PlannerTask extends Entity
PlannerTask class
Tags
Table of Contents
- $_propDict : array<string|int, mixed>
- The array of properties available to the model
- __construct() : mixed
- Construct a new Entity
- getActiveChecklistItemCount() : int|null
- Gets the activeChecklistItemCount Number of checklist items with value set to false, representing incomplete items.
- getAppliedCategories() : PlannerAppliedCategories|null
- Gets the appliedCategories The categories to which the task has been applied. See applied Categories for possible values.
- getAssignedToTaskBoardFormat() : PlannerAssignedToTaskBoardTaskFormat|null
- Gets the assignedToTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by assignedTo.
- getAssigneePriority() : string|null
- Gets the assigneePriority Hint used to order items of this type in a list view. The format is defined as outlined here.
- getAssignments() : PlannerAssignments|null
- Gets the assignments The set of assignees the task is assigned to.
- getBucketId() : string|null
- Gets the bucketId Bucket ID to which the task belongs. The bucket needs to be in the plan that the task is in. It is 28 characters long and case-sensitive. Format validation is done on the service.
- getBucketTaskBoardFormat() : PlannerBucketTaskBoardTaskFormat|null
- Gets the bucketTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by bucket.
- getChecklistItemCount() : int|null
- Gets the checklistItemCount Number of checklist items that are present on the task.
- getCompletedBy() : IdentitySet|null
- Gets the completedBy Identity of the user that completed the task.
- getCompletedDateTime() : DateTime|null
- Gets the completedDateTime Read-only. Date and time at which the 'percentComplete' of the task is set to '100'. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getConversationThreadId() : string|null
- Gets the conversationThreadId Thread ID of the conversation on the task. This is the ID of the conversation thread object created in the group.
- getCreatedBy() : IdentitySet|null
- Gets the createdBy Identity of the user that created the task.
- getCreatedDateTime() : DateTime|null
- Gets the createdDateTime Read-only. Date and time at which the task is created. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getDetails() : PlannerTaskDetails|null
- Gets the details Read-only. Nullable. Additional details about the task.
- getDueDateTime() : DateTime|null
- Gets the dueDateTime Date and time at which the task is due. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getHasDescription() : bool|null
- Gets the hasDescription Read-only. Value is true if the details object of the task has a non-empty description and false otherwise.
- getId() : string|null
- Gets the id Read-only.
- getODataType() : string|null
- Gets the ODataType
- getOrderHint() : string|null
- Gets the orderHint Hint used to order items of this type in a list view. The format is defined as outlined here.
- getPercentComplete() : int|null
- Gets the percentComplete Percentage of task completion. When set to 100, the task is considered completed.
- getPlanId() : string|null
- Gets the planId Plan ID to which the task belongs.
- getPreviewType() : PlannerPreviewType|null
- Gets the previewType This sets the type of preview that shows up on the task. The possible values are: automatic, noPreview, checklist, description, reference.
- getProgressTaskBoardFormat() : PlannerProgressTaskBoardTaskFormat|null
- Gets the progressTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by progress.
- getProperties() : array<string|int, mixed>
- Gets the property dictionary of the Entity
- getReferenceCount() : int|null
- Gets the referenceCount Number of external references that exist on the task.
- getStartDateTime() : DateTime|null
- Gets the startDateTime Date and time at which the task starts. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- getTitle() : string|null
- Gets the title Title of the task.
- jsonSerialize() : array<string|int, mixed>
- Serializes the object by property array Manually serialize DateTime into RFC3339 format
- setActiveChecklistItemCount() : PlannerTask
- Sets the activeChecklistItemCount Number of checklist items with value set to false, representing incomplete items.
- setAppliedCategories() : PlannerTask
- Sets the appliedCategories The categories to which the task has been applied. See applied Categories for possible values.
- setAssignedToTaskBoardFormat() : PlannerTask
- Sets the assignedToTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by assignedTo.
- setAssigneePriority() : PlannerTask
- Sets the assigneePriority Hint used to order items of this type in a list view. The format is defined as outlined here.
- setAssignments() : PlannerTask
- Sets the assignments The set of assignees the task is assigned to.
- setBucketId() : PlannerTask
- Sets the bucketId Bucket ID to which the task belongs. The bucket needs to be in the plan that the task is in. It is 28 characters long and case-sensitive. Format validation is done on the service.
- setBucketTaskBoardFormat() : PlannerTask
- Sets the bucketTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by bucket.
- setChecklistItemCount() : PlannerTask
- Sets the checklistItemCount Number of checklist items that are present on the task.
- setCompletedBy() : PlannerTask
- Sets the completedBy Identity of the user that completed the task.
- setCompletedDateTime() : PlannerTask
- Sets the completedDateTime Read-only. Date and time at which the 'percentComplete' of the task is set to '100'. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setConversationThreadId() : PlannerTask
- Sets the conversationThreadId Thread ID of the conversation on the task. This is the ID of the conversation thread object created in the group.
- setCreatedBy() : PlannerTask
- Sets the createdBy Identity of the user that created the task.
- setCreatedDateTime() : PlannerTask
- Sets the createdDateTime Read-only. Date and time at which the task is created. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setDetails() : PlannerTask
- Sets the details Read-only. Nullable. Additional details about the task.
- setDueDateTime() : PlannerTask
- Sets the dueDateTime Date and time at which the task is due. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setHasDescription() : PlannerTask
- Sets the hasDescription Read-only. Value is true if the details object of the task has a non-empty description and false otherwise.
- setId() : Entity
- Sets the id Read-only.
- setODataType() : Entity
- Sets the ODataType
- setOrderHint() : PlannerTask
- Sets the orderHint Hint used to order items of this type in a list view. The format is defined as outlined here.
- setPercentComplete() : PlannerTask
- Sets the percentComplete Percentage of task completion. When set to 100, the task is considered completed.
- setPlanId() : PlannerTask
- Sets the planId Plan ID to which the task belongs.
- setPreviewType() : PlannerTask
- Sets the previewType This sets the type of preview that shows up on the task. The possible values are: automatic, noPreview, checklist, description, reference.
- setProgressTaskBoardFormat() : PlannerTask
- Sets the progressTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by progress.
- setReferenceCount() : PlannerTask
- Sets the referenceCount Number of external references that exist on the task.
- setStartDateTime() : PlannerTask
- Sets the startDateTime Date and time at which the task starts. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
- setTitle() : PlannerTask
- Sets the title Title of the task.
Properties
$_propDict
The array of properties available to the model
protected
array<string|int, mixed>
$_propDict
Methods
__construct()
Construct a new Entity
public
__construct([array<string|int, mixed> $propDict = array() ]) : mixed
Parameters
- $propDict : array<string|int, mixed> = array()
-
A list of properties to set
Return values
mixed —getActiveChecklistItemCount()
Gets the activeChecklistItemCount Number of checklist items with value set to false, representing incomplete items.
public
getActiveChecklistItemCount() : int|null
Return values
int|null —The activeChecklistItemCount
getAppliedCategories()
Gets the appliedCategories The categories to which the task has been applied. See applied Categories for possible values.
public
getAppliedCategories() : PlannerAppliedCategories|null
Return values
PlannerAppliedCategories|null —The appliedCategories
getAssignedToTaskBoardFormat()
Gets the assignedToTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by assignedTo.
public
getAssignedToTaskBoardFormat() : PlannerAssignedToTaskBoardTaskFormat|null
Return values
PlannerAssignedToTaskBoardTaskFormat|null —The assignedToTaskBoardFormat
getAssigneePriority()
Gets the assigneePriority Hint used to order items of this type in a list view. The format is defined as outlined here.
public
getAssigneePriority() : string|null
Return values
string|null —The assigneePriority
getAssignments()
Gets the assignments The set of assignees the task is assigned to.
public
getAssignments() : PlannerAssignments|null
Return values
PlannerAssignments|null —The assignments
getBucketId()
Gets the bucketId Bucket ID to which the task belongs. The bucket needs to be in the plan that the task is in. It is 28 characters long and case-sensitive. Format validation is done on the service.
public
getBucketId() : string|null
Return values
string|null —The bucketId
getBucketTaskBoardFormat()
Gets the bucketTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by bucket.
public
getBucketTaskBoardFormat() : PlannerBucketTaskBoardTaskFormat|null
Return values
PlannerBucketTaskBoardTaskFormat|null —The bucketTaskBoardFormat
getChecklistItemCount()
Gets the checklistItemCount Number of checklist items that are present on the task.
public
getChecklistItemCount() : int|null
Return values
int|null —The checklistItemCount
getCompletedBy()
Gets the completedBy Identity of the user that completed the task.
public
getCompletedBy() : IdentitySet|null
Return values
IdentitySet|null —The completedBy
getCompletedDateTime()
Gets the completedDateTime Read-only. Date and time at which the 'percentComplete' of the task is set to '100'. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getCompletedDateTime() : DateTime|null
Return values
DateTime|null —The completedDateTime
getConversationThreadId()
Gets the conversationThreadId Thread ID of the conversation on the task. This is the ID of the conversation thread object created in the group.
public
getConversationThreadId() : string|null
Return values
string|null —The conversationThreadId
getCreatedBy()
Gets the createdBy Identity of the user that created the task.
public
getCreatedBy() : IdentitySet|null
Return values
IdentitySet|null —The createdBy
getCreatedDateTime()
Gets the createdDateTime Read-only. Date and time at which the task is created. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getCreatedDateTime() : DateTime|null
Return values
DateTime|null —The createdDateTime
getDetails()
Gets the details Read-only. Nullable. Additional details about the task.
public
getDetails() : PlannerTaskDetails|null
Return values
PlannerTaskDetails|null —The details
getDueDateTime()
Gets the dueDateTime Date and time at which the task is due. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getDueDateTime() : DateTime|null
Return values
DateTime|null —The dueDateTime
getHasDescription()
Gets the hasDescription Read-only. Value is true if the details object of the task has a non-empty description and false otherwise.
public
getHasDescription() : bool|null
Return values
bool|null —The hasDescription
getId()
Gets the id Read-only.
public
getId() : string|null
Return values
string|null —The id
getODataType()
Gets the ODataType
public
getODataType() : string|null
Return values
string|null —The ODataType
getOrderHint()
Gets the orderHint Hint used to order items of this type in a list view. The format is defined as outlined here.
public
getOrderHint() : string|null
Return values
string|null —The orderHint
getPercentComplete()
Gets the percentComplete Percentage of task completion. When set to 100, the task is considered completed.
public
getPercentComplete() : int|null
Return values
int|null —The percentComplete
getPlanId()
Gets the planId Plan ID to which the task belongs.
public
getPlanId() : string|null
Return values
string|null —The planId
getPreviewType()
Gets the previewType This sets the type of preview that shows up on the task. The possible values are: automatic, noPreview, checklist, description, reference.
public
getPreviewType() : PlannerPreviewType|null
Return values
PlannerPreviewType|null —The previewType
getProgressTaskBoardFormat()
Gets the progressTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by progress.
public
getProgressTaskBoardFormat() : PlannerProgressTaskBoardTaskFormat|null
Return values
PlannerProgressTaskBoardTaskFormat|null —The progressTaskBoardFormat
getProperties()
Gets the property dictionary of the Entity
public
getProperties() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
getReferenceCount()
Gets the referenceCount Number of external references that exist on the task.
public
getReferenceCount() : int|null
Return values
int|null —The referenceCount
getStartDateTime()
Gets the startDateTime Date and time at which the task starts. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
getStartDateTime() : DateTime|null
Return values
DateTime|null —The startDateTime
getTitle()
Gets the title Title of the task.
public
getTitle() : string|null
Return values
string|null —The title
jsonSerialize()
Serializes the object by property array Manually serialize DateTime into RFC3339 format
public
jsonSerialize() : array<string|int, mixed>
Return values
array<string|int, mixed> —The list of properties
setActiveChecklistItemCount()
Sets the activeChecklistItemCount Number of checklist items with value set to false, representing incomplete items.
public
setActiveChecklistItemCount(int $val) : PlannerTask
Parameters
- $val : int
-
The activeChecklistItemCount
Return values
PlannerTask —setAppliedCategories()
Sets the appliedCategories The categories to which the task has been applied. See applied Categories for possible values.
public
setAppliedCategories(PlannerAppliedCategories $val) : PlannerTask
Parameters
- $val : PlannerAppliedCategories
-
The appliedCategories
Return values
PlannerTask —setAssignedToTaskBoardFormat()
Sets the assignedToTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by assignedTo.
public
setAssignedToTaskBoardFormat(PlannerAssignedToTaskBoardTaskFormat $val) : PlannerTask
Parameters
- $val : PlannerAssignedToTaskBoardTaskFormat
-
The assignedToTaskBoardFormat
Return values
PlannerTask —setAssigneePriority()
Sets the assigneePriority Hint used to order items of this type in a list view. The format is defined as outlined here.
public
setAssigneePriority(string $val) : PlannerTask
Parameters
- $val : string
-
The assigneePriority
Return values
PlannerTask —setAssignments()
Sets the assignments The set of assignees the task is assigned to.
public
setAssignments(PlannerAssignments $val) : PlannerTask
Parameters
- $val : PlannerAssignments
-
The assignments
Return values
PlannerTask —setBucketId()
Sets the bucketId Bucket ID to which the task belongs. The bucket needs to be in the plan that the task is in. It is 28 characters long and case-sensitive. Format validation is done on the service.
public
setBucketId(string $val) : PlannerTask
Parameters
- $val : string
-
The bucketId
Return values
PlannerTask —setBucketTaskBoardFormat()
Sets the bucketTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by bucket.
public
setBucketTaskBoardFormat(PlannerBucketTaskBoardTaskFormat $val) : PlannerTask
Parameters
- $val : PlannerBucketTaskBoardTaskFormat
-
The bucketTaskBoardFormat
Return values
PlannerTask —setChecklistItemCount()
Sets the checklistItemCount Number of checklist items that are present on the task.
public
setChecklistItemCount(int $val) : PlannerTask
Parameters
- $val : int
-
The checklistItemCount
Return values
PlannerTask —setCompletedBy()
Sets the completedBy Identity of the user that completed the task.
public
setCompletedBy(IdentitySet $val) : PlannerTask
Parameters
- $val : IdentitySet
-
The completedBy
Return values
PlannerTask —setCompletedDateTime()
Sets the completedDateTime Read-only. Date and time at which the 'percentComplete' of the task is set to '100'. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setCompletedDateTime(DateTime $val) : PlannerTask
Parameters
- $val : DateTime
-
The completedDateTime
Return values
PlannerTask —setConversationThreadId()
Sets the conversationThreadId Thread ID of the conversation on the task. This is the ID of the conversation thread object created in the group.
public
setConversationThreadId(string $val) : PlannerTask
Parameters
- $val : string
-
The conversationThreadId
Return values
PlannerTask —setCreatedBy()
Sets the createdBy Identity of the user that created the task.
public
setCreatedBy(IdentitySet $val) : PlannerTask
Parameters
- $val : IdentitySet
-
The createdBy
Return values
PlannerTask —setCreatedDateTime()
Sets the createdDateTime Read-only. Date and time at which the task is created. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setCreatedDateTime(DateTime $val) : PlannerTask
Parameters
- $val : DateTime
-
The createdDateTime
Return values
PlannerTask —setDetails()
Sets the details Read-only. Nullable. Additional details about the task.
public
setDetails(PlannerTaskDetails $val) : PlannerTask
Parameters
- $val : PlannerTaskDetails
-
The details
Return values
PlannerTask —setDueDateTime()
Sets the dueDateTime Date and time at which the task is due. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setDueDateTime(DateTime $val) : PlannerTask
Parameters
- $val : DateTime
-
The dueDateTime
Return values
PlannerTask —setHasDescription()
Sets the hasDescription Read-only. Value is true if the details object of the task has a non-empty description and false otherwise.
public
setHasDescription(bool $val) : PlannerTask
Parameters
- $val : bool
-
The hasDescription
Return values
PlannerTask —setId()
Sets the id Read-only.
public
setId(string $val) : Entity
Parameters
- $val : string
-
The id
Return values
Entity —setODataType()
Sets the ODataType
public
setODataType(string $val) : Entity
Parameters
- $val : string
-
The ODataType
Return values
Entity —setOrderHint()
Sets the orderHint Hint used to order items of this type in a list view. The format is defined as outlined here.
public
setOrderHint(string $val) : PlannerTask
Parameters
- $val : string
-
The orderHint
Return values
PlannerTask —setPercentComplete()
Sets the percentComplete Percentage of task completion. When set to 100, the task is considered completed.
public
setPercentComplete(int $val) : PlannerTask
Parameters
- $val : int
-
The percentComplete
Return values
PlannerTask —setPlanId()
Sets the planId Plan ID to which the task belongs.
public
setPlanId(string $val) : PlannerTask
Parameters
- $val : string
-
The planId
Return values
PlannerTask —setPreviewType()
Sets the previewType This sets the type of preview that shows up on the task. The possible values are: automatic, noPreview, checklist, description, reference.
public
setPreviewType(PlannerPreviewType $val) : PlannerTask
Parameters
- $val : PlannerPreviewType
-
The previewType
Return values
PlannerTask —setProgressTaskBoardFormat()
Sets the progressTaskBoardFormat Read-only. Nullable. Used to render the task correctly in the task board view when grouped by progress.
public
setProgressTaskBoardFormat(PlannerProgressTaskBoardTaskFormat $val) : PlannerTask
Parameters
- $val : PlannerProgressTaskBoardTaskFormat
-
The progressTaskBoardFormat
Return values
PlannerTask —setReferenceCount()
Sets the referenceCount Number of external references that exist on the task.
public
setReferenceCount(int $val) : PlannerTask
Parameters
- $val : int
-
The referenceCount
Return values
PlannerTask —setStartDateTime()
Sets the startDateTime Date and time at which the task starts. The Timestamp type represents date and time information using ISO 8601 format and is always in UTC time. For example, midnight UTC on Jan 1, 2014 is 2014-01-01T00:00:00Z
public
setStartDateTime(DateTime $val) : PlannerTask
Parameters
- $val : DateTime
-
The startDateTime
Return values
PlannerTask —setTitle()
Sets the title Title of the task.
public
setTitle(string $val) : PlannerTask
Parameters
- $val : string
-
The title


