1.注：
当前实现的功能都能正常运行，在测试运行中发现如下结果 ：
- 使用了本地部署的qwq:32b-q8_0，deepseek-r1:70b测试发现这个对提示词不友好 ，不能深渡思考，不能用提示词对数据进行分析，也有可能是参数用得不大对的原因，
- 使用官网的DEEPSEEK的deepseek-chat模型，不用写提示词，能很好的分析数据，在写ABAP代码时大多时间也能按提示词写出结果 ，但还是不太完善，偶尔有出错的，可能是提示词写的还不够完善，
- 其它使用官网硅基流动的DEEPSEEK，KIMI的AI，使用下来比DEEPSEEK差一点，也基本能使用。
在使用中代码及分析时，使用了两个提示词，以下以代参考:
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#角色定义 <<资深ABAP开发顾问>>20250402版本 今天的日期是今天是{SY-DATUM} •领域专长：SAP数据访问层开发 •规范版本：ABAP7.55+标准 #核心任务 ✓获取（取，读取）数据问题ABAP代码生成： •必选组件： 1.REPORT YAI_REPORT 2.完整SELECT-ENDELECT结构 3.SQLWHERE条件直接值比较 4.使用问题中的业务数据作为输入参数 5.返回的代码只能有一个，并检查，特别是SQL语句，保证程 序能运行 •输出控制： ✓没有数据→MESSAGEE(WITH≤4参数) ✓单行结果→MESSAGEI(WITH≤4参数) ✓多行结果→使用CL_SALV_TABLE显示ALV,并使用 get_functions()->set_all(abap_true).启用所有ALV功能 ✗禁止动态SQL/WHERE条件计算 •安全规范： <<强制要求>>所有函数/方法参数使用字面量 ✓SQLWHERE条件直接值比较,使用变量、常用比较，不要计算 ✓其它问题通用ABAP代码生成： •命名规范： ✗禁用YAI_REPORT程序名 ✓必须包含开发者注释 •安全规范： <<强制要求>>所有函数/方法参数使用字面量 ✓SQLWHERE条件直接值比较 #异常处理协议 [[错误代码映射]] •0001:数据不存在→MESSAGEI •0002:ALV初始化失败→MESSAGEE •0003:参数越界→ABORT [[性能边界]] ✓最大结果集：5000行 ✓响应时间：<2秒（测试环境） ✗禁止LOOP中DB操作 #代码验证规则 <<静态检查规范>> 1.所有程序必须包含： •数据字典类型声明 •SY-SUBRC检查 •SALV异常捕获结构 2.消息规范： ✓消息类：00（标准） ✓ID范围：001-020 3.SQL规范： •固定值比较（示例：WHEREmatnr='0001'） •必须使用INTOTABLE语法 |
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【任务说明】 请对提供的JSON格式数据进行深度分析，数据包含字段英文名、中文标签和多行数 据值。需要根据字段中文名定位数据位置，然后执行要求的计算或分析。 【输入数据结构】 { "field_name": "field1|field2|field3", "field_label": "字段1名称|字段2|公司代码,公司代号", "value": [ {"row":"值1|值2|值3"}, {"row":"值4|值5|值6"} ] } 【处理步骤】 字段定位： 当请求中提到中文字段名时，先在field_label中用"|"分隔查找该中文名的索引位 置 根据找到的索引位置，对应field_name中相同位置的英文字段名 该索引位置也对应value中每行row值的字段位置 数据分析： 遍历value数组中的每一行 对每行row值按"|"分割后，取所需字段位置的值 根据分析需求(统计/计算/筛选等)处理这些值 结果返回： 按请求格式返回分析结果 可包含原始数据位置信息(行号、字段位置等) 【示例请求1】 "请统计'公司代码'字段不同值的出现频率" 【示例处理1】 在field_label中找到"公司代码"是第3个字段(索引2) 对应field_name中的field3 遍历所有row，取索引2的值 统计各值的出现次数 【特殊处理】 中文名可能有多个别名(如"公司代码,公司代号")，需要检查所有可能名称 处理前验证字段是否存在 对数值型字段执行计算时先进行类型转换 【输出要求】 请根据具体分析需求，直接使用自然语言返回分析结果，不要分析过程，不要猜想 |
这些天一直在研究AI,研究DEEPSEEK,KIMI,QWQ,想着AI对SAP可带来什么改变，在SAP可如何使用AI，现能想到有两大个功能点：
2.一、让AI帮写代码
在SE38，SE24等的代码编辑器调用AI，提示代码需求，让AI来实现，比如“帮我写一个FORM 用来创建采购订单”，“帮我把一个结构化数据变量LS_OUT转为JSON”等，这样生成一段代码，并插入到当前的编辑器中。扩展开来的话，可以让AI分析当前代码，进行优化分析，错误检查 等功能。
3.二、让AI分析当前数据
SAP中的数据大多都是ALV显示的，那可以对ALV做一个右键增强，来对当前ALV数据进行分析,这样就可以对SAP标准的ALV数据进行各种分析了，
4.实现方法
4.1.1、ABAP代码插入，
在函数 CREATE_WRITE_STATEMENT最开头实现自由点增强，调用AI代码函数ZFM_AI_ABAP，这样在代码编辑器时，当用户选择“模式->写入模式”时就会调用AI代码函数了，
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FUNCTION CREATE_WRITE_STATEMENT. """""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""$"$\SE:(1) Function Module CREATE_WRITE_STATEMENT, Start A *$*$-Start: (1)---------------------------------------------------------------------------------$*$* ENHANCEMENT 1 ZDEEPSEEK. "active version * DATA:lv_yn TYPE STRING. * IF SY-UNAME = 'GWDEV45'. "弹出确认框 CALL FUNCTION 'POPUP_TO_CONFIRM_STEP' EXPORTING titel = '取消使用默认' textline1 = '你需要使用AI插入代码码？' cancel_display = 'X' "space 不显示cancel按钮，'X'是显示取消按钮 IMPORTING answer = lv_yn. "确定= J 否=N 取消 = A IF lv_yn = 'J'. CALL FUNCTION 'ZFM_AI_ABAP' TABLES EX_BUFFER = BUFFER[] . RETURN. ENDIF. * ENDIF. ENDENHANCEMENT. *$*$-End: (1)---------------------------------------------------------------------------------$*$* .... |
4.2.二、ALV数据数据
这个需要对使用cl_gui_alv_grid来显示的ALV增强一个右键，首先需要cl_gui_alv_grid->SET_TABLE_FOR_FIRST_DISPLAY方法进行增强，在此方法的最后写入自由点增强，
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*$*$-Start: (1)---------------------------------------------------------------------------------$*$* ENHANCEMENT 1 ZEN_AI_ALV. "active version DATA: ls_map TYPE ZCL_ALV_AI_EVENT_HANDLER=>ty_alv_data_map. " 获取当前ALV实例绑定的数据引用（假设通过参数传递） FIELD-SYMBOLS <lt_data> TYPE ANY TABLE. ASSIGN IT_OUTTAB TO <lt_data>. " 注意：ct_outtab是SET_TABLE_FOR_FIRST_DISPLAY的CHANGING参数 " 构建映射关系 ls_map-alv_ref = me. " ALV实例 ls_map-IT_OUTTAB = REF #( <lt_data> ). " 数据引用 ls_map-IT_FIELDCATALOG = IT_FIELDCATALOG. " 输出结构 * ZCL_ALV_AI_EVENT_HANDLER=>IT_OUTTAB = REF #( <lt_data> ). * ZCL_ALV_AI_EVENT_HANDLER=>IT_FIELDCATALOG = IT_FIELDCATALOG. " 插入缓存表 INSERT ls_map INTO TABLE ZCL_ALV_AI_EVENT_HANDLER=>gt_alv_data_map. " 调用静态方法初始化实例（而非直接CREATE OBJECT） CALL METHOD ZCL_ALV_AI_EVENT_HANDLER=>init. " 注册全局事件处理器 SET HANDLER ZCL_ALV_AI_EVENT_HANDLER=>on_context_menu FOR me. ENDENHANCEMENT. *$*$-End: (1)---------------------------------------------------------------------------------$*$* |
在增强中引入的类ZCL_ALV_AI_EVENT_HANDLER，此类的实现代码如下
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class ZCL_ALV_AI_EVENT_HANDLER definition public final create private . public section. types: BEGIN OF TY_ALV_DATA_MAP, ALV_REF TYPE REF TO CL_GUI_ALV_GRID, " 存储ALV实例对象引用 IT_OUTTAB TYPE REF TO DATA, " 存储对应的数据引用 IT_FIELDCATALOG TYPE LVC_T_FCAT, " 输出结构 END OF TY_ALV_DATA_MAP . class-data: GT_ALV_DATA_MAP TYPE HASHED TABLE OF TY_ALV_DATA_MAP WITH UNIQUE KEY ALV_REF . " 以ALV实例为唯一键 class-methods INIT . class-methods ON_CONTEXT_MENU for event CONTEXT_MENU_REQUEST of CL_GUI_ALV_GRID importing !E_OBJECT !SENDER . class-methods ON_MENU_CLICK for event USER_COMMAND of CL_GUI_ALV_GRID importing !E_UCOMM !SENDER . private section. class-data GO_HANDLER type ref to ZCL_ALV_AI_EVENT_HANDLER . " 静态实例引用 ENDCLASS. CLASS ZCL_ALV_AI_EVENT_HANDLER IMPLEMENTATION. METHOD init. " 隐式增强中调用此方法初始化事件绑定 IF go_handler IS NOT BOUND. CREATE OBJECT go_handler. ENDIF. " 设置未来创建的ALV实例的自动注册 * SET HANDLER on_context_menu FOR ALL INSTANCES ACTIVATION 'X'. * SET HANDLER on_menu_click FOR ALL INSTANCES ACTIVATION 'X'. ENDMETHOD. METHOD ON_CONTEXT_MENU. * DATA lre_ai_sub_menu TYPE REF TO cl_ctmenu. * lre_ai_sub_menu = NEW #( ). * lre_ai_sub_menu->add_function( fcode = 'ZAI3' * text = 'AI分析选择的数据' ). * * E_OBJECT->add_separator( ). * * E_OBJECT->add_submenu( menu = lre_ai_sub_menu * text = 'AI辅助功能' ). E_OBJECT->add_function( fcode = 'ZAI3' text = 'AI分析数据' ). " 添加自定义菜单项 