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Enum Commitment.Type (1.93.0)

public enum Commitment.Type extends Enum<Commitment.Type> implements ProtocolMessageEnum

The type of commitment; specifies the machine series for which you want to commit to purchasing resources. The choice of machine series affects the discount rate and the eligible resource types.

The type must be one of the following:ACCELERATOR_OPTIMIZED, ACCELERATOR_OPTIMIZED_A3,ACCELERATOR_OPTIMIZED_A3_MEGA,COMPUTE_OPTIMIZED, COMPUTE_OPTIMIZED_C2D, COMPUTE_OPTIMIZED_C3, COMPUTE_OPTIMIZED_C3D,COMPUTE_OPTIMIZED_H3, GENERAL_PURPOSE,GENERAL_PURPOSE_C4, GENERAL_PURPOSE_E2,GENERAL_PURPOSE_N2, GENERAL_PURPOSE_N2D,GENERAL_PURPOSE_N4, GENERAL_PURPOSE_T2D,GRAPHICS_OPTIMIZED, GRAPHICS_OPTIMIZED_G4,MEMORY_OPTIMIZED, MEMORY_OPTIMIZED_M3,MEMORY_OPTIMIZED_X4, STORAGE_OPTIMIZED_Z3. For example, type MEMORY_OPTIMIZED specifies a commitment that applies only to eligible resources of memory optimized M1 and M2 machine series. Type GENERAL_PURPOSE specifies a commitment that applies only to eligible resources of general purpose N1 machine series.

Protobuf enum google.cloud.compute.v1.Commitment.Type

Implements

ProtocolMessageEnum

Inherited Members

Enum.<T>valueOf(Class<T>,String)

Enum.clone()

Enum.compareTo(E)

Enum.equals(Object)

Enum.finalize()

Enum.getDeclaringClass()

Enum.hashCode()

Enum.name()

Enum.ordinal()

Enum.toString()

Object.getClass()

Object.notify()

Object.notifyAll()

Object.wait()

Object.wait(long)

Object.wait(long,int)

