Leverage FlameGraphs 0.2

Project.toml

@@ -1,7 +1,7 @@
 name = "ProfileView"
 uuid = "c46f51b8-102a-5cf2-8d2c-8597cb0e0da7"
 author = ["Tim Holy <[email protected]>"]
-version = "0.6.2"
+version = "0.6.3"
 
 [deps]
 Cairo = "159f3aea-2a34-519c-b102-8c37f9878175"
@@ -21,7 +21,7 @@ UUIDs = "cf7118a7-6976-5b1a-9a39-7adc72f591a4"
 Cairo = "0.6, 0.8, 1"
 Colors = "0.9, 0.10, 0.11"
 FileIO = "1"
-FlameGraphs = "0.1"
+FlameGraphs = "0.2"
 Graphics = "0.4, 1"
 Gtk = "0.18, 1"
 GtkReactive = "0.7, 1"

README.md

@@ -128,6 +128,16 @@ contribution to its total run time.
 - You can pan the view by clicking and dragging, or by scrolling your
   mouse/trackpad (scroll=vertical, SHIFT-scroll=horizontal).
 
+- The toolbar at the top contains two icons to load and save profile
+  data, respectively.  Clicking the save icon will prompt you for a
+  filename; you should use extension `*.jlprof` for any file you save.
+  Launching `ProfileView.view(nothing)` opens a blank
+  window, which you can populate with saved data by clicking on the
+  "open" icon.
+
+**NOTE**: ProfileView does not support the old JLD-based `*.jlprof` files anymore.
+Use the format provided by FlameGraphs v0.2 and higher.
+
 ## Command-line options
 
 The `view` command has the following syntax:

src/ProfileView.jl

@@ -60,16 +60,28 @@ You have several options to control the output, of which the major ones are:
 
 See [FlameGraphs](https://github.com/timholy/FlameGraphs.jl) for more information.
 """
-function view(fcolor, data::Vector{UInt64}=Profile.fetch(); lidict=nothing, C=false, combine=true, recur=:off, pruned=FlameGraphs.defaultpruned, kwargs...)
+function view(fcolor, data::Vector{UInt64}; lidict=nothing, C=false, combine=true, recur=:off, pruned=FlameGraphs.defaultpruned, kwargs...)
     g = flamegraph(data; lidict=lidict, C=C, combine=combine, recur=recur, pruned=pruned)
     g === nothing && return nothing
-    return view(fcolor, g; kwargs...)
+    return view(fcolor, g; data=data, lidict=lidict, kwargs...)
 end
-function view(data::Vector{UInt64}=Profile.fetch(); kwargs...)
-    view(FlameGraphs.default_colors, data; kwargs...)
+function view(fcolor; kwargs...)
+    data, lidict = Profile.retrieve()
+    view(fcolor, data; lidict=lidict, kwargs...)
 end
+function view(data::Vector{UInt64}; lidict=nothing, kwargs...)
+    view(FlameGraphs.default_colors, data; lidict=lidict, kwargs...)
+end
+function view(; kwargs...)
+    data, lidict = Profile.retrieve()
+    view(FlameGraphs.default_colors, data; lidict=lidict, kwargs...)
+end
+
+# This method allows user to open a *.jlprof file
+view(::Nothing; kwargs...) = view(FlameGraphs.default_colors, Node(NodeData(StackTraces.UNKNOWN, 0, 1:0)); kwargs...)
 
-function view(fcolor, g::Node{NodeData}; kwargs...)
+function view(fcolor, g::Node{NodeData}; data=nothing, lidict=nothing, kwargs...)
+    gsig = Signal(g)  # allow substitution by the open dialog
     # Display in a window
     c = canvas(UserUnit)
     set_gtk_property!(widget(c), :expand, true)
@@ -83,8 +95,8 @@ function view(fcolor, g::Node{NodeData}; kwargs...)
     push!(tb, tb_open)
     push!(tb, tb_save_as)
     # FIXME: likely have to do `allkwargs` in the two below (add in C, combine, recur)
-    signal_connect(open_cb, tb_open, "clicked", Nothing, (), false, (widget(c),kwargs))
-    signal_connect(save_as_cb, tb_save_as, "clicked", Nothing, (), false, (widget(c),g,kwargs))
+    signal_connect(open_cb, tb_open, "clicked", Nothing, (), false, (widget(c),gsig,kwargs))
+    signal_connect(save_as_cb, tb_save_as, "clicked", Nothing, (), false, (widget(c),data,lidict))
     win = Window("Profile", 800, 600)
     push!(win, bx)
     GtkReactive.gc_preserve(win, c)
@@ -94,7 +106,8 @@ function view(fcolor, g::Node{NodeData}; kwargs...)
         delete!(window_wrefs, win)
     end
 
