class SRAM5[A] extends SRAM[A, SRAM5] with LocalMem5[A, SRAM5] with Mem5[A, SRAM1, SRAM2, SRAM3, SRAM4, SRAM5] with Ref[Array[Any], SRAM5[A]]

A 5-dimensional SRAM with elements of type A.

Linear Supertypes
Mem5[A, SRAM1, SRAM2, SRAM3, SRAM4, SRAM5], types.LocalMem5[A, SRAM5], SRAM[A, SRAM5], types.LocalMem[A, SRAM5], types.Mem[A, SRAM5], argon.lang.Top[SRAM5[A]], Ref[Array[Any], SRAM5[A]], Exp[Array[Any], SRAM5[A]], ExpType[Array[Any], spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance], Equals, AnyRef, Any
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Inherited
  1. SRAM5
  2. Mem5
  3. LocalMem5
  4. SRAM
  5. LocalMem
  6. Mem
  7. Top
  8. Ref
  9. Exp
  10. ExpType
  11. Equals
  12. AnyRef
  13. Any
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Visibility
  1. Public
  2. All

Instance Constructors

  1. new SRAM5()(implicit arg0: lang.Bits[A])

Type Members

  1. type L = Array[Any]
    Definition Classes
    Ref → Exp → ExpType

Value Members

  1. final def !=(arg0: Any): Boolean
    Definition Classes
    AnyRef → Any
  2. def !==(that: Any): argon.lang.Bit
    Definition Classes
    Top
  3. final def ##(): Int
    Definition Classes
    AnyRef → Any
  4. def ++(that: Any): argon.lang.Text
    Definition Classes
    Top
  5. final def ==(arg0: Any): Boolean
    Definition Classes
    AnyRef → Any
  6. def ===(that: Any): argon.lang.Bit
    Definition Classes
    Top
  7. val A: lang.Bits[A]
    Definition Classes
    SRAM → Mem
  8. def M1: Type[SRAM1[A]]
    Attributes
    protected
    Definition Classes
    SRAM
  9. def M2: Type[SRAM2[A]]
    Attributes
    protected
    Definition Classes
    SRAM
  10. def M3: Type[SRAM3[A]]
    Attributes
    protected
    Definition Classes
    SRAM
  11. def M4: Type[SRAM4[A]]
    Attributes
    protected
    Definition Classes
    SRAM
  12. def M5: Type[SRAM5[A]]
    Attributes
    protected
    Definition Classes
    SRAM
  13. val __neverMutable: Boolean
    Attributes
    protected
    Definition Classes
    Mem → ExpType
  14. def __read(addr: Seq[lang.Idx], ens: Set[lang.Bit]): A
    Definition Classes
    SRAM → LocalMem
  15. def __reset(ens: Set[lang.Bit]): lang.Void
    Definition Classes
    SRAM → LocalMem
  16. val __typeArgs: Seq[Type[_]]
    Attributes
    protected
    Definition Classes
    SRAM5 → ExpType
  17. val __typeParams: Seq[lang.Bits[A]]
    Attributes
    protected
    Definition Classes
    SRAM5 → ExpType
  18. val __typePrefix: String
    Attributes
    protected
    Definition Classes
    SRAM5 → ExpType
  19. def __write(data: A, addr: Seq[lang.Idx], ens: Set[lang.Bit]): lang.Void
    Definition Classes
    SRAM → LocalMem
  20. def apply(d0: lang.I32, d1: lang.I32, d2: lang.I32, d3: lang.I32, d4: lang.I32): A

    Returns the value at (d0,d1,d2,d3,d4).

  21. def apply(x: lang.Rng, q: lang.Rng, p: lang.Rng, r: lang.Rng, c: lang.Rng): SRAM5[A]

    Creates a view of a 5-dimensional, dense region of this memory.

    Creates a view of a 5-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  22. def apply(x: lang.Rng, q: lang.Rng, p: lang.Rng, r: lang.Rng, c: lang.Idx): SRAM4[A]

    Creates a view of a 4-dimensional, dense region of this memory.

