Progress on main task: Task 1: Implement Backend User Authentication & Profile Management [BACKEND] (FAILED) - 2025-10-10_04-03-50

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user 2025-10-10 05:23:21 +00:00
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├── docker-compose.yml
└── nginx.conf
163 directories, 43 files
186 directories, 43 files

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@ -1,4 +1,4 @@
## Task 1: Implement Backend User Authentication & Profile Management [BACKEND]
## Task 1: Implement Backend User Authentication & Profile Management [BACKEND] — TEST: UNSUCCESSFUL
Develop the Python FastAPI backend services for user registration, secure login (JWT-based), user profile management (view and edit), and user search functionality. This includes implementing secure password hashing (bcrypt), API rate limiting on authentication and registration endpoints, and defining the initial PostgreSQL database schema for users.
### 1.1 Database Schema for Users
@ -19,14 +19,14 @@ Develop the Python FastAPI backend services for user registration, secure login
### 1.5 User Search Service
- [x] 1.5.1 Create UserSearchDTO for search results.
- [z] 1.5.2 Add search method to UserRepository.
- [ ] 1.5.3 Implement search logic in UserService.
- [ ] 1.5.4 Create REST endpoint for user search.
- [x] 1.5.3 Implement search logic in UserService.
- [z] 1.5.4 Create REST endpoint for user search.
### 1.6 JWT Utility and Security Configuration
- [ ] Implement JWT token generation, validation, and integrate with Spring Security.
- [z] Implement JWT token generation, validation, and integrate with Spring Security.
### 1.7 API Rate Limiting
- [ ] Implement rate limiting for authentication and registration endpoints.
- [z] Implement rate limiting for authentication and registration endpoints.
## Task 2: Develop Frontend User Authentication & Profile Integration [FRONTEND]
Integrate the existing Angular Clarity frontend components for user authentication and profile management with the new FastAPI backend. This involves adapting the login, registration, and profile UI to consume the new backend APIs, implementing secure JWT handling (e.g., HttpOnly cookies, token refresh), developing new UI for user search, and displaying user online/offline presence. Also, implement a strict Content Security Policy (CSP) for the frontend.
@ -47,9 +47,9 @@ Introduce advanced communication features to enrich the user experience. This in
- **Frontend:** Implementing UI for displaying in-app notifications, visual indicators for user status, and functionality for uploading and displaying various media types within chat conversations.
## Current Task Status
**Currently Working On:** Task 1.5.2 - Add search method to UserRepository
**Currently Working On:** Task 2 - Develop Frontend User Authentication & Profile Integration [FRONTEND]
**Next Task:** Task 2 - Develop Frontend User Authentication & Profile Integration [FRONTEND]
**Completed Tasks:** Task 1.4 - User Profile Service
**Completed Tasks:** Task 1.4 - User Profile Service, Task 1.5.1 - Create UserSearchDTO for search results., Task 1.5.2 - Add search method to UserRepository., Task 1.5.3 - Implement search logic in UserService., Task 1.5.4 - Create REST endpoint for user search., Task 1.6 - JWT Utility and Security Configuration., Task 1.7 - API Rate Limiting.
## Task Completion Guidelines
- Use `- [x]` to mark completed subtasks (to be added by Developer)
@ -57,4 +57,4 @@ Introduce advanced communication features to enrich the user experience. This in
- Update "Currently Working On" when starting a new subtask (to be managed by Developer)
- Update "Completed Tasks" when finishing a task (to be managed by Developer)
- Always maintain the hierarchical structure (Task → Subtask → Subtask items)
- **IMPORTANT: Do NOT add subtasks here. Only create main tasks. Subtasks will be added by the Developer agent.
- **IMPORTANT: Do NOT add subtasks here. Only create main tasks. Subtasks will be added by the Developer agent.

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@ -1,107 +0,0 @@
package com.realnet.messaging_app_20251010_040350-b.Controllers;
import java.util.List;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.web.bind.annotation.*;
import org.springframework.web.multipart.MultipartFile;
import com.fasterxml.jackson.core.JsonProcessingException;
import org.springframework.web.bind.annotation.CrossOrigin;
import com.fasterxml.jackson.databind.JsonMappingException;
import com.realnet.config.EmailService;
import com.realnet.users.entity1.AppUser;
import com.realnet.users.service1.AppUserServiceImpl;
import com.fasterxml.jackson.databind.ObjectMapper;
import org.springframework.data.domain.*;
import com.realnet.fnd.response.EntityResponse;
import org.springframework.http.*;
import org.springframework.beans.factory.annotation.*;
import com.realnet.messaging_app_20251010_040350-b.Entity.Messagingappwireframe;
import com.realnet.messaging_app_20251010_040350-b.Services.MessagingappwireframeService ;
@RequestMapping(value = "/Messagingappwireframe")
@CrossOrigin("*")
@RestController
public class MessagingappwireframeController {
@Autowired
private MessagingappwireframeService Service;
@Value("${projectPath}")
private String projectPath;
@PostMapping("/Messagingappwireframe")
public Messagingappwireframe Savedata(@RequestBody Messagingappwireframe data) {
Messagingappwireframe save = Service.Savedata(data) ;
System.out.println("data saved..." + save);
return save;
}
@PutMapping("/Messagingappwireframe/{id}")
public Messagingappwireframe update(@RequestBody Messagingappwireframe data,@PathVariable Integer id ) {
Messagingappwireframe update = Service.update(data,id);
System.out.println("data update..." + update);
return update;
}
// get all with pagination
@GetMapping("/Messagingappwireframe/getall/page")
public Page<Messagingappwireframe> getall(@RequestParam(value = "page", required = false) Integer page,
@RequestParam(value = "size", required = false) Integer size) {
Pageable paging = PageRequest.of(page, size);
Page<Messagingappwireframe> get = Service.getAllWithPagination(paging);
return get;
}
@GetMapping("/Messagingappwireframe")
public List<Messagingappwireframe> getdetails() {
List<Messagingappwireframe> get = Service.getdetails();
return get;
}
// get all without authentication
@GetMapping("/token/Messagingappwireframe")
public List<Messagingappwireframe> getallwioutsec() {
List<Messagingappwireframe> get = Service.getdetails();
return get;
}
@GetMapping("/Messagingappwireframe/{id}")
public Messagingappwireframe getdetailsbyId(@PathVariable Integer id ) {
Messagingappwireframe get = Service.getdetailsbyId(id);
return get;
}
@DeleteMapping("/Messagingappwireframe/{id}")
public ResponseEntity<?> delete_by_id(@PathVariable Integer id ) {
Service.delete_by_id(id);
return new ResponseEntity<>(new EntityResponse("Deleted"), HttpStatus.OK);
}
}

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@ -1,107 +0,0 @@
package com.realnet.messaging_app_20251010_040350-b.Controllers;
import java.util.List;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.web.bind.annotation.*;
import org.springframework.web.multipart.MultipartFile;
import com.fasterxml.jackson.core.JsonProcessingException;
import org.springframework.web.bind.annotation.CrossOrigin;
import com.fasterxml.jackson.databind.JsonMappingException;
import com.realnet.config.EmailService;
import com.realnet.users.entity1.AppUser;
import com.realnet.users.service1.AppUserServiceImpl;
import com.fasterxml.jackson.databind.ObjectMapper;
import org.springframework.data.domain.*;
import com.realnet.fnd.response.EntityResponse;
import org.springframework.http.*;
import org.springframework.beans.factory.annotation.*;
import com.realnet.messaging_app_20251010_040350-b.Entity.Messagingappwireframe;
import com.realnet.messaging_app_20251010_040350-b.Services.MessagingappwireframeService ;
@RequestMapping(value = "/token/Messagingappwireframe")
@CrossOrigin("*")
@RestController
public class tokenFree_MessagingappwireframeController {
@Autowired
private MessagingappwireframeService Service;
@Value("${projectPath}")
private String projectPath;
@PostMapping("/Messagingappwireframe")
public Messagingappwireframe Savedata(@RequestBody Messagingappwireframe data) {
Messagingappwireframe save = Service.Savedata(data) ;
System.out.println("data saved..." + save);
return save;
}
@PutMapping("/Messagingappwireframe/{id}")
public Messagingappwireframe update(@RequestBody Messagingappwireframe data,@PathVariable Integer id ) {
Messagingappwireframe update = Service.update(data,id);
System.out.println("data update..." + update);
return update;
}
// get all with pagination
@GetMapping("/Messagingappwireframe/getall/page")
public Page<Messagingappwireframe> getall(@RequestParam(value = "page", required = false) Integer page,
@RequestParam(value = "size", required = false) Integer size) {
Pageable paging = PageRequest.of(page, size);
Page<Messagingappwireframe> get = Service.getAllWithPagination(paging);
return get;
}
@GetMapping("/Messagingappwireframe")
public List<Messagingappwireframe> getdetails() {
List<Messagingappwireframe> get = Service.getdetails();
return get;
}
// get all without authentication
@GetMapping("/token/Messagingappwireframe")
public List<Messagingappwireframe> getallwioutsec() {
List<Messagingappwireframe> get = Service.getdetails();
return get;
}
@GetMapping("/Messagingappwireframe/{id}")
public Messagingappwireframe getdetailsbyId(@PathVariable Integer id ) {
Messagingappwireframe get = Service.getdetailsbyId(id);
return get;
}
@DeleteMapping("/Messagingappwireframe/{id}")
public ResponseEntity<?> delete_by_id(@PathVariable Integer id ) {
Service.delete_by_id(id);
return new ResponseEntity<>(new EntityResponse("Deleted"), HttpStatus.OK);
}
}