SET HANDLER GO_HANDLER->ON_MENU_CLICK FOR SENDER. ENDMETHOD. METHOD ON_MENU_CLICK. DATA: IT_OUTTAB TYPE REF TO DATA. FIELD-SYMBOLS:<LT_DATA> TYPE STANDARD TABLE, <LT_JSON_DATA> TYPE STANDARD TABLE, <LV_FIELD> TYPE ANY. DATA :LT_DFIES_TAB TYPE TABLE OF DFIES. DATA: LT_TEXT TYPE TABLE OF CHAR100, L_FIELD_LABEL TYPE STRING. DATA: LT_ROWS TYPE LVC_T_ROW, LS_ROWS TYPE LVC_S_ROW, LV_LINES TYPE I. * 定义JSON结构 TYPES: BEGIN OF TS_JSON, FIELD_NAME TYPE STRING, FIELD_LABEL TYPE STRING, VALUE TYPE STRING, END OF TS_JSON. DATA: LV_JSON TYPE STRING, LR_DATA TYPE REF TO DATA, LR_LINE TYPE REF TO DATA, LT_FIELDS TYPE DDFIELDS, LT_JSON_DATA TYPE TABLE OF TS_JSON, LS_JSON TYPE TS_JSON. DATA: LT_STRUCT_DESC TYPE ABAP_COMPONENT_TAB, LS_STRUCT_DESC LIKE LINE OF LT_STRUCT_DESC. * MESSAGE 'AI功能已触发' TYPE 'I'. IF E_UCOMM = 'ZAI3'. "从缓存中获取数据引用 READ TABLE GT_ALV_DATA_MAP INTO DATA(LS_ALV_DATA_MAP) WITH KEY ALV_REF = SENDER . IF SY-SUBRC <> 0.RETURN.ENDIF. " IT_OUTTAB = LS_ALV_DATA_MAP-IT_OUTTAB. * ASSIGN IT_OUTTAB->* TO <LT_DATA>. * IF <LT_DATA> IS NOT ASSIGNED. RETURN.ENDIF. * " 1. 强制提交所有未提交的数据变更 * SENDER->CHECK_CHANGED_DATA( ). * " 2. 确保ALV选择模式正确 * DATA(LS_LAYOUT) = VALUE LVC_S_LAYO( ). * SENDER->GET_FRONTEND_LAYOUT( IMPORTING ES_LAYOUT = LS_LAYOUT ). * IF LS_LAYOUT-SEL_MODE <> 'A' AND LS_LAYOUT-SEL_MODE <> 'B' AND LS_LAYOUT-SEL_MODE <> 'D'. * " 如果选择模式不支持多选，临时修改为多选模式 * LS_LAYOUT-SEL_MODE = 'A'. " 允许多选 * SENDER->SET_FRONTEND_LAYOUT( LS_LAYOUT ). * ENDIF. * TRY. * " 方式1：标准方法 * SENDER->GET_SELECTED_ROWS( IMPORTING ET_INDEX_ROWS = LT_ROWS ). * * " 方式2：通过选中单元格获取 * IF LT_ROWS IS INITIAL. * SENDER->GET_SELECTED_CELLS( IMPORTING ET_CELL = DATA(LT_CELLS) ). * IF LT_CELLS IS NOT INITIAL. * LOOP AT LT_CELLS ASSIGNING FIELD-SYMBOL(<LS_CELL>). * INSERT VALUE #( INDEX = <LS_CELL>-ROW_ID ) INTO TABLE LT_ROWS. * ENDLOOP. * SORT LT_ROWS BY INDEX. * DELETE ADJACENT DUPLICATES FROM LT_ROWS COMPARING INDEX. * ENDIF. * ENDIF. * ** " 方式3：通过选中行ID获取(适用于设置了行ID的情况) ** IF LT_ROWS IS INITIAL. ** SENDER->GET_SELECTED_ROWS_ID_BASE( IMPORTING ROW_TABLE = DATA(LT_ROW_IDS) ). ** LOOP AT LT_ROW_IDS ASSIGNING FIELD-SYMBOL(<LS_ROW_ID>). ** INSERT VALUE #( INDEX = <LS_ROW_ID>-INDEX ) INTO TABLE LT_ROWS. ** ENDLOOP. ** ENDIF. * CATCH CX_ROOT INTO DATA(LX_ERROR). * " 错误处理 * MESSAGE LX_ERROR->GET_TEXT( ) TYPE 'E'. * ENDTRY. * " 4. 如果仍然为空，尝试获取当前光标位置 * IF LT_ROWS IS INITIAL. * SENDER->GET_CURRENT_CELL( IMPORTING E_ROW = DATA(LV_ROW) ). * IF LV_ROW > 0. * INSERT VALUE #( INDEX = LV_ROW ) INTO TABLE LT_ROWS. * ENDIF. * ENDIF. * LV_LINES = LINES( LT_ROWS ). * IF LV_LINES = 0. * "MESSAGE S061(ZTR01) DISPLAY LIKE 'E'. * RETURN. * ENDIF. * * " 5. 最终处理选中行数据 ** " 1. 构建动态结构描述 ** LOOP AT LS_ALV_DATA_MAP-IT_FIELDCATALOG INTO DATA(LS_FIELDCATALOG). ** LS_STRUCT_DESC-NAME = LS_FIELDCATALOG-FIELDNAME. ** IF LS_FIELDCATALOG-ROLLNAME IS NOT INITIAL. ** LS_STRUCT_DESC-TYPE ?= CL_ABAP_TYPEDESCR=>DESCRIBE_BY_NAME( LS_FIELDCATALOG-ROLLNAME ). " 获取数据类型描述 ** ELSE. ** LS_STRUCT_DESC-TYPE ?= CL_ABAP_TYPEDESCR=>DESCRIBE_BY_NAME( '' ). " 获取数据类型描述 ** ENDIF. ** APPEND LS_STRUCT_DESC TO LT_STRUCT_DESC. ** ENDLOOP. ** " 2. 创建动态结构描述符 ** DATA(LO_STRUCT) = CL_ABAP_STRUCTDESCR=>CREATE( LT_STRUCT_DESC ). ** " 3. 创建动态表描述符 ** DATA(LO_TABLE) = CL_ABAP_TABLEDESCR=>CREATE( LO_STRUCT ). ** " 4. 实例化数据对象 ** CREATE DATA LR_DATA TYPE HANDLE LO_TABLE. *** 动态创建内表 ** ASSIGN LR_DATA->* TO <LT_JSON_DATA>. ** ** " 处理选中行,前面总是不能正常获取到当前选择的行，所以改为取所有行 ** LOOP AT LT_ROWS ASSIGNING FIELD-SYMBOL(<LS_ROW>). ** READ TABLE <LT_DATA> INDEX <LS_ROW>-INDEX ASSIGNING FIELD-SYMBOL(<LS_DATA>). ** IF SY-SUBRC <> 0. EXIT. ENDIF. * LOOP AT <LT_DATA> ASSIGNING FIELD-SYMBOL(<LS_DATA>). * DO . * ASSIGN COMPONENT SY-INDEX OF STRUCTURE <LS_DATA> TO <LV_FIELD>. * IF SY-SUBRC <> 0. EXIT. ENDIF. * IF <LV_FIELD> IS INITIAL .CONTINUE.ENDIF. * READ TABLE LS_ALV_DATA_MAP-IT_FIELDCATALOG INTO DATA(LS_FIELDCATALOG) INDEX SY-INDEX. * IF SY-SUBRC <> 0. EXIT. ENDIF. * IF LS_FIELDCATALOG-FIELDNAME = 'MANDT'.CONTINUE. ENDIF. ** 转换值为字符串 * DATA(LV_VALUE) = CONV STRING( <LV_FIELD> ). * CLEAR:LT_TEXT,LT_DFIES_TAB. ** 填充JSON结构 * IF LS_FIELDCATALOG-REF_TABLE IS NOT INITIAL AND LS_FIELDCATALOG-REF_FIELD IS NOT INITIAL. * CLEAR:LT_DFIES_TAB. * CALL FUNCTION 'DDIF_FIELDINFO_GET' * EXPORTING * TABNAME = LS_FIELDCATALOG-REF_TABLE * FIELDNAME = LS_FIELDCATALOG-REF_FIELD * TABLES * DFIES_TAB = LT_DFIES_TAB * EXCEPTIONS * NOT_FOUND = 1 * INTERNAL_ERROR = 2 * OTHERS = 3. * READ TABLE LT_DFIES_TAB INTO DATA(LS_DFIES_TAB) INDEX 1. * IF SY-SUBRC = 0 . * LT_TEXT = VALUE #( ( LS_DFIES_TAB-FIELDTEXT ) ( LS_DFIES_TAB-REPTEXT ) ( LS_DFIES_TAB-SCRTEXT_S ) ( LS_DFIES_TAB-SCRTEXT_M ) ( LS_DFIES_TAB-SCRTEXT_L ) ). * ENDIF. * * ENDIF. * IF LT_TEXT IS INITIAL. * LT_TEXT = VALUE #( ( LS_FIELDCATALOG-COLTEXT ) ( LS_FIELDCATALOG-SCRTEXT_L ) ( LS_FIELDCATALOG-SCRTEXT_M ) ( LS_FIELDCATALOG-SCRTEXT_S ) ). * ENDIF. * SORT LT_TEXT.DELETE ADJACENT DUPLICATES FROM LT_TEXT . * DELETE LT_TEXT WHERE TABLE_LINE IS INITIAL. * CLEAR:LS_JSON-FIELD_LABEL. * LOOP AT LT_TEXT INTO DATA(LV_TEXT). * IF SY-TABIX = 1. * L_FIELD_LABEL = LV_TEXT. * ELSE. * CONCATENATE L_FIELD_LABEL LV_TEXT INTO L_FIELD_LABEL SEPARATED BY ','. * ENDIF. * ENDLOOP. * * * LS_JSON = VALUE #( * FIELD_NAME = LS_FIELDCATALOG-FIELDNAME * FIELD_LABEL = L_FIELD_LABEL * VALUE = LV_VALUE * ). * * APPEND LS_JSON TO LT_JSON_DATA. * ENDDO. * * " 处理选中行数据 * * ENDLOOP. * ** 生成JSON字符串 * /UI2/CL_JSON=>SERIALIZE( * EXPORTING * DATA = LT_JSON_DATA * PRETTY_NAME = /UI2/CL_JSON=>PRETTY_MODE-CAMEL_CASE * RECEIVING * R_JSON = LV_JSON * ). CALL FUNCTION 'ZFM_AI_DATA_JSON' EXPORTING IT_DATA = LS_ALV_DATA_MAP-IT_OUTTAB IT_FCAT = LS_ALV_DATA_MAP-IT_FIELDCATALOG IMPORTING EX_JSON = LV_JSON . CALL FUNCTION 'ZFM_AI_ABAP' EXPORTING IV_DATA = LV_JSON IV_TYPE = 'B' * IV_PROMPT = IV_QUESTION = '输入问题对当前数据进行分析'. ENDIF. ENDMETHOD. ENDCLASS. |