Static Fields
Name	Description
`ACCELERATOR_OPTIMIZED`	`ACCELERATOR_OPTIMIZED = 280848403;`
`ACCELERATOR_OPTIMIZED_A3`	`ACCELERATOR_OPTIMIZED_A3 = 158574526;`
`ACCELERATOR_OPTIMIZED_A3_MEGA`	`ACCELERATOR_OPTIMIZED_A3_MEGA = 156517459;`
`ACCELERATOR_OPTIMIZED_A3_MEGA_VALUE`	`ACCELERATOR_OPTIMIZED_A3_MEGA = 156517459;`
`ACCELERATOR_OPTIMIZED_A3_ULTRA`	`ACCELERATOR_OPTIMIZED_A3_ULTRA = 27812811;`
`ACCELERATOR_OPTIMIZED_A3_ULTRA_VALUE`	`ACCELERATOR_OPTIMIZED_A3_ULTRA = 27812811;`
`ACCELERATOR_OPTIMIZED_A3_VALUE`	`ACCELERATOR_OPTIMIZED_A3 = 158574526;`
`ACCELERATOR_OPTIMIZED_A4`	`ACCELERATOR_OPTIMIZED_A4 = 158574527;`
`ACCELERATOR_OPTIMIZED_A4_VALUE`	`ACCELERATOR_OPTIMIZED_A4 = 158574527;`
`ACCELERATOR_OPTIMIZED_VALUE`	`ACCELERATOR_OPTIMIZED = 280848403;`
`COMPUTE_OPTIMIZED`	`COMPUTE_OPTIMIZED = 158349023;`
`COMPUTE_OPTIMIZED_C2D`	`COMPUTE_OPTIMIZED_C2D = 383246453;`
`COMPUTE_OPTIMIZED_C2D_VALUE`	`COMPUTE_OPTIMIZED_C2D = 383246453;`
`COMPUTE_OPTIMIZED_C3`	`COMPUTE_OPTIMIZED_C3 = 428004784;`
`COMPUTE_OPTIMIZED_C3D`	`COMPUTE_OPTIMIZED_C3D = 383246484;`
`COMPUTE_OPTIMIZED_C3D_VALUE`	`COMPUTE_OPTIMIZED_C3D = 383246484;`
`COMPUTE_OPTIMIZED_C3_VALUE`	`COMPUTE_OPTIMIZED_C3 = 428004784;`
`COMPUTE_OPTIMIZED_H3`	`COMPUTE_OPTIMIZED_H3 = 428004939;`
`COMPUTE_OPTIMIZED_H3_VALUE`	`COMPUTE_OPTIMIZED_H3 = 428004939;`
`COMPUTE_OPTIMIZED_H4D`	`COMPUTE_OPTIMIZED_H4D = 383251320;`
`COMPUTE_OPTIMIZED_H4D_VALUE`	`COMPUTE_OPTIMIZED_H4D = 383251320;`
`COMPUTE_OPTIMIZED_VALUE`	`COMPUTE_OPTIMIZED = 158349023;`
`GENERAL_PURPOSE`	`GENERAL_PURPOSE = 299793543;`
`GENERAL_PURPOSE_C4`	`GENERAL_PURPOSE_C4 = 301911817;`
`GENERAL_PURPOSE_C4A`	`GENERAL_PURPOSE_C4A = 232460888;`
`GENERAL_PURPOSE_C4A_VALUE`	`GENERAL_PURPOSE_C4A = 232460888;`
`GENERAL_PURPOSE_C4D`	`GENERAL_PURPOSE_C4D = 232460891;`
`GENERAL_PURPOSE_C4D_VALUE`	`GENERAL_PURPOSE_C4D = 232460891;`
`GENERAL_PURPOSE_C4_VALUE`	`GENERAL_PURPOSE_C4 = 301911817;`
`GENERAL_PURPOSE_E2`	`GENERAL_PURPOSE_E2 = 301911877;`
`GENERAL_PURPOSE_E2_VALUE`	`GENERAL_PURPOSE_E2 = 301911877;`
`GENERAL_PURPOSE_N2`	`GENERAL_PURPOSE_N2 = 301912156;`
`GENERAL_PURPOSE_N2D`	`GENERAL_PURPOSE_N2D = 232471400;`
`GENERAL_PURPOSE_N2D_VALUE`	`GENERAL_PURPOSE_N2D = 232471400;`
`GENERAL_PURPOSE_N2_VALUE`	`GENERAL_PURPOSE_N2 = 301912156;`
`GENERAL_PURPOSE_N4`	`GENERAL_PURPOSE_N4 = 301912158;`
`GENERAL_PURPOSE_N4D`	`GENERAL_PURPOSE_N4D = 232471462;`
`GENERAL_PURPOSE_N4D_VALUE`	`GENERAL_PURPOSE_N4D = 232471462;`
`GENERAL_PURPOSE_N4_VALUE`	`GENERAL_PURPOSE_N4 = 301912158;`
`GENERAL_PURPOSE_T2D`	`GENERAL_PURPOSE_T2D = 232477166;`
`GENERAL_PURPOSE_T2D_VALUE`	`GENERAL_PURPOSE_T2D = 232477166;`
`GENERAL_PURPOSE_VALUE`	`GENERAL_PURPOSE = 299793543;`
`GRAPHICS_OPTIMIZED`	`GRAPHICS_OPTIMIZED = 68500563;`
`GRAPHICS_OPTIMIZED_G4`	`GRAPHICS_OPTIMIZED_G4 = 54029369;`
`GRAPHICS_OPTIMIZED_G4_VALUE`	`GRAPHICS_OPTIMIZED_G4 = 54029369;`
`GRAPHICS_OPTIMIZED_VALUE`	`GRAPHICS_OPTIMIZED = 68500563;`
`MEMORY_OPTIMIZED`	`MEMORY_OPTIMIZED = 281753417;`
`MEMORY_OPTIMIZED_M3`	`MEMORY_OPTIMIZED_M3 = 276301372;`
`MEMORY_OPTIMIZED_M3_VALUE`	`MEMORY_OPTIMIZED_M3 = 276301372;`
`MEMORY_OPTIMIZED_M4`	`MEMORY_OPTIMIZED_M4 = 276301373;`
`MEMORY_OPTIMIZED_M4_6TB`	`MEMORY_OPTIMIZED_M4_6TB = 210543650;`
`MEMORY_OPTIMIZED_M4_6TB_VALUE`	`MEMORY_OPTIMIZED_M4_6TB = 210543650;`
`MEMORY_OPTIMIZED_M4_VALUE`	`MEMORY_OPTIMIZED_M4 = 276301373;`
`MEMORY_OPTIMIZED_VALUE`	`MEMORY_OPTIMIZED = 281753417;`