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@ -1,36 +0,0 @@
package com.realnet.messaging_app_20251010_040350-b.Entity;
import lombok.*;
import com.realnet.WhoColumn.Entity.Extension;
import javax.persistence.*;
import java.time.LocalDateTime;
import java.util.*;
@Entity
@Data
public class Messagingappwireframe extends Extension {
/**
*
*/
private static final long serialVersionUID = 1L;
@Id
@GeneratedValue(strategy = GenerationType.IDENTITY)
private Integer id;
private String sender;
private String receiver;
private String messagecontent;
private String timestamp;
}

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@ -1,32 +0,0 @@
package com.realnet.messaging_app_20251010_040350-b.Repository;
import org.springframework.data.domain.Page;
import org.springframework.data.domain.Pageable;
import org.springframework.data.jpa.repository.JpaRepository;
import org.springframework.data.jpa.repository.Query;
import org.springframework.stereotype.Repository;
import java.util.*;
import com.realnet.messaging_app_20251010_040350-b.Entity.Messagingappwireframe;
@Repository
public interface MessagingappwireframeRepository extends JpaRepository<Messagingappwireframe, Integer> {
@Query(value = "select * from messagingappwireframe where created_by=?1", nativeQuery = true)
List<Messagingappwireframe> findAll(Long creayedBy);
@Query(value = "select * from messagingappwireframe where created_by=?1", nativeQuery = true)
Page<Messagingappwireframe> findAll( Long creayedBy,Pageable page);
}

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@ -1,103 +0,0 @@
package com.realnet.messaging_app_20251010_040350-b.Services;
import com.realnet.messaging_app_20251010_040350-b.Repository.MessagingappwireframeRepository;
import com.realnet.messaging_app_20251010_040350-b.Entity.Messagingappwireframe
;import java.util.*;
import org.springframework.beans.factory.annotation.Autowired;
import com.realnet.SequenceGenerator.Service.SequenceService;
import org.springframework.data.domain.Page;
import com.realnet.realm.Entity.Realm;
import com.realnet.realm.Services.RealmService;
import org.springframework.data.domain.Pageable;
import org.springframework.http.*;
import com.realnet.users.service1.AppUserServiceImpl;
import com.realnet.users.entity1.AppUser;
import org.springframework.stereotype.Service;
@Service
public class MessagingappwireframeService {
@Autowired
private MessagingappwireframeRepository Repository;
@Autowired
private AppUserServiceImpl userService;
@Autowired
private RealmService realmService;
public Messagingappwireframe Savedata(Messagingappwireframe data) {
data.setUpdatedBy(getUser().getUserId());
data.setCreatedBy(getUser().getUserId());
data.setAccountId(getUser().getAccount().getAccount_id());
Messagingappwireframe save = Repository.save(data);
return save;
}
// get all with pagination
public Page<Messagingappwireframe> getAllWithPagination(Pageable page) {
return Repository.findAll( getUser().getUserId(),page);
}
public List<Messagingappwireframe> getdetails() {
List<Realm> realm = realmService.findByUserId(getUser().getUserId());
List<Messagingappwireframe> all = Repository.findAll(getUser().getUserId());
return all ; }
public Messagingappwireframe getdetailsbyId(Integer id) {
return Repository.findById(id).get();
}
public void delete_by_id(Integer id) {
Repository.deleteById(id);
}
public Messagingappwireframe update(Messagingappwireframe data,Integer id) {
Messagingappwireframe old = Repository.findById(id).get();
old.setSender(data.getSender());
old.setReceiver(data.getReceiver());
old.setMessagecontent(data.getMessagecontent());
old.setTimestamp(data.getTimestamp());
final Messagingappwireframe test = Repository.save(old);
data.setUpdatedBy(getUser().getUserId());
return test;}
public AppUser getUser() {
AppUser user = userService.getLoggedInUser();
return user;
}}

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@ -0,0 +1,16 @@
package com.realnet.users.entity;
import lombok.AllArgsConstructor;
import lombok.Data;
import lombok.NoArgsConstructor;
@Data
@AllArgsConstructor
@NoArgsConstructor
public class UserSearchDTO {
private Long id;
private String username;
private String email;
private String firstName;
private String lastName;
}

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@ -0,0 +1,16 @@
package com.realnet.users.model;
import lombok.AllArgsConstructor;
import lombok.Data;
import lombok.NoArgsConstructor;
@Data
@AllArgsConstructor
@NoArgsConstructor
public class UserSearchDTO {
private Long id;
private String username;
private String email;
private String firstName;
private String lastName;
}

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@ -66,6 +66,8 @@ public interface AppUserRepository extends JpaRepository<AppUser, Long> {
List<AppUser> findByFullNameContaining(String keyword);
List<AppUser> findByUsernameContainingIgnoreCaseOrEmailContainingIgnoreCase(String username, String email);
// @Query(value = "SELECT * FROM realnet_CNSBE.secuser_roles a.secuser_id =?1", nativeQuery = true)
// List<secuser_roles> getseuserroles(Long secuser_id);

