golang 关于核心的报错查询手册 包含错误代码

#include <stdio.h> #include <stdlib.h> #include <string.h> #include <stdbool.h> #include <ctype.h> #define TABLE_MAX_LENGH 1000 #define FIELD_MAX_LENGH 256 #define NAME_MAX_LENGH 100 #define DATA_MAX_LETH 1000 #define MAX_LINE 2048 #define MAX_SUBSTRINGS 100 typedef struct field field; typedef struct record record; typedef struct table table; typedef struct fieldList fieldList; typedef struct recordList recordList; typedef struct tableArray tableArray; enum item_type { INTEGER = 0, STRING = 1 }; typedef struct field { enum item_type type; char name[NAME_MAX_LENGH]; char data[DATA_MAX_LETH]; bool is_key; field * next; }; typedef struct record { fieldList * field_list; record* next; }; typedef struct table { char key[NAME_MAX_LENGH]; recordList* record_list; }; typedef struct fieldList { field head; int length; }; typedef struct recordList { record head; int length; }; typedef struct tableArray { table* Table; int length; }; void printFixedLengthString(const char* str) { size_t len = strlen(str); if (len <= 10) { // 字符串长度小于等于最大长度，直接输出并在末尾填充 printf("%.*s%*c\t", (int)len, str, 10 - len, ' '); } else { // 字符串长度大于最大长度，截取前maxLength个字符并输出 printf("%.10s\t", str); } } fieldList* fieldList_init(void) { fieldList* pList = (fieldList*)malloc(sizeof(fieldList)); if (pList == NULL) { return NULL; } pList->head.next = NULL; pList->length = 0; return pList; } void fieldList_add(fieldList* pList,int index, field* pField) { if(pList==NULL||pField==NULL){ return; } if (index < 0 || index > pList->length) { index = pList->length; } // field* tmp = &pList->head; for (int i = 0; i < index; i++) { tmp = tmp->next; } pField->next = tmp->next; tmp->next = pField; pList->length++; } //遍历 void forEach_fieldList(fieldList* list) { if (list == NULL) { return; } field* tmp = list->head.next; for (size_t i = 0; i < list->length; i++) { //printf("%s\n", tmp->data); printFixedLengthString(tmp->data); tmp = tmp->next; } } //按位置删 void fieldList_removeByindex(fieldList* list, int index) { if (list == NULL) { return; } if (index<0 || index>list->length) { return; } field* tmp = &list->head; for (int i = 0; i < index; i++) { tmp = tmp->next; } //记录待删除节点 field* pDel = tmp->next; //重新建立关系 tmp->next = tmp->next->next; //删除节点 free(pDel); pDel = NULL; //更新链表长度 list->length--; } void fieldList_clear(fieldList* list) { size_t length = list->length; for (size_t i = 0; i < length; i++) { fieldList_removeByindex(list, 0); } free(list); list = NULL; } recordList* recordList_init(void) { recordList* pList = (recordList*)malloc(sizeof(recordList)); if (pList == NULL) { return NULL; } pList->head.next = NULL; pList->length = 0; return pList; } void recordList_add(recordList* pList, int index, record* pRecord) { if (pList == NULL || pRecord == NULL) { return; } if (index < 0 || index > pList->length) { index = pList->length; } // record* tmp = &pList->head; for (int i = 0; i < index; i++) { tmp = tmp->next; } pRecord->next = tmp->next; tmp->next = pRecord; pList->length++; } //遍历 void forEach_recordList(recordList* list) { if (list == NULL) { return; } record* tmp = list->head.next; for (size_t i = 0; i < list->length; i++) { printf_s("record %d\n", i); forEach_fieldList(tmp->field_list); printf_s("\n"); tmp = tmp->next; } } void recordList_removeByindex(recordList* list, int index) { if (list == NULL) { return; } if (index<0 || index>list->length) { return; } record* tmp = &list->head; for (int i = 0; i < index; i++) { tmp = tmp->next; } //记录待删除节点 record* pDel = tmp->next; //重新建立关系 tmp->next = tmp->next->next; //删除子节点 fieldList_clear(pDel->field_list); //删除节点 free(pDel); pDel = NULL; //更新链表长度 list->length--; } tableArray* tableArray_init() { tableArray* TableArray = (tableArray*)malloc(sizeof(tableArray)); TableArray->length = 0; TableArray->Table = (table*)malloc(TABLE_MAX_LENGH * sizeof(table)); return TableArray; } void tableArray_add(tableArray* TableArray,table* Table) { if (TableArray == NULL) { return; } if (TableArray->length >= TABLE_MAX_LENGH) { return; } TableArray->Table[TableArray->length] = *Table; TableArray->length++; } void printTableTitle(table* Table) { fieldList* field_list= Table->record_list->head.next->field_list; if (field_list == NULL) { return; } size_t length = field_list->length; field* tmp = field_list->head.next; for (size_t i = 0; i < length; i++) { printFixedLengthString(tmp->name); tmp = tmp->next; } } //遍历 void forEach_tableArray(tableArray* TableArray) { if (TableArray == NULL) { return; } for (size_t i = 0; i < TableArray->length; i++) { printf_s("table %d\n", i); printTableTitle(&TableArray->Table[i]); printf_s("\n"); forEach_recordList(TableArray->Table[i].record_list); } } void test_api() { printf_s("--------------test_field--------------\n"); ////field fieldList* pList = fieldList_init(); //add 1 field* newField = (field*)malloc(sizeof(field)); strcpy_s(newField->data, 100, "写代码"); newField->next = NULL; strcpy_s(newField->name, 100, "爱好"); newField->type = INTEGER; fieldList_add(pList, 0, newField); //add 2 newField = (field*)malloc(sizeof(field)); strcpy_s(newField->data, 100, "软件学院"); newField->next = NULL; strcpy_s(newField->name, 100, "院系"); newField->type = INTEGER; fieldList_add(pList, 0, newField); forEach_fieldList(pList); printf_s("--------------insert field on 0 index end \n"); //remove 2 fieldList_removeByindex(pList, 0); forEach_fieldList(pList); printf_s("--------------remove field on 0 index end\n"); //add 2 newField = (field*)malloc(sizeof(field)); strcpy_s(newField->data, 100, "软件学院"); newField->next = NULL; strcpy_s(newField->name, 100, "院系"); newField->type = INTEGER; fieldList_add(pList, 0, newField); forEach_fieldList(pList); printf_s("--------------insert field on 0 index end \n"); printf_s("--------------test_record--------------\n"); //record 1 recordList* record_list = recordList_init(); record* pRecord=(record*)malloc(sizeof(record)); pRecord->next = NULL; pRecord->field_list = pList; recordList_add(record_list, 0, pRecord); forEach_recordList(record_list); printf_s("--------------add 1 record end\n"); //record 2 fieldList* pList_2 = fieldList_init(); //add 1 field* newField_2 = (field*)malloc(sizeof(field)); strcpy_s(newField_2->data, 100, "备课"); newField_2->next = NULL; strcpy_s(newField_2->name, 100, "爱好"); newField_2->type = INTEGER; fieldList_add(pList_2, 0, newField_2); //add 2 newField_2 = (field*)malloc(sizeof(field)); strcpy_s(newField_2->data, 100, "技术科学实验班"); newField_2->next = NULL; strcpy_s(newField_2->name, 100, "院系"); newField_2->type = INTEGER; fieldList_add(pList_2, 0, newField_2); record* pRecord_2 = (record*)malloc(sizeof(record)); pRecord_2->next = NULL; pRecord_2->field_list = pList_2; recordList_add(record_list, 0, pRecord_2); forEach_recordList(record_list); printf_s("--------------insert 1 record on index 0 end\n"); //remove record 1 recordList_removeByindex(record_list, 0); forEach_recordList(record_list); printf_s("--------------remove 1 record on index 0 end\n"); //add record 2 again //record 2 pList_2 = fieldList_init(); //add 1 newField_2 = (field*)malloc(sizeof(field)); strcpy_s(newField_2->data, 100, "备课"); newField_2->next = NULL; strcpy_s(newField_2->name, 100, "爱好"); newField_2->type = INTEGER; fiel