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213 lines
6.1 KiB
C
213 lines
6.1 KiB
C
#ifndef R2_REG_H
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#define R2_REG_H
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#include <r_types.h>
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#include <r_util.h>
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R_LIB_VERSION_HEADER (r_reg);
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/*
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* various CPUs have registers within various types/classes
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* this enum aims to cover them all.
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*/
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typedef enum {
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R_REG_TYPE_GPR,
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R_REG_TYPE_DRX,
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R_REG_TYPE_FPU,
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R_REG_TYPE_MMX,
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R_REG_TYPE_XMM,
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R_REG_TYPE_FLG,
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R_REG_TYPE_SEG,
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R_REG_TYPE_LAST,
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R_REG_TYPE_ALL = -1, // TODO; rename to ANY
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} RRegisterType;
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/*
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* pretty much all CPUs share some common registers
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* this enum aims to create an abstraction to ease cross-arch handling.
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*/
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typedef enum {
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R_REG_NAME_PC, // program counter
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R_REG_NAME_SP, // stack pointer
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R_REG_NAME_SR, // status register
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R_REG_NAME_BP, // base pointer
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R_REG_NAME_LR, // link register
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/* args */
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R_REG_NAME_A0, // arguments
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R_REG_NAME_A1,
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R_REG_NAME_A2,
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R_REG_NAME_A3,
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R_REG_NAME_A4,
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R_REG_NAME_A5,
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R_REG_NAME_A6,
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R_REG_NAME_A7,
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R_REG_NAME_A8,
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R_REG_NAME_A9,
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/* retval */
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R_REG_NAME_R0, // arguments
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R_REG_NAME_R1,
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R_REG_NAME_R2,
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R_REG_NAME_R3,
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/* flags */
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R_REG_NAME_ZF,
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R_REG_NAME_SF,
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R_REG_NAME_CF,
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R_REG_NAME_OF,
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/* syscall number (orig_eax,rax,r0,x0) */
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R_REG_NAME_SN,
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R_REG_NAME_LAST,
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} RRegisterId;
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// TODO: use enum here?
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#define R_REG_COND_EQ 0
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#define R_REG_COND_NE 1
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#define R_REG_COND_CF 2
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#define R_REG_COND_CARRY 2
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#define R_REG_COND_NEG 3
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#define R_REG_COND_NEGATIVE 3
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#define R_REG_COND_OF 4
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#define R_REG_COND_OVERFLOW 4
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// unsigned
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#define R_REG_COND_HI 5
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#define R_REG_COND_HE 6
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#define R_REG_COND_LO 7
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#define R_REG_COND_LOE 8
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// signed
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#define R_REG_COND_GE 9
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#define R_REG_COND_GT 10
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#define R_REG_COND_LT 11
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#define R_REG_COND_LE 12
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#define R_REG_COND_LAST 13
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typedef struct r_reg_item_t {
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char *name;
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int /*RRegisterType*/ type;
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int size; /* 8,16,32,64 ... 128/256 ??? */
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int offset; /* offset in data structure */
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int packed_size; /* 0 means no packed register, 1byte pack, 2b pack... */
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bool is_float;
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char *flags;
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int index;
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int arena; /* in which arena is this reg living */
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} RRegItem;
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typedef struct r_reg_arena_t {
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ut8 *bytes;
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int size;
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} RRegArena;
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typedef struct r_reg_set_t {
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RRegArena *arena;
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RList *pool; /* RRegArena */
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RList *regs; /* RRegItem */
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int maskregstype; /* which type of regs have this reg set (logic mask with RRegisterType R_REG_TYPE_XXX) */
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} RRegSet;
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typedef struct r_reg_t {
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char *profile;
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char *reg_profile_cmt;
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char *reg_profile_str;
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char *name[R_REG_NAME_LAST]; // aliases
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RRegSet regset[R_REG_TYPE_LAST];
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RList *allregs;
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int iters;
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int arch;
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int bits;
