Class PinSiteData<T>

Namespace: NationalInstruments.SemiconductorTestLibrary.DataAbstraction

Assembly: NationalInstruments.SemiconductorTestLibrary.Abstractions.dll

Defines an object containing values for one or more sites that is associated with a particular pin or set of pins, where T can be passed as any data type.

public class PinSiteData<T>

Type Parameters

T

Inheritance

object

PinSiteData<T>

Inherited Members

object.ToString()

object.Equals(object)

object.Equals(object, object)

object.ReferenceEquals(object, object)

object.GetHashCode()

object.GetType()

object.MemberwiseClone()

Constructors

PinSiteData(string[], SiteData<T>[]): Initializes a PinSiteData object with pin names and associated SiteData object array.
PinSiteData(Dictionary<string, IDictionary<int, T>>): Initializes a PinSiteData object with multiple pins multiple sites data.
PinSiteData(int[], Dictionary<string, T>): Initializes a PinSiteData object with pin unique data. Where the specified pin unique data value will be repeated across all sites.
PinSiteData(string[], int[], T): Initializes a PinSiteData object with the same data value across all pins and sites.
PinSiteData(string[], int[], T[]): Initializes a PinSiteData object with pin unique data. Where the specified pin unique data will be repeated across all sites.
PinSiteData(int[], string[], T[]): Initializes a PinSiteData object with site unique data. Where the specified site unique data will be repeated across all pins.
PinSiteData(string[], int[], T[][]): Initializes a PinSiteData object with pin and site unique data. Where the specified data value is unique for each pin and each site.
PinSiteData(int[], string[], T[][]): Initializes a PinSiteData object with pin and site unique data. Where the specified data value is unique for each pin and each site.

Properties

PinNames: Returns an array of pin names associated with current PinSiteData object.
SiteNumbers: Returns an array of sites associated with current PinSiteData object.