    Creates a view of a 4-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  23. def apply(x: lang.Rng, q: lang.Rng, p: lang.Rng, r: lang.Idx, c: lang.Rng): SRAM4[A]

    Creates a view of a 4-dimensional, dense region of this memory.

    Creates a view of a 4-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  24. def apply(x: lang.Rng, q: lang.Rng, p: lang.Idx, r: lang.Rng, c: lang.Rng): SRAM4[A]

    Creates a view of a 4-dimensional, dense region of this memory.

    Creates a view of a 4-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  25. def apply(x: lang.Rng, q: lang.Idx, p: lang.Rng, r: lang.Rng, c: lang.Rng): SRAM4[A]

    Creates a view of a 4-dimensional, dense region of this memory.

    Creates a view of a 4-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  26. def apply(x: lang.Idx, q: lang.Rng, p: lang.Rng, r: lang.Rng, c: lang.Rng): SRAM4[A]

    Creates a view of a 4-dimensional, dense region of this memory.

    Creates a view of a 4-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  27. def apply(x: lang.Rng, q: lang.Rng, p: lang.Rng, r: lang.Idx, c: lang.Idx): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  28. def apply(x: lang.Rng, q: lang.Rng, p: lang.Idx, r: lang.Rng, c: lang.Idx): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  29. def apply(x: lang.Rng, q: lang.Rng, p: lang.Idx, r: lang.Idx, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  30. def apply(x: lang.Rng, q: lang.Idx, p: lang.Rng, r: lang.Rng, c: lang.Idx): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  31. def apply(x: lang.Rng, q: lang.Idx, p: lang.Rng, r: lang.Idx, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  32. def apply(x: lang.Rng, q: lang.Idx, p: lang.Idx, r: lang.Rng, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  33. def apply(x: lang.Idx, q: lang.Rng, p: lang.Rng, r: lang.Rng, c: lang.Idx): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  34. def apply(x: lang.Idx, q: lang.Rng, p: lang.Rng, r: lang.Idx, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  35. def apply(x: lang.Idx, q: lang.Rng, p: lang.Idx, r: lang.Rng, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  36. def apply(x: lang.Idx, q: lang.Idx, p: lang.Rng, r: lang.Rng, c: lang.Rng): SRAM3[A]

    Creates a view of a 3-dimensional, dense region of this memory.

    Creates a view of a 3-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  37. def apply(x: lang.Rng, q: lang.Rng, p: lang.Idx, r: lang.Idx, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  38. def apply(x: lang.Rng, q: lang.Idx, p: lang.Rng, r: lang.Idx, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  39. def apply(x: lang.Rng, q: lang.Idx, p: lang.Idx, r: lang.Rng, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  40. def apply(x: lang.Rng, q: lang.Idx, p: lang.Idx, r: lang.Idx, c: lang.Rng): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  41. def apply(x: lang.Idx, q: lang.Rng, p: lang.Rng, r: lang.Idx, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  42. def apply(x: lang.Idx, q: lang.Rng, p: lang.Idx, r: lang.Rng, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  43. def apply(x: lang.Idx, q: lang.Rng, p: lang.Idx, r: lang.Idx, c: lang.Rng): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  44. def apply(x: lang.Idx, q: lang.Idx, p: lang.Rng, r: lang.Rng, c: lang.Idx): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  45. def apply(x: lang.Idx, q: lang.Idx, p: lang.Rng, r: lang.Idx, c: lang.Rng): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  46. def apply(x: lang.Idx, q: lang.Idx, p: lang.Idx, r: lang.Rng, c: lang.Rng): SRAM2[A]

    Creates a view of a 2-dimensional, dense region of this memory.

    Creates a view of a 2-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  47. def apply(x: lang.Rng, q: lang.Idx, p: lang.Idx, r: lang.Idx, c: lang.Idx): SRAM1[A]

    Creates a view of a 1-dimensional, dense region of this memory.

