Adding debian version 5.6.0-1.debian/5.6.0-1debian

Signed-off-by: Daniel Baumann <daniel.baumann@progress-linux.org>

1 files changed, 615 insertions, 0 deletions

diff --git a/debian/missing-sources/epoch/src/time.coffee b/debian/missing-sources/epoch/src/time.coffee
new file mode 100644
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+++ b/debian/missing-sources/epoch/src/time.coffee
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+# Real-time Plot Base Class. Uses an html5 canvas to recreate the basic d3 drawing routines
+# while simultaneously reducing the load on the viewer's cpu (and, you know, not leaking
+# memory which ultimately leads to a crashed browser).
+#
+# The class also handles the creation of axes and margins common to all time-series plots.
+# Furthermore it layers the canvas below an SVG element to keep visual consistency when
+# rendering text, glyphs, etc.
+class Epoch.Time.Plot extends Epoch.Chart.Canvas
+  defaults =
+    range: null
+    fps: 24
+    historySize: 120
+    windowSize: 40
+    queueSize: 10
+    axes: ['bottom']
+    ticks:
+      time: 15
+      left: 5
+      right: 5
+    tickFormats:
+      top: Epoch.Formats.seconds
+      bottom: Epoch.Formats.seconds
+      left: Epoch.Formats.si
+      right: Epoch.Formats.si
+
+  defaultAxisMargins =
+    top: 25
+    right: 50
+    bottom: 25
+    left: 50
+
+  optionListeners =
+    'option:margins': 'marginsChanged'
+    'option:margins.top': 'marginsChanged'
+    'option:margins.right': 'marginsChanged'
+    'option:margins.bottom': 'marginsChanged'
+    'option:margins.left': 'marginsChanged'
+    'option:axes': 'axesChanged'
+    'option:ticks': 'ticksChanged'
+    'option:ticks.top': 'ticksChanged'
+    'option:ticks.right': 'ticksChanged'
+    'option:ticks.bottom': 'ticksChanged'
+    'option:ticks.left': 'ticksChanged'
+    'option:tickFormats': 'tickFormatsChanged'
+    'option:tickFormats.top': 'tickFormatsChanged'
+    'option:tickFormats.right': 'tickFormatsChanged'
+    'option:tickFormats.bottom': 'tickFormatsChanged'
+    'option:tickFormats.left': 'tickFormatsChanged'
+
+  # Creates a new real-time plot.
+  #
+  # @param [Object] options Options for the plot.
+  # @option options [Integer] fps Number of frames per second to use when animating
+  #   the plot.
+  # @option options [Integer] historySize Maximum number of elements to keep in history
+  #   for the plot.
+  # @option options [Integer] windowSize Number of entries to simultaneously display
+  #   when rendering the visualization.
+  # @option options [Integer] queueSize Number of elements to queue while not animating
+  #   but still recieving elements. In some browsers, intervals will not fire if the
+  #   page containing them is not the active tab. By setting a maximum limit to the
+  #   number of unprocessed data points we can ensure that the memory footprint of the
+  #   page does not get out of hand.
+  # @option options [Object] margins Explicit margins to use for the visualization. Note
+  #   that these are optional and will be automatically generated based on which axes are
+  #   used for the visualization. Margins are keyed by their position (top, left, bottom
+  #   and/or right) and should map to [Integer] values.
+  # @option options [Array] axes Which axes to display when rendering the visualization
+  #   (top, left, bottom, and/or right).
+  # @option options [Object] ticks Number of ticks to display on each axis available axes
+  #   ares: time, left, and right. The number provided for the left and right axes are in
+  #   absolute terms (i.e. there will be exactly that number of ticks). The time ticks
+  #   denote how often a tick should be generated (e.g. if 5 is provided then a tick will
+  #   be added every fifth time you push a new data entry into the visualization).
+  # @option options [Object] tickFormats Formatting functions for ticks on the given axes.
+  #   The avaiable axes are: top, bottom, left, and right.