Methods

Abs(): Performs Math.Abs operation on every element in current PinSiteData object.
Add<TOther>(TOther): Performs add operation between every element in current PinSiteData object and the given value.
Add<TOther>(SiteData<TOther>): Performs add operation between every element in current PinSiteData object and the given SiteData object.
Add<TOther>(PinSiteData<TOther>): Performs add operation between every element in current PinSiteData object and the given PinSiteData object.
BitwiseAnd<TOther>(TOther): Performs a bitwise AND operation with a scalar, for each element across each pin and each site.
BitwiseAnd<TOther>(SiteData<TOther>): Performs a bitwise AND operation with a SiteData object, for each element across each pin and each site.
BitwiseAnd<TOther>(PinSiteData<TOther>): Performs a bitwise AND operation with another PinSiteData object, for each element across each pin and each site.
BitwiseComplement(): Gets the bitwise complement (~) of the original PinSiteData object.
BitwiseOr<TOther>(TOther): Performs a bitwise OR operation with a scalar, for each element across each pin and each site.
BitwiseOr<TOther>(SiteData<TOther>): Performs a bitwise OR operation with a SiteData object, for each element across each pin and each site.
BitwiseOr<TOther>(PinSiteData<TOther>): Performs a bitwise OR operation with another PinSiteData object, for each element across each pin and each site.
BitwiseXor<TOther>(TOther): Performs a bitwise XOR operation with a scalar, for each element across each pin and each site.
BitwiseXor<TOther>(SiteData<TOther>): Performs a bitwise XOR operation with a SiteData object, for each element across each pin and each site.
BitwiseXor<TOther>(PinSiteData<TOther>): Performs a bitwise XOR operation with another PinSiteData object, for each element across each pin and each site.
Combine(PinSiteData<T>, bool): Combines the current PinSiteData object with another PinSiteData object and produces a new PinSiteData object.
Compare(ComparisonType, T): Performs compare operation between every element in current PinSiteData object and the given value.
Compare<TOther, TResult>(ComparisonType, TOther): Performs compare operation between every element in current PinSiteData object and the given value.
Compare(ComparisonType, SiteData<T>): Performs compare operation between every element in current PinSiteData object and the given SiteData object.
Compare<TOther, TResult>(ComparisonType, SiteData<TOther>): Performs compare operation between every element in current PinSiteData object and the given SiteData object.
Compare(ComparisonType, PinSiteData<T>): Performs compare operation between every element in current PinSiteData object and the given PinSiteData object.
Compare<TOther, TResult>(ComparisonType, PinSiteData<TOther>): Performs compare operation between every element in current PinSiteData object and the given PinSiteData object.
Divide(T): Performs divide operation between every element in current PinSiteData object and the given value.
Divide<TOther, TResult>(TOther): Performs divide operation between every element in current PinSiteData object and the given value.
Divide(SiteData<T>): Performs divide operation between every element in current PinSiteData object and the given SiteData object.
Divide<TOther, TResult>(SiteData<TOther>): Performs divide operation between every element in current PinSiteData object and the given SiteData object.
Divide(PinSiteData<T>): Performs divide operation between every element in current PinSiteData object and the given PinSiteData object.
Divide<TOther, TResult>(PinSiteData<TOther>): Performs divide operation between every element in current PinSiteData object and the given PinSiteData object.
ExtractPin(string): Gets the NationalInstruments.SemiconductorTestLibrary.DataAbstraction.SiteData`1 for a given pin.
ExtractPins(string[]): Gets a new NationalInstruments.SemiconductorTestLibrary.DataAbstraction.PinSiteData`1 object for the specified pins.
ExtractSite(int): Gets the data for a given site number.
ExtractSites(int[]): Gets a new NationalInstruments.SemiconductorTestLibrary.DataAbstraction.PinSiteData`1 object for the specified sites.
GetValue(int, string): Gets the data for a given site number-pin name pair.
GetValue(SitePinInfo, out bool): Gets the data for the site number and pin name pair associated with the given NationalInstruments.SemiconductorTestLibrary.Common.SitePinInfo object.
GetValue(SitePinInfo): Gets the data for the site number and pin name pair associated with the given NationalInstruments.SemiconductorTestLibrary.Common.SitePinInfo object.
Invert(): Performs invert operation on every element in current PinSiteData object.
Invert<TResult>(): Performs invert operation on every element in current PinSiteData object.
Log10(): Performs Math.Log10 operation on every element in current PinSiteData object.
Log10<TResult>(): Performs Math.Log10 operation on every element in current PinSiteData object.
Max(): Gets the maximum value across pins for each site.
MaxByPin(): Gets the maximum value across pins for each site, and returns both the maximum value and which pin(s) the maximum value was found for each site.
MaxBySite(): Gets the maximum value across sites for each pin, and returns both the maximum value and which site(s) the maximum value was found for each pin.
Maximum<TOther>(TOther): Returns the larger one of the element in current PinSiteData object and the given value.
Maximum<TOther>(SiteData<TOther>): Returns the larger one of the element in current PinSiteData object and the given SiteData object.
Maximum<TOther>(PinSiteData<TOther>): Returns the larger one of the element in current PinSiteData object and the given PinSiteData object.
Mean(): Calculates the mean value across pins for each site, and returns the mean value for each site.
MeanBySite(): Calculates the mean value across sites for each pin, and returns the site-to-site mean value for each pin.
Min(): Gets the minimum value across pins for each site.
MinByPin(): Gets the minimum value across pins for each site, and returns both the minimum value and which pin(s) the minimum value was found for each site.
MinBySite(): Gets the minimum value across sites for each pin, and returns both the minimum value and which site(s) the minimum value was found for each pin.
Minimum<TOther>(TOther): Returns the smaller one of the element in current PinSiteData object and the given value.
Minimum<TOther>(SiteData<TOther>): Returns the smaller one of the element in current PinSiteData object and the given SiteData object.
Minimum<TOther>(PinSiteData<TOther>): Returns the smaller one of the element in current PinSiteData object and the given PinSiteData object.
Multiply<TOther>(TOther): Performs multiply operation on every element in current PinSiteData object and the given value.
Multiply<TOther>(SiteData<TOther>): Performs multiply operation on every element in current PinSiteData object and the given SiteData object.
Multiply<TOther>(PinSiteData<TOther>): Performs multiply operation on every element in current PinSiteData object and the given PinSiteData object.
Negate(): Returns the negative value of every element in current PinSiteData object.
Power<TOther>(TOther): Raises every element in current PinSiteData object to the power of the given value.
Power<TOther>(SiteData<TOther>): Raises every element in current PinSiteData object to the power of every element in given SiteData object.
Power<TOther>(PinSiteData<TOther>): Raises every element in current PinSiteData object to the power of every element in given PinSiteData object.
Select<TResult>(Func<T, TResult>): Selects each element of the PinSiteData object to perform an operation on that element.
ShiftLeft(int): Shifts the value to the left by the specified bit count, for each element, per site. The count must be positive.
ShiftRight(int): Shifts the value to the right by the specified bit count, for each element, per site. The count must be positive.
SquareRoot(): Returns the square root of every element in current PinSiteData object.
SquareRoot<TResult>(): Returns the square root of every element in current PinSiteData object.
Subtract<TOther>(TOther): Subtracts the given value from every element in current PinSiteData object.
Subtract<TOther>(SiteData<TOther>): Subtracts every element in given SiteData object from every element in current PinSiteData object.
Subtract<TOther>(PinSiteData<TOther>): Subtracts every element in given PinSiteData object from every element in current PinSiteData object.
Truncate(): Returns integer portion of every element in current PinSiteData object.
TryGetValue(int, string, out T): Tries to get the data for a given site number-pin name pair.

