Deletes a YouTube video.
Args:
id: string, The id parameter specifies the YouTube video ID for the resource that is being deleted. In a video resource, the id property specifies the video's ID. (required)
insert(part=None, body=None, media_body=None)
Uploads a video to YouTube and optionally sets the video's metadata.
Args:
part: string, The part parameter serves two purposes in this operation. It identifies the properties that the write operation will set as well as the properties that the API response will include.
The part names that you can include in the parameter value are snippet, contentDetails, player, statistics, status, and topicDetails. However, not all of those parts contain properties that can be set when setting or updating a video's metadata. For example, the statistics object encapsulates statistics that YouTube calculates for a video and does not contain values that you can set or modify. If the parameter value specifies a part that does not contain mutable values, that part will still be included in the API response. (required)
body: object, The request body.
The object takes the form of:
{ # A video resource represents a YouTube video.
"status": { # The status of a video details the video's upload status and privacy status. # The status object contains information about the video's uploading, processing, and privacy statuses.
"privacyStatus": "A String", # The video's privacy status.
"uploadStatus": "A String", # The status of the uploaded video.
"rejectionReason": "A String", # This value explains why YouTube rejected an uploaded video. This property is only present if the uploadStatus property indicates that the upload was rejected.
"failureReason": "A String", # This value explains why a video failed to upload. This property is only present if the uploadStatus property indicates that the upload failed.
},
"topicDetails": { # Freebase topic information related to the video. # The topicDetails object encapsulates information about Freebase topics associated with the video.
"topicIds": [ # A list of Freebase topic IDs associated with the video. You can retrieve information about each topic using the Freebase Topic API.
"A String",
],
},
"kind": "youtube#video", # The type of the API resource. For video resources, the value will be youtube#video.
"statistics": { # Statistics about the video, such as the number of times the video was viewed or liked. # The statistics object contains statistics about the video.
"commentCount": "A String", # The number of comments for the video.
"viewCount": "A String", # The number of times the video has been viewed.
"favoriteCount": "A String", # The number of users who currently have the video marked as a favorite video.
"dislikeCount": "A String", # The number of users who have indicated that they disliked the video by giving it a negative rating.
"likeCount": "A String", # The number of users who have indicated that they liked the video by giving it a positive rating.
},
"contentDetails": { # The contentDetails object contains information about the video content, including the length of the video and its aspect ratio.
"duration": "A String", # The length of the video. The tag value is an ISO 8601 duration in the format PT#M#S, in which the letters PT indicate that the value specifies a period of time, and the letters M and S refer to length in minutes and seconds, respectively. The # characters preceding the M and S letters are both integers that specify the number of minutes (or seconds) of the video. For example, a value of PT15M51S indicates that the video is 15 minutes and 51 seconds long.
"regionRestriction": { # Region restriction of the video. # The regionRestriction object contains information about the countries where a video is (or is not) viewable. The object will contain either the contentDetails.regionRestriction.allowed property or the contentDetails.regionRestriction.blocked property.
"blocked": [ # A list of region codes that identify countries where the video is blocked. If this property is present and a country is not listed in its value, then the video is viewable in that country. If this property is present and contains an empty list, the video is viewable in all countries.
"A String",
],
"allowed": [ # A list of region codes that identify countries where the video is viewable. If this property is present and a country is not listed in its value, then the video is blocked from appearing in that country. If this property is present and contains an empty list, the video is blocked in all countries.
"A String",
],
},
},
"snippet": { # Basic details about a video, including title, description, uploader, thumbnails and category. # The snippet object contains basic details about the video, such as its title, description, and category.
"thumbnails": { # A map of thumbnail images associated with the video. For each object in the map, the key is the name of the thumbnail image, and the value is an object that contains other information about the thumbnail.
"a_key": { # Name of the thumbnail, to easily identify it. The set of names is dependent on the resource the thumbnail is for.
"url": "A String", # The thumbnail image's URL.
"width": 42,
"height": 42,
},
},
"tags": [ # A list of keyword tags associated with the video. Tags may contain spaces. This field is only visible to the video's uploader.
"A String",
],
"channelId": "A String", # The ID that YouTube uses to uniquely identify the channel that the video was uploaded to.
"publishedAt": "A String", # The date and time that the video was uploaded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"title": "A String", # The video's title.
"categoryId": "A String", # The YouTube video category associated with the video.
"description": "A String", # The video's description.
},
"player": { # Player to be used for a video playback. # The player object contains information that you would use to play the video in an embedded player.
"embedHtml": "A String", # An
list(id, part=None)
Returns a list of videos that match the API request parameters.
Args:
id: string, The id parameter specifies a comma-separated list of the YouTube video ID(s) for the resource(s) that are being retrieved. In a video resource, the id property specifies the video's ID. (required)
part: string, The part parameter specifies a comma-separated list of one or more video resource properties that the API response will include. The part names that you can include in the parameter value are id, snippet, contentDetails, player, statistics, status, and topicDetails.
If the parameter identifies a property that contains child properties, the child properties will be included in the response. For example, in a video resource, the snippet property contains the channelId, title, description, tags, and categoryId properties. As such, if you set part=snippet, the API response will contain all of those properties. (required)
Returns:
An object of the form:
{ # A paginated list of videos returned as the response to a youtube.videos.list call.