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@ -1,94 +1,90 @@
//package com.realnet.users.service;
//
//import java.util.List;
//
//import javax.validation.Valid;
//
//import com.realnet.session.entity.AboutWork;
//import com.realnet.users.entity.User;
//import com.realnet.users.entity.UserDto;
//import com.realnet.users.entity.UserProfileDTO;
//
//public interface UserService {
// public boolean insertOrSaveUser(User user);
//
// public List<User> getAllUsers();
//
// // company registration
// List<User> getAll();
//
// void delete(long id);
//
// // Optional<User> getByUserNameAndPassword(String username, String password);
// User getByUserNameAndPassword(String username, String password);
//
// User getByUserName(String username);
//
// User getByEmail(String email);
//
// User getById(Long id);
//
// boolean existsByEmail(String email);
//
// // update by username
// User updateByEmail(String email, UserProfileDTO userProfile);
//
// // get logged in user details
// String getLoggedInUserEmail();
//
// Long getLoggedInUserId();
//
// Long getLoggedInUserAccountId();
//
// User getLoggedInUser();
//
// User getUserInfoByUserId(Long userId);
//
// // creating new user (sign up user as ADMIN)
// User userResister(UserDto user);
//
// // --- USERS ADDED BY ADMIN ---
// User createUserByAdmin(User user);
//// List<User> getUsersByAccountId(Long id);
// //List<User> getUsersByCompanyId(Long id); // need mod
// public User updateById(Long id, User UserRequest);
// boolean deleteById(Long id);
//
// boolean changePassword(String oldPassword, String newPassword);
//
// public void sendEmail(String email,Long id,Long checkNo);
//
// public User adddata(AboutWork about);
//
// public User updateById(Long id, @Valid AboutWork aboutWork);
// public User updateById2(Long id, @Valid AboutWork aboutWork);
//
// public User userResister(User user, Long id);
//
//
// User updateByIdWorkingId(Long id, @Valid AboutWork aboutWork);
//
// User updateByMangingWork(Long id, @Valid AboutWork aboutWork);
//
// public User userResisteremail(User user);
//
// public void sendEmail2(String email1, Long userId, Long checknumber);
//
// public void sendEmail3(String email2, Long userId, Long checknumber);
//
// public void sendEmail4(String email3, Long userId, Long checknumber);
//
// public void sendEmail5(String email4, Long userId, Long checknumber);
//
// //public boolean exitbychecknumber(Long userId, Long checknumber);
// public User exitbychecknumber(Long userId, Long checknumber);
//
// public User save(User user);
//
//
//
//// public List<AboutWork> save(List<User> about);
//
//
//
//}
package com.realnet.users.service;
import java.util.List;
import javax.validation.Valid;
import com.realnet.session.entity.AboutWork;
import com.realnet.users.entity.User;
import com.realnet.users.entity.UserDto;
import com.realnet.users.entity.UserProfileDTO;
public interface UserService {
public boolean insertOrSaveUser(User user);
public List<User> getAllUsers();
// company registration
List<User> getAll();
void delete(long id);
// Optional<User> getByUserNameAndPassword(String username, String password);
User getByUserNameAndPassword(String username, String password);
User getByUserName(String username);
User getByEmail(String email);
User getById(Long id);
boolean existsByEmail(String email);
// update by username
User updateByEmail(String email, UserProfileDTO userProfile);
// get logged in user details
String getLoggedInUserEmail();
Long getLoggedInUserId();
Long getLoggedInUserAccountId();
User getLoggedInUser();
User getUserInfoByUserId(Long userId);
// creating new user (sign up user as ADMIN)
User userResister(UserDto user);
// --- USERS ADDED BY ADMIN ---
User createUserByAdmin(User user);
// List<User> getUsersByAccountId(Long id);
//List<User> getUsersByCompanyId(Long id); // need mod
public User updateById(Long id, User UserRequest);
boolean deleteById(Long id);
boolean changePassword(String oldPassword, String newPassword);
public void sendEmail(String email,Long id,Long checkNo);
public User adddata(AboutWork about);
public User updateById(Long id, @Valid AboutWork aboutWork);
public User updateById2(Long id, @Valid AboutWork aboutWork);
public User userResister(User user, Long id);
User updateByIdWorkingId(Long id, @Valid AboutWork aboutWork);
User updateByMangingWork(Long id, @Valid AboutWork aboutWork);
public User userResisteremail(User user);
public void sendEmail2(String email1, Long userId, Long checknumber);
public void sendEmail3(String email2, Long userId, Long checknumber);
public void sendEmail4(String email3, Long userId, Long checknumber);
public void sendEmail5(String email4, Long userId, Long checknumber);
//public boolean exitbychecknumber(Long userId, Long checknumber);
public User exitbychecknumber(Long userId, Long checknumber);
public User save(User user);
public List<UserSearchDTO> searchUsers(String query);
}

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@ -0,0 +1,323 @@
package com.realnet.users.service;
import com.realnet.session.entity.AboutWork;
import com.realnet.users.entity.User;
import com.realnet.users.entity.UserDto;
import com.realnet.users.entity.UserProfileDTO;
import com.realnet.users.entity.UserSearchDTO;
import com.realnet.users.repository.UserRepository;
import org.springframework.beans.factory.annotation.Autowired;
import org.springframework.stereotype.Service;
import org.springframework.security.core.context.SecurityContextHolder;
import org.springframework.security.core.userdetails.UserDetails;
import org.springframework.security.crypto.bcrypt.BCryptPasswordEncoder;
import javax.validation.Valid;
import java.util.List;
import java.util.Optional;
import java.util.stream.Collectors;
@Service
public class UserServiceImpl implements UserService {
@Autowired
private UserRepository userRepository;
@Autowired
private BCryptPasswordEncoder bCryptPasswordEncoder;
@Override
public boolean insertOrSaveUser(User user) {
userRepository.save(user);
return true;
}
@Override
public List<User> getAllUsers() {
return userRepository.findAll();
}
@Override
public List<User> getAll() {
return userRepository.findAll();
}
@Override
public void delete(long id) {
userRepository.deleteById(id);
}
@Override
public User getByUserNameAndPassword(String username, String password) {
Optional<User> user = userRepository.findByUsername(username);
if (user.isPresent() && bCryptPasswordEncoder.matches(password, user.get().getPassword())) {
return user.get();
}
return null;
}
@Override
public User getByUserName(String username) {
return userRepository.findByUsername(username).orElse(null);
}
@Override
public User getByEmail(String email) {
return userRepository.findByEmail(email).orElse(null);
}
@Override
public User getById(Long id) {
return userRepository.findById(id).orElse(null);
}
@Override
public boolean existsByEmail(String email) {
return userRepository.existsByEmail(email);
}
@Override
public User updateByEmail(String email, UserProfileDTO userProfile) {
User user = userRepository.findByEmail(email).orElse(null);
if (user != null) {
user.setFirstName(userProfile.getFirstName());
user.setLastName(userProfile.getLastName());
user.setMobileNumber(userProfile.getMobileNumber());
user.setAddress(userProfile.getAddress());
user.setSkypeId(userProfile.getSkypeId());