Boris Johnson pledges 'new chapter' for Britain with 'radical' Tory manifesto
by LBCBoris Johnson has laid out his plans for a future Conservative government with a "radical" new manifesto that promises to "get Brexit done."
The prime minister told the crowd in Telford he will ensure Britain comes out of the EU by 31 January.
Among the promises made by Mr Johnson was the pledge of 50,000 new nurses for the NHS with bursaries for their study, as well as a "triple tax lock" on rates of income tax, national insurance and VAT.
The party has promised these will not rise under a re-elected Conservative government.
Other notable details in the manifesto are his well-publicised pledge to reinforce the police with 20,000 new officers, a £1 billion boost to social care in every year of the next Parliament and the introduction of an Australian-style points based system to control immigration.
Controversial policies such as cuts to the winter fuel allowance and the dementia tax have been omitted.
The prime minister used his speech to criticise Jeremy Corbyn, saying he did not want to wake up on 13 December with a "nightmare on Downing Street."
He added that the country could be "Corbyn-neutral" by Christmas under a Conservative government.
Mr Johnson was questioned on the recent scandal involving the Conservative Campaign Headquarters changing their Twitter profile to a fake fact-checking website that analysed Mr Corbyn's answers in the first TV debate.
The Tory leader stuttered and stammered, saying "the Twitter-sphere" was not really his "province" but claimed the Labour Party has "some kind of operation that is similar to this," however the foundation of this accusation is unclear.
He suggested that the upcoming election would be a battle between "retrograde destructive socialism" under Labour and "sensible one nation Conservatism" under the Tories.
"In this manifesto there is a vision for the future in which we unite our country," he said.
"It is time to unleash the potential of our country and forge a new Britain."
On the issue of the environment, the Conservative manifesto promises to make Britain carbon-neutral by 2050.
It also vows to put £2 billion into the "biggest ever" programme for repairing potholes as part of a national infrastructure strategy.
There were few major surprises in the document, with many of the party's ideas trailed out in the weeks leading up to the launch.
Nigel Farage responded to today's event claiming the manifesto resembles Ukip's in 2015.
He said he recognised much of the detail because they are things that he has "campaigned on for years, such as hospital parking charges."
"Much of the manifesto was in fact in the Ukip 2015 manifesto, even recent ideas that I've announced like not exporting plastic waste for dumping in landfill in China or elsewhere, that's in there," he added.
"So, I'm pleased that they are changing the agenda. They're even talking, maybe, about reducing immigration levels and of course Brexit.
"So, I do feel that I recognise a lot of it. My question is, do they mean it and are they going to deliver?"