"items": [ # A list of videos that match the request criteria.
{ # A video resource represents a YouTube video.
"status": { # The status of a video details the video's upload status and privacy status. # The status object contains information about the video's uploading, processing, and privacy statuses.
"privacyStatus": "A String", # The video's privacy status.
"uploadStatus": "A String", # The status of the uploaded video.
"rejectionReason": "A String", # This value explains why YouTube rejected an uploaded video. This property is only present if the uploadStatus property indicates that the upload was rejected.
"failureReason": "A String", # This value explains why a video failed to upload. This property is only present if the uploadStatus property indicates that the upload failed.
},
"topicDetails": { # Freebase topic information related to the video. # The topicDetails object encapsulates information about Freebase topics associated with the video.
"topicIds": [ # A list of Freebase topic IDs associated with the video. You can retrieve information about each topic using the Freebase Topic API.
"A String",
],
},
"kind": "youtube#video", # The type of the API resource. For video resources, the value will be youtube#video.
"statistics": { # Statistics about the video, such as the number of times the video was viewed or liked. # The statistics object contains statistics about the video.
"commentCount": "A String", # The number of comments for the video.
"viewCount": "A String", # The number of times the video has been viewed.
"favoriteCount": "A String", # The number of users who currently have the video marked as a favorite video.
"dislikeCount": "A String", # The number of users who have indicated that they disliked the video by giving it a negative rating.
"likeCount": "A String", # The number of users who have indicated that they liked the video by giving it a positive rating.
},
"contentDetails": { # The contentDetails object contains information about the video content, including the length of the video and its aspect ratio.
"duration": "A String", # The length of the video. The tag value is an ISO 8601 duration in the format PT#M#S, in which the letters PT indicate that the value specifies a period of time, and the letters M and S refer to length in minutes and seconds, respectively. The # characters preceding the M and S letters are both integers that specify the number of minutes (or seconds) of the video. For example, a value of PT15M51S indicates that the video is 15 minutes and 51 seconds long.
"regionRestriction": { # Region restriction of the video. # The regionRestriction object contains information about the countries where a video is (or is not) viewable. The object will contain either the contentDetails.regionRestriction.allowed property or the contentDetails.regionRestriction.blocked property.
"blocked": [ # A list of region codes that identify countries where the video is blocked. If this property is present and a country is not listed in its value, then the video is viewable in that country. If this property is present and contains an empty list, the video is viewable in all countries.
"A String",
],
"allowed": [ # A list of region codes that identify countries where the video is viewable. If this property is present and a country is not listed in its value, then the video is blocked from appearing in that country. If this property is present and contains an empty list, the video is blocked in all countries.
"A String",
],
},
},
"snippet": { # Basic details about a video, including title, description, uploader, thumbnails and category. # The snippet object contains basic details about the video, such as its title, description, and category.
"thumbnails": { # A map of thumbnail images associated with the video. For each object in the map, the key is the name of the thumbnail image, and the value is an object that contains other information about the thumbnail.
"a_key": { # Name of the thumbnail, to easily identify it. The set of names is dependent on the resource the thumbnail is for.
"url": "A String", # The thumbnail image's URL.
"width": 42,
"height": 42,
},
},
"tags": [ # A list of keyword tags associated with the video. Tags may contain spaces. This field is only visible to the video's uploader.
"A String",
],
"channelId": "A String", # The ID that YouTube uses to uniquely identify the channel that the video was uploaded to.
"publishedAt": "A String", # The date and time that the video was uploaded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"title": "A String", # The video's title.
"categoryId": "A String", # The YouTube video category associated with the video.
"description": "A String", # The video's description.
},
"player": { # Player to be used for a video playback. # The player object contains information that you would use to play the video in an embedded player.
"embedHtml": "A String", # An tag that embeds a player that will play the video.
},
"etag": "A String", # The ETag of the video resource.
"recordingDetails": { # Recording information associated with the video. # The recordingDetails object encapsulates information about the location, date and address where the video was recorded.
"recordingDate": "A String", # The date and time when the video was recorded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"locationDescription": "A String", # The text description of the location where the video was recorded.
"location": { # A geoPoint holds geo location information associated with a YouTube resource. # The geolocation information associated with the video.
"latitude": 3.14, # Latitude in degrees.
"elevation": 3.14, # Altitude above the Earth, in meters.
"longitude": 3.14, # Longitude in degrees.
},
},
"id": "A String", # The ID that YouTube uses to uniquely identify the video.
},
],
"kind": "youtube#videoListResponse", # The type of the API response. For this operation, the value will be youtube#videoListResponse.
"etag": "A String", # The ETag of the response.
}
update(part=None, body)
Updates a video's metadata.
Args:
part: string, The part parameter serves two purposes in this operation. It identifies the properties that the write operation will set as well as the properties that the API response will include.
The part names that you can include in the parameter value are snippet, contentDetails, player, statistics, status, and topicDetails.