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int size;
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bool is_thumb;
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bool big_endian;
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} RReg;
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typedef struct r_reg_flags_t {
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bool s; // sign, negative number (msb)
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bool z; // zero
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bool a; // half-carry adjust (if carry happens at nibble level)
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bool c; // carry
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bool o; // overflow
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bool p; // parity (lsb)
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} RRegFlags;
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#ifdef R_API
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R_API void r_reg_free(RReg *reg);
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R_API void r_reg_free_internal(RReg *reg, bool init);
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R_API RReg *r_reg_new(void);
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R_API int r_reg_set_name(RReg *reg, int role, const char *name);
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R_API int r_reg_set_profile_string(RReg *reg, const char *profile);
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R_API int r_reg_set_profile(RReg *reg, const char *profile);
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R_API RRegSet *r_reg_regset_get(RReg *r, int type);
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R_API ut64 r_reg_getv(RReg *reg, const char *name);
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R_API ut64 r_reg_setv(RReg *reg, const char *name, ut64 val);
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R_API const char *r_reg_32_to_64(RReg *reg, const char *rreg32);
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R_API const char *r_reg_get_type(int idx);
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R_API const char *r_reg_get_name(RReg *reg, int kind);
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R_API const char *r_reg_get_role(int role);
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R_API RRegItem *r_reg_get(RReg *reg, const char *name, int type);
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R_API RList *r_reg_get_list(RReg *reg, int type);
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R_API RRegItem *r_reg_get_at(RReg *reg, int type, int regsize, int delta);
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R_API RRegItem *r_reg_next_diff(RReg *reg, int type, const ut8 *buf, int buflen, RRegItem *prev_ri, int regsize);
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R_API void r_reg_reindex(RReg *reg);
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R_API RRegItem *r_reg_index_get(RReg *reg, int idx);
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/* Item */
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R_API void r_reg_item_free(RRegItem *item);
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/* XXX: dupped ?? */
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R_API int r_reg_type_by_name(const char *str);
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R_API int r_reg_get_name_idx(const char *type);
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R_API RRegItem *r_reg_cond_get(RReg *reg, const char *name);
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R_API int r_reg_cond_get_value(RReg *r, const char *name);
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R_API int r_reg_cond_bits(RReg *r, int type, RRegFlags *f);
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R_API RRegFlags *r_reg_cond_retrieve(RReg *r, RRegFlags *);
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R_API int r_reg_cond(RReg *r, int type);
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/* integer value 8-64 bits */
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R_API ut64 r_reg_get_value(RReg *reg, RRegItem *item);
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R_API bool r_reg_set_value(RReg *reg, RRegItem *item, ut64 value);
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R_API ut64 r_reg_get_value_big(RReg *reg, RRegItem *item, utX *val);
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/* float */
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R_API float r_reg_get_float(RReg *reg, RRegItem *item);
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R_API bool r_reg_set_float(RReg *reg, RRegItem *item, float value);
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/* double */
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R_API double r_reg_get_double(RReg *reg, RRegItem *item);
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R_API bool r_reg_set_double(RReg *reg, RRegItem *item, double value);
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/* long double */
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R_API long double r_reg_get_longdouble(RReg *reg, RRegItem *item);
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R_API bool r_reg_set_longdouble(RReg *reg, RRegItem *item, long double value);
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/* boolean */
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R_API char *r_reg_get_bvalue(RReg *reg, RRegItem *item);
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R_API ut64 r_reg_set_bvalue(RReg *reg, RRegItem *item, const char *str);
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/* packed registers */
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R_API int r_reg_set_pack(RReg *reg, RRegItem *item, int packidx, int packbits, ut64 val);
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R_API ut64 r_reg_get_pack(RReg *reg, RRegItem *item, int packidx, int packbits);
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/* byte arena */
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R_API ut8 *r_reg_get_bytes(RReg *reg, int type, int *size);
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R_API bool r_reg_set_bytes(RReg *reg, int type, const ut8 *buf, const int len);
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R_API bool r_reg_read_regs(RReg *reg, ut8 *buf, const int len);
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R_API int r_reg_arena_set_bytes(RReg *reg, const char *str);
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R_API RRegArena *r_reg_arena_new(int size);
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R_API void r_reg_arena_free(RRegArena *ra);
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R_API int r_reg_fit_arena(RReg *reg);
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R_API void r_reg_arena_swap(RReg *reg, int copy);
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R_API int r_reg_arena_push(RReg *reg);
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R_API void r_reg_arena_pop(RReg *reg);
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R_API void r_reg_arena_zero(RReg *reg);
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R_API ut8 *r_reg_arena_peek(RReg *reg);
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R_API void r_reg_arena_poke(RReg *reg, const ut8 *buf);
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R_API ut8 *r_reg_arena_dup(RReg *reg, const ut8 *source);
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R_API const char *r_reg_cond_to_string(int n);
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R_API int r_reg_cond_from_string(const char *str);
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R_API void r_reg_arena_shrink(RReg *reg);
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#endif
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#endif
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