+  constructor: (@options) ->
+    givenMargins = Epoch.Util.copy(@options.margins) or {}
+    super(@options = Epoch.Util.defaults(@options, defaults))
+
+    if @options.model
+      @options.model.on 'data:push', => @pushFromModel()
+
+    # Queue entering data to get around memory bloat and "non-active" tab issues
+    @_queue = []
+
+    # Margins
+    @margins = {}
+    for pos in ['top', 'right', 'bottom', 'left']
+      @margins[pos] = if @options.margins? and @options.margins[pos]?
+        @options.margins[pos]
+      else if @hasAxis(pos)
+        defaultAxisMargins[pos]
+      else
+        6
+
+    # SVG Overlay
+    @svg = @el.insert('svg', ':first-child')
+      .attr('width', @width)
+      .attr('height', @height)
+      .style('z-index', '1000')
+
+    # Position the canvas "under" the SVG element
+    if @el.style('position') != 'absolute' and @el.style('position') != 'relative'
+      @el.style('position', 'relative')
+
+    @canvas.style { position: 'absolute', 'z-index': '999' }
+    @_sizeCanvas()
+
+    # Animation / Transitions
+    @animation =
+      interval: null
+      active: false
+      delta: => -(@w() / @options.fps),
+      tickDelta: => -( (@w() / @pixelRatio) / @options.fps )
+      frame: 0,
+      duration: @options.fps
+
+    # Add SVG Axes
+    @_buildAxes()
+
+    # Callback used for animation
+    @animationCallback = => @_animate()
+
+    # Listen for specific option changes
+    @onAll optionListeners
+
+  # Positions and sizes the canvas based on margins and axes.
+  _sizeCanvas: ->
+    @canvas.attr
+      width: @innerWidth()
+      height: @innerHeight()
+
+    @canvas.style
+      width: "#{@innerWidth() / @pixelRatio}px"
+      height: "#{@innerHeight() / @pixelRatio}px"
+      top: "#{@margins.top}px"
+      left: "#{@margins.left}px"
+
+  # Removes any axes found in the SVG and adds both the time and range axes to the plot.
+  _buildAxes: ->
+    @svg.selectAll('.axis').remove()
+    @_prepareTimeAxes()
+    @_prepareRangeAxes()
+
+  # Works exactly as in Epoch.Chart.Base with the addition of truncating value arrays
+  # to that of the historySize defined in the chart's options.
+  _annotateLayers: (prepared) ->
+    data = []
+    for own i, layer of prepared
+      copy = Epoch.Util.copy(layer)
+      start = Math.max(0, layer.values.length - @options.historySize)
+      copy.values = layer.values.slice(start)
+      classes = ['layer']
+      classes.push "category#{(i|0)+1}"
+      classes.push(Epoch.Util.dasherize layer.label) if layer.label?
+      copy.className = classes.join(' ')
+      copy.visible = true
+      data.push copy
+    return data
+
+  # This method is called to provide a small offset for placement of horizontal ticks.
+  # The value returned will be added to the x value of each tick as they are being
+  # rendered.
+  #
+  # @return [Number] The horizontal offset for the top and bottom axes ticks.
+  _offsetX: -> 0
+
+  # Builds time axes (bottom and top)
+  _prepareTimeAxes: ->
+    if @hasAxis('bottom')
+      axis = @bottomAxis = @svg.append('g')
+        .attr('class', "x axis bottom canvas")
+        .attr('transform', "translate(#{@margins.left-1}, #{@innerHeight()/@pixelRatio+@margins.top})")
+      axis.append('path')
+        .attr('class', 'domain')
+        .attr('d', "M0,0H#{@innerWidth()/@pixelRatio+1}")
+
+    if @hasAxis('top')
+      axis = @topAxis = @svg.append('g')
+        .attr('class', "x axis top canvas")
+        .attr('transform', "translate(#{@margins.left-1}, #{@margins.top})")
+      axis.append('path')
+        .attr('class', 'domain')
+        .attr('d', "M0,0H#{@innerWidth()/@pixelRatio+1}")
+
+    @_resetInitialTimeTicks()
+
+  # Resets the initial ticks for the time axes.