Note that this method will override the existing values for all of the mutable properties that are contained in any parts that the parameter value specifies. For example, a video's privacy setting is contained in the status part. As such, if your request is updating a private video, and the request's part parameter value includes the status part, the video's privacy setting will be updated to whatever value the request body specifies. If the request body does not specify a value, the existing privacy setting will be removed and the video will revert to the default privacy setting.
In addition, not all of those parts contain properties that can be set when setting or updating a video's metadata. For example, the statistics object encapsulates statistics that YouTube calculates for a video and does not contain values that you can set or modify. If the parameter value specifies a part that does not contain mutable values, that part will still be included in the API response. (required)
body: object, The request body. (required)
The object takes the form of:
{ # A video resource represents a YouTube video.
"status": { # The status of a video details the video's upload status and privacy status. # The status object contains information about the video's uploading, processing, and privacy statuses.
"privacyStatus": "A String", # The video's privacy status.
"uploadStatus": "A String", # The status of the uploaded video.
"rejectionReason": "A String", # This value explains why YouTube rejected an uploaded video. This property is only present if the uploadStatus property indicates that the upload was rejected.
"failureReason": "A String", # This value explains why a video failed to upload. This property is only present if the uploadStatus property indicates that the upload failed.
},
"topicDetails": { # Freebase topic information related to the video. # The topicDetails object encapsulates information about Freebase topics associated with the video.
"topicIds": [ # A list of Freebase topic IDs associated with the video. You can retrieve information about each topic using the Freebase Topic API.
"A String",
],
},
"kind": "youtube#video", # The type of the API resource. For video resources, the value will be youtube#video.
"statistics": { # Statistics about the video, such as the number of times the video was viewed or liked. # The statistics object contains statistics about the video.
"commentCount": "A String", # The number of comments for the video.
"viewCount": "A String", # The number of times the video has been viewed.
"favoriteCount": "A String", # The number of users who currently have the video marked as a favorite video.
"dislikeCount": "A String", # The number of users who have indicated that they disliked the video by giving it a negative rating.
"likeCount": "A String", # The number of users who have indicated that they liked the video by giving it a positive rating.
},
"contentDetails": { # The contentDetails object contains information about the video content, including the length of the video and its aspect ratio.
"duration": "A String", # The length of the video. The tag value is an ISO 8601 duration in the format PT#M#S, in which the letters PT indicate that the value specifies a period of time, and the letters M and S refer to length in minutes and seconds, respectively. The # characters preceding the M and S letters are both integers that specify the number of minutes (or seconds) of the video. For example, a value of PT15M51S indicates that the video is 15 minutes and 51 seconds long.
"regionRestriction": { # Region restriction of the video. # The regionRestriction object contains information about the countries where a video is (or is not) viewable. The object will contain either the contentDetails.regionRestriction.allowed property or the contentDetails.regionRestriction.blocked property.
"blocked": [ # A list of region codes that identify countries where the video is blocked. If this property is present and a country is not listed in its value, then the video is viewable in that country. If this property is present and contains an empty list, the video is viewable in all countries.
"A String",
],
"allowed": [ # A list of region codes that identify countries where the video is viewable. If this property is present and a country is not listed in its value, then the video is blocked from appearing in that country. If this property is present and contains an empty list, the video is blocked in all countries.
"A String",
],
},
},
"snippet": { # Basic details about a video, including title, description, uploader, thumbnails and category. # The snippet object contains basic details about the video, such as its title, description, and category.
"thumbnails": { # A map of thumbnail images associated with the video. For each object in the map, the key is the name of the thumbnail image, and the value is an object that contains other information about the thumbnail.
"a_key": { # Name of the thumbnail, to easily identify it. The set of names is dependent on the resource the thumbnail is for.
"url": "A String", # The thumbnail image's URL.
"width": 42,
"height": 42,
},
},
"tags": [ # A list of keyword tags associated with the video. Tags may contain spaces. This field is only visible to the video's uploader.
"A String",
],
"channelId": "A String", # The ID that YouTube uses to uniquely identify the channel that the video was uploaded to.
"publishedAt": "A String", # The date and time that the video was uploaded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"title": "A String", # The video's title.
"categoryId": "A String", # The YouTube video category associated with the video.
"description": "A String", # The video's description.
},
"player": { # Player to be used for a video playback. # The player object contains information that you would use to play the video in an embedded player.
"embedHtml": "A String", # An tag that embeds a player that will play the video.
},
"etag": "A String", # The ETag of the video resource.
"recordingDetails": { # Recording information associated with the video. # The recordingDetails object encapsulates information about the location, date and address where the video was recorded.
"recordingDate": "A String", # The date and time when the video was recorded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"locationDescription": "A String", # The text description of the location where the video was recorded.
"location": { # A geoPoint holds geo location information associated with a YouTube resource. # The geolocation information associated with the video.
"latitude": 3.14, # Latitude in degrees.
"elevation": 3.14, # Altitude above the Earth, in meters.
"longitude": 3.14, # Longitude in degrees.
},
},
"id": "A String", # The ID that YouTube uses to uniquely identify the video.
}
Returns:
An object of the form:
{ # A video resource represents a YouTube video.
"status": { # The status of a video details the video's upload status and privacy status. # The status object contains information about the video's uploading, processing, and privacy statuses.
"privacyStatus": "A String", # The video's privacy status.
"uploadStatus": "A String", # The status of the uploaded video.
"rejectionReason": "A String", # This value explains why YouTube rejected an uploaded video. This property is only present if the uploadStatus property indicates that the upload was rejected.
"failureReason": "A String", # This value explains why a video failed to upload. This property is only present if the uploadStatus property indicates that the upload failed.
},
"topicDetails": { # Freebase topic information related to the video. # The topicDetails object encapsulates information about Freebase topics associated with the video.
"topicIds": [ # A list of Freebase topic IDs associated with the video. You can retrieve information about each topic using the Freebase Topic API.
"A String",
],
},
"kind": "youtube#video", # The type of the API resource. For video resources, the value will be youtube#video.
"statistics": { # Statistics about the video, such as the number of times the video was viewed or liked. # The statistics object contains statistics about the video.
"commentCount": "A String", # The number of comments for the video.
"viewCount": "A String", # The number of times the video has been viewed.
"favoriteCount": "A String", # The number of users who currently have the video marked as a favorite video.
"dislikeCount": "A String", # The number of users who have indicated that they disliked the video by giving it a negative rating.
"likeCount": "A String", # The number of users who have indicated that they liked the video by giving it a positive rating.
},
"contentDetails": { # The contentDetails object contains information about the video content, including the length of the video and its aspect ratio.
"duration": "A String", # The length of the video. The tag value is an ISO 8601 duration in the format PT#M#S, in which the letters PT indicate that the value specifies a period of time, and the letters M and S refer to length in minutes and seconds, respectively. The # characters preceding the M and S letters are both integers that specify the number of minutes (or seconds) of the video. For example, a value of PT15M51S indicates that the video is 15 minutes and 51 seconds long.
"regionRestriction": { # Region restriction of the video. # The regionRestriction object contains information about the countries where a video is (or is not) viewable. The object will contain either the contentDetails.regionRestriction.allowed property or the contentDetails.regionRestriction.blocked property.
"blocked": [ # A list of region codes that identify countries where the video is blocked. If this property is present and a country is not listed in its value, then the video is viewable in that country. If this property is present and contains an empty list, the video is viewable in all countries.
"A String",
],
"allowed": [ # A list of region codes that identify countries where the video is viewable. If this property is present and a country is not listed in its value, then the video is blocked from appearing in that country. If this property is present and contains an empty list, the video is blocked in all countries.
"A String",
],
},
},
"snippet": { # Basic details about a video, including title, description, uploader, thumbnails and category. # The snippet object contains basic details about the video, such as its title, description, and category.
"thumbnails": { # A map of thumbnail images associated with the video. For each object in the map, the key is the name of the thumbnail image, and the value is an object that contains other information about the thumbnail.
"a_key": { # Name of the thumbnail, to easily identify it. The set of names is dependent on the resource the thumbnail is for.
"url": "A String", # The thumbnail image's URL.
"width": 42,
"height": 42,
},
},
"tags": [ # A list of keyword tags associated with the video. Tags may contain spaces. This field is only visible to the video's uploader.
"A String",
],
"channelId": "A String", # The ID that YouTube uses to uniquely identify the channel that the video was uploaded to.
"publishedAt": "A String", # The date and time that the video was uploaded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"title": "A String", # The video's title.
"categoryId": "A String", # The YouTube video category associated with the video.
"description": "A String", # The video's description.
},
"player": { # Player to be used for a video playback. # The player object contains information that you would use to play the video in an embedded player.
"embedHtml": "A String", # An tag that embeds a player that will play the video.
},
"etag": "A String", # The ETag of the video resource.
"recordingDetails": { # Recording information associated with the video. # The recordingDetails object encapsulates information about the location, date and address where the video was recorded.
"recordingDate": "A String", # The date and time when the video was recorded. The value is specified in ISO 8601 (YYYY-MM-DDThh:mm:ss.sZ) format.
"locationDescription": "A String", # The text description of the location where the video was recorded.
"location": { # A geoPoint holds geo location information associated with a YouTube resource. # The geolocation information associated with the video.
"latitude": 3.14, # Latitude in degrees.
"elevation": 3.14, # Altitude above the Earth, in meters.
"longitude": 3.14, # Longitude in degrees.
},
},
"id": "A String", # The ID that YouTube uses to uniquely identify the video.
}


Technical and Professional topic abstract has to be mailed if it gets shortlisted, the participant has to present a paper on the selected topic.
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Contest between different projects made by 2nd and 3rd year students.
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Electronic Gadget exhibition in which students demonstrate about gadgets or any technology.
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Description : Workshop on building and developing the leadership abilities followed by group discussion for selected students.
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Description : Description : A competition in which each team consisting of 3 members has to first create an abstract of business plan with concise description of product keeping in mind cost efficiency, marketing campaign and then the shortlisted teams has to present their business plan.
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Cranky Critic® movie reviews: Outside Providence Rated [R]; 105 minutes Starring Shawn Hatosy, Amy Smart, Alec Baldwin, George Wendt Screenplay by Peter Farrelly, Michael Corrente, Bobby Farrelly Based on the novel by Peter Farrelly Directed by Michael Corrente website: http://www.miramax.com
IN SHORT: Slam dunk good flick.