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
public interface OrElseBlock
The OrElse is responsible for executing the either block, or in case of a retry, the orelse block is executed.
Another useful features of this design is that for certain primitives it doesn't require any form of boxing. It also provides an atomicChecked for a TxnVoidCallable which doesn't force a developer to return something when nothing needs to be returned.
| Field Summary |
|---|
| Fields inherited from interface org.multiverse.MultiverseConstants |
|---|
LOCKMODE_EXCLUSIVE, LOCKMODE_NONE, LOCKMODE_READ, LOCKMODE_WRITE, SHAKE_BUGS, SPIN_YIELD, TRACING_ENABLED |
| Method Summary | ||
|---|---|---|
boolean |
execute(TxnBooleanCallable either,
TxnBooleanCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
|
execute(TxnCallable<E> either,
TxnCallable<E> orelse)
Executes the either, or when it is retried, the orelse block. |
|
double |
execute(TxnDoubleCallable either,
TxnDoubleCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
int |
execute(TxnIntCallable either,
TxnIntCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
long |
execute(TxnLongCallable either,
TxnLongCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
void |
execute(TxnVoidCallable either,
TxnVoidCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
boolean |
executeChecked(TxnBooleanCallable either,
TxnBooleanCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
|
executeChecked(TxnCallable<E> either,
TxnCallable<E> orelse)
Executes the either, or when it is retried, the orelse block. |
|
double |
executeChecked(TxnDoubleCallable either,
TxnDoubleCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
int |
executeChecked(TxnIntCallable either,
TxnIntCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
long |
executeChecked(TxnLongCallable either,
TxnLongCallable orelse)
Executes the either, or when it is retried, the orelse block. |
|
void |
executeChecked(TxnVoidCallable either,
TxnVoidCallable orelse)
Executes the either, or when it is retried, the orelse block. |
| Method Detail |
|---|
<E> E execute(TxnCallable<E> either, TxnCallable<E> orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.<E> E executeChecked(TxnCallable<E> either, TxnCallable<E> orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.int execute(TxnIntCallable either, TxnIntCallable orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.int executeChecked(TxnIntCallable either, TxnIntCallable orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.long execute(TxnLongCallable either, TxnLongCallable orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.long executeChecked(TxnLongCallable either, TxnLongCallable orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.double execute(TxnDoubleCallable either, TxnDoubleCallable orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.double executeChecked(TxnDoubleCallable either, TxnDoubleCallable orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.boolean execute(TxnBooleanCallable either, TxnBooleanCallable orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.boolean executeChecked(TxnBooleanCallable either, TxnBooleanCallable orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.void execute(TxnVoidCallable either, TxnVoidCallable orelse)
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
InvisibleCheckedException
- if a checked exception is thrown by the closure.void executeChecked(TxnVoidCallable either, TxnVoidCallable orelse) throws Exception
either
- orelse
-
NullPointerException
- if either or orelse is null.
TxnMandatoryException
- if no transaction is found on the TxnThreadLocal.
Exception
- if the atomicChecked call fails.
|
||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


--- status: publish layout: page tags: - data author: display_name: Zach Beck email<EMAIL_ADDRESS>published: true date: 2012-04-10 13:58:58 -0600 title: How to Connect to the SGID via ArcSDE categories: [] ---
The SGID is also available via an ArcSDE database connection for users within the State of Utah network. Users with ArcGIS desktop clients that are at 10.2.1 or higher can use this resource. Organized loosely around ISO categories, feature classes within ArcSDE are accessible by an ArcMap or ArcCatelog client. The big benefits for doing so are that you connect to the most current data, your hard drive won't fill up as fast, and all the data is available in the same place.
How to connect to SGID via ArcSDE connection:
1. In ArcCatalog or ArcMap (from Add Data), browse to Add Spatial Database Connections
2. Provide the following connection information, including the password 'agrc'.


public class GaMtsp extends com.mathworks.toolbox.javabuilder.internal.MWComponentInstance<GaMtsp>
GaMtsp
class provides a Java interface to the M-functions
from the files:
C:\\Users\\dell\\Desktop\\Matlab_mtsp\\mtspofs_ga_1起点N终点\\mtspofs_ga.mThe
dispose()
method must be called on a GaMtsp
instance
when it is no longer needed to ensure that native resources allocated by this class
are properly freed.| 构造器和说明 |
|---|
GaMtsp()
Constructs a new instance of the
GaMtsp class. |
GaMtsp(com.mathworks.toolbox.javabuilder.MWComponentOptions componentOptions)
Constructs a new instance of the
GaMtsp class. |
GaMtsp(java.lang.String pathToComponent)
已过时。
Please use the constructor
GaMtsp(MWComponentOptions componentOptions) .
The com.mathworks.toolbox.javabuilder.MWComponentOptions class provides API to set the
path to the component. |
| 限定符和类型 | 方法和说明 |
|---|---|
void |
dispose()
Frees native resources associated with this object
|
static void |
disposeAllInstances()
Calls dispose method for each outstanding instance of this class.
|
static void |
main(java.lang.String[] args)
Invokes the first m-function specified by MCC, with any arguments given on
the command line, and prints the result.
|
java.lang.Object[] |
mtspofs_ga(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
mtspofs_ga
M-function with 9 input arguments. |
void |
mtspofs_ga(java.util.List lhs,
java.util.List rhs)
Provides the interface for calling the
mtspofs_ga M-function
where the first input, an instance of List, receives the output of the M-function and
the second input, also an instance of List, provides the input to the M-function. |
void |
mtspofs_ga(java.lang.Object[] lhs,
java.lang.Object[] rhs)
Provides the interface for calling the
mtspofs_ga M-function
where the first input, an Object array, receives the output of the M-function and
the second input, also an Object array, provides the input to the M-function. |
public GaMtsp() throws com.mathworks.toolbox.javabuilder.MWException
GaMtsp
class.com.mathworks.toolbox.javabuilder.MWException
public GaMtsp(java.lang.String pathToComponent) throws com.mathworks.toolbox.javabuilder.MWException
GaMtsp(MWComponentOptions componentOptions)
.
The com.mathworks.toolbox.javabuilder.MWComponentOptions
class provides API to set the
path to the component.pathToComponent
- Path to component directory.com.mathworks.toolbox.javabuilder.MWException
public GaMtsp(com.mathworks.toolbox.javabuilder.MWComponentOptions componentOptions) throws com.mathworks.toolbox.javabuilder.MWException
GaMtsp
class. Use this constructor
to specify the options required to instantiate this component. The options will
be specific to the instance of this component being created.componentOptions
- Options specific to the component.com.mathworks.toolbox.javabuilder.MWException
public void dispose()
dispose
在接口中 com.mathworks.toolbox.javabuilder.Disposable
dispose
在类中 com.mathworks.toolbox.javabuilder.internal.MWComponentInstance<GaMtsp>
public static void main(java.lang.String[] args)
public static void disposeAllInstances()
public void mtspofs_ga(java.util.List lhs, java.util.List rhs) throws com.mathworks.toolbox.javabuilder.MWException
mtspofs_ga
M-function
where the first input, an instance of List, receives the output of the M-function and
the second input, also an instance of List, provides the input to the M-function.
M-documentation as provided by the author of the M function:
%xy = 10*rand(65,2);
lhs
- List in which to return outputs. Number of outputs (nargout) is
determined by allocated size of this List. Outputs are returned as
sub-classes of com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.rhs
- List containing inputs. Number of inputs (nargin) is determined
by the allocated size of this List. Input arguments may be passed as
sub-classes of com.mathworks.toolbox.javabuilder.MWArray
, or
as arrays of any supported Java type. Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.com.mathworks.toolbox.javabuilder.MWException
- An error has occurred during the function call.public void mtspofs_ga(java.lang.Object[] lhs, java.lang.Object[] rhs) throws com.mathworks.toolbox.javabuilder.MWException
mtspofs_ga
M-function
where the first input, an Object array, receives the output of the M-function and
the second input, also an Object array, provides the input to the M-function.
M-documentation as provided by the author of the M function:
%xy = 10*rand(65,2);
lhs
- array in which to return outputs. Number of outputs (nargout)
is determined by allocated size of this array. Outputs are returned as
sub-classes of com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.rhs
- array containing inputs. Number of inputs (nargin) is
determined by the allocated size of this array. Input arguments may be
passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of
any supported Java type. Arguments passed as Java types are converted to
MATLAB arrays according to default conversion rules.com.mathworks.toolbox.javabuilder.MWException
- An error has occurred during the function call.public java.lang.Object[] mtspofs_ga(int nargout, java.lang.Object... rhs) throws com.mathworks.toolbox.javabuilder.MWException
mtspofs_ga
M-function with 9 input arguments.
Input arguments may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of
any supported Java type. Arguments passed as Java types are converted to
MATLAB arrays according to default conversion rules.
M-documentation as provided by the author of the M function:
%xy = 10*rand(65,2);
nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
. Each output array
should be freed by calling its dispose()
method.com.mathworks.toolbox.javabuilder.MWException
- An error has occurred during the function call.