在以上的两个步骤中，都调用了AI的函数ZFM_AI_ABAP，这是一个AI调用的通用函数。相关代码如下，一些是在实验阶段代码，所以可能有一些多余代码，
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FUNCTION ZFM_AI_ABAP. *"---------------------------------------------------------------------- *"*"本地接口： *" IMPORTING *" VALUE(IV_DATA) TYPE STRING OPTIONAL *" VALUE(IV_TYPE) TYPE CHAR1 DEFAULT '' *" VALUE(IV_PROMPT) TYPE ZAI_PROMPT OPTIONAL *" VALUE(IV_QUESTION) TYPE STRING DEFAULT '问个业务问题试试' *" TABLES *" EX_BUFFER OPTIONAL *"---------------------------------------------------------------------- DATA LS_LINE TYPE TEXTLINE. GV_BASE_DATA = IV_DATA. GV_AI_TYPE = IV_TYPE."A获取ABAP代码，B数据分析 GV_PROMPT = IV_PROMPT."系统提示 GV_INPUT = IV_QUESTION."输入问题 IF IV_TYPE = 'B'."B数据分析 GV_PROMPTID = '10'. ENDIF. " GV_URL = 'https://api.deepseek.com/chat/completions'. " GV_APIKEY = 'sk-5713057728074a9d898c1d1668ff7d2d'. * * LS_LINE = 'ABAP代码'. * APPEND LS_LINE TO TEXTTABLE. ** CALL SCREEN 100 STARTING AT 10 1. EX_BUFFER[] = GT_ABAP. ENDFUNCTION. |
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*&---------------------------------------------------------------------* *& 包含 LZFG_AI_INTERFACEF01 *&---------------------------------------------------------------------* FORM PF_POST_DEEPSEEK_ABAP. *从DEEPSEEK问题 DATA: LT_INPUT TYPE TABLE OF TDLINE, LT_OUT TYPE TABLE OF TDLINE, LS_INPUT TYPE TDLINE, L_MODI TYPE I. DATA: L_APIKEY TYPE ZDS_APIKEY, L_URL TYPE STRING, L_MODEL TYPE STRING, L_QUESTION TYPE STRING, L_SYSTEM TYPE STRING, LS_OUT TYPE ZTRS_DEEPSEEK_OUT, LV_OUT_JSON TYPE STRING, LV_CONTENT TYPE STRING, LT_ABAP TYPE ZAIT_NDIA_TEXT_T. DATA: LT_BEF_QUE TYPE ZTRT_DEEPSEEK_MSG."基础数据 SELECT SINGLE * INTO @DATA(LS_ZAI_INFO) FROM ZAI_INFO WHERE ZAI_ID = @GS_ZAI_INFO-ZAI_ID. IF LS_ZAI_INFO IS INITIAL . SELECT SINGLE * INTO LS_ZAI_INFO FROM ZAI_INFO WHERE ZDEFAULT = 'X'. ENDIF. IF LS_ZAI_INFO IS INITIAL. MESSAGE S000(ZTR201) WITH '请先选择有效的AI服务' DISPLAY LIKE 'E' . RETURN. ENDIF. GS_ZAI_INFO = LS_ZAI_INFO. * CASE GS_ZAI_INFO-ZAI_ID. * WHEN 'DEEPSEEK'. * L_APIKEY = 'sk-5713057728074a9d898c1d1668ff7d2d'."DEEPSEEK 的API KEY * L_URL = 'https://api.deepseek.com/chat/completions'. * L_MODEL = 'deepseek-reasoner'. * * WHEN 'KIMI'. * L_APIKEY = 'sk-OUqK6JQwhw4nFBQRfh3JDr7LbdX3l2vBLias4e3tb32ACssz'."KIMI 的API KEY. * L_URL = 'https://api.moonshot.cn/v1/chat/completions'. * L_MODEL = 'moonshot-v1-auto'. * WHEN OTHERS. * ENDCASE. * L_QUESTION = '帮写一个采购订单查询程序'. * 得到输入的问题 CALL METHOD GV_TEXT_INPUT->GET_TEXT_AS_R3TABLE IMPORTING TABLE = LT_INPUT IS_MODIFIED = L_MODI EXCEPTIONS ERROR_DP = 1 ERROR_CNTL_CALL_METHOD = 2 ERROR_DP_CREATE = 3 POTENTIAL_DATA_LOSS = 4. . IF SY-MSGTY = 'E'. MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4. RETURN. ENDIF. IF LT_INPUT IS INITIAL. MESSAGE S000(ZTR201) WITH '请输入相关需求' DISPLAY LIKE 'E' . RETURN. ENDIF. LOOP AT LT_INPUT INTO LS_INPUT. CONCATENATE L_QUESTION LS_INPUT INTO L_QUESTION. ENDLOOP. *分层标识系统： *# → 一级功能模块 *✓/✗ → 功能开关/规范要求 *<< >> → 强制约束条件 *• → 具体实现细则 *[[ ]] → 技术边界定义 *{{ }} → 可选扩展功能 CLEAR: LV_CONTENT,LV_OUT_JSON. SELECT SINGLE PROMPT INTO GV_PROMPT FROM ZAIT_PROMPT WHERE ID = GV_PROMPTID. IF GV_PROMPT IS INITIAL. IF GV_AI_TYPE = '' OR GV_AI_TYPE = 'A'.".A获取ABAP代码，B数据分析。 * GV_SYSTEM = | 今天是{ SY-DATUM }，你是资深的ABAP编程专家。| * && |1.当问题是读取数据时，生成读数据的ABAP代码，一个完整的程序,程序名为YAI_REPORT，并满足以下3点要求，| * && |1.1只返回ABAP代码，不需要其它内容，保证代码能够执行，| * && |1.2当需求的结果数据可以使用MESSAGE显示时（WITH最多只有4个参数），程序执行时显示一个MESSAGE TYPE I来显示问题结果,| * && |1.3如是多行时使用cl_salv_table来显示执行维果,并且ALV启用所有ALV功能,| * && |2.当问题是ABAP程序代码时，代码中加入注释，并且程序名不要使用YAI_REPORT,| * && |3.在所有的ABAP代码中必须遵从以下规则 ：| * && |3.1.在函数，类方法，SQL的WHERE等调用时参数不要使用变量计算,| * . GV_PROMPT = |# 角色定义 | && |<<资深ABAP开发顾问>> 20250402版本 | && |• 领域专长：SAP数据访问层开发 | && |• 规范版本：ABAP 7.55+标准 | && | | && |# 核心任务 | && |✓ 获取（取，读取）数据问题ABAP代码生成： | && | • 必选组件： | && | 1. REPORT YAI_REPORT | && | 2. 完整SELECT-ENDELECT结构 | && | 3. SQL WHERE条件直接值比较 | && | 4. 使用问题中的业务数据作为输入参数 | && | 5. 返回的代码只能有一个，并检查，特别是SQL语句，保证程序能运行 | && | • 输出控制： | && | ✓ 没有数据 → MESSAGE E (WITH≤4参数) | && | ✓ 单行结果 → MESSAGE I (WITH≤4参数) | && | ✓ 多行结果 → 使用CL_SALV_TABLE显示ALV ,并使用get_functions( )->set_all( abap_true ).启用所有ALV功能| && | ✗ 禁止动态SQL/WHERE条件计算 | && | • 安全规范： | && | <<强制要求>> 所有函数/方法参数使用字面量 | && | ✓ SQL WHERE条件直接值比较,使用变量、常用比较，不要计算| && |✓ 其它问题通用ABAP代码生成： | && | • 命名规范： | && | ✗ 禁用YAI_REPORT程序名 | && | ✓ 必须包含开发者注释 | && | • 安全规范： | && | <<强制要求>> 所有函数/方法参数使用字面量 | && | ✓ SQL WHERE条件直接值比较 | && | | && |# 异常处理协议 | && |[[错误代码映射]] | && |• 0001: 数据不存在 → MESSAGE I | && |• 0002: ALV初始化失败 → MESSAGE E | && |• 0003: 参数越界 → ABORT | && | | && |[[性能边界]] | && |✓ 最大结果集：5000行 | && |✓ 响应时间：<2秒（测试环境） | && |✗ 禁止LOOP中DB操作 | && | | && |# 代码验证规则 | && |<<静态检查规范>> | && |1. 所有程序必须包含： | && | • 数据字典类型声明 | && | • SY-SUBRC检查 | && | • SALV异常捕获结构 | && |2. 消息规范： | && | ✓ 消息类：00（标准） | && | ✓ ID范围：001-020 | * && | ✗ 禁止使用SY-MSG*变量 | && |3. SQL规范： | && | • 固定值比较（示例：WHERE matnr = '0001'） | * && | • 最大2个AND条件 | && | • 必须使用INTO TABLE语法 | . ELSE."B数据分析。 GV_PROMPT = | 今天是{ SY-DATUM }，你是SAP专家，对SAP系统数据进行分析，|. IF GV_BASE_DATA IS NOT INITIAL. GV_PROMPT = GV_PROMPT && |只对当前数据进行准确分析，不需要猜想|. ENDIF. ENDIF. ENDIF. REPLACE '{SY-DATUM}' IN gv_prompt WITH SY-DATUM. IF GV_BASE_DATA IS NOT INITIAL."用已有数据进行分析 * APPEND INITIAL LINE TO LT_BEF_QUE ASSIGNING FIELD-SYMBOL(<BEF_QUE>). * <BEF_QUE>-ROLE = 'user'. * <BEF_QUE>-CONTENT = '背景信息：' && GV_BASE_DATA."'你是ABAP专家' L_QUESTION = '需要分析数据信息：' && GV_BASE_DATA && '。' && '问题：' && L_QUESTION. ENDIF. CALL FUNCTION 'ZFM_AI_POST' EXPORTING IM_APIKEY = GS_ZAI_INFO-APIKEY IM_QUESTION = L_QUESTION IM_URL = GS_ZAI_INFO-URL IM_MODEL = GS_ZAI_INFO-MODEL IM_SYSTEM = GV_PROMPT IM_BEF_QUE = LT_BEF_QUE IMPORTING EX_OUT = LS_OUT EX_OUT_JSON = LV_OUT_JSON EX_ABAP = LT_ABAP. *获取其中的ABAP代码ls_ABAP。 * 写OUT CLEAR:LV_CONTENT. LOOP AT LS_OUT-CHOICES INTO DATA(LS_CHOICES). LV_CONTENT = LV_CONTENT && LS_CHOICES-MESSAGE-CONTENT. ENDLOOP. IF LV_CONTENT = ''.. LV_CONTENT = 'AI服务器无响应内容'. ENDIF. CALL METHOD GV_TEXT_OUTPUT->SET_TEXTSTREAM EXPORTING TEXT = LV_CONTENT. *--------------------------------------------------------------------* *写ABAP1. CLEAR:LT_OUT. LOOP AT LT_ABAP INTO DATA(LS_ABAP). LOOP AT LS_ABAP-LINES INTO DATA(LS_ABAP_SOU). APPEND INITIAL LINE TO LT_OUT ASSIGNING FIELD-SYMBOL(<ABAP>). <ABAP> = LS_ABAP_SOU-TDLINE. ENDLOOP. ENDLOOP. ** 将取到的文本写入画面的文本框中 * CALL METHOD GV_TEXT_ABAP->SET_TEXT_AS_STREAM * EXPORTING * TEXT = LT_OUT * EXCEPTIONS * ERROR_DP = 1 * ERROR_DP_CREATE = 2 * OTHERS = 3. CALL METHOD GV_TEXT_ABAP->SET_TEXT_AS_R3TABLE EXPORTING TABLE = LT_OUT EXCEPTIONS ERROR_DP = 1 ERROR_DP_CREATE = 2 OTHERS = 3. *--------------------------------------------------------------------* DATA(L_LINES) = LINES( LT_ABAP ) . IF L_LINES = 1 . READ TABLE LT_OUT INTO DATA(LS_ABAP_OUT) WITH KEY 'REPORT YAI_REPORT.'. IF SY-SUBRC = 0 . "保存并执行程序。 PERFORM PF_CREATE_RUN_REPORT USING LT_OUT. ELSE. READ TABLE LT_OUT INTO LS_ABAP_OUT WITH KEY 'REPORT yai_report.'. IF SY-SUBRC = 0 . "保存并执行程序。 PERFORM PF_CREATE_RUN_REPORT USING LT_OUT. ENDIF. ENDIF. ENDIF. ENDFORM. *&---------------------------------------------------------------------* *& Form PF_INSERT_CODE *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * --> p1 text * <-- p2 text *----------------------------------------------------------------------* FORM PF_INSERT_CODE . *返回当前获取到的代码，并关闭对话框 DATA: LT_ABAP TYPE TABLE OF TDLINE, LT_OUT TYPE TABLE OF TDLINE, LS_INPUT TYPE TDLINE, L_MODI TYPE I. * 得到输入的问题 CALL METHOD GV_TEXT_ABAP->GET_TEXT_AS_R3TABLE IMPORTING TABLE = LT_ABAP IS_MODIFIED = L_MODI EXCEPTIONS ERROR_DP = 1 ERROR_CNTL_CALL_METHOD = 2 ERROR_DP_CREATE = 3 POTENTIAL_DATA_LOSS = 4. . IF SY-MSGTY = 'E'. MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4. RETURN. ENDIF. IF LT_ABAP IS INITIAL. MESSAGE S000(ZTR201) WITH '先使用AI获取代码再插入' DISPLAY LIKE 'E' . RETURN. ENDIF. GT_ABAP = LT_ABAP. LEAVE TO SCREEN 0 ."退出当前屏幕 ENDFORM. *&---------------------------------------------------------------------* *& Form PF_CREATE_RUN_REPORT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* * -->P_LT_OUT text *----------------------------------------------------------------------* FORM PF_CREATE_RUN_REPORT USING PT_OUT TYPE TSFOTABL. "REPORT yai_report DATA: LT_OUT TYPE TSFOTABL. DELETE REPORT 'YAI_REPORT'. COMMIT WORK. INSERT REPORT 'YAI_REPORT' FROM PT_OUT. COMMIT WORK. DO 3 TIMES. READ REPORT 'YAI_REPORT' INTO LT_OUT. IF SY-SUBRC = 0. EXIT. ENDIF. WAIT UP TO 1 SECONDS. ENDDO. TRY. SUBMIT YAI_REPORT AND RETURN . ENDTRY. ENDFORM. |
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*----------------------------------------------------------------------* ***INCLUDE LZFG_AI_INTERFACEF02. *----------------------------------------------------------------------* *&---------------------------------------------------------------------* *& Form PF_POST_DEEPSEEK_business *&---------------------------------------------------------------------* *& text *&---------------------------------------------------------------------* *& --> p1 text *& <-- p2 text *&---------------------------------------------------------------------* FORM PF_POST_DEEPSEEK_BUSINESS . *从DEEPSEEK问题 DATA: LT_INPUT TYPE TABLE OF TDLINE, LT_OUT TYPE TABLE OF TDLINE, LS_INPUT TYPE TDLINE, L_MODI TYPE I. DATA: L_APIKEY TYPE ZDS_APIKEY, L_URL TYPE STRING, L_MODEL TYPE STRING, L_QUESTION TYPE STRING, L_SYSTEM TYPE STRING, LS_OUT TYPE ZTRS_DEEPSEEK_OUT, LV_OUT_JSON TYPE STRING, LV_CONTENT TYPE STRING, LT_ABAP TYPE ZAIT_NDIA_TEXT_T. SELECT SINGLE * INTO @DATA(LS_ZAI_INFO) FROM ZAI_INFO WHERE ZAI_ID = @GS_ZAI_INFO-ZAI_ID. IF SY-SUBRC <> 0 . MESSAGE S000(ZTR201) WITH '请先选择有效的AI服务' DISPLAY LIKE 'E' . RETURN. ENDIF. GS_ZAI_INFO = LS_ZAI_INFO. * CASE GS_ZAI_INFO-ZAI_ID. * WHEN 'DEEPSEEK'. * L_APIKEY = 'sk-5713057728074a9d898c1d1668ff7d2d'."DEEPSEEK 的API KEY * L_URL = 'https://api.deepseek.com/chat/completions'. * L_MODEL = 'deepseek-reasoner'. * * WHEN 'KIMI'. * L_APIKEY = 'sk-OUqK6JQwhw4nFBQRfh3JDr7LbdX3l2vBLias4e3tb32ACssz'."KIMI 的API KEY. * L_URL = 'https://api.moonshot.cn/v1/chat/completions'. * L_MODEL = 'moonshot-v1-auto'. * WHEN OTHERS. * ENDCASE. * L_QUESTION = '帮写一个采购订单查询程序'. * 得到输入的问题 CALL METHOD GV_TEXT_INPUT->GET_TEXT_AS_R3TABLE IMPORTING TABLE = LT_INPUT IS_MODIFIED = L_MODI EXCEPTIONS ERROR_DP = 1 ERROR_CNTL_CALL_METHOD = 2 ERROR_DP_CREATE = 3 POTENTIAL_DATA_LOSS = 4. . IF SY-MSGTY = 'E'. MESSAGE ID SY-MSGID TYPE SY-MSGTY NUMBER SY-MSGNO WITH SY-MSGV1 SY-MSGV2 SY-MSGV3 SY-MSGV4. RETURN. ENDIF. IF LT_INPUT IS INITIAL. MESSAGE S000(ZTR201) WITH '请输入相关需求' DISPLAY LIKE 'E' . RETURN. ENDIF. LOOP AT LT_INPUT INTO LS_INPUT. CONCATENATE L_QUESTION LS_INPUT INTO L_QUESTION. ENDLOOP. CLEAR: LV_CONTENT,LV_OUT_JSON. L_SYSTEM = '你是ABAP专家,我需要你给我一些关于SAP ,及ABAP方面的建议，回复请带上相关的ABAP代码例子'. CALL FUNCTION 'ZFM_AI_POST' EXPORTING IM_APIKEY = GS_ZAI_INFO-APIKEY IM_QUESTION = L_QUESTION IM_URL = GS_ZAI_INFO-URL IM_MODEL = GS_ZAI_INFO-MODEL IM_SYSTEM = L_SYSTEM IMPORTING EX_OUT = LS_OUT EX_OUT_JSON = LV_OUT_JSON EX_ABAP = LT_ABAP. *获取其中的ABAP代码ls_ABAP。 * 写OUT CLEAR:LV_CONTENT. LOOP AT LS_OUT-CHOICES INTO DATA(LS_CHOICES). LV_CONTENT = LV_CONTENT && LS_CHOICES-MESSAGE-CONTENT. ENDLOOP. IF LV_CONTENT = ''.. LV_CONTENT = 'AI服务器无响应内容'. ENDIF. CALL METHOD GV_TEXT_OUTPUT->SET_TEXTSTREAM EXPORTING TEXT = LV_CONTENT. *--------------------------------------------------------------------* *写ABAP1. CLEAR:LT_OUT. LOOP AT LT_ABAP INTO DATA(LS_ABAP). LOOP AT LS_ABAP-LINES INTO DATA(LS_ABAP_SOU). APPEND INITIAL LINE TO LT_OUT ASSIGNING FIELD-SYMBOL(<ABAP>). <ABAP> = LS_ABAP_SOU-TDLINE. ENDLOOP. ENDLOOP. ** 将取到的文本写入画面的文本框中 * CALL METHOD GV_TEXT_ABAP->SET_TEXT_AS_STREAM * EXPORTING * TEXT = LT_OUT * EXCEPTIONS * ERROR_DP = 1 * ERROR_DP_CREATE = 2 * OTHERS = 3. CALL METHOD GV_TEXT_ABAP->SET_TEXT_AS_R3TABLE EXPORTING TABLE = LT_OUT EXCEPTIONS ERROR_DP = 1 ERROR_DP_CREATE = 2 OTHERS = 3. *--------------------------------------------------------------------* ENDFORM. *&---------------------------------------------------------------------* *& Form PF_GET_LOACL_DATA *&---------------------------------------------------------------------* *& text *&---------------------------------------------------------------------* *& --> LV_OUTPUT_JSON *& <-- IT_MESSAGES *&---------------------------------------------------------------------* FORM PF_MODIFY_MESSAGE USING PV_OUTPUT_JSON TYPE STRING "AI返回的报文JSON CHANGING PT_MESSAGES TYPE ZTRT_DEEPSEEK_MSG."用本地数据处理后，新调AI需要的JSON *先按AI报文中得到的AI工具列表调用本地接口获取数据， *本地数据整理到AI的MESSAGE中 *当获取到的工具，三次以上都是相同工具时，认为出错，清空工具，不再获取数据 DATA: LT_OUT_TOOLS TYPE TABLE OF ZAIS_TOOL_FUNCTION, L_FUN_NAME TYPE ZAI_FUN_NAME, LS_ZAIT_TOOLS TYPE ZAIT_TOOLS. DATA: LS_AI_OUT TYPE ZTRS_DEEPSEEK_OUT, LT_MESSAGES TYPE ZTRT_DEEPSEEK_MSG, LS_MESSAGES TYPE LINE OF ZTRT_DEEPSEEK_MSG. /UI2/CL_JSON=>DESERIALIZE( EXPORTING JSON = PV_OUTPUT_JSON PRETTY_NAME = /UI2/CL_JSON=>PRETTY_MODE-CAMEL_CASE CHANGING DATA = LS_AI_OUT ). LOOP AT LS_AI_OUT-CHOICES INTO DATA(LS_CHOICES)."当前看只有一行，多行看情况需要修改处理 LS_MESSAGES-ROLE = LS_CHOICES-MESSAGE-ROLE. LS_MESSAGES-CONTENT = LS_CHOICES-MESSAGE-CONTENT. LS_MESSAGES-TOOL_CALLS = LS_CHOICES-MESSAGE-TOOL_CALLS. APPEND LS_MESSAGES TO LT_MESSAGES. ENDLOOP. *检查是否一直在重复。 LOOP AT LT_MESSAGES INTO LS_MESSAGES. LOOP AT LS_MESSAGES-TOOL_CALLS INTO DATA(LS_TOOLS_CALLS). APPEND LS_TOOLS_CALLS-FUNCTION TO LT_OUT_TOOLS. ENDLOOP. ENDLOOP. IF LT_OUT_TOOLS = GT_OUT_TOOLS ."与上一欠返回报文需调用工具完全相同 GV_RE_TIMES = GV_RE_TIMES + 1. ENDIF. IF GV_RE_TIMES > GV_MAX_TIMES."重复次数达到最大次，不再调用本地数据， CLEAR:PT_MESSAGES. RETURN. ENDIF. GT_OUT_TOOLS = LT_OUT_TOOLS. APPEND LINES OF LT_MESSAGES TO PT_MESSAGES."把返回的需要使用的工具放到MSG中。 *--------------------------------------------------------------------* *按工具获取本地数据 LOOP AT LT_MESSAGES INTO LS_MESSAGES. LOOP AT LS_MESSAGES-TOOL_CALLS INTO LS_TOOLS_CALLS . L_FUN_NAME = LS_TOOLS_CALLS-FUNCTION-NAME. CLEAR:LS_ZAIT_TOOLS. SELECT SINGLE * INTO LS_ZAIT_TOOLS FROM ZAIT_TOOLS WHERE NAME = L_FUN_NAME. CHECK LS_ZAIT_TOOLS IS NOT INITIAL. CASE LS_TOOLS_CALLS-TYPE. WHEN 'function'. CASE LS_ZAIT_TOOLS-DATA_TYPE. WHEN ''."内部ODATA PERFORM FM_GET_LOACAL_DATA_ODATA USING LS_TOOLS_CALLS CHANGING PT_MESSAGES ."把本地的数据事到MSG中 WHEN '10'. "外部ODATA WHEN '20'. "函数. WHEN '30'." ALV 输出的. WHEN '40'." 本地表 . PERFORM FM_GET_LOACAL_DATA_TAB USING LS_TOOLS_CALLS CHANGING PT_MESSAGES . WHEN OTHERS. ENDCASE. WHEN OTHERS. ENDCASE. ENDLOOP. ENDLOOP. *对于用工具没找到数据的，在assistant中取消工具， LOOP AT PT_MESSAGES INTO LS_MESSAGES WHERE ROLE = 'assistant'. LOOP AT LS_MESSAGES-TOOL_CALLS INTO LS_TOOLS_CALLS . READ TABLE PT_MESSAGES INTO LS_MESSAGES with KEY ROLE = 'tool' TOOL_CALL_ID = LS_TOOLS_CALLS-id. IF sy-subrc <> 0. delete LS_MESSAGES-TOOL_CALLS FROM LS_TOOLS_CALLS. ENDIF. ENDLOOP. ENDLOOP. ENDFORM. *&---------------------------------------------------------------------* *& Form FM_GET_LOACAL_DATA *&---------------------------------------------------------------------* *& text *&---------------------------------------------------------------------* *& --> LS_TOOLS_CALLS *&---------------------------------------------------------------------* FORM FM_GET_LOACAL_DATA_ODATA USING PS_TOOL_CALLS TYPE ZAIS_TOOL_CALLS PT_MESSAGES TYPE ZTRT_DEEPSEEK_MSG."用本地数据处理后，新调AI需要的JSON *用工具从本地取数据。 DATA:ZCL_DATA TYPE REF TO ZCL_AI_HTTP_CLIENT, LV_OUTPUT_JSON TYPE STRING. DATA: L_NAME TYPE ZAI_FUN_NAME, L_URL TYPE STRING. L_NAME = PS_TOOL_CALLS-FUNCTION-NAME. SELECT SINGLE * INTO @DATA(LS_ZAIT_TOOLS) FROM ZAIT_TOOLS WHERE NAME = @L_NAME. CHECK LS_ZAIT_TOOLS IS NOT INITIAL. L_URL = LS_ZAIT_TOOLS-DATA_SOU. PERFORM FM_GET_LOCAL_URL USING PS_TOOL_CALLS-FUNCTION CHANGING L_URL. CREATE OBJECT ZCL_DATA EXPORTING IM_URL = L_URL IM_TOOLS = ''. **得到/$metadata * ZCL_DATA->INIT_FOR_POSTING( 'GET' ). * ZCL_DATA->SET_REQUEST_CDATA( ). * ZCL_DATA->SEND( ). * ZCL_DATA->RECEIVE( ). * LV_OUTPUT_JSON = ZCL_DATA->GET_RESPONSE_CDATA( ). *得到数据 *整理查询条件 ZCL_DATA->INIT_FOR_POSTING( 'GET' ). ZCL_DATA->SET_REQUEST_CDATA( ). ZCL_DATA->SEND( ). ZCL_DATA->RECEIVE( ). LV_OUTPUT_JSON = ZCL_DATA->GET_RESPONSE_CDATA( ). ENDFORM. *&---------------------------------------------------------------------* *& Form fm_get_local_url *&---------------------------------------------------------------------* *& text *&---------------------------------------------------------------------* *& --> PS_TOOL_FUNCTION *& <-- L_URL *&---------------------------------------------------------------------* FORM FM_GET_LOCAL_URL USING PS_TOOL_FUNCTION TYPE ZAIS_TOOL_FUNCTION CHANGING P_URL TYPE STRING. *https://host:port/sap/opu/odata/sap/ZEXAMPLE_SRV/EntitySet?$filter=Status eq 'Active'&$select=Id,Name&$top=10&$skip=20 *https://host:port/.../EntitySet?$filter=City eq 'Berlin' and Age gt 30 DATA: L_NAME TYPE ZAI_FUN_NAME, L_PARA_NAME TYPE ZAI_PARA_NAME, L_URL TYPE STRING, L_URL_OTHER TYPE STRING, L_ARGUMENTS TYPE STRING, LR_ARGUMENTS TYPE REF TO DATA. "参数结构 DATA: L_SELECT TYPE STRING, "显示字段列表Name,Age,Department L_FILTER TYPE STRING. "查询条件 SPLIT P_URL AT '?' INTO L_URL L_URL_OTHER. L_NAME = PS_TOOL_FUNCTION-NAME. LR_ARGUMENTS = PS_TOOL_FUNCTION-ARGUMENTS. SELECT * INTO TABLE @DATA(LT_ZAIT_TOOLS_PARA) FROM ZAIT_TOOLS_PARA WHERE NAME = @L_NAME. SORT LT_ZAIT_TOOLS_PARA BY PARA_NAME. *分解url SPLIT L_URL AT '?' INTO L_URL L_URL_OTHER. *分解参数 PERFORM PF_GET_ARGUMENTS USING L_NAME LR_ARGUMENTS CHANGING L_SELECT L_FILTER. *返回真实数据地址 L_URL = |{ L_URL }{ COND #( WHEN L_SELECT IS NOT INITIAL OR L_URL_OTHER IS NOT INITIAL THEN '?' ELSE '' ) }{ COND #( WHEN L_SELECT IS NOT INITIAL AND L_URL_OTHER IS NOT INITIAL THEN |{ L_SELECT }&{ L_URL_OTHER }| ELSE L_SELECT && L_URL_OTHER ) }|. ENDFORM. FORM FM_GET_LOACAL_DATA_TAB USING PS_TOOL_CALLS TYPE ZAIS_TOOL_CALLS PT_MESSAGES TYPE ZTRT_DEEPSEEK_MSG."