import { Z3_symbol, Z3_config, Z3_context, Z3_sort, Z3_func_decl, Z3_ast, Z3_app, Z3_pattern, Z3_model, Z3_constructor, Z3_constructor_list, Z3_params, Z3_param_descrs, Z3_parser_context, Z3_goal, Z3_tactic, Z3_simplifier, Z3_probe, Z3_stats, Z3_solver, Z3_solver_callback, Z3_ast_vector, Z3_ast_map, Z3_apply_result, Z3_func_interp, Z3_func_entry, Z3_fixedpoint, Z3_optimize, Z3_rcf_num, Z3_lbool, Z3_symbol_kind, Z3_parameter_kind, Z3_sort_kind, Z3_ast_kind, Z3_decl_kind, Z3_param_kind, Z3_ast_print_mode, Z3_error_code, Z3_goal_prec } from './types.__GENERATED__';
type unsigned = number;
type int = number;
type uint64_t = bigint;
type int64_t = bigint;
type double = number;
type float = number;
export declare function init(initModule: any): Promise<{
    em: any;
    Z3: {
        mk_context: (c: Z3_config) => Z3_context;
        mk_context_rc: (c: Z3_config) => Z3_context;
        global_param_set: (param_id: string, param_value: string) => void;
        global_param_reset_all: () => void;
        global_param_get: (param_id: string) => string | null;
        mk_config: () => Z3_config;
        del_config: (c: Z3_config) => void;
        set_param_value: (c: Z3_config, param_id: string, param_value: string) => void;
        del_context: (c: Z3_context) => void;
        inc_ref: (c: Z3_context, a: Z3_ast) => void;
        dec_ref: (c: Z3_context, a: Z3_ast) => void;
        update_param_value: (c: Z3_context, param_id: string, param_value: string) => void;
        get_global_param_descrs: (c: Z3_context) => Z3_param_descrs;
        interrupt: (c: Z3_context) => void;
        enable_concurrent_dec_ref: (c: Z3_context) => void;
        mk_params: (c: Z3_context) => Z3_params;
        params_inc_ref: (c: Z3_context, p: Z3_params) => void;
        params_dec_ref: (c: Z3_context, p: Z3_params) => void;
        params_set_bool: (c: Z3_context, p: Z3_params, k: Z3_symbol, v: boolean) => void;
        params_set_uint: (c: Z3_context, p: Z3_params, k: Z3_symbol, v: unsigned) => void;
        params_set_double: (c: Z3_context, p: Z3_params, k: Z3_symbol, v: double) => void;
        params_set_symbol: (c: Z3_context, p: Z3_params, k: Z3_symbol, v: Z3_symbol) => void;
        params_to_string: (c: Z3_context, p: Z3_params) => string;
        params_validate: (c: Z3_context, p: Z3_params, d: Z3_param_descrs) => void;
        param_descrs_inc_ref: (c: Z3_context, p: Z3_param_descrs) => void;
        param_descrs_dec_ref: (c: Z3_context, p: Z3_param_descrs) => void;
        param_descrs_get_kind: (c: Z3_context, p: Z3_param_descrs, n: Z3_symbol) => Z3_param_kind;
        param_descrs_size: (c: Z3_context, p: Z3_param_descrs) => unsigned;
        param_descrs_get_name: (c: Z3_context, p: Z3_param_descrs, i: unsigned) => Z3_symbol;
        param_descrs_get_documentation: (c: Z3_context, p: Z3_param_descrs, s: Z3_symbol) => string;
        param_descrs_to_string: (c: Z3_context, p: Z3_param_descrs) => string;
        mk_int_symbol: (c: Z3_context, i: int) => Z3_symbol;
        mk_string_symbol: (c: Z3_context, s: string) => Z3_symbol;
        mk_uninterpreted_sort: (c: Z3_context, s: Z3_symbol) => Z3_sort;
        mk_type_variable: (c: Z3_context, s: Z3_symbol) => Z3_sort;
        mk_bool_sort: (c: Z3_context) => Z3_sort;
        mk_int_sort: (c: Z3_context) => Z3_sort;
        mk_real_sort: (c: Z3_context) => Z3_sort;
        mk_bv_sort: (c: Z3_context, sz: unsigned) => Z3_sort;
        mk_finite_domain_sort: (c: Z3_context, name: Z3_symbol, size: uint64_t) => Z3_sort;
        mk_array_sort: (c: Z3_context, domain: Z3_sort, range: Z3_sort) => Z3_sort;
        mk_array_sort_n: (c: Z3_context, domain: Z3_sort[], range: Z3_sort) => Z3_sort;
        mk_tuple_sort: (c: Z3_context, mk_tuple_name: Z3_symbol, field_names: Z3_symbol[], field_sorts: Z3_sort[]) => {
            rv: Z3_sort;
            mk_tuple_decl: Z3_func_decl;
            proj_decl: Z3_func_decl[];
        };
        mk_enumeration_sort: (c: Z3_context, name: Z3_symbol, enum_names: Z3_symbol[]) => {
            rv: Z3_sort;
            enum_consts: Z3_func_decl[];
            enum_testers: Z3_func_decl[];
        };
        mk_list_sort: (c: Z3_context, name: Z3_symbol, elem_sort: Z3_sort) => {
            rv: Z3_sort;
            nil_decl: Z3_func_decl;
            is_nil_decl: Z3_func_decl;
            cons_decl: Z3_func_decl;
            is_cons_decl: Z3_func_decl;
            head_decl: Z3_func_decl;
            tail_decl: Z3_func_decl;
        };
        mk_constructor: (c: Z3_context, name: Z3_symbol, recognizer: Z3_symbol, field_names: Z3_symbol[], sorts: Z3_sort[], sort_refs: unsigned[]) => Z3_constructor;
        constructor_num_fields: (c: Z3_context, constr: Z3_constructor) => unsigned;
        del_constructor: (c: Z3_context, constr: Z3_constructor) => void;
        mk_datatype: (c: Z3_context, name: Z3_symbol, constructors: Z3_constructor[]) => Z3_sort;
        mk_polymorphic_datatype: (c: Z3_context, name: Z3_symbol, parameters: Z3_sort[], constructors: Z3_constructor[]) => Z3_sort;
        mk_datatype_sort: (c: Z3_context, name: Z3_symbol, params: Z3_sort[]) => Z3_sort;
        mk_constructor_list: (c: Z3_context, constructors: Z3_constructor[]) => Z3_constructor_list;
        del_constructor_list: (c: Z3_context, clist: Z3_constructor_list) => void;
        mk_datatypes: (c: Z3_context, sort_names: Z3_symbol[], constructor_lists: Z3_constructor_list[]) => Z3_sort[];
        query_constructor: (c: Z3_context, constr: Z3_constructor, num_fields: unsigned) => {
            constructor: Z3_func_decl;
            tester: Z3_func_decl;
            accessors: Z3_func_decl[];
        };
        mk_func_decl: (c: Z3_context, s: Z3_symbol, domain: Z3_sort[], range: Z3_sort) => Z3_func_decl;
        mk_app: (c: Z3_context, d: Z3_func_decl, args: Z3_ast[]) => Z3_ast;
        mk_const: (c: Z3_context, s: Z3_symbol, ty: Z3_sort) => Z3_ast;
        mk_fresh_func_decl: (c: Z3_context, prefix: string, domain: Z3_sort[], range: Z3_sort) => Z3_func_decl;
        mk_fresh_const: (c: Z3_context, prefix: string, ty: Z3_sort) => Z3_ast;
        mk_rec_func_decl: (c: Z3_context, s: Z3_symbol, domain: Z3_sort[], range: Z3_sort) => Z3_func_decl;
        add_rec_def: (c: Z3_context, f: Z3_func_decl, args: Z3_ast[], body: Z3_ast) => void;
        mk_true: (c: Z3_context) => Z3_ast;
        mk_false: (c: Z3_context) => Z3_ast;
        mk_eq: (c: Z3_context, l: Z3_ast, r: Z3_ast) => Z3_ast;
        mk_distinct: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_not: (c: Z3_context, a: Z3_ast) => Z3_ast;
        mk_ite: (c: Z3_context, t1: Z3_ast, t2: Z3_ast, t3: Z3_ast) => Z3_ast;
        mk_iff: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_implies: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_xor: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_and: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_or: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_add: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_mul: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_sub: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_unary_minus: (c: Z3_context, arg: Z3_ast) => Z3_ast;
        mk_div: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_mod: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_rem: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_power: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_abs: (c: Z3_context, arg: Z3_ast) => Z3_ast;
