fix nilang version

Author: GiggleLiu

Project.toml

@@ -25,7 +25,7 @@ Compose = "0.9"
 HDF5 = "0.15"
 LightGraphs = "1.3"
 LuxurySparse = "0.6"
-NiLang = "0.8"
+NiLang = "0.8, 0.9"
 Requires = "1"
 SimpleTensorNetworks = "0.2"
 TropicalNumbers = "0.2.1"

src/reversible/chimera.jl

@@ -18,11 +18,13 @@ end
 
 @i function isolve_largemem(out!::T, sg::Spinglass{ChimeraLattice, T}, reg::ArrayReg{B,TT}, REG_STACK) where {B,T,TT<:Tropical{T}}
     @invcheckoff begin
-    Lx ← sg.lattice.Nx
-    Ly ← sg.lattice.Ny
-    Js ← sg.Js
-    hs ← sg.hs
-    nj_red ← (Ly-1)*4 + 16 * Ly
+    @routine begin
+        Lx ← sg.lattice.Nx
+        Ly ← sg.lattice.Ny
+        Js ← sg.Js
+        hs ← sg.hs
+        nj_red ← (Ly-1)*4 + 16 * Ly
+    end
     k ← 0
     @safe println("Running Chimera, Lx = $Lx, Ly = $Ly, eltype = $T.")
     @safe println("Layer 1/$Lx")
@@ -33,7 +35,7 @@ end
     end
 
     for i=2:Lx
-        hk ← (i-1)*Ly*8
+        @routine hk ← (i-1)*Ly*8
         @safe println("Layer $i/$Lx")
         # BLACK
         for j=1:Ly*4
@@ -45,28 +47,33 @@ end
         end
 
         # Contract with RED
-        rr ← _init_reg(Tropical{T}, Ly*4, Val(false))
+        @routine rr ← _init_reg(Tropical{T}, Ly*4, Val(false))
         red_reg(rr, Ly, Js[k+1:k+nj_red], hs[hk+1:hk+4Ly], REG_STACK)
         reg.state .*= rr.state
         incstack!(REG_STACK)
         swap_state!(REG_STACK, rr.state)
         k += nj_red
+        ~@routine
+        ~@routine
     end
     summed ← one(TT)
     i_sum(summed, reg.state)
     NiLang.SWAP(summed.n, out!)
     k → length(Js)
     summed → one(TT)
+    ~@routine
     end
 end
 
 @i function isolve(out!::T, sg::AbstractSpinglass{ChimeraLattice, T}, reg::ArrayReg{B,TT}, A_STACK, B_STACK) where {B,T,TT<:Tropical{T}}
     @invcheckoff begin
-    Lx ← sg.lattice.Nx
-    Ly ← sg.lattice.Ny
-    Js ← sg.Js
-    hs ← sg.hs
-    nj_red ← (Ly-1)*4 + 16 * Ly
+    @routine begin
+        Lx ← sg.lattice.Nx
+        Ly ← sg.lattice.Ny
+        Js ← sg.Js
+        hs ← sg.hs
+        nj_red ← (Ly-1)*4 + 16 * Ly
+    end
     k ← 0
     @safe println("Running Chimera, Lx = $Lx, Ly = $Ly, eltype = $T.")
     @safe println("Layer 1/$Lx")
@@ -112,12 +119,14 @@ end
         reg.state .*= rr.state
         ~@routine
         k += nj_red
+        hk → (i-1)*Ly*8
     end
     summed ← one(TT)
     i_sum(summed, reg.state)
     NiLang.SWAP(summed.n, out!)
     k → length(Js)
     summed → one(TT)
+    ~@routine
     end
 end
 

src/reversible/second_neighbor.jl

@@ -5,12 +5,14 @@ end
 
 @i function isolve_largemem(out!::T, sg::AbstractSpinglass{MaskedSquareLattice}, reg::ArrayReg{1,TT}, REG_STACK; usecuda=false) where {T,TT<:Tropical{T}}
     @invcheckoff begin
-    lt ← sg.lattice
-    Lx ← size(lt, 1)
-    Ly ← size(lt, 2)
-    nbit ← Ly + 2
-    Js ← sg.Js
-    hs ← sg.hs
+    @routine begin
+        lt ← sg.lattice
+        Lx ← size(lt, 1)
+        Ly ← size(lt, 2)
+        nbit ← Ly + 2
+        Js ← sg.Js
+        hs ← sg.hs
+    end
     k ← 0
     l ← 0
     for i=1:Lx
@@ -61,6 +63,7 @@ end
     l → length(hs)
     k → length(Js)
     summed → one(TT)
+    ~@routine
     end
 end
 
@@ -83,12 +86,14 @@ function cachesize_largemem(lt::MaskedSquareLattice)
 end
 
 @i function isolve(out!::T, sg::Spinglass{MaskedSquareLattice,T}, reg::ArrayReg{1,TT}, A_STACK, B_STACK; usecuda=false) where {T,TT<:Tropical{T}}
-    lt ← sg.lattice
-    Lx ← size(lt, 1)
-    Ly ← size(lt, 2)
-    nbit ← Ly + 2
-    Js ← sg.Js
-    hs ← sg.hs
+    @routine begin
+        lt ← sg.lattice
+        Lx ← size(lt, 1)
+        Ly ← size(lt, 2)
+        nbit ← Ly + 2
+        Js ← sg.Js
+        hs ← sg.hs
+    end
     k ← 0
     l ← 0
     for i=1:Lx
@@ -159,6 +164,7 @@ end
     l → length(hs)
     k → length(Js)
     summed → one(TT)
+    ~@routine
 end
 
 cachesize_A(lt::MaskedSquareLattice) = size(lt,2)*3-1

src/reversible/square.jl

@@ -1,9 +1,11 @@
 @i function isolve(out!::T, sg::AbstractSpinglass{SquareLattice, T}, reg::ArrayReg{B,TT}, A_STACK, B_STACK) where {B,T,TT<:Tropical{T}}
     @invcheckoff begin
-    Lx ← sg.lattice.Nx
-    Ly ← sg.lattice.Ny
-    Js ← sg.Js
-    hs ← sg.hs
+    @routine begin
+        Lx ← sg.lattice.Nx
+        Ly ← sg.lattice.Ny
+        Js ← sg.Js
+        hs ← sg.hs
+    end
     @safe println("Layer 1/$Lx, stack size: $(A_STACK.top) & $(B_STACK.top)")
     k ← 0
     for j=1:Ly
@@ -46,6 +48,7 @@
     NiLang.SWAP(summed.n, out!)
     k → length(Js)
     summed → one(TT)
+    ~@routine
     end
 end
 
@@ -63,10 +66,12 @@ end
 
 @i function isolve_largemem(out!, sg::Spinglass{SquareLattice, T}, reg::ArrayReg{B,TT}, REG_STACK) where {B,T,TT<:Tropical{T}}
     @invcheckoff begin
-    Lx ← sg.lattice.Nx
-    Ly ← sg.lattice.Ny
-    Js ← sg.Js
-    hs ← sg.hs
+    @routine begin
+        Lx ← sg.lattice.Nx
+        Ly ← sg.lattice.Ny
+        Js ← sg.Js
+        hs ← sg.hs
+    end
     @safe println("Layer 1/$Lx")
     k ← 0
     for j=1:Ly
@@ -95,6 +100,7 @@ end
     NiLang.SWAP(summed.n, out!)
     k → length(Js)
     summed → one(TT)
+    ~@routine
     end
 end