create this documentation. Check out more of his work at Bootstrapious.
This package makes use of Pandas as a requirement. Please refer to the Pandas license for more information on their license.
The CONTRIBUTING.md content was adapted from PurpleBooth's Good-CONTRIBUTING.md-template.md.


AAFR was established in 1972, Visiting AAFR allows you to experience the authentic Southwest. As one of the oldest cities in the United States, AAFR boasts a unique multicultural history and heritage. All forms of sports are encouraged here with all facilities. You will always know you're someplace special, whether you're playing at one of our soccer field, enjoying our world-class visual and performing arts, or playing on the best golf courses in the AAFR. Nowhere is the confluence of past and present more dramatic than here in Albuquerque, where the modern city skyline is set against a backdrop of the stunning Sandia Mountains and an endless, timeless blue sky.


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Female English Names
[ Suggest
Names for this page ] [ Go to Male
English
Names ]
[
1 ] [ 2 ]
[ 3
] [
4 ] [ 5 ] [
6 ] [ 7 ] [
8 ] [ 9 ]
[ 10 ]
[
11 ] [ 1 2 ] [
1
3 ] [ 14 ] [
15 ] [ 16 ] [
17 ] [ 18 ] [
19 ] [ 20 ]
- ARLIE:
Pet form of English Arline, a short form of longer names
ending with -arlene or -arline.
- ARLINE:
English short form of longer names
ending with -arlene or -arline.
- ARYANA:
Modern variant spelling of English Ariana, meaning "utterly pure."
- ASCELINA:
Elaborated form of English Aceline, meaning "little
noble one."
- ASCELINE:
Elaborated form of English Aceline, meaning "little
noble one."
- ASENATH:
Anglicized form of Hebrew Acĕnath, meaning "belonging to the goddess Neith." In the bible, this is the name of Joseph's
Egyptian wife.
- ASH: Short
form of English unisex Ashley,
meaning "ash-tree grove."
ASHLEE:
Feminine variant spelling of English unisex Ashley,
meaning "ash-tree grove."
ASHLEIGH:
Feminine variant spelling of English unisex Ashley,
meaning "ash-tree grove."
ASHLEY:
English habitational surname transferred to unisex
forename use, composed of the Old English elements æsc
"ash" and lēah "wood,"
hence "ash-tree grove."
ASHLIE:
Feminine variant of English unisex Ashley,
meaning "ash-tree grove."
ASHLING:
Anglicized form of Irish Gaelic Aisling,
meaning "dream; vision."
ASHLYN:
English compound name composed of Ash
"ash tree" and Lyn,
"lake," hence "ash tree lake."
ASHLYNN:
Variant spelling of English Ashlyn,
meaning "ash tree lake."
ASHTAROTH:
Anglicized form of Hebrew Ashtarowth,
meaning "star." In the bible, this is the
name applied to false goddesses in the Canaanite
religion, usually related to a fertility cult. It is
also the name of a city in Bashan east of the Jordan
given to Manasseh.
ASHTON:
English unisex name derived from a place name, meaning
"ash tree settlement."
ASIA:
English unisex name derived from the name of the continent,
possibly derived from Assyrian asu, meaning
"east." Compare with another form of Asia.
ASPEN:
English name derived from the tree name, meaning
"aspen tree, white poplar."
ASTAROTH:
Variant spelling of English Ashtaroth,
meaning "star." In the bible, this is the
name applied to false goddesses in the Canaanite
religion, usually related to a fertility cult. It is
also the name of a city in Bashan east of the Jordan
given to Manasseh.
ASTON:
English unisex name derived from a place name meaning
"east settlement."
ASTRA:
English name derived from Greek aster, meaning
"star."
-
AUBREE:
Feminine variant spelling of
English unisex Aubrey,
meaning "elf ruler."
-
AUBREY:
English unisex form of Norman French Alberi,
meaning "elf ruler."
-
AUBRIE:
Feminine variant spelling of
English unisex Aubrey,
meaning "elf ruler."
-
AUDRA: Variant
spelling of English Audrey, meaning
"noble strength." Compare with another
form of Audra.
AUDREA:
Variant spelling of English Audrey,
meaning "noble strength."
AUDREY:
Modern English form of Anglo-Saxon Æthelthryth,
meaning "noble strength."
AUGUSTA: Feminine
form of English August,
meaning "August (the month)." Compare with
another form of Augusta.
AUNDRIA:
Variant spelling of English Andrea, meaning
"man; warrior."
AURA:
English name derived from the vocabulary word aura, meaning
"subtle emanation around living beings," from Latin aura,
meaning "air, breeze, wind," from Greek aura, meaning
"breath, breeze."
AUREOLE:
English name derived from the word aureole, a diminutive form
of Latin aura ("air, breeze, wind"), hence "little
breeze" or "little wind."
AURORA:
Latin name meaning "dawn." In Roman mythology, this is the name of a goddess of
morning. Equated with Greek Eos.
- AUSTYN:
Unisex form of English Austin,
meaning "venerable."
- AUTUMN:
English unisex name derived from the season name, from
Latin autumnus, thought to be of Etruscan origin. Harvest was
the original English name for the season; Autumn replaced it in the
16th century.
- AVA:
Variant spelling of English Eve, meaning
"alive; living."
- AVALINA:
Variant spelling of English Avaline, meaning
"little Eve."
- AVALINE:
English variant spelling of French Aveline, meaning
"little Eve."
- AVALON:
Arthurian legend name of an island somewhere in the British Isles, where the
body of King Arthur
is said to be buried, having been brought there by his half-sister Morgan
le Fay, and where he is supposed to one
day return. The name means "island of apples," from Celtic abal
(cf. Welsh afal, Breton and Cornish aval "apple").
- AVALONA:
Modern English elaborated form of Celtic Avalon, meaning
"island of apples."
- AVELINA:
