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Connor Tumbleson 2014-05-12 17:00:49 -05:00
parent b149d7bd49
commit 0bb217ac88
1 changed files with 244 additions and 249 deletions
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brut.apktool/apktool-lib/src/main/java/android/util/TypedValue.java
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@ -21,281 +21,276 @@ package android.util;
* {@link android.content.res.Resources} for holding resource values. * {@link android.content.res.Resources} for holding resource values.
*/ */
public class TypedValue { public class TypedValue {
/** The value contains no data. */ /** The value contains no data. */
public static final int TYPE_NULL = 0x00; public static final int TYPE_NULL = 0x00;
/** The <var>data</var> field holds a resource identifier. */ /** The <var>data</var> field holds a resource identifier. */
public static final int TYPE_REFERENCE = 0x01; public static final int TYPE_REFERENCE = 0x01;
/** /**
* The <var>data</var> field holds an attribute resource identifier * The <var>data</var> field holds an attribute resource identifier
* (referencing an attribute in the current theme style, not a resource * (referencing an attribute in the current theme style, not a resource
* entry). * entry).
*/ */
public static final int TYPE_ATTRIBUTE = 0x02; public static final int TYPE_ATTRIBUTE = 0x02;
/** /**
* The <var>string</var> field holds string data. In addition, if * The <var>string</var> field holds string data. In addition, if
* <var>data</var> is non-zero then it is the string block index of the * <var>data</var> is non-zero then it is the string block index of the
* string and <var>assetCookie</var> is the set of assets the string came * string and <var>assetCookie</var> is the set of assets the string came
* from. * from.
*/ */
public static final int TYPE_STRING = 0x03; public static final int TYPE_STRING = 0x03;
/** The <var>data</var> field holds an IEEE 754 floating point number. */ /** The <var>data</var> field holds an IEEE 754 floating point number. */
public static final int TYPE_FLOAT = 0x04; public static final int TYPE_FLOAT = 0x04;
/** /**
* The <var>data</var> field holds a complex number encoding a dimension * The <var>data</var> field holds a complex number encoding a dimension
* value. * value.
*/ */
public static final int TYPE_DIMENSION = 0x05; public static final int TYPE_DIMENSION = 0x05;
/** /**
* The <var>data</var> field holds a complex number encoding a fraction of a * The <var>data</var> field holds a complex number encoding a fraction of a
* container. * container.
*/ */
public static final int TYPE_FRACTION = 0x06; public static final int TYPE_FRACTION = 0x06;
/** /**
* Identifies the start of plain integer values. Any type value from this to * Identifies the start of plain integer values. Any type value from this to
* {@link #TYPE_LAST_INT} means the <var>data</var> field holds a generic * {@link #TYPE_LAST_INT} means the <var>data</var> field holds a generic
* integer value. * integer value.
*/ */
public static final int TYPE_FIRST_INT = 0x10; public static final int TYPE_FIRST_INT = 0x10;
/** /**
* The <var>data</var> field holds a number that was originally specified in * The <var>data</var> field holds a number that was originally specified in
* decimal. * decimal.
*/ */
public static final int TYPE_INT_DEC = 0x10; public static final int TYPE_INT_DEC = 0x10;
/** /**
* The <var>data</var> field holds a number that was originally specified in * The <var>data</var> field holds a number that was originally specified in
* hexadecimal (0xn). * hexadecimal (0xn).
*/ */
public static final int TYPE_INT_HEX = 0x11; public static final int TYPE_INT_HEX = 0x11;
/** /**
* The <var>data</var> field holds 0 or 1 that was originally specified as * The <var>data</var> field holds 0 or 1 that was originally specified as
* "false" or "true". * "false" or "true".
*/ */
public static final int TYPE_INT_BOOLEAN = 0x12; public static final int TYPE_INT_BOOLEAN = 0x12;
/** /**
* Identifies the start of integer values that were specified as color * Identifies the start of integer values that were specified as color
* constants (starting with '#'). * constants (starting with '#').
*/ */
public static final int TYPE_FIRST_COLOR_INT = 0x1c; public static final int TYPE_FIRST_COLOR_INT = 0x1c;
/** /**
* The <var>data</var> field holds a color that was originally specified as * The <var>data</var> field holds a color that was originally specified as
* #aarrggbb. * #aarrggbb.
*/ */
public static final int TYPE_INT_COLOR_ARGB8 = 0x1c; public static final int TYPE_INT_COLOR_ARGB8 = 0x1c;
/** /**
* The <var>data</var> field holds a color that was originally specified as * The <var>data</var> field holds a color that was originally specified as
* #rrggbb. * #rrggbb.
*/ */
public static final int TYPE_INT_COLOR_RGB8 = 0x1d; public static final int TYPE_INT_COLOR_RGB8 = 0x1d;
/** /**
* The <var>data</var> field holds a color that was originally specified as * The <var>data</var> field holds a color that was originally specified as
* #argb. * #argb.
*/ */
public static final int TYPE_INT_COLOR_ARGB4 = 0x1e; public static final int TYPE_INT_COLOR_ARGB4 = 0x1e;
/** /**
* The <var>data</var> field holds a color that was originally specified as * The <var>data</var> field holds a color that was originally specified as
* #rgb. * #rgb.
*/ */
public static final int TYPE_INT_COLOR_RGB4 = 0x1f; public static final int TYPE_INT_COLOR_RGB4 = 0x1f;
/** /**
* Identifies the end of integer values that were specified as color * Identifies the end of integer values that were specified as color
* constants. * constants.
*/ */
public static final int TYPE_LAST_COLOR_INT = 0x1f; public static final int TYPE_LAST_COLOR_INT = 0x1f;
/** Identifies the end of plain integer values. */ /** Identifies the end of plain integer values. */
public static final int TYPE_LAST_INT = 0x1f; public static final int TYPE_LAST_INT = 0x1f;
/* ------------------------------------------------------------ */ /* ------------------------------------------------------------ */
/** Complex data: bit location of unit information. */ /** Complex data: bit location of unit information. */
public static final int COMPLEX_UNIT_SHIFT = 0; public static final int COMPLEX_UNIT_SHIFT = 0;
/** /**
* Complex data: mask to extract unit information (after shifting by * Complex data: mask to extract unit information (after shifting by
* {@link #COMPLEX_UNIT_SHIFT}). This gives us 16 possible types, as defined * {@link #COMPLEX_UNIT_SHIFT}). This gives us 16 possible types, as defined
* below. * below.
*/ */
public static final int COMPLEX_UNIT_MASK = 0xf; public static final int COMPLEX_UNIT_MASK = 0xf;
/** {@link #TYPE_DIMENSION} complex unit: Value is raw pixels. */ /** {@link #TYPE_DIMENSION} complex unit: Value is raw pixels. */
public static final int COMPLEX_UNIT_PX = 0; public static final int COMPLEX_UNIT_PX = 0;
/** /**
* {@link #TYPE_DIMENSION} complex unit: Value is Device Independent Pixels. * {@link #TYPE_DIMENSION} complex unit: Value is Device Independent Pixels.
*/ */
public static final int COMPLEX_UNIT_DIP = 1; public static final int COMPLEX_UNIT_DIP = 1;
/** {@link #TYPE_DIMENSION} complex unit: Value is a scaled pixel. */ /** {@link #TYPE_DIMENSION} complex unit: Value is a scaled pixel. */
public static final int COMPLEX_UNIT_SP = 2; public static final int COMPLEX_UNIT_SP = 2;
/** {@link #TYPE_DIMENSION} complex unit: Value is in points. */ /** {@link #TYPE_DIMENSION} complex unit: Value is in points. */
public static final int COMPLEX_UNIT_PT = 3; public static final int COMPLEX_UNIT_PT = 3;
/** {@link #TYPE_DIMENSION} complex unit: Value is in inches. */ /** {@link #TYPE_DIMENSION} complex unit: Value is in inches. */
public static final int COMPLEX_UNIT_IN = 4; public static final int COMPLEX_UNIT_IN = 4;
/** {@link #TYPE_DIMENSION} complex unit: Value is in millimeters. */ /** {@link #TYPE_DIMENSION} complex unit: Value is in millimeters. */
public static final int COMPLEX_UNIT_MM = 5; public static final int COMPLEX_UNIT_MM = 5;
/** /**
* {@link #TYPE_FRACTION} complex unit: A basic fraction of the overall size. * {@link #TYPE_FRACTION} complex unit: A basic fraction of the overall size.
*/ */
public static final int COMPLEX_UNIT_FRACTION = 0; public static final int COMPLEX_UNIT_FRACTION = 0;
/** {@link #TYPE_FRACTION} complex unit: A fraction of the parent size. */ /** {@link #TYPE_FRACTION} complex unit: A fraction of the parent size. */
public static final int COMPLEX_UNIT_FRACTION_PARENT = 1; public static final int COMPLEX_UNIT_FRACTION_PARENT = 1;
/** /**
* Complex data: where the radix information is, telling where the decimal * Complex data: where the radix information is, telling where the decimal
* place appears in the mantissa. * place appears in the mantissa.
*/ */
public static final int COMPLEX_RADIX_SHIFT = 4; public static final int COMPLEX_RADIX_SHIFT = 4;
/** /**
* Complex data: mask to extract radix information (after shifting by * Complex data: mask to extract radix information (after shifting by
* {@link #COMPLEX_RADIX_SHIFT}). This give us 4 possible fixed point * {@link #COMPLEX_RADIX_SHIFT}). This give us 4 possible fixed point
* representations as defined below. * representations as defined below.
*/ */
public static final int COMPLEX_RADIX_MASK = 0x3; public static final int COMPLEX_RADIX_MASK = 0x3;
/** Complex data: the mantissa is an integral number -- i.e., 0xnnnnnn.0 */ /** Complex data: the mantissa is an integral number -- i.e., 0xnnnnnn.0 */
public static final int COMPLEX_RADIX_23p0 = 0; public static final int COMPLEX_RADIX_23p0 = 0;
/** Complex data: the mantissa magnitude is 16 bits -- i.e, 0xnnnn.nn */ /** Complex data: the mantissa magnitude is 16 bits -- i.e, 0xnnnn.nn */
public static final int COMPLEX_RADIX_16p7 = 1; public static final int COMPLEX_RADIX_16p7 = 1;
/** Complex data: the mantissa magnitude is 8 bits -- i.e, 0xnn.nnnn */ /** Complex data: the mantissa magnitude is 8 bits -- i.e, 0xnn.nnnn */
public static final int COMPLEX_RADIX_8p15 = 2; public static final int COMPLEX_RADIX_8p15 = 2;
/** Complex data: the mantissa magnitude is 0 bits -- i.e, 0x0.nnnnnn */ /** Complex data: the mantissa magnitude is 0 bits -- i.e, 0x0.nnnnnn */
public static final int COMPLEX_RADIX_0p23 = 3; public static final int COMPLEX_RADIX_0p23 = 3;
/** Complex data: bit location of mantissa information. */ /** Complex data: bit location of mantissa information. */
public static final int COMPLEX_MANTISSA_SHIFT = 8; public static final int COMPLEX_MANTISSA_SHIFT = 8;
/** /**
* Complex data: mask to extract mantissa information (after shifting by * Complex data: mask to extract mantissa information (after shifting by
* {@link #COMPLEX_MANTISSA_SHIFT}). This gives us 23 bits of precision; the * {@link #COMPLEX_MANTISSA_SHIFT}). This gives us 23 bits of precision; the
* top bit is the sign. * top bit is the sign.
*/ */
public static final int COMPLEX_MANTISSA_MASK = 0xffffff; public static final int COMPLEX_MANTISSA_MASK = 0xffffff;
/* ------------------------------------------------------------ */ /* ------------------------------------------------------------ */
/** /**
* If {@link #density} is equal to this value, then the density should be * If {@link #density} is equal to this value, then the density should be
* treated as the system's default density value: * treated as the system's default density value:
* {@link DisplayMetrics#DENSITY_DEFAULT}. * {@link DisplayMetrics#DENSITY_DEFAULT}.
*/ */
public static final int DENSITY_DEFAULT = 0; public static final int DENSITY_DEFAULT = 0;
/** /**
* If {@link #density} is equal to this value, then there is no density * If {@link #density} is equal to this value, then there is no density
* associated with the resource and it should not be scaled. * associated with the resource and it should not be scaled.
*/ */
public static final int DENSITY_NONE = 0xffff; public static final int DENSITY_NONE = 0xffff;
/* ------------------------------------------------------------ */ /* ------------------------------------------------------------ */
/** /**
* The type held by this value, as defined by the constants here. This tells * The type held by this value, as defined by the constants here. This tells
* you how to interpret the other fields in the object. * you how to interpret the other fields in the object.
*/ */
public int type; public int type;
private static final float MANTISSA_MULT = 1.0f / (1 << TypedValue.COMPLEX_MANTISSA_SHIFT); private static final float MANTISSA_MULT = 1.0f / (1 << TypedValue.COMPLEX_MANTISSA_SHIFT);
private static final float[] RADIX_MULTS = new float[] { private static final float[] RADIX_MULTS = new float[] {
1.0f * MANTISSA_MULT, 1.0f / (1 << 7) * MANTISSA_MULT, 1.0f * MANTISSA_MULT, 1.0f / (1 << 7) * MANTISSA_MULT,
1.0f / (1 << 15) * MANTISSA_MULT, 1.0f / (1 << 23) * MANTISSA_MULT }; 1.0f / (1 << 15) * MANTISSA_MULT, 1.0f / (1 << 23) * MANTISSA_MULT };
/** /**
* Retrieve the base value from a complex data integer. This uses the * Retrieve the base value from a complex data integer. This uses the
* {@link #COMPLEX_MANTISSA_MASK} and {@link #COMPLEX_RADIX_MASK} fields of * {@link #COMPLEX_MANTISSA_MASK} and {@link #COMPLEX_RADIX_MASK} fields of
* the data to compute a floating point representation of the number they * the data to compute a floating point representation of the number they
* describe. The units are ignored. * describe. The units are ignored.
* *
* @param complex * @param complex
* A complex data value. * A complex data value.
* *
* @return A floating point value corresponding to the complex data. * @return A floating point value corresponding to the complex data.
*/ */
public static float complexToFloat(int complex) { public static float complexToFloat(int complex) {
return (complex & (TypedValue.COMPLEX_MANTISSA_MASK << TypedValue.COMPLEX_MANTISSA_SHIFT)) return (complex & (TypedValue.COMPLEX_MANTISSA_MASK << TypedValue.COMPLEX_MANTISSA_SHIFT))
* RADIX_MULTS[(complex >> TypedValue.COMPLEX_RADIX_SHIFT) * RADIX_MULTS[(complex >> TypedValue.COMPLEX_RADIX_SHIFT)
& TypedValue.COMPLEX_RADIX_MASK]; & TypedValue.COMPLEX_RADIX_MASK];
} }
private static final String[] DIMENSION_UNIT_STRS = new String[] { "px", private static final String[] DIMENSION_UNIT_STRS = new String[] { "px",
"dip", "sp", "pt", "in", "mm" }; "dip", "sp", "pt", "in", "mm" };
private static final String[] FRACTION_UNIT_STRS = new String[] { "%", "%p" }; private static final String[] FRACTION_UNIT_STRS = new String[] { "%", "%p" };
/** /**
* Perform type conversion as per {@link #coerceToString()} on an explicitly * Perform type conversion as per {@link #coerceToString()} on an explicitly
* supplied type and data. * supplied type and data.
* *
* @param type * @param type
* The data type identifier. * The data type identifier.
* @param data * @param data
* The data value. * The data value.
* *
* @return String The coerced string value. If the value is null or the type * @return String The coerced string value. If the value is null or the type
* is not known, null is returned. * is not known, null is returned.
*/ */
public static final String coerceToString(int type, int data) { public static final String coerceToString(int type, int data) {
switch (type) { switch (type) {
case TYPE_NULL: case TYPE_NULL:
return null; return null;
case TYPE_REFERENCE: case TYPE_REFERENCE:
return "@" + data; return "@" + data;
case TYPE_ATTRIBUTE: case TYPE_ATTRIBUTE:
return "?" + data; return "?" + data;
case TYPE_FLOAT: case TYPE_FLOAT:
return Float.toString(Float.intBitsToFloat(data)); return Float.toString(Float.intBitsToFloat(data));
case TYPE_DIMENSION: case TYPE_DIMENSION:
return Float.toString(complexToFloat(data)) return Float.toString(complexToFloat(data))
+ DIMENSION_UNIT_STRS[(data >> COMPLEX_UNIT_SHIFT) + DIMENSION_UNIT_STRS[(data >> COMPLEX_UNIT_SHIFT)
& COMPLEX_UNIT_MASK]; & COMPLEX_UNIT_MASK];
case TYPE_FRACTION: case TYPE_FRACTION:
return Float.toString(complexToFloat(data) * 100) return Float.toString(complexToFloat(data) * 100)
+ FRACTION_UNIT_STRS[(data >> COMPLEX_UNIT_SHIFT) + FRACTION_UNIT_STRS[(data >> COMPLEX_UNIT_SHIFT)
& COMPLEX_UNIT_MASK]; & COMPLEX_UNIT_MASK];
case TYPE_INT_HEX: case TYPE_INT_HEX:
return "0x" + Integer.toHexString(data); return "0x" + Integer.toHexString(data);
case TYPE_INT_BOOLEAN: case TYPE_INT_BOOLEAN:
return data != 0 ? "true" : "false"; return data != 0 ? "true" : "false";
} }
if (type >= TYPE_FIRST_COLOR_INT && type <= TYPE_LAST_COLOR_INT) { if (type >= TYPE_FIRST_COLOR_INT && type <= TYPE_LAST_COLOR_INT) {
String res = String.format("%08x", data); String res = String.format("%08x", data);
char[] vals = res.toCharArray(); char[] vals = res.toCharArray();
switch (type) { switch (type) {
default: default:
case TYPE_INT_COLOR_ARGB8:// #AaRrGgBb case TYPE_INT_COLOR_ARGB8:// #AaRrGgBb
break; break;
case TYPE_INT_COLOR_RGB8:// #FFRrGgBb->#RrGgBb case TYPE_INT_COLOR_RGB8:// #FFRrGgBb->#RrGgBb
res = res.substring(2); res = res.substring(2);
break; break;
case TYPE_INT_COLOR_ARGB4:// #AARRGGBB->#ARGB case TYPE_INT_COLOR_ARGB4:// #AARRGGBB->#ARGB
res = new StringBuffer().append(vals[0]).append(vals[2]) res = new StringBuffer().append(vals[0]).append(vals[2])
.append(vals[4]).append(vals[6]).toString(); .append(vals[4]).append(vals[6]).toString();
break; break;
case TYPE_INT_COLOR_RGB4:// #FFRRGGBB->#RGB case TYPE_INT_COLOR_RGB4:// #FFRRGGBB->#RGB
res = new StringBuffer().append(vals[2]).append(vals[4]) res = new StringBuffer().append(vals[2]).append(vals[4])
.append(vals[6]).toString(); .append(vals[6]).toString();
break; break;
} }
return "#" + res; return "#" + res;
} else if (type >= TYPE_FIRST_INT && type <= TYPE_LAST_INT) { } else if (type >= TYPE_FIRST_INT && type <= TYPE_LAST_INT) {
String res; String res;
switch (type) { switch (type) {
default: default:
case TYPE_INT_DEC: case TYPE_INT_DEC:
res = Integer.toString(data); res = Integer.toString(data);
break; break;
// defined before }
/* return res;
* case TYPE_INT_HEX: res = "0x" + Integer.toHexString(data); break; }
* case TYPE_INT_BOOLEAN: res = (data != 0) ? "true":"false"; break;
*/
}
return res;
}
return null; return null;
} }
}; }