Welcome to Spongebobory!
Welcome to the game! Choose a difficulty and repeat the patten when the timer starts!
Easy
Medium
Hard
Stop


The purpose of this software :
To be able to predict investment vehicle performance over time.
Assuming a client has certain financial products e.g. Pension(s) ISA(s) Mortgage(s) Loan(s);
We want to be able to look at the balances and values for each of the products at any given point in time.
Each product can be represented by a “widget”.
Widgets can be moved around on the screen so you can have more than one at a time (see screenshot )
You can have more than one widget on the screen and they can be of different types with different start and end dates etc
The net worth graph ( 6) shows the total balance of all the different widgets
GRAPHS – TO get to the value graph click the graph icon. Note that there is a navigation bar at the bottom of the graph that allows you to zoom in / out on which part of the time series you want to view on the main graph. By default this may not show the full time.
Mouse over the widget header bar and you will see the cursor changes to a cross shape. You can now drag the widget around.
Widget naming not implemented yet. At the moment they are numbered 0,1,2 etc Lump sum payment / value extraction. The schedule of payments is set out much like an excel spreadsheet might be. You can add an extra payment by putting the amount in the box. Copy Down. It is possible if desired to up ( or down ) payments from a certain date forward by doing the following . Put the new payment in the appropriate date box. Click the “copy down” arrow ( see icon ) HOWEVER – once this is done it will overwrite any existing stepped or other payments below it. ALSO NOTE – if you then go back to the stage 1 e.g. basic info and enter new interest rate etc. It will overwrite any copydown information you have entered here. If you screw things up you can easily delete the widget and start again! 6) Net Worth Graph. If you have more than one widget this will add up all the various balances and show the total value of all investments over the total time of the various widgets.
Compound interest is calculated and added (or subtracted) daily.
At the moment there is no provision for taking off broker fees.
At the moment you can’t save a set of widgets or assign them to a user profile ( stuff for future )


|
SDK
Release 1.7.5
Communications, logger, and bootloader libraries.
|
#include <stdio.h>
#include <math.h>
#include "inertialSenseBootLoader.h"
#include "ISConstants.h"
#include "ISUtilities.h"
Go to the source code of this file.
Classes | |
| struct | bootloader_state_t |
| struct | xmodem_chunk_t |
Macros | |
| #define | ENABLE_HEX_BOOT_LOADER 1 |
| #define | MAX_SEND_COUNT 510 |
| #define | MAX_VERIFY_CHUNK_SIZE 1024 |
| #define | BOOTLOADER_TIMEOUT_DEFAULT 1000 |
| #define | SAM_BA_BAUDRATE 115200 |
| #define | SAM_BA_FLASH_PAGE_SIZE 512 |
| #define | SAM_BA_FLASH_START_ADDRESS 0x00400000 |
| #define | SAM_BA_BOOTLOADER_SIZE 16384 |
| #define | X_SOH 0x01 |
| #define | X_EOT 0x04 |
| #define | X_ACK 0x06 |
| #define | X_NAK 0x15 |
| #define | X_CAN 0x18 |
| #define | CRC_POLY 0x1021 |
| #define | XMODEM_PAYLOAD_SIZE 128 |
| #define | FLASH_PAGE_SIZE 65536 |
| #define | bootloader_snprintf snprintf |
| #define | bootloader_perror(s, ...) |
| #define | bootloader_min(a, b) (a < b ? a : b) |
| #define | bootloader_max(a, b) (a > b ? a : b) |
| #define | BUFFER_SIZE 1024 |
Functions | |
| int | bootloadFile (serial_port_t *port, const char *fileName, char *error, int errorLength, const void *obj, pfnBootloadProgress uploadProgress, pfnBootloadProgress verifyProgress) |
| int | bootloadFileEx (bootload_params_t *params) |
| int | bootloadUpdateBootloader (serial_port_t *port, const char *fileName, char *error, int errorLength, const void *obj, pfnBootloadProgress uploadProgress, pfnBootloadProgress verifyProgress) |
| int | bootloadUpdateBootloaderEx (bootload_params_t *p) |
| int | enableBootloader (serial_port_t *port, int baudRate, char *error, int errorLength, const char *bootloadEnableCmd) |
| int | disableBootloader (serial_port_t *port, char *error, int errorLength) |
| #define bootloader_max | ( | a, | |
| b | |||
| ) | (a > b ? a : b) |
Definition at line 77 of file inertialSenseBootLoader.c.
| #define bootloader_min | ( | a, | |
| b | |||
| ) | (a < b ? a : b) |
Definition at line 76 of file inertialSenseBootLoader.c.
| #define bootloader_perror | ( | s, | |
| ... | |||
| ) |
Definition at line 70 of file inertialSenseBootLoader.c.
| #define bootloader_snprintf snprintf |
Definition at line 66 of file inertialSenseBootLoader.c.
| #define BOOTLOADER_TIMEOUT_DEFAULT 1000 |
Definition at line 22 of file inertialSenseBootLoader.c.
| #define BUFFER_SIZE 1024 |
| #define CRC_POLY 0x1021 |
Definition at line 33 of file inertialSenseBootLoader.c.
| #define ENABLE_HEX_BOOT_LOADER 1 |
Definition at line 19 of file inertialSenseBootLoader.c.
| #define FLASH_PAGE_SIZE 65536 |
Definition at line 37 of file inertialSenseBootLoader.c.
| #define MAX_SEND_COUNT 510 |
Definition at line 20 of file inertialSenseBootLoader.c.
| #define MAX_VERIFY_CHUNK_SIZE 1024 |
Definition at line 21 of file inertialSenseBootLoader.c.
| #define SAM_BA_BAUDRATE 115200 |
Definition at line 23 of file inertialSenseBootLoader.c.
| #define SAM_BA_BOOTLOADER_SIZE 16384 |
Definition at line 26 of file inertialSenseBootLoader.c.
| #define SAM_BA_FLASH_PAGE_SIZE 512 |
Definition at line 24 of file inertialSenseBootLoader.c.
| #define SAM_BA_FLASH_START_ADDRESS 0x00400000 |
Definition at line 25 of file inertialSenseBootLoader.c.
| #define X_ACK 0x06 |
Definition at line 30 of file inertialSenseBootLoader.c.
| #define X_CAN 0x18 |
Definition at line 32 of file inertialSenseBootLoader.c.
| #define X_EOT 0x04 |
Definition at line 29 of file inertialSenseBootLoader.c.
| #define X_NAK 0x15 |
Definition at line 31 of file inertialSenseBootLoader.c.
| #define X_SOH 0x01 |
Definition at line 28 of file inertialSenseBootLoader.c.
| #define XMODEM_PAYLOAD_SIZE 128 |
Definition at line 34 of file inertialSenseBootLoader.c.
| int bootloadFile | ( | serial_port_t * | port, |
| const char * | fileName, | ||
| char * | error, | ||
| int | errorLength, | ||
| const void * | obj, | ||
| pfnBootloadProgress | uploadProgress, | ||
| pfnBootloadProgress | verifyProgress | ||
| ) |
Boot load a .hex or .bin file to a device
| port | the serial port to bootload to, will be opened and closed, must have port set |
| error | a buffer to store any error messages in - can be NULL |
| errorLength | the number of bytes available in error |
| obj | custom user object that will be passed in the callback |
| uploadProgress | called periodically during firmware upload - can be NULL |
| verifyProgress | called periodically during firmware verification - can be NULL |
Definition at line 1350 of file inertialSenseBootLoader.c.
| int bootloadFileEx | ( | bootload_params_t * | params | ) |
Definition at line 1369 of file inertialSenseBootLoader.c.
| int bootloadUpdateBootloader | ( | serial_port_t * | port, |
| const char * | fileName, | ||
| char * | error, | ||
| int | errorLength, | ||
| const void * | obj, | ||
| pfnBootloadProgress | uploadProgress, | ||
| pfnBootloadProgress | verifyProgress | ||
| ) |
Boot load a new bootloader .bin file to device. Device must be in application or bootloader assist mode, not bootloader mode.
| port | the serial port, must be initialized and have the port set |
| fileName | the new bootloader .bin file |
| error | a buffer to store any error messages in - can be NULL |
| errorLength | the number of bytes available in error |
| obj | custom user object that will be passed in the callback |
| uploadProgress | called periodically during firmware upload - can be NULL |
| verifyProgress | called periodically during firmware verification - can be NULL @retur 0 if failure, non-zero if success |
Definition at line 1419 of file inertialSenseBootLoader.c.
| int bootloadUpdateBootloaderEx | ( | bootload_params_t * | p | ) |
Definition at line 1438 of file inertialSenseBootLoader.c.
| int disableBootloader | ( | serial_port_t * | port, |
| char * | error, | ||
| int | errorLength | ||
| ) |
Disables the bootloader and goes back to program mode
@port the port to go back to program mode on @error a buffer to store any error messages - can be NULL @errorLength the number of bytes available in error
Definition at line 1670 of file inertialSenseBootLoader.c.
| int enableBootloader | ( | serial_port_t * | port, |
| int | baudRate, | ||
| char * | error, | ||
| int | errorLength, | ||
| const char * | bootloadEnableCmd | ||
| ) |
Enable bootloader mode for a device
| port | the port to enable the bootloader on |
| baudRate | the baud rate to communicate with, IS_BAUD_RATE_BOOTLOADER or IS_BAUD_RATE_BOOTLOADER_RS232 |
| error | a buffer to store any error messages - can be NULL |
| errorLength | the number of bytes available in error |
Definition at line 1589 of file inertialSenseBootLoader.c.


Saudi Arabia ‘spares no effort to help UN missions’
JEDDAH: The General Authority of Civil Aviation (GACA) has issued a circular that it will start imposing an Airport Building Charge on domestic flights from Jan. 1, 2020, Arab News has learned. The aim is to provide funding for airport infrastructure development projects and to enhance airport services.
The charge will be SR21 ($5.60) for a one-way trip (SR10 for departure airport, SR10 for arrival airport and SR1 value-added tax).
The charge will be SR42 for a round trip, and SR87 when a passenger books a domestic air carrier at a local international departure terminal.
Airlines will collect the charge from passengers by adding it to the ticket price, then pass on the amount charged by coordinating with airport administration and finance departments.
FASTFACTS
SR21 will be charged for a one-way trip.
SR42 The charge will be doubled for a round trip.
SR87 when a passenger books a domestic air carrier at a local international departure terminal.
Four groups will be exempt: Infants, passengers staying on board and not using airport facilities, members of crew on duty, and members of aircraft registered on the list of airline pilots who have IDs.
In case of payment delays by airlines, airports will have the right to launch legal proceedings. The new charge will be subject to decrease or increase every three years.