Latin form of Norman French Aveline, meaning
"little Eve."
- AVELINE:
Old Norman French equivalent of English Avila, meaning
"little Eve."
- AVERY:
English surname transferred to unisex forename use, derived from the Middle
English personal name Alfred, meaning
"elf counsel."
- AVICE:
Variant spelling of English Avis, meaning "bird."
- AVILA:
Medieval diminutive form of English Ava, meaning
"little Eve."
- AVILON:
English variant spelling of Celtic Avalon, meaning "island of
apples."
- AVIS: English
adopted use of German Avis
("refuge in war"). But its popularity in the Middle Ages was due
to its association with the Latin noun avis, meaning "bird."
- AVITAL:
Variant spelling of English Abital, meaning "my
father is dew." In
the bible, this is the name of one of David's
wives.
- AYEESHA:
English variant spelling of Arabic Aisha, meaning
"alive."
- AYN:
According to Ayn Rand, this name is an
adaptation of the Finnish name Aino,
meaning
"the only one."
- AZALEA:
English name derived from the name of the flower, from the
Greek word azaleos, meaning "dry."
- AZUBAH
(עֲזוּבָה):
Anglicized form of Hebrew Azuwbah, meaning
"forsaken." In the bible, this is the
name of several characters, including Caleb's
wife and the mother of Jehoshaphat.
- AZURA:
Variant spelling of English Azure, meaning
"sky blue."
- AZURE:
English color name meaning "sky blue."
- BAB:
English pet form of Greek Barbara, meaning
"foreign; strange."
- BABE:
English pet form of Greek Barbara, meaning
"foreign; strange." Compare with masculine Babe.
- BABETTE:
Pet form of
English Elizabeth, meaning "God is my oath."
- BABS:
English pet form of Greek Barbara, meaning
"foreign; strange."
- BAILEE:
Feminine variant spelling of English unisex Bailey, meaning
"bailiff."
- BAILEY: English
occupational surname transferred to unisex
forename use, meaning "bailiff."
- BAILIE:
Variant spelling of English unisex Bailey, meaning
"bailiff."
- BAILY:
Variant spelling of English unisex Bailey,
meaning "bailiff."
- BAMBI:
English unisex name, derived from the Italian word bambino, meaning
"child."
- BAMBIE:
Variant spelling of
English unisex Bambi, meaning "child."
- BARB:
English short form of Greek Barbara, meaning
"foreign; strange."
- BARBARA
(Βαρβάρα):
Greek name derived from the feminine form of the word barbaros, once used to refer to the unintelligible
chatter of foreigners which sounded like "bar-bar" to the Greeks,
hence "foreign; strange."
- BARBARY:
Medieval English form of Greek Barbara, meaning
"foreign; strange."
- BARBIE:
English pet form of Greek Barbara, meaning
"foreign; strange."
- BARBRA:
English contracted form of Greek Barbara, meaning
"foreign; strange."
- BASEMATH:
Anglicized form of Hebrew Bosmath, meaning
"spice" or
"sweet smelling."
- BASHEMATH:
Anglicized form of Hebrew Bosmath, meaning
"spice" or
"sweet smelling."
- BASMATH:
Anglicized form of Hebrew Bosmath, meaning
"spice" or
"sweet smelling." In the bible, this is the name of a wife of Esau,
and a daughter of Solomon.
- BAYLEE:
Feminine variant spelling of English unisex Bailey, meaning
"bailiff."
- BEA:
Short form of English Beatrix, meaning "voyager (through
life)."
- BEATIE:
Pet form of English Beatrix, meaning "voyager (through
life)."
- BEATRICE: Italian
form of Latin Viatrix,
meaning "voyager (through life)."
- BEATRIX:
English form of Latin Viatrix,
meaning "voyager (through life)."
- BECCA:
Short form of English Rebecca, meaning "ensnarer."
- BECCI:
Pet form of English Rebecca,
meaning "ensnarer."
- BECKA:
Short form of English Rebecka,
meaning "ensnarer."
- BECKAH:
Short form of English Rebeckah,
meaning "ensnarer."
- BECKY:
Pet form of English Rebecka,
meaning "ensnarer."
- BEE:
Pet form of English Beatrix,
meaning "voyager (through life)."
- BEKKI:
Variant spelling of English Becky, meaning "ensnarer."
- BELINDA:
Possibly a contracted form of Old High German Betlinde,
meaning "bright serpent" or
"bright linden tree."
- BELITA:
English name composed of Latin bella "beautiful" and a
diminutive suffix, hence "little beauty."
- BELL:
Variant spelling of English Belle, meaning
"beautiful."
- BELLE:
English name derived from the French vocabulary word for "beautiful."
It is often used in compound names, sometimes in the abbreviated form -bel.
- BELLINDA:
English variant spelling of German Belinda, meaning "bright
serpent" or "bright linden tree."
- BELPHOEBE:
English literary name from Spencer's Faerie
Queene, compounded of the Latin bella "beautiful" and Phoebe
("shining one"), hence "beautiful shining one."
- BELYNDA:
English variant spelling of German Belinda, meaning "bright
serpent" or "bright linden tree."
- BENEDICTA:
Feminine form of Latin Benedictus,
meaning "blessed."
- BENJAMINA:
Feminine form of English Benjamin,
meaning "blessed."
- BERENICE:
Latin form of Macedonian Greek Berenike, meaning "bringer
of victory." In the bible, this
is the name of the eldest daughter of Herod
Agrippa.
- BERLIN:
From the German city name of uncertain etymology, possibly related to the Old Polabian stem berl-,
meaning "swamp."
- BERNADETTE:
Contracted form of French Bernardette, meaning "bold as a bear."
- BERNADINE:
Contracted form of French Bernardine, meaning
"bold as a bear."
- BERNICE:
Latin form of Greek Bernike, meaning "bringer
of victory." In the bible, this
is the name of the eldest daughter of Herod
Agrippa.
This is the form used in the Authorized Version.
- BERNIECE:
English variant spelling of Latin Bernice, meaning "bringer
of victory."
- BERRY: English name
derived from the vocabulary word, meaning simply "berry." Compare with
masculine Berry.