What do you get if you take a Farrelly Brothers movie, strip it of the sex and the more gruesome physical gags (y'know, like a fishhook through the face) and cast Alec Baldwin in a supporting role as a blue collar foulmouth whose nickname for his eldest son is unprintable on these boards?
You get a very funny coming of age movie, that's what you get.
To be historically accurate, Outside Providence is based on a novel Peter Farrelly wrote before he and brother Bobby hit it big with flicks like Dumb and Dumber and There's Something About Mary. As always, no reference is made to the Source Material, which director Michael Corrente picked up for a buck at a used bookshop. ...
Set in the Pawtucket, Rhode Island of 1974, dopehead Timothy Dunphy (Shawn Hatosy) cheerfully helps his wheelchair bound brother Jackie (Tommy Bone) deliver newspapers while their three legged dog, Clopsie, limps behind them.
OK, now that we've scared away half of my readers, Cranky'll take aim at those of you that liked Mary...
Outside Providence, lacking the really cheap humor of There's Something About Mary, replaces it with something even more interesting. A solid story, with character development, terrific performances and a moral ending. Yep.  Not only is Outside Providence downright funny, it has a moral! Dunphy actually goes through the kind of character transformation that film students and critics like. Topping even Shawn Hatosy's performance is the outstanding best-of-the-year quality work from Alec Baldwin.
After sneaking his bong out of the house -- Dunphy tells his old man it's a musical instrument, and only the old man's poker buddy Joey (George Wendt) knows better -- the losers hit the local disco, hit the bong, and hit a parked police car. Dad ships Dunphy off to a prep school where it's graduate or go to jail. While you may think this "blue collar guy in white collar world" has been done to death in other teen flicks, it is here that a substantial and very sweet story kicks into gear. Most of the gross jokes fall by the wayside (though one particularly revolting bit involving spaghetti up a nose will thrill teenboys) as Dunphy meets, falls for and wins the much smarter, much richer and much prettier Jane West (Amy Smart).
Yep, opposites attract. That this mook can win the heart of a preppie, destroy her carefully planned future, regret his actions and make it all better yields a really sweet love story. That it all came out of the pen of Peter Farrelly is the bigger surprise. I grudgingly admitted to liking There's Something About Mary, though Kingpin and Dumb and Dumber were utterly tasteless and revolting, which is what they were supposed to be -- not to my taste.
Outside Providence is better than good. It delivers an excellent story and great performances by relative newcomers Hatosy and Smart.  This is a top notch movie, though if you have problems with four letter words, consider yourself warned.
On average, a first run movie ticket will run you Eight Bucks. Were Cranky able to set his own price to Outside Providence, he would have paid...
$6.75
Damn fine movie. To make an good thing even better, the soundtrack (not only in the film, but on the CD you'll shell out cash for) is filled with absolute killer kuts of the 70s: The Who; Paul McCartney and Wings; The Eagles; The Doobie Brothers; Yes; Badfinger; Free; and the best track Lynyrd Skynyrd ever graced FM radio with ('cuz I played it daily back when I was a DJ). For a full songlist and discount purchase option, click here.
The Cranky Critic® is a Registered Trademark of, and Copyright © 1999 by, Chuck Schwartz. All Rights Reserved. Cranky on the web at www.crankycritic.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


Interceptors are implemented in order to execute tasks before and/or after the execution of a business logic, being data validation, database connection and transaction control, logging and data cryptography/compression the most common use cases.
In VRaptor 3 we adopted an approach in which the interceptor defines who will be intercepted. This is closer to the intercepting style used in systems based on AOP (Aspect Oriented Programming) than the one that was implemented in VRaptor's previous version.
Therefore, to intercept a request, just implement the Interceptor interface and annotate the class with @Intercepts.
Just like any other component, you can specify the interceptor's scope using the scope annotations.
public interface Interceptor {
void intercept(InterceptorStack stack, ResourceMethod method,
Object resourceInstance) throws InterceptionException;
boolean accepts(ResourceMethod method);
}
The following class shows an example of how to intercept all requests using session scope and simply print the invocation to default output.
Remember that the interceptor is a component just like any other, so it can receive its dependencies in the constructor through Dependency Injection.
@Intercepts
@SessionScoped
public class Log implements Interceptor {
private final HttpServletRequest request;
public Log(HttpServletRequest request) {
this.request = request;
}
public void intercept(InterceptorStack stack, ResourceMethod method,
Object resourceInstance) throws InterceptionException {
System.out.println("Intercepting " + request.getRequestURI());
stack.next(method, resourceInstance);
}
public boolean accepts(ResourceMethod method) {
return true;
}
}
Probably one of the most common uses of an Interceptor is to implement the Open Session In View pattern, which provides a database connection whenever a request is made to your application. And in the end of that request, the connection is disposed. This is specially useful to avoid exceptions like LazyInitializationException when rendering JSPs.
Here is a simple example that starts a database transaction in every request, and when the logic execution ends and the page is rendered, it commits the transaction and closes the database connection.
@RequestScoped
@Intercepts
public class DatabaseInterceptor implements br.com.caelum.vraptor.Interceptor {
private final Database controller;
private final Result result;
private final HttpServletRequest request;
public DatabaseInterceptor(Database controller, Result result, HttpServletRequest request) {
this.controller = controller;
this.result = result;
this.request = request;
}
public void intercept(InterceptorStack stack, ResourceMethod method,
Object instance) throws InterceptionException {
result.include("contextPath", request.getContextPath());
try {
controller.beginTransaction();
stack.next(method, instance);
controller.commit();
} finally {
if (controller.hasTransaction()) {
controller.rollback();
}
controller.close();
}
}
public boolean accepts(ResourceMethod method) {
return true;
}
}
This way, to use the available connection in your Resource, the following code would apply:
@Resource
public class EmployeeController {
public EmployeeController(Result result, Database controller) {
this.result = result;
this.controller = controller;
}
@Post
@Path("/employee")
public void add(Employee employee) {
controller.getEmployeeDao().add(employee);
...
}
}
If you need to ensure order of the execution of a set of interceptors, you can use the after and before attributes from @Intercepts. Suppose that FirstInterceptor must run before SecondInterceptor, so you can configure it either by:
@Intercepts(before=SecondInterceptor.class)
public class FirstInterceptor implements Interceptor {
...
}
or
@Intercepts(after=FirstInterceptor.class)
public class SecondInterceptor implements Interceptor {
...
}
You can specify more than one interceptor:
@Intercepts(after={FirstInterceptor.class, SecondInterceptor.class},
before={ForthInterceptor.class, FifthInterceptor.class})
public class ThirdInterceptor implements Interceptor {
...
}
VRaptor will throw an exception if there is a cycle on the ordering, so be careful.
VRaptor has its own sequence of interceptors, and you can define the ordering of your interceptors based on VRaptor's.
Here are the main VRaptor interceptors and what they produce:
ResourceLookupInterceptor - the first interceptor. Finds the right ResourceMethod, which will be passed as argument on accepts() and intercept() methods. It is the default after.
ParametersInstantiatorInterceptor - instantiates the method parameters based on request. The parameters will be available via MethodInfo#getParameters().
InstantiateInterceptor - instantiates the controller, which will be passed on the last parameter of intercept() method.
ExecuteMethodInterceptor - executes the ResourceMethod. Return value will be available via MethodInfo#getResult(). It is the default before.
OutjectResult - outjects the ResourceMethod's return value to the view.
ForwardToDefaultViewInterceptor - forwards to default jsp if no other view was used.
If you need to execute an Interceptor after ExecuteMethodInterceptor, you must set the before attribute, in order to avoid cycles. ForwardToDefaultViewInterceptor is a good value since no other interceptor can run after it:
@Intercepts(after=ExecuteMethodInterceptor.class,
before=ForwardToDefaultViewInterceptor.class)


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|---|
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{% extends "layout.html" %} {% block content %}
| Name | ELO | Wins | Losses | Total Members |
|---|---|---|---|---|
| {{ team.name }} |
{{ team.elo | int }}
|
{{ team.wins }}
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yld2datagen - Convert phitar yield files to a datagen input file
python yld2datagen.py [-h] --nrg_of_int NRG_OF_INT -o OUT
file [file ...]
By converting phitar yield files to a datagen input file,
the phitar yield data can become a function of a different
independent variable.
For example, phitar yields calculated as a function of beam energy
can become a function of of W-MoO3 gap.
-h, --help
The argparse help message will be displayed.
--nrg_of_int NRG_OF_INT
Beam energy of interest
-o OUT, --out OUT
Output file to become a datagen input file
file ...
Ordered list of phitar yield files
python yld2datagen.py ^
gap0p1_yields_mo99-vnrg-wrcc-vhgt0p0001to0p70_peaks_by_fit_annot_peak_data_array.txt ^
gap0p5_yields_mo99-vnrg-wrcc-vhgt0p0001to0p70_peaks_by_fit_annot_peak_data_array.txt ^
--nrg_of_int 20 ^
--out nrg20_fwhm15p0_gap1_to_20.gen
Python 3
Jaewoong Jang<EMAIL_ADDRESS>Copyright (c) 2020 Jaewoong Jang
This software is available under the MIT license; the license information is found in 'LICENSE'.


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Nyan is a Java library for use in FTC robot control systems that helps with building subsystems. It is named after http://www.nyan.cat/, because your robot will leave a rainbow trail behind it if you use this library 😉
A subsystem is a self-contained system within a larger system. In FTC, complex control systems are best organized into multiple Java classes. Mapping these classes to parts of the robot that make a conceptual unit is helpful.
Nyan's architecture is based on the Composite design pattern, where objects are composed of objects that are composed, etc. This is helpful to subdivide a robot's control system as in the following example:
Robot, is composed of
....Ball throwing system, is composed of
........Ball collecting system, is composed of
............Motor
............Color Sensor
........Flywheel system, is composed of
............Motor
............Touch Sensor
....Drivetrain system, is composed of...
Nyan builds on another library, Schrodinger, to implement state machines for subsystems. This can be very useful to allow for multiple subsystems to perform a complex series of operations simultaneously. Nyan also uses a data logging system from Schrodinger that provides an easy way to get data which can be used to troubleshoot the operation of your robot.