The initial value problem is as follows:
Given \(\frac{dy}{dx}\) and an initial point \((x_0, y_0\)) find the function \(y\).
These problems are often solved by integrating \(\frac{dy}{dx}\) and plugging in the initial point to solve for the constant.
However, it may be difficult or impossible to integrate the given differential.
Euler's method can help us to approximate the behaviour as well as points of the function.
Given \(x_0\) and \(y_0\) we can approximate many values of the function. A smaller \(\Delta x\) reduces error.
Since we have a starting point, we can repeatedly find successive points on the function by using the equation described above.
Notice how near the tangent point, the tangent line is really close to the curve. Points in this vicinity are almost on the function. If we repeatedly move rightwards and pick a point on the tangent, we can construct the function from the derivative with the initial point.
Euler's method basically traces a function using the slope field.
There is a special horse on a merry-go-round that makes Atharva very happy. As the merry-go-round turns, the horse may go out of view, lowering Atharva's happiness. At \(t\) seconds from the start, Atharva's happiness level changes at a rate of \(e^{\sin \pi t} \sin \pi t\) per second. If Atharva's happiness at \(0\) seconds is \(1\) then:
What is Atharva's happiness after \(10\) seconds?
When is Atharva's happiness \(9\)?
Atharva's happiness at \(t = 10\) is \(6.65\). Atharva's happiness is \(9\) at \(t = 12.77, 13.69, 14.22\).
We are unable to antiderive \(\frac{dy}{dx} = e^{\sin x} \sin x\), so we will use Euler's Method to graph the antiderivative.
While Euler's method is very useful for approximating the behaviour and values of functions given their derivative and an initial value, the graph generated is not always accurate and may have errors.
Euler's method will not work accurately on functions which have discontinuities (e.g. asymptotes, jumps) or infinite slope points, and may fail to graph the entire function.
This is caused due to the nature of the iterative formula which is used to approximate the function's behaviour: $$y_{n} = y_{n-1} + hf(x_{n-1}, y_{n-1})$$
Euler's method follows the slope of the function, which means that at the asymptote/infinite slope point, it is impossible to continue the generation of points.
For example, attemping to graph the equation \(\frac{dy}{dx}=-\frac{1}{x^2}\) with initial point \((1,1)\) will yield an incomplete graph, with the curve not going past \(x=0\).
Furthermore, the accuracy of Euler's method increases as the step size decreases. This is because there are more, shorter tangents to model the behaviour with, allowing behaviour to be modelled more accurately. Some functions may not be graphed accurately with larger step sizes, such as rapidly oscillating functions, or functions with steep slopes near the initial value.
In addition, if the function is concave up, Euler's method will approximate points which are below the actual curve, while if the function is concave down, the estimated points will be above the curve. This becomes more apparent as points further away from the given initial value are approximated.
Justin has been pulling a lot of all nighters recently. His sleep schedule can be modelled by the function \(s(t)= \frac{t(t+1)}{t^2 + 1}\), where \(s(t)\) represents how sleepy he feels at time \(t, t \ge 0\).
Justin wants to know how sleepy he felt on average during \(1 \le t \le 5\), given that he felt exactly \(1\) unit of sleepiness at \(t=0\). Unfortunately, he's too sleepy to be able to do math right now so you'll have to help him!
The answer is equal to \(\frac{1}{5-1}\int_{1}^{5} s(t) dt\), as we are finding the sum of sleepiness from \(t=1\) to \(t=5\), and dividing by \(4\) to find the average.
In order to calculate this integral using the Fundamental Theorem of Calculus, we can use the program to perform Euler's method. Using \(0.1\) as the step value, we find that the approximation found at \(t=1\) is \(1.510758\), and the approximation found at \(t=5\) is \(6.197107\).
Therefore, the final answer is \(\frac{1}{5-1}(6.197107 - 1.510758)=1.17158725\) units of sleepiness on average.
The program was made in almost pure Javascript totalling a little more than 650 lines of code. Made by Justin and Atharva. We used math.js for parsing and evaluating mathematical expressions. We used MathJax to display the beautiful latex you see. The graphing was done in native HTML5 canvas. We used MDB for the buttons, modal, shadow and animations. It was a nice learning experience to use Javascript. With bootstrap, the website somewhat has mobile support, however, touch interaction is not currently supported.


About Me
I am currently a third-year Master's student in Computer Science at ShanghaiTech University.
I am interested in Computer Vision (depth estimation and semantic segmentation), Robotics and SLAM (visual odometry and 3D reconstruction).
Before joining ShanghaiTech University, I got my bachelor degree from Hefei University of Technology with highest honor.
My resume can be downloaded [here].
I’m looking for PhD positions starting Spring 2021. Please contact me if you are interested in hiring me. Many thanks!
Education
-
September 2017 - Present
ShanghaiTech UniversityComputer Science - Master of Science (MS)
Shanghai - China
- Member of Mobile Autonomous Robitic Systems Lab
- Research Interests: Computer Vision, Deep Learning and SLAM
- First Prize Scholarship of ShanghaiTech University
-
September 2013 - June 2017
Hefei University of TechnologyComputer Science and Technology - Bachelor of Engineering (BE)
XuanCheng, Anhui - China
- Team leader of 2D Simulation League Team of HfutEngine Group
- Undergraduate Thesis with Prof.Baofu Fang in 2D SLAM and Navigation in Indoor Environments.
- First Prize Scholarship of HeFei University of Technology
Work Experience
-
November 2019 - Present
Research InternAmazon Shanghai AI Lab Shanghai - China
- Establishing semantic segmentation and depth estimation model to Amazon GluonCV library
- Trying to speed up the model via replacing existing model to a lightweight network for the low cost devices
-
June 2016 - September 2016
Visiting StudentShenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, Shenzhen - China
- Worked in Laboratory for Medical Imaging and Digital Surgery with Prof. JIA Fucang on 3D Reconstruction of Binocular Endoscopic Images.
Projects
-
Robot Pose Estimation for Omni-directional Cameras
Haofei Kuang, Qingwen Xu, Xiaoling Long and Sören Schwertfeger
- Extracted motion of pixels between two frames via improved Fourier-Mellin invariant (iFMI) algorithm.
- Estimated the full 6 DoF 3D transform, up to an unknown scale factor via fitting the motion of the pixels in the panoramic images to two sinusoidal functions.
-
Depth Estimation by using Deep Neural Network
Haofei Kuang, Qingwen Xu and Sören Schwertfeger
- Established a Deep Fully Convolutional Residual Network for predicting a full resolution depth map from a single monocular image.
- Developed a spherical convolution to deal with distortion problems of panoramic images.
-
Image Registration via Fourier-Mellin transform (FMT) Algorithm
Haofei Kuang and Qingwen Xu
- Course Project of CS270 Digital Image Processing
- Solved 2D image registration problem between two related images via FMT algorithm.
- Implemented FMT algorithm with omnidirectional camera model to found the correspondences between two continue frames.
-
Image Registration by using Gauss-Newton Method
Haofei Kuang
- Course Project of SI211 Numerical Analysis
- Formulated 2D image registation problem as a least-squared problem and written the objective function.
- Solved a image registration problem by using Gauss-Newton method.
-
Full-Speed Indoor Navigation with Jackal Robot
Haofei Kuang, Wang Lei, Li Ziyue and Zeng Xiangchen
- Course Project of CS283 Robotics
- Mounted a Velodyne VLP-16 laser scanner on Jackal robot for the environmental perception.
- Implemented the PID controller with Jackal robot to solve a indoor local navigation task.
Publications
-
IROS'19Pose Estimation for Omni-directional Cameras using Sinusoid Fitting
Haofei Kuang, Qingwen Xu, Xiaoling Long and Sören Schwertfeger
[pdf] -
ROBIO'19
-
Workshop on Underwater Robotics Perception, ICRA'19Depth Estimation on Underwater Omni-directional Images Using a Deep Neural Network
Haofei Kuang, Qingwen Xu and Sören Schwertfeger
[pdf] [poster] [best paper award]


Hi! My name is Joanne Sullivan,
and I am a web developer.
I'm based in Boise, Idaho, which pretty much means that I couldn't help but be drawn to the outdoors. I love to camp, hike, bicycle, and I'm just starting to fish. Being outdoors is not the only thing I love. I also love to code.
My journey into tech began several years ago when I was working for a major technology company. I happened to be a part of a team that needed an intranet site, and I was in a position to take it on. I had development tools to use, but that didn't stop me from looking at the source code and figuring out what all of those mysterious tags were doing. After I left that job, I got away from web development, but that doesn't mean my fascination faded.
In September, 2016, I completed Skillcrush's Front-End Web Developer Blueprint where I updated my HTML skills and learned CSS and JavaScript/JQuery. Skillcrush also introduced me to many of the tools I continue to use, such as GIT and GitHub.
What I do
My focus is on writing clean, well-formatted, semantic HTML by hand. This allows me to ensure that every line I write is easy to read, easy to troubleshoot, and accessible. My CSS is well-organized, easy to read and easy to build on.
You can trust me to take your designer's PSD and quickly and easily convert it into a webpage that is a pixel-perfect match.
Like what you see?
Let's meet to discuss your needs
Contact me at joanne[@]tangledcreekwebdevelopment.com


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{% extends "main.html" %} {% block content %} Delete Item Are you sure you want to delete? Submit {% endblock %}
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*Babe: Pig in the City*
Directed by George Miller (Babe)
Written by George Miller, Judy Morris (Luigis Ladies), and Mark Lamprel
Starring: James Cromwell (LA Confidential), Magda Szubanski
With the voices of: Elizabeth Daily (Babe), Danny Mann (Babe), Steven Wright (Deep Rising)
As reviewed by James Brundage
The problem with sequels is that they try too much to be like the original. Sure, there are a few exceptions. I can't think of any right off the top of my head, but rule #665 in The Critic's Bible: there are exceptions to every rule. Babe, by all accounts, was an intelligent, thought out movie. Babe II: Pig in the City, tries and tries but can't quiet do it.
Sure, the humor is moderately intelligent and the narration includes things like a mention of the chaos theory, but when it boils down to it, Babe II was just like every other sequel: an attempt to carbon copy the original. But, friends, the great copy machine known as Hollywood is broken, and has never gotten a repairman, so we are doomed to watch screwed up attempts at copying, remakes gone wrong, and things screwed up.
Babe II disappoints. It disappoints so much that I'll give you the plot summary and then leave you be because talking about it makes my relive the relative boredom of sitting in front of the screen with talking animals on it.
Babe comes back from winning the sheep-herding contest he won last movie and, when the farmer is injured and the farm goes into debt, Babe has to go to the city. Of course he's separated from his human and of course he saves the day for man and animal alike. There's really nothing that's anything but simplistic about it. It's a movie void with laughs. Now I promised I'd shut up so I will, but if you see Babe II, don't come to me complaining about it.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Enter a number to count how many times it appears in the array [3, 2, 3, 4, 0, 2, 6]
Number:
Count number