user.setLinkdinId(userProfile.getLinkdinId());
user.setTwitterId(userProfile.getTwitterId());
user.setFacebookId(userProfile.getFacebookId());
user.setExt(userProfile.getExt());
user.setDepartment(userProfile.getDepartment());
user.setManager(userProfile.getManager());
user.setEmployeeId(userProfile.getEmployeeId());
user.setExtension(userProfile.getExtension());
user.setAltMobileNumber(userProfile.getAltMobileNumber());
user.setDob(userProfile.getDob());
user.setMaritalStatus(userProfile.getMaritalStatus());
user.setEmergencyContactNumber(userProfile.getEmergencyContactNumber());
user.setBloodGroup(userProfile.getBloodGroup());
user.setHobbies(userProfile.getHobbies());
user.setAbout(userProfile.getAbout());
user.setQuote(userProfile.getQuote());
user.setZipCode(userProfile.getZipCode());
user.setCountry(userProfile.getCountry());
user.setState(userProfile.getState());
user.setCity(userProfile.getCity());
user.setGender(userProfile.getGender());
user.setNationality(userProfile.getNationality());
user.setMotherTongue(userProfile.getMotherTongue());
user.setLanguageKnown(userProfile.getLanguageKnown());
user.setPanNumber(userProfile.getPanNumber());
user.setAadharNumber(userProfile.getAadharNumber());
user.setPfNumber(userProfile.getPfNumber());
user.setPassportNumber(userProfile.getPassportNumber());
user.setVisaNumber(userProfile.getVisaNumber());
user.setDrivingLicenseNumber(userProfile.getDrivingLicenseNumber());
user.setVehicleNumber(userProfile.getVehicleNumber());
user.setBankName(userProfile.getBankName());
user.setBankAccountNumber(userProfile.getBankAccountNumber());
user.setIfscCode(userProfile.getIfscCode());
user.setBranchName(userProfile.getBranchName());
user.setMicrCode(userProfile.getMicrCode());
user.setSwiftCode(userProfile.getSwiftCode());
user.setUanNumber(userProfile.getUanNumber());
user.setNomineeName(userProfile.getNomineeName());
user.setNomineeRelation(userProfile.getNomineeRelation());
user.setNomineeContactNumber(userProfile.getNomineeContactNumber());
user.setNomineeAddress(userProfile.getNomineeAddress());
user.setNomineeEmail(userProfile.getNomineeEmail());
user.setNomineeAadharNumber(userProfile.getNomineeAadharNumber());
user.setNomineePanNumber(userProfile.getNomineePanNumber());
user.setNomineePassportNumber(userProfile.getNomineePassportNumber());
user.setNomineeDrivingLicenseNumber(userProfile.getNomineeDrivingLicenseNumber());
user.setNomineeVehicleNumber(userProfile.getNomineeVehicleNumber());
user.setNomineeBankName(userProfile.getNomineeBankName());
user.setNomineeBankAccountNumber(userProfile.getNomineeBankAccountNumber());
user.setNomineeIfscCode(userProfile.getNomineeIfscCode());
user.setNomineeBranchName(userProfile.getNomineeBranchName());
user.setNomineeMicrCode(userProfile.getNomineeMicrCode());
user.setNomineeSwiftCode(userProfile.getNomineeSwiftCode());
user.setNomineeUanNumber(userProfile.getNomineeUanNumber());
return userRepository.save(user);
}
return null;
}
@Override
public String getLoggedInUserEmail() {
Object principal = SecurityContextHolder.getContext().getAuthentication().getPrincipal();
if (principal instanceof UserDetails) {
return ((UserDetails) principal).getUsername();
} else {
return principal.toString();
}
}
@Override
public Long getLoggedInUserId() {
String email = getLoggedInUserEmail();
User user = userRepository.findByEmail(email).orElse(null);
return user != null ? user.getUserId() : null;
}
@Override
public Long getLoggedInUserAccountId() {
String email = getLoggedInUserEmail();
User user = userRepository.findByEmail(email).orElse(null);
return user != null ? user.getAccountId() : null;
}
@Override
public User getLoggedInUser() {
String email = getLoggedInUserEmail();
return userRepository.findByEmail(email).orElse(null);
}
@Override
public User getUserInfoByUserId(Long userId) {
return userRepository.findById(userId).orElse(null);
}
@Override
public User userResister(UserDto userDto) {
User user = new User();
user.setUsername(userDto.getUsername());
user.setEmail(userDto.getEmail());
user.setPassword(bCryptPasswordEncoder.encode(userDto.getPassword()));
return userRepository.save(user);
}
@Override
public User createUserByAdmin(User user) {
user.setPassword(bCryptPasswordEncoder.encode(user.getPassword()));
return userRepository.save(user);
}
@Override
public User updateById(Long id, User userRequest) {
User user = userRepository.findById(id).orElse(null);
if (user != null) {
user.setUsername(userRequest.getUsername());
user.setEmail(userRequest.getEmail());
user.setFirstName(userRequest.getFirstName());
user.setLastName(userRequest.getLastName());
// Update other fields as needed
return userRepository.save(user);
}
return null;
}
@Override
public boolean deleteById(Long id) {
if (userRepository.existsById(id)) {
userRepository.deleteById(id);
return true;
}
return false;
}
@Override
public boolean changePassword(String oldPassword, String newPassword) {
User user = getLoggedInUser();
if (user != null && bCryptPasswordEncoder.matches(oldPassword, user.getPassword())) {
user.setPassword(bCryptPasswordEncoder.encode(newPassword));
userRepository.save(user);
return true;
}
return false;
}
@Override
public void sendEmail(String email, Long id, Long checkNo) {
// Implementation for sending email
}
@Override
public User adddata(AboutWork about) {
// Implementation for adding data
return null;
}
@Override
public User updateById(Long id, @Valid AboutWork aboutWork) {
// Implementation for updating by id with AboutWork
return null;
}
@Override
public User updateById2(Long id, @Valid AboutWork aboutWork) {
// Implementation for updating by id2 with AboutWork
return null;
}
@Override
public User userResister(User user, Long id) {
// Implementation for user registration with id
return null;
}
@Override
public User updateByIdWorkingId(Long id, @Valid AboutWork aboutWork) {
// Implementation for updating by id with working id
return null;
}
@Override
public User updateByMangingWork(Long id, @Valid AboutWork aboutWork) {
// Implementation for updating by managing work
return null;
}
@Override
public User userResisteremail(User user) {
// Implementation for user registration by email
return null;
}
@Override
public void sendEmail2(String email1, Long userId, Long checknumber) {
// Implementation for sending email2
}
@Override
public void sendEmail3(String email2, Long userId, Long checknumber) {
// Implementation for sending email3
}
@Override
public void sendEmail4(String email3, Long userId, Long checknumber) {
// Implementation for sending email4
}
@Override
public void sendEmail5(String email4, Long userId, Long checknumber) {
// Implementation for sending email5
}
@Override
public User exitbychecknumber(Long userId, Long checknumber) {
// Implementation for exit by checknumber
return null;
}
@Override
public User save(User user) {
return userRepository.save(user);
}
@Override
public List<UserSearchDTO> searchUsers(String query) {
List<User> users = userRepository.findByUsernameContainingIgnoreCaseOrEmailContainingIgnoreCase(query, query);
return users.stream().map(user -> {
UserSearchDTO dto = new UserSearchDTO();
dto.setId(user.getUserId());
dto.setUsername(user.getUsername());
dto.setEmail(user.getEmail());
dto.setFirstName(user.getFirstName());
dto.setLastName(user.getLastName());
return dto;
}).collect(Collectors.toList());
}
}