- BERTA:
Czech and Polish form of German Bertha, meaning
"bright."
- BERTHA:
Old German name derived from the word berht, meaning "bright."
- BERTIE:
English pet form of German Bertha, meaning "bright." Compare
with masculine Bertie.
- BERTRED:
Middle English form of Anglo-Saxon Beorhtraed, meaning "bright counsel."
- BERYL: English
gem name meaning "beryl," from Greek beryllos,
a word applied to all green gemstones.
- BESS:
Pet form of English Elizabeth,
meaning "God is my oath."
- BESSIE:
Pet form of English Elizabeth,
meaning "God is my oath."
- BESSY:
Variant spelling of English Bessie, a pet form of Elizabeth,
meaning "God is my oath."
- BET:
Short form of English Elizabeth,
meaning "God is my oath."
- BETA:
English name derived from the second letter of the Greek alphabet, beta,
related to Hebrew bet,
meaning "house."
- BETH:
Short form of English Elizabeth,
meaning "God is my oath."
- BETHANIE:
English form of Greek Bethania, meaning "house of
dates" or "house of misery."
- BETHANY:
Anglicized form of Greek Bethania, meaning "house of
dates" or "house of misery." In the bible, this is the name of a place near Jerusalem where
Jesus stayed during the Holy Week.
- BETHEL:
Anglicized form of Hebrew Beth-El, meaning "house of God." In the bible, this is the name of
an ancient city of the Canaanites, later of the Benjamites.
- BETHNEY:
Variant spelling of English Bethany, meaning "house of
dates" or "house of misery."
- BETONY:
Name of a plant of the mint family once popular in herbal medicine,
occasionally used as a forename. It is also called woundwort and lousewort.
It is said to possibly derive from Celtic bew
"head" and ton "good," because it is good for
complaints of the head. Pliny said that the original name of this plant was
Vettonica, from the Vettones, an ancient Iberian tribe.
- BETSY:
Pet form of English Elizabeth,
meaning "God is my oath."
- BETTE:
Pet form of English Elizabeth,
meaning "God is my oath."
- BETTIE:
Pet form of English Elizabeth,
meaning "God is my oath."
- BETTINA: Elaborated form of English Betty, meaning
"God is my oath." Compare with another form of Bettina.
- BETTY:
Pet form of English Elizabeth,
meaning "God is my oath."
- BETTYE:
Variant spelling of English Betty, meaning "God is my
oath."
- BEULAH
(בְּעוּלָה): A
derivative of Hebrew Ba'al ("to
marry; to be lord, master, possessor"), meaning "she who is
married." In the bible, this is an allegorical name for the land of Israel.
- BEVERLY: English surname transferred to forename use,
derived from the
name of a place in Humberside composed of the Old English elements beofor
"beaver" and lēac "stream," hence
"beaver stream." The masculine
form of the name is spelled with an extra "e"--Beverley.
- BEVIN:
Anglicized form of Irish Gaelic Béibhinn, meaning
"fair lady."
- BIBI:
From a French word used as a term of endearment, meaning "bauble,
toy."
- BIDDY: Pet form of English Bridget, meaning "exalted one." It
was rarely used after it acquired the negative connotation "old biddy." Compare
with another form of Biddy.
- BIJOU:
English name derived from the French word bijou, meaning
"jewel."
- BILLIE:
Feminine form of English Billy, meaning
"will-helmet."
- BINDY:
English pet form of German Belinda,
possibly
meaning "bright serpent" or
"bright linden tree."
- BITHIA:
Variant spelling of English Bithiah,
meaning "daughter of God."
- BITHIAH:
Anglicized form of Hebrew Bithyah, meaning "daughter of God." In the bible, this is the
name of a daughter of Pharoah.
- BLAIR: Scottish unisex name
derived from any of a number of places in Scotland called Blair,
derived from the Gaelic word blàr, meaning "field,
plain," most often referring to a "battlefield."
- BLANCH:
English variant spelling of French Blanche, meaning
"white."
- BLANDA:
English name derived from Latin blanda, meaning
"cherishing."
- BLANID:
Anglicized form of Irish Gaelic Bláthnat, meaning
"little flower."
- BLESSING: Old English name meaning
"consecration."
- BLISS: Old English unisex name
derived from the word bliss, meaning
"joy; happiness."
- BLONDIE:
English byname transferred to forename use, meaning "blonde."
- BLOSSOM:
19th century pet name derived from Old English blōstm,
meaning "flowers on a fruit-tree (or ornamental
tree)."
- BLUEBELL: American flower name popular
in the 19th century, but rarely used today.
- BLYTHE: Old English surname transferred to
unisex forename use, derived from the word blīðe, meaning "cheerful,
happy."
- BOBBI:
Unisex pet form of English Robert
and Roberta, meaning "bright
fame."
- BOBBIE:
Pet form of English Roberta, meaning
"bright fame."
- BONDUCA:
English variant form of Celtic Boudica, meaning "victory."
- BONITA:
Spanish name meaning "pretty."
- BONNIE:
English name derived
from the Scottish word bonnie "pretty."
- BONNY:
Variant spelling of English Bonnie, meaning both "good" and
"pretty."
- BRADY:
Irish surname transferred to unisex forename use, derived
from an Anglicized form of Gaelic Ó Brádaigh, meaning "descendant of
Brádach,"
hence "large-chested."
- BRAIDY:
Variant spelling of English unisex Brady, meaning
"broad-chested."
- BRANDE:
Variant spelling of English Brandy, meaning simply
"brandy."
[
1 ] [ 2 ]
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] [
4 ] [ 5 ] [
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Z
Boy
Names
A,
B, C,
D, E,
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J, K,
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[1]
Great Battery Life. 120GB. FM Radio; No HD Radio. No AM Radio. No EQ support
[2]
Better than the IPOD; Need s an Online Browser