+  _resetInitialTimeTicks: ->
+    tickInterval = @options.ticks.time
+    @_ticks = []
+    @_tickTimer = tickInterval
+
+    @bottomAxis.selectAll('.tick').remove() if @bottomAxis?
+    @topAxis.selectAll('.tick').remove() if @topAxis?
+
+    for layer in @data
+      continue unless Epoch.isNonEmptyArray(layer.values)
+      [i, k] = [@options.windowSize-1, layer.values.length-1]
+      while i >= 0 and k >= 0
+        @_pushTick i, layer.values[k].time, false, true
+        i -= tickInterval
+        k -= tickInterval
+      break
+
+  # Builds the range axes (left and right)
+  _prepareRangeAxes: ->
+    if @hasAxis('left')
+      @svg.append("g")
+        .attr("class", "y axis left")
+        .attr('transform', "translate(#{@margins.left-1}, #{@margins.top})")
+        .call(@leftAxis())
+
+    if @hasAxis('right')
+      @svg.append('g')
+        .attr('class', 'y axis right')
+        .attr('transform', "translate(#{@width - @margins.right}, #{@margins.top})")
+        .call(@rightAxis())
+
+  # @return [Object] The d3 left axis.
+  leftAxis: ->
+    ticks = @options.ticks.left
+    axis = d3.svg.axis().scale(@ySvgLeft()).orient('left')
+      .tickFormat(@options.tickFormats.left)
+    if ticks == 2
+      axis.tickValues @extent((d) -> d.y)
+    else
+      axis.ticks(ticks)
+
+  # @return [Object] The d3 right axis.
+  rightAxis: ->
+    extent = @extent((d) -> d.y)
+    ticks = @options.ticks.right
+    axis = d3.svg.axis().scale(@ySvgRight()).orient('right')
+      .tickFormat(@options.tickFormats.right)
+    if ticks == 2
+      axis.tickValues @extent((d) -> d.y)
+    else
+      axis.ticks(ticks)
+
+  # Determines if the visualization is displaying the axis with the given name.
+  # @param [String] name Name of the axis
+  # @return [Boolean] <code>true</code> if the axis was set in the options, <code>false</code> otherwise.
+  hasAxis: (name) ->
+    @options.axes.indexOf(name) > -1
+
+  # @return [Number] the width of the visualization area of the plot (full width - margins)
+  innerWidth: ->
+    (@width - (@margins.left + @margins.right)) * @pixelRatio
+
+  # @return [Number] the height of the visualization area of the plot (full height - margins)
+  innerHeight: ->
+    (@height - (@margins.top + @margins.bottom)) * @pixelRatio
+
+  # Abstract method for performing any preprocessing before queuing new entries
+  # @param entry [Object] The entry to prepare.
+  # @return [Object] The prepared entry.
+  _prepareEntry: (entry) -> entry
+
+  # Abstract method for preparing a group of layered entries entering the visualization
+  # @param [Array] layers The layered entries to prepare.
+  # @return [Array] The prepared layers.
+  _prepareLayers: (layers) -> layers
+
+  # This method will remove the first incoming entry from the visualization's queue
+  # and shift it into the working set (aka window). It then starts the animating the
+  # transition of the element into the visualization.
+  # @event transition:start in the case that animation is actually started.
+  _startTransition: ->
+    return if @animation.active == true or @_queue.length == 0
+    @trigger 'transition:start'
+    @_shift()
+    @animation.active = true
+    @animation.interval = setInterval(@animationCallback, 1000/@options.fps)
+
+  # Stops animating and clears the animation interval given there is no more
+  # incoming data to process. Also finalizes tick entering and exiting.
+  # @event transition:end After the transition has completed.