        mk_lt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_le: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_gt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_ge: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_divides: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_int2real: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_real2int: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_is_int: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvnot: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvredand: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvredor: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvand: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvor: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvxor: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvnand: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvnor: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvxnor: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvneg: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvadd: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsub: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvmul: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvudiv: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsdiv: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvurem: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsrem: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsmod: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvult: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvslt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvule: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsle: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvuge: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsge: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvugt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsgt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_concat: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_extract: (c: Z3_context, high: unsigned, low: unsigned, t1: Z3_ast) => Z3_ast;
        mk_sign_ext: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_zero_ext: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_repeat: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_bit2bool: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_bvshl: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvlshr: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvashr: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_rotate_left: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_rotate_right: (c: Z3_context, i: unsigned, t1: Z3_ast) => Z3_ast;
        mk_ext_rotate_left: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_ext_rotate_right: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_int2bv: (c: Z3_context, n: unsigned, t1: Z3_ast) => Z3_ast;
        mk_bv2int: (c: Z3_context, t1: Z3_ast, is_signed: boolean) => Z3_ast;
        mk_bvadd_no_overflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast, is_signed: boolean) => Z3_ast;
        mk_bvadd_no_underflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsub_no_overflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvsub_no_underflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast, is_signed: boolean) => Z3_ast;
        mk_bvsdiv_no_overflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_bvneg_no_overflow: (c: Z3_context, t1: Z3_ast) => Z3_ast;
        mk_bvmul_no_overflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast, is_signed: boolean) => Z3_ast;
        mk_bvmul_no_underflow: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_select: (c: Z3_context, a: Z3_ast, i: Z3_ast) => Z3_ast;
        mk_select_n: (c: Z3_context, a: Z3_ast, idxs: Z3_ast[]) => Z3_ast;
        mk_store: (c: Z3_context, a: Z3_ast, i: Z3_ast, v: Z3_ast) => Z3_ast;
        mk_store_n: (c: Z3_context, a: Z3_ast, idxs: Z3_ast[], v: Z3_ast) => Z3_ast;
        mk_const_array: (c: Z3_context, domain: Z3_sort, v: Z3_ast) => Z3_ast;
        mk_map: (c: Z3_context, f: Z3_func_decl, args: Z3_ast[]) => Z3_ast;
        mk_array_default: (c: Z3_context, array: Z3_ast) => Z3_ast;
        mk_as_array: (c: Z3_context, f: Z3_func_decl) => Z3_ast;
        mk_set_sort: (c: Z3_context, ty: Z3_sort) => Z3_sort;
        mk_empty_set: (c: Z3_context, domain: Z3_sort) => Z3_ast;
        mk_full_set: (c: Z3_context, domain: Z3_sort) => Z3_ast;
        mk_set_add: (c: Z3_context, set: Z3_ast, elem: Z3_ast) => Z3_ast;
        mk_set_del: (c: Z3_context, set: Z3_ast, elem: Z3_ast) => Z3_ast;
        mk_set_union: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_set_intersect: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_set_difference: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_set_complement: (c: Z3_context, arg: Z3_ast) => Z3_ast;
        mk_set_member: (c: Z3_context, elem: Z3_ast, set: Z3_ast) => Z3_ast;
        mk_set_subset: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_array_ext: (c: Z3_context, arg1: Z3_ast, arg2: Z3_ast) => Z3_ast;
        mk_numeral: (c: Z3_context, numeral: string, ty: Z3_sort) => Z3_ast;
        mk_real: (c: Z3_context, num: int, den: int) => Z3_ast;
        mk_real_int64: (c: Z3_context, num: int64_t, den: int64_t) => Z3_ast;
        mk_int: (c: Z3_context, v: int, ty: Z3_sort) => Z3_ast;
        mk_unsigned_int: (c: Z3_context, v: unsigned, ty: Z3_sort) => Z3_ast;
        mk_int64: (c: Z3_context, v: int64_t, ty: Z3_sort) => Z3_ast;
        mk_unsigned_int64: (c: Z3_context, v: uint64_t, ty: Z3_sort) => Z3_ast;
        mk_bv_numeral: (c: Z3_context, bits: boolean[]) => Z3_ast;
        mk_seq_sort: (c: Z3_context, s: Z3_sort) => Z3_sort;
        is_seq_sort: (c: Z3_context, s: Z3_sort) => boolean;
        get_seq_sort_basis: (c: Z3_context, s: Z3_sort) => Z3_sort;
        mk_re_sort: (c: Z3_context, seq: Z3_sort) => Z3_sort;
        is_re_sort: (c: Z3_context, s: Z3_sort) => boolean;
        get_re_sort_basis: (c: Z3_context, s: Z3_sort) => Z3_sort;
        mk_string_sort: (c: Z3_context) => Z3_sort;
        mk_char_sort: (c: Z3_context) => Z3_sort;
        is_string_sort: (c: Z3_context, s: Z3_sort) => boolean;
        is_char_sort: (c: Z3_context, s: Z3_sort) => boolean;
        mk_string: (c: Z3_context, s: string) => Z3_ast;
        mk_lstring: (c: Z3_context, len: unsigned, s: string) => Z3_ast;
        mk_u32string: (c: Z3_context, chars: unsigned[]) => Z3_ast;
        is_string: (c: Z3_context, s: Z3_ast) => boolean;
        get_string: (c: Z3_context, s: Z3_ast) => string;
        get_string_length: (c: Z3_context, s: Z3_ast) => unsigned;
        get_string_contents: (c: Z3_context, s: Z3_ast, length: unsigned) => unsigned[];
        mk_seq_empty: (c: Z3_context, seq: Z3_sort) => Z3_ast;
        mk_seq_unit: (c: Z3_context, a: Z3_ast) => Z3_ast;
        mk_seq_concat: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_seq_prefix: (c: Z3_context, prefix: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_suffix: (c: Z3_context, suffix: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_contains: (c: Z3_context, container: Z3_ast, containee: Z3_ast) => Z3_ast;
        mk_str_lt: (c: Z3_context, prefix: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_str_le: (c: Z3_context, prefix: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_extract: (c: Z3_context, s: Z3_ast, offset: Z3_ast, length: Z3_ast) => Z3_ast;
        mk_seq_replace: (c: Z3_context, s: Z3_ast, src: Z3_ast, dst: Z3_ast) => Z3_ast;
        mk_seq_replace_all: (c: Z3_context, s: Z3_ast, src: Z3_ast, dst: Z3_ast) => Z3_ast;
        mk_seq_replace_re: (c: Z3_context, s: Z3_ast, re: Z3_ast, dst: Z3_ast) => Z3_ast;
        mk_seq_replace_re_all: (c: Z3_context, s: Z3_ast, re: Z3_ast, dst: Z3_ast) => Z3_ast;
        mk_seq_at: (c: Z3_context, s: Z3_ast, index: Z3_ast) => Z3_ast;
        mk_seq_nth: (c: Z3_context, s: Z3_ast, index: Z3_ast) => Z3_ast;
        mk_seq_length: (c: Z3_context, s: Z3_ast) => Z3_ast;
        mk_seq_index: (c: Z3_context, s: Z3_ast, substr: Z3_ast, offset: Z3_ast) => Z3_ast;
        mk_seq_last_index: (c: Z3_context, s: Z3_ast, substr: Z3_ast) => Z3_ast;
        mk_seq_map: (c: Z3_context, f: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_mapi: (c: Z3_context, f: Z3_ast, i: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_foldl: (c: Z3_context, f: Z3_ast, a: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_seq_foldli: (c: Z3_context, f: Z3_ast, i: Z3_ast, a: Z3_ast, s: Z3_ast) => Z3_ast;
        mk_str_to_int: (c: Z3_context, s: Z3_ast) => Z3_ast;
        mk_int_to_str: (c: Z3_context, s: Z3_ast) => Z3_ast;
        mk_string_to_code: (c: Z3_context, a: Z3_ast) => Z3_ast;
        mk_string_from_code: (c: Z3_context, a: Z3_ast) => Z3_ast;
        mk_ubv_to_str: (c: Z3_context, s: Z3_ast) => Z3_ast;
        mk_sbv_to_str: (c: Z3_context, s: Z3_ast) => Z3_ast;
        mk_seq_to_re: (c: Z3_context, seq: Z3_ast) => Z3_ast;
        mk_seq_in_re: (c: Z3_context, seq: Z3_ast, re: Z3_ast) => Z3_ast;
        mk_re_plus: (c: Z3_context, re: Z3_ast) => Z3_ast;
        mk_re_star: (c: Z3_context, re: Z3_ast) => Z3_ast;
        mk_re_option: (c: Z3_context, re: Z3_ast) => Z3_ast;
        mk_re_union: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_re_concat: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_re_range: (c: Z3_context, lo: Z3_ast, hi: Z3_ast) => Z3_ast;
        mk_re_allchar: (c: Z3_context, regex_sort: Z3_sort) => Z3_ast;
        mk_re_loop: (c: Z3_context, r: Z3_ast, lo: unsigned, hi: unsigned) => Z3_ast;
        mk_re_power: (c: Z3_context, re: Z3_ast, n: unsigned) => Z3_ast;
        mk_re_intersect: (c: Z3_context, args: Z3_ast[]) => Z3_ast;
        mk_re_complement: (c: Z3_context, re: Z3_ast) => Z3_ast;
        mk_re_diff: (c: Z3_context, re1: Z3_ast, re2: Z3_ast) => Z3_ast;
        mk_re_empty: (c: Z3_context, re: Z3_sort) => Z3_ast;
        mk_re_full: (c: Z3_context, re: Z3_sort) => Z3_ast;
        mk_char: (c: Z3_context, ch: unsigned) => Z3_ast;
        mk_char_le: (c: Z3_context, ch1: Z3_ast, ch2: Z3_ast) => Z3_ast;
        mk_char_to_int: (c: Z3_context, ch: Z3_ast) => Z3_ast;
        mk_char_to_bv: (c: Z3_context, ch: Z3_ast) => Z3_ast;
        mk_char_from_bv: (c: Z3_context, bv: Z3_ast) => Z3_ast;
        mk_char_is_digit: (c: Z3_context, ch: Z3_ast) => Z3_ast;
        mk_linear_order: (c: Z3_context, a: Z3_sort, id: unsigned) => Z3_func_decl;
        mk_partial_order: (c: Z3_context, a: Z3_sort, id: unsigned) => Z3_func_decl;
        mk_piecewise_linear_order: (c: Z3_context, a: Z3_sort, id: unsigned) => Z3_func_decl;
        mk_tree_order: (c: Z3_context, a: Z3_sort, id: unsigned) => Z3_func_decl;
        mk_transitive_closure: (c: Z3_context, f: Z3_func_decl) => Z3_func_decl;
        mk_pattern: (c: Z3_context, terms: Z3_ast[]) => Z3_pattern;
        mk_bound: (c: Z3_context, index: unsigned, ty: Z3_sort) => Z3_ast;
        mk_forall: (c: Z3_context, weight: unsigned, patterns: Z3_pattern[], sorts: Z3_sort[], decl_names: Z3_symbol[], body: Z3_ast) => Z3_ast;
        mk_exists: (c: Z3_context, weight: unsigned, patterns: Z3_pattern[], sorts: Z3_sort[], decl_names: Z3_symbol[], body: Z3_ast) => Z3_ast;
        mk_quantifier: (c: Z3_context, is_forall: boolean, weight: unsigned, patterns: Z3_pattern[], sorts: Z3_sort[], decl_names: Z3_symbol[], body: Z3_ast) => Z3_ast;
        mk_quantifier_ex: (c: Z3_context, is_forall: boolean, weight: unsigned, quantifier_id: Z3_symbol, skolem_id: Z3_symbol, patterns: Z3_pattern[], no_patterns: Z3_ast[], sorts: Z3_sort[], decl_names: Z3_symbol[], body: Z3_ast) => Z3_ast;
        mk_forall_const: (c: Z3_context, weight: unsigned, bound: Z3_app[], patterns: Z3_pattern[], body: Z3_ast) => Z3_ast;
        mk_exists_const: (c: Z3_context, weight: unsigned, bound: Z3_app[], patterns: Z3_pattern[], body: Z3_ast) => Z3_ast;
        mk_quantifier_const: (c: Z3_context, is_forall: boolean, weight: unsigned, bound: Z3_app[], patterns: Z3_pattern[], body: Z3_ast) => Z3_ast;
        mk_quantifier_const_ex: (c: Z3_context, is_forall: boolean, weight: unsigned, quantifier_id: Z3_symbol, skolem_id: Z3_symbol, bound: Z3_app[], patterns: Z3_pattern[], no_patterns: Z3_ast[], body: Z3_ast) => Z3_ast;
        mk_lambda: (c: Z3_context, sorts: Z3_sort[], decl_names: Z3_symbol[], body: Z3_ast) => Z3_ast;
        mk_lambda_const: (c: Z3_context, bound: Z3_app[], body: Z3_ast) => Z3_ast;
        get_symbol_kind: (c: Z3_context, s: Z3_symbol) => Z3_symbol_kind;
        get_symbol_int: (c: Z3_context, s: Z3_symbol) => int;
        get_symbol_string: (c: Z3_context, s: Z3_symbol) => string;
        get_sort_name: (c: Z3_context, d: Z3_sort) => Z3_symbol;
        get_sort_id: (c: Z3_context, s: Z3_sort) => unsigned;
        sort_to_ast: (c: Z3_context, s: Z3_sort) => Z3_ast;
        is_eq_sort: (c: Z3_context, s1: Z3_sort, s2: Z3_sort) => boolean;
        get_sort_kind: (c: Z3_context, t: Z3_sort) => Z3_sort_kind;
        get_bv_sort_size: (c: Z3_context, t: Z3_sort) => unsigned;
        get_finite_domain_sort_size: (c: Z3_context, s: Z3_sort) => uint64_t | null;
        get_array_arity: (c: Z3_context, s: Z3_sort) => unsigned;
        get_array_sort_domain: (c: Z3_context, t: Z3_sort) => Z3_sort;
        get_array_sort_domain_n: (c: Z3_context, t: Z3_sort, idx: unsigned) => Z3_sort;
        get_array_sort_range: (c: Z3_context, t: Z3_sort) => Z3_sort;
        get_tuple_sort_mk_decl: (c: Z3_context, t: Z3_sort) => Z3_func_decl;
        get_tuple_sort_num_fields: (c: Z3_context, t: Z3_sort) => unsigned;
        get_tuple_sort_field_decl: (c: Z3_context, t: Z3_sort, i: unsigned) => Z3_func_decl;
        is_recursive_datatype_sort: (c: Z3_context, s: Z3_sort) => boolean;
        get_datatype_sort_num_constructors: (c: Z3_context, t: Z3_sort) => unsigned;
        get_datatype_sort_constructor: (c: Z3_context, t: Z3_sort, idx: unsigned) => Z3_func_decl;
        get_datatype_sort_recognizer: (c: Z3_context, t: Z3_sort, idx: unsigned) => Z3_func_decl;
        get_datatype_sort_constructor_accessor: (c: Z3_context, t: Z3_sort, idx_c: unsigned, idx_a: unsigned) => Z3_func_decl;
        datatype_update_field: (c: Z3_context, field_access: Z3_func_decl, t: Z3_ast, value: Z3_ast) => Z3_ast;
        get_relation_arity: (c: Z3_context, s: Z3_sort) => unsigned;
        get_relation_column: (c: Z3_context, s: Z3_sort, col: unsigned) => Z3_sort;
        mk_atmost: (c: Z3_context, args: Z3_ast[], k: unsigned) => Z3_ast;
        mk_atleast: (c: Z3_context, args: Z3_ast[], k: unsigned) => Z3_ast;
        mk_pble: (c: Z3_context, args: Z3_ast[], coeffs: int[], k: int) => Z3_ast;
        mk_pbge: (c: Z3_context, args: Z3_ast[], coeffs: int[], k: int) => Z3_ast;
        mk_pbeq: (c: Z3_context, args: Z3_ast[], coeffs: int[], k: int) => Z3_ast;
        func_decl_to_ast: (c: Z3_context, f: Z3_func_decl) => Z3_ast;
        is_eq_func_decl: (c: Z3_context, f1: Z3_func_decl, f2: Z3_func_decl) => boolean;
        get_func_decl_id: (c: Z3_context, f: Z3_func_decl) => unsigned;
        get_decl_name: (c: Z3_context, d: Z3_func_decl) => Z3_symbol;
        get_decl_kind: (c: Z3_context, d: Z3_func_decl) => Z3_decl_kind;