| Created: | 8/19/2020 1:15:52 PM |
| Modified: | 8/19/2020 1:15:52 PM |
| Project: | |
| Advanced: |
| Attribute |
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Public bigint voucher_id |
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Details:
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Public bigint vl_id |
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Public varchar(255) vl_description |
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Public date vl_invoice_date |
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Details:
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Public date vl_org_service_date |
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Public date vl_payment_date |
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Public date vl_processing_date |
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Public date vl_original_warrant_date |
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Public bigint vl_amount_cents |
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Public bigint vl_federal_amount_cents |
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Public bigint vl_non_federal_amount_cents |
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Public varchar(255) vl_rejection |
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Public timestamp with time zone(0) vl_archived_at |
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Public timestamp with time zone(0) vl_created_at |
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Public bigint vl_created_by_user_id |
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Public varchar(255) vl_created_by_user_sub |
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Public varchar(255) vl_created_by_user_first_name |
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Public varchar(255) vl_created_by_user_last_name |
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Public varchar(255) vl_created_by_user_email |
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Public timestamp with time zone(0) vl_updated_at |
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Public bigint vl_updated_by_user_id |
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Public varchar(255) vl_updated_by_user_sub |
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Public varchar(255) vl_updated_by_user_first_name |
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Public varchar(255) vl_updated_by_user_last_name |
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Public bigserial ods_id |
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Public jsonb ods_meta |
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Public varchar(255) ods_created_by |
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| Operation | ||
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Public voucher_lines_pkey( ods_id: bigserial, |
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<<PK>>
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Public voucher_lines_voucher_id_index( voucher_id: bigint, |
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Public voucher_lines_vl_id_index( vl_id: bigint, |
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| Owner | public |
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| isFinalSpecialization: | 0 |
| Object | Type | Connection | Direction | Notes |
| «view» voucher_audit_history_view | View | Dependency | From |


curl_multi_wait - polls on all easy handles in a multi handle
NAME
curl_multi_wait - polls on all easy handles in a multi handle
SYNOPSIS
#include <curl/curl.h> CURLMcode curl_multi_wait(CURLM *multi_handle, struct curl_waitfd extra_fds[], unsigned int extra_nfds, int timeout_ms, int *numfds);
DESCRIPTION
curl_multi_wait polls all file descriptors used by the curl easy handles contained in the given multi handle set. It will block until activity is detected on at least one of the handles or timeout_ms has passed. Alternatively, if the multi handle has a pending internal timeout that has a shorter expiry time than timeout_ms, that shorter time will be used instead to make sure timeout accuracy is reasonably kept.
The calling application may pass additional curl_waitfd structures which are similar to poll(2)'s pollfd structure to be waited on in the same call.
On completion, if numfds is non-NULL, it will be populated with the total number of file descriptors on which interesting events occurred. This number can include both libcurl internal descriptors as well as descriptors provided in extra_fds.
If no extra file descriptors are provided and libcurl has no file descriptor to offer to wait for, this function will return immediately.
This function is encouraged to be used instead of select(3) when using the multi interface to allow applications to easier circumvent the common problem with 1024 maximum file descriptors.
curl_waitfd
struct curl_waitfd { curl_socket_t fd; short events; short revents; };
Bit flag to curl_waitfd.events indicating the socket should poll on read events such as new data received.
Bit flag to curl_waitfd.events indicating the socket should poll on high priority read events such as out of band data.
Bit flag to curl_waitfd.events indicating the socket should poll on write events such as the socket being clear to write without blocking.
EXAMPLE
CURL *easy_handle; CURLM *multi_handle; /* add the individual easy handle */ curl_multi_add_handle(multi_handle, easy_handle); do { CURLMcode mc; int numfds; mc = curl_multi_perform(multi_handle, &still_running); if(mc == CURLM_OK ) { /* wait for activity, timeout or "nothing" */ mc = curl_multi_wait(multi_handle, NULL, 0, 1000, &numfds); } if(mc != CURLM_OK) { fprintf(stderr, "curl_multi failed, code %d.n", mc); break; } /* 'numfds' being zero means either a timeout or no file descriptors to wait for. Try timeout on first occurrence, then assume no file descriptors and no file descriptors to wait for means wait for 100 milliseconds. */ if(!numfds) { repeats++; /* count number of repeated zero numfds */ if(repeats > 1) { WAITMS(100); /* sleep 100 milliseconds */ } } else repeats = 0; } while(still_running); curl_multi_remove_handle(multi_handle, easy_handle);
RETURN VALUE
CURLMcode type, general libcurl multi interface error code. See libcurl-errors
AVAILABILITY
This function was added in libcurl 7.28.0.
SEE ALSO
curl_multi_fdset, curl_multi_perform
This HTML page was made with roffit.