+  _stopTransition: ->
+    return unless @inTransition()
+
+    # Shift data off the end
+    for layer in @data
+      continue unless layer.values.length > @options.windowSize + 1
+      layer.values.shift()
+
+    # Finalize tick transitions
+    [firstTick, lastTick] = [@_ticks[0], @_ticks[@_ticks.length-1]]
+
+    if lastTick? and lastTick.enter
+      lastTick.enter = false
+      lastTick.opacity = 1
+
+    if firstTick? and firstTick.exit
+      @_shiftTick()
+
+    # Reset the animation frame modulus
+    @animation.frame = 0
+
+    # Trigger that we are done transitioning
+    @trigger 'transition:end'
+
+    # Clear the transition interval unless another entry is already queued
+    if @_queue.length > 0
+      @_shift()
+    else
+      @animation.active = false
+      clearInterval @animation.interval
+
+  # Determines if the plot is currently animating a transition.
+  # @return [Boolean] <code>true</code> if the plot is animating, <code>false</code> otherwise.
+  inTransition: ->
+    @animation.active
+
+  # This method is used by the application programmer to introduce new data into
+  # the timeseries plot. The method queues the incoming data, ensures a fixed size
+  # for the data queue, and finally calls <code>_startTransition</code> method to
+  # begin animating the plot.
+  # @param [Array] layers Layered incoming visualization data.
+  # @event push Triggered after the new data has been pushed into the queue.
+  push: (layers) ->
+    layers = @_prepareLayers(layers)
+
+    # Handle entry queue maximum size
+    if @_queue.length > @options.queueSize
+      @_queue.splice @options.queueSize, (@_queue.length - @options.queueSize)
+    return false if @_queue.length == @options.queueSize
+
+    # Push the entry into the queue
+    @_queue.push layers.map((entry) => @_prepareEntry(entry))
+
+    @trigger 'push'
+
+    # Begin the transition unless we are already doing so
+    @_startTransition() unless @inTransition()
+
+  # Fetches new entry data from the model in response to a 'data:push' event.
+  pushFromModel: ->
+    @push @options.model.getNext(@options.type, @options.dataFormat)
+
+  # Shift elements off the incoming data queue (see the implementation of
+  # push above).
+  #
+  # If there's data to be shoved into the visualization it will pull it
+  # off the queue and put it into the working dataset. It also calls through
+  # to @_updateTicks to handle horizontal (or "time") axes tick transitions
+  # since we're implementing independent of d3 as well.
+  #
+  # @event before:shift Before an element has been shifted off the queue.
+  # @event after:shift After the element has been shifted off the queue.
+  _shift: ->
+    @trigger 'before:shift'
+    entry = @_queue.shift()
+    layer.values.push(entry[i]) for own i, layer of @data
+    @_updateTicks(entry[0].time)
+    @_transitionRangeAxes()
+    @trigger 'after:shift'
+
+  # Transitions the left and right axes when the range of the plot has changed.
+  _transitionRangeAxes: ->
+    if @hasAxis('left')
+      @svg.selectAll('.y.axis.left').transition()
+        .duration(500)
+        .ease('linear')
+        .call(@leftAxis())
+
+    if @hasAxis('right')
+      @svg.selectAll('.y.axis.right').transition()
+        .duration(500)
+        .ease('linear')
+        .call(@rightAxis())
+
+  # Performs the animation for transitioning elements in the visualization.
+  _animate: ->
+    return unless @inTransition()
+    @_stopTransition() if ++@animation.frame == @animation.duration
+    @draw(@animation.frame * @animation.delta())
+    @_updateTimeAxes()
+
+  # @param [Array] givenDomain A given domain for the scale
+  # @return [Function] The y scale for the plot
+  y: (givenDomain) ->
+    d3.scale.linear()
+      .domain(@_getScaleDomain(givenDomain))
+      .range([@innerHeight(), 0])
+
+  # @param [Array] givenDomain Optional domain to override default
+  # @return [Function] The y scale for the svg portions of the plot
+  ySvg: (givenDomain) ->
+    d3.scale.linear()
+      .domain(@_getScaleDomain(givenDomain))
+      .range([@innerHeight() / @pixelRatio, 0])
+
+  # @return [Function] The y scale for the svg portion of the plot for the left axis
+  ySvgLeft: ->
+    if @options.range?