Three-year-old Kayden McGuinness 'killed in complete breach of trust'
by Michael McHugh, Press AssociationA three-year-old boy with suspected autism suffered fatal head injuries in a complete breach of trust by his killer, a lawyer told a court.
Kayden McGuinness sustained 15 bruises on the scalp and died from swelling and bleeding of the brain.
He was found dead in bed at his family flat in Derry in September 2017.
Liam Whoriskey (25) from Derry, was convicted of manslaughter and cruelty to a child by a jury at the city's crown court in October.
The former partner of the vulnerable toddler's mother was supposed to be fulfilling the role of parent, the court heard.
Prosecutor Peter Irvine QC said: "There was a complete breach of trust in this case."
The child died from blunt force trauma.
Probation officers said Whoriskey, from Glenabbey Gardens, posed a significant risk to other members of the public.
His former partner Erin McLaughlin said he was aggressive and violent.
She said: "He went from 0-60 - roaring and shouting."
A pre-sentence hearing was held at Derry Crown Court today.
Kayden was found to have "extensive bruising" on the face and 15 bruises on the scalp caused by "blunt force trauma" to the head.
That caused haemorrhage and swelling of the brain, Mr Irvine said.
He died within half an hour from "non-accidental" injuries, examinations showed.
Whoriskey had earlier taken the youngster to the city's Richmond shopping centre.
The child was seen lying on the floor of one of the shops and an assistant described Whoriskey's behaviour as "abusive and violent", the lawyer told the court.
He said the defendant was observed holding the child by the hood of a jacket and by the wrists.
Kayden was struggling to keep up with him while walking, he added.
Earlier in the year his mother, Ms McLaughlin, had observed a mark across his nose.
Experts who gave evidence to the court testified that he had two black eyes caused by at least moderate force, the prosecution said.
Mr Irvine said: "This is a highly exceptional and very serious case where the culpability of the defendant is extremely high - the deceased was clearly very vulnerable, a three-year-old boy."
He said pre-sentence reports showed the defendant posed a significant risk of serious harm.
The defence challenged the term blunt-force trauma.
Ciaran Mallon QC said expert witnesses had suggested the gravity of the conduct causing the injuries could be viewed as mild, minor or, at its height, moderate.
He said culpability was not extremely high and his client had not intended to kill the child, rejecting any suggestion a life sentence was appropriate.
He pointed out that the child's skull was not fractured and said sentencing severity should not approach the "heights" which the prosecution had sought to set out.
Whoriskey will be sentenced by judge Philip Babington on December 16.
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Double Jeopardy (1999) a review by Christian Pyle
Libby Parsons (Ashley Judd) has the perfect little life -- a rich husband, a cute son, and a house on the ocean -- but when her husband Nick (Bruce Greenwood) takes her sailing, she awakes to find him gone and her hands covered with blood.  She's convicted of his murder, of course, and leaves her son Matty (Benjamin Weir) with her best friend (Annabeth Gish). Time passes, and the friend disappears with Matty. During their last phone conversation Libby hears Matty yell "Daddy!" and realizes that her husband is still alive.
Libby serves six years, growing harder and driven by the desire to kill Nick (based on the theory that because of the "double jeopardy" amendment she can off him with impunity). When she gets parole, she's sent to a halfway house run by Travis Lehman (Tommy Lee Jones), a former law professor who ruined his life with a drunk driving accident. After a little breaking and entering and some destruction of property, Libby jumps parole and lams it across the country looking for Nick and Matty. Travis pursues, naturally.
"Double Jeopardy" is a watered-down version of "The Fugitive," with Jones sleep-walking through his well-worn pursuer persona. Although Libby never leaps from a bus that collides with a train, she manages to get into a few nail-biters -- chased down the beach by a jeep, chained to a car that plunges into the ocean, sealed in a coffin -- that add some much needed thrills to an anemic, slow-moving script.
Character development is thin. Travis' intriguing backstory is mentioned a couple times but has no effect on the story. (I think they only made him a former law professor so that he could verify the double-jeopardy theory when Libby gets the drop on Nick. It's a long way to go for one line). There's considerable sexual tension between Travis and Libby (hey, there's something "The Fugitive" didn't have!), but it never goes anywhere. Libby is a TV-movie Everywoman, but Judd's intense performance draws us in and makes us forget that her character has no distinguishing characteristics. This is Judd's most prominent role to date, and she proves that she can light up the screen. Let's hope Hollywood gives her more to work with next time around.
The quality of director Bruce Beresford's movies seems to depend on luck. When he has a good script and a strong cast, he turns out Oscar-caliber work like "'Breaker' Morant," "Driving Miss Daisy," and "Tender Mercies." When he doesn't . . . we get "Double Jeopardy." Screenwriters David Weisberg and Douglas Cook previously collaborated on "The Rock," a script which probably benefited from the numerous uncredited rewrites.
Bottom Line: Ashley Judd tries hard but can't save this predictable bore.
Grade: D+
© 2000 Christian L. Pyle
Read my reviews and others at the Mad Review: http://www.madreview.com/main.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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A Front-End Web Developer, Game Developer Hobbyist and Avid Programmer...
"Hello and welcome to my website. I currently live in sunny Scotland and have been programming for around 5 years both as a hobby and for education. My main skills are in front-end web development but i am heavily invested in game development (mostly 2d) as a hobby and possible future career. My Github is linked should you wish to see my hobbyist projects and see the code i've used. Also the reason i have built this website is to give employers an easy to view showcase of my skills and interest aside from my CV, i feel you can get a much better display of a programmers skills through a project rather than a CV. So i hope you enjoy my site and there is a contact form and social media links if you wish to.. um well... contact me."
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This problem gives as input two (sorted) lists of tuples that represent time slots of availability for two people who want to find a common time slot of the given duration. Let’s start off by walking through some examples.
If we’re given the following input:
a_slots = [(10, 50), (60, 120)]
b_slots = [(0, 15), (60, 70)]
duration = 8
We want to find the earliest time slot where both parties are available
for the given duration. If we just want to time slots when both parties
are free for any length of time, these would be (10, 15)
and
(60, 70)
. Ok, great. From these, do any of the satisfy the
duration constraint? The (10, 15)
slot doesn’t, that only
lasts for 5 minutes. The (60, 70)
slot, however, lasts for 10
minutes. Thus we can fit the 8 minute duration within the 10 minutes of
availability, so our function should return (60, 68)
.
What about for the following input:
a_slots = [(10, 50), (60, 120)]
b_slots = [(0, 15), (60, 70)]
duration = 12
In this case, the common time slots are (10, 15)
and
(60, 70)
. However, for a duration of 12 minutes, neither of
these common slots are long enough; we only have 5 minutes of availability
with the first slot, and 10 minutes of availability with the second slot.
Therefore, there are no slots that satisfy the given duration constraint,
so our function returns an empty time slot.
When eyeballing the lists of time slots, how did we actually pick out the common time slots? Well, if the start time of one slot falls between the starting and ending time of another time slot, then there’s some overlap. How long is that overlap? The first ending time of either slot determines the ending time of the common slot.
Let’s break that down a bit further. Given two time slots
(10, 60)
and (30, 75)
, we see that the start
time of 30 falls within 10 and 60, so there’s a commonality there. This
commonality ends when we encounter the soonest ending time, which is 60.
So the common time slot here is (30, 60)
.
With an example like (4, 15)
and (16, 27)
,
there’s no commonality because neither starting time falls within the
range of the other time slot. We could also have (10, 55)
and
(14, 50)
, where the second time slot falls completely within
the bounds of the first time slot such that the common time slot is just
the second time slot, (14, 50)
.
Now that we understand logically how to pick out common time slots, let’s see if we can come up with a strategy for solving this problem.
How do we check for common slots given two time slots in code? Of the two
starting times, we want to figure out the larger of the two times to
figure out the starting time of the common time slot. Similarly, to figure
out the ending time of the common time slot, we want to figure out the
smaller of the two ending times. We can use max
and
min
functions to do this.
We can use a nested loop to check every time slot from one list of time slots against every time slot from the other list, seaching for commonalities along the way. This would yield an O(n * m) runtime where n and m are the lengths of both lists respectively, and might look like this:
def time_planner(a_slots, b_slots, duration):
loop through all time slots in a_slots
loop through all time slots in b_slots
find starting time by checking for max of both starting times
find ending time by checking for min of both ending times
check if ending time - starting time >= duration
if so, return (starting time, starting time + duration)
otherwise, there are no common time slots
The resulting code could look like this:
def time_planner(a_slots, b_slots, duration):
for a_slot in a_slots:
for b_slot in b_slots:
start = max(a_slot[0], b_slot[0])
end = min(a_slot[1], b_slot[1])
if end - start >= duration:
return (start, start + duration)
return ()
Of course, the next question now becomes, can we achieve a better runtime than O(n * m)? Do we need to loop through every single permutation of time slots between the two lists?
Whenever we’re given sorted input, chances are we can make use of that fact in some way. Since the time slots in both lists are sorted by starting time, perhaps we don’t need to check every time slot from the first list against all the time slots in the second list. There’s no need to check any time slots where the starting time has already surpassed the ending time.
To facilitate this idea, we could use two indices to keep track of our progress as we’re iterating through both lists in a single loop. We’ll still perform the same logic of determining the starting and ending time of the common time slot by determining the max starting time and min ending time of the two time slots. Then, we’ll decide which index to update by checking which time slot has the smaller ending time.
In pseudocode, that could look like this:
def time_planner(a_slots, b_slots, duration):
initialize two index variables, a and b, to 0
loop so long as a and b are within bounds of their respective lists
find starting time by checking for max of both starting times
find ending time by checking for min of both ending times
check if ending time - starting time >= duration
if so, return (starting time, starting time + duration)
check if the ending time from the a list < ending time from the b list
if it is, increment the a index
otherwise
increment the b index
if we haven't found a common time slot
return empty list
The resulting code could look like this:
def time_planner(a_slots, b_slots, duration):
a = 0
b = 0
while a < len(a_slots) and b < len(b_slots):
start = max(a_slots[a][0], b_slots[b][0])
end = min(a_slots[a][1], b_slots[b][1])
if end - start >= duration:
return (start, start + duration)
if a_slots[a][1] < b_slots[b][1]:
a += 1
else:
b += 1
return ()
With this implementation, we perform a single pass through both lists, stopping iteration whenever we reach the end of the shorted input list. Thus, this exhibits a runtime of O(n). Space complexity is O(1) since we only ever initialize a constant amount of extra memory.


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{% load admin_urls %}
{# Note: constants have to be explicitly added to context by the method rendering this template in the ModelAdmin #}
{{ obj.get_state_display }}
{% if obj.pk and obj.state == RUNNING %}
{% elif obj.pk and obj.state == NEW %}
{% elif obj.pk and obj.state == COMPLETED and obj.completed %}
({{ obj.completed }})
{% endif %}


Closed Projects
Blended Elearning-course Audio Videotechnik (ESF Project)
Goal
An Internet-based course should be developed and carried out which enabled the participants to understand modern digital audio and video technologies and to apply. The participants should be moved into the position to react with the help of the learnt technologies adaptably and competently to the new requirements of the media society. The transmission of the teaching contents should occur blended learning draught after to a prevailing part Internet-supported asynchronously and synchronically, i.e. the participants should be able to call away the teaching unities asynchronously in her company or at home on Internet take part during the presence arrangements actively.
The physical presence of the the participants in the college should be held taking into account the possible occupation low. Presence duty in the college was planned only for the common final presentation / achievement control of the projects.
Development and implementation
The implemention was subdevided into development and implementation phase.
In the development stage the teaching and learning materials were provided. 8 theoretical teaching unities to 2 time unities were defined and fortified with macromedia-editor "Dreamweaver" written animations and pictures so that they could be put as HTML material in the Intranet.
The development stage was made up of a theoretical part of 16 unities in which basis knowledge is given. That is it were provided two unities with the following subjects:
- Bases digital picture models, digitization
- Picture perception (bases light and colour)
- Colourmodels
- Digital image editing
- picture compression (lossy and lossless)
- Video coding
- Bases audiotechnology
- Audio compression
After production of the HTML materials the teaching unities were still produced in addition as an audio / video lecture and the HTML materials were dynamically taped with especially developed software digitally with. This puts out the specific specific feature of the course. In this manner the material could be provided in triple form: as a pure HTLM document, as an audio stream video stream infers with the dynamic text document and as an audio infers with the dynamic text document.
This allows it to the users the material according to demand and available tape-wide Internet to make available.
The access to the Internet materials occurred about an Internet platform specially furnished for it which as an access control, as well as a chat platform for the participants served. It was extensively used. Beside the theoretical materials numerous additional practical instructions and information were also provided to in practical exercises used cut software "Adobe première" on the platform.
After the materials were produced, the realisation phase occurred. This existed of the presentation of the theoretical material. Beside the supply in the net it was reported also by presence meetings and from practical exercises by a total of 16 unities in those the learnt knowledge was moved and applied. That is the contact with digital / analogous cameras or other video / audio springs, also were learnt Digitize, reaping, modifying and joining the audio / video signals in a computer to a coherent video clip.
4 courses found up to now it in the time of 2002-2004 with an average of 15 participants. Another free-financed course is planned. The acceptance of the arrangement and the material by the participants was very good excluding like the evaluation.