In this codelab, you're going to create op modes for an FTC robot that use the Nyan library to implement subsystems.
If you do not already have Android Studio installed, follow the instructions for Installing Android Studio
If you are familiar with git, create a new clone of the FTC project repository on your computer. Otherwise, just follow these instructions for Downloading the Android Studio Project Folder
You'll need to let Android Studio (the gradle build system, really) know from where it can download the schrodinger library. Add maven { url 'https://dl.bintray.com/crazycatladies/maven' }
to the repositories section at the bottom of the build.gradle
file in the root folder of your project.
/**
* Top-level build file for ftc_app project.
*
* It is extraordinarily rare that you will ever need to edit this file.
*/
buildscript {
repositories {
google()
jcenter()
}
dependencies {
classpath 'com.android.tools.build:gradle:3.4.1'
}
}
// This is now required because aapt2 has to be downloaded from the
// google() repository beginning with version 3.2 of the Android Gradle Plugin
allprojects {
repositories {
google()
jcenter()
maven { url 'https://dl.bintray.com/crazycatladies/maven' }
}
}
You'll make your project dependent on Nyan and Schrodinger, which will cause Android Studio (gradle, really) to download the library, by adding implementation 'ftc.crazycatladies:schrodinger:0.1.1'
and implementation 'ftc.crazycatladies:nyan:0.1'
to the end of the dependencies section in TeamCode/build.release.gradle
dependencies {
implementation project(':FtcRobotController')
implementation (name: 'RobotCore-release', ext: 'aar')
implementation (name: 'Hardware-release', ext: 'aar')
implementation (name: 'FtcCommon-release', ext: 'aar')
implementation (name: 'WirelessP2p-release', ext:'aar')
implementation (name: 'tfod-release', ext:'aar')
implementation (name: 'tensorflow-lite-0.0.0-nightly', ext:'aar')
implementation 'ftc.crazycatladies:schrodinger:0.1.1'
implementation 'ftc.crazycatladies:nyan:0.1'
}
Nyan uses Java 8 features, and you'll probably want to do the same in your own code. You can enable Java 8 by changing the compileOptions
section in build.common.gradle
(in the root folder of the project):
compileOptions {
sourceCompatibility JavaVersion.VERSION_1_8
targetCompatibility JavaVersion.VERSION_1_8
}
After changing and saving these files, you should be able to update gradle by clicking "Sync Now" in the bar which appears at the top of these files:
If everything has gone well, your project will now reference the downloaded schrodinger & nyan external libraries, which you can see in the "Project" view of the Project window:
Create a new Java class in the org.firstinspires.ftc.teamcode
package of the TeamCode
module called NyanTeleOpMode
. If you're not sure how to create an op mode class, refer to Creating and Running an Op Mode (Android Studio)
Start by adding basic code which will display the x & y values for the left stick of gamepad1.
package org.firstinspires.ftc.teamcode;
import com.qualcomm.robotcore.eventloop.opmode.LinearOpMode;
import com.qualcomm.robotcore.eventloop.opmode.TeleOp;
@TeleOp(name="NyanTeleOp")
public class NyanTeleOpMode extends LinearOpMode {
@Override
public void runOpMode() throws InterruptedException {
waitForStart();
while (opModeIsActive()) {
telemetry.addData("x", gamepad1.left_stick_x);
telemetry.addData("y", gamepad1.left_stick_y);
telemetry.update();
}
}
}
Test this out with a gamepad connected to your Driver Station phone.
First we'll add a subsystem class ("Robot") that represents the entire robot. This will later enable us to cascade actions down to all the component subsystems in the robot. Robot inherits subsystem capabilities by extending the Subsystem class. The code for the class is as follows.
package org.firstinspires.ftc.teamcode;
import org.json.JSONObject;
import ftc.crazycatladies.nyan.subsystem.Subsystem;
import ftc.crazycatladies.schrodinger.log.DataLogger;
public class Robot extends Subsystem {
@Override
public void log() {
super.log();
JSONObject json = DataLogger.createJsonObject(this.getClass().getSimpleName(), null);
DataLogger.putOpt(json, "action", "log");
logger.log(json);
}
}
From the tele-op mode class, we need to invoke the Robot class at the times when it needs an opportunity to respond to events like initialization, starting, looping, stopping, etc. For this, change the body of the NyanTeleOpMode to the following:
Robot robot = new Robot();
robot.init(hardwareMap, new OpModeTime(this));
waitForStart();
if (opModeIsActive())
robot.start();
while (opModeIsActive()) {
robot.loop(null);
telemetry.addData("x", gamepad1.left_stick_x);
telemetry.addData("y", gamepad1.left_stick_y);
telemetry.update();
robot.log();
}
robot.stop();
Build and run your op mode. Stop the op mode one second after starting. The op mode will automatically create a log named NyanTeleOpMode-1234.log (where 1234 is replaced with a timestamp) on the robot controller sdcard. In the log you'll see that the subsystem creates a log entry for each iteration of the tele op loop.
The subsystem model is not very interesting with only a single subsystem. When we give Robot some child subsystems, though, the usefulness of this approach will begin to appear.
