remove (dead) caches from hwui

Test: make

Change-Id: I18bfe51896672272ce7d471eaead69b651399368

1 files changed, 0 insertions, 865 deletions

diff --git a/libs/hwui/ProgramCache.cpp b/libs/hwui/ProgramCache.cpp
deleted file mode 100644
index 2839ed7307d5..000000000000
--- a/libs/hwui/ProgramCache.cpp
+++ /dev/null
@@ -1,865 +0,0 @@
-/*
- * Copyright (C) 2010 The Android Open Source Project
- *
- * Licensed under the Apache License, Version 2.0 (the "License");
- * you may not use this file except in compliance with the License.
- * You may obtain a copy of the License at
- *
- *      http://www.apache.org/licenses/LICENSE-2.0
- *
- * Unless required by applicable law or agreed to in writing, software
- * distributed under the License is distributed on an "AS IS" BASIS,
- * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
- * See the License for the specific language governing permissions and
- * limitations under the License.
- */
-
-#include <utils/String8.h>
-
-#include "Caches.h"
-#include "ProgramCache.h"
-#include "Properties.h"
-
-namespace android {
-namespace uirenderer {
-
-///////////////////////////////////////////////////////////////////////////////
-// Defines
-///////////////////////////////////////////////////////////////////////////////
-
-#define MODULATE_OP_NO_MODULATE 0
-#define MODULATE_OP_MODULATE 1
-#define MODULATE_OP_MODULATE_A8 2
-
-#define STR(x) STR1(x)
-#define STR1(x) #x
-
-///////////////////////////////////////////////////////////////////////////////
-// Vertex shaders snippets
-///////////////////////////////////////////////////////////////////////////////
-
-const char* gVS_Header_Start =
-        "#version 100\n"
-        "attribute vec4 position;\n";
-const char* gVS_Header_Attributes_TexCoords = "attribute vec2 texCoords;\n";
-const char* gVS_Header_Attributes_Colors = "attribute vec4 colors;\n";
-const char* gVS_Header_Attributes_VertexAlphaParameters = "attribute float vtxAlpha;\n";
-const char* gVS_Header_Uniforms_TextureTransform = "uniform mat4 mainTextureTransform;\n";
-const char* gVS_Header_Uniforms =
-        "uniform mat4 projection;\n"
-        "uniform mat4 transform;\n";
-const char* gVS_Header_Uniforms_HasGradient = "uniform mat4 screenSpace;\n";
-const char* gVS_Header_Uniforms_HasBitmap =
-        "uniform mat4 textureTransform;\n"
-        "uniform mediump vec2 textureDimension;\n";
-const char* gVS_Header_Uniforms_HasRoundRectClip =
-        "uniform mat4 roundRectInvTransform;\n"
-        "uniform mediump vec4 roundRectInnerRectLTWH;\n"
-        "uniform mediump float roundRectRadius;\n";
-const char* gVS_Header_Varyings_HasTexture = "varying highp vec2 outTexCoords;\n";
-const char* gVS_Header_Varyings_HasColors = "varying vec4 outColors;\n";
-const char* gVS_Header_Varyings_HasVertexAlpha = "varying float alpha;\n";
-const char* gVS_Header_Varyings_HasBitmap = "varying highp vec2 outBitmapTexCoords;\n";
-const char* gVS_Header_Varyings_HasGradient[6] = {
-        // Linear
-        "varying highp vec2 linear;\n", "varying float linear;\n",
-
-        // Circular
-        "varying highp vec2 circular;\n", "varying highp vec2 circular;\n",
-
-        // Sweep
-        "varying highp vec2 sweep;\n", "varying highp vec2 sweep;\n",
-};
-const char* gVS_Header_Varyings_HasRoundRectClip = "varying mediump vec2 roundRectPos;\n";
-const char* gVS_Main = "\nvoid main(void) {\n";
-const char* gVS_Main_OutTexCoords = "    outTexCoords = texCoords;\n";
-const char* gVS_Main_OutColors = "    outColors = colors;\n";
-const char* gVS_Main_OutTransformedTexCoords =
-        "    outTexCoords = (mainTextureTransform * vec4(texCoords, 0.0, 1.0)).xy;\n";
-const char* gVS_Main_OutGradient[6] = {
-        // Linear
-        "    linear = vec2((screenSpace * position).x, 0.5);\n",
-        "    linear = (screenSpace * position).x;\n",
-
-        // Circular
-        "    circular = (screenSpace * position).xy;\n",
-        "    circular = (screenSpace * position).xy;\n",
-
-        // Sweep
-        "    sweep = (screenSpace * position).xy;\n", "    sweep = (screenSpace * position).xy;\n"};
-const char* gVS_Main_OutBitmapTexCoords =
-        "    outBitmapTexCoords = (textureTransform * position).xy * textureDimension;\n";
-const char* gVS_Main_Position =
-        "    vec4 transformedPosition = projection * transform * position;\n"
-        "    gl_Position = transformedPosition;\n";
-
-const char* gVS_Main_VertexAlpha = "    alpha = vtxAlpha;\n";
-
-const char* gVS_Main_HasRoundRectClip =
-        "    roundRectPos = ((roundRectInvTransform * transformedPosition).xy / roundRectRadius) - "
-        "roundRectInnerRectLTWH.xy;\n";
-const char* gVS_Footer = "}\n\n";
-
-///////////////////////////////////////////////////////////////////////////////
-// Fragment shaders snippets
-///////////////////////////////////////////////////////////////////////////////
-
-const char* gFS_Header_Start = "#version 100\n";
-const char* gFS_Header_Extension_FramebufferFetch =
-        "#extension GL_NV_shader_framebuffer_fetch : enable\n\n";
-const char* gFS_Header_Extension_ExternalTexture =
-        "#extension GL_OES_EGL_image_external : require\n\n";
-const char* gFS_Header = "precision mediump float;\n\n";
-const char* gFS_Uniforms_Color = "uniform vec4 color;\n";
-const char* gFS_Uniforms_TextureSampler = "uniform sampler2D baseSampler;\n";
-const char* gFS_Uniforms_ExternalTextureSampler = "uniform samplerExternalOES baseSampler;\n";
-const char* gFS_Uniforms_GradientSampler[2] = {
-        "uniform vec2 screenSize;\n"
-        "uniform sampler2D gradientSampler;\n",
-
-        "uniform vec2 screenSize;\n"
-        "uniform vec4 startColor;\n"
-        "uniform vec4 endColor;\n"};
-const char* gFS_Uniforms_BitmapSampler = "uniform sampler2D bitmapSampler;\n";
-const char* gFS_Uniforms_BitmapExternalSampler = "uniform samplerExternalOES bitmapSampler;\n";
-const char* gFS_Uniforms_ColorOp[3] = {
-        // None
-        "",
-        // Matrix
-        "uniform mat4 colorMatrix;\n"
-        "uniform vec4 colorMatrixVector;\n",
-        // PorterDuff
-        "uniform vec4 colorBlend;\n"};
-
-const char* gFS_Uniforms_HasRoundRectClip =
-        "uniform mediump vec4 roundRectInnerRectLTWH;\n"
-        "uniform mediump float roundRectRadius;\n";
-
-const char* gFS_Uniforms_ColorSpaceConversion =
-        // TODO: Should we use a 3D LUT to combine the matrix and transfer functions?
-        // 32x32x32 fp16 LUTs (for scRGB output) are large and heavy to generate...
-        "uniform mat3 colorSpaceMatrix;\n";
-
-const char* gFS_Uniforms_TransferFunction[4] = {
-        // In this order: g, a, b, c, d, e, f
-        // See ColorSpace::TransferParameters
-        // We'll use hardware sRGB conversion as much as possible
-        "", "uniform float transferFunction[7];\n", "uniform float transferFunction[5];\n",
-        "uniform float transferFunctionGamma;\n"};
-
-const char* gFS_OETF[2] = {
-        R"__SHADER__(
-        vec4 OETF(const vec4 linear) {
-            return linear;
-        }
-        )__SHADER__",
-        // We expect linear data to be scRGB so we mirror the gamma function
-        R"__SHADER__(
-        vec4 OETF(const vec4 linear) {
-            return vec4(sign(linear.rgb) * OETF_sRGB(abs(linear.rgb)), linear.a);
-        }
-        )__SHADER__"};
-
-const char* gFS_ColorConvert[3] = {
-        // Just OETF
-        R"__SHADER__(
-        vec4 colorConvert(const vec4 color) {
-            return OETF(color);
-        }
-        )__SHADER__",
-        // Full color conversion for opaque bitmaps
-        R"__SHADER__(
-        vec4 colorConvert(const vec4 color) {
-            return OETF(vec4(colorSpaceMatrix * EOTF_Parametric(color.rgb), color.a));
-        }
-        )__SHADER__",
-        // Full color conversion for translucent bitmaps
-        // Note: 0.5/256=0.0019
-        R"__SHADER__(
-        vec4 colorConvert(in vec4 color) {
-            color.rgb /= color.a + 0.0019;
-            color = OETF(vec4(colorSpaceMatrix * EOTF_Parametric(color.rgb), color.a));
-            color.rgb *= color.a + 0.0019;
-            return color;
-        }
-        )__SHADER__",
-};
-
-const char* gFS_sRGB_TransferFunctions = R"__SHADER__(
-        float OETF_sRGB(const float linear) {
-            // IEC 61966-2-1:1999
-            return linear <= 0.0031308 ? linear * 12.92 : (pow(linear, 1.0 / 2.4) * 1.055) - 0.055;
-        }
-
-        vec3 OETF_sRGB(const vec3 linear) {
-            return vec3(OETF_sRGB(linear.r), OETF_sRGB(linear.g), OETF_sRGB(linear.b));
-        }
-
-        float EOTF_sRGB(float srgb) {
-            // IEC 61966-2-1:1999
-            return srgb <= 0.04045 ? srgb / 12.92 : pow((srgb + 0.055) / 1.055, 2.4);
-        }
-)__SHADER__";
-
-const char* gFS_TransferFunction[4] = {
-        // Conversion done by the texture unit (sRGB)
-        R"__SHADER__(
-        vec3 EOTF_Parametric(const vec3 x) {
-            return x;
-        }
-        )__SHADER__",
-        // Full transfer function
-        // TODO: We should probably use a 1D LUT (256x1 with texelFetch() since input is 8 bit)
-        // TODO: That would cause 3 dependent texture fetches. Is it worth it?
-        R"__SHADER__(
-        float EOTF_Parametric(float x) {
-            return x <= transferFunction[4]
-                  ? transferFunction[3] * x + transferFunction[6]
-                  : pow(transferFunction[1] * x + transferFunction[2], transferFunction[0])
-                          + transferFunction[5];
-        }
-
-        vec3 EOTF_Parametric(const vec3 x) {
-            return vec3(EOTF_Parametric(x.r), EOTF_Parametric(x.g), EOTF_Parametric(x.b));
-        }
-        )__SHADER__",
-        // Limited transfer function, e = f = 0.0
-        R"__SHADER__(
-        float EOTF_Parametric(float x) {
-            return x <= transferFunction[4]
-                  ? transferFunction[3] * x
-                  : pow(transferFunction[1] * x + transferFunction[2], transferFunction[0]);
-        }
-
-        vec3 EOTF_Parametric(const vec3 x) {
-            return vec3(EOTF_Parametric(x.r), EOTF_Parametric(x.g), EOTF_Parametric(x.b));
-        }
-        )__SHADER__",
-        // Gamma transfer function, e = f = 0.0
-        R"__SHADER__(
-        vec3 EOTF_Parametric(const vec3 x) {
-            return vec3(pow(x.r, transferFunctionGamma),
-                        pow(x.g, transferFunctionGamma),
-                        pow(x.b, transferFunctionGamma));
-        }
-        )__SHADER__"};
-
-// Dithering must be done in the quantization space
-// When we are writing to an sRGB framebuffer, we must do the following:
-//     EOTF(OETF(color) + dither)
-// The dithering pattern is generated with a triangle noise generator in the range [-1.0,1.0]
-// TODO: Handle linear fp16 render targets
-const char* gFS_GradientFunctions = R"__SHADER__(
-        float triangleNoise(const highp vec2 n) {
-            highp vec2 p = fract(n * vec2(5.3987, 5.4421));
-            p += dot(p.yx, p.xy + vec2(21.5351, 14.3137));
-            highp float xy = p.x * p.y;
-            return fract(xy * 95.4307) + fract(xy * 75.04961) - 1.0;
-        }
-)__SHADER__";
-
-const char* gFS_GradientPreamble[2] = {
-        // Linear framebuffer
-        R"__SHADER__(
-        vec4 dither(const vec4 color) {
-            return color + (triangleNoise(gl_FragCoord.xy * screenSize.xy) / 255.0);
-        }
-        )__SHADER__",
-        // sRGB framebuffer
-        R"__SHADER__(
-        vec4 dither(const vec4 color) {
-            vec3 dithered = sqrt(color.rgb) + (triangleNoise(gl_FragCoord.xy * screenSize.xy) / 255.0);
-            return vec4(dithered * dithered, color.a);
-        }
-        )__SHADER__",
-};
-
-// Uses luminance coefficients from Rec.709 to choose the appropriate gamma
-// The gamma() function assumes that bright text will be displayed on a dark
-// background and that dark text will be displayed on bright background
-// The gamma coefficient is chosen to thicken or thin the text accordingly
-// The dot product used to compute the luminance could be approximated with
-// a simple max(color.r, color.g, color.b)
-const char* gFS_Gamma_Preamble = R"__SHADER__(
-        #define GAMMA (%.2f)
-        #define GAMMA_INV (%.2f)
-
-        float gamma(float a, const vec3 color) {
-            float luminance = dot(color, vec3(0.2126, 0.7152, 0.0722));
-            return pow(a, luminance < 0.5 ? GAMMA_INV : GAMMA);
-        }
-)__SHADER__";
-
-const char* gFS_Main =
-        "\nvoid main(void) {\n"
-        "    vec4 fragColor;\n";
-
-const char* gFS_Main_AddDither = "    fragColor = dither(fragColor);\n";
-
-// General case
-const char* gFS_Main_FetchColor = "    fragColor = color;\n";
-const char* gFS_Main_ModulateColor = "    fragColor *= color.a;\n";
-const char* gFS_Main_ApplyVertexAlphaLinearInterp = "    fragColor *= alpha;\n";
-const char* gFS_Main_ApplyVertexAlphaShadowInterp =
-        // map alpha through shadow alpha sampler
-        "    fragColor *= texture2D(baseSampler, vec2(alpha, 0.5)).a;\n";
-const char* gFS_Main_FetchTexture[2] = {
-        // Don't modulate
-        "    fragColor = colorConvert(texture2D(baseSampler, outTexCoords));\n",
-        // Modulate
-        "    fragColor = color * colorConvert(texture2D(baseSampler, outTexCoords));\n"};
-const char* gFS_Main_FetchA8Texture[4] = {
-        // Don't modulate
-        "    fragColor = texture2D(baseSampler, outTexCoords);\n",
-        "    fragColor = texture2D(baseSampler, outTexCoords);\n",
-        // Modulate
-        "    fragColor = color * texture2D(baseSampler, outTexCoords).a;\n",
-        "    fragColor = color * gamma(texture2D(baseSampler, outTexCoords).a, color.rgb);\n",
-};
-const char* gFS_Main_FetchGradient[6] = {
-        // Linear
-        "    vec4 gradientColor = texture2D(gradientSampler, linear);\n",
-
-        "    vec4 gradientColor = mix(startColor, endColor, clamp(linear, 0.0, 1.0));\n",
-
-        // Circular
-        "    vec4 gradientColor = texture2D(gradientSampler, vec2(length(circular), 0.5));\n",
-
-        "    vec4 gradientColor = mix(startColor, endColor, clamp(length(circular), 0.0, 1.0));\n",
-
-        // Sweep
-        "    highp float index = atan(sweep.y, sweep.x) * 0.15915494309; // inv(2 * PI)\n"
-        "    vec4 gradientColor = texture2D(gradientSampler, vec2(index - floor(index), 0.5));\n",
-
-        "    highp float index = atan(sweep.y, sweep.x) * 0.15915494309; // inv(2 * PI)\n"
-        "    vec4 gradientColor = mix(startColor, endColor, clamp(index - floor(index), 0.0, "
-        "1.0));\n"};
-const char* gFS_Main_FetchBitmap =
-        "    vec4 bitmapColor = colorConvert(texture2D(bitmapSampler, outBitmapTexCoords));\n";
-const char* gFS_Main_FetchBitmapNpot =
-        "    vec4 bitmapColor = colorConvert(texture2D(bitmapSampler, "
-        "wrap(outBitmapTexCoords)));\n";
-const char* gFS_Main_BlendShadersBG = "    fragColor = blendShaders(gradientColor, bitmapColor)";
-const char* gFS_Main_BlendShadersGB = "    fragColor = blendShaders(bitmapColor, gradientColor)";
-const char* gFS_Main_BlendShaders_Modulate[6] = {
-        // Don't modulate
-        ";\n", ";\n",
-        // Modulate
-        " * color.a;\n", " * color.a;\n",
-        // Modulate with alpha 8 texture
-        " * texture2D(baseSampler, outTexCoords).a;\n",
-        " * gamma(texture2D(baseSampler, outTexCoords).a, color.rgb);\n",
-};
-const char* gFS_Main_GradientShader_Modulate[6] = {
-        // Don't modulate
-        "    fragColor = gradientColor;\n", "    fragColor = gradientColor;\n",
-        // Modulate
-        "    fragColor = gradientColor * color.a;\n", "    fragColor = gradientColor * color.a;\n",
-        // Modulate with alpha 8 texture
-        "    fragColor = gradientColor * texture2D(baseSampler, outTexCoords).a;\n",
-        "    fragColor = gradientColor * gamma(texture2D(baseSampler, outTexCoords).a, "
-        "gradientColor.rgb);\n",
-};
-const char* gFS_Main_BitmapShader_Modulate[6] = {
-        // Don't modulate
-        "    fragColor = bitmapColor;\n", "    fragColor = bitmapColor;\n",
-        // Modulate
-        "    fragColor = bitmapColor * color.a;\n", "    fragColor = bitmapColor * color.a;\n",
-        // Modulate with alpha 8 texture
-        "    fragColor = bitmapColor * texture2D(baseSampler, outTexCoords).a;\n",
-        "    fragColor = bitmapColor * gamma(texture2D(baseSampler, outTexCoords).a, "
-        "bitmapColor.rgb);\n",
-};
-const char* gFS_Main_FragColor = "    gl_FragColor = fragColor;\n";
-const char* gFS_Main_FragColor_HasColors = "    gl_FragColor *= outColors;\n";
-const char* gFS_Main_FragColor_Blend =
-        "    gl_FragColor = blendFramebuffer(fragColor, gl_LastFragColor);\n";
-const char* gFS_Main_FragColor_Blend_Swap =
-        "    gl_FragColor = blendFramebuffer(gl_LastFragColor, fragColor);\n";
-const char* gFS_Main_ApplyColorOp[3] = {
-        // None
-        "",
-        // Matrix
-        "    fragColor.rgb /= (fragColor.a + 0.0019);\n"  // un-premultiply
-        "    fragColor *= colorMatrix;\n"
-        "    fragColor += colorMatrixVector;\n"
-        "    fragColor.rgb *= (fragColor.a + 0.0019);\n",  // re-premultiply
-        // PorterDuff
-        "    fragColor = blendColors(colorBlend, fragColor);\n"};
-
-// Note: LTWH (left top width height) -> xyzw
-// roundRectPos is now divided by roundRectRadius in vertex shader
-// after we also subtract roundRectInnerRectLTWH.xy from roundRectPos
-const char* gFS_Main_FragColor_HasRoundRectClip =
-        "    mediump vec2 fragToLT = -roundRectPos;\n"
-        "    mediump vec2 fragFromRB = roundRectPos - roundRectInnerRectLTWH.zw;\n"
-
-        // since distance is divided by radius, it's in [0;1] so precision is not an issue
-        // this also lets us clamp(0.0, 1.0) instead of max() which is cheaper on GPUs
-        "    mediump vec2 dist = clamp(max(fragToLT, fragFromRB), 0.0, 1.0);\n"
-        "    mediump float linearDist = clamp(roundRectRadius - (length(dist) * roundRectRadius), "
-        "0.0, 1.0);\n"
-        "    gl_FragColor *= linearDist;\n";
-
-const char* gFS_Main_DebugHighlight = "    gl_FragColor.rgb = vec3(0.0, gl_FragColor.a, 0.0);\n";
-const char* gFS_Footer = "}\n\n";
-
-///////////////////////////////////////////////////////////////////////////////
-// PorterDuff snippets
-///////////////////////////////////////////////////////////////////////////////
-
-const char* gBlendOps[18] = {
-        // Clear
-        "return vec4(0.0, 0.0, 0.0, 0.0);\n",
-        // Src
-        "return src;\n",
-        // Dst
-        "return dst;\n",
-        // SrcOver
-        "return src + dst * (1.0 - src.a);\n",
-        // DstOver
-        "return dst + src * (1.0 - dst.a);\n",
-        // SrcIn
-        "return src * dst.a;\n",
-        // DstIn
-        "return dst * src.a;\n",
-        // SrcOut
-        "return src * (1.0 - dst.a);\n",
-        // DstOut
-        "return dst * (1.0 - src.a);\n",
-        // SrcAtop
-        "return vec4(src.rgb * dst.a + (1.0 - src.a) * dst.rgb, dst.a);\n",
-        // DstAtop
-        "return vec4(dst.rgb * src.a + (1.0 - dst.a) * src.rgb, src.a);\n",
-        // Xor
-        "return vec4(src.rgb * (1.0 - dst.a) + (1.0 - src.a) * dst.rgb, "
-        "src.a + dst.a - 2.0 * src.a * dst.a);\n",
-        // Plus
-        "return min(src + dst, 1.0);\n",
-        // Modulate
-        "return src * dst;\n",
-        // Screen
-        "return src + dst - src * dst;\n",
-        // Overlay
-        "return clamp(vec4(mix("
-        "2.0 * src.rgb * dst.rgb + src.rgb * (1.0 - dst.a) + dst.rgb * (1.0 - src.a), "
-        "src.a * dst.a - 2.0 * (dst.a - dst.rgb) * (src.a - src.rgb) + src.rgb * (1.0 - dst.a) + "
-        "dst.rgb * (1.0 - src.a), "
-        "step(dst.a, 2.0 * dst.rgb)), "
-        "src.a + dst.a - src.a * dst.a), 0.0, 1.0);\n",
-        // Darken
-        "return vec4(src.rgb * (1.0 - dst.a) + (1.0 - src.a) * dst.rgb + "
-        "min(src.rgb * dst.a, dst.rgb * src.a), src.a + dst.a - src.a * dst.a);\n",
-        // Lighten
-        "return vec4(src.rgb * (1.0 - dst.a) + (1.0 - src.a) * dst.rgb + "
-        "max(src.rgb * dst.a, dst.rgb * src.a), src.a + dst.a - src.a * dst.a);\n",
-};
-
-///////////////////////////////////////////////////////////////////////////////
-// Constructors/destructors
-///////////////////////////////////////////////////////////////////////////////
-
-ProgramCache::ProgramCache(const Extensions& extensions)
-        : mHasES3(extensions.getMajorGlVersion() >= 3)
-        , mHasLinearBlending(extensions.hasLinearBlending()) {}
-
-ProgramCache::~ProgramCache() {
-    clear();
-}
-
-///////////////////////////////////////////////////////////////////////////////
-// Cache management
-///////////////////////////////////////////////////////////////////////////////
-
-void ProgramCache::clear() {
-    PROGRAM_LOGD("Clearing program cache");
-    mCache.clear();
-}
-
-Program* ProgramCache::get(const ProgramDescription& description) {
-    programid key = description.key();
-    if (key == (PROGRAM_KEY_TEXTURE | PROGRAM_KEY_A8_TEXTURE)) {
-        // program for A8, unmodulated, texture w/o shader (black text/path textures) is equivalent
-        // to standard texture program (bitmaps, patches). Consider them equivalent.
-        key = PROGRAM_KEY_TEXTURE;
-    }
-
-    auto iter = mCache.find(key);
-    Program* program = nullptr;
-    if (iter == mCache.end()) {
-        description.log("Could not find program");
-        program = generateProgram(description, key);
-        mCache[key] = std::unique_ptr<Program>(program);
-    } else {
-        program = iter->second.get();
-    }
-    return program;
-}
-
-///////////////////////////////////////////////////////////////////////////////
-// Program generation
-///////////////////////////////////////////////////////////////////////////////
-
-Program* ProgramCache::generateProgram(const ProgramDescription& description, programid key) {
-    String8 vertexShader = generateVertexShader(description);
-    String8 fragmentShader = generateFragmentShader(description);
-
-    return new Program(description, vertexShader.string(), fragmentShader.string());
-}
-
-static inline size_t gradientIndex(const ProgramDescription& description) {
-    return description.gradientType * 2 + description.isSimpleGradient;
-}
-
-String8 ProgramCache::generateVertexShader(const ProgramDescription& description) {
-    // Add attributes
-    String8 shader(gVS_Header_Start);
-    if (description.hasTexture || description.hasExternalTexture) {
-        shader.append(gVS_Header_Attributes_TexCoords);
-    }
-    if (description.hasVertexAlpha) {
-        shader.append(gVS_Header_Attributes_VertexAlphaParameters);
-    }
-    if (description.hasColors) {
-        shader.append(gVS_Header_Attributes_Colors);
-    }
-    // Uniforms
-    shader.append(gVS_Header_Uniforms);
-    if (description.hasTextureTransform) {
-        shader.append(gVS_Header_Uniforms_TextureTransform);
-    }
-    if (description.hasGradient) {
-        shader.append(gVS_Header_Uniforms_HasGradient);
-    }
-    if (description.hasBitmap) {
-        shader.append(gVS_Header_Uniforms_HasBitmap);
-    }
-    if (description.hasRoundRectClip) {
-        shader.append(gVS_Header_Uniforms_HasRoundRectClip);
-    }
-    // Varyings
-    if (description.hasTexture || description.hasExternalTexture) {
-        shader.append(gVS_Header_Varyings_HasTexture);
-    }
-    if (description.hasVertexAlpha) {
-        shader.append(gVS_Header_Varyings_HasVertexAlpha);
-    }
-    if (description.hasColors) {
-        shader.append(gVS_Header_Varyings_HasColors);
-    }
-    if (description.hasGradient) {
-        shader.append(gVS_Header_Varyings_HasGradient[gradientIndex(description)]);
-    }
-    if (description.hasBitmap) {
-        shader.append(gVS_Header_Varyings_HasBitmap);
-    }
-    if (description.hasRoundRectClip) {
-        shader.append(gVS_Header_Varyings_HasRoundRectClip);
-    }
-
-    // Begin the shader
-    shader.append(gVS_Main);
-    {
-        if (description.hasTextureTransform) {
-            shader.append(gVS_Main_OutTransformedTexCoords);
-        } else if (description.hasTexture || description.hasExternalTexture) {
-            shader.append(gVS_Main_OutTexCoords);
-        }
-        if (description.hasVertexAlpha) {
-            shader.append(gVS_Main_VertexAlpha);
-        }
-        if (description.hasColors) {
-            shader.append(gVS_Main_OutColors);
-        }
-        if (description.hasBitmap) {
-            shader.append(gVS_Main_OutBitmapTexCoords);
-        }
-        // Output transformed position
-        shader.append(gVS_Main_Position);
-        if (description.hasGradient) {
-            shader.append(gVS_Main_OutGradient[gradientIndex(description)]);
-        }
-        if (description.hasRoundRectClip) {
-            shader.append(gVS_Main_HasRoundRectClip);
-        }
-    }
-    // End the shader
-    shader.append(gVS_Footer);
-
-    PROGRAM_LOGD("*** Generated vertex shader:\n\n%s", shader.string());
-
-    return shader;
-}
-
-static bool shaderOp(const ProgramDescription& description, String8& shader, const int modulateOp,
-                     const char** snippets) {
-    int op = description.hasAlpha8Texture ? MODULATE_OP_MODULATE_A8 : modulateOp;
-    op = op * 2 + description.hasGammaCorrection;
-    shader.append(snippets[op]);
-    return description.hasAlpha8Texture;
-}
-
-String8 ProgramCache::generateFragmentShader(const ProgramDescription& description) {
-    String8 shader(gFS_Header_Start);
-
-    const bool blendFramebuffer = description.framebufferMode >= SkBlendMode::kPlus;
-    if (blendFramebuffer) {
-        shader.append(gFS_Header_Extension_FramebufferFetch);
-    }
-    if (description.hasExternalTexture ||
-        (description.hasBitmap && description.isShaderBitmapExternal)) {
-        shader.append(gFS_Header_Extension_ExternalTexture);
-    }
-
-    shader.append(gFS_Header);
-
-    // Varyings
-    if (description.hasTexture || description.hasExternalTexture) {
-        shader.append(gVS_Header_Varyings_HasTexture);
-    }
-    if (description.hasVertexAlpha) {
-        shader.append(gVS_Header_Varyings_HasVertexAlpha);
-    }
-    if (description.hasColors) {
-        shader.append(gVS_Header_Varyings_HasColors);
-    }
-    if (description.hasGradient) {
-        shader.append(gVS_Header_Varyings_HasGradient[gradientIndex(description)]);
-    }
-    if (description.hasBitmap) {
-        shader.append(gVS_Header_Varyings_HasBitmap);
-    }
-    if (description.hasRoundRectClip) {
-        shader.append(gVS_Header_Varyings_HasRoundRectClip);
-    }
-
-    // Uniforms
-    int modulateOp = MODULATE_OP_NO_MODULATE;
-    const bool singleColor = !description.hasTexture && !description.hasExternalTexture &&
-                             !description.hasGradient && !description.hasBitmap;
-
-    if (description.modulate || singleColor) {
-        shader.append(gFS_Uniforms_Color);
-        if (!singleColor) modulateOp = MODULATE_OP_MODULATE;
-    }
-    if (description.hasTexture || description.useShadowAlphaInterp) {
-        shader.append(gFS_Uniforms_TextureSampler);
-    } else if (description.hasExternalTexture) {
-        shader.append(gFS_Uniforms_ExternalTextureSampler);
-    }
-    if (description.hasGradient) {
-        shader.append(gFS_Uniforms_GradientSampler[description.isSimpleGradient]);
-    }
-    if (description.hasRoundRectClip) {
-        shader.append(gFS_Uniforms_HasRoundRectClip);
-    }
-
-    if (description.hasGammaCorrection) {
-        shader.appendFormat(gFS_Gamma_Preamble, Properties::textGamma,
-                            1.0f / Properties::textGamma);
-    }
-
-    if (description.hasBitmap) {
-        if (description.isShaderBitmapExternal) {
-            shader.append(gFS_Uniforms_BitmapExternalSampler);
-        } else {
-            shader.append(gFS_Uniforms_BitmapSampler);
-        }
-    }
-    shader.append(gFS_Uniforms_ColorOp[static_cast<int>(description.colorOp)]);
-
-    if (description.hasColorSpaceConversion) {
-        shader.append(gFS_Uniforms_ColorSpaceConversion);
-    }
-    shader.append(gFS_Uniforms_TransferFunction[static_cast<int>(description.transferFunction)]);
-
-    // Generate required functions
-    if (description.hasGradient && description.hasBitmap) {
-        generateBlend(shader, "blendShaders", description.shadersMode);
-    }
-    if (description.colorOp == ProgramDescription::ColorFilterMode::Blend) {
-        generateBlend(shader, "blendColors", description.colorMode);
-    }
-    if (blendFramebuffer) {
-        generateBlend(shader, "blendFramebuffer", description.framebufferMode);
-    }
-    if (description.useShaderBasedWrap) {
-        generateTextureWrap(shader, description.bitmapWrapS, description.bitmapWrapT);
-    }
-    if (description.hasGradient || description.hasLinearTexture ||
-        description.hasColorSpaceConversion) {
-        shader.append(gFS_sRGB_TransferFunctions);
-    }
-    if (description.hasBitmap || ((description.hasTexture || description.hasExternalTexture) &&
-                                  !description.hasAlpha8Texture)) {
-        shader.append(gFS_TransferFunction[static_cast<int>(description.transferFunction)]);
-        shader.append(
-                gFS_OETF[(description.hasLinearTexture || description.hasColorSpaceConversion) &&
-                         !mHasLinearBlending]);
-        shader.append(gFS_ColorConvert[description.hasColorSpaceConversion
-                                               ? 1 + description.hasTranslucentConversion
-                                               : 0]);
-    }
-    if (description.hasGradient) {
-        shader.append(gFS_GradientFunctions);
-        shader.append(gFS_GradientPreamble[mHasLinearBlending]);
-    }
-
-    // Begin the shader
-    shader.append(gFS_Main);
-    {
-        // Stores the result in fragColor directly
-        if (description.hasTexture || description.hasExternalTexture) {
-            if (description.hasAlpha8Texture) {
-                if (!description.hasGradient && !description.hasBitmap) {
-                    shader.append(gFS_Main_FetchA8Texture[modulateOp * 2 +
-                                                          description.hasGammaCorrection]);
-                }
-            } else {
-                shader.append(gFS_Main_FetchTexture[modulateOp]);
-            }
-        } else {
-            if (!description.hasGradient && !description.hasBitmap) {
-                shader.append(gFS_Main_FetchColor);
-            }
-        }
-        if (description.hasGradient) {
-            shader.append(gFS_Main_FetchGradient[gradientIndex(description)]);
-        }
-        if (description.hasBitmap) {
-            if (!description.useShaderBasedWrap) {
-                shader.append(gFS_Main_FetchBitmap);
-            } else {
-                shader.append(gFS_Main_FetchBitmapNpot);
-            }
-        }
-        bool applyModulate = false;
-        // Case when we have two shaders set
-        if (description.hasGradient && description.hasBitmap) {
-            if (description.isBitmapFirst) {
-                shader.append(gFS_Main_BlendShadersBG);
-            } else {
-                shader.append(gFS_Main_BlendShadersGB);
-            }
-            applyModulate =
-                    shaderOp(description, shader, modulateOp, gFS_Main_BlendShaders_Modulate);
-        } else {
-            if (description.hasGradient) {
-                applyModulate =
-                        shaderOp(description, shader, modulateOp, gFS_Main_GradientShader_Modulate);
-            } else if (description.hasBitmap) {
-                applyModulate =
-                        shaderOp(description, shader, modulateOp, gFS_Main_BitmapShader_Modulate);
-            }
-        }
-
-        if (description.modulate && applyModulate) {
-            shader.append(gFS_Main_ModulateColor);
-        }
-
-        // Apply the color op if needed
-        shader.append(gFS_Main_ApplyColorOp[static_cast<int>(description.colorOp)]);
-
-        if (description.hasVertexAlpha) {
-            if (description.useShadowAlphaInterp) {
-                shader.append(gFS_Main_ApplyVertexAlphaShadowInterp);
-            } else {
-                shader.append(gFS_Main_ApplyVertexAlphaLinearInterp);
-            }
-        }
-
-        if (description.hasGradient) {
-            shader.append(gFS_Main_AddDither);
-        }
-
-        // Output the fragment
-        if (!blendFramebuffer) {
-            shader.append(gFS_Main_FragColor);
-        } else {
-            shader.append(!description.swapSrcDst ? gFS_Main_FragColor_Blend
-                                                  : gFS_Main_FragColor_Blend_Swap);
-        }
-        if (description.hasColors) {
-            shader.append(gFS_Main_FragColor_HasColors);
-        }
-        if (description.hasRoundRectClip) {
-            shader.append(gFS_Main_FragColor_HasRoundRectClip);
-        }
-        if (description.hasDebugHighlight) {
-            shader.append(gFS_Main_DebugHighlight);
-        }
-    }
-    // End the shader
-    shader.append(gFS_Footer);
-
-#if DEBUG_PROGRAMS
-    PROGRAM_LOGD("*** Generated fragment shader:\n\n");
-    printLongString(shader);
-#endif
-
-    return shader;
-}
-
-void ProgramCache::generateBlend(String8& shader, const char* name, SkBlendMode mode) {
-    shader.append("\nvec4 ");
-    shader.append(name);
-    shader.append("(vec4 src, vec4 dst) {\n");
-    shader.append("    ");
-    shader.append(gBlendOps[(int)mode]);
-    shader.append("}\n");
-}
-
-void ProgramCache::generateTextureWrap(String8& shader, GLenum wrapS, GLenum wrapT) {
-    shader.append("\nhighp vec2 wrap(highp vec2 texCoords) {\n");
-    if (wrapS == GL_MIRRORED_REPEAT) {
-        shader.append("    highp float xMod2 = mod(texCoords.x, 2.0);\n");
-        shader.append("    if (xMod2 > 1.0) xMod2 = 2.0 - xMod2;\n");
-    }
-    if (wrapT == GL_MIRRORED_REPEAT) {
-        shader.append("    highp float yMod2 = mod(texCoords.y, 2.0);\n");
-        shader.append("    if (yMod2 > 1.0) yMod2 = 2.0 - yMod2;\n");
-    }
-    shader.append("    return vec2(");
-    switch (wrapS) {
-        case GL_CLAMP_TO_EDGE:
-            shader.append("texCoords.x");
-            break;
-        case GL_REPEAT:
-            shader.append("mod(texCoords.x, 1.0)");
-            break;
-        case GL_MIRRORED_REPEAT:
-            shader.append("xMod2");
-            break;
-    }
-    shader.append(", ");
-    switch (wrapT) {
-        case GL_CLAMP_TO_EDGE:
-            shader.append("texCoords.y");
-            break;
-        case GL_REPEAT:
-            shader.append("mod(texCoords.y, 1.0)");
-            break;
-        case GL_MIRRORED_REPEAT:
-            shader.append("yMod2");
-            break;
-    }
-    shader.append(");\n");
-    shader.append("}\n");
-}
-
-void ProgramCache::printLongString(const String8& shader) const {
-    ssize_t index = 0;
-    ssize_t lastIndex = 0;
-    const char* str = shader.string();
-    while ((index = shader.find("\n", index)) > -1) {
-        String8 line(str, index - lastIndex);
-        if (line.length() == 0) line.append("\n");
-        ALOGD("%s", line.string());
-        index++;
-        str += (index - lastIndex);
-        lastIndex = index;
-    }
-}
-
-};  // namespace uirenderer
-};  // namespace android