diff options
Diffstat (limited to 'sos-code-article6')
| -rw-r--r-- | sos-code-article6/cdrom/boot/grub/stage2_eltorito | bin | 0 -> 147440 bytes | |||
| -rw-r--r-- | sos-code-article6/sos.map | 268 | ||||
| -rw-r--r-- | sos-code-article6/sos/main.c | 61 |
3 files changed, 300 insertions, 29 deletions
diff --git a/sos-code-article6/cdrom/boot/grub/stage2_eltorito b/sos-code-article6/cdrom/boot/grub/stage2_eltorito Binary files differnew file mode 100644 index 0000000..6d82f08 --- /dev/null +++ b/sos-code-article6/cdrom/boot/grub/stage2_eltorito diff --git a/sos-code-article6/sos.map b/sos-code-article6/sos.map new file mode 100644 index 0000000..da7c0a6 --- /dev/null +++ b/sos-code-article6/sos.map @@ -0,0 +1,268 @@ +002084c8 a.1066 +002077ce alloc_node_binop +00207752 alloc_node_num +0020781a alloc_node_unarop +00207786 alloc_node_var +00206dbb backtracer.1277 +00201000 __b_kernel +00200000 __b_load +0020833c bootstrap_stack_bottom +00208340 bootstrap_stack_size +00204ab7 cache_add_slab +00204c08 cache_grow +00204978 cache_initialize +0020a590 cache_of_struct_kslab +0020a58c cache_of_struct_kslab_cache +00204cfb cache_release_slab +00206d83 clk_it +0021adf0 clock_count.1265 +002033e8 core_routine +00204eaf create_cache_of_caches +00204fd9 create_cache_of_ranges +00203b02 create_range +0021ae04 ctxt_hello1 +0021ae00 ctxt_hello2 +0021ae0c ctxt_main +0021addc data_lexer_to_parser +0021add8 data_reader_to_lexer +0020adc0 deep_stack +0021adf4 demand_paging_count.1288 +00206cf8 display_bits +0020a340 double_fault_alternate_stack +00206f1f dump_backtrace +0021f000 __e_kernel +00209ab9 __e_load +00207eac eval_expression +00207111 exit_hello12 +0020394e find_suitable_free_range +002058fa free_object +0020a59c free_ppage +00207f7b free_syntax_tree +00207e6e func_eval +002074cd func_exit +00207f27 func_free +00207547 func_lexer +00207b45 func_parser +002074f0 func_reader +00208348 gdt +002038f8 get_closest_preceding_kmem_range +00207993 get_expr +002079ae get_expr_lr +00207a8b get_factor +0020788d get_number +00207918 get_op +002062be get_page_descr_at_paddr +00207956 get_par +00207b0f get_scalar +002078ca get_str +00207a0f get_term +00207a2a get_term_lr +00207133 hello1 +0021ae08 hello1_stack +00207176 hello2 +0021adfc hello2_stack +00209ac0 idt +0020399e insert_range +00208400 kmalloc_cache +0020a580 kmem_free_range_list +0020a588 kmem_range_cache +0020a584 kmem_used_range_list +0020a594 kslab_cache_list +00203a4b lookup_range +00201011 loop +00206697 memcmp +00206640 memcpy +00206671 memset +002086a0 msg_double_fault_not_supported +00208780 msg_nested_level_overflow +00201000 multiboot_entry +00200000 multiboot_header +0020248c paging_setup_map_helper +00207b6c parse_expression +0020785d parser_exception +00206f94 pgflt_ex +0020a598 physical_page_descr_array +0020a5a4 physmem_base +0020a5a8 physmem_top +0020a5ac physmem_total_pages +0020a5b0 physmem_used_pages +00209308 __PRETTY_FUNCTION__.1040 +00208da6 __PRETTY_FUNCTION__.1064 +00208db3 __PRETTY_FUNCTION__.1073 +00208a54 __PRETTY_FUNCTION__.1093 +00208dc0 __PRETTY_FUNCTION__.1101 +0020885f __PRETTY_FUNCTION__.1111 +00208a80 __PRETTY_FUNCTION__.1121 +00209368 __PRETTY_FUNCTION__.1124 +00208aab __PRETTY_FUNCTION__.1131 +00208ddd __PRETTY_FUNCTION__.1132 +00208ac2 __PRETTY_FUNCTION__.1136 +00209142 __PRETTY_FUNCTION__.1137 +00208877 __PRETTY_FUNCTION__.1145 +00208ad9 __PRETTY_FUNCTION__.1145 +00209160 __PRETTY_FUNCTION__.1177 +00209187 __PRETTY_FUNCTION__.1227 +0020919c __PRETTY_FUNCTION__.1242 +002091c0 __PRETTY_FUNCTION__.1262 +00209a94 __PRETTY_FUNCTION__.1292 +00209a9d __PRETTY_FUNCTION__.1327 +00209ab0 __PRETTY_FUNCTION__.1563 +002071b9 print_hello_world +002084c4 q.1067 +002084cc r.1068 +00206888 random +002084c0 _random_seed +00207c48 rec_eval.1511 +002074c8 reclaim +002070fe reclaim_stack +002038cf resume_pc +00208af8 sizeof_struct_sos_kmem_range +00206c4a snprintf +002037f0 sos_backtrace +002032dd sos_bochs_hexdump +002033a2 sos_bochs_printf +002030c2 sos_bochs_putchar +002030ff sos_bochs_puthex +002030da sos_bochs_putstring +002030b8 sos_bochs_setup +002036c1 sos_cpu_context_dump +002038d0 sos_cpu_context_exit_to +002037df sos_cpu_context_get_EX_faulting_vaddr +00203798 sos_cpu_context_get_EX_info +00203636 sos_cpu_context_get_PC +0020367d sos_cpu_context_get_SP +0020388c sos_cpu_context_switch +00203437 sos_cpu_kstate_init +0020354f sos_cpu_state_detect_kernel_stack_overflow +00203518 sos_cpu_state_prepare_detect_kernel_stack_overflow +00206c80 sos_display_fatal_error +00201382 sos_exception_get_name +00201353 sos_exception_get_routine +0020a2c0 sos_exception_handler_array +002012c0 sos_exception_set_routine +00201260 sos_exception_subsystem_setup +002013a4 sos_exception_wrapper_0 +002013e8 sos_exception_wrapper_1 +00201a48 sos_exception_wrapper_10 +00201a8c sos_exception_wrapper_11 +00201ad0 sos_exception_wrapper_12 +00201b14 sos_exception_wrapper_13 +00201b58 sos_exception_wrapper_14 +00201608 sos_exception_wrapper_15 +0020164c sos_exception_wrapper_16 +00201b9c sos_exception_wrapper_17 +00201690 sos_exception_wrapper_18 +002016d4 sos_exception_wrapper_19 +0020142c sos_exception_wrapper_2 +00201718 sos_exception_wrapper_20 +0020175c sos_exception_wrapper_21 +002017a0 sos_exception_wrapper_22 +002017e4 sos_exception_wrapper_23 +00201828 sos_exception_wrapper_24 +0020186c sos_exception_wrapper_25 +002018b0 sos_exception_wrapper_26 +002018f4 sos_exception_wrapper_27 +00201938 sos_exception_wrapper_28 +0020197c sos_exception_wrapper_29 +00201470 sos_exception_wrapper_3 +002019c0 sos_exception_wrapper_30 +00201a04 sos_exception_wrapper_31 +002014b4 sos_exception_wrapper_4 +002014f8 sos_exception_wrapper_5 +0020153c sos_exception_wrapper_6 +00201580 sos_exception_wrapper_7 +00201be0 sos_exception_wrapper_8 +002015c4 sos_exception_wrapper_9 +00208700 sos_exception_wrapper_array +002011e4 sos_gdt_subsystem_setup +00201218 sos_generic_ex +00202e44 sos_i8254_set_frequency +00202432 sos_i8259_disable_irq_line +002023d4 sos_i8259_enable_irq_line +00202384 sos_i8259_subsystem_setup +00201174 sos_idt_get_handler +002010b9 sos_idt_set_handler +00201014 sos_idt_subsystem_setup +00201cfe sos_irq_get_nested_level +00201cdc sos_irq_get_routine +0020a540 sos_irq_handler_array +0021adf8 sos_irq_nested_level_counter +00201c13 sos_irq_set_routine +00201bfc sos_irq_subsystem_setup +00201d08 sos_irq_wrapper_0 +00201d6c sos_irq_wrapper_1 +00202114 sos_irq_wrapper_10 +0020217c sos_irq_wrapper_11 +002021e4 sos_irq_wrapper_12 +0020224c sos_irq_wrapper_13 +002022b4 sos_irq_wrapper_14 +0020231c sos_irq_wrapper_15 +00201dd4 sos_irq_wrapper_2 +00201e3c sos_irq_wrapper_3 +00201ea4 sos_irq_wrapper_4 +00201f0c sos_irq_wrapper_5 +00201f74 sos_irq_wrapper_6 +00201fdc sos_irq_wrapper_7 +00202044 sos_irq_wrapper_8 +002020ac sos_irq_wrapper_9 +002087c0 sos_irq_wrapper_array +00205e4b sos_kfree +00205da9 sos_kmalloc +00205ce0 sos_kmalloc_subsystem_setup +0020565e sos_kmem_cache_alloc +002054cb sos_kmem_cache_create +002055cf sos_kmem_cache_destroy +00205bc8 sos_kmem_cache_free +00205c11 sos_kmem_cache_release_struct_range +002054af sos_kmem_cache_subsystem_setup_commit +002050f1 sos_kmem_cache_subsystem_setup_prepare +0020488b sos_kmem_vmm_alloc +0020432f sos_kmem_vmm_del_range +002048c2 sos_kmem_vmm_free +00204954 sos_kmem_vmm_is_valid_vaddr +002040cf sos_kmem_vmm_new_range +0020492b sos_kmem_vmm_resolve_slab +0020490b sos_kmem_vmm_set_slab +00203d52 sos_kmem_vmm_subsystem_setup +00207fd4 sos_main +00202d87 sos_paging_get_paddr +00202cd7 sos_paging_get_prot +00202851 sos_paging_map +002026c5 sos_paging_subsystem_setup +00202b2f sos_paging_unmap +002065b9 sos_physmem_get_kmem_range +00206613 sos_physmem_get_state +0020630b sos_physmem_ref_physpage_at +00206151 sos_physmem_ref_physpage_new +002065e2 sos_physmem_set_kmem_range +00205e74 sos_physmem_subsystem_setup +0020644e sos_physmem_unref_physpage +00208360 sos_x86_exnames +00202edc sos_x86_videomem_cls +00203026 sos_x86_videomem_printf +00202faf sos_x86_videomem_putchar +00202f1f sos_x86_videomem_putstring +00202ebc sos_x86_videomem_setup +002068d5 srandom +0021b000 stack +0020a9c0 stack_lexer +0020a5c0 stack_reader +00201000 start +00201000 _start +0021adcc st_eval +0021add0 st_free +0021adc4 st_lexer +0021add4 st_main +0021adc8 st_parser +002067e5 strcmp +0021adc0 st_reader +002066f1 strlen +00206827 strncmp +00206716 strnlen +0020679a strzcat +00206749 strzcpy +0020748d test_backtrace +002072a2 test_demand_paging +0020a5a0 used_ppage +002083e0 video +002068e2 vsnprintf diff --git a/sos-code-article6/sos/main.c b/sos-code-article6/sos/main.c index 37f1d68..546dbe7 100644 --- a/sos-code-article6/sos/main.c +++ b/sos-code-article6/sos/main.c @@ -79,7 +79,7 @@ static void dump_backtrace(const struct sos_cpu_state *cpu_state, sos_bool_t on_console, sos_bool_t on_bochs) { - static void backtracer(sos_vaddr_t PC, + void backtracer(sos_vaddr_t PC, sos_vaddr_t params, sos_ui32_t depth, void *custom_arg) @@ -599,24 +599,23 @@ struct syntax_node }; }; -static void func_parser(struct syntax_node ** syntax_tree) -{ - static struct syntax_node *alloc_node_num(int val); - static struct syntax_node *alloc_node_var(const char * name); - static struct syntax_node *alloc_node_binop(char op, +// BEGIN AUX FUNCTIONS + struct syntax_node *alloc_node_num(int val); + struct syntax_node *alloc_node_var(const char * name); + struct syntax_node *alloc_node_binop(char op, struct syntax_node *parm_left, struct syntax_node *parm_right); - static struct syntax_node *alloc_node_unarop(char op, + struct syntax_node *alloc_node_unarop(char op, struct syntax_node *parm); - static struct syntax_node * get_expr(); - static struct syntax_node * get_expr_lr(struct syntax_node *n); - static struct syntax_node * get_term(); - static struct syntax_node * get_term_lr(struct syntax_node *n); - static struct syntax_node * get_factor(); - static struct syntax_node * get_scalar(); + struct syntax_node * get_expr(); + struct syntax_node * get_expr_lr(struct syntax_node *n); + struct syntax_node * get_term(); + struct syntax_node * get_term_lr(struct syntax_node *n); + struct syntax_node * get_factor(); + struct syntax_node * get_scalar(); /* Create a new node to store a number */ - static struct syntax_node *alloc_node_num(int val) + struct syntax_node *alloc_node_num(int val) { struct syntax_node *n = (struct syntax_node*) sos_kmalloc(sizeof(struct syntax_node), 0); @@ -625,7 +624,7 @@ static void func_parser(struct syntax_node ** syntax_tree) return n; } /* Create a new node to store a variable */ - static struct syntax_node *alloc_node_var(const char * name) + struct syntax_node *alloc_node_var(const char * name) { struct syntax_node *n = (struct syntax_node*) sos_kmalloc(sizeof(struct syntax_node), 0); @@ -634,7 +633,7 @@ static void func_parser(struct syntax_node ** syntax_tree) return n; } /* Create a new node to store a binary operator */ - static struct syntax_node *alloc_node_binop(char op, + struct syntax_node *alloc_node_binop(char op, struct syntax_node *parm_left, struct syntax_node *parm_right) { @@ -647,7 +646,7 @@ static void func_parser(struct syntax_node ** syntax_tree) return n; } /* Create a new node to store a unary operator */ - static struct syntax_node *alloc_node_unarop(char op, + struct syntax_node *alloc_node_unarop(char op, struct syntax_node *parm) { struct syntax_node *n @@ -660,7 +659,7 @@ static void func_parser(struct syntax_node ** syntax_tree) /* Raise an exception: transfer control back to main context, without unrolling the whole recursion */ - static void parser_exception(const char *str) + void parser_exception(const char *str) { sos_bochs_printf("Parser exception: %s\n", str); sos_cpu_context_switch(& st_parser, st_main); @@ -668,7 +667,7 @@ static void func_parser(struct syntax_node ** syntax_tree) /* Consume the current terminal "number" token and ask for a new token */ - static int get_number() + int get_number() { int v; if (data_lexer_to_parser.type != LEX_IS_NUMBER) @@ -679,7 +678,7 @@ static void func_parser(struct syntax_node ** syntax_tree) } /* Consume the current terminal "variable" token and ask for a new token */ - static void get_str(char name[STR_VAR_MAXLEN]) + void get_str(char name[STR_VAR_MAXLEN]) { if (data_lexer_to_parser.type != LEX_IS_VAR) parser_exception("Expected variable"); @@ -688,7 +687,7 @@ static void func_parser(struct syntax_node ** syntax_tree) } /* Consume the current terminal "operator" token and ask for a new token */ - static char get_op() + char get_op() { char op; if (data_lexer_to_parser.type != LEX_IS_OPER) @@ -699,7 +698,7 @@ static void func_parser(struct syntax_node ** syntax_tree) } /* Consume the current terminal "parenthese" token and ask for a new token */ - static void get_par() + void get_par() { if ( (data_lexer_to_parser.type != LEX_IS_OPENPAR) && (data_lexer_to_parser.type != LEX_IS_CLOSEPAR) ) @@ -708,13 +707,13 @@ static void func_parser(struct syntax_node ** syntax_tree) } /* Parse an Expression */ - static struct syntax_node * get_expr() + struct syntax_node * get_expr() { struct syntax_node *t = get_term(); return get_expr_lr(t); } /* Parse an Expr_lr */ - static struct syntax_node * get_expr_lr(struct syntax_node *n) + struct syntax_node * get_expr_lr(struct syntax_node *n) { if ( (data_lexer_to_parser.type == LEX_IS_OPER) && ( (data_lexer_to_parser.operator == '+') @@ -728,13 +727,13 @@ static void func_parser(struct syntax_node ** syntax_tree) return n; } /* Parse a Term */ - static struct syntax_node * get_term() + struct syntax_node * get_term() { struct syntax_node *f1 = get_factor(); return get_term_lr(f1); } /* Parse a Term_lr */ - static struct syntax_node * get_term_lr(struct syntax_node *n) + struct syntax_node * get_term_lr(struct syntax_node *n) { if ( (data_lexer_to_parser.type == LEX_IS_OPER) && ( (data_lexer_to_parser.operator == '*') @@ -748,7 +747,7 @@ static void func_parser(struct syntax_node ** syntax_tree) return n; } /* Parse a Factor */ - static struct syntax_node * get_factor() + struct syntax_node * get_factor() { if ( (data_lexer_to_parser.type == LEX_IS_OPER) && ( (data_lexer_to_parser.operator == '-') @@ -769,7 +768,7 @@ static void func_parser(struct syntax_node ** syntax_tree) return get_scalar(); } /* Parse a Scalar */ - static struct syntax_node * get_scalar() + struct syntax_node * get_scalar() { if (data_lexer_to_parser.type != LEX_IS_NUMBER) { @@ -780,7 +779,11 @@ static void func_parser(struct syntax_node ** syntax_tree) return alloc_node_num(get_number()); } +// END AUX FUNCTIONS + +static void func_parser(struct syntax_node ** syntax_tree) +{ /* * Body of the function */ @@ -841,7 +844,7 @@ static void func_eval(struct func_eval_params *parms) { /* The internal (recursive) nested function to evaluate each node of the syntax tree */ - static int rec_eval(const struct syntax_node *n, + int rec_eval(const struct syntax_node *n, const char* var_name[], int var_val[], int nb_vars) { switch (n->type) |