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Backout 94f06c75c3b5 for lack of reviewer.
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@ -106,8 +106,7 @@ typedef FrameMetrics::ViewID ViewID;
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/* static */ uint32_t nsLayoutUtils::sFontSizeInflationEmPerLine;
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/* static */ uint32_t nsLayoutUtils::sFontSizeInflationMinTwips;
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/* static */ uint32_t nsLayoutUtils::sFontSizeInflationLineThreshold;
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/* static */ int32_t nsLayoutUtils::sFontSizeInflationMappingIntercept;
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/* static */ uint32_t nsLayoutUtils::sFontSizeInflationMaxRatio;
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/* static */ int32_t nsLayoutUtils::sFontSizeInflationMappingIntercept;
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static ViewID sScrollIdCounter = FrameMetrics::START_SCROLL_ID;
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@ -4680,8 +4679,6 @@ nsLayoutUtils::SizeOfTextRunsForFrames(nsIFrame* aFrame,
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void
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nsLayoutUtils::Initialize()
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{
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Preferences::AddUintVarCache(&sFontSizeInflationMaxRatio,
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"font.size.inflation.maxRatio");
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Preferences::AddUintVarCache(&sFontSizeInflationEmPerLine,
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"font.size.inflation.emPerLine");
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Preferences::AddUintVarCache(&sFontSizeInflationMinTwips,
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@ -4963,10 +4960,8 @@ nsLayoutUtils::FontSizeInflationInner(const nsIFrame *aFrame,
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}
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int32_t interceptParam = nsLayoutUtils::FontSizeInflationMappingIntercept();
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float maxRatio = (float)nsLayoutUtils::FontSizeInflationMaxRatio() / 100.0f;
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float ratio = float(styleFontSize) / float(aMinFontSize);
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float inflationRatio;
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// Given a minimum inflated font size m, a specified font size s, we want to
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// find the inflated font size i and then return the ratio of i to s (i/s).
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@ -4989,18 +4984,12 @@ nsLayoutUtils::FontSizeInflationInner(const nsIFrame *aFrame,
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// graph is a line from (0, m), to that point). We calculate the
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// intersection point to be ((1+P/2)m, (1+P/2)m), where P is the
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// intercept parameter above. We then need to return i/s.
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inflationRatio = (1.0f + (ratio * (intercept - 1) / intercept)) / ratio;
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return (1.0f + (ratio * (intercept - 1) / intercept)) / ratio;
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} else {
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// This is the case where P is negative. We essentially want to implement
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// the case for P=infinity here, so we make i = s + m, which means that
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// i/s = s/s + m/s = 1 + 1/ratio
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inflationRatio = 1 + 1.0f / ratio;
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}
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if (maxRatio > 1.0 && inflationRatio > maxRatio) {
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return maxRatio;
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} else {
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return inflationRatio;
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return 1 + 1.0f / ratio;
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}
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}
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@ -1611,14 +1611,6 @@ public:
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static bool FontSizeInflationEnabled(nsPresContext *aPresContext);
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/**
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* See comment above "font.size.inflation.maxRatio" in
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* modules/libpref/src/init/all.js .
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*/
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static uint32_t FontSizeInflationMaxRatio() {
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return sFontSizeInflationMaxRatio;
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}
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/**
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* See comment above "font.size.inflation.emPerLine" in
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* modules/libpref/src/init/all.js .
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@ -1759,8 +1751,7 @@ private:
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static uint32_t sFontSizeInflationEmPerLine;
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static uint32_t sFontSizeInflationMinTwips;
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static uint32_t sFontSizeInflationLineThreshold;
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static int32_t sFontSizeInflationMappingIntercept;
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static uint32_t sFontSizeInflationMaxRatio;
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static int32_t sFontSizeInflationMappingIntercept;
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};
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template<typename PointType, typename RectType, typename CoordType>
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@ -997,9 +997,6 @@ nsPresContext::Init(nsDeviceContext* aDeviceContext)
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Preferences::RegisterCallback(nsPresContext::PrefChangedCallback,
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"layout.css.devPixelsPerPx",
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this);
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Preferences::RegisterCallback(nsPresContext::PrefChangedCallback,
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"font.size.inflation",
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this);
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nsresult rv = mEventManager->Init();
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NS_ENSURE_SUCCESS(rv, rv);
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@ -1,13 +0,0 @@
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<!DOCTYPE HTML>
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<style>
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div { background: yellow }
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div { font-size: 24px; width: 450px }
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</style>
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<!--
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In a 450px container, the minimum font size at 15em per line is 30px.
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This means we map 0px-45px into 30px-45px, so 12px gets mapped to 34px.
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However, because we've enabled the maxRatio at a value of 2.0, the mapping
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function, which would normally return 34px/12px, or about 2.83, now
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returns a ratio capped at 2.0, thus the actual font size is 24px.
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-->
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<div>Hello world</div>
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@ -1,13 +0,0 @@
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<!DOCTYPE HTML>
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<style>
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div { background: yellow }
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div { font-size: 12px; width: 450px }
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</style>
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<!--
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In a 450px container, the minimum font size at 15em per line is 30px.
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This means we map 0px-45px into 30px-45px, so 12px gets mapped to 34px.
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However, because we've enabled the maxRatio at a value of 2.0, the mapping
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function, which would normally return 34px/12px, or about 2.83, now
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returns a ratio capped at 2.0, thus the actual font size is 24px.
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-->
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<div>Hello world</div>
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@ -5,7 +5,6 @@
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# with the lineThreshold preference explicitly set to zero. However,
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# newer tests should probably focus more on testing nonzero values of
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# that preference.
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test-pref(font.size.inflation.emPerLine,15) test-pref(font.size.inflation.lineThreshold,0) test-pref(font.size.inflation.maxRatio,200) == maxRatio-1.html maxRatio-1-ref.html
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test-pref(font.size.inflation.emPerLine,15) test-pref(font.size.inflation.lineThreshold,0) == text-1.html text-1-ref.html
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test-pref(font.size.inflation.emPerLine,15) test-pref(font.size.inflation.lineThreshold,0) == text-2.html text-2-ref.html
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test-pref(font.size.inflation.emPerLine,15) test-pref(font.size.inflation.lineThreshold,0) == text-3.html text-3-ref.html
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@ -1814,19 +1814,6 @@ pref("font.size.inflation.lineThreshold", 400);
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*/
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pref("font.size.inflation.mappingIntercept", 1);
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/*
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* This controls the percentage that fonts will be inflated, if font
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* size inflation is enabled. Essentially, if we have a specified font
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* size, s, and an inflated font size, i, this specifies that the ratio
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* i/s * 100 should never exceed the value of this preference.
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*
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* In order for this preference to have any effect, its value must be
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* greater than 100, since font inflation can never decrease the ratio
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* i/s.
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*/
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pref("font.size.inflation.maxRatio", 0);
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/*
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* When enabled, the touch.radius and mouse.radius prefs allow events to be dispatched
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* to nearby elements that are sensitive to the event. See PositionedEventTargeting.cpp.
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