        get_domain_size: (c: Z3_context, d: Z3_func_decl) => unsigned;
        get_arity: (c: Z3_context, d: Z3_func_decl) => unsigned;
        get_domain: (c: Z3_context, d: Z3_func_decl, i: unsigned) => Z3_sort;
        get_range: (c: Z3_context, d: Z3_func_decl) => Z3_sort;
        get_decl_num_parameters: (c: Z3_context, d: Z3_func_decl) => unsigned;
        get_decl_parameter_kind: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => Z3_parameter_kind;
        get_decl_int_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => int;
        get_decl_double_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => double;
        get_decl_symbol_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => Z3_symbol;
        get_decl_sort_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => Z3_sort;
        get_decl_ast_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => Z3_ast;
        get_decl_func_decl_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => Z3_func_decl;
        get_decl_rational_parameter: (c: Z3_context, d: Z3_func_decl, idx: unsigned) => string;
        app_to_ast: (c: Z3_context, a: Z3_app) => Z3_ast;
        get_app_decl: (c: Z3_context, a: Z3_app) => Z3_func_decl;
        get_app_num_args: (c: Z3_context, a: Z3_app) => unsigned;
        get_app_arg: (c: Z3_context, a: Z3_app, i: unsigned) => Z3_ast;
        is_eq_ast: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => boolean;
        get_ast_id: (c: Z3_context, t: Z3_ast) => unsigned;
        get_ast_hash: (c: Z3_context, a: Z3_ast) => unsigned;
        get_sort: (c: Z3_context, a: Z3_ast) => Z3_sort;
        is_well_sorted: (c: Z3_context, t: Z3_ast) => boolean;
        get_bool_value: (c: Z3_context, a: Z3_ast) => Z3_lbool;
        get_ast_kind: (c: Z3_context, a: Z3_ast) => Z3_ast_kind;
        is_app: (c: Z3_context, a: Z3_ast) => boolean;
        is_ground: (c: Z3_context, a: Z3_ast) => boolean;
        get_depth: (c: Z3_context, a: Z3_ast) => unsigned;
        is_numeral_ast: (c: Z3_context, a: Z3_ast) => boolean;
        is_algebraic_number: (c: Z3_context, a: Z3_ast) => boolean;
        to_app: (c: Z3_context, a: Z3_ast) => Z3_app;
        to_func_decl: (c: Z3_context, a: Z3_ast) => Z3_func_decl;
        get_numeral_string: (c: Z3_context, a: Z3_ast) => string;
        get_numeral_binary_string: (c: Z3_context, a: Z3_ast) => string;
        get_numeral_decimal_string: (c: Z3_context, a: Z3_ast, precision: unsigned) => string;
        get_numeral_double: (c: Z3_context, a: Z3_ast) => double;
        get_numerator: (c: Z3_context, a: Z3_ast) => Z3_ast;
        get_denominator: (c: Z3_context, a: Z3_ast) => Z3_ast;
        get_numeral_small: (c: Z3_context, a: Z3_ast) => {
            num: int64_t;
            den: int64_t;
        } | null;
        get_numeral_int: (c: Z3_context, v: Z3_ast) => int | null;
        get_numeral_uint: (c: Z3_context, v: Z3_ast) => unsigned | null;
        get_numeral_uint64: (c: Z3_context, v: Z3_ast) => uint64_t | null;
        get_numeral_int64: (c: Z3_context, v: Z3_ast) => int64_t | null;
        get_numeral_rational_int64: (c: Z3_context, v: Z3_ast) => {
            num: int64_t;
            den: int64_t;
        } | null;
        get_algebraic_number_lower: (c: Z3_context, a: Z3_ast, precision: unsigned) => Z3_ast;
        get_algebraic_number_upper: (c: Z3_context, a: Z3_ast, precision: unsigned) => Z3_ast;
        pattern_to_ast: (c: Z3_context, p: Z3_pattern) => Z3_ast;
        get_pattern_num_terms: (c: Z3_context, p: Z3_pattern) => unsigned;
        get_pattern: (c: Z3_context, p: Z3_pattern, idx: unsigned) => Z3_ast;
        get_index_value: (c: Z3_context, a: Z3_ast) => unsigned;
        is_quantifier_forall: (c: Z3_context, a: Z3_ast) => boolean;
        is_quantifier_exists: (c: Z3_context, a: Z3_ast) => boolean;
        is_lambda: (c: Z3_context, a: Z3_ast) => boolean;
        get_quantifier_weight: (c: Z3_context, a: Z3_ast) => unsigned;
        get_quantifier_skolem_id: (c: Z3_context, a: Z3_ast) => Z3_symbol;
        get_quantifier_id: (c: Z3_context, a: Z3_ast) => Z3_symbol;
        get_quantifier_num_patterns: (c: Z3_context, a: Z3_ast) => unsigned;
        get_quantifier_pattern_ast: (c: Z3_context, a: Z3_ast, i: unsigned) => Z3_pattern;
        get_quantifier_num_no_patterns: (c: Z3_context, a: Z3_ast) => unsigned;
        get_quantifier_no_pattern_ast: (c: Z3_context, a: Z3_ast, i: unsigned) => Z3_ast;
        get_quantifier_num_bound: (c: Z3_context, a: Z3_ast) => unsigned;
        get_quantifier_bound_name: (c: Z3_context, a: Z3_ast, i: unsigned) => Z3_symbol;
        get_quantifier_bound_sort: (c: Z3_context, a: Z3_ast, i: unsigned) => Z3_sort;
        get_quantifier_body: (c: Z3_context, a: Z3_ast) => Z3_ast;
        simplify: (c: Z3_context, a: Z3_ast) => Promise<Z3_ast>;
        simplify_ex: (c: Z3_context, a: Z3_ast, p: Z3_params) => Promise<Z3_ast>;
        simplify_get_help: (c: Z3_context) => string;
        simplify_get_param_descrs: (c: Z3_context) => Z3_param_descrs;
        update_term: (c: Z3_context, a: Z3_ast, args: Z3_ast[]) => Z3_ast;
        substitute: (c: Z3_context, a: Z3_ast, from: Z3_ast[], to: Z3_ast[]) => Z3_ast;
        substitute_vars: (c: Z3_context, a: Z3_ast, to: Z3_ast[]) => Z3_ast;
        substitute_funs: (c: Z3_context, a: Z3_ast, from: Z3_func_decl[], to: Z3_ast[]) => Z3_ast;
        translate: (source: Z3_context, a: Z3_ast, target: Z3_context) => Z3_ast;
        mk_model: (c: Z3_context) => Z3_model;
        model_inc_ref: (c: Z3_context, m: Z3_model) => void;
        model_dec_ref: (c: Z3_context, m: Z3_model) => void;
        model_eval: (c: Z3_context, m: Z3_model, t: Z3_ast, model_completion: boolean) => Z3_ast | null;
        model_get_const_interp: (c: Z3_context, m: Z3_model, a: Z3_func_decl) => Z3_ast;
        model_has_interp: (c: Z3_context, m: Z3_model, a: Z3_func_decl) => boolean;
        model_get_func_interp: (c: Z3_context, m: Z3_model, f: Z3_func_decl) => Z3_func_interp;
        model_get_num_consts: (c: Z3_context, m: Z3_model) => unsigned;
        model_get_const_decl: (c: Z3_context, m: Z3_model, i: unsigned) => Z3_func_decl;
        model_get_num_funcs: (c: Z3_context, m: Z3_model) => unsigned;
        model_get_func_decl: (c: Z3_context, m: Z3_model, i: unsigned) => Z3_func_decl;
        model_get_num_sorts: (c: Z3_context, m: Z3_model) => unsigned;
        model_get_sort: (c: Z3_context, m: Z3_model, i: unsigned) => Z3_sort;
        model_get_sort_universe: (c: Z3_context, m: Z3_model, s: Z3_sort) => Z3_ast_vector;
        model_translate: (c: Z3_context, m: Z3_model, dst: Z3_context) => Z3_model;
        is_as_array: (c: Z3_context, a: Z3_ast) => boolean;
        get_as_array_func_decl: (c: Z3_context, a: Z3_ast) => Z3_func_decl;
        add_func_interp: (c: Z3_context, m: Z3_model, f: Z3_func_decl, default_value: Z3_ast) => Z3_func_interp;
        add_const_interp: (c: Z3_context, m: Z3_model, f: Z3_func_decl, a: Z3_ast) => void;
        func_interp_inc_ref: (c: Z3_context, f: Z3_func_interp) => void;
        func_interp_dec_ref: (c: Z3_context, f: Z3_func_interp) => void;
        func_interp_get_num_entries: (c: Z3_context, f: Z3_func_interp) => unsigned;
        func_interp_get_entry: (c: Z3_context, f: Z3_func_interp, i: unsigned) => Z3_func_entry;
        func_interp_get_else: (c: Z3_context, f: Z3_func_interp) => Z3_ast;
        func_interp_set_else: (c: Z3_context, f: Z3_func_interp, else_value: Z3_ast) => void;
        func_interp_get_arity: (c: Z3_context, f: Z3_func_interp) => unsigned;
        func_interp_add_entry: (c: Z3_context, fi: Z3_func_interp, args: Z3_ast_vector, value: Z3_ast) => void;
        func_entry_inc_ref: (c: Z3_context, e: Z3_func_entry) => void;
        func_entry_dec_ref: (c: Z3_context, e: Z3_func_entry) => void;
        func_entry_get_value: (c: Z3_context, e: Z3_func_entry) => Z3_ast;
        func_entry_get_num_args: (c: Z3_context, e: Z3_func_entry) => unsigned;
        func_entry_get_arg: (c: Z3_context, e: Z3_func_entry, i: unsigned) => Z3_ast;
        open_log: (filename: string) => boolean;
        append_log: (string: string) => void;
        close_log: () => void;
        toggle_warning_messages: (enabled: boolean) => void;
        set_ast_print_mode: (c: Z3_context, mode: Z3_ast_print_mode) => void;
        ast_to_string: (c: Z3_context, a: Z3_ast) => string;
        pattern_to_string: (c: Z3_context, p: Z3_pattern) => string;
        sort_to_string: (c: Z3_context, s: Z3_sort) => string;
        func_decl_to_string: (c: Z3_context, d: Z3_func_decl) => string;
        model_to_string: (c: Z3_context, m: Z3_model) => string;
        benchmark_to_smtlib_string: (c: Z3_context, name: string, logic: string, status: string, attributes: string, assumptions: Z3_ast[], formula: Z3_ast) => string;
        parse_smtlib2_string: (c: Z3_context, str: string, sort_names: Z3_symbol[], sorts: Z3_sort[], decl_names: Z3_symbol[], decls: Z3_func_decl[]) => Z3_ast_vector;
        parse_smtlib2_file: (c: Z3_context, file_name: string, sort_names: Z3_symbol[], sorts: Z3_sort[], decl_names: Z3_symbol[], decls: Z3_func_decl[]) => Z3_ast_vector;
        eval_smtlib2_string: (c: Z3_context, str: string) => Promise<string>;
        mk_parser_context: (c: Z3_context) => Z3_parser_context;
        parser_context_inc_ref: (c: Z3_context, pc: Z3_parser_context) => void;
        parser_context_dec_ref: (c: Z3_context, pc: Z3_parser_context) => void;
        parser_context_add_sort: (c: Z3_context, pc: Z3_parser_context, s: Z3_sort) => void;
        parser_context_add_decl: (c: Z3_context, pc: Z3_parser_context, f: Z3_func_decl) => void;
        parser_context_from_string: (c: Z3_context, pc: Z3_parser_context, s: string) => Z3_ast_vector;
        get_error_code: (c: Z3_context) => Z3_error_code;
        set_error: (c: Z3_context, e: Z3_error_code) => void;
        get_error_msg: (c: Z3_context, err: Z3_error_code) => string;
        get_version: () => {
            major: unsigned;
            minor: unsigned;
            build_number: unsigned;
            revision_number: unsigned;
        };
        get_full_version: () => string;
        enable_trace: (tag: string) => void;
        disable_trace: (tag: string) => void;
        reset_memory: () => void;
        finalize_memory: () => void;
        mk_goal: (c: Z3_context, models: boolean, unsat_cores: boolean, proofs: boolean) => Z3_goal;
        goal_inc_ref: (c: Z3_context, g: Z3_goal) => void;
        goal_dec_ref: (c: Z3_context, g: Z3_goal) => void;
        goal_precision: (c: Z3_context, g: Z3_goal) => Z3_goal_prec;
        goal_assert: (c: Z3_context, g: Z3_goal, a: Z3_ast) => void;
        goal_inconsistent: (c: Z3_context, g: Z3_goal) => boolean;
        goal_depth: (c: Z3_context, g: Z3_goal) => unsigned;
        goal_reset: (c: Z3_context, g: Z3_goal) => void;
        goal_size: (c: Z3_context, g: Z3_goal) => unsigned;
        goal_formula: (c: Z3_context, g: Z3_goal, idx: unsigned) => Z3_ast;
        goal_num_exprs: (c: Z3_context, g: Z3_goal) => unsigned;
        goal_is_decided_sat: (c: Z3_context, g: Z3_goal) => boolean;
        goal_is_decided_unsat: (c: Z3_context, g: Z3_goal) => boolean;
        goal_translate: (source: Z3_context, g: Z3_goal, target: Z3_context) => Z3_goal;
        goal_convert_model: (c: Z3_context, g: Z3_goal, m: Z3_model) => Z3_model;
        goal_to_string: (c: Z3_context, g: Z3_goal) => string;
        goal_to_dimacs_string: (c: Z3_context, g: Z3_goal, include_names: boolean) => string;
        mk_tactic: (c: Z3_context, name: string) => Z3_tactic;
        tactic_inc_ref: (c: Z3_context, t: Z3_tactic) => void;
        tactic_dec_ref: (c: Z3_context, g: Z3_tactic) => void;
        mk_probe: (c: Z3_context, name: string) => Z3_probe;
        probe_inc_ref: (c: Z3_context, p: Z3_probe) => void;
        probe_dec_ref: (c: Z3_context, p: Z3_probe) => void;
        tactic_and_then: (c: Z3_context, t1: Z3_tactic, t2: Z3_tactic) => Z3_tactic;
        tactic_or_else: (c: Z3_context, t1: Z3_tactic, t2: Z3_tactic) => Z3_tactic;
        tactic_par_or: (c: Z3_context, ts: Z3_tactic[]) => Z3_tactic;
        tactic_par_and_then: (c: Z3_context, t1: Z3_tactic, t2: Z3_tactic) => Z3_tactic;
        tactic_try_for: (c: Z3_context, t: Z3_tactic, ms: unsigned) => Z3_tactic;
        tactic_when: (c: Z3_context, p: Z3_probe, t: Z3_tactic) => Z3_tactic;
        tactic_cond: (c: Z3_context, p: Z3_probe, t1: Z3_tactic, t2: Z3_tactic) => Z3_tactic;
        tactic_repeat: (c: Z3_context, t: Z3_tactic, max: unsigned) => Z3_tactic;
        tactic_skip: (c: Z3_context) => Z3_tactic;
        tactic_fail: (c: Z3_context) => Z3_tactic;
        tactic_fail_if: (c: Z3_context, p: Z3_probe) => Z3_tactic;
        tactic_fail_if_not_decided: (c: Z3_context) => Z3_tactic;
        tactic_using_params: (c: Z3_context, t: Z3_tactic, p: Z3_params) => Z3_tactic;
        mk_simplifier: (c: Z3_context, name: string) => Z3_simplifier;
        simplifier_inc_ref: (c: Z3_context, t: Z3_simplifier) => void;
        simplifier_dec_ref: (c: Z3_context, g: Z3_simplifier) => void;
        solver_add_simplifier: (c: Z3_context, solver: Z3_solver, simplifier: Z3_simplifier) => Z3_solver;
        simplifier_and_then: (c: Z3_context, t1: Z3_simplifier, t2: Z3_simplifier) => Z3_simplifier;
        simplifier_using_params: (c: Z3_context, t: Z3_simplifier, p: Z3_params) => Z3_simplifier;
        get_num_simplifiers: (c: Z3_context) => unsigned;
        get_simplifier_name: (c: Z3_context, i: unsigned) => string;
        simplifier_get_help: (c: Z3_context, t: Z3_simplifier) => string;
        simplifier_get_param_descrs: (c: Z3_context, t: Z3_simplifier) => Z3_param_descrs;
        simplifier_get_descr: (c: Z3_context, name: string) => string;
        probe_const: (x: Z3_context, val: double) => Z3_probe;
        probe_lt: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_gt: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_le: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_ge: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_eq: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_and: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_or: (x: Z3_context, p1: Z3_probe, p2: Z3_probe) => Z3_probe;
        probe_not: (x: Z3_context, p: Z3_probe) => Z3_probe;
        get_num_tactics: (c: Z3_context) => unsigned;
        get_tactic_name: (c: Z3_context, i: unsigned) => string;
        get_num_probes: (c: Z3_context) => unsigned;
        get_probe_name: (c: Z3_context, i: unsigned) => string;
        tactic_get_help: (c: Z3_context, t: Z3_tactic) => string;
        tactic_get_param_descrs: (c: Z3_context, t: Z3_tactic) => Z3_param_descrs;
        tactic_get_descr: (c: Z3_context, name: string) => string;
        probe_get_descr: (c: Z3_context, name: string) => string;
        probe_apply: (c: Z3_context, p: Z3_probe, g: Z3_goal) => double;
        tactic_apply: (c: Z3_context, t: Z3_tactic, g: Z3_goal) => Promise<Z3_apply_result>;
        tactic_apply_ex: (c: Z3_context, t: Z3_tactic, g: Z3_goal, p: Z3_params) => Promise<Z3_apply_result>;
        apply_result_inc_ref: (c: Z3_context, r: Z3_apply_result) => void;
        apply_result_dec_ref: (c: Z3_context, r: Z3_apply_result) => void;
        apply_result_to_string: (c: Z3_context, r: Z3_apply_result) => string;
        apply_result_get_num_subgoals: (c: Z3_context, r: Z3_apply_result) => unsigned;
        apply_result_get_subgoal: (c: Z3_context, r: Z3_apply_result, i: unsigned) => Z3_goal;
        mk_solver: (c: Z3_context) => Z3_solver;
        mk_simple_solver: (c: Z3_context) => Z3_solver;
        mk_solver_for_logic: (c: Z3_context, logic: Z3_symbol) => Z3_solver;
        mk_solver_from_tactic: (c: Z3_context, t: Z3_tactic) => Z3_solver;
        solver_translate: (source: Z3_context, s: Z3_solver, target: Z3_context) => Z3_solver;
        solver_import_model_converter: (ctx: Z3_context, src: Z3_solver, dst: Z3_solver) => void;
        solver_get_help: (c: Z3_context, s: Z3_solver) => string;
        solver_get_param_descrs: (c: Z3_context, s: Z3_solver) => Z3_param_descrs;
        solver_set_params: (c: Z3_context, s: Z3_solver, p: Z3_params) => void;
        solver_inc_ref: (c: Z3_context, s: Z3_solver) => void;
        solver_dec_ref: (c: Z3_context, s: Z3_solver) => void;
        solver_interrupt: (c: Z3_context, s: Z3_solver) => void;
        solver_push: (c: Z3_context, s: Z3_solver) => void;
        solver_pop: (c: Z3_context, s: Z3_solver, n: unsigned) => void;
        solver_reset: (c: Z3_context, s: Z3_solver) => void;
        solver_get_num_scopes: (c: Z3_context, s: Z3_solver) => unsigned;
        solver_assert: (c: Z3_context, s: Z3_solver, a: Z3_ast) => void;
        solver_assert_and_track: (c: Z3_context, s: Z3_solver, a: Z3_ast, p: Z3_ast) => void;
        solver_from_file: (c: Z3_context, s: Z3_solver, file_name: string) => void;
        solver_from_string: (c: Z3_context, s: Z3_solver, str: string) => void;
        solver_get_assertions: (c: Z3_context, s: Z3_solver) => Z3_ast_vector;
        solver_get_units: (c: Z3_context, s: Z3_solver) => Z3_ast_vector;
        solver_get_trail: (c: Z3_context, s: Z3_solver) => Z3_ast_vector;
        solver_get_non_units: (c: Z3_context, s: Z3_solver) => Z3_ast_vector;
        solver_get_levels: (c: Z3_context, s: Z3_solver, literals: Z3_ast_vector, sz: unsigned) => unsigned[];
        solver_congruence_root: (c: Z3_context, s: Z3_solver, a: Z3_ast) => Z3_ast;
        solver_congruence_next: (c: Z3_context, s: Z3_solver, a: Z3_ast) => Z3_ast;
        solver_congruence_explain: (c: Z3_context, s: Z3_solver, a: Z3_ast, b: Z3_ast) => Z3_ast;
        solver_solve_for: (c: Z3_context, s: Z3_solver, variables: Z3_ast_vector, terms: Z3_ast_vector, guards: Z3_ast_vector) => void;
        solver_next_split: (c: Z3_context, cb: Z3_solver_callback, t: Z3_ast, idx: unsigned, phase: Z3_lbool) => boolean;
        solver_propagate_declare: (c: Z3_context, name: Z3_symbol, domain: Z3_sort[], range: Z3_sort) => Z3_func_decl;
        solver_propagate_register: (c: Z3_context, s: Z3_solver, e: Z3_ast) => void;
        solver_propagate_register_cb: (c: Z3_context, cb: Z3_solver_callback, e: Z3_ast) => void;
        solver_propagate_consequence: (c: Z3_context, cb: Z3_solver_callback, fixed: Z3_ast[], eq_lhs: Z3_ast[], eq_rhs: Z3_ast[], conseq: Z3_ast) => boolean;
        solver_set_initial_value: (c: Z3_context, s: Z3_solver, v: Z3_ast, val: Z3_ast) => void;
        solver_check: (c: Z3_context, s: Z3_solver) => Promise<Z3_lbool>;
        solver_check_assumptions: (c: Z3_context, s: Z3_solver, assumptions: Z3_ast[]) => Promise<Z3_lbool>;
        get_implied_equalities: (c: Z3_context, s: Z3_solver, terms: Z3_ast[]) => {
            rv: Z3_lbool;
            class_ids: unsigned[];
        };
        solver_get_consequences: (c: Z3_context, s: Z3_solver, assumptions: Z3_ast_vector, variables: Z3_ast_vector, consequences: Z3_ast_vector) => Promise<Z3_lbool>;
        solver_cube: (c: Z3_context, s: Z3_solver, vars: Z3_ast_vector, backtrack_level: unsigned) => Promise<Z3_ast_vector>;
        solver_get_model: (c: Z3_context, s: Z3_solver) => Z3_model;
        solver_get_proof: (c: Z3_context, s: Z3_solver) => Z3_ast;
        solver_get_unsat_core: (c: Z3_context, s: Z3_solver) => Z3_ast_vector;
        solver_get_reason_unknown: (c: Z3_context, s: Z3_solver) => string;
        solver_get_statistics: (c: Z3_context, s: Z3_solver) => Z3_stats;
        solver_to_string: (c: Z3_context, s: Z3_solver) => string;
        solver_to_dimacs_string: (c: Z3_context, s: Z3_solver, include_names: boolean) => string;
        stats_to_string: (c: Z3_context, s: Z3_stats) => string;
        stats_inc_ref: (c: Z3_context, s: Z3_stats) => void;
        stats_dec_ref: (c: Z3_context, s: Z3_stats) => void;
        stats_size: (c: Z3_context, s: Z3_stats) => unsigned;
        stats_get_key: (c: Z3_context, s: Z3_stats, idx: unsigned) => string;
        stats_is_uint: (c: Z3_context, s: Z3_stats, idx: unsigned) => boolean;
        stats_is_double: (c: Z3_context, s: Z3_stats, idx: unsigned) => boolean;
        stats_get_uint_value: (c: Z3_context, s: Z3_stats, idx: unsigned) => unsigned;
        stats_get_double_value: (c: Z3_context, s: Z3_stats, idx: unsigned) => double;
        get_estimated_alloc_size: () => uint64_t;
        algebraic_is_value: (c: Z3_context, a: Z3_ast) => boolean;
        algebraic_is_pos: (c: Z3_context, a: Z3_ast) => boolean;
        algebraic_is_neg: (c: Z3_context, a: Z3_ast) => boolean;
        algebraic_is_zero: (c: Z3_context, a: Z3_ast) => boolean;
        algebraic_sign: (c: Z3_context, a: Z3_ast) => int;
        algebraic_add: (c: Z3_context, a: Z3_ast, b: Z3_ast) => Z3_ast;
        algebraic_sub: (c: Z3_context, a: Z3_ast, b: Z3_ast) => Z3_ast;
        algebraic_mul: (c: Z3_context, a: Z3_ast, b: Z3_ast) => Z3_ast;
        algebraic_div: (c: Z3_context, a: Z3_ast, b: Z3_ast) => Z3_ast;
        algebraic_root: (c: Z3_context, a: Z3_ast, k: unsigned) => Z3_ast;
        algebraic_power: (c: Z3_context, a: Z3_ast, k: unsigned) => Z3_ast;
        algebraic_lt: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_gt: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_le: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_ge: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_eq: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_neq: (c: Z3_context, a: Z3_ast, b: Z3_ast) => boolean;
        algebraic_roots: (c: Z3_context, p: Z3_ast, a: Z3_ast[]) => Promise<Z3_ast_vector>;
        algebraic_eval: (c: Z3_context, p: Z3_ast, a: Z3_ast[]) => Promise<int>;
        algebraic_get_poly: (c: Z3_context, a: Z3_ast) => Z3_ast_vector;
        algebraic_get_i: (c: Z3_context, a: Z3_ast) => unsigned;
        mk_ast_vector: (c: Z3_context) => Z3_ast_vector;
        ast_vector_inc_ref: (c: Z3_context, v: Z3_ast_vector) => void;
        ast_vector_dec_ref: (c: Z3_context, v: Z3_ast_vector) => void;
        ast_vector_size: (c: Z3_context, v: Z3_ast_vector) => unsigned;
        ast_vector_get: (c: Z3_context, v: Z3_ast_vector, i: unsigned) => Z3_ast;
        ast_vector_set: (c: Z3_context, v: Z3_ast_vector, i: unsigned, a: Z3_ast) => void;
        ast_vector_resize: (c: Z3_context, v: Z3_ast_vector, n: unsigned) => void;
        ast_vector_push: (c: Z3_context, v: Z3_ast_vector, a: Z3_ast) => void;
        ast_vector_translate: (s: Z3_context, v: Z3_ast_vector, t: Z3_context) => Z3_ast_vector;
        ast_vector_to_string: (c: Z3_context, v: Z3_ast_vector) => string;
        mk_ast_map: (c: Z3_context) => Z3_ast_map;
        ast_map_inc_ref: (c: Z3_context, m: Z3_ast_map) => void;
        ast_map_dec_ref: (c: Z3_context, m: Z3_ast_map) => void;
        ast_map_contains: (c: Z3_context, m: Z3_ast_map, k: Z3_ast) => boolean;
        ast_map_find: (c: Z3_context, m: Z3_ast_map, k: Z3_ast) => Z3_ast;
        ast_map_insert: (c: Z3_context, m: Z3_ast_map, k: Z3_ast, v: Z3_ast) => void;
        ast_map_erase: (c: Z3_context, m: Z3_ast_map, k: Z3_ast) => void;
        ast_map_reset: (c: Z3_context, m: Z3_ast_map) => void;
        ast_map_size: (c: Z3_context, m: Z3_ast_map) => unsigned;
        ast_map_keys: (c: Z3_context, m: Z3_ast_map) => Z3_ast_vector;
        ast_map_to_string: (c: Z3_context, m: Z3_ast_map) => string;
        mk_fixedpoint: (c: Z3_context) => Z3_fixedpoint;
        fixedpoint_inc_ref: (c: Z3_context, d: Z3_fixedpoint) => void;
        fixedpoint_dec_ref: (c: Z3_context, d: Z3_fixedpoint) => void;
        fixedpoint_add_rule: (c: Z3_context, d: Z3_fixedpoint, rule: Z3_ast, name: Z3_symbol) => void;
        fixedpoint_add_fact: (c: Z3_context, d: Z3_fixedpoint, r: Z3_func_decl, args: unsigned[]) => void;
        fixedpoint_assert: (c: Z3_context, d: Z3_fixedpoint, axiom: Z3_ast) => void;
        fixedpoint_query: (c: Z3_context, d: Z3_fixedpoint, query: Z3_ast) => Promise<Z3_lbool>;
        fixedpoint_query_relations: (c: Z3_context, d: Z3_fixedpoint, relations: Z3_func_decl[]) => Promise<Z3_lbool>;
        fixedpoint_get_answer: (c: Z3_context, d: Z3_fixedpoint) => Z3_ast;
        fixedpoint_get_reason_unknown: (c: Z3_context, d: Z3_fixedpoint) => string;
        fixedpoint_update_rule: (c: Z3_context, d: Z3_fixedpoint, a: Z3_ast, name: Z3_symbol) => void;
        fixedpoint_get_num_levels: (c: Z3_context, d: Z3_fixedpoint, pred: Z3_func_decl) => unsigned;
        fixedpoint_get_cover_delta: (c: Z3_context, d: Z3_fixedpoint, level: int, pred: Z3_func_decl) => Z3_ast;
        fixedpoint_add_cover: (c: Z3_context, d: Z3_fixedpoint, level: int, pred: Z3_func_decl, property: Z3_ast) => void;
        fixedpoint_get_statistics: (c: Z3_context, d: Z3_fixedpoint) => Z3_stats;
        fixedpoint_register_relation: (c: Z3_context, d: Z3_fixedpoint, f: Z3_func_decl) => void;
        fixedpoint_set_predicate_representation: (c: Z3_context, d: Z3_fixedpoint, f: Z3_func_decl, relation_kinds: Z3_symbol[]) => void;
        fixedpoint_get_rules: (c: Z3_context, f: Z3_fixedpoint) => Z3_ast_vector;
        fixedpoint_get_assertions: (c: Z3_context, f: Z3_fixedpoint) => Z3_ast_vector;
        fixedpoint_set_params: (c: Z3_context, f: Z3_fixedpoint, p: Z3_params) => void;
        fixedpoint_get_help: (c: Z3_context, f: Z3_fixedpoint) => string;
        fixedpoint_get_param_descrs: (c: Z3_context, f: Z3_fixedpoint) => Z3_param_descrs;
        fixedpoint_to_string: (c: Z3_context, f: Z3_fixedpoint, queries: Z3_ast[]) => string;
        fixedpoint_from_string: (c: Z3_context, f: Z3_fixedpoint, s: string) => Z3_ast_vector;
        fixedpoint_from_file: (c: Z3_context, f: Z3_fixedpoint, s: string) => Z3_ast_vector;
        mk_fpa_rounding_mode_sort: (c: Z3_context) => Z3_sort;
        mk_fpa_round_nearest_ties_to_even: (c: Z3_context) => Z3_ast;
        mk_fpa_rne: (c: Z3_context) => Z3_ast;
        mk_fpa_round_nearest_ties_to_away: (c: Z3_context) => Z3_ast;
        mk_fpa_rna: (c: Z3_context) => Z3_ast;
        mk_fpa_round_toward_positive: (c: Z3_context) => Z3_ast;
        mk_fpa_rtp: (c: Z3_context) => Z3_ast;
        mk_fpa_round_toward_negative: (c: Z3_context) => Z3_ast;
        mk_fpa_rtn: (c: Z3_context) => Z3_ast;
        mk_fpa_round_toward_zero: (c: Z3_context) => Z3_ast;
        mk_fpa_rtz: (c: Z3_context) => Z3_ast;
        mk_fpa_sort: (c: Z3_context, ebits: unsigned, sbits: unsigned) => Z3_sort;
        mk_fpa_sort_half: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_16: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_single: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_32: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_double: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_64: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_quadruple: (c: Z3_context) => Z3_sort;
        mk_fpa_sort_128: (c: Z3_context) => Z3_sort;
        mk_fpa_nan: (c: Z3_context, s: Z3_sort) => Z3_ast;
        mk_fpa_inf: (c: Z3_context, s: Z3_sort, negative: boolean) => Z3_ast;
        mk_fpa_zero: (c: Z3_context, s: Z3_sort, negative: boolean) => Z3_ast;
        mk_fpa_fp: (c: Z3_context, sgn: Z3_ast, exp: Z3_ast, sig: Z3_ast) => Z3_ast;
        mk_fpa_numeral_float: (c: Z3_context, v: float, ty: Z3_sort) => Z3_ast;
        mk_fpa_numeral_double: (c: Z3_context, v: double, ty: Z3_sort) => Z3_ast;
        mk_fpa_numeral_int: (c: Z3_context, v: int, ty: Z3_sort) => Z3_ast;
        mk_fpa_numeral_int_uint: (c: Z3_context, sgn: boolean, exp: int, sig: unsigned, ty: Z3_sort) => Z3_ast;
        mk_fpa_numeral_int64_uint64: (c: Z3_context, sgn: boolean, exp: int64_t, sig: uint64_t, ty: Z3_sort) => Z3_ast;
        mk_fpa_abs: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_neg: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_add: (c: Z3_context, rm: Z3_ast, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_sub: (c: Z3_context, rm: Z3_ast, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_mul: (c: Z3_context, rm: Z3_ast, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_div: (c: Z3_context, rm: Z3_ast, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_fma: (c: Z3_context, rm: Z3_ast, t1: Z3_ast, t2: Z3_ast, t3: Z3_ast) => Z3_ast;
        mk_fpa_sqrt: (c: Z3_context, rm: Z3_ast, t: Z3_ast) => Z3_ast;
        mk_fpa_rem: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_round_to_integral: (c: Z3_context, rm: Z3_ast, t: Z3_ast) => Z3_ast;
        mk_fpa_min: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_max: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_leq: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_lt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_geq: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_gt: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_eq: (c: Z3_context, t1: Z3_ast, t2: Z3_ast) => Z3_ast;
        mk_fpa_is_normal: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_subnormal: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_zero: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_infinite: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_nan: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_negative: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_is_positive: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_to_fp_bv: (c: Z3_context, bv: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_fpa_to_fp_float: (c: Z3_context, rm: Z3_ast, t: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_fpa_to_fp_real: (c: Z3_context, rm: Z3_ast, t: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_fpa_to_fp_signed: (c: Z3_context, rm: Z3_ast, t: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_fpa_to_fp_unsigned: (c: Z3_context, rm: Z3_ast, t: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_fpa_to_ubv: (c: Z3_context, rm: Z3_ast, t: Z3_ast, sz: unsigned) => Z3_ast;
        mk_fpa_to_sbv: (c: Z3_context, rm: Z3_ast, t: Z3_ast, sz: unsigned) => Z3_ast;
        mk_fpa_to_real: (c: Z3_context, t: Z3_ast) => Z3_ast;
        fpa_get_ebits: (c: Z3_context, s: Z3_sort) => unsigned;
        fpa_get_sbits: (c: Z3_context, s: Z3_sort) => unsigned;
        fpa_is_numeral: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_nan: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_inf: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_zero: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_normal: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_subnormal: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_positive: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_is_numeral_negative: (c: Z3_context, t: Z3_ast) => boolean;
        fpa_get_numeral_sign_bv: (c: Z3_context, t: Z3_ast) => Z3_ast;
        fpa_get_numeral_significand_bv: (c: Z3_context, t: Z3_ast) => Z3_ast;
        fpa_get_numeral_significand_string: (c: Z3_context, t: Z3_ast) => string;
        fpa_get_numeral_significand_uint64: (c: Z3_context, t: Z3_ast) => uint64_t | null;
        fpa_get_numeral_exponent_string: (c: Z3_context, t: Z3_ast, biased: boolean) => string;
        fpa_get_numeral_exponent_int64: (c: Z3_context, t: Z3_ast, biased: boolean) => int64_t | null;
        fpa_get_numeral_exponent_bv: (c: Z3_context, t: Z3_ast, biased: boolean) => Z3_ast;
        mk_fpa_to_ieee_bv: (c: Z3_context, t: Z3_ast) => Z3_ast;
        mk_fpa_to_fp_int_real: (c: Z3_context, rm: Z3_ast, exp: Z3_ast, sig: Z3_ast, s: Z3_sort) => Z3_ast;
        mk_optimize: (c: Z3_context) => Z3_optimize;
        optimize_inc_ref: (c: Z3_context, d: Z3_optimize) => void;
        optimize_dec_ref: (c: Z3_context, d: Z3_optimize) => void;
        optimize_assert: (c: Z3_context, o: Z3_optimize, a: Z3_ast) => void;
        optimize_assert_and_track: (c: Z3_context, o: Z3_optimize, a: Z3_ast, t: Z3_ast) => void;
        optimize_assert_soft: (c: Z3_context, o: Z3_optimize, a: Z3_ast, weight: string, id: Z3_symbol) => unsigned;
        optimize_maximize: (c: Z3_context, o: Z3_optimize, t: Z3_ast) => unsigned;
        optimize_minimize: (c: Z3_context, o: Z3_optimize, t: Z3_ast) => unsigned;
        optimize_push: (c: Z3_context, d: Z3_optimize) => void;
        optimize_pop: (c: Z3_context, d: Z3_optimize) => void;
        optimize_set_initial_value: (c: Z3_context, o: Z3_optimize, v: Z3_ast, val: Z3_ast) => void;
        optimize_check: (c: Z3_context, o: Z3_optimize, assumptions: Z3_ast[]) => Promise<Z3_lbool>;
        optimize_get_reason_unknown: (c: Z3_context, d: Z3_optimize) => string;
        optimize_get_model: (c: Z3_context, o: Z3_optimize) => Z3_model;
        optimize_get_unsat_core: (c: Z3_context, o: Z3_optimize) => Z3_ast_vector;
        optimize_set_params: (c: Z3_context, o: Z3_optimize, p: Z3_params) => void;
        optimize_get_param_descrs: (c: Z3_context, o: Z3_optimize) => Z3_param_descrs;
        optimize_get_lower: (c: Z3_context, o: Z3_optimize, idx: unsigned) => Z3_ast;
        optimize_get_upper: (c: Z3_context, o: Z3_optimize, idx: unsigned) => Z3_ast;
        optimize_get_lower_as_vector: (c: Z3_context, o: Z3_optimize, idx: unsigned) => Z3_ast_vector;
        optimize_get_upper_as_vector: (c: Z3_context, o: Z3_optimize, idx: unsigned) => Z3_ast_vector;
        optimize_to_string: (c: Z3_context, o: Z3_optimize) => string;
        optimize_from_string: (c: Z3_context, o: Z3_optimize, s: string) => void;
        optimize_from_file: (c: Z3_context, o: Z3_optimize, s: string) => void;
        optimize_get_help: (c: Z3_context, t: Z3_optimize) => string;
        optimize_get_statistics: (c: Z3_context, d: Z3_optimize) => Z3_stats;
        optimize_get_assertions: (c: Z3_context, o: Z3_optimize) => Z3_ast_vector;
        optimize_get_objectives: (c: Z3_context, o: Z3_optimize) => Z3_ast_vector;
        optimize_translate: (c: Z3_context, o: Z3_optimize, target: Z3_context) => Z3_optimize;
        polynomial_subresultants: (c: Z3_context, p: Z3_ast, q: Z3_ast, x: Z3_ast) => Promise<Z3_ast_vector>;
        rcf_del: (c: Z3_context, a: Z3_rcf_num) => void;
        rcf_mk_rational: (c: Z3_context, val: string) => Z3_rcf_num;
        rcf_mk_small_int: (c: Z3_context, val: int) => Z3_rcf_num;
        rcf_mk_pi: (c: Z3_context) => Z3_rcf_num;
        rcf_mk_e: (c: Z3_context) => Z3_rcf_num;
        rcf_mk_infinitesimal: (c: Z3_context) => Z3_rcf_num;
        rcf_mk_roots: (c: Z3_context, a: Z3_rcf_num[]) => {
            rv: unsigned;
            roots: Z3_rcf_num[];
        };
        rcf_add: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => Z3_rcf_num;
        rcf_sub: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => Z3_rcf_num;
        rcf_mul: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => Z3_rcf_num;
        rcf_div: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => Z3_rcf_num;
        rcf_neg: (c: Z3_context, a: Z3_rcf_num) => Z3_rcf_num;
        rcf_inv: (c: Z3_context, a: Z3_rcf_num) => Z3_rcf_num;
        rcf_power: (c: Z3_context, a: Z3_rcf_num, k: unsigned) => Z3_rcf_num;
        rcf_lt: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_gt: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_le: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_ge: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_eq: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_neq: (c: Z3_context, a: Z3_rcf_num, b: Z3_rcf_num) => boolean;
        rcf_num_to_string: (c: Z3_context, a: Z3_rcf_num, compact: boolean, html: boolean) => string;
        rcf_num_to_decimal_string: (c: Z3_context, a: Z3_rcf_num, prec: unsigned) => string;
        rcf_get_numerator_denominator: (c: Z3_context, a: Z3_rcf_num) => {
            n: Z3_rcf_num;
            d: Z3_rcf_num;
        };
        rcf_is_rational: (c: Z3_context, a: Z3_rcf_num) => boolean;
        rcf_is_algebraic: (c: Z3_context, a: Z3_rcf_num) => boolean;
        rcf_is_infinitesimal: (c: Z3_context, a: Z3_rcf_num) => boolean;
        rcf_is_transcendental: (c: Z3_context, a: Z3_rcf_num) => boolean;
        rcf_extension_index: (c: Z3_context, a: Z3_rcf_num) => unsigned;
        rcf_transcendental_name: (c: Z3_context, a: Z3_rcf_num) => Z3_symbol;
        rcf_infinitesimal_name: (c: Z3_context, a: Z3_rcf_num) => Z3_symbol;
        rcf_num_coefficients: (c: Z3_context, a: Z3_rcf_num) => unsigned;
        rcf_coefficient: (c: Z3_context, a: Z3_rcf_num, i: unsigned) => Z3_rcf_num;
        rcf_num_sign_conditions: (c: Z3_context, a: Z3_rcf_num) => unsigned;
        rcf_sign_condition_sign: (c: Z3_context, a: Z3_rcf_num, i: unsigned) => int;
        rcf_num_sign_condition_coefficients: (c: Z3_context, a: Z3_rcf_num, i: unsigned) => unsigned;
        rcf_sign_condition_coefficient: (c: Z3_context, a: Z3_rcf_num, i: unsigned, j: unsigned) => Z3_rcf_num;
        fixedpoint_query_from_lvl: (c: Z3_context, d: Z3_fixedpoint, query: Z3_ast, lvl: unsigned) => Promise<Z3_lbool>;
        fixedpoint_get_ground_sat_answer: (c: Z3_context, d: Z3_fixedpoint) => Z3_ast;
        fixedpoint_get_rules_along_trace: (c: Z3_context, d: Z3_fixedpoint) => Z3_ast_vector;
        fixedpoint_get_rule_names_along_trace: (c: Z3_context, d: Z3_fixedpoint) => Z3_symbol;
        fixedpoint_add_invariant: (c: Z3_context, d: Z3_fixedpoint, pred: Z3_func_decl, property: Z3_ast) => void;
        fixedpoint_get_reachable: (c: Z3_context, d: Z3_fixedpoint, pred: Z3_func_decl) => Z3_ast;
        qe_model_project: (c: Z3_context, m: Z3_model, bound: Z3_app[], body: Z3_ast) => Z3_ast;
        qe_model_project_skolem: (c: Z3_context, m: Z3_model, bound: Z3_app[], body: Z3_ast, map: Z3_ast_map) => Z3_ast;
        qe_model_project_with_witness: (c: Z3_context, m: Z3_model, bound: Z3_app[], body: Z3_ast, map: Z3_ast_map) => Z3_ast;
        model_extrapolate: (c: Z3_context, m: Z3_model, fml: Z3_ast) => Z3_ast;
        qe_lite: (c: Z3_context, vars: Z3_ast_vector, body: Z3_ast) => Z3_ast;
    };
}>;
export {};