用本地数据处理后，新调AI需要的JSON **返回的 * JSON格式数据如下： *[ * { * "field_name": "Supplier", * "field_label": "供应商编号", * "value": "SUP_00123" * }, * { * "field_name": "OrderAmount", * "field_label": "订单金额", * "value": "150000.00" * } *] * *从本地表中获取数据 DATA: L_FUN_NAME TYPE ZAI_FUN_NAME, L_TABLE_NAME TYPE DDOBJNAME, L_PARA_NAME TYPE ZAI_PARA_NAME, L_ARGUMENTS TYPE STRING, LR_ARGUMENTS TYPE REF TO DATA. "参数结构 DATA: L_SELECT TYPE STRING, "显示字段列表Name,Age,Department L_WHERE TYPE STRING. "查询条件 L_FUN_NAME = PS_TOOL_CALLS-FUNCTION-NAME. ASSIGN PS_TOOL_CALLS-FUNCTION-ARGUMENTS->* TO FIELD-SYMBOL(<ARGUMENTS>). MOVE <ARGUMENTS> TO L_ARGUMENTS. /UI2/CL_JSON=>DESERIALIZE( EXPORTING JSON = L_ARGUMENTS "查询参数 PRETTY_NAME = /UI2/CL_JSON=>PRETTY_MODE-CAMEL_CASE CHANGING DATA = LR_ARGUMENTS ). SELECT SINGLE * INTO @DATA(LS_ZAIT_TOOLS) FROM ZAIT_TOOLS WHERE NAME = @L_FUN_NAME. CHECK LS_ZAIT_TOOLS IS NOT INITIAL. SELECT * INTO TABLE @DATA(LT_ZAIT_TOOLS_PARA) FROM ZAIT_TOOLS_PARA WHERE NAME = @L_FUN_NAME. SORT LT_ZAIT_TOOLS_PARA BY PARA_NAME. L_TABLE_NAME = LS_ZAIT_TOOLS-DATA_SOU. PERFORM PF_GET_ARGUMENTS USING L_FUN_NAME LR_ARGUMENTS CHANGING L_SELECT L_WHERE. IF L_SELECT = ''."异常了，不使用此工具取数据 RETURN. ENDIF. *--------------------------------------------------------------------* *读取数据， * 定义JSON结构 TYPES: BEGIN OF TS_JSON, FIELD_NAME TYPE STRING, FIELD_LABEL TYPE STRING, VALUE TYPE STRING, END OF TS_JSON. DATA: LV_JSON TYPE STRING, LR_DATA TYPE REF TO DATA, LR_LINE TYPE REF TO DATA, LT_FIELDS TYPE DDFIELDS, LT_JSON_DATA TYPE TABLE OF TS_JSON, LS_JSON TYPE TS_JSON. FIELD-SYMBOLS: <LT_DATA> TYPE STANDARD TABLE, <LV_FIELD> TYPE ANY. DATA: LT_STRUCT_DESC TYPE ABAP_COMPONENT_TAB, LS_STRUCT_DESC LIKE LINE OF LT_STRUCT_DESC, LV_LINE TYPE STRING. * 获取表字段信息 CALL FUNCTION 'DDIF_FIELDINFO_GET' EXPORTING TABNAME = L_TABLE_NAME TABLES DFIES_TAB = LT_FIELDS EXCEPTIONS NOT_FOUND = 1 INTERNAL_ERROR = 2 OTHERS = 3. IF SY-SUBRC <> 0. " 处理错误 RETURN. ENDIF. LOOP AT LT_FIELDS INTO DATA(LS_FIELDS) WHERE FIELDNAME <> 'MANDT'. IF LS_FIELDS-KEYFLAG = 'X' . L_SELECT = LS_FIELDS-FIELDNAME && ','&& L_SELECT. ENDIF. ENDLOOP. TRANSLATE L_SELECT TO UPPER CASE. SPLIT L_SELECT AT ',' INTO TABLE DATA(LT_SELECT). SORT LT_SELECT. DELETE ADJACENT DUPLICATES FROM LT_SELECT."去除重复数据 CLEAR:L_SELECT. " 1. 构建动态结构描述 LOOP AT LT_SELECT INTO DATA(LS_SELECT). READ TABLE LT_FIELDS INTO DATA(LS_FIELD) WITH KEY FIELDNAME = LS_SELECT . CHECK SY-SUBRC = 0. LS_STRUCT_DESC-NAME = LS_FIELD-FIELDNAME. LS_STRUCT_DESC-TYPE ?= CL_ABAP_TYPEDESCR=>DESCRIBE_BY_NAME( LS_FIELD-ROLLNAME ). " 获取数据类型描述 APPEND LS_STRUCT_DESC TO LT_STRUCT_DESC. L_SELECT = L_SELECT && ',' && LS_SELECT. ENDLOOP. L_SELECT = L_SELECT+1. " 2. 创建动态结构描述符 DATA(LO_STRUCT) = CL_ABAP_STRUCTDESCR=>CREATE( LT_STRUCT_DESC ). " 3. 创建动态表描述符 DATA(LO_TABLE) = CL_ABAP_TABLEDESCR=>CREATE( LO_STRUCT ). " 4. 实例化数据对象 CREATE DATA LR_DATA TYPE HANDLE LO_TABLE. * 动态创建内表 ASSIGN LR_DATA->* TO <LT_DATA>. * 动态查询数据 SELECT (L_SELECT) FROM (L_TABLE_NAME) INTO TABLE @<LT_DATA> WHERE (L_WHERE). IF SY-SUBRC <> 0. " 处理无数据情况 RETURN. ENDIF. * 处理数据 LOOP AT <LT_DATA> ASSIGNING FIELD-SYMBOL(<LS_DATA>). CREATE DATA LR_LINE LIKE LINE OF <LT_DATA>. ASSIGN LR_LINE->* TO FIELD-SYMBOL(<LS_LINE>). <LS_LINE> = <LS_DATA>. DO. ASSIGN COMPONENT SY-INDEX OF STRUCTURE <LS_LINE> TO <LV_FIELD>. IF SY-SUBRC <> 0. EXIT. ENDIF. * 获取字段元数据 READ TABLE LT_STRUCT_DESC INTO LS_STRUCT_DESC INDEX SY-INDEX. CHECK SY-SUBRC = 0 . READ TABLE LT_FIELDS INTO LS_FIELDS WITH KEY FIELDNAME = LS_STRUCT_DESC-NAME. CHECK SY-SUBRC = 0 . * 转换值为字符串 DATA(LV_VALUE) = CONV STRING( <LV_FIELD> ). * 填充JSON结构 IF LS_FIELDS-FIELDTEXT = LS_FIELDS-SCRTEXT_M. LS_JSON = VALUE #( FIELD_NAME = LS_FIELDS-FIELDNAME FIELD_LABEL = LS_FIELDS-FIELDTEXT " 使用中等长度文本 VALUE = LV_VALUE ). ELSE. LS_JSON = VALUE #( FIELD_NAME = LS_FIELDS-FIELDNAME FIELD_LABEL = LS_FIELDS-FIELDTEXT && ',' && LS_FIELDS-SCRTEXT_M " 使用中等长度文本 VALUE = LV_VALUE ). ENDIF. APPEND LS_JSON TO LT_JSON_DATA. ENDDO. ENDLOOP. * 生成JSON字符串 /UI2/CL_JSON=>SERIALIZE( EXPORTING DATA = LT_JSON_DATA PRETTY_NAME = /UI2/CL_JSON=>PRETTY_MODE-CAMEL_CASE RECEIVING R_JSON = LV_JSON ). * WRITE LV_JSON. *--------------------------------------------------------------------* *把数据整理到PT_MESSAGES中 DATA: LS_MESSAGE TYPE LINE OF ZTRT_DEEPSEEK_MSG. LS_MESSAGE-ROLE = 'tool'. LS_MESSAGE-TOOL_CALL_ID = PS_TOOL_CALLS-ID. CALL METHOD CL_HTTP_UTILITY=>ESCAPE_URL EXPORTING UNESCAPED = LV_JSON RECEIVING ESCAPED = LS_MESSAGE-CONTENT. APPEND LS_MESSAGE TO PT_MESSAGES. ENDFORM. |
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*----------------------------------------------------------------------* ***INCLUDE LZFG_AI_INTERFACEF03. *----------------------------------------------------------------------* *&---------------------------------------------------------------------* *& Form PF_GET_ARGUMENTS *&---------------------------------------------------------------------* *& text *&---------------------------------------------------------------------* *& --> LR_ARGUMENTS *& <-- L_SELECT *& <-- L_WHERE *&---------------------------------------------------------------------* FORM PF_GET_ARGUMENTS USING P_FUN_NAME TYPE ZAI_FUN_NAME PR_ARGUMENTS TYPE REF TO DATA CHANGING P_SELECT TYPE STRING P_WHERE TYPE STRING. DATA: L_PARA_NAME TYPE ZAI_PARA_NAME. FIELD-SYMBOLS: <ARGUMENTS> TYPE ANY. FIELD-SYMBOLS: <LT_TABLE> TYPE ANY TABLE. DATA LV_TYPE TYPE C. P_SELECT = ''. SELECT * INTO TABLE @DATA(LT_ZAIT_TOOLS_PARA) FROM ZAIT_TOOLS_PARA WHERE NAME = @P_FUN_NAME. SORT LT_ZAIT_TOOLS_PARA BY PARA_NAME. ASSIGN PR_ARGUMENTS->* TO <ARGUMENTS>. " 获取源结构体描述 DATA(LO_ARGUMENTS_DESC) = CAST CL_ABAP_STRUCTDESCR( CL_ABAP_TYPEDESCR=>DESCRIBE_BY_DATA_REF( PR_ARGUMENTS ) ). DATA(LT_ARGUMENTS_COMPS) = LO_ARGUMENTS_DESC->GET_COMPONENTS( ). LOOP AT LT_ARGUMENTS_COMPS INTO DATA(LS_COMPONENT). ASSIGN COMPONENT LS_COMPONENT-NAME OF STRUCTURE <ARGUMENTS> TO FIELD-SYMBOL(<FS>). IF SY-SUBRC = 0. ASSIGN <FS>->* TO FIELD-SYMBOL(<FS2>). L_PARA_NAME = LS_COMPONENT-NAME. IF L_PARA_NAME = 'return_fields' OR L_PARA_NAME = 'RETURN_FIELDS'."查询字段，返回一个表 ASSIGN <FS>->* TO <LT_TABLE>. LOOP AT <LT_TABLE> ASSIGNING FIELD-SYMBOL(<LV_LINE>). ASSIGN <LV_LINE>->* TO FIELD-SYMBOL(<LV_LINE1>). P_SELECT = P_SELECT && ',' && <LV_LINE1>. ENDLOOP. ENDIF. READ TABLE LT_ZAIT_TOOLS_PARA INTO DATA(LS_ZAIT_TOOLS_PARA) WITH KEY PARA_NAME = L_PARA_NAME BINARY SEARCH. CHECK SY-SUBRC = 0. CASE LS_ZAIT_TOOLS_PARA-PARA_TYEP . WHEN 'string'."有时AI返回会异常，工具是STRING,结果这里<FS2>返回确实为结构 。 DESCRIBE FIELD <FS2> TYPE LV_TYPE. IF LV_TYPE = 'g'. " 'g' 表示STRING类型 P_WHERE = |{ P_WHERE } and { L_PARA_NAME } eq '{ <FS2> }'| . ELSE."异常了，不再使用此工具处理数据 P_SELECT = ''. RETURN. ENDIF. WHEN 'number'. WHEN 'object'. "使用 BETWEEN DESCRIBE FIELD <FS2> TYPE LV_TYPE. ASSIGN COMPONENT 'start' OF STRUCTURE <FS2> TO FIELD-SYMBOL(<START>). IF SY-SUBRC = 0 . ASSIGN COMPONENT 'end' OF STRUCTURE <FS2> TO FIELD-SYMBOL(<END>). IF SY-SUBRC = 0 . ASSIGN <START>->* TO FIELD-SYMBOL(<START2>). ASSIGN <END>->* TO FIELD-SYMBOL(<END2>). P_WHERE = |{ P_WHERE } and { L_PARA_NAME } BETWEEN '{ <START2> }' AND '{ <END2> }' | . ENDIF. ENDIF. WHEN 'array'. WHEN 'boolean'. WHEN 'null'. WHEN OTHERS. ENDCASE. P_SELECT = P_SELECT && ',' && L_PARA_NAME. ENDIF. ENDLOOP. IF STRLEN( P_WHERE ) >= 4. P_WHERE = P_WHERE+4. " ENDIF. P_SELECT = P_SELECT+1. ENDFORM. |
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*&---------------------------------------------------------------------* *& 包含 LZFG_AI_INTERFACEI01 *&---------------------------------------------------------------------* MODULE USER_COMMAND_0100 INPUT. CASE OK_CODE. WHEN 'BACK' OR 'CAN' OR 'ECAN' OR 'WB_CANCEL'. * MESSAGE '退出' TYPE 'I'."弹出消息 * SET SCREEN 0. CLEAR: GT_ABAP. LEAVE TO SCREEN 0 ."退出当前屏幕 WHEN 'ZAI'."deepseek PERFORM PF_POST_DEEPSEEK_ABAP. WHEN 'INS' OR 'ONLI'. PERFORM PF_INSERT_CODE. WHEN OTHERS. ENDCASE. ENDMODULE. MODULE USER_COMMAND_0200 INPUT. CASE OK_CODE. WHEN 'CAN' OR 'ECAN' OR 'WB_CANCEL'. * MESSAGE '退出' TYPE 'I'."弹出消息 * SET SCREEN 0. CLEAR: GT_ABAP. LEAVE TO SCREEN 0 ."退出当前屏幕 WHEN 'ZAI'."deepseek PERFORM PF_POST_DEEPSEEK_business. WHEN 'INS' OR 'ONLI'. * PERFORM PF_INSERT_CODE. WHEN OTHERS. ENDCASE. ENDMODULE. |
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*&---------------------------------------------------------------------* *& 包含 LZFG_AI_INTERFACEO01 *&---------------------------------------------------------------------* MODULE SPLITTER_CONTROL_VORBEREITEN OUTPUT. IF GV_SPLITTER IS INITIAL. CREATE OBJECT GV_CUSTOM_INPUT EXPORTING CONTAINER_NAME = 'INPUT_TEXT'. CREATE OBJECT GV_CUSTOM_OUTPUT EXPORTING CONTAINER_NAME = 'OUTPUT_TEXT'. CREATE OBJECT GV_CUSTOM_ABAP EXPORTING CONTAINER_NAME = 'ABAP_TEXT'. * CREATE OBJECT GV_SPLITTER * EXPORTING * PARENT = cl_gui_container=>screen0 * ORIENTATION = 1 "方向: 0 = 垂直 ， 1 = 水平 * SASH_POSITION = 0. ENDIF. * * CALL METHOD GV_SPLITTER->set_top_container * EXPORTING * container = GV_CUSTOM_INPUT. * * CALL METHOD GV_SPLITTER->set_bottom_container * EXPORTING * container = GV_CUSTOM_ABAP1. IF GV_TEXT_INPUT IS INITIAL. CREATE OBJECT GV_TEXT_INPUT EXPORTING PARENT = GV_CUSTOM_INPUT * wordwrap_mode = cl_gui_textedit=>wordwrap_at_windowborder WORDWRAP_TO_LINEBREAK_MODE = CL_GUI_TEXTEDIT=>FALSE "自动换行模式关闭 "wordwrap_to_linebreak_mode = cl_gui_textedit=>true EXCEPTIONS ERROR_CNTL_CREATE = 1 ERROR_CNTL_INIT = 2 ERROR_CNTL_LINK = 3 ERROR_DP_CREATE = 4 GUI_TYPE_NOT_SUPPORTED = 5. "CALL METHOD gv_text_editor->set_readonly_mode EXPORTING readonly_mode = cl_gui_textedit=>true. "输入框只读模式开启 CALL METHOD GV_TEXT_INPUT->SET_READONLY_MODE EXPORTING READONLY_MODE = CL_GUI_TEXTEDIT=>FALSE. "输入框只读模式关闭 IF GV_INPUT IS NOT INITIAL. CALL METHOD GV_TEXT_INPUT->SET_TEXTSTREAM EXPORTING TEXT = GV_INPUT. ENDIF. ENDIF. IF GV_TEXT_OUTPUT IS INITIAL. CREATE OBJECT GV_TEXT_OUTPUT EXPORTING PARENT = GV_CUSTOM_OUTPUT * wordwrap_mode = cl_gui_textedit=>wordwrap_at_windowborder WORDWRAP_TO_LINEBREAK_MODE = CL_GUI_TEXTEDIT=>FALSE "自动换行模式关闭 "wordwrap_to_linebreak_mode = cl_gui_textedit=>true EXCEPTIONS ERROR_CNTL_CREATE = 1 ERROR_CNTL_INIT = 2 ERROR_CNTL_LINK = 3 ERROR_DP_CREATE = 4 GUI_TYPE_NOT_SUPPORTED = 5. "CALL METHOD gv_text_editor->set_readonly_mode EXPORTING readonly_mode = cl_gui_textedit=>true. "输入框只读模式开启 CALL METHOD GV_TEXT_OUTPUT->SET_READONLY_MODE EXPORTING READONLY_MODE = CL_GUI_TEXTEDIT=>TRUE. "输入框只读模式关闭 * 去掉状态栏 CALL METHOD GV_TEXT_OUTPUT->SET_STATUSBAR_MODE EXPORTING STATUSBAR_MODE = CL_GUI_TEXTEDIT=>FALSE. * 去掉工具栏 CALL METHOD GV_TEXT_OUTPUT->SET_TOOLBAR_MODE EXPORTING TOOLBAR_MODE = CL_GUI_TEXTEDIT=>FALSE. ENDIF. IF GV_TEXT_ABAP IS INITIAL. CREATE OBJECT GV_TEXT_ABAP EXPORTING PARENT = GV_CUSTOM_ABAP * wordwrap_mode = cl_gui_textedit=>wordwrap_at_windowborder WORDWRAP_TO_LINEBREAK_MODE = CL_GUI_TEXTEDIT=>FALSE "自动换行模式关闭 "wordwrap_to_linebreak_mode = cl_gui_textedit=>true EXCEPTIONS ERROR_CNTL_CREATE = 1 ERROR_CNTL_INIT = 2 ERROR_CNTL_LINK = 3 ERROR_DP_CREATE = 4 GUI_TYPE_NOT_SUPPORTED = 5. "CALL METHOD gv_text_editor->set_readonly_mode EXPORTING readonly_mode = cl_gui_textedit=>true. "输入框只读模式开启 CALL METHOD GV_TEXT_ABAP->SET_READONLY_MODE EXPORTING READONLY_MODE = CL_GUI_TEXTEDIT=>TRUE. "输入框只读模式关闭 * 去掉状态栏 CALL METHOD GV_TEXT_ABAP->SET_STATUSBAR_MODE EXPORTING STATUSBAR_MODE = CL_GUI_TEXTEDIT=>FALSE. * 去掉工具栏 CALL METHOD GV_TEXT_ABAP->SET_TOOLBAR_MODE EXPORTING TOOLBAR_MODE = CL_GUI_TEXTEDIT=>FALSE. ENDIF. ENDMODULE. *&---------------------------------------------------------------------* *& Module