+      @ySvg @options.range.left
+    else
+      @ySvg()
+
+  # @return [Function] The y scale for the svg portion of the plot for the right axis
+  ySvgRight: ->
+    if @options.range?
+      @ySvg @options.range.right
+    else
+      @ySvg()
+
+  # @return [Number] The width of a single section of the graph pertaining to a data point
+  w: ->
+    @innerWidth() / @options.windowSize
+
+  # This is called every time we introduce new data (as a result of _shift)
+  # it checks to see if we also need to update the working tick set and
+  # makes the approriate changes for handling tick animation (enter, exit,
+  # and update in the d3 model).
+  #
+  # @param [Integer] newTime Current newest timestamp in the data
+  _updateTicks: (newTime) ->
+    return unless @hasAxis('top') or @hasAxis('bottom')
+
+    # Incoming ticks
+    unless (++@_tickTimer) % @options.ticks.time
+      @_pushTick(@options.windowSize, newTime, true)
+
+    # Outgoing ticks
+    return unless @_ticks.length > 0
+    unless @_ticks[0].x - (@w()/@pixelRatio) >= 0
+      @_ticks[0].exit = true
+
+  # Makes and pushes a new tick into the visualization.
+  #
+  # @param bucket Index in the data window where the tick should initially be position
+  # @param time The unix timestamp associated with the tick
+  # @param enter Whether or not the tick should be considered as "newly entering"
+  #        Used primarily for performing the tick opacity tween.
+  _pushTick: (bucket, time, enter=false, reverse=false) ->
+    return unless @hasAxis('top') or @hasAxis('bottom')
+    tick =
+      time: time
+      x: bucket*(@w()/@pixelRatio) + @_offsetX()
+      opacity: if enter then 0 else 1
+      enter: if enter then true else false
+      exit: false
+
+    if @hasAxis('bottom')
+      g = @bottomAxis.append('g')
+        .attr('class', 'tick major')
+        .attr('transform', "translate(#{tick.x+1},0)")
+        .style('opacity', tick.opacity)
+
+      g.append('line')
+        .attr('y2', 6)
+
+      g.append('text')
+        .attr('text-anchor', 'middle')
+        .attr('dy', 19)
+        .text(@options.tickFormats.bottom(tick.time))
+
+      tick.bottomEl = g
+
+    if @hasAxis('top')
+      g = @topAxis.append('g')
+        .attr('class', 'tick major')
+        .attr('transform', "translate(#{tick.x+1},0)")
+        .style('opacity', tick.opacity)
+
+      g.append('line')
+        .attr('y2', -6)
+
+      g.append('text')
+        .attr('text-anchor', 'middle')
+        .attr('dy', -10)
+        .text(@options.tickFormats.top(tick.time))
+
+      tick.topEl = g
+
+    if reverse
+      @_ticks.unshift tick
+    else
+      @_ticks.push tick
+    return tick
+
+  # Shifts a tick that is no longer needed out of the visualization.
+  _shiftTick: ->
+    return unless @_ticks.length > 0
+    tick = @_ticks.shift()
+    tick.topEl.remove() if tick.topEl?
+    tick.bottomEl.remove() if tick.bottomEl?
+
+  # This performs animations for the time axes (top and bottom).
+  _updateTimeAxes: ->
+    return unless @hasAxis('top') or @hasAxis('bottom')
+    [dx, dop] = [@animation.tickDelta(), 1 / @options.fps]
+
+    for tick in @_ticks
+      tick.x += dx
+      if @hasAxis('bottom')
+        tick.bottomEl.attr('transform', "translate(#{tick.x+1},0)")
+      if @hasAxis('top')
+        tick.topEl.attr('transform', "translate(#{tick.x+1},0)")
+
+      if tick.enter
+        tick.opacity += dop
+      else if tick.exit
+        tick.opacity -= dop
+
+      if tick.enter or tick.exit
+        tick.bottomEl.style('opacity', tick.opacity) if @hasAxis('bottom')
+        tick.topEl.style('opacity', tick.opacity) if @hasAxis('top')
+
+  # Draws the visualization in the plot's canvas.
+  # @param delta The current x offset to apply to all elements when rendering. This number
+  #   will be 0 when the plot is not animating and negative when it is.
+  # @abstract It does nothing on its own but is provided so that subclasses can
+  #   define a custom rendering routine.
+  draw: (delta=0) -> super()
+
+  dimensionsChanged: ->
+    super()
+    @svg.attr('width', @width).attr('height', @height)
+    @_sizeCanvas()
+    @_buildAxes()
+    @draw(@animation.frame * @animation.delta())
+
+  # Updates axes in response to an <code>option:axes</code> event.
+  axesChanged: ->
+    for pos in ['top', 'right', 'bottom', 'left']
+      continue if @options.margins? and @options.margins[pos]?
+      if @hasAxis(pos)
+        @margins[pos] = defaultAxisMargins[pos]
+      else
+        @margins[pos] = 6
+    @_sizeCanvas()
+    @_buildAxes()
+    @draw(@animation.frame * @animation.delta())
+
+  # Updates ticks in response to an <code>option.ticks.*</code> event.
+  ticksChanged: ->
+    @_resetInitialTimeTicks()
+    @_transitionRangeAxes()
+    @draw(@animation.frame * @animation.delta())
+
+  # Updates tick formats in response to an <code>option.tickFormats.*</code> event.
+  tickFormatsChanged: ->
+    @_resetInitialTimeTicks()
+    @_transitionRangeAxes()
+    @draw(@animation.frame * @animation.delta())
+
+  # Updates margins in response to an <code>option.margins.*</code> event.
+  marginsChanged: ->
+    return unless @options.margins?
+    for own pos, size of @options.margins
+      unless size?
+        @margins[pos] = 6
+      else
+        @margins[pos] = size
+
+    @_sizeCanvas()
+    @draw(@animation.frame * @animation.delta())
+
+  layerChanged: ->
+    @_transitionRangeAxes()
+    super()
+
+
+# Base class for all "stacked" plot types (e.g. bar charts, area charts, etc.)
+# @abstract It does not perform rendering but instead formats the data
+#   so as to ease the process of rendering stacked plots.
+class Epoch.Time.Stack extends Epoch.Time.Plot
+  # Sets stacking information (y0) for each of the points in each layer
+  _stackLayers: ->
+    return unless (layers = @getVisibleLayers()).length > 0
+    for i in [0...layers[0].values.length]
+      y0 = 0
+      for layer in layers
+        layer.values[i].y0 = y0
+        y0 += layer.values[i].y
+
+  # Adds stacking information for layers entering the visualization.
+  # @param [Array] layers Layers to stack.
+  _prepareLayers: (layers) ->
+    y0 = 0
+    for own i, d of layers
+      continue unless @data[i].visible
+      d.y0 = y0
+      y0 += d.y
+    return layers
+
+  # Ensures that elements are stacked when setting the initial data.
+  # @param [Array] data Layered data to set for the visualization.
+  setData: (data) ->
+    super(data)
+    @_stackLayers()
+
+  # Finds the correct extent to use for range axes (left and right).
+  # @return [Array] An extent array with the first element equal to 0
+  #   and the second element equal to the maximum value amongst the
+  #   stacked entries.
+  extent: ->
+    [max, layers] = [0, @getVisibleLayers()]
+    return [0, 0] unless layers.length
+
+    for i in [0...layers[0].values.length]
+      sum = 0
+      for j in [0...layers.length]
+        sum += layers[j].values[i].y
+      max = sum if sum > max
+
+    [0, max]
+
+  layerChanged: ->
+    @_stackLayers()
+    @_prepareLayers(layers) for layers in @_queue
+    super()