Operators

operator +(PinSiteData<T>, T): Performs add operation between a PinSiteData object and a given value, for each element across each pin and each site.
operator +(PinSiteData<T>, SiteData<T>): Performs add operation between a PinSiteData object and a SiteData object, for each element across each pin and each site.
operator +(PinSiteData<T>, PinSiteData<T>): Performs add operation between two PinSiteData objects, for each element across each pin and each site.
operator &(PinSiteData<T>, T): Performs a bitwise AND operation with a scalar, for each element across each pin and each site.
operator &(PinSiteData<T>, SiteData<T>): Performs a bitwise AND operation with a SiteData object, for each element across each pin and each site.
operator &(PinSiteData<T>, PinSiteData<T>): Performs a bitwise AND operation with another PinSiteData object, for each element across each pin and each site.
operator |(PinSiteData<T>, T): Performs a bitwise OR operation with a scalar, for each element across each pin and each site.
operator |(PinSiteData<T>, SiteData<T>): Performs a bitwise OR operation with a SiteData object, for each element across each pin and each site.
operator |(PinSiteData<T>, PinSiteData<T>): Performs a bitwise OR operation with another PinSiteData object, for each element across each pin and each site.
operator /(PinSiteData<T>, T): Performs divide operation between a PinSiteData object and a given value, for each element across each pin and each site.
operator /(PinSiteData<T>, SiteData<T>): Performs divide operation between a PinSiteData object and a SiteData object, for each element across each pin and each site.
operator /(PinSiteData<T>, PinSiteData<T>): Performs divide operation between two PinSiteData objects, for each element across each pin and each site.
operator ^(PinSiteData<T>, T): Performs a bitwise XOR operation with a scalar, for each element across each pin and each site.
operator ^(PinSiteData<T>, SiteData<T>): Performs a bitwise XOR operation with a SiteData object, for each element across each pin and each site.
operator ^(PinSiteData<T>, PinSiteData<T>): Performs a bitwise XOR operation with another PinSiteData object, for each element across each pin and each site.
operator <<(PinSiteData<T>, int): Shifts the value to the left by the specified bit count, for each element, per site. The count must be positive.
operator *(PinSiteData<T>, T): Performs multiply operation between a PinSiteData object and a given value, for each element across each pin and each site.
operator *(PinSiteData<T>, SiteData<T>): Performs multiply operation between a PinSiteData object and a SiteData object, for each element across each pin and each site.
operator *(PinSiteData<T>, PinSiteData<T>): Performs multiply operation between two PinSiteData objects, for each element across each pin and each site.
operator ~(PinSiteData<T>): Gets the bitwise complement (~) of the original PinSiteData object.
operator >>(PinSiteData<T>, int): Shifts the value to the right by the specified bit count, for each element, per site. The count must be positive.
operator -(PinSiteData<T>, T): Subtracts the given value from a PinSiteData object, for each element across each pin and each site.
operator -(PinSiteData<T>, SiteData<T>): Subtracts a SiteData object from a PinSiteData object, for each element across each pin and each site.
operator -(PinSiteData<T>, PinSiteData<T>): Subtracts one PinSiteData object from another PinSiteData object, for each element across each pin and each site.

Table of Contents

Class PinSiteData<T>

Type Parameters

Inheritance

Inherited Members

Constructors

Properties

Methods

Operators