-    viewprof(fcolor, c, g; kwargs...)
+    fdraw = viewprof(fcolor, c, gsig; kwargs...)
+    GtkReactive.gc_preserve(win, fdraw)
 
     # Ctrl-w and Ctrl-q destroy the window
     signal_connect(win, "key-press-event") do w, evt
@@ -107,99 +120,103 @@ function view(fcolor, g::Node{NodeData}; kwargs...)
     Gtk.showall(win)
 end
 
-function viewprof(fcolor, c, g; fontsize=14)
-    img = flamepixels(fcolor, g)
-    tagimg = flametags(g, img)
-    # The first column corresponds to the bottom row, which is our fake root node. Get rid of it.
-    img, tagimg = img[:,2:end], tagimg[:,2:end]
-    img24 = reverse(RGB24.(img), dims=2)
-    fv = XY(0.0..size(img24,1), 0.0..size(img24,2))
-    zr = Signal(ZoomRegion(fv, fv))
-    sigrb = init_zoom_rubberband(c, zr)
-    sigpd = init_pan_drag(c, zr)
-    sigzs = init_zoom_scroll(c, zr)
-    sigps = init_pan_scroll(c, zr)
-    surf = Cairo.CairoImageSurface(img24)
-    sigredraw = draw(c, zr) do widget, r
-        ctx = getgc(widget)
-        set_coordinates(ctx, r)
-        rectangle(ctx, BoundingBox(r.currentview))
-        set_source(ctx, surf)
-        p = Cairo.get_source(ctx)
-        Cairo.pattern_set_filter(p, Cairo.FILTER_NEAREST)
-        fill(ctx)
-    end
-    lasttextbb = BoundingBox(1,0,1,0)
-    sigmotion = map(c.mouse.motion) do btn
-        # Repair image from ovewritten text
-        if c.widget.is_realized && c.widget.is_sized
-            ctx = getgc(c)
-            if Graphics.width(lasttextbb) > 0
-                r = value(zr)
-                set_coordinates(ctx, r)
-                rectangle(ctx, lasttextbb)
-                set_source(ctx, surf)
-                p = Cairo.get_source(ctx)
-                Cairo.pattern_set_filter(p, Cairo.FILTER_NEAREST)
-                fill(ctx)
-            end
-            # Write the info
-            xu, yu = btn.position.x, btn.position.y
-            sf = gettag(xu, yu)
-            if sf != StackTraces.UNKNOWN
-                str = string(basename(string(sf.file)), ", ", sf.func, ": line ", sf.line)
-                set_source(ctx, fcolor(:font))
-                Cairo.set_font_face(ctx, "sans-serif $(fontsize)px")
-                xi = value(zr).currentview.x
-                xmin, xmax = minimum(xi), maximum(xi)
-                lasttextbb = deform(Cairo.text(ctx, xu, yu, str, halign = xu < (2xmin+xmax)/3 ? "left" : xu < (xmin+2xmax)/3 ? "center" : "right"), -2, 2, -2, 2)
-            end
-            reveal(c)
-        end
-    end
+function viewprof(fcolor, c, gsig; fontsize=14)
     # From a given position, find the underlying tag
-    function gettag(xu, yu)
+    function gettag(tagimg, xu, yu)
         x = ceil(Int, Float64(xu))
         y = ceil(Int, Float64(yu))
         Y = size(tagimg, 2)
         x = max(1, min(x, size(tagimg, 1)))
         y = max(1, min(y, Y))
         tagimg[x,Y-y+1]
     end
-    # Left-click prints the full path, function, and line to the console
-    # Right-click calls the edit() function
-    sigshow = map(c.mouse.buttonpress) do btn
-        if btn.button == 1 || btn.button == 3
-            ctx = getgc(c)
-            xu, yu = btn.position.x, btn.position.y
-            sf = gettag(xu, yu)
-            if sf != StackTraces.UNKNOWN
-                if btn.button == 1
-                    println(sf.file, ", ", sf.func, ": line ", sf.line)
-                elseif btn.button == 3
-                    edit(string(sf.file), sf.line)
+    map(gsig) do g
+        isempty(g.data.span) && return nothing
+        img = flamepixels(fcolor, g)
+        tagimg = flametags(g, img)
+        # The first column corresponds to the bottom row, which is our fake root node. Get rid of it.
+        img, tagimg = img[:,2:end], tagimg[:,2:end]
+        img24 = reverse(RGB24.(img), dims=2)
+        fv = XY(0.0..size(img24,1), 0.0..size(img24,2))
+        zr = Signal(ZoomRegion(fv, fv))
