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c182400
// LoadPackage parses a text string.
c182401
// NewDecoder creates a new Decoder using a type Registry and an io.Reader.
c182402
// NewDecoderSize creates a new Decoder using a type Registry, a max size and an io.Reader.
c182403
// Panic returns a handler that invokes the passed handler h, catching any // panics. If one occurs, an HTTP 500 response is produced. // // By default, all messages are printed out to os.Stderr.
c182404
//DeployVApp - fake out calling deploy vapp
c182405
//UnDeployVApp - executes a fake undeploy on a fake client
c182406
//Auth - fake out making an auth call
c182407
//QueryTemplate - fake querying for a template
c182408
// NewEncoder creates a new encoder with the given io.Writer
c182409
// Getter allows the user to set the method by which a nonce is retrieved from // the incoming request.
c182410
// Setter allows the user to set the method by which a nonce is stored in // the outgoing response.
c182411
// Age sets the maximum time duration a nonce can be valid
c182412
// Nonce returns a handler that will check each request for the // existence of a nonce. If a nonce exists, it will be checked for // expiration. A status will be recorded in the request's context, // indicating whether there was a nonce in the request, and if so, // whether it is valid or expired. // // The recorded status can later be obtained using the // NonceValueFromRequest function. // // A nonce can be set for later checking using the StoreNonce // function.
c182413
// NonceValueFromRequest validates a nonce in the given request, and returns // the validation status.
c182414
// StoreNonce generates and stores a nonce in the outgoing response.
c182415
// PutFloat32Array writes a float array for the given field. The field type must be a 'Float32ArrayField', otherwise as error will be returned. The type code is written first followed by the array size in bytes. If the size of the array is less than `math.MaxUint8`, a byte will be used to represent the length. If the size of the array is less than `math.MaxUint16`, a 16-bit unsigned integer will be used to represent the length and so on. If the buffer is too small to store the entire array, an `xbinary.ErrOutOfRange` error will be returned. If the write is successful, the total number of bytes will be returned as well as a nil error.
c182416
// PutFloat64Array writes a float array for the given field. The field type must be a 'Float64ArrayField', otherwise as error will be returned. The type code is written first followed by the array size in bytes. If the size of the array is less than `math.MaxUint8`, a byte will be used to represent the length. If the size of the array is less than `math.MaxUint16`, a 16-bit unsigned integer will be used to represent the length and so on. If the buffer is too small to store the entire array, an `xbinary.ErrOutOfRange` error will be returned. If the write is successful, the total number of bytes will be returned as well as a nil error.
c182417
//Do - fake do method
c182418
//NewLease - create and return a new lease object
c182419
//Delete - handle a delete lease call
c182420
//Post - handle a post lease call
c182421
//ReStock - this will reclaim resources for a given lease
c182422
//Procurement - method to issue a procurement request for the given lease item.
c182423
//InitFromHTTPRequest - initialize a lease from the http request object body
c182424
// Is determines if a tuple is a certain type.
c182425
// Offset returns the byte offset for the given field
c182426
// WriteTo sends the binary representation of the Tuple to // the given io.Writer.
c182427
// PutTuple writes a tuple into the given field. The field type must be a TupleField, otherwise an error will be returned. The type code is written first, then the length, then the value. If the tuple length is less than `math.MaxUint8`, a single byte is used to represent the length. If the tuple length is less than `math.MaxUint16`, an unsigned 16-bit integer is used to represent the length and so on as the length increases. If the buffer is not large enough to store the entire tuple an `xbinary.ErrOutOfRange` error is returned. If the write is successful, the number of bytes written is returned as well as a nil error.
c182428
// WriteString writes string data into the response object.
c182429
//Run - this begins the running of an agent's async process
c182430
// NewWaitGroup instantiates a new WaitGroup with the given throttle.
c182431
// Add will block until the number of goroutines being throttled // has fallen below the throttle.
c182432
// Wait until all of the throttled goroutines have signaled they are done.
c182433
// Gzip returns a handler that will use gzip compression on the response body // of handler h. Compression will only be applied if the request contains an // 'Accept-Encoding' header that contains 'gzip'. // // By default, no messages are printed out.
c182434
// New - create a new api client
c182435
// Error writes the given HTTP status to the current ResponseWriter
c182436
// Renderer is a Middleware that maps a render.Render service into the Martini handler chain. An single variadic render.RenderOptions // struct can be optionally provided to configure HTML rendering. The default directory for templates is "templates" and the default // file extension is ".tmpl". // // If MARTINI_ENV is set to "" or "development" then templates will be recompiled on every request. For more performance, set the // MARTINI_ENV environment variable to "production"
c182437
//NewClient - constructor for a new dispenser client
c182438
//GetTask - wrapper to rest call to GET task from dispenser
c182439
// WriteImageToHTTP Sends an image via http.