Salud! was formulated out of a mutual love of good friends, good drinks and good times. Its creators, Inez, Tolu, and McRae, had a passion for programming and a drive to make good websites, so they came together to make the idea a reality. This project introduced several new technologies to the team, including Angular and JSON Web Tokens.
We at Salud! believe alcohol should be a complement to good times, not a necessity for them. If you or someone you know may be struggling with alcohol dependence or addiction, please call the US Substance Abuse and Mental Health Services Administration hotline at 1-800-662-HELP (4357).


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Other Factorizations

Contents

Index
Generalized Orthogonal Factorizations and Linear Least Squares Problems
Generalized
QR
Factorization
Generalized
RQ
Factorization
Susan Blackford
1999-10-01


My Projects
- This research intends to find best food for environmental sustainability. It considers the distance of food products traveled from its origin and counts the environmental impact of the product. Also the acquired data is represented by following Fogg Behavior model to make people understand easily. To identify grocery products QR Codes and AR Markers are used. An Android App is developed based on the research to help people understand their foods and choose best foods for them as well as environment.
- Tools Used: Android Studio, Firebase Database, Vuforia SDK
- Steganography is the science of hiding data within another data. Image steganography is a popular example of steganography. Steganography algorithm for 8bit (grayscale) or 24bit (color image) is used here. The algorithm embedded ASCII code of text in the Least Significant Bit (LSB) of the cover image. A computer application developed for image steganography and finding the hidden data from the image.
- Tools Used: Java, NetBeans IDE
- A computer application that maintains a medicine store. It keeps track of every medicine, inventory details, sales details, monthly income statement and working hours of salesman.
- Tools Used: Java, MySQL, NetBeans IDE
- The app synchronizes all birthdays with your contacts list and offers secure backups of all dates to the external storage. Your birthdays will never be lost, and they can be easily transferred to another Android device anytime. You'll l always know which day of the week your friends - and how many days are left until that date.
- Tools Used: Android Studio, Firebase Database


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An object to block copying.
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© 2012
R.E. Hewitt


Dutch Court Orders Country to Repatriate Children of Radicalized Women in Syria
by Associated Press(THE HAGUE, Netherlands) — A Dutch court says the government must attempt to bring home children whose mothers traveled to Syria to join Islamic extremist groups.
The decision Monday at a court in The Hague came in a case filed by lawyers on behalf of 23 women and their 56 children who are housed in camps in northern Syria. The court has ruled that “the children are not responsible for the actions of their parents, however serious they are.”
Read more: Abu Bakr al-Baghdadi Is Dead. Where Does That Leave ISIS?
The government has long said it is too dangerous to go to Syria to repatriate Dutch citizens.
The court says the government must “use all possible means,” including an offer of U.S. help to repatriate the children. But it also says the state “cannot be ordered to take serious security risks.”


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predicts the deleteriousness of amino acid mutations in protein sequences based on Taxonomy distances.
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For development I am accustomed to programming in the C# programming language, but I also have knowledge and experience with many more. I have used programming for games, interactive experiences, Android and Web development, Computer Vision, Sound Computing, networking, statistics, machine learning, and AI.
Computer Graphics is an interest of mine, and I really enjoy creating new shaders for my projects. I also have knowledge within 3D modeling and animation which I find helpful with understanding certain aspects in computer graphics.
VR is one of those newer technologies that is just fun to explore and experiment with. I have taken part in several study-related VR projects, one of which led to a published paper, and I see myself working more with VR in the future.
As a continuation of the Bachelor, the Master's programme of Medialogy has allowed me to specialise in games. I used this opportunity to orient my study-related projects to VR. During my 9th semester I was able to participate in the DADIU programme and take part in developing Android games. Additionally the Master's has given me knowledge within machine learning, physics simulation, and much more.
The Bachelor's programme challanged me to learn as many new competences as possible. I gained knowledge and experience of several programming languages, computer graphics, 3D modeling, animation, human-computer-interaction, and statistical experiments.


Click on a tower to select it.
Choose number of towers:
Choose number of rings:
I'm feeling lazy
Stop the craziness!
Number of Moves:
0
You WIN!!!


NEWS UPDATES AND HAPPENINGS
Rainy Weather. Be alert!
Rain started pouring aggresively on Friday, May14th and is expected to continue until May20th. Drive safely and be cautious at all times!
Last updated 25 mins ago
Accident Nearby!
An accident has occured on May 15th, 2021 at 10AM.
Last updated 3 hrs ago
New neighbours!
3 families are expected to move into the neighbourhood in Villa's 17, 18 and 19 by the end of May. Say hello and make them feel welcome!
Last updated 12 hrs ago
Lost Cat!
The family in Villa 2 lost there pet cat on May13th and hasn't found it yet. The cat has white and black fur with a glowing yellow collar.
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New Community Pool Soon!
A community pool is currently under construction in the area near by. It is expected to be complete and open by the end of July 5th, 2021.
Last updated 7 days ago
Gym closing
The local is closing on June 12th, as they are expanding and adding new equipment. They will open again on June 30th.
Last updated 2 weeks ago


--- title: "Industry" date: 2020-02-23T12:44:42+11:00 draft: false ---
Check back later to find out more.


Item 7.
Listed below are commands that can be used on the BrailleNote. The current document will be too small to practice them all, but a quick review won't hurt. Review commands are especially helpful when the speech is being used.
To move back by character space + dot3
To move forward by character space + dot6
To move back by word space + dot2
To move forward by word space + dot5
To move back by sentence space + dot1
To move forward by sentence space + dot4
To move back b paragraph space + dots23
To move forward by paragraph space + dots56
To move back the width of 1 braille display back thumb-key


They could have subtitled this one "As Nasty As They Wanna Be," this is a film about evil, unrepentant and unchecked. Director Neil Labute's first feature, shot for less than $50,000, effectively depicts misogyny and cruelty without making the characters seem overdrawn-no small feat in an era where Hollywood villains tend to be vaguely absurd caricature. But the result, while effective, is far from pleasant to watch; the ending is as troubling as that of any movie in recent memory.
The plot is simple enough, and Labute's minimalist style keeps the proceedings mercifully free from distracting subplots. Chad and Howard (Aaron Eckhart and Matt Malloy) have been assigned to a Midwestern branch of their company for six weeks, and Chad, establishing that each has lately been dumped by a girlfriend, proposes the following on the flight there: that the two romance the same woman during their stay and then abruptly dump her at the end of the six weeks. Why? "To restore some dignity to our race." Because, as Chad envisions it, "she'll be reaching for the sleeping pills within a week, and we'll laugh about this until we are very old men." In short for the thrill of it. ("Let's hurt somebody.") Moreover, Chad stipulates that it should be a lonely woman, "maybe disfigured," the better to prey on her insecurities and make her fall all the harder. Howard goes along, and Chad chooses a deaf typist named Christine (Stacy Edwards) as the victim.
The three central characters are well realized. Eckhart's Chad combines rage at the world for a variety of imagined slights with an oily charm-which works so well because it doesn't seem oily. Myself, I pigeonholed Chad as a fratboy gone bad, devoid of respect for anyone or anything; never does the character convey that he particularly cares about being liked, but the force of his self-assurance silences any potential criticism. Howard is as weak as Chad is strong-whether cowed by his mother over the phone or bullied by Chad (and the force of conformity that Chad seems to represent) into his plans, Howard's capacity to stand up for anything is minimal, and Malloy's stammer and nervous body language paint the picture well. And though Christine has little to do besides be a victim, Edwards gives her dignity; her insecurities, and increased confidence over the course of film, come alive despite the limited part. LaBute's style is best described as restrained: in many scenes, the camera simply stays where it is and lets the dialogue run, all in one shot. There are a few odd camera angles and sudden closeups, but the unremarkability of most of the camerawork keeps the director out of the way-and, perhaps more importantly, lends a documentary-style feel to the story, making the events that much more real. Adding to that is the frigid cinematography: the backdrops are airport lounges, executive conference rooms, hotel rooms, places so familiar that no one could consider them distinctive or foreign. The milieu feels depersonalized; the blank walls and bland surroundings draw attention to the coldness of the main characters' scheming.
Labute has called his film a "cinematic inkblot test," and it succeeds in that respect on several levels: the viewer is forced to ponder to what degree he or she shares traits with the two predators, or recognizes friends and associates in them.  (I certainly heard plenty of laughter in the theater, much of it at moments that made me cringe more than anything else--and I refuse to believe that I was in a theater of sociopaths.) As in any good Rorschach test, the viewer is left unsure at the end about what went on-how close to real life do the interactions here come? Was Howard as guilty as Chad, or merely too weak to resist?
It could be argued that "Men" is really about the corporate lifestyle and the people it produces, and there is certainly that element. Chad uses his power to humiliate a black office worker; one discussion of Chad's various dislikes in the company instantly turns on the one who leaves the room ("I hate that prick"); the antagonism among the main characters springs in part from Howard's position of power in the firm. But the attitudes at issue are hardly specific to the corporate scene; they are common about all sorts, and the competitve sphere of the workplace brings them out especially vividly. And Chad, for all his charm, is not truly the type to climb the corporate ladder; such an ascent requires more fundamental people skills than superficial bonhomie, and no one who spends time around Chad could trust him or think his good will genuine. At bottom, the office environment in "Men" is relevant because it creates a situation where personalities clash, where different types are thrown together-and the story tracks what happens when a strong persaonality takes hold of a weak one. And it doesm't feel accurate to say that the men here are evil incarnate, far from real life; the intent, I think, is more to show what people are capacble of if suitably manipulated, and what locker-room misogyny could become if allowed free rein.
There is much to appreciate about "Men": the dialogue is fresh and snappy, and Chad's lines have enough bite to show that his is a character to be feared as well as despised. His humor, in particular, leads me to suspect that LaBute has been hanging around locker rooms taking notes-and the way he pressures a reluctant Howard into going through with the plan is classic high school bully. There are moments when the director appears to be deliberately savaging Hollywood conventions, particularly those involving romance, for instance when Chad goes saccharine: "I want our relationship to blossom." Likewise, the sheer force of the ending catches the viewer off guard-and makes the final few shots very nearly stomach-turning. If there is such a thing as a horror film without violence, this is it.
"Men," in sum, holds the grim fascination of a car accident: we know the sight will be unpleasant, but we look anyway. Though far from enjoyable, LaBute's first film is immensely thought-provoking.
Duncan Stevens<EMAIL_ADDRESS>312-654-0280
The room is as you left it; your last touch-- A thoughtless pressure, knowing not itself As saintly--hallows now each simple thing, Hallows and glorifies, and glows between The dust's gray fingers, like a shielded light.
--from "Interim," by Edna St. Vincent Millay
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The ATX variable offers convenient access to dynamic TEST-GUIDE functions from a Pipeline script.
ATX
Refer to README or use the Pipeline Snippet Generator for example usage.