+        sigrb = init_zoom_rubberband(c, zr)
+        sigpd = init_pan_drag(c, zr)
+        sigzs = init_zoom_scroll(c, zr)
+        sigps = init_pan_scroll(c, zr)
+        surf = Cairo.CairoImageSurface(img24)
+        sigredraw = draw(c, zr) do widget, r
+            ctx = getgc(widget)
+            set_coordinates(ctx, r)
+            rectangle(ctx, BoundingBox(r.currentview))
+            set_source(ctx, surf)
+            p = Cairo.get_source(ctx)
+            Cairo.pattern_set_filter(p, Cairo.FILTER_NEAREST)
+            fill(ctx)
+        end
+        lasttextbb = BoundingBox(1,0,1,0)
+        sigmotion = map(c.mouse.motion) do btn
+            # Repair image from ovewritten text
+            if c.widget.is_realized && c.widget.is_sized
+                ctx = getgc(c)
+                if Graphics.width(lasttextbb) > 0
+                    r = value(zr)
+                    set_coordinates(ctx, r)
+                    rectangle(ctx, lasttextbb)
+                    set_source(ctx, surf)
+                    p = Cairo.get_source(ctx)
+                    Cairo.pattern_set_filter(p, Cairo.FILTER_NEAREST)
+                    fill(ctx)
+                end
+                # Write the info
+                xu, yu = btn.position.x, btn.position.y
+                sf = gettag(tagimg, xu, yu)
+                if sf != StackTraces.UNKNOWN
+                    str = string(basename(string(sf.file)), ", ", sf.func, ": line ", sf.line)
+                    set_source(ctx, fcolor(:font))
+                    Cairo.set_font_face(ctx, "sans-serif $(fontsize)px")
+                    xi = value(zr).currentview.x
+                    xmin, xmax = minimum(xi), maximum(xi)
+                    lasttextbb = deform(Cairo.text(ctx, xu, yu, str, halign = xu < (2xmin+xmax)/3 ? "left" : xu < (xmin+2xmax)/3 ? "center" : "right"), -2, 2, -2, 2)
+                end
+                reveal(c)
+            end
+        end
+        # Left-click prints the full path, function, and line to the console
+        # Right-click calls the edit() function
+        sigshow = map(c.mouse.buttonpress) do btn
+            if btn.button == 1 || btn.button == 3
+                ctx = getgc(c)
+                xu, yu = btn.position.x, btn.position.y
+                sf = gettag(tagimg, xu, yu)
+                if sf != StackTraces.UNKNOWN
+                    if btn.button == 1
+                        println(sf.file, ", ", sf.func, ": line ", sf.line)
+                    elseif btn.button == 3
+                        edit(string(sf.file), sf.line)
+                    end
                 end
             end
         end
+        append!(c.preserved, [sigrb, sigpd, sigzs, sigps, sigredraw, sigmotion, sigshow])
+        return nothing
     end
-    append!(c.preserved, [sigrb, sigpd, sigzs, sigps, sigredraw, sigmotion, sigshow])
-    return nothing
 end
 
 @guarded function open_cb(::Ptr, settings::Tuple)
-    c, kwargs = settings
+    c, gsig, kwargs = settings
     selection = open_dialog("Load profile data", toplevel(c), ("*.jlprof","*"))
     isempty(selection) && return nothing
-    data, lidict = load(File(format"JLD", selection), "li", "lidict")
-    return view(data; lidict=lidict, kwargs...)
+    data, lidict = load(selection)
+    push!(gsig, flamegraph(data; lidict=lidict, kwargs...))
+    return nothing
 end
 
 @guarded function save_as_cb(::Ptr, profdata::Tuple)
     c, data, lidict = profdata
-    selection = save_dialog("Save profile data as JLD file", toplevel(c), ("*.jlprof",))
+    selection = save_dialog("Save profile data as *.jlprof file", toplevel(c), ("*.jlprof",))
     isempty(selection) && return nothing
-    FileIO.save(File(format"JLD", selection), "li", data, "lidict", lidict)
-    nothing
+    FileIO.save(File(format"JLPROF", selection), data, lidict)
+    return nothing
 end
 
 # include("precompile.jl")