    Creates a view of a 1-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  48. def apply(x: lang.Idx, q: lang.Rng, p: lang.Idx, r: lang.Idx, c: lang.Idx): SRAM1[A]

    Creates a view of a 1-dimensional, dense region of this memory.

    Creates a view of a 1-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  49. def apply(x: lang.Idx, q: lang.Idx, p: lang.Rng, r: lang.Idx, c: lang.Idx): SRAM1[A]

    Creates a view of a 1-dimensional, dense region of this memory.

    Creates a view of a 1-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  50. def apply(x: lang.Idx, q: lang.Idx, p: lang.Idx, r: lang.Rng, c: lang.Idx): SRAM1[A]

    Creates a view of a 1-dimensional, dense region of this memory.

    Creates a view of a 1-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  51. def apply(x: lang.Idx, q: lang.Idx, p: lang.Idx, r: lang.Idx, c: lang.Rng): SRAM1[A]

    Creates a view of a 1-dimensional, dense region of this memory.

    Creates a view of a 1-dimensional, dense region of this memory.

    Definition Classes
    Mem5
  52. final def asInstanceOf[T0]: T0
    Definition Classes
    Any
  53. def bank(N: Seq[Int], B: Seq[Int], alpha: Seq[Int]): SRAM5[A]

    Provide explicit banking scheme that you want to use.

    Provide explicit banking scheme that you want to use. If this scheme is unsafe, it will crash. It will also assume only one duplicate

    Definition Classes
    SRAM
  54. def blockcyclic_Bs(bs: Seq[Int]): SRAM5[A]

    Set search range bs to search for

    Set search range bs to search for

    Definition Classes
    SRAM
  55. def buffer: SRAM5[A]

    Indicate that the memory should be buffered and ignore potential situation where result from running sequentially does not match with resurt from running pipelined

    Indicate that the memory should be buffered and ignore potential situation where result from running sequentially does not match with resurt from running pipelined

    Definition Classes
    SRAM
  56. final def canEqual(that: Any): Boolean
    Definition Classes
    Ref → Equals
  57. def clone(): AnyRef
    Attributes
    protected[java.lang]
    Definition Classes
    AnyRef
    Annotations
    @native() @throws( ... )
  58. def coalesce: SRAM5[A]
    Definition Classes
    SRAM
  59. def conflictable: SRAM5[A]

    Allow "unsafe" banking, where two writes can technically happen simultaneously and one will be dropped.

    Allow "unsafe" banking, where two writes can technically happen simultaneously and one will be dropped. Use in cases where writes may happen in parallel but you are either sure that two writes won't happen simultaneously due to data-dependent control flow or that you don't care if one write gets dropped

    Definition Classes
    SRAM
  60. def dim0: lang.I32

    Returns dim0 of this DRAM, or else 1 if SRAM is lower dimensional

    Returns dim0 of this DRAM, or else 1 if SRAM is lower dimensional

    Definition Classes
    SRAM
  61. def dim1: lang.I32

    Returns dim1 of this DRAM, or else 1 if SRAM is lower dimensional

    Returns dim1 of this DRAM, or else 1 if SRAM is lower dimensional

    Definition Classes
    SRAM
  62. def dim2: lang.I32

    Returns dim2 of this DRAM, or else 1 if SRAM is lower dimensional

    Returns dim2 of this DRAM, or else 1 if SRAM is lower dimensional

    Definition Classes
    SRAM
  63. def dim3: lang.I32

    Returns dim3 of this DRAM, or else 1 if SRAM is lower dimensional

    Returns dim3 of this DRAM, or else 1 if SRAM is lower dimensional

    Definition Classes
    SRAM
  64. def dim4: lang.I32

    Returns dim4 of this DRAM, or else 1 if SRAM is lower dimensional

    Returns dim4 of this DRAM, or else 1 if SRAM is lower dimensional

    Definition Classes
    SRAM
  65. def dims: Seq[lang.I32]

    Returns the dimensions of this SRAM as a Sequence.

    Returns the dimensions of this SRAM as a Sequence.

    Definition Classes
    SRAM
  66. def duplicateaxes(opts: Seq[Seq[Int]])(implicit state: State): SRAM5[A]
    Definition Classes
    SRAM
  67. def effort(e: Int): SRAM5[A]

    Specify banking search effort for this memory

    Specify banking search effort for this memory

    Definition Classes
    SRAM
  68. final def eq(arg0: AnyRef): Boolean
    Definition Classes
    AnyRef
  69. def eql(that: SRAM5[A]): argon.lang.Bit
    Definition Classes
    Top
  70. final def equals(x: Any): Boolean
    Definition Classes
    Ref → Equals → AnyRef → Any
  71. implicit val evMem: <:<[SRAM5[A], SRAM[A, SRAM5]]
    Definition Classes
    SRAM → LocalMem → Mem
  72. implicit val evRef: <:<[spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance, Ref[Array[Any], spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance]]
    Attributes
    protected[argon]
    Definition Classes
    ExpType
  73. def extract: Option[Any]
    Attributes
    protected
    Definition Classes
    Exp
  74. def finalize(): Unit
    Attributes
    protected[java.lang]
    Definition Classes
    AnyRef
    Annotations
    @throws( classOf[java.lang.Throwable] )
  75. def flat: SRAM5[A]

    Only attempt to bank memory in a flattened manner

    Only attempt to bank memory in a flattened manner

    Definition Classes
    SRAM
  76. def forcebank(N: Seq[Int], B: Seq[Int], alpha: Seq[Int]): SRAM5[A]

    Provide explicit banking scheme that you want to use.

    Provide explicit banking scheme that you want to use. If this scheme is unsafe, it will NOT crash. It will also assume only one duplicate

    Definition Classes
    SRAM
  77. def fresh: SRAM5[A]
    Attributes
    protected
    Definition Classes
    SRAM5 → ExpType
  78. final def from(c: Any, warnOnLoss: Boolean, errorOnLoss: Boolean, isParam: Boolean, saturating: Boolean, unbiased: Boolean): spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance
    Definition Classes
    ExpType
  79. final def getClass(): Class[_]
    Definition Classes
    AnyRef → Any
    Annotations
    @native()
  80. def getFrom(c: Any, isParam: Boolean, saturating: Boolean, unbiased: Boolean): Option[(spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance, Boolean)]
    Definition Classes
    ExpType
  81. final def hashCode(): Int
    Definition Classes
    Ref → AnyRef → Any
  82. def hierarchical: SRAM5[A]

    Only attempt to bank memory hierarchically

    Only attempt to bank memory hierarchically

    Definition Classes
    SRAM
  83. def infix_!=(that: Any): argon.lang.Bit
    Definition Classes
    Top
  84. def infix_==(that: Any): argon.lang.Bit
    Definition Classes
    Top
  85. final def isInstanceOf[T0]: Boolean
    Definition Classes
    Any
  86. def load(dram: DRAM5[A]): lang.Void

    Create a dense burst load from the given region of DRAM to this on-chip memory.

    Create a dense burst load from the given region of DRAM to this on-chip memory.

    Definition Classes
    LocalMem5
  87. def me: spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance
    Attributes
    protected
    Definition Classes
    ExpType
  88. def mustmerge: SRAM5[A]

    Guarantee that it is safe to merge different duplicates.

    Guarantee that it is safe to merge different duplicates. Only use this if you know exactly what you are doing!

    Definition Classes
    SRAM
  89. final def ne(arg0: AnyRef): Boolean
    Definition Classes
    AnyRef
  90. def neql(that: SRAM5[A]): argon.lang.Bit
    Definition Classes
    Top
  91. def nobank: SRAM5[A]
    Definition Classes
    SRAM
  92. def noblockcyclic: SRAM5[A]

    Do not attempt to bank memory with block-cyclic schemes

    Do not attempt to bank memory with block-cyclic schemes

    Definition Classes
    SRAM
  93. def noduplicate: SRAM5[A]

    Do not attempt to bank memory by duplication

    Do not attempt to bank memory by duplication

    Definition Classes
    SRAM
  94. def noflat: SRAM5[A]
    Definition Classes
    SRAM
  95. def nohierarchical: SRAM5[A]
    Definition Classes
    SRAM
  96. def nonbuffer: SRAM5[A]

    Do not buffer memory

    Do not buffer memory

    Definition Classes
    SRAM
  97. final def notify(): Unit
    Definition Classes
    AnyRef
    Annotations
    @native()
  98. final def notifyAll(): Unit
    Definition Classes
    AnyRef
    Annotations
    @native()
  99. def onlyblockcyclic: SRAM5[A]

    Only attempt to bank memory with block-cyclic schemes

    Only attempt to bank memory with block-cyclic schemes

    Definition Classes
    SRAM
  100. def onlyduplicate: SRAM5[A]

    Do not attempt to bank memory at all, and only use bank-by-duplication for all lanes of all readers

    Do not attempt to bank memory at all, and only use bank-by-duplication for all lanes of all readers

    Definition Classes
    SRAM
  101. def par(p: lang.I32): SRAM5[A]

    Creates an alias of this SRAM with parallel access in the last dimension.

    Creates an alias of this SRAM with parallel access in the last dimension.

    Definition Classes
    SRAM
  102. def rank: Int
    Definition Classes
    SRAM5 → SRAM
  103. def read(addr: Seq[lang.Idx], ens: Set[lang.Bit] = Set.empty): A

    Returns the value at addr.

    Returns the value at addr. The number of indices should match the SRAM's rank. NOTE: Use the apply method if the SRAM's rank is statically known.

    Definition Classes
    SRAM
  104. def size: lang.I32

    Returns the total capacity (in elements) of this SRAM.

    Returns the total capacity (in elements) of this SRAM.

    Definition Classes
    SRAM
  105. final def synchronized[T0](arg0: ⇒ T0): T0
    Definition Classes
    AnyRef
  106. final def toString(): String
    Definition Classes
    Ref → AnyRef → Any
  107. def toText: argon.lang.Text
    Definition Classes
    Top
  108. def unrelated(that: Any): Unit
    Attributes
    protected
    Definition Classes
    Top
  109. def update(d0: lang.I32, d1: lang.I32, d2: lang.I32, d3: lang.I32, d4: lang.I32, data: A): lang.Void

    Updates the value at (d0,d1,d2,d3,d4) to data.

  110. def value(c: Any): Option[(Array[Any], Boolean)]
    Attributes
    protected
    Definition Classes
    ExpType
  111. final def wait(): Unit
    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  112. final def wait(arg0: Long, arg1: Int): Unit
    Definition Classes
    AnyRef
    Annotations
    @throws( ... )
  113. final def wait(arg0: Long): Unit
    Definition Classes
    AnyRef
    Annotations
    @native() @throws( ... )
  114. final def withCheck[T](x: ⇒ T)(eql: (T) ⇒ Boolean): Option[(T, Boolean)]
    Attributes
    protected
    Definition Classes
    ExpType
  115. def write(data: A, addr: Seq[lang.Idx], ens: Set[lang.Bit] = Set.empty): lang.Void

    Updates the value at addr to data.

    Updates the value at addr to data. The number of indices should match the SRAM's rank. NOTE: Use the update method if the SRAM's rank is statically known.

    Definition Classes
    SRAM

Inherited from Mem5[A, SRAM1, SRAM2, SRAM3, SRAM4, SRAM5]

Inherited from types.LocalMem5[A, SRAM5]

Inherited from SRAM[A, SRAM5]

Inherited from types.LocalMem[A, SRAM5]

Inherited from types.Mem[A, SRAM5]

Inherited from argon.lang.Top[SRAM5[A]]

Inherited from Ref[Array[Any], SRAM5[A]]

Inherited from Exp[Array[Any], SRAM5[A]]

Inherited from ExpType[Array[Any], spatial.lang.SRAM5[A] @scala.annotation.unchecked.uncheckedVariance]

Inherited from Equals

Inherited from AnyRef

Inherited from Any

Ungrouped