#ifndef __KEIL_BUILD_VIEWER_H__ #define __KEIL_BUILD_VIEWER_H__ #include #include #include #include #include #include #define APP_NAME "keil-build-viewer" #define APP_VERSION "v1.6" #define MAX_DIR_HIERARCHY 32 /* 最大目录层级 */ #define MAX_PATH_QTY 32 /* 最大目录数量 */ #define MAX_FILE_QTY 512 /* 最大文件数量 */ #define MAX_PRJ_NAME_SIZE 128 /* 最大工程名称长度 */ #define OBJECT_INFO_STR_QTY 7 /* Code + (inc. data) + RO Data + RW Data + ZI Data + Debug + Object Name */ #define ENABLE_REFER_TO_KEIL_DIALOG 0 /* 当 chip 没有对应的 keil pack 且使用自定义的 scatter file 时，是否参考 keil 的 memory dialog */ #define UNKNOWN_MEMORY_ID 1 #define ZI_SYMBOL_0 0x4F /* O */ #define USED_SYMBOL_0 0x23 /* # */ #define ZI_SYMBOL_1 0x4F /* O */ #define USED_SYMBOL_1 0x58 /* X */ #define ZI_SYMBOL_GBK_H 0xA1 /* □ */ #define ZI_SYMBOL_GBK_L 0xF5 #define USED_SYMBOL_GBK_H 0xA1 /* ■ */ #define USED_SYMBOL_GBK_L 0xF6 #define ZI_SYMBOL_BIG5_H 0xA1 /* □ */ #define ZI_SYMBOL_BIG5_L 0xBC #define USED_SYMBOL_BIG5_H 0xA1 /* ■ */ #define USED_SYMBOL_BIG5_L 0xBD #define UNUSE_SYMBOL "_" #define UNUSED_LOAD_REGION_NAME "Unused Load Region" #define STR_ZERO_INIT " Zero " #define STR_PADDING " PAD" #define STR_RENAME_MARK " - object file renamed from " #define STR_COMPILING "compiling " #define STR_MAX_STACK_USAGE "Maximum Stack Usage " #define STR_FILE "FILE(s)" #define STR_LTO_LLVW "lto-llvm-" #define STR_MEMORY_MAP_OF_THE_IMAGE "Memory Map of the image" #define STR_LOAD_REGION "Load Region" #define STR_EXECUTION_REGION "Execution Region" #define STR_LOAD_BASE "Load base: " #define STR_REGION_USED_SIZE "Size: " #define STR_REGION_MAX_SIZE "Max: " #define STR_EXECUTE_BASE "Base: " #define STR_EXECUTE_BASE_ADDR "Exec base: " #define STR_IMAGE_COMPONENT_SIZE "Image component sizes" #define STR_OBJECT_NAME "Object Name" #define STR_LIBRARY_MEMBER_NAME "Library Member Name" #define STR_LIBRARY_NAME "Library Name" #define STR_OBJECT_TOTALS "Object Totals" #define STR_LIBRARY_TOTALS "Library Totals" #define LABEL_TARGET_NAME "" #define LABEL_IS_CURRENT_TARGET "" #define LABEL_DEVICE "" #define LABEL_VENDOR "" #define LABEL_CPU "" #define LABEL_OUTPUT_DIRECTORY "" #define LABEL_OUTPUT_NAME "" #define LABEL_LISTING_PATH "" #define LABEL_IS_CREATE_MAP "" #define LABEL_AC6_LTO "" #define LABEL_IS_KEIL_SCATTER "" #define LABEL_END_GROUPS "" #define LABEL_END_FILE "" #define LABEL_END_FILES "" #define LABEL_END_CADS "" #define LABEL_END_LDADS "" #define LABEL_GROUP_NAME "" #define LABEL_FILE_NAME "" #define LABEL_FILE_TYPE "" #define LABEL_FILE_PATH "" #define LABEL_INCLUDE_IN_BUILD "" #define LABEL_ONCHIP_MEMORY "" #define LABEL_END_ONCHIP_MEMORY "" #define LABEL_MEMORY_AREA "" #define LABEL_MEMORY_ADDRESS "" #define LABEL_MEMORY_SIZE "" #define log_save(log, fmt, ...) log_write(log, false, fmt, ##__VA_ARGS__) #define log_print(log, fmt, ...) log_write(log, true, fmt, ##__VA_ARGS__) typedef enum { ENCODING_TYPE_GBK = 0x00, ENCODING_TYPE_BIG5, ENCODING_TYPE_OTHER, } ENCODING_TYPE; typedef enum { PROGRESS_STYLE_0 = 0x00, PROGRESS_STYLE_1, PROGRESS_STYLE_2, } PROGRESS_STYLE; typedef enum { MEMORY_PRINT_MODE_0 = 0x00, /* keil pack 有 RAM 和 ROM 信息（多数情况） */ MEMORY_PRINT_MODE_1, /* keil pack 没有 RAM 和 ROM 信息，但 memory 使用了 keil dialog 配置 */ MEMORY_PRINT_MODE_2, /* keil pack 没有 RAM 和 ROM 信息，并且使用自定义的 scatter file */ } MEMORY_PRINT_MODE; typedef enum { MEMORY_TYPE_NONE = 0x00, MEMORY_TYPE_RAM, MEMORY_TYPE_FLASH, MEMORY_TYPE_UNKNOWN, } MEMORY_TYPE; typedef enum { OBJECT_FILE_TYPE_UNKNOWN = 0x00, OBJECT_FILE_TYPE_USER, OBJECT_FILE_TYPE_OBJECT, OBJECT_FILE_TYPE_LIBRARY, } OBJECT_FILE_TYPE; /* keil 工程路径存储链表 */ struct prj_path_list { char **items; size_t capacity; size_t size; }; struct object_info { char *name; char *path; uint32_t code; uint32_t ro_data; uint32_t rw_data; uint32_t zi_data; struct object_info *old_object; struct object_info *next; }; struct region_block { uint32_t start_addr; uint32_t size; struct region_block *next; }; struct exec_region { char *name; char *load_region_name; size_t memory_id; /* 从 1 开始， 1 固定为 unknown */ uint32_t base_addr; uint32_t size; uint32_t used_size; MEMORY_TYPE memory_type; bool is_offchip; bool is_printed; struct region_block *zi_block; struct exec_region *old_exec_region; struct exec_region *next; }; struct load_region { char *name; struct exec_region *exec_region; struct load_region *next; }; struct memory_info { char *name; size_t id; size_t mem_id; uint32_t base_addr; uint32_t size; MEMORY_TYPE type; bool is_from_pack; bool is_offchip; bool is_used; struct memory_info *next; }; struct file_path_list { char *old_name; /* 原名 */ char *object_name; /* 更改为 .o 后缀名的名称 */ char *new_object_name; /* 因重名而改名后的名称，为 .o 后缀 */ char *path; bool is_rename; OBJECT_FILE_TYPE file_type; struct file_path_list *next; }; struct command_list { const char *cmd; const char *desc; }; struct uvprojx_info { bool is_has_pack; bool is_enable_lto; bool is_has_user_lib; bool is_custom_scatter; char chip[MAX_PRJ_NAME_SIZE]; char target_name[MAX_PRJ_NAME_SIZE]; char output_name[MAX_PRJ_NAME_SIZE]; char output_path[MAX_PATH]; char listing_path[MAX_PATH]; }; bool is_keil_project (const char *path); bool is_same_string (const char *str1, const char *str2[], size_t str2_qty); int combine_path (char *out_path, size_t out_path_size, const char *absolute_path, const char *relative_path); bool file_path_add (struct file_path_list **path_head, const char *name, const char *path, OBJECT_FILE_TYPE file_type); void file_path_free (struct file_path_list **path_head); bool memory_info_add (struct memory_info **memory_head, const char *name, size_t id, uint32_t base_addr, uint32_t size, MEMORY_TYPE mem_type, bool is_offchip, bool is_from_pack); void memory_info_free (struct memory_info **memory_head); bool object_info_add (struct object_info **object_head, const char *name, uint32_t code, uint32_t ro_data, uint32_t rw_data, uint32_t zi_data); void object_info_free (struct object_info **object_head); struct load_region * load_region_create (struct load_region **region_head, const char *name); struct exec_region * load_region_add_exec_region (struct load_region **region_head, const char *name, const char *load_region_name, size_t memory_id, uint32_t base_addr, uint32_t size, uint32_t used_size, MEMORY_TYPE mem_type, bool is_offchip); void load_region_free (struct load_region **region_head); void search_files_by_extension (const char *dir, size_t dir_len, const char *extension[], size_t extension_qty, struct prj_path_list *list); struct prj_path_list * prj_path_list_init (size_t capacity); void prj_path_list_add (struct prj_path_list *list, char *path); void prj_path_list_free (struct prj_path_list *list); int parameter_process (int param_qty, char *param[], char *prj_name, size_t name_size, char *prj_path, size_t path_size, int *err_param); bool uvoptx_file_process (const char *file_path, char *target_name, size_t max_size); int uvprojx_file_process (const char *file_path, const char *target_name, struct uvprojx_info *out_info, bool is_get_target_name); bool memory_area_process (const char *str, bool is_new); bool file_path_process (const char *str, bool *is_has_user_lib); void build_log_file_process (const char *file_path); void file_rename_process (void); int map_file_process (const char *file_path, struct load_region **region_head, struct object_info **object_head, bool is_get_user_lib, bool is_match_memory); int region_info_process (FILE *p_file, long read_start_pos, struct load_region **region_head, bool is_match_memory); void region_zi_process (struct exec_region **e_region, char *text, size_t size_pos); int object_info_process (struct object_info **object_head, FILE *p_file, long *end_pos, bool is_get_user_lib, uint8_t parse_mode); int record_file_process (const char *file_path, struct load_region **region_head, struct object_info **object_head, bool *is_has_object, bool *is_has_region, bool is_match_memory); void object_print_process (struct object_info *object_head, size_t max_path_len, bool is_has_record); void memory_numbering (MEMORY_TYPE mem_type); void memory_print_unused (MEMORY_TYPE mem_type, size_t max_region_name); void memory_mode0_print (struct exec_region *e_region, const char *load_region_name, MEMORY_TYPE mem_type, size_t max_region_name, bool is_has_record, bool is_print_null); void memory_mode1_print (struct exec_region *e_region, MEMORY_TYPE mem_type, bool is_offchip, size_t max_region_name, bool is_has_record); void memory_mode2_print (struct exec_region *e_region, size_t max_region_name, bool is_has_record); void progress_print (struct exec_region *region, size_t max_region_name, bool is_has_record); void stack_print_process (const char *file_path); void log_write (FILE *p_log, bool is_print, const char *fmt, ...); #endif