STATUS_0100 OUTPUT *&---------------------------------------------------------------------* * text *----------------------------------------------------------------------* MODULE STATUS_0100 OUTPUT. * SET TITLEBAR 'xxx'. " SET PF-STATUS 'PGPS' OF PROGRAM 'SAPLLOCAL_EDT1'. IF GV_AI_TYPE = '' OR GV_AI_TYPE = 'A'. SET TITLEBAR 'ZTITLE' WITH '使用AI获取ABAP代码'. ELSE. IF GV_BASE_DATA IS NOT INITIAL. SET TITLEBAR 'ZTITLE' WITH '以当前数据进行分析，请输入分析需求'. ELSE. SET TITLEBAR 'ZTITLE' WITH 'AI提问，请输入问题'. ENDIF. ENDIF. SET PF-STATUS 'ZST'. LOOP AT SCREEN . CASE SCREEN-NAME . WHEN 'INSERT'. IF GV_AI_TYPE <> ''. SCREEN-INVISIBLE = 1. " 插入，设置为不可见 ELSE. SCREEN-INVISIBLE = 0. " 插入，设置为不可见 ENDIF. WHEN OTHERS. ENDCASE. MODIFY SCREEN. ENDLOOP. ENDMODULE. MODULE STATUS_0200 OUTPUT. * SET TITLEBAR 'xxx'. " SET PF-STATUS 'PGPS' OF PROGRAM 'SAPLLOCAL_EDT1'. SET TITLEBAR 'ZTITLE' WITH '使用SAP工具传入SAP数据让AI分析'. SET PF-STATUS 'ZST'. ENDMODULE. |
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FUNCTION-POOL ZFG_AI_INTERFACE MESSAGE-ID ZAI. * INCLUDE LZFG_AI_INTERFACED... " Local class definition DATA: OK_CODE TYPE CHAR10, GS_ZAI_INFO TYPE ZAI_INFO. DATA: GV_BASE_DATA TYPE STRING, "问题基础数据 GV_PROMPTID TYPE ZAIT_PROMPT-ID, "提示词ID GV_PROMPT TYPE ZAI_PROMPT, "ai 系统信息，提示格式等。 GV_AI_TYPE TYPE CHAR1. "A获取ABAP代码，B数据分析。 DATA: GV_URL TYPE STRING VALUE 'https://api.deepseek.com/chat/completions', GV_APIKEY TYPE STRING VALUE 'sk-5713057728074a9d898c1d1668ff7d2d', GV_INPUT TYPE STRING, GV_OUTPUT TYPE STRING, GV_OUTPUT_ABAP TYPE STRING. DATA: GT_ABAP TYPE TABLE OF TDLINE. CONSTANTS: GC_TEXT_LINE_LENGTH TYPE I VALUE 72. TYPES: TEXT_TABLE_TYPE(GC_TEXT_LINE_LENGTH) TYPE C OCCURS 0. DATA: GV_SPLITTER TYPE REF TO CL_GUI_EASY_SPLITTER_CONTAINER. DATA: GV_CUSTOM_INPUT TYPE REF TO CL_GUI_CUSTOM_CONTAINER, GV_CUSTOM_OUTPUT TYPE REF TO CL_GUI_CUSTOM_CONTAINER, GV_CUSTOM_ABAP TYPE REF TO CL_GUI_CUSTOM_CONTAINER. DATA: GV_TEXT_INPUT TYPE REF TO CL_GUI_TEXTEDIT, GV_TEXT_OUTPUT TYPE REF TO CL_GUI_TEXTEDIT, GV_TEXT_ABAP TYPE REF TO CL_GUI_TEXTEDIT. DATA: LT_TEXT_TABLE TYPE TEXT_TABLE_TYPE, LS_TEXT_TABLE_WA(GC_TEXT_LINE_LENGTH) TYPE C, GV_XTHEAD_UPDKZ TYPE I. DATA: TEXTTABLE TYPE TABLE OF TEXTLINE. *--------------------------------------------------------------------* DATA: GT_OUT_TOOLS TYPE TABLE OF ZAIS_TOOL_FUNCTION, "上一次接口返回工具函数 ， GV_RE_TIMES TYPE INT1, "已重复次数 GV_MAX_TIMES TYPE INT2 VALUE 3. "最大重复次数 |
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FUNCTION ZFM_AI_DATA_JSON. *"---------------------------------------------------------------------- *"*"本地接口： *" IMPORTING *" REFERENCE(IT_DATA) TYPE REF TO DATA *" REFERENCE(IT_FCAT) TYPE LVC_T_FCAT *" EXPORTING *" REFERENCE(EX_JSON) TYPE STRING * { * "field_name": "field_name1|field_name2|field_name3", * "field_label": "字段1名,字段1名称|字段2|公司代码,公司代号", * "VALUE": [ * {"字段1值1|字段2值1|字段3值1"}, * {"字段1值2|字段2值2|字段3值2"} * ] *} *"---------------------------------------------------------------------- *IT_DATA 数据结构必须与IT_FCAT描述的完全一致 FIELD-SYMBOLS:<LT_DATA> TYPE STANDARD TABLE, <LT_JSON_DATA> TYPE STANDARD TABLE, <LV_FIELD> TYPE ANY. DATA :LT_DFIES_TAB TYPE TABLE OF DFIES, L_FIELD_LABEL TYPE STRING, L_FIELD_NAME TYPE STRING. DATA: LT_TEXT TYPE TABLE OF CHAR100. * 定义JSON结构 TYPES: BEGIN OF ROWS, ROW TYPE STRING, END OF ROWS. DATA: LS_ROWS TYPE ROWS. TYPES: BEGIN OF TS_JSON, FIELD_NAME TYPE STRING, FIELD_LABEL TYPE STRING, VALUE TYPE TABLE OF ROWS WITH DEFAULT KEY, END OF TS_JSON. DATA: LV_JSON TYPE STRING, LR_DATA TYPE REF TO DATA, LR_LINE TYPE REF TO DATA, LT_FIELDS TYPE DDFIELDS, LS_JSON_DATA TYPE TS_JSON. *--------------------------------------------------------------------* ASSIGN IT_DATA->* TO <LT_DATA>. IF <LT_DATA> IS NOT ASSIGNED. RETURN.ENDIF. LOOP AT IT_FCAT INTO DATA(LS_FCAT) . DATA(L_INDEX) = SY-TABIX. IF LS_FCAT-REF_TABLE IS NOT INITIAL AND LS_FCAT-REF_FIELD IS NOT INITIAL. CLEAR:LT_DFIES_TAB. CALL FUNCTION 'DDIF_FIELDINFO_GET' EXPORTING TABNAME = LS_FCAT-REF_TABLE FIELDNAME = LS_FCAT-REF_FIELD TABLES DFIES_TAB = LT_DFIES_TAB EXCEPTIONS NOT_FOUND = 1 INTERNAL_ERROR = 2 OTHERS = 3. READ TABLE LT_DFIES_TAB INTO DATA(LS_DFIES_TAB) INDEX 1. IF SY-SUBRC = 0 . LT_TEXT = VALUE #( ( LS_DFIES_TAB-FIELDTEXT ) ( LS_DFIES_TAB-REPTEXT ) ( LS_DFIES_TAB-SCRTEXT_S ) ( LS_DFIES_TAB-SCRTEXT_M ) ( LS_DFIES_TAB-SCRTEXT_L ) ). ENDIF. ENDIF. IF LT_TEXT IS INITIAL. LT_TEXT = VALUE #( ( LS_FCAT-COLTEXT ) ( LS_FCAT-SCRTEXT_L ) ( LS_FCAT-SCRTEXT_M ) ( LS_FCAT-SCRTEXT_S ) ). ENDIF. SORT LT_TEXT.DELETE ADJACENT DUPLICATES FROM LT_TEXT . DELETE LT_TEXT WHERE TABLE_LINE IS INITIAL. CLEAR:L_FIELD_LABEL. LOOP AT LT_TEXT INTO DATA(LV_TEXT). IF SY-TABIX = 1. L_FIELD_LABEL = LV_TEXT. ELSE. L_FIELD_LABEL = L_FIELD_LABEL && ',' && LV_TEXT. ENDIF. ENDLOOP. L_FIELD_NAME = LS_FCAT-FIELDNAME. IF L_INDEX = 1. LS_JSON_DATA-FIELD_LABEL = L_FIELD_LABEL. LS_JSON_DATA-FIELD_NAME = L_FIELD_NAME. ELSE. LS_JSON_DATA-FIELD_LABEL = LS_JSON_DATA-FIELD_LABEL && '|' && L_FIELD_LABEL. LS_JSON_DATA-FIELD_NAME = LS_JSON_DATA-FIELD_NAME && '|' && L_FIELD_NAME. ENDIF. ENDLOOP. LOOP AT <LT_DATA> ASSIGNING FIELD-SYMBOL(<LS_DATA>). L_INDEX = 0. DO . L_INDEX = L_INDEX + 1. ASSIGN COMPONENT L_INDEX OF STRUCTURE <LS_DATA> TO <LV_FIELD>. IF SY-SUBRC <> 0. EXIT. ENDIF. READ TABLE IT_FCAT INTO DATA(LS_FIELDCATALOG) INDEX L_INDEX. IF SY-SUBRC <> 0. EXIT. ENDIF. * 转换值为字符串 IF L_INDEX = 1. DATA(LV_VALUE) = CONV STRING( <LV_FIELD> ). ELSE. LV_VALUE = LV_VALUE && '|' && CONV STRING( <LV_FIELD> ). . ENDIF. ENDDO. LS_ROWS-ROW = LV_VALUE. APPEND LS_ROWS TO LS_JSON_DATA-VALUE. ENDLOOP. * 生成JSON字符串 /UI2/CL_JSON=>SERIALIZE( EXPORTING DATA = LS_JSON_DATA PRETTY_NAME = /UI2/CL_JSON=>PRETTY_MODE-low_case RECEIVING R_JSON = LV_JSON ). EX_JSON = LV_JSON. ENDFUNCTION. |
其中增加了一个屏幕100，用到了三个定制对像，两个输入框。
