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c5300
// ListContainers implements container.Manager.
c5301
// getContainerSpec generates a spec for creating a new container. // It sources an image based on the input series, and transforms the input // config objects into LXD configuration, including cloud init user data.
c5302
// getImageSources returns a list of LXD remote image sources based on the // configuration that was passed into the container manager.
c5303
// networkDevicesFromConfig uses the input container network configuration to // create a map of network device configuration in the LXD format. // If there are no interfaces in the input config, but there is a bridge device // name, return a single "eth0" device with the bridge as its parent. // The last fall-back is to return the NIC devices from the default profile. // Names for any networks without a known CIDR are returned in a slice.
c5304
// LXDProfileNames implements container.LXDProfileManager
c5305
// Maps the concrete value of val to its dynamic type using reflect.TypeOf, // It returns the TypeMapper registered in.
c5306
// Maps the given reflect.Type to the given reflect.Value and returns // the Typemapper the mapping has been registered in.
c5307
// Levels sets which levels to sent to sls
c5308
// newFileWriter create a FileLogWriter returning as LoggerInterface.
c5309
// WriteMsg write logger message into file.
c5310
// Log10 sets z to the common logarithm of x and returns z.
c5311
// Log sets z to the natural logarithm of x and returns z.
c5312
// Value implements driver.Valuer.
c5313
// Length returns the number of digits in x.
c5314
// BigLength returns the number of digits in x.
c5315
// Abs returns the absolute value of x.
c5316
// CmpBits compares x and y.
c5317
// Words returns a little-endian slice of big.Words representing the uint64.
c5318
// Add sets z to x + y and returns z. // // x is assumed to be unsigned.
c5319
// Sub sets z to x - y and returns z. // // x is assumed to be unsigned.
c5320
// Set sets z to the 128-bit integer represented by z1 and z0.
c5321
// add sets z to x + y and returns z.
c5322
// sub sets z to x - y and returns z.
c5323
// addVW sets z to x + y and returns the carry.
c5324
// E sets z to the mathematical constant e and returns z.
c5325
// Pi sets z to the mathematical constant pi and returns z.
c5326
// pi sets z to the mathematical constant pi and returns z.
c5327
// PowOfTenBig returns true if x is a power of 10.
c5328
// Floor sets z to the greatest integer value less than or equal to x and returns // z.
c5329
// Ceil sets z to the least integer value greater than or equal to x and returns // z.
c5330
// allZeros returns true if every character in b is '0'.
c5331
// formatCompact formats the compact decimal, x, as an unsigned integer.
c5332
// formatSci returns the scientific version of b.
c5333
// formatPlain returns the plain string version of b.
c5334
// alias returns z if z != x, otherwise a newly-allocated big.Int.
c5335
// bigScalex sets z to the big.Int equivalient of scalex.
c5336
// Sqrt sets z to the square root of x and returns z.
c5337
// Err returns non-nil if there are any trapped exceptional conditions.
c5338
// WithContext is shorthand to create a Big decimal from a Context.
c5339
// WithPrecision is shorthand to create a Big decimal with a given precision.
c5340
// Add sets z to x + y and returns z.
c5341
// mul is the implementation of Mul.
c5342
// Quantize sets z to the number equal in value and sign to z with the scale, n. // // In order to perform truncation, set the Context's RoundingMode to ToZero.
c5343
// Reduce reduces a finite z to its most simplest form.
c5344
// simpleReduce is the same as Reduce, but it does not round prior to reducing // the decimal.
c5345
// Rem sets z to the remainder x % y. See QuoRem for more details.
c5346
// RoundToInt rounds z down to an integral value.
c5347
// Set sets z to x and returns z. The result might be rounded, even if z == x.
c5348
// SetString sets z to the value of s, returning z and a bool indicating success. // See Big.SetString for valid formats.
c5349
// Sub sets z to x - y and returns z.
c5350
// CmpTotalAbs is like CmpTotal but instead compares the absolute values of x // and y.
c5351
// CopyAbs is like Abs, but no flags are changed and the result is not rounded.
c5352
// CopyNeg is like Neg, but no flags are changed and the result is not rounded.
c5353
// Max returns the greater of the provided values. // // The result is undefined if no values are are provided.
c5354
// MaxAbs returns the greater of the absolute value of the provided values. // // The result is undefined if no values are provided.
c5355
// Min returns the lesser of the provided values. // // The result is undefined if no values are are provided.
c5356
// MinAbs returns the lesser of the absolute value of the provided values. The // result is undefined if no values are provided.
c5357
// maxfor sets z to 999...n with the provided sign.
c5358
// NextMinus sets z to the smallest representable number that's smaller than x // and returns z. If x is negative infinity the result will be negative infinity. // If the result is zero its sign will be negative and its scale will be MinScale.
c5359
// NextPlus sets z to the largest representable number that's larger than x and // returns z. If x is positive infinity the result will be positive infinity. If // the result is zero it will be positive and its scale will be MaxScale.
c5360
// SetSignbit sets z to -z if sign is true, otherwise to +z.
c5361
// Wallis sets z to the result of the continued fraction provided by the // Generator and returns z. The fraction is evaluated in a top-down manner, // using the recurrence algorithm discovered by John Wallis. For more information // on continued fraction representations, see the Lentz function.
c5362
// ParseCases returns a slice of test cases in .fptest form read from r.
c5363
// ShortString returns the same as String, except long data values are capped at // length digits.
c5364
// IsNaN returns two booleans indicating whether the data is a NaN value and // whether it's signaling or not.
c5365
// IsInf returns a boolean indicating whether the data is an Infinity and an // int indicating the signedness of the Infinity.
c5366
// CheckNaNs checks if either x or y is NaN. If so, it follows the rules of NaN // handling set forth in the GDA specification. The second argument, y, may be // nil. It returns true if either condition is a NaN.
c5367
// Abs sets z to the absolute value of x and returns z.
c5368
// cmp is the implementation for both Cmp and CmpAbs.
c5369
// Copy sets z to a copy of x and returns z.
c5370
// copyAbs sets z to a copy of |x| and returns z.
c5371
// CopySign sets z to x with the sign of y and returns z. It accepts NaN values.
c5372
// Float64 returns x as a float64 and a bool indicating whether x can fit into // a float64 without truncation, overflow, or underflow. Special values are // considered exact; however, special values that occur because the magnitude of // x is too large to be represented as a float64 are not.
c5373
// Float sets z to x and returns z. z is allowed to be nil. The result is // undefined if z is a NaN value.
c5374
// Int64 returns x as an int64, truncating towards zero. The returned boolean // indicates whether the conversion to an int64 was successful.
c5375
// Uint64 returns x as a uint64, truncating towards zero. The returned boolean // indicates whether the conversion to a uint64 was successful.
c5376
// IsNormal returns true if x is normal.
c5377
// IsSubnormal returns true if x is subnormal.
c5378
// IsInt reports whether x is an integer. Infinity and NaN values are not // integers.
c5379
// Neg sets z to -x and returns z. If x is positive infinity, z will be set to // negative infinity and visa versa. If x == 0, z will be set to zero as well. // NaN will result in an error.
c5380
// Precision returns the precision of x. That is, it returns the number of // digits in the unscaled form of x. x == 0 has a precision of 1. The result is // undefined if x is not finite.
c5381
// Rat sets z to x and returns z. z is allowed to be nil. The result is undefined if // x is an infinity or NaN value.
c5382
// Scan implements fmt.Scanner.
c5383
// SetBigMantScale sets z to the given value and scale.
c5384
// SetFloat sets z to exactly x and returns z.
c5385
// SetFloat64 sets z to exactly x.
c5386
// SetInf sets z to -Inf if signbit is set or +Inf is signbit is not set, and // returns z.
c5387
// SetMantScale sets z to the given value and scale.
c5388
// setNaN is an internal NaN-setting method that panics when the OperatingMode // is Go.
c5389
// SetNaN sets z to a signaling NaN if signal is true or quiet NaN otherwise and // returns z. No conditions are raised.
c5390
// SetRat sets z to to the possibly rounded value of x and return z.
c5391
// SetScale sets z's scale to scale and returns z.
c5392
// ord returns similar to Sign except -Inf is -2 and +Inf is +2.
c5393
// Signbit reports whether x is negative, negative zero, negative infinity, or // negative NaN.
c5394
// String returns the string representation of x. It's equivalent to the %s verb // discussed in the Format method's documentation. Special cases depend on the // OperatingMode.
c5395
// validate ensures x's internal state is correct. There's no need for it to // have good performance since it's for debug == true only.
c5396
// Digits generates a string of N random digits, padded with zeros if necessary.
c5397
// BoundedDigits generates a string of N random digits, padded with zeros if necessary. // The output is restricted to the given range.
c5398
// Title returns a random title, gender decides the gender of the name
c5399
// FirstName returns a random first name, gender decides the gender of the name