Get Logs Horsham Background. Horsham logs and firewood for sale. Horsham township is a home rule municipality in montgomery county, pennsylvania, united states, 10 miles north of downtown philadelphia.
Logs, also called normal logs, are obtained from cutting regular, evergreen, jungle, dying and dead trees. Horsham hounds will hold tryouts for the 8u 2021 team on sunday october 4 11:30 am at deep meadow park. If you wish to add the calling method as a field, instruct the logger via
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If you're new to Mesos
See the getting started page for more information about downloading, building, and deploying Mesos.
If you'd like to get involved or you're looking for support
See our community page for more details.
Container Network Interface (CNI) for Mesos Containers
This document describes the network/cni
isolator, a network isolator
for the MesosContainerizer that implements
the Container Network Interface
(CNI) specification. The
network/cni
isolator allows containers launched using the
MesosContainerizer
to be attached to several different types of IP
networks. The network technologies on which containers can possibly
be launched range from traditional layer 3/layer 2 networks such as
VLAN, ipvlan, macvlan, to the new class of networks designed for
container orchestration such as
Calico,
Weave and
Flannel. The
MesosContainerizer
has the network/cni
isolator enabled by
default.
Table of Contents
Motivation
Having a separate network namespace for each container is attractive for orchestration engines such as Mesos, since it provides containers with network isolation and allows users to operate on containers as if they were operating on an end-host. Without network isolation users have to deal with managing network resources such as TCP/UDP ports on an end host, complicating the design of their application.
The challenge is in implementing the ability in the orchestration
engine to communicate with the underlying network in order to
configure IP connectivity to the container. This problem arises due
to the diversity in terms of the choices of IPAM (IP address
management system) and networking technologies available for enabling
IP connectivity. To solve this problem we would need to adopt a driver
based network orchestration model, where the MesosContainerizer
can
offload the business intelligence of configuring IP connectivity to a
container, to network specific drivers.
The Container Network Interface (CNI) is a specification proposed by CoreOS that provides such a driver based model. The specification defines a JSON schema that defines the inputs and outputs expected of a CNI plugin (network driver). The specification also provides a clear separation of concerns for the container run time and the CNI plugin. As per the specification the container run time is expected to configure the namespace for the container, a unique identifier for the container (container ID), and a JSON formatted input to the plugin that defines the configuration parameters for a given network. The responsibility of the plugin is to create a veth pair and attach one of the veth pairs to the network namespace of the container, and the other end to a network understood by the plugin. The CNI specification also allows for multiple networks to exist simultaneously, with each network represented by a canonical name, and associated with a unique CNI configuration. There are already CNI plugins for a variety of networks such as bridge, ipvlan, macvlan, Calico, Weave and Flannel.
Thus, introducing support for CNI in Mesos through the network/cni
isolator provides Mesos with tremendous flexibility to orchestrate
containers on a wide variety of network technologies.
Usage
The network/cni
isolator is enabled by default. However, to use the
isolator there are certain actions required by the operator and the
frameworks. In this section we specify the steps required by the
operator to configure CNI networks on Mesos and the steps required by
frameworks to attach containers to a CNI network.
Configuring CNI networks
In order to configure the network/cni
isolator the operator
specifies two flags at Agent startup as follows:
sudo mesos-slave --master=<master IP> --ip=<Agent IP>
--work_dir=/var/lib/mesos
--network_cni_config_dir=<location of CNI configs>
--network_cni_plugins_dir=<search path for CNI plugins>
Note that the network/cni
isolator learns all the available networks
by looking at the CNI configuration in the --network_cni_config_dir
at startup. This implies that if a new CNI network needs to be added
after Agent startup, the Agent needs to be restarted. The
network/cni
isolator has been designed with recover
capabilities
and hence restarting the Agent (and therefore the network/cni
isolator) will not affect container orchestration.
Adding/Deleting/Modifying CNI networks
The network/cni
isolator learns about all the CNI networks by
reading the CNI configuration specified in --network_cni_config_dir
. Hence, if the operator wants to add a CNI network, the corresponding
configuration needs to be added to --network_cni_config_dir
.
While the network/cni
isolator learns the CNI networks by reading
the CNI configuration files in --network_cni_config_dir
, it does not
keep an in-memory copy of the CNI configurations. The network/cni
isolator only stores a mapping of the CNI network names to the
corresponding CNI configuration files. Whenever the network/cni
isolator needs to attach a container to a CNI network it reads the
corresponding configuration from the disk and invokes the appropriate
plugin with the specified JSON configuration. Though the network/cni
isolator does not keep an in-memory copy of the JSON configuration, it
checkpoints the CNI configuration used to launch a container.
Checkpointing the CNI configuration protects the resources, associated
with the container, by freeing them correctly when the container is
destroyed, even if the CNI configuration is deleted.
The fact that the network/cni
isolator always reads the CNI
configurations from the disk allows the operator to dynamically add,
modify and delete CNI configurations without the need to restart the
agent. Whenever the operator adds a new CNI configuration, or modifies
an existing CNI configuration, the agent will pick up this new CNI
configuration when the next container is launched on that specific CNI
network. Similarly when the operator deletes a CNI network the
network/cni
isolator will “unlearn” the CNI network (since it will
have a reference to this CNI network when it started) in case a
framework tries to launch a container on the deleted CNI network.
Attaching containers to CNI networks
Frameworks can specify the CNI network to which they want their
containers to be attached by setting the name
field in the
NetworkInfo
protobuf. The name
field was introduced in the
NetworkInfo
protobuf as part of
MESOS-4758. Also,
by specifying multiple instances of the NetworkInfo
protobuf with
different name
in each of the protobuf, the MesosContainerizer
will attach the container to all the different CNI networks specified.
The default behavior for containers is to join the host
network
, i.e., if the framework does not specify a name
in the
NetworkInfo
protobuf, the network/cni
isolator will be a no-op for
that container and will not associate a new network namespace with the
container. This would effectively make the container use the host
network namespace, attaching
it to the host network.
**NOTE**: While specifying multiple `NetworkInfo` protobuf allows a
container to be attached to different CNI networks, if one of the
`NetworkInfo` protobuf is without the `name` field the `network/cni`
isolator simply "skips" the protobuf, attaching the container to all
the specified CNI networks except the `host network`. To attach a
container to the host network as well as other CNI networks you
will need to attach the container to a CNI network (such as
bridge/macvlan) that, in turn, is attached to the host network.
Passing network labels and port-mapping information to CNI plugins
When invoking CNI plugins (e.g., with command ADD), the isolator will
pass on some Mesos meta-data to the plugins by specifying the args
field in the network configuration
JSON
according to the CNI spec. Currently, the isolator only passes on
NetworkInfo
of the corresponding network to the plugin. This is
simply the JSON representation of the NetworkInfo
protobuf. For
instance:
{
"name" : "mynet",
"type" : "bridge",
"args" : {
"org.apache.mesos" : {
"network_info" : {
"name" : "mynet",
"labels" : {
"labels" : [
{ "key" : "app", "value" : "myapp" },
{ "key" : "env", "value" : "prod" }
]
},
"port_mappings" : [
{ "host_port" : 8080, "container_port" : 80 },
{ "host_port" : 8081, "container_port" : 443 }
]
}
}
}
}
It is important to note that labels
or port_mappings
within the
NetworkInfo
is set by frameworks launching the container, and the
isolator passses on this information to the CNI plugins. As per the
spec, it is the prerogative of the CNI plugins to use this meta-data
information as they see fit while attaching/detaching containers to a CNI
network. E.g., CNI plugins could use labels
to enforce domain
specific policies, or port_mappings
to implement NAT rules.
Accessing container network namespace
The network/cni
isolator allocates a network namespace to a
container when it needs to attach the container to a CNI network. The
network namespace is checkpointed on the host file system and can be
useful to debug network connectivity to the network namespace. For a
given container the network/cni
isolator checkpoints its network
namespace at:
/var/run/mesos/isolators/network/cni/<container ID>/ns
The network namespace can be used with the ip
command from the
iproute2
package by creating a symbolic link to the network namespace. Assuming
the container ID is 5baff64c-d028-47ba-864e-a5ee679fc069
you can
create the symlink as follows:
ln -s /var/run/mesos/isolators/network/cni/5baff64c-d028-47ba-8ff64c64e-a5ee679fc069/ns /var/run/netns/5baff64c
Now we can use the network namespace identifier 5baff64c
to run
commands in the new network name space using the
iproute2 package.
E.g. you can view all the links in the container network namespace by
running the command:
ip netns exec 5baff64c ip link
Similarly you can view the container’s route table by running:
ip netns exec 5baff64c ip route show
NOTE: Once
MESOS-5278 is
completed, executing commands within the container network namespace
would be simplified and we will no longer have a dependency on the
iproute2
package to debug Mesos container networking.
Networking Recipes
This section presents examples for launching containers on different
CNI networks. For each of the examples the assumption is that the CNI
configurations are present at /var/lib/mesos/cni/config
, and the
plugins are present at /var/lib/mesos/cni/plugins
. The Agents
therefore need to be started with the following command:
sudo mesos-slave --master=<master IP> --ip=<Agent IP>
--work_dir=/var/lib/mesos
--network_cni_config_dir=/var/lib/mesos/cni/config
--network_cni_plugins_dir=/var/lib/mesos/cni/plugins
--isolation=filesystem/linux,docker/runtime
--image_providers=docker
Apart from the CNI configuration parameters, we are also starting the
Agent with the ability to launch docker images on
MesosContainerizer
. We enable this ability in the
MesosContainerizer
by enabling the filesystem/linux
and
docker/runtime
isolator and setting the image provider to
docker
.
To present an example of a framework launching containers on a
specific CNI network, the mesos-execute
CLI framework has been
modified to take a --networks
flag which will allow this example
framework to launch containers on the specified network. You can find
the mesos-execute
framework in your Mesos installation directory at
<mesos installation>/bin/mesos-execute
.
A bridge network
The
bridge
plugin attaches containers to a Linux bridge. Linux bridges could be
configured to attach to VLANs and VxLAN allowing containers to be
plugged into existing layer 2 networks. We present an example below,
where the CNI configuration instructs the MesosContainerizer
to
invoke a bridge plugin to connect a container to a Linux bridge. The
configuration also instructs the bridge plugin to assign an IP address
to the container by invoking a
host-local
IPAM.
First, build the CNI plugin according to the instructions in the CNI repository then copy the bridge binary to the plugins directory on each agent.
Next, create the configuration file and copy this to the CNI configuration directory on each agent.
{
"name": "cni-test",
"type": "bridge",
"bridge": "mesos-cni0",
"isGateway": true,
"ipMasq": true,
"ipam": {
"type": "host-local",
"subnet": "<IP_ADDRESS>/16",
"routes": [
{ "dst":
"<IP_ADDRESS>/0" }
]
}
}
The CNI configuration tells the bridge plugin to attach the
container to a bridge called mesos-cni0
. If the bridge does not
exist the bridge plugin will create one.
It is important to note the routes
section in the ipam
dictionary.
For Mesos, the executors
launched as containers need to register
with the Agent in order for a task to be successfully launched.
Hence, it is imperative that the Agent IP is reachable from the
container IP and vice versa. In this specific instance we specified a
default route for the container, allowing containers to reach any
network that will be routeable by the gateway, which for this CNI
configuration is the bridge itself.
Another interesting attribute in the CNI configuration is the ipMasq
option. Setting this to true will install an iptable
rule in the
host network namespace that would SNAT all traffic originating from
the container and egressing the Agent. This allows containers to talk
to the outside world even when they are in an address space that is
not routeable from outside the agent.
Below we give an example of launching a Ubuntu
container and
attaching it to the mesos-cni0
bridge. You can launch the Ubuntu
container using the mesos-execute
framework as follows:
sudo mesos-execute --command=/bin/bash
--docker_image=ubuntu:latest --master=<master IP>:5050 --name=ubuntu
--networks=cni-test --no-shell
The above command would pull the Ubuntu
image from the docker hub
and launch it using the MesosContainerizer
and attach it to the
mesos-cni0
bridge.
You can verify the network settings of the Ubuntu
container by
creating a symlink to the network namespace and running the ip
command as describe in the section “Accessing container network
namespace”.
Assuming we created a reference for the network namespace in
/var/run/netns/5baff64c
. The output of the IP address and route table
in the container network namespace would be as follows:
$ sudo ip netns exec 5baff64c ip addr show
1: lo: <LOOPBACK> mtu 65536 qdisc noop state DOWN group default
link/loopback 00:00:00:00:00:00 brd 00:00:00:00:00:00
3: eth0: <BROADCAST,MULTICAST,UP,LOWER_UP> mtu 1500 qdisc noqueue state UP group default
link/ether 8a:2c:f9:41:0a:54 brd ff:ff:ff:ff:ff:ff
inet <IP_ADDRESS>/16 scope global eth0
valid_lft forever preferred_lft forever
inet6 fe80::882c:f9ff:fe41:a54/64 scope link
valid_lft forever preferred_lft forever
$ sudo ip netns exec 5baff64c ip route show
default via <IP_ADDRESS> dev eth0
<IP_ADDRESS>/16 dev eth0 proto kernel scope link src <IP_ADDRESS>
A port-mapper plugin for CNI networks
For private, isolated, networks such as a bridge network where the IP address of a container is not routeable from outside the host it becomes imperative to provide containers with DNAT capabilities so that services running on the container can be exposed outside the host on which the container is running.
Unfortunately, there is no CNI plugin available in the
containernetworking/cni
repository that provides port-mapping functionality.
Hence, we have developed a port-mapper CNI plugin that resides
within the Mesos code base called the mesos-cni-port-mapper
. The
mesos-cni-port-mapper
is designed to work with any other CNI plugin
that requires DNAT capabilities. One of the most obvious being the
bridge
CNI plugin.
We explain the operational semantics of the mesos-cni-port-mapper
plugin by taking an example CNI configuration that allows the
mesos-cni-port-mapper
to provide DNAT functionality to the bridge
plugin.
{
"name" : "port-mapper-test",
"type" : "mesos-cni-port-mapper",
"excludeDevices" : ["mesos-cni0"],
"chain": "MESOS-TEST-PORT-MAPPER",
"delegate": {
"type": "bridge",
"bridge": "mesos-cni0",
"isGateway": true,
"ipMasq": true,
"ipam": {
"type": "host-local",
"subnet": "<IP_ADDRESS>/16",
"routes": [
{ "dst":
"<IP_ADDRESS>/0" }
]
}
}
}
For the CNI configuration above, apart from the parameters that the
mesos-cni-port-mapper
plugin accepts, the important point to note in
the CNI configuration of the plugin is the “delegate” field. The
“delegate” field allows the mesos-cni-port-mapper
to wrap the CNI
configuration of any other CNI plugin, and allows the plugin to
provide DNAT capabilities to any CNI network. In this specific case
the mesos-cni-port-mapper
is providing DNAT capabilities to
containers running on the bridge network mesos-cni0
. The parameters
that the mesos-cni-port-mapper
accepts are listed below:
- name : Name of the CNI network.
- type : Name of the port-mapper CNI plugin.
- chain : The chain in which the iptables DNAT rule will be added in the NAT table. This allows the operator to group DNAT rules for a given CNI network under its own chain, allowing for better management of the iptables rules.
- excludeDevices: These are a list of ingress devices on which the DNAT rule should not be applied.
- delegate : This is a JSON dict that holds the CNI JSON configuration of a CNI plugin that the port-mapper plugin is expected to invoke.
The mesos-cni-port-mapper
relies heavily on iptables
to provide
the DNAT capabilities to a CNI network. In order for the port-mapper
plugin to function properly we have certain minimum
requirements for iptables as listed below:
- iptables 1.4.20 or higher: This because we need to use the -w option of iptables in order to allow atomic writes to iptables.
- Require the xt_comments module of iptables: We use the comments module to tag iptables rules belonging to a container. These tags are used as a key while deleting iptables rules when the specific container is deleted.
Finally, while the CNI configuration of the port-mapper plugin tells
the plugin as to how and where to install the iptables
rules, and which
CNI plugin to “delegate” the attachment/detachment of the container, the
port-mapping information itself is learned by looking at the
NetworkInfo
set in the args
field of the CNI configuration passed
by Mesos to the port-mapper plugin. Please refer to the “Passing
network labels and port-mapping information to CNI
plugins” section for more details.
A Calico network
Calico provides 3rd-party CNI plugin that works out-of-the-box with Mesos CNI.
Calico takes a pure Layer-3 approach to networking, allocating a unique, routable IP address to each Meso task. Task routes are distributed by a BGP vRouter run on each Agent, which leverages the existing Linux kernel forwarding engine without needing tunnels, NAT, or overlays. Additionally, Calico supports rich and flexible network policy which it enforces using bookended ACLs on each compute node to provide tenant isolation, security groups, and external reachability constraints.
For information on setting up and using Calico-CNI, see Calico’s guide on adding Calico-CNI to Mesos.
A Weave network
Weave provides a CNI implementation that works out-of-the-box with Mesos.
Weave provides hassle free configuration by assigning an ip-per-container and providing a fast DNS on each node. Weave is fast, by automatically choosing the fastest path between hosts. Multicast addressing and routing is fully supported. It has built in NAT traversal and encryption and continues to work even during a network partition. Finally, Multi-cloud deployments are easy to setup and maintain, even when there are multiple hops.
For more information on setting up and using Weave CNI, see Weave’s CNI documentation