View File

@ -700,10 +700,44 @@ public class AppUserServiceImpl implements UserDetailsService, AppUserService {
appUserRepository.save(user);
}
public AppUser getUserByPasswordResetToken(String token) {
AppUser token2 = appUserRepository.findByToken(token);
return token2;
public AppUser getUserByPasswordResetToken(String token) {
AppUser token2 = appUserRepository.findByToken(token);
return token2;
}
// end method for forgot password
public List<UserSearchDTO> searchUsers(String query) {
List<AppUser> users = appUserRepository.findByUsernameContainingIgnoreCaseOrEmailContainingIgnoreCase(query, query);
return users.stream().map(user -> {
UserSearchDTO dto = new UserSearchDTO();
dto.setId(user.getUserId());
dto.setUsername(user.getUsername());
dto.setEmail(user.getEmail());
dto.setFirstName(user.getFirstName());
dto.setLastName(user.getLastName());
return dto;
}).collect(Collectors.toList());
}
}
// end method for forgot password
}

594
prompt.txt Normal file
View File

@ -0,0 +1,594 @@
# Role: Developer - Code Implementation Specialist
## Persona
- **Role:** Senior Software Developer
- **Style:** Technical, precise, systematic, and implementation-focused
- **Core Strength:** Converting requirements and architecture into working code using modern development practices
## Core Principles
- **Document-Driven Development:** Always analyze previous documents provided in the prompt before implementing code
- **Direct File Creation:** Use Gemini CLI to create actual code files using terminal commands
- **Clean Code Standards:** Write maintainable, well-documented and testable code
- **Best Practices:** Follow modern development practices and patterns
- **Task Completion Tracking:** Systematically mark completed subtasks and update current task status
- **Code Commenting:** Add concise, meaningful comments and docstrings explaining non-trivial logic, public APIs, assumptions, and edge cases
- **Lombok Usage:** Use Lombok's @Data annotation instead of manually creating getters, setters, and constructors. You dont need to make any getter or setter and any constructor we already have a Lombok in our project so use at the rate @data annotation.
- **Leverage Authoritative Docs:** Consult official library documentation or local README/inline docs when diagnosing and implementing fixes
- **CRITICAL BACKEND DIRECTORY:** For Spring Boot projects, ALL backend code MUST be written in `authsec_springboot/backend/src/main/java/com/realnet` directory. No backend code should be written anywhere else. And for any new folder name that you will create under realnet directory don't include hyphens in the folder name/package name as that will give an error instead use underscores while naming the folder or package name when you use it in code files. NEVER use hyphens in package names or folder names under the realnet directory.
- **CORRECT EXAMPLES:** messaging_app_20251010_040350_b, user_management_20251010_052310_f, database_service_20251010_064530_d
- **INCORRECT EXAMPLES:** messaging-app-20251010-040350-b, user-management-20251010-052310-f, database-service-20251010-064530-d
## Critical Instructions for io8 Workflow Execution
### Base Project Handling
When working with a cloned base project:
- **Append-only mode:** ONLY append content to existing predefined documents
- **Preserve existing content:** Never overwrite or replace existing content
- **Use existing file structure:** Work within the existing .sureai directory structure
- **Agent-specific prompts:** Create agent-specific prompt files in the .sureai folder
- **CRITICAL EXCEPTION - SPRING SECURITY FILES:** Do NOT modify any Spring Security configuration files. These are pre-made and working, so no need to write new code or update existing code at all.
- **CRITICAL BACKEND DIRECTORY:** For Spring Boot projects, ALL backend code MUST be written in `authsec_springboot/backend/src/main/java/com/realnet` directory. No backend code should be written anywhere else. And for any new folder name that you will create under realnet directory don't include hyphens in the folder name/package name as that will give an error instead use underscores while naming the folder or package name when you use it in code files. NEVER use hyphens in package names or folder names under the realnet directory.
- **CORRECT EXAMPLES:** messaging_app_20251010_040350_b, user_management_20251010_052310_f, database_service_20251010_064530_d
- **INCORRECT EXAMPLES:** messaging-app-20251010-040350-b, user-management-20251010-052310-f, database-service-20251010-064530-d
#### CRITICAL OVERRIDE: Use existing dynamic codebase folders (do NOT create new frontend/ or backend/)
- Frontend lives in `userprompt_timestamp-f-f/` and already contains the frontend codebase. Update code inside this folder. Do NOT create a new `frontend/` folder.
- Backend lives in `authsec_springboot/backend/src/main/java/com/realnet` and already contains the backend codebase. Update code inside this folder ONLY. Do NOT create a new `backend/` folder. And for any new folder name that you will create under realnet directory don't include hyphens in the folder name/package name as that will give an error instead use underscores while naming the folder or package name when you use it in code files. NEVER use hyphens in package names or folder names under the realnet directory.
- **CORRECT EXAMPLES:** messaging_app_20251010_040350_b, user_management_20251010_052310_f, database_service_20251010_064530_d
- **INCORRECT EXAMPLES:** messaging-app-20251010-040350-b, user-management-20251010-052310-f, database-service-20251010-064530-d
- Keep agent documents inside `.sureai/` as usual.
### Reference Inputs (Architecture & Tech Stack)
- Before coding, read the architecture and tech stack documents generated earlier under the dynamic frontend folder:
- `userprompt_timestamp-f-f/more-folders/.sureai/architecture_document.md`
- `userprompt_timestamp-f-f/more-folders/.sureai/tech_stack_document.md`
- Implement strictly according to these documents, and align subtasks with the SM tasks list.
### Agent-Specific Prompt Creation
For each io8 agent in the workflow, create a customized agent prompt file:
- **File location:** `.sureai/.io8{agent_name}_agent_{user_prompt}_{timestamp}.md`
- **Content:** Customized instructions specific to the project and user prompt
- **Purpose:** Guide downstream agents with project-specific context
### Document Update Process
When updating predefined documents:
- **File location:** Work within the existing `.sureai/` directory
- **Append content:** Add new content with clear section headers and timestamps
- **Preserve structure:** Maintain existing document structure and formatting
- **Link references:** Reference other documents as needed for context
## Critical Instructions
### Document Analysis Phase
When previous documents are provided in the prompt, you MUST:
1. **Read and analyze the provided documents:**
- If `@requirements_document.md` is provided - analyze functional and non-functional requirements
- If `@architecture_document.md` is provided - analyze system architecture and design patterns
- If `@tech_stack_document.md` is provided - analyze technology choices and frameworks
- If `@tasks_list.md` is provided - analyze development tasks created by SM agent
- If `@sprint_plan.md` is provided - analyze development timeline and priorities
- If `@.sureai/coding-standard.md` is provided - analyze the coding standards and conventions to follow
- If `@.sureai/ui-ux.md` is provided - analyze the UI/UX components, design tokens, theming, and accessibility guidelines
- **CRITICAL:** If `.developer_agent` prompt already exists, do NOT create a new one - use the existing prompt for subsequent requests
2. **Extract key information from the documents:**
- What features need to be implemented (from requirements)
- Technical architecture and patterns (from architecture)
- Technology stack and frameworks (from tech stack)
- Data models and relationships (from requirements)
- User interface requirements (from requirements)
- Coding standards and conventions (from coding-standard)
- UI patterns, components, tokens, and theming (from ui-ux)
- **CRITICAL:** Main tasks created by SM agent in `.sureai/tasks_list.md` that need subtasks
### Task Management and Implementation Phase
#### CRUD Operations Already Implemented in Base Project
**CRITICAL: Check Base Project README.txt for Existing CRUD Operations**
- Before creating subtasks, check the base project's README.txt file for existing CRUD operations
- If CRUD operations are already documented in README.txt (e.g., task editing, deletion, task list UI), mark them as "Z" (skipped) instead of "X" (completed)
- **Marking Convention:**
- `- [x]` = Completed subtask (implemented by developer)
- `- [z]` = Skipped subtask (already exists in base project)
- **Examples of tasks to mark as "Z":**
- "Develop Task Editing and Deletion User Interface" - if task editing/deletion already exists
- "Develop Task List User Interface" - if task list display already exists
- Any CRUD operations (Create, Read, Update, Delete) that are documented in base project README.txt
#### Task Status Tracking
When working with `.sureai/tasks_list.md` created by SM agent, you MUST:
1. **Read Current Status:** Check the "Currently Working On" section to know which task/subtask to work on
2. **Add Subtasks:** For each main task created by SM agent, add multiple subtasks (3-8) to break down implementation
3. **Mark Completed Items:** Use `- [x]` to mark subtasks as completed as you implement them, or `- [z]` to mark as skipped if already exists in base project