`MEMORY_OPTIMIZED_X4_1440_24T`	CUD bucket for X4 machine with 1440 vCPUs and 24TB of memory. `MEMORY_OPTIMIZED_X4_1440_24T = 206669823;`
`MEMORY_OPTIMIZED_X4_1440_24T_VALUE`	CUD bucket for X4 machine with 1440 vCPUs and 24TB of memory. `MEMORY_OPTIMIZED_X4_1440_24T = 206669823;`
`MEMORY_OPTIMIZED_X4_16TB`	`MEMORY_OPTIMIZED_X4_16TB = 183089120;`
`MEMORY_OPTIMIZED_X4_16TB_VALUE`	`MEMORY_OPTIMIZED_X4_16TB = 183089120;`
`MEMORY_OPTIMIZED_X4_1920_32T`	CUD bucket for X4 machine with 1920 vCPUs and 32TB of memory. `MEMORY_OPTIMIZED_X4_1920_32T = 291963529;`
`MEMORY_OPTIMIZED_X4_1920_32T_VALUE`	CUD bucket for X4 machine with 1920 vCPUs and 32TB of memory. `MEMORY_OPTIMIZED_X4_1920_32T = 291963529;`
`MEMORY_OPTIMIZED_X4_24TB`	`MEMORY_OPTIMIZED_X4_24TB = 183116989;`
`MEMORY_OPTIMIZED_X4_24TB_VALUE`	`MEMORY_OPTIMIZED_X4_24TB = 183116989;`
`MEMORY_OPTIMIZED_X4_32TB`	`MEMORY_OPTIMIZED_X4_32TB = 183144858;`
`MEMORY_OPTIMIZED_X4_32TB_VALUE`	`MEMORY_OPTIMIZED_X4_32TB = 183144858;`
`MEMORY_OPTIMIZED_X4_480_6T`	CUD bucket for X4 machine with 480 vCPUs and 6TB of memory. `MEMORY_OPTIMIZED_X4_480_6T = 478547742;`
`MEMORY_OPTIMIZED_X4_480_6T_VALUE`	CUD bucket for X4 machine with 480 vCPUs and 6TB of memory. `MEMORY_OPTIMIZED_X4_480_6T = 478547742;`
`MEMORY_OPTIMIZED_X4_480_8T`	CUD bucket for X4 machine with 480 vCPUs and 8TB of memory. `MEMORY_OPTIMIZED_X4_480_8T = 478547804;`
`MEMORY_OPTIMIZED_X4_480_8T_VALUE`	CUD bucket for X4 machine with 480 vCPUs and 8TB of memory. `MEMORY_OPTIMIZED_X4_480_8T = 478547804;`
`MEMORY_OPTIMIZED_X4_960_12T`	CUD bucket for X4 machine with 960 vCPUs and 12TB of memory. `MEMORY_OPTIMIZED_X4_960_12T = 424752410;`
`MEMORY_OPTIMIZED_X4_960_12T_VALUE`	CUD bucket for X4 machine with 960 vCPUs and 12TB of memory. `MEMORY_OPTIMIZED_X4_960_12T = 424752410;`
`MEMORY_OPTIMIZED_X4_960_16T`	CUD bucket for X4 machine with 960 vCPUs and 16TB of memory. `MEMORY_OPTIMIZED_X4_960_16T = 424752534;`
`MEMORY_OPTIMIZED_X4_960_16T_VALUE`	CUD bucket for X4 machine with 960 vCPUs and 16TB of memory. `MEMORY_OPTIMIZED_X4_960_16T = 424752534;`
`STORAGE_OPTIMIZED_Z3`	`STORAGE_OPTIMIZED_Z3 = 316796085;`
`STORAGE_OPTIMIZED_Z3_VALUE`	`STORAGE_OPTIMIZED_Z3 = 316796085;`
`TYPE_UNSPECIFIED`	Note for internal users: When adding a new enum Type for v1, make sure to also add it in the comment for the `optional Type type` definition. This ensures that the public documentation displays the new enum Type. `TYPE_UNSPECIFIED = 437714322;`
`TYPE_UNSPECIFIED_VALUE`	Note for internal users: When adding a new enum Type for v1, make sure to also add it in the comment for the `optional Type type` definition. This ensures that the public documentation displays the new enum Type. `TYPE_UNSPECIFIED = 437714322;`
`UNDEFINED_TYPE`	A value indicating that the enum field is not set. `UNDEFINED_TYPE = 0;`
`UNDEFINED_TYPE_VALUE`	A value indicating that the enum field is not set. `UNDEFINED_TYPE = 0;`
`UNRECOGNIZED`

Static Methods
Name	Description
`forNumber(int value)`
`getDescriptor()`
`internalGetValueMap()`
`valueOf(Descriptors.EnumValueDescriptor desc)`
`valueOf(int value)`	Deprecated. Use #forNumber(int) instead.
`valueOf(String name)`
`values()`

Methods
Name	Description
`getDescriptorForType()`
`getNumber()`
`getValueDescriptor()`

Enum Commitment.Type (1.93.0)

Implements

Inherited Members

Static Fields

Static Methods

Methods