TI-85 Link Protocol Guide v1.0 - Packet formats
Texas Instruments calculators always send data and responses in self-contained "packets."
Packets have the following format:
Note - all 2-byte integers are transmitted little-endian Intel-style (least significant byte first).
| Offset | Length | Description |
|---|---|---|
| 0 | 1 byte | Machine ID byte |
| 1 | 1 byte | Command ID byte |
| 2 | 2 bytes | Length of data (see note below) |
| 4 | n bytes | Data (if attached) |
| 4+n | 2 bytes | Checksum (if data is attached) |
The Machine ID byte identifies the machine that is sending the packet. It can have one of the following values:
| Value | Description |
|---|---|
| 05h | Computer sending TI-85 data |
| 85h | TI-85 |
The Command ID byte identifies the request or response that the machine is sending. It can have one of the following values:
| Value | Description | Data Included |
|---|---|---|
| 06h | Variable Header (VAR) | A standard variable header |
| 09h | Clear to send (CTS) | None |
| 15h | Data packet (DATA) | Screenshot/variable/backup data |
| 36h | Skip/Exit (SKIP/EXIT) | A one-byte rejection code (see codes below) |
| 56h | Acknowledge (ACK) | None |
| 5Ah | Checksum Error (ERR) The previous packet must be sent again. |
None |
| 6Dh | Silent - Request Screenshot (SCR) | None |
| 92h | End of Transmission (EOT) | None |
| A2h | Silent - Request Variable (REQ) | A NUL padded (fixed-length) variable header |
| C9h | Silent - Request to Send Variable (RTS) | A SPC padded (fixed-length) variable header |
Rejection codes (used with Command ID 36h) can have one of the following values:
| Value | Description |
|---|---|
| 01h | EXIT - The entire transmission has been cancelled. |
| 02h | SKIP - The current variable has been skipped. |
| 03h | OUT OF MEMORY (silent transmissions only) - The receiving calculator is out of memory. |
The checksum is a 16-bit value used to verify the integrity of the data in the packet. It only present if data
is present.
The checksum is calculated by taking the lower 16 bits of the sum of the data bytes, as shown below:
int calculateChecksum(unsigned char* data, unsigned short datalength) { unsigned short x, checksum; for(x=0; x<datalength; x++) { checksum+=data[x]; //overflow automatically limits to 16 bits } return checksum; }
A Variable header contains information about one variable in the calculator.
Standard and padded variable headers have the following format:
| Offset | Length | Description |
|---|---|---|
| 0 | 2 bytes | Size of actual variable data, in bytes |
| 2 | 1 byte | Type ID Byte (see type ID's below) |
| 3 | 1 byte | Size of variable name, in characters |
| 4 | n bytes | Variable name (not zero-terminated) |
A padded variable header will always be 12 bytes long. The unused bytes at the end are padded with space characters (20h) or NULLs (0h). The standard and padded formats for variable headers are interchangeable.
The type ID byte specifies the type of variable that is being transmitted. It can have one of the following values:
| Value | Description (click for variable format) |
|---|---|
| 00h | Real Number |
| 01h | Complex Number |
| 02h | Real Vector |
| 03h | Complex Vector |
| 04h | Real List |
| 05h | Complex List |
| 06h | Real Matrix |
| 07h | Complex Matrix |
| 08h | Real Constant |
| 09h | Complex Constant |
| 0Ah | Equation |
| 0Ch | String |
| 0Dh | Function GDB |
| 0Eh | Polar GDB |
| 0Fh | Parametric GDB |
| 10h | Differential Equation GDB |
| 11h | Picture |
| 12h | Program |
| 14h | Screenshot sent by PrtScrn (See note below) |
| 17h | Func: Function Window Settings (See note below) |
| 18h | Pol: Polar Window Settings (See note below) |
| 19h | Param: Parametric Window Settings (See note below) |
| 1Ah | DifEq: Differential Equation Window Settings (See note below) |
| 1Bh | ZRCL: Saved Window Settings (See note below) |
| 1Dh | Backup (No meaningful name) |
| 1Eh | Unknown (only used when requesting variables of unknown type) |
If the type ID byte specifies a backup, the variable header takes the following 9-byte format:
| Offset | Length | Description |
|---|---|---|
| 0 | 2 bytes | Size of first backup section, in bytes |
| 2 | 1 byte | Type ID Byte (1Dh in this case) |
| 3 | 2 bytes | Size of second backup section, in bytes |
| 5 | 2 bytes | Size of third backup section, in bytes |
| 7 | 2 bytes | Memory address of second section |


ASTRONOMY
A PROJECT BY
HUSAIN ZAFAR
STD:VIII C
ST. JOSEPHS BOYS SCHOOL
KIRKEE, PUNE
ASTRONOMY
ENTER YOUR INFORMATION
MAILTO AUTHOR
ABOUT ME


Instead of [ a || b ], use [ a ] || [ b ].
[ "$1" = "-v" || "$1" = "-help" ]
[ "$1" = "-v" ] || [ "$1" = "-help" ]
|| cannot be used in a [ .. ] test expression. Instead, make two [ .. ] expressions and put the || between them.
||
[ .. ]
None.


| THE INTERNET PLASMA PHYSICS EDUCATION EXPERIENCE | |
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--- layout: post title: Database migrations with Kevin Hurwitz and Jeffrey Palermo categories: - database - migrations - Podcast status: publish type: post published: true meta: _edit_last: '2' s2mail: 'yes' _podPressMedia: a:1:{i:0;a:10:{s:3:"URI";s:92:"https://s3.amazonaws.com/headspringpodcast/HeadspringPodcast-20120510-DatabaseMigrations.mp3";s:5:"title";s:19:"Database Migrations";s:4:"type";s:9:"audio_mp3";s:4:"size";s:8:"32800000";s:8:"duration";s:8:"00:35:50";s:12:"previewImage";s:80:"http://www.headspring.com/wp-content/plugins/podpress/images/vpreview_center.png";s:10:"dimensionW";s:1:"0";s:10:"dimensionH";s:1:"0";s:3:"rss";s:2:"on";s:4:"atom";s:2:"on";}} _podPressPostSpecific: a:6:{s:15:"itunes:subtitle";s:15:"##PostExcerpt##";s:14:"itunes:summary";s:15:"##PostExcerpt##";s:15:"itunes:keywords";s:17:"##WordPressCats##";s:13:"itunes:author";s:10:"##Global##";s:15:"itunes:explicit";s:7:"Default";s:12:"itunes:block";s:7:"Default";} dsq_thread_id: '843166765' ---
In this cast, Kevin Hurwitz (Chief Architect) discusses database migrations and database change management with Jeffrey Palermo (President/COO) while covering the problem, options, and our recommended approach. We use an open source tool called Tarantino in our deployment-based process. This tool can be executed via a NAnt or Psake build script as well as stand-alone from the command line. Here are some additional resources.


Use item renderer
Use factory renderer
Use label factory
Use option group
With custom header & footer
Popup match inputs width
Popup visibility
Deselect on click (for single select)
Multiple Selection w/ searchbox
Single Selection w/ Angular Forms
Multiple Selection w/ Angular Forms
Dropdown button
I don't have a dropdown myself. I'm just a button with that style.


Directories | |
| directory | component |
| directory | instance |
| directory | pio |
Files | |
| file | sams70.h [code] |
| file | sams70j19.h [code] |
| file | sams70j20.h [code] |
| file | sams70j21.h [code] |
| file | sams70n19.h [code] |
| file | sams70n20.h [code] |
| file | sams70n21.h [code] |
| file | sams70q19.h [code] |
| file | sams70q20.h [code] |
| file | sams70q21.h [code] |
| file | system_sams70.h [code] |


{% extends 'layouts/base.html' %} {% import 'macros/common.html' as common with context %} {% block title %}S3 Usage{% endblock %} {% block nav %}


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Amy Jackson looks super stylish in a black ensemble as she attends an event!
by TIMESOFINDIA.COMAmy Jackson is quite active on social media and loves to treat her fans with her stunning pictures. The actress gave birth to baby boy Andreas on September 23 and since then the actress has also been sharing beautiful pictures with her baby on her Instagram.
And today, she took to the photo-sharing app to another fabulous picture where she can be seen posing for the camera at an event. The actress looked in a stylish black ensemble paired with matching stockings and heels. Check out the picture here:
Meanwhile, her son will be two months old in November. Last month, she celebrated him completing one month with a sweet post.
Currently living in London with her family, Amy was last seen on the big screen in the film 2.0, which starred Rajinikanth and Akshay Kumar.