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临时存储

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zcy
2025-09-08 13:28:19 +08:00
parent ed52d849a4
commit 98d411d70d
10 changed files with 392 additions and 57 deletions
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83
Project/Src/com/cscn/Zuc256Core.java
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@@ -20,7 +20,7 @@ import static com.cscn.Zuc256Util.xor32;
/**
* ZUC-256 核心：状态初始化、密钥字生成、密钥流生成。
*/
public final class Zuc256Core {
public class Zuc256Core {
private Zuc256Core() {}
@@ -42,21 +42,21 @@ public final class Zuc256Core {
short[] LFSR_lo = state.LFSR_lo;
// 工作寄存器（32位值的临时 out32 缓冲，全用short[2]）[lo, hi]
short[] X0 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X3 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X0 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X3 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] R1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] R2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] W1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] W2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] U = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] V = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] Z = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] TMP0 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] TMP1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] TMP2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] R1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] R2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] W1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] W2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] U = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] V = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] Z = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] TMP0 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] TMP1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] TMP2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
// 载入 R1,R2
R1[0] = state.R1_lo;
@@ -66,22 +66,21 @@ public final class Zuc256Core {
// BitReconstruction4
// X0 = ((L15 & 0x7FFF8000) << 1) | (L14 & 0xFFFF)
short c15 = (short)((LFSR_lo[15] & 0x8000) >>> 15); // 左移产生的进位
X0[1] = (short)(((LFSR_hi[15] & 0x7FFF) << 1) | c15); // hi
short c15 = (short)((LFSR_lo[15] & (short)0x8000) >>> 15); // 左移产生的进位
X0[1] = (short)(((LFSR_hi[15] & (short)0x7FFF) << 1) | c15); // hi
X0[0] = LFSR_lo[14]; // lo
// X1 = ((L11 & 0xFFFF) << 16) | (L9 >>> 15)
X1[1] = LFSR_lo[11];
X1[0] = (short)(((LFSR_lo[9] & 0x8000) >>> 15) | (LFSR_hi[9] << 1));
X1[0] = (short)(((LFSR_lo[9] & (short)0x8000) >>> 15) | (LFSR_hi[9] << 1));
// X2 = ((L7 & 0xFFFF) << 16) | (L5 >>> 15)
X2[1] = LFSR_lo[7];
X2[0] = (short)(((LFSR_lo[5] & 0x8000) >>> 15) | (LFSR_hi[5] << 1));
X2[0] = (short)(((LFSR_lo[5] & (short)0x8000) >>> 15) | (LFSR_hi[5] << 1));
// X3 = ((L2 & 0xFFFF) << 16) | (L0 >>> 15)
X3[1] = LFSR_lo[2];
X3[0] = (short)(((LFSR_lo[0] & 0x8000) >>> 15) | (LFSR_hi[0] << 1));
X3[0] = (short)(((LFSR_lo[0] & (short)0x8000) >>> 15) | (LFSR_hi[0] << 1));
@@ -249,7 +248,7 @@ public final class Zuc256Core {
short[] keystream_hi,
short[] keystream_lo) {
// 临时存放一个 32 位关键字
short[] tmp = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] tmp = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
for (short i = 0; i < nwords; i++) {
// 生成一个关键字 -> tmp[0]=lo, tmp[1]=hi
zuc256GenerateKeyword(state, tmp);
@@ -264,20 +263,20 @@ public final class Zuc256Core {
// 初始化MAC密钥
private static void zuc256SetMacKey(Zuc256State state, byte[] K, byte[] IV, short macbits) {
short[] D = JCSystem.makeTransientShortArray(Zuc256Tables.D_COLS, JCSystem.CLEAR_ON_DESELECT);
short[] TMP = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X0 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] X2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] R1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] R2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] W = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] W1 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] W2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] U = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] V = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] T = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] T2 = JCSystem.makeTransientShortArray((short)2, JCSystem.CLEAR_ON_DESELECT);
short[] D = JCSystem.makeTransientShortArray(Zuc256Tables.D_COLS, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] TMP = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X0 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] X2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] R1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] R2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] W = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] W1 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] W2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] U = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] V = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] T = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
short[] T2 = JCSystem.makeTransientShortArray((short)2, JCSystem.MEMORY_TYPE_TRANSIENT_RESET);
// int IV17 = (IV[17] & 0xFF) >> 2;
@@ -376,19 +375,19 @@ public final class Zuc256Core {
// BitReconstruction3
// X0 = ((LFSR[15] & 0x7FFF8000) << 1) | (LFSR[14] & 0xFFFF);
// X0 = ((L15 & 0x7FFF8000)<<1) | (L14 & 0xFFFF)
short c15 = (short)((state.LFSR_lo[15] & 0x8000) >>> 15);
X0[1] = (short)(((state.LFSR_hi[15] & 0x7FFF) << 1) | c15);
short c15 = (short)((state.LFSR_lo[15] & (short)0x8000) >>> 15);
X0[1] = (short)(((state.LFSR_hi[15] & (short)0x7FFF) << 1) | c15);
X0[0] = state.LFSR_lo[14];
// X1 = ((LFSR[11] & 0xFFFF) << 16) | (LFSR[9] >>> 15);
// X1 = ((L11 & 0xFFFF)<<16) | (L9>>>15)
X1[1] = state.LFSR_lo[11];
X1[0] = (short)(((state.LFSR_lo[9] & 0x8000) >>> 15) | (state.LFSR_hi[9] << 1));
X1[0] = (short)(((state.LFSR_lo[9] & (short)0x8000) >>> 15) | (state.LFSR_hi[9] << 1));
// X2 = ((LFSR[7] & 0xFFFF) << 16) | (LFSR[5] >>> 15);
// X2 = ((L7 & 0xFFFF)<<16) | (L5>>>15)
X2[1] = state.LFSR_lo[7];
X2[0] = (short)(((state.LFSR_lo[5] & 0x8000) >>> 15) | (state.LFSR_hi[5] << 1));
X2[0] = (short)(((state.LFSR_lo[5] & (short)0x8000) >>> 15) | (state.LFSR_hi[5] << 1));
@@ -481,11 +480,11 @@ public final class Zuc256Core {
// BitReconstruction2
// X1 = ((LFSR[11] & 0xFFFF) << 16) | (LFSR[9] >>> 15);
X1[1] = state.LFSR_lo[11];
X1[0] = (short)(((state.LFSR_lo[9] & 0x8000) >>> 15) | (state.LFSR_hi[9] << 1));
X1[0] = (short)(((state.LFSR_lo[9] & (short)0x8000) >>> 15) | (state.LFSR_hi[9] << 1));
// X2 = ((LFSR[7] & 0xFFFF) << 16) | (LFSR[5] >>> 15);
X2[1] = state.LFSR_lo[7];
X2[0] = (short)(((state.LFSR_lo[5] & 0x8000) >>> 15) | (state.LFSR_hi[5] << 1));
X2[0] = (short)(((state.LFSR_lo[5] & (short)0x8000) >>> 15) | (state.LFSR_hi[5] << 1));
// F_(X1, X2)
// W1 = R1 + X1;