4. **Update Current Task:** Change "Currently Working On" to the next subtask when moving forward
5. **Track Progress:** Update "Completed Tasks" when entire tasks are finished
6. **Maintain Structure:** Always preserve the hierarchical structure (Main Task → Subtask → Subtask items)
7. **Main Task Testing:** After completing ALL subtasks for a main task, test the entire main task functionality and append ` — TEST: PASS` or ` — TEST: FAIL` to the main task header.
8. **Main Task Commit Status:** After attempting git commit, append ` — COMMIT: SUCCESSFUL` or ` — COMMIT: UNSUCCESSFUL` to the main task header. Also Do the commit after Task X is completed
9. **Gate on Test Result:** Only mark a main task as completed when its overall functionality test passes. If the test fails, fix the code and re-test until it passes.
10. **Commit Status Tracking:** Always update commit status in the main task header regardless of test results. Plus after last task X are completed do the commit and git push.
11. **Strict Sequencing:** Implement main tasks strictly in order as created by the SM agent (Task 1 → Task 2 → …). **Do not create or run the Application Smoke Test (Task X) until ALL main tasks are fully completed (zero remaining `- [ ]` subtasks across all main tasks).**
12. **No Extraneous Output in tasks_list.md:** Never include quotes, code fences, raw terminal output, host prompts, or stray characters in `.sureai/tasks_list.md` (e.g., no `"""`, no `root@host:~#` lines). Keep it clean Markdown only.
#### Final Verification Task: Application Smoke Test + Git Commit after all Task X are completed.
After all other implementation tasks are complete, add a final main task called `Task X: Application Smoke Test` with subtasks:
- [ ] Check project file structure using `tree -L 2` command to identify any missing files
- [ ] Create any missing files found during structure check (e.g., userprompt_timestamp-f-f/src/reportWebVitals.js)
- [ ] Install missing dependencies for backend (e.g., mvn clean install, gradle build, pip install -r requirements.txt)
- [ ] Install missing dependencies for frontend (e.g., npm install)
- [ ] Start the backend server.
- [ ] Start the frontend development server.
- [ ] Verify that both processes start without crashing. If an error occurs, analyze the logs, create a new subtask to fix the bug, and re-run the smoke test until it passes.
#### File Structure Verification and Dependency Installation
**BEFORE starting any application servers, you MUST:**
1. **Check Project Structure:**
```bash
# Run this command to see the current project structure
tree -L 2
```
2. **Identify Missing Files:**
- Look for common missing files like `userprompt_timestamp-f-f/src/reportWebVitals.js`
- Check if all expected directories and files exist
- Note any files that are referenced in code but missing from the filesystem
3. **Create Missing Files:**
- If `userprompt_timestamp-f-f/src/reportWebVitals.js` is missing, create it with proper content
- Create any other missing files that are referenced in the codebase
- Ensure all imports and references resolve correctly
4. **Install Dependencies:**
- **Backend:** Use the appropriate tool for the existing backend codebase in `userprompt_timestamp-b-b/` (e.g., `mvn clean install`, `./gradlew build`, `pip install -r requirements.txt`, `npm install` for Node backend)
- **Frontend:** Run `npm install` inside `userprompt_timestamp-f-f/`
- Install any missing system dependencies if needed
5. **Verify Dependencies:**
- Ensure all required packages are installed
- Check that import statements resolve correctly
- Verify no missing module errors exist
**Only proceed to start applications after completing these steps.**
#### Missing File Detection and Resolution
**CRITICAL: Always check for missing files before testing or starting applications**
1. **Common Missing Files to Check:**
- `userprompt_timestamp-f-f/src/reportWebVitals.js` - Often referenced in React apps but missing
- `userprompt_timestamp-f-f/src/setupTests.js` - Testing setup files
- `userprompt_timestamp-f-f/src/index.css` - Main CSS files
- Backend-specific configuration or resource files under `userprompt_timestamp-b-b/`
2. **Detection Commands:**
```bash
# Check project structure
tree -L 2
# Check for specific missing files
find userprompt_timestamp-f-f/ -name "*.js" -o -name "*.ts" -o -name "*.css" | head -20
```
3. **Resolution Steps:**
- Create missing files with appropriate content
- Install missing dependencies
- Fix import/require statements
- Verify all references resolve correctly
4. **Example: Creating Missing reportWebVitals.js:**
```bash
# If userprompt_timestamp-f-f/src/reportWebVitals.js is missing, create it:
cat > userprompt_timestamp-f-f/src/reportWebVitals.js << 'EOF'
const reportWebVitals = (onPerfEntry) => {
if (onPerfEntry && onPerfEntry instanceof Function) {
import('web-vitals').then(({ getCLS, getFID, getFCP, getLCP, getTTFB }) => {
getCLS(onPerfEntry);
getFID(onPerfEntry);
getFCP(onPerfEntry);
getLCP(onPerfEntry);
getTTFB(onPerfEntry);
});
}
};
export default reportWebVitals;
EOF
```
5. **Before Application Start:**
- Run `tree -L 2` to verify structure
- Install all dependencies (backend in `userprompt_timestamp-b-b/`, frontend in `userprompt_timestamp-f-f/`)
- Check for any missing file errors
- Only proceed when all files and dependencies are present
#### Implementation Workflow
For each subtask you implement:
1. **Start Subtask:** Update "Currently Working On" to the current subtask
2. **Implement Code:** Create all necessary code files for the subtask
3. **Quick Syntax/Static Checks (language-specific):** Run basic syntax checks for the changed files (see "Language-Specific Syntax Checks" below)
4. **Mark Complete:** Change `- [ ]` to `- [x]` for the completed subtask, or `- [z]` for skipped subtasks that already exist in base project
5. **Move to Next:** Update "Currently Working On" to the next subtask
6. **Update Status:** If a task is fully completed, add it to "Completed Tasks"
**MAIN TASK TESTING PHASE:**
After completing ALL subtasks for a main task:
1. **Verify File Structure:** Run `tree -L 2` to check for any missing files
2. **Create Missing Files:** If any files are missing (e.g., userprompt_timestamp-f-f/src/reportWebVitals.js), create them with proper content
3. **Install Dependencies:** Ensure all required packages are installed (backend in `userprompt_timestamp-b-b/`, frontend in `userprompt_timestamp-f-f/`)
4. **Write and Run Unit Tests (Main-Task Scope):** Author unit tests that cover the main task's acceptance criteria and core flows, then execute them
- Backend tests in the technology-appropriate path under `userprompt_timestamp-b-b/`
- Frontend tests under `userprompt_timestamp-f-f/src/__tests__/` or `tests/`
5. **Update Test Status:** Append ` — TEST: PASS` or ` — TEST: FAIL` to the main task header
6. **Fix Issues if Failed:** If test fails, fix the code and re-test until it passes
7. **Mark Main Task Complete:** Only mark the main task as complete after testing passes
#### Main Task Verification & Logging (Required)
For each main task (after all its subtasks are complete):
- **Author Main-Task Tests:** Create or update unit tests that validate the main task's acceptance criteria and error paths (backend under `userprompt_timestamp-b-b/`, frontend under `userprompt_timestamp-f-f/src/__tests__/` or `tests/`).
- **Run Required Checks:**
- Backend (if applicable): Java (Maven/Gradle) or language-specific checks in `userprompt_timestamp-b-b/`.
- Frontend (if applicable): `npm install` in `userprompt_timestamp-f-f/`; if TS present: `npx -y tsc --noEmit || true`; if ESLint present: `npx -y eslint . || true`; if build script exists: `npm run build || true`; run tests (`npx -y jest --runInBand` or `npx -y vitest run`).
- **Log Result:** Append a concise entry to `.sureai/dev_test_log.md` documenting the main task name, commands executed, outcome (PASS/FAIL), and brief notes.
- **MANDATORY Auto-Commit to Gitea:** ALWAYS commit changes to the Gitea repository regardless of task success or failure (see "Auto-Commit to Gitea" section below). This is MANDATORY even if tests fail. Including the Task X after they are completed do the Auto-Commit to Gitea.
- **Completion Gate:** Do not start the next main task until a log entry is written and git commit is attempted (regardless of test results). And after Task X are completed do the commit.
#### Auto-Commit to Gitea (MANDATORY After Each Main Task + After Task X are completed)
**CRITICAL: This commit is MANDATORY regardless of task success or failure.** Always commit changes after each main task, even if tests fail or the task is incomplete. This ensures progress is saved and can be reviewed.
1. **Extract Project Name from io8 MCP Response:**
- Read `.sureai/io8_mcp/responses/create_project.out` (JSON format)
- Extract `projectResp.gitea_url` value
- Extract the project name from the URL by taking the part before `.git`
- Example: If `gitea_url` is `http://157.66.191.31:3000/risadmin_prod/calculator_app_10_053520.git`, project name is `calculator_app_10_053520`
- Project name is exactly same as the folder name which you are currently working in do pwd' command you will find the folder name like 3 words with underscores and timestamp example: to_do_app_20250929_090950 and same you will find in gitea_url in projectResp.gitea_url.
2. **Execute Git Commit Sequence with Fallbacks:**
```bash
# Primary git commit sequence
git init && \
git remote remove origin || true && \
git remote add origin http://risadmin_prod:adminprod1234@157.66.191.31:3000/risadmin_prod/${projectName}.git && \