Add the following two classes:
package org.firstinspires.ftc.teamcode;
import com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse;
import java.util.Map;
import ftc.crazycatladies.nyan.subsystem.Subsystem;
public class Arm extends Subsystem {
@Override
public void loop(Map<Integer, LynxGetBulkInputDataResponse> bulkDataResponse) {
super.loop(bulkDataResponse);
// Adjust motor power based on desired position of arm
}
}
package org.firstinspires.ftc.teamcode;
import com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse;
import java.util.Map;
import ftc.crazycatladies.nyan.subsystem.Subsystem;
public class Drivetrain extends Subsystem {
@Override
public void loop(Map<Integer, LynxGetBulkInputDataResponse> bulkDataResponse) {
super.loop(bulkDataResponse);
// Adjust power levels of motors according to current direction, velocity, etc.
}
}
Then, add the following to the body of the Robot class to add the children:
private final Drivetrain drivetrain = new Drivetrain();
private final Arm arm = new Arm();
public Robot() {
subsystems.add(drivetrain);
subsystems.add(arm);
}
As you can see, it was quite easy to add subsystems to our robot, and now we can override methods like start(), stop(), log(), etc. in those subsystems to add additional functionality. In a sense, Subsystem classes are "pre-wired" to participate in all the operations that take place in an op mode, so that you don't have to do that yourself.
Nyan subsystems become even more useful in combination with state machines. Subsystems can define a number of state machines that can control its operation and then switch between these. Take a look at the new version of the Drivetrain class that shows this idea. (Only the body of the class is shown for brevity)
StateMachine driveSM = new StateMachine("driveSM");
StateMachine spinSM = new StateMachine("spinSM");
public Drivetrain() {
driveSM.repeat((state, context) -> {
// Adjust power levels of motors according to current direction, velocity, etc.
});
spinSM.repeat((state, context) -> {
// Adjust power levels of motors to cause spinning
});
}
public void drive() {
runSM(driveSM, null);
}
public void spin() {
runSM(spinSM, null);
}
public void stop() {
currentSM.stop();
}
We've only used trivial example state machines here, but it is possible to use ones that are very complex.
Nyan includes Subsystem classes for commonly-used actuators and sensors so that you can easily compose your own subsystems that include these. The Nyan classes automatically provide logging for these, and they perform caching which reuses data already retrieved for subsequent repeated requests. Snapping in one of these sensor or actuator subsystems gives you a lot of functionality with little effort.
These are the current subsystem implementations in Nyan:
One thing that we commonly found a need for when creating the control systems for our robots was to move a servo or motor to a certain position out of a set of options. The Nyan classes MultiPositionMotor and MultiPositionServo make it easy to implement this.
In the following code (body of class shown only), we add a subsystem which controls the position of the servo which serves as the elbow of our arm. The options for the position of the elbow are defined in the ElbowPosition enumeration. The moveTo function which re-positions the servo accepts, as first parameter, the new position and, as second parameter, the speed at which to sweep the servo to the new position.
public enum ElbowPosition implements ServoPosition {
HOLD(0.95), CAPTURE(0.3), RECEIVE(0.37), PLACE(0.5);
private final double pos;
ElbowPosition(double pos) { this.pos = pos; }
@Override public double getPosition() { return pos; }
}
MultiPositionServo<ElbowPosition> elbow = new MultiPositionServo<>("elbow", ElbowPosition.HOLD);
public Arm() {
subsystems.add(elbow);
}
public void moveTo(ElbowPosition elbowPosition) {
elbow.moveTo(elbowPosition, 0.5);
}
Now, from your Robot class you are able to move the arm with code like:
arm.moveTo(Arm.ElbowPosition.CAPTURE);
Nyan provides the AbstractAuto class to help you create your own awesome autonomous op mode. It includes the concept of auto config, which you can use to provide configuration for the execution of your op mode while it is initialized. The RedBlueAutoConfig class provides a simple implementation that allows you to indicate whether the robot is on the red or blue side of the field. You can create your own implementation that would provide inputs for specific navigation adjustments or options that you can use to select from a range of strategies at game time.
package org.firstinspires.ftc.teamcode;
import ftc.crazycatladies.nyan.auto.AbstractAuto;
import ftc.crazycatladies.nyan.auto.RedBlueAutoConfig;
import ftc.crazycatladies.schrodinger.state.StateMachine;
public class AwesomeAuto extends AbstractAuto {
RedBlueAutoConfig conf = new RedBlueAutoConfig("awesomeauto.conf");
public AwesomeAuto() {
robot = new Robot();
}
@Override protected void configConsole() { conf.configConsole(telemetry, g1, g2); }
@Override protected void readConfig() { conf.readConfig(); }
@Override
protected StateMachine stateMachine() {
return new AwesomeAutoStateMachine();
}
}
The real magic of your autonomous then comes down to the collection of subsystems in the Robot class (and its children) and the series of operations that you specify in the AwesomeAutoStateMachine.


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We did most of the heavy lifting for you to provide a default application that incorporates your custom components. Additionally, we refined SRTHost functionality to provide a smoother experience for developers.
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This tests outdenting ordered lists that contains an unordered-list. You should see 1 through 3 before numbers "two" through "four".
one
two
three
four
Before:
After: