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c8700
// SetDefaultLoggerName sets the default logger name.
c8701
// SetSampleRate sets how much sampling we want on client side
c8702
// Capture asynchronously delivers a packet to the Sentry server. It is a no-op // when client is nil. A channel is provided if it is important to check for a // send's success.
c8703
// CaptureMessage formats and delivers a string message to the Sentry server.
c8704
// CaptureMessageAndWait is identical to CaptureMessage except it blocks and waits for the message to be sent.
c8705
// CaptureError formats and delivers an error to the Sentry server. // Adds a stacktrace to the packet, excluding the call to this method.
c8706
// CaptureErrorAndWait is identical to CaptureError, except it blocks and assures that the event was sent
c8707
// CapturePanicAndWait is identical to CapturePanic, except it blocks and assures that the event was sent
c8708
// URL returns configured url of given client
c8709
// ProjectID returns configured ProjectID of given client
c8710
// Release returns configured Release of given client
c8711
// IncludePaths returns configured includePaths of given client
c8712
// SetIncludePaths updates includePaths config on given client
c8713
// SetUserContext updates User of Context interface on given client
c8714
// SetHttpContext updates Http of Context interface on given client
c8715
// SetTagsContext updates Tags of Context interface on given client
c8716
// ClearContext clears Context interface on given client by removing tags, user and request information
c8717
// Send uses HTTPTransport to send a Packet to configured Sentry's DSN endpoint
c8718
// NewHttp creates new HTTP object that follows Sentry's HTTP interface spec and will be attached to the Packet
c8719
// Write formats the byte slice p into a string, and sends a message to // Sentry at the severity level indicated by the Writer w.
c8720
// roundUpPower2 rounds a number to the next power of 2.
c8721
// log2 computes the binary logarithm of x, rounded up to the next integer.
c8722
// getKeyHash returns a hash for the key. Only string and number types are supported.
c8723
// New returns a new HashMap instance with a specific initialization size.
c8724
// Fillrate returns the fill rate of the map as an percentage integer.
c8725
// DelHashedKey deletes the hashed key from the map.
c8726
// deleteElement deletes an element from index
c8727
// Insert sets the value under the specified key to the map if it does not exist yet. // If a resizing operation is happening concurrently while calling Set, the item might show up in the map only after the resize operation is finished. // Returns true if the item was inserted or false if it existed.
c8728
// Set sets the value under the specified key to the map. An existing item for this key will be overwritten. // If a resizing operation is happening concurrently while calling Set, the item might show up in the map only after the resize operation is finished.
c8729
// SetHashedKey sets the value under the specified hash key to the map. An existing item for this key will be overwritten. // You can use this function if your keys are already hashes and you want to avoid another hashing of the key. // Do not use non hashes as keys for this function, the performance would decrease! //...
c8730
// CasHashedKey performs a compare and swap operation sets the value under the specified hash key to the map. An existing item for this key will be overwritten.
c8731
// Cas performs a compare and swap operation sets the value under the specified hash key to the map. An existing item for this key will be overwritten.
c8732
// adds an item to the index if needed and returns the new item counter if it changed, otherwise 0
c8733
// Grow resizes the hashmap to a new size, gets rounded up to next power of 2. // To double the size of the hashmap use newSize 0. // This function returns immediately, the resize operation is done in a goroutine. // No resizing is done in case of another resize operation already being in progress.
c8734
// String returns the map as a string, only hashed keys are printed.
c8735
// Iter returns an iterator which could be used in a for range loop. // The order of the items is sorted by hash keys.
c8736
// GetUintKey retrieves an element from the map under given integer key.
c8737
// GetHashedKey retrieves an element from the map under given hashed key.
c8738
// GetOrInsert returns the existing value for the key if present. // Otherwise, it stores and returns the given value. // The loaded result is true if the value was loaded, false if stored.
c8739
// Len returns the number of elements within the list.
c8740
// First returns the first item of the list.
c8741
// Add adds an item to the list and returns false if an item for the hash existed. // searchStart = nil will start to search at the head item
c8742
// AddOrUpdate adds or updates an item to the list.
c8743
// Cas compares and swaps the value of an item in the list.
c8744
// Delete deletes an element from the list.
c8745
// setValue sets the value of the item. // The value needs to be wrapped in unsafe.Pointer already.
c8746
// casValue compares and swaps the values of the item. // The to value needs to be wrapped in unsafe.Pointer already.
c8747
// NewCookie return a http.Cookie via give name and value
c8748
// Get return http.Cookie via key
c8749
// Set set a http.Cookie
c8750
// Expire let a cookie named key when expire address
c8751
// Del del cookie by key
c8752
// String get cookie as string
c8753
// Int get cookie as int
c8754
// Int32 get cookie as int32
c8755
// Int64 get cookie as int64
c8756
// Uint get cookie as uint
c8757
// Uint32 get cookie as uint32
c8758
// Uint64 get cookie as uint64
c8759
// Float32 get cookie as float32
c8760
// Float64 get cookie as float64
c8761
// Bool get cookie as bool
c8762
// MustString get cookie as string with default
c8763
// MustEscape get cookie as escaped string with default
c8764
// MustInt get cookie as int with default
c8765
// MustInt32 get cookie as int32 with default
c8766
// MustInt64 get cookie as int64 with default
c8767
// MustUint get cookie as uint with default
c8768
// MustUint32 get cookie as uint32 with default
c8769
// MustUint64 get cookie as uint64 with default
c8770
// MustFloat32 get cookie as float32 with default
c8771
// MustFloat64 get cookie as float64 with default
c8772
// MustBool get cookie as bool with default
c8773
// Cookie returns cookie as string with default
c8774
// CookieEscape returns cookie as escaped string with default
c8775
// CookieInt returns cookie as int with default
c8776
// CookieInt32 returns cookie as int32 with default
c8777
// CookieInt64 returns cookie as int64 with default
c8778
// CookieUint returns cookie as uint with default
c8779
// CookieUint32 returns cookie as uint32 with default
c8780
// CookieUint64 returns cookie as uint64 with default
c8781
// CookieFloat32 returns cookie as float32 with default
c8782
// CookieFloat64 returns cookie as float64 with default
c8783
// CookieBool returns cookie as bool with default
c8784
// Int32 gets int32 data
c8785
// Int64 gets int64 data
c8786
// Uint gets uint data
c8787
// Uint64 gets unit64 data
c8788
// Float32 gets float32 data
c8789
// Float64 gets float64 data
c8790
// Bool gets bool data
c8791
// MustString gets data
c8792
// MustEscape gets data escaped
c8793
// MustInt gets data int
c8794
// MustInt32 gets data int32
c8795
// MustUint gets data unit type
c8796
// MustFloat32 gets data float32 type
c8797
// MustBool gets data bool type
c8798
// NewSecureCookie generates a new secure cookie
c8799
// Expire sets key expire time