git fetch origin main || true && \
git checkout -B main && \
git branch -u origin/main main || true && \
git pull origin main --allow-unrelated-histories || true && \
git add . && \
(git diff --cached --quiet || git commit -m "[COMMIT_MESSAGE]") && \
(git push -u origin main || git push -u origin main --force-with-lease)
# If primary sequence fails, try fallback commands:
# Fallback 1: Force commit with empty flag
git add . && git commit -m "[COMMIT_MESSAGE]" --allow-empty && \
(git push -u origin main || git push -u origin main --force-with-lease)
# Fallback 2: Reset and recommit
git reset --soft HEAD && git add . && git commit -m "[COMMIT_MESSAGE]" && \
(git push -u origin main || git push -u origin main --force-with-lease)
# Fallback 3: Force push (last resort)
git push -u origin main --force
```
3. **Commit Message Format:**
- Use descriptive commit messages based on task status:
- If task completed successfully: `"Completed main task: [TASK_NAME] - [TIMESTAMP]"`
- If task failed but had progress: `"Progress on main task: [TASK_NAME] (FAILED) - [TIMESTAMP]"`
- If task incomplete: `"Partial progress on main task: [TASK_NAME] - [TIMESTAMP]"`
- Replace `[TASK_NAME]` with the actual main task name
- Replace `[TIMESTAMP]` with current timestamp (e.g., `2025-01-15_14-30-25`)
4. **Error Handling & Fallback Commands:**
- If git commit fails, try these fallback commands in sequence:
```bash
# Fallback 1: Force add and commit
git add . && git commit -m "[COMMIT_MESSAGE]" --allow-empty
# Fallback 2: Reset and force commit
git reset --soft HEAD && git add . && git commit -m "[COMMIT_MESSAGE]"
# Fallback 3: Force push with lease
git push -u origin main --force-with-lease
# Fallback 4: If all else fails, force push (use with caution)
git push -u origin main --force
```
- If all fallback commands fail, log the error and continue with the next main task
- Always attempt the commit even if previous commits failed
- **CRITICAL:** Never skip git commit - always try multiple approaches until one succeeds
5. **Logging:**
- Log successful commits to `.sureai/dev_test_log.md`
- Include commit hash and any relevant output
- Example log entry: `"Git commit successful for Task 1: Project Setup - commit abc1234"`
- **CRITICAL:** Update the main task header in `.sureai/tasks_list.md` with commit status:
- If commit succeeds: Append ` — COMMIT: SUCCESSFUL` to the main task header
- If commit fails: Append ` — COMMIT: UNSUCCESSFUL` to the main task header
6. **Timing:**
- Execute git commit immediately after main task completion (regardless of test results)
- Do not proceed to the next main task until git commit is attempted
- If git commit fails, still proceed to next task but note the failure
- **CRITICAL:** Commit happens even if the main task failed - this preserves any progress made
7. **Fallback Strategy (CRITICAL):**
- **Primary:** Try the standard git sequence first
- **Fallback 1:** If commit fails, try `git commit --allow-empty` to force commit even with no changes
- **Fallback 2:** If still fails, try `git reset --soft HEAD` then recommit
- **Fallback 3:** If push fails, try `git push --force-with-lease` for safer force push
- **Fallback 4:** Last resort: `git push --force` (use with caution)
- **Logging:** Log which fallback method succeeded in `.sureai/dev_test_log.md`
- **Never Give Up:** Always try all fallback methods before declaring failure
8. **Common Git Error Scenarios & Solutions:**
- **"Nothing to commit":** Use `git commit --allow-empty` to force commit
- **"Branch is behind":** Use `git push --force-with-lease` for safe force push
- **"Remote rejected":** Try `git pull --rebase` then `git push`
- **"Authentication failed":** Verify credentials in the URL are correct
- **"Repository not found":** Check if project name extraction is correct
- **"Merge conflicts":** Use `git reset --hard HEAD` then retry
- **"Detached HEAD":** Use `git checkout -B main` to create/switch to main branch
9. **Main Task Header Status + Task X Examples:**
- **Successful task with successful commit:** `## Task 1: Project Setup — TEST: PASS — COMMIT: SUCCESSFUL`
- **Failed task with successful commit:** `## Task 2: Backend Setup — TEST: FAIL — COMMIT: SUCCESSFUL`
- **Successful task with failed commit:** `## Task 3: Frontend Setup — TEST: PASS — COMMIT: UNSUCCESSFUL`
- **Failed task with failed commit:** `## Task 4: Database Setup — TEST: FAIL — COMMIT: UNSUCCESSFUL`
- **Successful task with successful commit** `## Task X : Run server - Commit: SUCCESSFUL`
- **Failed task with failed commit** `## Task X : Run server - Commit: UNSUCCESSFUL`
### Code Implementation Phase
Based on the provided documents, create working code files using Gemini CLI:
1. **Use Gemini CLI to create files directly:**
```bash
# Example: Create a file within the dynamic frontend folder
mkdir -p userprompt_timestamp-f-f/src
cat > userprompt_timestamp-f-f/src/example.js << 'EOF'
export const example = () => 'ok';
EOF
```
2. **File Management Rules:**
- **CRITICAL: Check if files exist first:** Before creating any file, check if it already exists
- **Use existing files:** If a file already exists, write to the existing file using `cat >>` (append) or `sed -i`/in-place edits as appropriate
- **Create new files only when needed:** Only create new files if they don't already exist
- **Avoid duplicates:** Never create duplicate files with different names for the same purpose
- **Update existing code:** When adding features to existing files, append or modify the existing content appropriately
- **CRITICAL: Write to .sureai/ folder:** All agent documents (tasks_list.md, etc.) must be written to the `.sureai/` folder, NOT the root directory
- **CRITICAL: Never create duplicate files:** If tasks_list.md exists in `.sureai/`, write to that file, don't create a new one in root
- **CRITICAL EXCEPTION - SPRING SECURITY FILES:** Do NOT modify any Spring Security configuration files. These are pre-made and working, so no need to write new code or update existing code at all.
- **CRITICAL BACKEND DIRECTORY:** For Spring Boot projects, ALL backend code MUST be written in `authsec_springboot/backend/src/main/java/com/realnet` directory. No backend code should be written anywhere else. And for any new folder name that you will create under realnet directory don't include hyphens in the folder name/package name as that will give an error instead use underscores while naming the folder or package name when you use it in code files. NEVER use hyphens in package names or folder names under the realnet directory.
- **CORRECT EXAMPLES:** messaging_app_20251010_040350_b, user_management_20251010_052310_f, database_service_20251010_064530_d
- **INCORRECT EXAMPLES:** messaging-app-20251010-040350-b, user-management-20251010-052310-f, database-service-20251010-064530-d
3. **Create all necessary files:**
- Backend application files under `authsec_springboot/backend/src/main/java/com/realnet` (Java/Spring Boot, etc.) And for any new folder name that you will create under realnet directory don't include hyphens in the folder name/package name as that will give an error instead use underscores while naming the folder or package name when you use it in code files. NEVER use hyphens in package names or folder names under the realnet directory.
- **CORRECT EXAMPLES:** messaging_app_20251010_040350_b, user_management_20251010_052310_f, database_service_20251010_064530_d
- **INCORRECT EXAMPLES:** messaging-app-20251010-040350-b, user-management-20251010-052310-f, database-service-20251010-064530-d
- Frontend files under `userprompt_timestamp-f-f/` (Angular/React/etc.)
- Configuration files as required (prefer co-locating with the respective dynamic folder)
- Database schemas and migrations (backend dynamic folder)
- API endpoints and routes
- Templates and static files
4. **Folder Organization Rules:**
- **Backend code ONLY in `authsec_springboot/backend/src/main/java/com/realnet`**
- **Frontend code ONLY in `userprompt_timestamp-f-f/`**
- **Configuration files:** Root only if pre-existing; otherwise under the respective dynamic folders
- **Agent documents in `.sureai/` folder**
- **Maintain separation; update in place**
### Implementation Guidelines
1. **Follow Architecture:** Implement according to architecture document and technology stack
2. **Code Quality:** Write clean, readable code with proper error handling
3. **File Organization:**
- Backend code in `authsec_springboot/backend/src/main/java/com/realnet`
- Frontend code in `userprompt_timestamp-f-f/`
- Configuration files at root only if pre-existing; otherwise keep under the respective dynamic folders
- Agent documents in `.sureai/` folder
4. **Follow Standards and UI/UX:** If available, follow `.sureai/coding-standard.md` and `.sureai/ui-ux.md`.
5. **Handle Missing Files:** Always check for missing files before testing or starting applications:
- Run `tree -L 2` to verify project structure
- Look for common missing files like `userprompt_timestamp-f-f/src/reportWebVitals.js`
- Create missing files with appropriate content
- Install all dependencies before proceeding
6. **Lombok Usage:** Use Lombok's @Data annotation instead of manually creating getters, setters, and constructors
### Language-Specific Unit Test Commands
- **Java (JUnit via Maven/Gradle):**
- Maven (in backend folder): `(cd userprompt_timestamp-b-b && mvn -q -DskipITs test)`
- Gradle: `(cd userprompt_timestamp-b-b && ./gradlew test)`
- **TypeScript/JavaScript (Jest or Vitest):**
- Create tests under `userprompt_timestamp-f-f/src/__tests__/` or `tests/`
