A B C D E F G H I J L M N O P R S T U V W
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All Classes All Packages
All Classes All Packages
A
- abbreviated - Variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Flag indicating whether the unit test derived from this class are to be abbreviated
- ABBREVIATED - Static variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Flag used to indicate whether or not to abbreviate the test
- ABBREVIATED_FACTOR - Static variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Division factor to apply to abbreviated tests
- abbreviatedFactor - Variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Division factor to reduce the various counts when running abbreviated tests.
- AbstractCRDT - Class in com.cyberfront.crdt
-
This is an abstract base class for CRDT classes.
- AbstractCRDT() - Constructor for class com.cyberfront.crdt.AbstractCRDT
- AbstractDataType - Class in com.cyberfront.crdt.sample.data
-
This is the abstract base class for the test data elements which are coded as JSON objects in the CRDT elements under test
- AbstractDataType() - Constructor for class com.cyberfront.crdt.sample.data.AbstractDataType
-
Create a new object, setting random values to most of the fields, though the version is set initially to 0 since it hasn't been changed.
- AbstractDataType(AbstractDataType) - Constructor for class com.cyberfront.crdt.sample.data.AbstractDataType
-
Instantiates a new AbstractDataType by copying a source instance
- AbstractDataType(AbstractDataType, double) - Constructor for class com.cyberfront.crdt.sample.data.AbstractDataType
-
Instantiates a new AbstractDataType by copying a source instance
- AbstractDataType(UUID, Long, String) - Constructor for class com.cyberfront.crdt.sample.data.AbstractDataType
-
Constructor for specifying each of the elements of the AbstractDataType
- AbstractNode - Class in com.cyberfront.crdt.sample.simulation
-
The AbstractNode class establishes a base framework for derived classes to draw upon to manage a collection of CRDT objects
- AbstractNode(UUID) - Constructor for class com.cyberfront.crdt.sample.simulation.AbstractNode
-
Instantiates a new abstract node.
- add(Message<AbstractDataType>) - Method in class com.cyberfront.crdt.sample.simulation.MessageRouter
-
Adds a single message to the message queue
- add(Collection<Message<? extends AbstractDataType>>) - Method in class com.cyberfront.crdt.sample.simulation.MessageRouter
-
Add a collection of messages to the message queue.
- ADD - Static variable in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Constant string for the add operation
- addCRDT(SimCRDTManager<? extends AbstractDataType>) - Method in class com.cyberfront.crdt.sample.simulation.AbstractNode
-
Adds a new CRDT to the node
- addCRDT(SimCRDTManager<? extends AbstractDataType>) - Method in class com.cyberfront.crdt.sample.simulation.Node
- addNode(Node) - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Add a node to the map of them
- addOperation(Operation) - Method in class com.cyberfront.crdt.LastWriteWins
-
Insert an operation to the ADD set
- addOperation(Operation) - Method in class com.cyberfront.crdt.OperationTwoSet
-
Insert an operation to the ADD set
- addOperation(Collection<Operation>) - Method in class com.cyberfront.crdt.LastWriteWins
-
Add a collection of operations to the current ADD set
- addSet - Variable in class com.cyberfront.crdt.OperationTwoSet
-
The ADD set.
- ADDSET - Static variable in class com.cyberfront.crdt.OperationTwoSet
-
Property label for the add set property
- APPROVED - com.cyberfront.crdt.operation.OperationManager.StatusType
-
The approved.
- ASSESS_CONTENT_CONSISTENCY - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag used to assess whether each node has the same elements, where corresponding elements have the same value as that of the owner node for a particular CRDT
- ASSESS_COUNT_CONSISTENCY - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag used to assess whether each node has the same number of elements
- ASSESS_OPERATION_COUNT_CONSISTENCY - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag used to assess whether the each CRDT operation count is consistent
- ASSESS_VALIDITY - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag used to assess whether the CRDT is valid.
- assessCloneTest(int, Collection<AbstractDataType>, Collection<AbstractDataType>) - Method in class com.cyberfront.crdt.unittest.TestData.Clone
-
Assess the results of the clone test to ensure the two arrays are an exact copy of each other and that no two non-corresponding elements of the two arrays are the same.
- assessContentConsistency - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag set to check the content consistency of CRDT objects on all nodes
- assessContentConsistency() - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Determine if the number of CRDTManagers is proper in each Node
- assessContentConsistency(SimCRDTManager<T>) - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
For a given CRDT instance, ensure all of the nodes have the same CRDT and that the state is consistent across all of the nodes.
- assessCountConsistency - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag set to check the number of CRDT objects is the same on all nodes
- assessCountConsistency() - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Perform the count consistency check to ensure each node has the same number of elements, which should be equal to the total number of CreateOperations which were performed.
- AssessmentSupport - Class in com.cyberfront.crdt.unittest
-
The AssessmentSupport class is a base class for all of the unit test classes.
- AssessmentSupport() - Constructor for class com.cyberfront.crdt.unittest.AssessmentSupport
-
Default class constructor which initializes the members to their default values given by the corresponding static constant values.
- AssessmentSupport(long, long, long, boolean, boolean) - Constructor for class com.cyberfront.crdt.unittest.AssessmentSupport
-
Class constructor used to explicitly define the various parameters for the base test class
- assessOperationCountConsistency - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag used to assess whether the each CRDT operation count is consistent
- assessOperationCountConsistency() - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
- assessSimulation() - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Perform the assessments on the simulation run based on the type of test being performed.
- assessValidity - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Flag set to check the content consistency of CRDT objects on all nodes
- assessValidity() - Method in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Determine the number of invalid operations contained in the CRDT.
All Classes All Packages


Before Change
elif gene_function_sources_in_db and gene_function_sources_both_in_db_and_incoming_dict:
// some of the functions in the incoming dict match to what is already in the db. remove
self.run.warning("Some of the annotation sources you want to add into the database are already in the db. So "
"anvi"o will REPLACE those with the incoming data from these sources: %s" % \
", ".join(gene_function_sources_both_in_db_and_incoming_dict))
// remove those entries for matching sources:
for source in gene_function_sources_both_in_db_and_incoming_dict:
After Change
self.run.warning(f"A functional annotation source you wish to add to the database ({list(gene_function_sources_both_in_db_and_incoming_dict)[0]}) "
f"is already in the database. Anvi"o will first drop the existing one so the incoming annotation could REPLACE it.")
else:
self.run.warning(f"Some functional annotation sources you wish to add to the database ({", ".join(gene_function_sources_both_in_db_and_incoming_dict)}) "
f"are already in the database. Anvi"o will first drop them so the incoming annotations could REPLACE them.")
// remove those entries for matching sources:
self.drop_functions(database, gene_function_sources_both_in_db_and_incoming_dict)


GMB Christmas ad to rival John Lewis features baby Piers and Susanna
Good Morning Britain has launched its annual project to beat the John Lewis Christmas ad on a budget – and racked up just £80 on a new clip to tug on your heartstrings.
Well, it worked – and live on air, Charlotte Hawkins was mocked as she burst into tears.
As the sad piano of Ellie Gouding’s I Know You Care played in the background, the clip featured a young Piers Morgan looking sad as no one would play with him.
Advertisement Advertisement
Thankfully, young Susanna becomes his friend, and while they mess about with each other, they help each other out.
Piers then announces that he’s heading to America without her, leaving Susanna sad and wanting her best friend back as she heads to Salford.
Putting him on her wish list for Santa, a Christmas miracle is performed and he reappears beside her, right in front of television centre.

While the actual Piers and Susanna were unmoved by the cute scenes, newsreader Charlotte was left in tears – which obviously was made fun of immediately.
‘You watched that utter load of cheese and you’re crying?!’ Piers declared, astounded. ‘This is why John Lewis do so well, because people like you fall for this!’
‘Are you suddenly maternal?!’ he asked as the gang laughed.
‘Just coz you’ve got a heart like a swinging brick!,’ Richard Arnold added, defending his pal.
Seems you can’t win everyone!
‘We wondered whether you could create an advert that had as much sentimentality, meaning and emotion, as much as that, but for a much smaller budget,’ Susanna said, revealing only £80 was forked out.
Turns out all you need it a cute story and a sad song, who knew?!
Advertisement Advertisement
The ad was made as a direct retaliation for the annual tearjerker that is the John Lewis Christmas ad, which cost around £7million to make, according to reports.
This year features Excitable Edgar, a young dragon who bursts out flames when he’s excited, and his best friend who helps him when he keeps having accidents that ruin Christmas.
Good Morning Britain airs weekdays from 6am on ITV.
Got a showbiz story? If you've got a story, video or pictures get in touch with the Metro.co.uk Entertainment team by emailing us<EMAIL_ADDRESS>calling 020 3615 2145 or by visiting our Submit Stuff page - we'd love to hear from you.


|
|
IFXNotificationInfo.h File ReferenceThis header file defines the IFXNotificationInfo interface and its functionality. More...
|
Classes |
| class | IFXNotificationInfo |
| | This is the main interface for IFXNotificationInfo. More...
|
Enumerations |
| enum | IFXNotificationType {
IFXNotificationType_Nil = 0,
IFXNotificationType_Animation,
IFXNotificationType_Collision,
IFXNotificationType_Error,
IFXNotificationType_Idle,
IFXNotificationType_Input,
IFXNotificationType_System,
IFXNotificationType_Task,
IFXNotificationType_Time,
IFXNotificationType_Update,
IFXNotificationType_Script,
IFXNotificationType_User = 0x08000000,
IFXNotificationType_Auto = 0x10000000,
IFXNotificationType_Invalid = 0xFFFFFFFF
} |
| enum | IFXNotificationId {
IFXNotificationId_Nil = 0,
IFXNotificationId_AnimationQueued,
IFXNotificationId_AnimationStarted,
IFXNotificationId_AnimationEnded,
IFXNotificationId_CollisionDetected,
IFXNotificationId_CollisionDetectedBone,
IFXNotificationId_CollisionResolved,
IFXNotificationId_MouseDown,
IFXNotificationId_MouseUp,
IFXNotificationId_MouseDrag,
IFXNotificationId_KeyDown,
IFXNotificationId_KeyUp,
IFXNotificationId_ClockStarted,
IFXNotificationId_ClockStopped,
IFXNotificationId_ClockChanged,
IFXNotificationId_UnknownBlockSkipped,
IFXNotificationId_TaskRegistered,
IFXNotificationId_TaskUnregistered,
IFXNotificationId_TaskReset,
IFXNotificationId_StreamState,
IFXNotificationId_User = 0x08000000,
IFXNotificationId_Auto = 0x10000000,
IFXNotificationId_Invalid = 0xFFFFFFFF
} |
Functions |
| | IFXDEFINE_GUID (IID_IFXNotificationInfo, 0x76e95c85, 0xa633, 0x11d5, 0x9a, 0xe3, 0x0, 0xd0, 0xb7, 0x3f, 0xb7, 0x55) |
Detailed Description
This header file defines the IFXNotificationInfo interface and its functionality.
Enumeration Type Documentation
|
|
The set of notification ids recognized by the IFXNotificationManager.
Notification ids are unique ids that identify each possible event type. It is possible to combine Type and Id to create a unique 64-bit identifier.
Clients defining their own custom notification IDs should obtain them at run-time by calling IFXNotificationManager::GetNextId() to ensure there will be no collisions. Such dynamically allocated IDs will have values higher than IFXNotificationId_Auto.
If it is necessary to define custom notification IDs at compile time, values should have the general form (IFXNotificationId_User + n) and be less than IFXNotificationId_Auto.
It is not necessary for IDs to be unique globally, as long as they are unique within a type.
- Todo:
- Many of these notification ids are place holders for clients and are unused, or have not been hooked up yet.
Many also require better descriptions.
- Note:
There are three general categories of Id: predefined, autogenerated, and user.
Predefined Ids are defined in this header file, although others may exist internally. Autogenerated ids are served up by the GetNextId method in the NotificationManager. User ids are reserved for use by plug-in developers who need fixed ids.
It is recommended that you use autogenerated Ids when possible to avoid conflicts. Autogenerated ids are given the largest range, and there is room to expand the range in the future. It is also strongly recommended that any custom ids are defined relative to these defines, as their specific values may change; however, the available user-id space will not shrink, so you may freely use the entire range.
Predefined system notification ids: 0x00000000-0x07FFFFFF (134,217,727 unique ids)
User definable notification ids: 0x08000000-0x0FFFFFFF (134,217,727 unique ids)
Autogenerated notification ids: 0x10000000-0xFFFFFFFF (4,026,531,839 unique ids)
- Enumerator:
-
| IFXNotificationId_Nil |
Indicates no id or wildcard behavior when registering to receive notifications. |
| IFXNotificationId_AnimationQueued |
Id used with type IFXNotificationType_Animation. |
| IFXNotificationId_AnimationStarted |
Id used with type IFXNotificationType_Animation. |
| IFXNotificationId_AnimationEnded |
Id used with type IFXNotificationType_Animation. |
| IFXNotificationId_CollisionDetected |
Id used with type IFXNotificationType_Collision. |
| IFXNotificationId_CollisionDetectedBone |
Id used with type IFXNotificationType_Collision. |
| IFXNotificationId_CollisionResolved |
Id used with type IFXNotificationType_Collision. |
| IFXNotificationId_MouseDown |
Id used with type IFXNotificationType_Input. |
| IFXNotificationId_MouseUp |
Id used with type IFXNotificationType_Input. |
| IFXNotificationId_MouseDrag |
Id used with type IFXNotificationType_Input. |
| IFXNotificationId_KeyDown |
Id used with type IFXNotificationType_Input. |
| IFXNotificationId_KeyUp |
Id used with type IFXNotificationType_Input. |
| IFXNotificationId_ClockStarted |
Id used with type IFXNotificationType_System. |
| IFXNotificationId_ClockStopped |
Id used with type IFXNotificationType_System. |
| IFXNotificationId_ClockChanged |
Id used with type IFXNotificationType_System. |
| IFXNotificationId_UnknownBlockSkipped |
Id used with type IFXNotificationType_System. Notifiction data contains the unrecognized U32 block type, not a void pointer. Key filter contains the associated U32 load id. |
| IFXNotificationId_TaskRegistered |
Id used with type IFXNotificationType_Task. |
| IFXNotificationId_TaskUnregistered |
Id used with type IFXNotificationType_Task. |
| IFXNotificationId_TaskReset |
Id used with type IFXNotificationType_Task. |
| IFXNotificationId_StreamState |
Id used with type IFXNotificationType_Update. |
| IFXNotificationId_User |
Id used with type IFXNotificationType_User. |
| IFXNotificationId_Auto |
Id used with type IFXNotificationType_User. |
| IFXNotificationId_Invalid |
|
|
|
|
The set of notification types recognized by the IFXNotificationManager interface.
Notification types are like event categories, and help filter the mass of events There are a small number of system-defined notification types.
Clients defining their own custom notification types should obtain them at run-time by calling IFXNotificationManager::GetNextType() to ensure there will be no collisions. Such dynamically allocated types will have values higher than IFXNotificationType_Auto.
If it is necessary to define custom notification types at compile time, values should have the general form (IFXNotificationType_User + n) and be less than IFXNotificationType_Auto.
Note that while auto-generated types are guaranteed to be unique, types defined at compile time relative to IFXNotificationType_User could possibly collide with types defined by another plug-in component, and for that reason are not recommended.
- Note:
- IFXNotificationType_User is the default user type for use with user-defined notification ids. Plug-ins can generate their own custom notification types.
Predefined system notification types: 0x00000000-0x07FFFFFF (134,217,727 unique ids)
User definable notification types: 0x08000000-0x0FFFFFFF (134,217,727 unique ids)
Autogenerated notification types: 0x10000000-0xFFFFFFFF (4,026,531,839 unique ids)
- Todo:
- Some of these notification type are place holders and have not been hooked up yet.
Many also require better descriptions.- Enumerator:
-
| IFXNotificationType_Nil |
Indicates no type or wildcard behavior when registering to receive notifications. |
| IFXNotificationType_Animation |
|
| IFXNotificationType_Collision |
|
| IFXNotificationType_Error |
Notification generated when a task execution fails (submission is done via IFXNotificationManager::SubmitError).
Notification id contains the IFXTaskHandle of the registered being monitored or IFXNotificationId_Nil to monitor all registered tasks. Key filter contains the IFXRESULT result code returned by the failing task. Object filter contains a reference to the failing task. |
| IFXNotificationType_Idle |
|
| IFXNotificationType_Input |
|
| IFXNotificationType_System |
System type.
Usage depends upon the associated IFXNotificationId. |
| IFXNotificationType_Task |
|
| IFXNotificationType_Time |
|
| IFXNotificationType_Update |
|
| IFXNotificationType_Script |
|
| IFXNotificationType_User |
|
| IFXNotificationType_Auto |
|
| IFXNotificationType_Invalid |
|
|
Function Documentation
| IFXDEFINE_GUID |
( |
IID_IFXNotificationInfo |
, |
|
|
0x76e95c85 |
, |
|
|
0xa633 |
, |
|
|
0x11d5 |
, |
|
|
0x9a |
, |
|
|
0xe3 |
, |
|
|
0x0 |
, |
|
|
0xd0 |
, |
|
|
0xb7 |
, |
|
|
0x3f |
, |
|
|
0xb7 |
, |
|
|
0x55 |
|
|
) |
|
|
© 1999 - 2006 Intel Corporation. All rights reserved.
* Other names and brands may be claimed as the property of others.
|
|


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| survfit.object {survival} | R Documentation |
This class of objects is returned by the survfit
class of functions
to represent a fitted survival curve.
For a multi-state model the object has class c('survfitms', 'survfit')
.
Objects of this class have methods for the functions print
,
summary
, plot
, points
and lines
. The
print.survfit
method does more computation than is typical
for a print method and is documented on a separate page.
n |
total number of subjects in each curve. |
time |
the time points at which the curve has a step. |
n.risk |
the number of subjects at risk at t. |
n.event |
the number of events that occur at time t. |
n.enter |
for counting process data only, the number of subjects that enter at time t. |
n.censor |
for counting process data only, the number of subjects who exit the risk set, without an event, at time t. (For right censored data, this number can be computed from the successive values of the number at risk). |
surv |
the estimate of survival at time t+0. This may be a vector or a matrix. The latter occurs when a set of survival curves is created from a single Cox model, in which case there is one column for each covariate set. |
prev, p0 |
a multi-state survival will have the |
std.err |
for a survival curve this contains standard error of the cumulative hazard or -log(survival), for a multi-state curve it contains the standard error of prev. This difference is a reflection of the fact that each is the natural calculation for that case. |
cumhaz hazard |
optional. For a multi-state curve this is an k by k array for each time point, where k is the number of states. |
upper |
upper confidence limit for the survival curve or probability |
lower |
lower confidence limit for the survival curve or probability |
strata |
if there are multiple curves, this component gives the number of elements of
the |
start.time |
the value specified for the |
n.all |
for counting process data, and any time that the
|
conf.type |
the approximation used to compute the confidence limits. |
conf.int |
the level of the confidence limits, e.g. 90 or 95%. |
transitions |
for multi-state data, the total number of transitions of each type. |
na.action |
the returned value from the na.action function, if any. It will be used in the printout of the curve, e.g., the number of observations deleted due to missing values. |
call |
an image of the call that produced the object. |
type |
type of survival censoring. |
influence |
optional, for survfitms objects only.
A list with one element per stratum, each
element of the list is an array indexed by subject, time, state.
The time dimension will have one more element than the |
The following components must be included in a legitimate
survfit
or survfitms
object.
Survfit objects that contain multiple survival curves can be subscripted.
This is often used to plot a subset of the curves.
If the surv
or prev
component is a matrix then the
survfit
object will be treated as a matrix, otherwise only a
single subscript is used.
plot.survfit
,
summary.survfit
,
print.survfit
,
survfit
.


Setting up and using Data Models
KeystoneJS requires MongoDB v2.4 or greater.
In KeystoneJS, your data schema and models are controlled by Lists, and documents in your database are often called Items.
To define a data model, you create a new keystone.List
, and pass it list options.
You then add
fields to the list. Behind the scenes, a Keystone List will create a mongoose schema, and add the appropriate paths to it for the fields you define.
The schema
is accessible, allowing you to plug in other mongoose functionality like virtuals, methods and pre / post hooks.
When you have finished setting up your List, call list.register()
to initialise it and register it with Keystone.
To query your data, you use the list.model
(which is a mongoose model).
List Items are mongoose documents. To create new items, use new list.model()
and when you're ready to save it (or to save changes to an existing Item), call item.save()
.
new keystone.List(key[, options]);
The syntax for creating a Keystone List is very similar to the syntax for creating a Mongoose Schema, with the exception of the constructor, which is var MyList = new keystone.List(key, options)
.
Once you have created a new List, add fields to it using MyList.add(fields)
, where fields is an object of keys (for field paths) and values (for field types, or options).
Fields are defined by an object with a type
property, which must be a valid Field Type or basic data type. Using the object syntax you can specify additional options for the field. Common field options and field-type-specific options are detailed in the fields documentation.
When all the fields and options have been set on the list, call MyList.register()
to register the list with Keystone and finalise its configuration.
A simple Post model for a blog might look like this:
var keystone = require('keystone'),
Types = keystone.Field.Types;
var Post = new keystone.List('Post', {
autokey: { path: 'slug', from: 'title', unique: true },
map: { name: 'title' },
defaultSort: '-createdAt'
});
Post.add({
title: { type: String, required: true },
state: { type: Types.Select, options: 'draft, published, archived', default: 'draft' },
author: { type: Types.Relationship, ref: 'User' },
createdAt: { type: Date, default: Date.now },
publishedAt: Date,
image: { type: Types.CloudinaryImage },
content: {
brief: { type: Types.Html, wysiwyg: true, height: 150 },
extended: { type: Types.Html, wysiwyg: true, height: 400 }
}
});
Post.defaultColumns = 'title, state|20%, author, publishedAt|15%'
Post.register();
This example implements the optional map
, autokey
and defaultSort
options, described below.
It also specifies title
, state
, author
and publishedAt
as the default columns to display in the Admin UI, with state and publishedAt being given column widths.
The author
field is a relationship with the User
model, as described in the getting started guide.
Lists support the following options:
label String |
The label used for the list in the Admin UI. Defaults to a friendly form of key |
path String |
The path used for the list in the Admin UI. Defaults to a slugified form of key . |
singular String |
The singular label for the items in the list. Used in the Admin UI, defaults to a singular form of label |
plural String |
The plural label for the items in the list. Used in the Admin UI, defaults to a plural form of singular |
schema String |
Options for the Mongoose Schema for the List. Among other things, this option lets you specify a custom name for the collection. See the mongoose schema docs for a list of available options. Warning: do not modify the |
drilldown String |
A space-delimited list of relationships to display as drilldown in the Admin UI |
inherits List |
A list object that you would like to inherit fields from. |
sortable Boolean |
Adds a hidden field sortOrder to the schema, and enables drag and drop sorting in the Admin UI |
sortContext String |
A List:relationship pair to control when drag and drop sorting is available in the Admin UI |
searchFields String |
A space-delimited list of paths to use for searching in Admin UI |
defaultSort String |
The default column or path to sort on in the Admin UI |
defaultColumns String |
A comma-delimited list of default columns to display in the Admin UI List View.
You can specify width in either pixels or percent after a | pipe character.
|
map Object |
An object that maps fields to special list paths. Each path defaults to its key if a field with that key is added. Mappable paths include |
autokey Object |
Adds a plugin to the list that automatically generates a key for each document when it is saved, based on the value of another field or path. The value of the option should be an object with the following keys: | Autokey paths are automatically indexed; you may also want to include them in compound indexes.
track Boolean or Object |
Adds a plugin to the list that automatically keeps track of when and who (i.e. which Keystone user) created and last updated an item. When set to You may also selectively enable each field and optionally specify a custom field name by setting The
|
noedit Boolean |
Prevents editing of items in the list through the Keystone Admin UI |
nocreate Boolean |
Prevents creation of new items in the list through the Keystone Admin UI |
nodelete Boolean |
Prevents deletion of items from the list through the Keystone Admin UI |
hidden Boolean |
Hides the list in the Keystone Admin UI |
If you're wondering how to control which navigation area Lists are categorised under in the Admin UI, check out the nav
option in the KeystoneJS Configuration docs.
The drilldown option is a nice way to improve the usability of the Admin UI by providing context to the item a user is currently editing.
By default, the drilldown will just show the list that the item belongs to.
You can, however, set it to a Relationship
field in the schema, and it will display the item currently stored in that relationship field.
If there would be several relationships that may be relevant to display in the drilldown list, you can separate their paths with spaces.
var Post = new keystone.List('Post', {
autokey: { path: 'slug', from: 'title', unique: true },
map: { name: 'title' },
defaultSort: '-createdAt',
drilldown: 'author' // author is defined as a Relationship field in the example above
});
The inheritance option can be used to allow a list to inherit its fields from another list using Mongoose model discriminators
Parent lists may not themselves inherit from other lists.
var keystone = require('keystone');
var BasePage = new keystone.List('BasePage', {
map: { name: 'title' },
autokey: { path: 'slug', from: 'title', unique: true },
});
BasePage.add(
{
title: { type: String, required: true },
slug: { type: String, readonly: true },
}
);
BasePage.register();
var ChildPage = new keystone.List('ChildPage', { inherits: BasePage });
ChildPage.add({ child_content: { type: String, readonly: true } });
ChildPage.register();
You can specify virtuals, methods, statics as well as pre and post hooks for your Lists using the schema
. You can also use mongoose plugins from the plugins website.
For example, in our Post list above, we might want to automatically set the publishedAt
value when the state
is changed to published
(but only if it hasn't already been set).
We might also want to add a method to check whether the post is published, rather than checking the state
field value directly.
Before calling Post.register()
, we would add the following code:
Post.schema.methods.isPublished = function() {
return this.state == 'published';
}
Post.schema.pre('save', function(next) {
if (this.isModified('state') && this.isPublished() && !this.publishedAt) {
this.publishedAt = new Date();
}
next();
});
To query data, you can use any of the mongoose query methods on the list.model
.
For example: to load the last 5 posts
with the state published
, populating the linked author
, sorted by reverse published date:
var keystone = require('keystone'),
Post = keystone.list('Post');
Post.model.find()
.where('state', 'published')
.populate('author')
.sort('-publishedAt')
.limit(5)
.exec(function(err, posts) {
// do something with posts
});
Promises
There exists another way to work with events in Javascript that is included in mongoose query methods. Instead of passing a callback to the exec method, we can use what it returns: a Promise. Promises are very useful for clean chaining of events with propagation of error.
For example: load 100 posts
, then do something asynchronous, then do something with result:
var keystone = require('keystone'),
Post = keystone.list('Post');
Post.model.find()
.limit(100)
.exec()
.then(function (posts) { //first promise fulfilled
//return another async promise
}, function (err) { //first promise rejected
throw err;
}).then(function (result) { //second promise fulfilled
//do something with final results
}, function (err) { //something happened
//catch the error, it can be thrown by any promise in the chain
console.log(err);
});
To query data with pagination, you can use List.paginate()
,it returns a query object, just as List.model.find()
would. It supports the options
page
- page to start atperPage
- number of results to return per pagemaxPages
- optional, causes the page calculation to omit pages from the beginning/middle/end(useful if you have lots of pages, and do not want them to wrap over several lines).For example: to load the posts
with the maxPages
10 and perPage
10,which state is published
, populating the linked author
and categories
, sorted by reverse published date:
var keystone = require('keystone'),
Post = keystone.list('Post');
Post.paginate({
page: req.query.page || 1,
perPage: 10,
maxPages: 10
})
.where('state', 'published')
.sort('-publishedDate')
.populate('author categories')
.exec(function(err, results) {
locals.data.posts = results;
next(err);
});
When you call exec
on a paginated query, it will return a lot of metadata along with the results:
total
: all matching results (not just on this page)results
: array of results for this pagecurrentPage
: the index of the current pagetotalPages
: the total number of pagespages
: array of pages to displayprevious
: index of the previous page, false if at the first pagenext
: index of the next page, false if at the last pagefirst
: the index of the first result includedlast
: index of the last result includedTo create new items, again use the mongoose model:
var keystone = require('keystone'),
Post = keystone.list('Post');
var newPost = new Post.model({
title: 'New Post'
});
if (shouldBePublished) {
newPost.state = 'published';
}
newPost.save(function(err) {
// post has been saved
});
Because we set the autokey
option on our Post
list, it will have generated a unique key based on the title
before it was saved to the database.
newPost.slug == 'new-post';
To delete items, first load the data, then use the remove
method:
var keystone = require('keystone'),
Post = keystone.list('Post');
Post.model.findById(postId)
.remove(function(err) {
// post has been deleted
});
Define headings to display within the flow of your documents. Headings can be defined as a String
or Object
and can depend on another field value for display.
Person.add(
'User',
{ name: { type: Types.Name, required: true, index: true, initial: true } },
'Permissions',
{ isAdmin: { type: Boolean, label: 'Can access Keystone', index: true } },
// header object
{ heading: 'Activities' },
{ place: { type: Types.Select, options: ['GT', 'UGA'] } },
// header with dependsOn
{ heading: "GT Activities", dependsOn: { place: 'GT' } },
{ type: { type: Types.Select, options: ['ZC', 'MP'], dependsOn: { place: 'GT'} }
);
When adding fields to Lists, you can either specify basic data types or Keystone Field Types.
Keystone Fields allow you to easily add rich, functional fields to your application's models. They are designed to describe not just the structure of your data, but also the intention of your data. They provide:
location
field stores several strings and an GeoJSON lng/lat pointname
field provides a name.full
virtual which concatenates the stored name.first
and name.last
password
field provides a password.compare
method for testing against the encrypted hashBasic data types are mapped to their corresponding Keystone field types:
| Data type | Field type |
|---|---|
String |
Text |
Number |
Number |
Date |
DateTime |
Boolean |
Boolean |
All field types support several common options, which can specify database settings (such as index
and default
), or can provide information for Keystone's Admin UI (such as label
).
Fields can be nested inside objects, as in mongoose schemas.
All mongoose schema type options are passed to the mongoose schema, so you can also use any options mongoose supports.
Common field options include:
label String |
The label of each field is generated from the field path; set this option to override the default. |
required Boolean |
Validates that the field has a value before an item can be saved (also passed to mongoose and enforced using a database index). |
initial Boolean |
Causes the field to be displayed in the Create Item form, in the Admin UI. |
noedit Boolean |
Renders the field as read-only in the admin UI. |
note String |
Is displayed with the field in the admin UI. |
hidden Boolean |
The field will always be hidden in the Admin UI if this is set to true |
To improve the usability of the Admin UI, it is possible to hide fields when no value is set, or depending on the value of other fields.
collapse Boolean |
Displays an + add link in the admin UI when the field has no value. Will completely hide field UI when noedit is also set to true, when the field has no value |
dependsOn Object |
The field or header will only be displayed when the paths specified in the object match the current data for the item. You can target multiple values per path using an Array. Example
|
Keystone's fields support a simple syntax for configuring dynamically updated fields. You can set a field to update its value whenever:
To use the watching functionaliy, set the following two options:
watch Boolean or String or Object or Function |
When Provide a space-delimited list of paths to recalculate the field value whenever one of those paths changes. Provide an object of key / value pairs to recalculate the field value whenever one of those paths changes to the value specified. Provide a function that returns true/false whenever you want. |
value Function |
The function to generate the field value when a watched path is changed. Must return the new value, or accept a node-style The Example (synchronous)
Example (asynchronous)
|
Some field types include helpful underscore methods, which are available on the item at the field's path preceded by an underscore.
For example: use the format
underscore method of the createdAt
DateTime
field of the Posts List (above) like this
var keystone = require('keystone'),
Post = keystone.list('Post');
Post.model.findById(postId).exec(function(err, post) {
console.log(post._.createdAt.format('Do MMMM YYYY')); // 25th August 2013
});
Keystone enhances MongoDB's ability to store the ObjectIDs of related documents in a field (or many related ObjectIDs in an Array) with support for Relationship fields and Definitions in Models.
ObjectId
or Array
— Displayed as an auto-suggest field in the Admin UIStores references to ObjectIDs from another Model in an ObjectID field or array to create one-many or many-many relationships.
Specify the related Model using the ref
option. For a many-many relationship, set the many
option to true
.
For example, if you wanted to link a Post model to a single Author and many PostCategories, you would do it like this:
Post.add({
author: { type: Types.Relationship, ref: 'User' },
categories: { type: Types.Relationship, ref: 'PostCategory', many: true }
});
You can filter a relationship field using the filters
option.
The filters
option is an object of key/value pairs, in which the keys correspond to the fields of the related model to be filtered, and the values will either be literals or field names in the current model, the value of which will be used to filter the relationship.
In the example below, the author
field will only allow selection of a User
whose group
field is equal to 'admin'.
Post.add({
title: { type: String, required: true },
category: { type: Types.Select, options: 'user, editor, admin', default: 'user' },
author: { type: Types.Relationship, ref: 'User', filters: { group: 'admin' } }
});
You can also filter by the value of another field on the model. You do this setting the value of the filter to the name of the field, prefixed by a colon (:).
In the example below, the author
field will only allow selection of a User
whose group
field is equal to the value of the category
field of the Post
model.
Post.add({
title: { type: String, required: true },
category: { type: Types.Select, options: 'user, editor, admin', default: 'user' },
author: { type: Types.Relationship, ref: 'User', filters: { group: ':category' } }
});
Finally, you can also filter by the current model's _id
field.
In the example below, the bestPost
field will only allow selection of a Post
whose author
field is equal to the _id
of the current document.
User.add({
name: { type: String, required: true },
group: { type: Types.Select, options: 'user, editor, admin', default: 'user' },
bestPost: { type: Types.Relationship, ref: 'Post', filters: { author: ':_id' } }
});
You can only set filters on one-many relationships (i.e. when the many
option is NOT set to true
).
You can populate related data for relationship fields thanks to Mongoose's populate functionality. To populate the author and category documents when loading a Post from the example above, you would do this:
Post.model.findOne().populate('author categories').exec(function(err, post) {
// the author is a fully populated User document
console.log(post.author.name);
});
Note that if no ObjectId is stored, or an invalid ObjectId is stored (e.g. a document has been deleted), author
will be undefined
in the example above.
What if, in the example above, you wanted to see a list of the Posts by each Author? Because the relationship field is on the Post, you need to tell the Author (and the PostCategory) Model that it is being referred to. Doing so allows the Admin UI to represent the relationship from both sides.
You do this by calling the relationship
method on the Model
like this:
User.relationship({ path: 'posts', ref: 'Post', refPath: 'author' });
As you can see, the options provided to the relationship
method mirror those of the relationship field it refers to.
Relationship definitions are optional; if you leave them out, the relationships simply won't be displayed in the Admin UI from the other side of the relationship. The relationship field will still work as expected.
Filtering one-to-many related items is easy; simply specify the ID of the item you wish to filter on like any other value:
Post.model.find().where('author', author.id).exec(function(err, posts) {
// ...
});
To filter many-to-many related items, use an in
condition and specify one (or more) ids as an array:
Post.model.find().where('categories').in([category.id]).exec(function(err, posts) {
// ...
});
Boolean
Boolean
— Displayed as a checkbox in the Admin UI{ type: Types.Boolean }
Code
String
— Displayed with CodeMirror in the Admin UI.{ type: Types.Code, height: 180, language: json }
Color
Color
— Displayed as a text field with a color picker{ type: Types.Color }
Date
Date
— Displayed as a date picker in the Admin UIInput should either be a valid Date, or a string in the format YYYY-MM-DD (can be blank unless field is required)
To default Date fields to the current time, set the default
option to Date.now
{ type: Types.Date }
Datetime
Datetime
— Displayed as a date and time picker in the Admin UIInput should either be a valid Date, or a string in the format YYYY-MM-DD
(can be blank unless field is required)
To default Date fields to the current time, set the default
option to Date.now
{ type: Types.Datetime, default: Date.now }
Email
String
— Displayed as a text field in the Admin UIInput must look like a valid email address (can be blank unless field is required)
{ type: Types.Email, displayGravatar: true }
Html
String
— Displayed as a text field or WYSIWYG Editor in the Admin UI.{ type: Types.Html, wysiwyg: true }
See the Admin UI Options for global configuration options that can be used to customise the WYSIWYG editor.
Key
String
— Displayed as a text field in the Admin UIAutomatically converts input to a valid key (no spaces or special characters). White space is replaced with a separator.
{ type: Types.Key }
Location
Object
— Displayed as a combination of fields in the Admin UIContains a standard set of strings for storing an address, and a longitude / latitude point with a 2dsphere
index.
Also provides autocomplete functionality using Google's Places API (requires a Google Maps API Key to be provided, must only be used in accordance with Google's terms of service).
Google Places integration requires the google api key
option to be set for Keystone. See the Google configuration documentation for details.
{ type: Types.Location, defaults: { country: 'Australia' } }
Note: the schema paths are based on Australian address formats, and should be updated to be more appropriate for other international formats. If you have feedback on how the structure should be internationalised, please open a ticket.
Markdown
Object
— Displayed as a textarea field in the Admin UI{ type: Types.Markdown }
Money
Number
— Displayed as a number field in the Admin UIInput should either be a valid Number, or a string that can be converted to a number (leading symbols are allowed; can be blank unless field is required).
{ type: Types.Money }
Name
Object
— Displayed as firstname lastname fields in the Admin UI{ type: Types.Name }
Number
Number
— Displayed as a number field in the Admin UIInput should either be a valid Number, or a string that can be converted to a number (can be blank unless field is required)
{ type: Types.Number }
Password
String
— Displayed as a password field in the Admin UI, with a 'change' button.Passwords are automatically encrypted with bcrypt, and expose a method to compare a string to the encrypted hash.
The encryption happens with a pre-save hook added to the schema, so passwords set will not be encrypted until an item has been saved to the database.
{ type: Types.Password }
Select
String
or Number
— Displayed as a select field in the Admin UISimilar to Enum
in other Frameworks.
{ type: Types.Select, options: 'first, second, third' }
Text
String
— Displayed as a text field in the Admin UI{ type: Types.Text }
Textarea
String
— Displayed as a textarea field in the Admin UI{ type: Types.Textarea }
Url
String
— Displayed as a text field in the Admin UI.{ type: Types.Url }
AzureFile
Object
— Displayed as an file upload field in the Admin UIAutomatically manages files stored in Windows Azure Storage, including uploading and deleting.
{ type: Types.AzureFile }
CloudinaryImage
Object
— Displayed as an image upload field in the Admin UIAutomatically manages images stored in Cloudinary, including uploading, resizing and deleting.
See the Cloudinary configuration documentation for details on how to set up Cloudinary in KeystoneJS.
{ type: Types.CloudinaryImage }
Remember that if you are uploading images to a CloudinaryImage
field using an HTML form, you need to specify enctype="multipart/form-data"
in your form
tag.
CloudinaryImages
Array
— Displayed as a series of images, and an upload field in the Admin UIStores multiple images in a array as a nested Schema
, each of which expose the same methods as the cloudinaryimage
field.
{ type: Types.CloudinaryImages }
Embedly
Object
— Displayed as read-only data in the Admin UIAutomatically retrieves data from the Embedly API about the value of another field (specified with the from
option).
It stores the retrieved data (which includes the provider, media type, full URL, HTML embed code, width, height, thumbnail picture and more).
The api call to retrieve the data is implemented as a pre-save hook, and is only triggered if the from path value has changed.
See the Embed.ly configuration documentation for details on how to set up Embed.ly in KeystoneJS.
{ type: Types.Embedly, from: 'path' }
LocalFile
Object
— Displayed as a file upload field in the Admin UIStores files on the local file system.
{ type: Types.LocalFile }
S3 File
Object
— Displayed as an file upload field in the Admin UIAutomatically manages files stored in Amazon S3, including uploading and deleting.
{ type: Types.S3File }
See the Examples page for projects that demonstrate real-world usage of the various list options and field types.


§582-8 Delinquent child included. The term "delinquent juvenile" as used in the Interstate Compact on Juveniles shall include a minor, subject to section 571-11(1). [L 1955, c 87, §8; RL 1955, §334A-8; am imp L 1965, c 232, §1; HRS §582-8]


I need some help with some code if possible....
I need to trigger a pin on the GLCD on when solar output reaches a certain level but it needs to wait until the PV output has been high for say 30 seconds, and then stay on and overrun once the PVoutput drops for say 15mins (to allow for clouds etc)
I am stuck with the millis() function any help appreciated, I have spent 2 long evenings and made no progress to the point where I have deleted all my code and am back to square one, this is what i need in arduino speak:-
if solarPV > 3000 then
start a count down from 30 seconds to 0 then set output to true, if it drops below 3000 during this time, reset the 30second countdown. Once it has been higher than 3000 for 30 seconds it needs to run for 15mins minumum,
once output is true then keep track of the run time (in seconds)
once output drops below 3000 start a 15minute countdown before turn off (and reset to 15mins if output pops over 3000 again)
I know its easy enough, I just cant get it working! Cant see the wood for the trees.
Re: help programming Arduino timers, clocks, counters.
Please try something like this (modified 'Blink' example code):
Re: help programming Arduino timers, clocks, counters.
thanks, will give that a whirl later


Package redempt.redlib.region
Class Region
java.lang.Object
redempt.redlib.region.Region
- All Implemented Interfaces:
java.lang.Cloneable
- Direct Known Subclasses:
CuboidRegion
,MultiRegion
,SpheroidRegion
public abstract class Region
extends java.lang.Object
implements java.lang.Cloneable
Represents a region of an unspecified shape in the world
-
Constructor Summary
Constructors Constructor Description Region()
-
Method Summary
Modifier and Type Method Description abstract Region
clone()
boolean
contains(org.bukkit.block.Block block)
Checks whether a Block is contained by this Regionabstract boolean
contains(org.bukkit.Location loc)
Determines if this Region contains a Locationvoid
disableEvents()
Disable RegionEnterEvent and RegionExitEvent for this regionvoid
enableEvents()
Enable RegionEnterEvent and RegionExitEvent for this regionabstract Region
expand(double posX, double negX, double posY, double negY, double posZ, double negZ)
Expands this Region by a specified amount in each directionabstract Region
expand(org.bukkit.block.BlockFace face, double amount)
Expands this Region in a specific directionvoid
forEachBlock(java.util.function.Consumer<org.bukkit.block.Block> forEach)
Streams every Block in this Region, running your lambda on itint[]
getBlockDimensions()
Get the dimensions of this Region [x, y, z] in blocksabstract int
getBlockVolume()
org.bukkit.Location
getCenter()
java.util.Set<org.bukkit.Chunk>
getChunks()
org.bukkit.Location[]
getCorners()
double[]
getDimensions()
Get the dimensions of this Region [x, y, z]abstract org.bukkit.Location
getEnd()
java.util.List<org.bukkit.entity.Entity>
getEntities()
Gets all entities contained in this Region in loaded chunksjava.util.List<org.bukkit.entity.Entity>
getEntities(boolean load)
Gets all entities contained in this Regionjava.util.Set<org.bukkit.Chunk>
getLoadedChunks()
java.util.List<org.bukkit.entity.Player>
getPlayers()
Gets all players contained in this Regionabstract org.bukkit.Location
getStart()
abstract double
getVolume()
org.bukkit.World
getWorld()
double
measure(org.bukkit.block.BlockFace direction)
Gets the length of this Region along a given axisint
measureBlocks(org.bukkit.block.BlockFace direction)
Gets the block length of this Region along a given axisabstract Region
move(double x, double y, double z)
abstract Region
move(org.bukkit.util.Vector vec)
Moves this RegionProtectedRegion
protect(org.bukkit.plugin.Plugin plugin, ProtectionPolicy.ProtectionType... types)
Protects this RegionProtectedRegion
protect(ProtectionPolicy.ProtectionType... types)
Protects this Regionabstract Region
rotate(org.bukkit.Location center, int rotations)
Rotates this Region around a central pointabstract Region
setWorld(org.bukkit.World world)
Sets the World of this Regionabstract java.util.stream.Stream<org.bukkit.block.Block>
stream()
Streams all Blocks inside this RegionCuboidRegion
toCuboid()
Methods inherited from class java.lang.Object
equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
-
Constructor Details
-
Region
public Region()
-
-
Method Details
-
getStart
public abstract org.bukkit.Location getStart()- Returns:
- The least extreme corner of this Region
-
getEnd
public abstract org.bukkit.Location getEnd()- Returns:
- The most extreme corner of this Region
-
getVolume
public abstract double getVolume()- Returns:
- The volume of this Region, in cubic meters
-
getBlockVolume
public abstract int getBlockVolume()- Returns:
- The volume of this Region, in whole blocks
-
expand
public abstract Region expand(double posX, double negX, double posY, double negY, double posZ, double negZ)Expands this Region by a specified amount in each direction- Parameters:
posX
- The amount to increase in the positive X directionnegX
- The amount to increase in the negative X directionposY
- The amount to increase in the positive Y directionnegY
- The amount to increase in the negative Y directionposZ
- The amount to increase in the positive Z directionnegZ
- The amount to increase in the negative Z direction- Returns:
- Itself
-
expand
Expands this Region in a specific direction- Parameters:
face
- The BlockFace representing the direction to expand inamount
- The amount to expand- Returns:
- Itself
-
move
Moves this Region- Parameters:
vec
- The vector representing the direction and amount to move- Returns:
- Itself
-
move
-
contains
public abstract boolean contains(org.bukkit.Location loc)Determines if this Region contains a Location- Parameters:
loc
- The location to check- Returns:
- Whether the location is contained by this Region
-
clone
- Overrides:
clone
in classjava.lang.Object
- Returns:
- A clone of this Region
-
rotate
Rotates this Region around a central point- Parameters:
center
- The center of rotationrotations
- The number of clockwise rotations- Returns:
- Itself
-
setWorld
Sets the World of this Region- Parameters:
world
- The World- Returns:
- Itself
-
stream
public abstract java.util.stream.Stream<org.bukkit.block.Block> stream()Streams all Blocks inside this Region- Returns:
- The stream of all Blocks contained in this Region
-
getChunks
public java.util.Set<org.bukkit.Chunk> getChunks()- Returns:
- All the Chunks this Region overlaps
-
contains
public boolean contains(org.bukkit.block.Block block)Checks whether a Block is contained by this Region- Parameters:
block
- The Block- Returns:
- Whether the Block is contained by this Region
-
getLoadedChunks
public java.util.Set<org.bukkit.Chunk> getLoadedChunks()- Returns:
- All the loaded Chunks this Region overlaps
-
enableEvents
public void enableEvents()Enable RegionEnterEvent and RegionExitEvent for this region -
disableEvents
public void disableEvents()Disable RegionEnterEvent and RegionExitEvent for this region -
getPlayers
public java.util.List<org.bukkit.entity.Player> getPlayers()Gets all players contained in this Region- Returns:
- The players in this Region
-
getEntities
public java.util.List<org.bukkit.entity.Entity> getEntities()Gets all entities contained in this Region in loaded chunks- Returns:
- The entities in this Region
-
getEntities
public java.util.List<org.bukkit.entity.Entity> getEntities(boolean load)Gets all entities contained in this Region- Parameters:
load
- Whether to load chunks to check the entities inside them- Returns:
- The entities in this Region
-
getWorld
public org.bukkit.World getWorld()- Returns:
- The World this Region is in
-
forEachBlock
public void forEachBlock(java.util.function.Consumer<org.bukkit.block.Block> forEach)Streams every Block in this Region, running your lambda on it- Parameters:
forEach
- What to run on each Block
-
getBlockDimensions
public int[] getBlockDimensions()Get the dimensions of this Region [x, y, z] in blocks- Returns:
- The dimensions of this Region
-
getDimensions
public double[] getDimensions()Get the dimensions of this Region [x, y, z]- Returns:
- The dimensions of this Region
-
getCorners
public org.bukkit.Location[] getCorners()- Returns:
- All 8 cuboid corners of this Region
-
toCuboid
- Returns:
- A cuboid representation of this Region using the extreme corners
-
getCenter
public org.bukkit.Location getCenter()- Returns:
- The center of this Region, the midpoint of the two extreme corners
-
protect
public ProtectedRegion protect(org.bukkit.plugin.Plugin plugin, ProtectionPolicy.ProtectionType... types)Protects this Region- Parameters:
plugin
- The plugin registering the protectiontypes
- The ProtectionTypes to protect this Region with- Returns:
- The ProtectedRegion using this Region and the given ProtectionTypes
-
protect
Protects this Region- Parameters:
types
- The ProtectionTypes to protect this Region with- Returns:
- The ProtectedRegion using this Region and the given ProtectionTypes
-
measure
public double measure(org.bukkit.block.BlockFace direction)Gets the length of this Region along a given axis- Parameters:
direction
- The BlockFace representing the axis - opposites will act the same (i.e. UP, DOWN)- Returns:
- The length of this Region along the given axis
-
measureBlocks
public int measureBlocks(org.bukkit.block.BlockFace direction)Gets the block length of this Region along a given axis- Parameters:
direction
- The BlockFace representing the axis - opposites will act the same (i.e. UP, DOWN)- Returns:
- The block length of this Region along the given axis
-


Acts just like SocketAppender except that instead of connecting to a given remote log server, SocketHubAppender
accepts connections from the remote log servers as clients. It can accept more than one connection. When a log event is received, the event is sent to the set of currently connected remote log servers. Implemented this way it does not require any update to the configuration file to send data to another remote log server. The remote log server simply connects to the host and port the SocketHubAppender
is running on.
The SocketHubAppender
does not store events such that the remote side will events that arrived after the establishment of its connection. Once connected, events arrive in order as guaranteed by the TCP protocol.
This implementation borrows heavily from the SocketAppender.
The SocketHubAppender has the following characteristics:
SocketHubAppender
does not use a layout. It ships a serialized spi::LoggingEvent object to the remote side.
SocketHubAppender
relies on the TCP protocol. Consequently, if the remote side is reachable, then log events will eventually arrive at remote client.
SocketHubAppender
exits before the SocketHubAppender
is closed either explicitly or subsequent to garbage collection, then there might be untransmitted data in the pipe which might be lost. This is a common problem on Windows based systems. SocketHubAppender
either explicitly or by calling the LogManager::shutdown method before exiting the application.
Public Member Functions | |
| SocketHubAppender () | |
| ~SocketHubAppender () | |
| SocketHubAppender (int port) | |
Connects to remote server at address and port . | |
| virtual void | activateOptions (log4cxx::helpers::Pool &p) |
| Set up the socket server on the specified port. | |
| virtual void | setOption (const LogString &option, const LogString &value) |
| Set options. | |
| virtual void | close () |
| Release any resources allocated within the appender such as file handles, network connections, etc. | |
| virtual void | append (const spi::LoggingEventPtr &event, log4cxx::helpers::Pool &p) |
| Append an event to all of current connections. | |
| virtual bool | requiresLayout () const |
| The SocketHubAppender does not use a layout. | |
| void | setPort (int port1) |
| The Port option takes a positive integer representing the port where the server is waiting for connections. | |
| int | getPort () const |
| Returns value of the Port option. | |
| void | setLocationInfo (bool locationInfo1) |
| The LocationInfo option takes a boolean value. | |
| bool | getLocationInfo () const |
| Returns value of the LocationInfo option. |
|
|
|
|
|
|
|
|
Connects to remote server at
|
|
|
Set up the socket server on the specified port.
Reimplemented from AppenderSkeleton. |
|
|
Append an event to all of current connections.
Implements AppenderSkeleton. |
|
|
Release any resources allocated within the appender such as file handles, network connections, etc. It is a programming error to append to a closed appender. Implements Appender. |
|
|
Returns value of the LocationInfo option.
|
|
|
Returns value of the Port option.
|
|
|
The SocketHubAppender does not use a layout.
Hence, this method returns Implements Appender. |
|
|
The LocationInfo option takes a boolean value. If true, the information sent to the remote host will include location information. By default no location information is sent to the server. |
|
|
Set options.
Reimplemented from AppenderSkeleton. |
|
|
The Port option takes a positive integer representing the port where the server is waiting for connections.
|


--- layout: null section-type: contact title: Contact --- ## Contact Drop me an email or fill this form if you are interested in my skills and what i can do for you!


Bruticus was the first combiner created by the mad scientist Shockwave. For all his strength and power, however, the monstrous gestalt has only the most rudimentary mind, capable of wanton destruction and little else.
5 Decepticon Warriors combine to form "Decepticon Bruticus"


What kind of experience does augmented space provide? This is the main question of Manovich’s article. First, he focuses on the topic of data. He acknowledges data as one of the major components of today’s tech world. He lists surveillance, cell space, and electronic displays as three examples of applications of data. These examples obviously demonstrate the major role data plays in our digital world. Data has the power to predict. From the stats the machine collected, systems are able to optimize for different user’s needs, so the providers can provide information that more relevant to our current feelings and opinions. Data has become one of the most important assets for any tech company. Nearly every website is optimized for each user. Youtube recommends videos that link to your preferences and watch history. The google ad service displays products that the user is more likely to get distracted for and purchase.
The author also talks about the idea of immersion. We often evaluate the screen size of any device, but the author dips into the relationship between physical space and its digital possibilities. The author draws a connection between augmenting spaces and the chance to reconfigure our spaces. Many spaces now added another layer of data, which is this digital facade. I wonder if this is the reason why minimalistic designs are so popular nowadays as it leaves spaces for our digital tools.
The author provides an intriguing example which is Libeskind’s design for the Jewish Museum in Berlin which its facade is a digital map of the past Jewish residences in this block. Technology provides an alternative for design. Many famous contemporary architects like Zaha Hadid heavily use technology as its main tool for creating intricate and unimaginable designs.
Lastly, the writer points out a very important point between our culture and the tech world. He suggests cultural institutions usually follow the trends of the tech industry, as many components of a gallery or a public space need the tech to work. But with the emergence of augmented space, institutions might be on the same level with the tech industry this time, since the tech industry needs a lot of data and experience from institutions to built a meaningful and aesthetically pleasing space.
The other essay on augmented reality portrays AR as a method of mediation, something additional to our existing setup of technology. There still are many flaws and disadvantages with AR technology. For example, people might not take it too seriously, it might always be treated as an experimental playground. Also,the handset is not easy enough to navigate or use yet, too many restrictions applied for the users. We pose the question that can it ever be a part of us or will it always be an additional piece of wear? Would it ever feel easily enough as opening the Instagram app, or unlock using the Face ID? Right now, AR is not really natural for humans.
The last essay focuses on Situated computing. It is about how the algorithm evolves or changes depends on the location or actions of the users, which relates to the first reading. In some way, situated computing depends heavily on data. It is the evolving process or growth of software.
Situated computing also lets the user see a bigger picture by putting pieces of a puzzle together. The other keyword is constructive memory, it is the reconstruction of data when needed, a quick rebuild of memory. It adapts to different situations which also is an efficient way of software developing and storing data since it would know what information is more important and what isn’t over time.
Exercise 3 coming soon, facing a few problems including the different ways of functions between canvas and the rest, also how the screen size differ between the game screen and actual ios devices. Felt a bit problematic with the trigger functions.
My AR app will focus on some of the works of Jeff Koons who sold the most expensive art work as a living artist. 91.1 milion dollars...


Judge resigns over links to murder suspect
by Agency ReportA judge in Slovakia has stepped down after being linked with a businessman accused of ordering the killing of an investigative journalist, officials said on Thursday.
Bratislava judge Miriam Repakova is among several members of the judiciary alleged to have exchanged text messages with murder suspect Marian Kocner. She is the first judge to be forced to step down.
The businessman is accused of ordering the February 2018 murder of Jan Kuciak, a reporter who had been investigating Kocner’s business activities.
The killing triggered mass protests that forced Prime Minister Robert Fico to resign and inspired anti-corruption activist Zuzana Caputova to successfully run for president.
Presidential spokesman Martin Strizenec said the judge had resigned on Wednesday but would continue to serve until the end of November.
Prosecutors have charged Kocner with ordering the assassination of Kuciak and are also investigating his role in several cases of suspected fraud.
Four other people were also charged, including one suspect who has cooperated with investigators in exchange for a plea bargain.
In September, justice ministry official Monika Jankovska resigned after the leak of thousands of text messages she had exchanged with Kocner.
(AFP)


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.lang.reflect.Modifier
public class Modifier
The Modifier class provides static
methods and
constants to decode class and member access modifiers. The sets of
modifiers are represented as integers with distinct bit positions
representing different modifiers. The values for the constants
representing the modifiers are taken from The
JavaTM Virtual Machine Specification, Second
edition tables
4.1,
4.4,
4.5, and
4.7.
Class.getModifiers()
,
Member.getModifiers()
| Field Summary | |
|---|---|
static int |
ABSTRACT
The int value representing the abstract
modifier. |
static int |
FINAL
The int value representing the final
modifier. |
static int |
INTERFACE
The int value representing the interface
modifier. |
static int |
NATIVE
The int value representing the native
modifier. |
static int |
PRIVATE
The int value representing the private
modifier. |
static int |
PROTECTED
The int value representing the protected
modifier. |
static int |
PUBLIC
The int value representing the public
modifier. |
static int |
STATIC
The int value representing the static
modifier. |
static int |
STRICT
The int value representing the strictfp
modifier. |
static int |
SYNCHRONIZED
The int value representing the synchronized
modifier. |
static int |
TRANSIENT
The int value representing the transient
modifier. |
static int |
VOLATILE
The int value representing the volatile
modifier. |
| Constructor Summary | |
|---|---|
Modifier()
|
| Method Summary | |
|---|---|
static boolean |
isAbstract(int mod)
Return true if the integer argument includes the abstract modifier, false otherwise. |
static boolean |
isFinal(int mod)
Return true if the integer argument includes the final modifier, false otherwise. |
static boolean |
isInterface(int mod)
Return true if the integer argument includes the interface modifier, false otherwise. |
static boolean |
isNative(int mod)
Return true if the integer argument includes the native modifier, false otherwise. |
static boolean |
isPrivate(int mod)
Return true if the integer argument includes the private modifier, false otherwise. |
static boolean |
isProtected(int mod)
Return true if the integer argument includes the protected modifier, false otherwise. |
static boolean |
isPublic(int mod)
Return true if the integer argument includes the public modifier, false otherwise. |
static boolean |
isStatic(int mod)
Return true if the integer argument includes the static modifier, false otherwise. |
static boolean |
isStrict(int mod)
Return true if the integer argument includes the strictfp modifier, false otherwise. |
static boolean |
isSynchronized(int mod)
Return true if the integer argument includes the synchronized modifier, false otherwise. |
static boolean |
isTransient(int mod)
Return true if the integer argument includes the transient modifier, false otherwise. |
static boolean |
isVolatile(int mod)
Return true if the integer argument includes the volatile modifier, false otherwise. |
static String |
toString(int mod)
Return a string describing the access modifier flags in the specified modifier. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final int PUBLIC
int
value representing the public
modifier.
public static final int PRIVATE
int
value representing the private
modifier.
public static final int PROTECTED
int
value representing the protected
modifier.
public static final int STATIC
int
value representing the static
modifier.
public static final int FINAL
int
value representing the final
modifier.
public static final int SYNCHRONIZED
int
value representing the synchronized
modifier.
public static final int VOLATILE
int
value representing the volatile
modifier.
public static final int TRANSIENT
int
value representing the transient
modifier.
public static final int NATIVE
int
value representing the native
modifier.
public static final int INTERFACE
int
value representing the interface
modifier.
public static final int ABSTRACT
int
value representing the abstract
modifier.
public static final int STRICT
int
value representing the strictfp
modifier.
| Constructor Detail |
|---|
public Modifier()
| Method Detail |
|---|
public static boolean isPublic(int mod)
mod
- a set of modifiers
mod
includes the
public modifier; false otherwise.public static boolean isPrivate(int mod)
mod
- a set of modifiers
mod
includes the
private modifier; false otherwise.public static boolean isProtected(int mod)
mod
- a set of modifiers
mod
includes the
protected modifier; false otherwise.public static boolean isStatic(int mod)
mod
- a set of modifiers
mod
includes the
static modifier; false otherwise.public static boolean isFinal(int mod)
mod
- a set of modifiers
mod
includes the
final modifier; false otherwise.public static boolean isSynchronized(int mod)
mod
- a set of modifiers
mod
includes the
synchronized modifier; false otherwise.public static boolean isVolatile(int mod)
mod
- a set of modifiers
mod
includes the
volatile modifier; false otherwise.public static boolean isTransient(int mod)
mod
- a set of modifiers
mod
includes the
transient modifier; false otherwise.public static boolean isNative(int mod)
mod
- a set of modifiers
mod
includes the
native modifier; false otherwise.public static boolean isInterface(int mod)
mod
- a set of modifiers
mod
includes the
interface modifier; false otherwise.public static boolean isAbstract(int mod)
mod
- a set of modifiers
mod
includes the
abstract modifier; false otherwise.public static boolean isStrict(int mod)
mod
- a set of modifiers
mod
includes the
strictfp modifier; false otherwise.public static String toString(int mod)
The modifier names are returned in an order consistent with the suggested modifier orderings given in The Java Language Specification, Second Edition sections §8.1.1, §8.3.1, §8.4.3, §8.8.3, and §9.1.1. The full modifier ordering used by this method is:public final synchronized strictfp
public protected private abstract static final transient
volatile synchronized native strictfp
interface
The interface
modifier discussed in this class is
not a true modifier in the Java language and it appears after
all other modifiers listed by this method. This method may
return a string of modifiers that are not valid modifiers of a
Java entity; in other words, no checking is done on the
possible validity of the combination of modifiers represented
by the input.
mod
- a set of modifiers
mod
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Create New Task
AriaNg
AriaNg
RPC
RPC
RPC
New
Remove Task
Clear Stopped Tasks
Default
By File Name
By File Size
By Progress
By Remaining
By Download Speed
By Upload Speed


Currently, I am an Assistant Professor with the Institute for Health Informatics at the University of Minnesota. I am a broadly trained health geographer who uses cutting-edge spatial analysis methods to advance our knowledge of health and cancer disparities. I employ GIScience methods and big data tools to answer substantive research questions about disparities and whether dynamics of place (location and time) increases the prevalence of disease in specific sub-populations. I also employ GIScience methods—spatial analysis, geocomputation, and geovisulization—to communicate this knowledge to health researchers, practitioners, and broader communities.
Smart Community Health is Social Determinants of Health (SDoH) point of care platform. Smart Community Health addresses SDoH needs (i.e., housing, poverty, food insecurity), through a innovate collaborative data-sharing platform that connects community resources to community needs.
Spatial Online Analytical Platforms (SOLAP) are a group of tools that allow users to interact and learn about spatial data. Spatial data remains an elusive tool for novice researcher who seek to understand how place affects outcomes. SOLAP provides a series of tools that allow users to interact and perform spatial analysis functions with needing access to sophisticated GIS software.


Admin Dashboard
class
{{ (posts | async)?.length }} Posts
description
{{ (pages | async)?.length }} Pages
shopping_basket
{{ (products | async)?.length }} Products
group_work
{{ (categories | async)?.length }} Product Categories
check_circle
{{ approvalsTotal }} items needs moderation
0 items need moderation
account_circle
{{ (customers | async)?.length }} Customers
attach_money
{{ (orders | async)?.length }} Orders
assignment_ind
{{ (admins | async)?.length }} Admins


Captain Mathias:
Well done. Speak to me again if you have any interest in further assignments. As promised here is your compensation.


Neovim and REPLs
Last update: 07/05/2023
Back to home
Back to Posts
This is about sending code that you're editing in a buffer to another process running a REPL (interactive program) for the programming language you're working with. Hopefully, this should help put things in perspective.
My goal is to try to understand how the plugins go about doing their thing.
Disclaimer
I've used vim-slime in the past for some Python coding but am currently using Conjure. I've yet to use Conjure for Clojure coding. I've also submitted some PRs for tiny improvements to Python coding with Conjure. They take advantage of the Tree-sitter support in Neovim.
Various Plugins
There are Vim plugins that help with the goal of sending code to a REPL.
| Plugin | Implementation | IPC Mechanism |
|---|---|---|
| Conjure | Fennel, Lua | uv.spawn(), uv.write() |
| iron.nvim | Lua | termopen(), chansend() Uses bracketed paste mode when sending Python code. |
| vim-fireplace | Vimscript, Python | jobstart({cmd} ), chansend() where {cmd} is something like ['python', '.../pythonx/fireplace.py', 'nrepl://<IP_ADDRESS>:7888'] |
| vim-slime | Vimscript | :sp term://{cmd} , chansend() |
I haven't looked into these plugins.
| Plugin | Implementation | IPC Mechanism |
|---|---|---|
| neoterm | ||
| vimcmdline | ||
| vim-simpl | ||
| vlime |
Sending Code to a Sub-process
These are the facilities in Neovim that let one send stuff to a child process
spawned by the main Neovim process. For more information about the IPC Mechanism, see the Neovim help (:help <topic>
; for example: :he luv
).
| IPC Mechanism | Create Sub-process | Send To Sub-process | Read From Sub-process |
|---|---|---|---|
| luv | uv.spawn() (Lua ) |
uv.write() |
Via callback on handle s for stdout and stderr. |
| terminal-emulator | termopen() (Vimscript ) |
chansend() |
Via callbacks: on_stdout only (see :he jobstart-options ). |
| terminal-emulator | :sp term://{cmd} (Command-line mode ) |
chansend() |
Not available |
| job-control | jobstart() (Vimscript ) |
chansend() |
Via callbacks: on_stdout and on_stderr . |
About the Terminal-Emulator
There are at least two ways to start a terminal emulator Sub-process.
termopen()
and :sp term://{cmd}
. The difference between the two is how they
are typically used. The latter is generally invoke in command-line mode.
However, Neovim provides the mechanism to use both programmatically.
While termopen()
and jobstart()
take the same arguments, termopen()
is
more specialized than jobstart()
. termopen()
automatically sets the pty
option of the jobstart-options. Thus, the output of the program (cmd
)
running in the terminal-emulator is only available via stdout (combination of
stdout and stderr).


Blacksmith Duning:
Ah, the Gold Giant! Yes, I will trade 1 Gold Giant for 5 Gold Knights and 5 Gold Drakes. Or perhaps you would prefer a game of chance?
Exchange at set rate.
Play game. [Guess correctly in 2 tries - 3 Gold Drakes]
Play game. [Guess correctly in 3 tries - 7 Gold Drakes]
Play game. Guess correctly in 4 tries - 9 Gold Drakes]
Ask how to play.


Boosting (Enabled)
Manually tune the relevance level of matching documents when performing a query
The following example shows simple query WITH boosting
(
Allow FLATTEN results and check the "City" column for relevance order)
Visit RavenDB Documantation on Boosting
Optional Parameters : City, Country


Compose ファイルのバージョンとアップグレード
読む時間の目安: 14 分Compose ファイルは YAML 形式のファイルであり、Docker アプリケーションに対してサービス、ネットワーク、ボリュームを定義します。
Compose ファイルのフォーマットは、各バージョンごとに以下のリファレンスに記述しています。
| リファレンスファイル | 各バージョンでの変更点 |
|---|---|
| バージョン 3 （最新版、利用を推奨） | バージョン 3 での変更 |
| バージョン 2 | バージョン 2 での変更 |
| バージョン 1 | バージョン 1 での変更 |
The topics below explain the differences among the versions, Docker Engine compatibility, and how to upgrade.
互換マトリックス
There are several versions of the Compose file format – 1, 2, 2.x, and 3.x
以下の一覧表は、Compose ファイルのどのバージョンが Docker リリースをサポートしているかを示すものです。
| Compose ファイルフォーマット | Docker Engine リリース |
|---|---|
| 3.8 | 19.03.0 以上 |
| 3.7 | 18.06.0 以上 |
| 3.6 | 18.02.0 以上 |
| 3.5 | 17.12.0 以上 |
| 3.4 | 17.09.0 以上 |
| 3.3 | 17.06.0 以上 |
| 3.2 | 17.04.0 以上 |
| 3.1 | 1.13.1 以上 |
| 3.0 | 1.13.0 以上 |
| 2.4 | 17.12.0 以上 |
| 2.3 | 17.06.0 以上 |
| 2.2 | 1.13.0 以上 |
| 2.1 | 1.12.0 以上 |
| 2.0 | 1.10.0 以上 |
| 1.0 | 1.9.1. 以上 |
この表に示している Compose のファイルフォーマットバージョンに加えて、Compose そのもののリリーススケジュールがあります。 詳しくは Compose リリースに示されています。 しかしファイルフォーマットのバージョンは、個々のリリースに合わせてバージョンアップする必要がありません。 たとえば Compose ファイルフォーマット 3.0 が初めて導入されたのは Compose リリース 1.10.0 ですが、その後のリリースの中で、徐々にバージョンアップを行ってきています。
Looking for more detail on Docker and Compose compatibility?
We recommend keeping up-to-date with newer releases as much as possible. However, if you are using an older version of Docker and want to determine which Compose release is compatible, refer to the Compose release notes. Each set of release notes gives details on which versions of Docker Engine are supported, along with compatible Compose file format versions. (See also, the discussion in issue #3404.)
For details on versions and how to upgrade, see Versioning and Upgrading.
バージョンづけ
Compose ファイルフォーマットには、現在のところ 3 つのバージョンがあります。
-
バージョン 1。 古いフォーマットです。 YAML ファイルのルートにおいて
version
キーを省略することで指定されます。 -
バージョン 2.x。 YAML ファイルのルートにおいて、
version: '2'
またはversion: '2.1'
などのように記述することで指定されます。 -
Version 3.x, the latest and recommended version, designed to be cross-compatible between Compose and the Docker Engine’s swarm mode. This is specified with a
version: '3'
orversion: '3.1'
, etc., entry at the root of the YAML.
v2 and v3 Declaration
Note: When specifying the Compose file version to use, make sure to specify both the major and minor numbers. If no minor version is given,
0
is used by default and not the latest minor version.
The Compatibility Matrix shows Compose file versions mapped to Docker Engine releases.
To move your project to a later version, see the Upgrading section.
Note: If you’re using multiple Compose files or extending services, each file must be of the same version - you cannot, for example, mix version 1 and 2 in a single project.
Several things differ depending on which version you use:
- The structure and permitted configuration keys
- The minimum Docker Engine version you must be running
- Compose’s behaviour with regards to networking
These differences are explained below.
バージョン 1
Compose files that do not declare a version are considered “version 1”. In those files, all the services are declared at the root of the document.
Version 1 is supported by Compose up to 1.6.x. It will be deprecated in a future Compose release.
Version 1 files cannot declare named volumes, networks or build arguments.
Compose does not take advantage of networking when you
use version 1: every container is placed on the default bridge
network and is
reachable from every other container at its IP address. You need to use
links to enable discovery between containers.
Example:
web:
build: .
ports:
- "5000:5000"
volumes:
- .:/code
links:
- redis
redis:
image: redis
Version 2
Compose files using the version 2 syntax must indicate the version number at
the root of the document. All services
must be declared under the services
key.
Version 2 files are supported by Compose 1.6.0+ and require a Docker Engine of version 1.10.0+.
Named volumes can be declared under the
volumes
key, and networks can be declared
under the networks
key.
By default, every container joins an application-wide default network, and is discoverable at a hostname that’s the same as the service name. This means links are largely unnecessary. For more details, see Networking in Compose.
Note: When specifying the Compose file version to use, make sure to specify both the major and minor numbers. If no minor version is given,
0
is used by default and not the latest minor version. As a result, features added in later versions will not be supported. For example:version: "2"
is equivalent to:
version: "2.0"
Simple example:
version: "2.4"
services:
web:
build: .
ports:
- "5000:5000"
volumes:
- .:/code
redis:
image: redis
A more extended example, defining volumes and networks:
version: "2.4"
services:
web:
build: .
ports:
- "5000:5000"
volumes:
- .:/code
networks:
- front-tier
- back-tier
redis:
image: redis
volumes:
- redis-data:/var/lib/redis
networks:
- back-tier
volumes:
redis-data:
driver: local
networks:
front-tier:
driver: bridge
back-tier:
driver: bridge
Several other options were added to support networking, such as:
-
The
depends_on
option can be used in place of links to indicate dependencies between services and startup order.version: "2.4" services: web: build: . depends_on: - db - redis redis: image: redis db: image: postgres
Variable substitution also was added in Version 2.
Version 2.1
An upgrade of version 2 that introduces new parameters only available with Docker Engine version 1.12.0+. Version 2.1 files are supported by Compose 1.9.0+.
Introduces the following additional parameters:
link_local_ips
isolation
in build configurations and service definitionslabels
for volumes, networks, and buildname
for volumesuserns_mode
healthcheck
sysctls
pids_limit
oom_kill_disable
cpu_period
Version 2.2
An upgrade of version 2.1 that introduces new parameters only available with Docker Engine version 1.13.0+. Version 2.2 files are supported by Compose 1.13.0+. This version also allows you to specify default scale numbers inside the service’s configuration.
Introduces the following additional parameters:
Version 2.3
An upgrade of version 2.2 that introduces new parameters only available with Docker Engine version 17.06.0+. Version 2.3 files are supported by Compose 1.16.0+.
Introduces the following additional parameters:
target
,extra_hosts
andshm_size
for build configurationsstart_period
forhealthchecks
- “Long syntax” for volumes
runtime
for service definitionsdevice_cgroup_rules
バージョン 2.4
An upgrade of version 2.3 that introduces new parameters only available with Docker Engine version 17.12.0+. Version 2.4 files are supported by Compose 1.21.0+.
以下のパラメーターが追加されました。
- サービス定義における
platform
- Support for extension fields at the root of service, network, and volume definitions
バージョン 3
Designed to be cross-compatible between Compose and the Docker Engine’s swarm mode, version 3 removes several options and adds several more.
-
Removed:
volume_driver
,volumes_from
,cpu_shares
,cpu_quota
,cpuset
,mem_limit
,memswap_limit
,extends
,group_add
. See the upgrading guide for how to migrate away from these. (For more information onextends
, see Extending services.) -
Added: deploy
Note: When specifying the Compose file version to use, make sure to specify both the major and minor numbers. If no minor version is given,
0
is used by default and not the latest minor version. As a result, features added in later versions will not be supported. For example:version: "3"
is equivalent to:
version: "3.0"
Version 3.1
An upgrade of version 3 that introduces new parameters only available with Docker Engine version 1.13.1+, and higher.
Introduces the following additional parameters:
Version 3.2
An upgrade of version 3 that introduces new parameters only available with Docker Engine version 17.04.0+, and higher.
Introduces the following additional parameters:
cache_from
in build configurations- Long syntax for ports and volume mounts
attachable
network driver option- deploy
endpoint_mode
- deploy placement
preference
Version 3.3
An upgrade of version 3 that introduces new parameters only available with Docker Engine version 17.06.0+, and higher.
Introduces the following additional parameters:
Version 3.4
An upgrade of version 3 that introduces new parameters. It is only available with Docker Engine version 17.09.0 and higher.
Introduces the following additional parameters:
target
andnetwork
in build configurationsstart_period
forhealthchecks
order
for update configurationsname
for volumes
Version 3.5
An upgrade of version 3 that introduces new parameters. It is only available with Docker Engine version 17.12.0 and higher.
Introduces the following additional parameters:
isolation
in service definitionsname
for networks, secrets and configsshm_size
in build configurations
Version 3.6
An upgrade of version 3 that introduces new parameters. It is only available with Docker Engine version 18.02.0 and higher.
Introduces the following additional parameters:
tmpfs
size fortmpfs
-type mounts
Version 3.7
An upgrade of version 3 that introduces new parameters. It is only available with Docker Engine version 18.06.0 and higher.
Introduces the following additional parameters:
init
in service definitionsrollback_config
in deploy configurations- Support for extension fields at the root of service, network, volume, secret and config definitions
Version 3.8
An upgrade of version 3 that introduces new parameters. It is only available with Docker Engine version 19.03.0 and higher.
Introduces the following additional parameters:
max_replicas_per_node
in placement configurationstemplate_driver
option for config and secret configurations. This option is only supported when deploying swarm services usingdocker stack deploy
.driver
anddriver_opts
option for secret configurations. This option is only supported when deploying swarm services usingdocker stack deploy
.
Upgrading
Version 2.x to 3.x
Between versions 2.x and 3.x, the structure of the Compose file is the same, but several options have been removed:
-
volume_driver
: Instead of setting the volume driver on the service, define a volume using the top-levelvolumes
option and specify the driver there.version: "3.8" services: db: image: postgres volumes: - data:/var/lib/postgresql/data volumes: data: driver: mydriver
-
volumes_from
: To share a volume between services, define it using the top-levelvolumes
option and reference it from each service that shares it using the service-levelvolumes
option. -
cpu_shares
,cpu_quota
,cpuset
,mem_limit
,memswap_limit
: These have been replaced by the resources key underdeploy
.deploy
configuration only takes effect when usingdocker stack deploy
, and is ignored bydocker-compose
. extends
: This option has been removed forversion: "3.x"
Compose files. (For more information, see Extending services.)group_add
: This option has been removed forversion: "3.x"
Compose files.pids_limit
: This option has not been introduced inversion: "3.x"
Compose files.link_local_ips
innetworks
: This option has not been introduced inversion: "3.x"
Compose files.
Version 1 to 2.x
In the majority of cases, moving from version 1 to 2 is a very simple process:
- Indent the whole file by one level and put a
services:
key at the top. - Add a
version: '2'
line at the top of the file.
It’s more complicated if you’re using particular configuration features:
-
dockerfile
: This now lives under thebuild
key:build: context: . dockerfile: Dockerfile-alternate
-
log_driver
,log_opt
: These now live under thelogging
key:logging: driver: syslog options: syslog-address: "tcp://<IP_ADDRESS>:123"
-
links
with environment variables: As documented in the environment variables reference, environment variables created by links have been deprecated for some time. In the new Docker network system, they have been removed. You should either connect directly to the appropriate hostname or set the relevant environment variable yourself, using the link hostname:web: links: - db environment: - DB_PORT=tcp://db:5432
-
external_links
: Compose uses Docker networks when running version 2 projects, so links behave slightly differently. In particular, two containers must be connected to at least one network in common in order to communicate, even if explicitly linked together.Either connect the external container to your app’s default network, or connect both the external container and your service’s containers to an external network.
-
net
: This is now replaced by network_mode:net: host -> network_mode: host net: bridge -> network_mode: bridge net: none -> network_mode: none
If you’re using
net: "container:[service name]"
, you must now usenetwork_mode: "service:[service name]"
instead.net: "container:web" -> network_mode: "service:web"
If you’re using
net: "container:[container name/id]"
, the value does not need to change.net: "container:cont-name" -> network_mode: "container:cont-name" net: "container:abc12345" -> network_mode: "container:abc12345"
-
volumes
with named volumes: these must now be explicitly declared in a top-levelvolumes
section of your Compose file. If a service mounts a named volume calleddata
, you must declare adata
volume in your top-levelvolumes
section. The whole file might look like this:version: "2.4" services: db: image: postgres volumes: - data:/var/lib/postgresql/data volumes: data: {}
By default, Compose creates a volume whose name is prefixed with your project name. If you want it to just be called
data
, declare it as external:volumes: data: external: true
Compatibility mode
docker-compose
1.20.0 introduces a new --compatibility
flag designed to
help developers transition to version 3 more easily. When enabled,
docker-compose
reads the deploy
section of each service’s definition and
attempts to translate it into the equivalent version 2 parameter. Currently,
the following deploy keys are translated:
- resources limits and memory reservations
- replicas
- restart_policy
condition
andmax_attempts
All other keys are ignored and produce a warning if present. You can review
the configuration that will be used to deploy by using the --compatibility
flag with the config
command.
Do not use this in production!
We recommend against using
--compatibility
mode in production. Because the resulting configuration is only an approximate using non-Swarm mode properties, it may produce unexpected results.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/subdirs.html ---
Hi, do we have a description of the directory structure? In particular, where is the line between algebra/group*
and group_theory/*
?
They grew organically. I suspect people might be open to suggested rearrangements
Things are certainly occasionally rearranged
Most things in algebra/group/
are lemmas about equational reasoning between elements in a group.
Everything else is in group_theory/
, like subgroups, quotient groups and anything more advanced.
I don't know the libraries that well, so this is probably not completely right, but it is a good heuristic.
I feel like this distinction is also pretty close to the dividing line between when it makes sense to unbundle and use typeclasses (equational reasoning about elements), and when it makes sense to bundle (and use category theory...) (when you're interesting in relationships between the containers).
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


/*6: Create a form with fields name, mobile no, gender and and interests. No field should be empty (i.e validate the form).*/ //!!! REsource @tutorials duniya


This is a pretty dark game. It's pretty whack. So here's the deal:
You gotta save this unfortunate schmuck from death. First, you guess a letter. If the mystery word contains it, congratulations! Mr. Schmuck passes a death save. But if you guess a letter that isn't contained: bad news. We'll add a limb to the death count. You get five tries. Mr. Schmuck has three child support payments to make every month. Without him, his children probably starve or whatever.  No pressure
Go!
Letters you've guessed:


How to get involved
HOW TO GET INVOLVED
This is the best membership deal you can buy! Some people have a hard time paying to volunteer. Well if that's you, just give us $25.00 every year and we won't bug you - much. You'll get a card that says you’re a TRAA member and you'll get periodic updates on what you're missing out on.
 Not only does $25.00 get you in good standing as a TRAA member, it also includes everyone in your immediate family!
Merchandise section
MERCHANDISE
Many of you have already ordered the TRAA tee shirts, but if you haven't you had better hurry because many sizes are almost sold out! These are a steal at $15 each. There are three different hat colours available: Clay Grey, Burnt Orange and Taupe. If you thought the tee's were a good deal, all three editions of these hats are also priced at $15 each.
We now have some nice stickers featuring the TRAA logo that you can display on your vehicle, boat, lunchbox or wherever you like. These are $2 each but you get one for joining the TRAA as a member or renewing an existing TRAA membership. Get your TRAA Gear (makes a great Christmas gift!) at any TRAA event, such as this coming General Meeting.
Useful links
USEFUL LINKS AND INFORMATION
CONSERVATION
CONSERVATION AUTHORITIES
GOVERNMENT AGENCIES
LOCAL FISHING RETAILERS
Become a member
GET INVOLVED
The best way to join up is to attend a TRAA event or email us for other options. If you want to go old school, you can mail a cheque to us at:
Thames River Anglers Association
c/o Western Ontario Fish & Game Protective Association
790 Southdale Road East
London, Ontario
N6E 1A8.