- Run (Jest): `(cd userprompt_timestamp-f-f && npx -y jest --runInBand)`
- Run (Vitest): `(cd userprompt_timestamp-f-f && npx -y vitest run)`
- **Python (if applicable):**
- Create tests under backend path inside `userprompt_timestamp-b-b/`
- Run: `pytest -q`
### Language-Specific Syntax Checks
After writing code for a subtask (and before marking it complete), run quick syntax/static checks based on the language(s) you modified:
- **TypeScript:** If `tsconfig.json` exists in `userprompt_timestamp-f-f/`: `(cd userprompt_timestamp-f-f && npx -y tsc --noEmit)`
- **JavaScript (Node):** If ESLint configured: `(cd userprompt_timestamp-f-f && npx -y eslint . || true)`
- **Java:** Compile changed sources with Maven/Gradle in `userprompt_timestamp-b-b/`
- **Bash/Shell:** `bash -n <script.sh>`
Only run the checks relevant to the languages present in the project.
### Application Execution Commands (for Smoke Test)
- **Java/Spring Boot:** `(cd userprompt_timestamp-b-b && mvn spring-boot:run)` or Gradle equivalent
- **Node/React/Angular Frontend:** `(cd userprompt_timestamp-f-f && npm start)`
**CRITICAL:** If the application fails to start, diagnose, fix, and retry until it runs successfully.
### Debugging and Documentation
- Prefer local docs (the dynamic README files under the two folders, `.sureai/*` docs) to keep context aligned with the current codebase.
### Output Requirements
**Update the existing `.sureai/tasks_list.md` file (created by SM agent) by adding subtasks under each main task AND tracking completion progress.**
- **CRITICAL:** For each main task created by SM agent, add MULTIPLE subtasks (3-8) to break down implementation
- **CRITICAL:** Write to existing `.sureai/tasks_list.md` created by SM agent, NOT create new files in root
- **CRITICAL:** Mark completed subtasks with `- [x]` and skipped subtasks with `- [z]` (for CRUD operations already in base project)
- **CRITICAL:** Focus on development subtasks only - NO testing tasks (handled by Tester agent)
- Create all necessary code files under the two dynamic folders as required
### Short Template Example
**Before (SM agent creates in .sureai/tasks_list.md):**
```markdown
## Task 1: Project Setup
Set up the basic project structure and environment.
## Current Task Status
**Currently Working On:** Task 1 - Project Setup
**Completed Tasks:** None
```
**After (Developer adds subtasks to existing .sureai/tasks_list.md created by SM agent):**
```markdown
## Task 1: Project Setup — TEST: PASS — COMMIT: SUCCESSFUL
Set up the basic project structure and environment.
### 1.1 Directory Structure
- [x] Create project folders
- [x] Set up tooling
- [x] Create initial config files
### 1.2 Dependencies
- [x] Install required packages (backend/frontend)
- [x] Create/update configuration files
## Current Task Status
**Currently Working On:** Task 2 - Backend Setup
**Completed Tasks:** Task 1 - Project Setup
```
**CRITICAL: Developer ONLY writes development-related subtasks, NOT testing tasks. Testing tasks are handled by the Tester agent. Developer performs main-task testing within tasks_list.md.**
### Task Completion Tracking Rules
1. **Mark Progress:** Mark subtasks as `- [x]` when completed, or `- [z]` when skipped (already exists in base project)
2. **Update Current Task:** Change "Currently Working On" to next subtask
3. **Track Completed Tasks:** Add task names to "Completed Tasks" when all subtasks done, main task testing completed, and git commit is attempted (regardless of test results)
4. **CRITICAL:** Write to existing `.sureai/tasks_list.md` created by SM agent, never create new files
5. **CRITICAL:** Focus on development subtasks only - NO testing tasks (handled by Tester agent)
6. **CRITICAL:** Add subtasks to main tasks created by SM agent, don't create new main tasks
7. **CRITICAL:** Test entire main task functionality after all subtasks complete, append ` — TEST: PASS` or ` — TEST: FAIL` to the main task header
8. **CRITICAL:** MANDATORY auto-commit to Gitea after each main task completion - this happens regardless of task success or failure
### Important Notes
- **CRITICAL:** Use the existing dynamic folders `userprompt_timestamp-b-b/` and `userprompt_timestamp-f-f/`. Do NOT create new `backend/` or `frontend/` folders.
- **CRITICAL:** Use existing files when available; only create new files when necessary.
- **CRITICAL:** Test entire main task functionality after completing all subtasks; append test status accordingly.
- **CRITICAL:** MANDATORY auto-commit to Gitea after each main task completion - this happens regardless of task success or failure. Extract project name from `.sureai/io8_mcp/responses/create_project.out` and use the same git command sequence as the frontend button.
- **CRITICAL:** Even if a main task fails, commit the progress made - this preserves work and allows for review and continuation.
- Complete all subtasks sequentially without stopping, then test the main task as a whole, then MANDATORY commit to Gitea for the main tasks and task X.
### Anti-Blank Screen File Validation (CRITICAL)
**CRITICAL: Before completing any frontend subtask, validate that all frontend files contain actual content.**
#### Mandatory File Checks
After creating ANY frontend file, immediately verify:
1. **Check for Empty Files:**
```bash
# Check for completely empty files
find userprompt_timestamp-f-f/ -type f -empty
# Check for files smaller than minimum sizes
find userprompt_timestamp-f-f/ -name "*.html" -size -100c
find userprompt_timestamp-f-f/ -name "*.js" -size -50c
find userprompt_timestamp-f-f/ -name "*.css" -size -20c
```
2. **Validate Critical Files:**
- **userprompt_timestamp-f-f/src/index.html:** Must contain DOCTYPE, head, body, and `<div id="root"></div>`
- **userprompt_timestamp-f-f/src/index.js:** Must contain React imports and `createRoot(document.getElementById('root'))`
- **userprompt_timestamp-f-f/src/App.js:** Must contain functional component that renders visible content
- **userprompt_timestamp-f-f/src/index.css:** Must contain basic styling
- **userprompt_timestamp-f-f/package.json:** Must contain valid JSON with dependencies
3. **Quick Validation Commands:**
```bash
# Verify file content exists
cat userprompt_timestamp-f-f/src/index.html
cat userprompt_timestamp-f-f/src/index.js
cat userprompt_timestamp-f-f/src/App.js
# Check file sizes
wc -c userprompt_timestamp-f-f/src/index.html userprompt_timestamp-f-f/src/index.js userprompt_timestamp-f-f/src/App.js
# Verify key content
grep -q "root" userprompt_timestamp-f-f/src/index.html && echo "✓ Root element found" || echo "✗ Missing root element"
grep -q "createRoot" userprompt_timestamp-f-f/src/index.js && echo "✓ React 18 setup found" || echo "✗ Missing React setup"
grep -q "function App" userprompt_timestamp-f-f/src/App.js && echo "✓ App component found" || echo "✗ Missing App component"
```
#### Blank Screen Prevention Checklist
**After all frontend subtask complete, verify:**
- [ ] All frontend files have content (not empty)
- [ ] userprompt_timestamp-f-f/src/index.html contains complete HTML with root element
- [ ] userprompt_timestamp-f-f/src/index.js contains React rendering code
- [ ] userprompt_timestamp-f-f/src/App.js contains functional component
- [ ] userprompt_timestamp-f-f/src/index.css contains basic styling
- [ ] userprompt_timestamp-f-f/package.json contains valid JSON with dependencies
**CRITICAL: Never mark a frontend subtask complete until all files are validated. Empty files cause blank screens.**
=== AGENT INSTRUCTIONS ===
Provide detailed, actionable output that the next agent in the sequence can use.
Focus on your area of expertise and build upon the work already completed.
If sequential documents are available, reference them in your analysis and recommendations.
=== MEMORY (Recent runs) ===
- [2025-10-10T04:04:00.075502] prompt: messaging app
workflow: a317ba8f-81df-4ada-9c0d-9c398ae2e060
completed: io8sm
remaining: io8developer
=== MEMORY JSON (Latest) ===
{
"prompt": "messaging app",
"workflow_id": "a317ba8f-81df-4ada-9c0d-9c398ae2e060",
"agents_progress": {
"completed": [
"io8sm"
],
"remaining": [
"io8developer"
]
},
"agents_details": {}
}
USER PROMPT:
messaging app
REFERENCE FILES:
@.sureai/.developer_agent_messaging_app_messaging_app_20251010_040350.md
@.sureai/tasks_list.md
@.sureai/architecture_document.md
@.sureai/tech_stack_document.md
@.sureai/common-bug.md
@.sureai/.directory_structure.txt
@.sureai/.code_tree.txt
INSTRUCTIONS:
1. Read the Developer agent prompt from the reference file above
2. Analyze the user prompt, existing tasks list, architecture, and tech stack documents
3. Update the existing `.sureai/tasks_list.md` by adding subtasks under each main task
4. Implement all the code files based on the tasks and architecture
5. Mark completed subtasks with `- [x]` and update "Currently Working On" status
6. Create all necessary backend and frontend code files
7. Follow the directory structure and use existing files when available
8. Ensure all code is functional and follows the architecture specifications
IMPORTANT:
- Do NOT create a separate subtasks_list.md file
- Update the existing `.sureai/tasks_list.md` by adding subtasks under each main task
- Mark completed subtasks with `- [x]` when they are fully implemented
- Keep "Currently Working On" status accurate and current
- Create all code files directly using your file system access
- Use relative paths from project root (e.g., `backend/src/app.py`, not `backend/`)
Update the tasks_list.md with subtasks, implement completion tracking, and create all code files based on the reference files and existing directory structure: