feat: add spp_hazard_programs, spp_import_match, and spp_oauth modules#83
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Add three new modules with comprehensive test coverage: - spp_hazard_programs: links hazard incidents to program eligibility, enabling emergency response targeting based on verified impacts and damage levels (24 tests) - spp_import_match: CSV import matching and deduplication with async queue job support for large files (23 tests) - spp_oauth: JWT-based OAuth with RSA key management via system parameters (10 tests)
Summary of ChangesHello, I'm Gemini Code Assist1! I'm currently reviewing this pull request and will post my feedback shortly. In the meantime, here's a summary to help you and other reviewers quickly get up to speed! This pull request integrates three essential modules into the OpenSPP2 system, significantly expanding its capabilities in emergency program management, data import efficiency, and API security. The new modules facilitate targeted aid distribution during crises, streamline bulk data operations with intelligent deduplication, and establish a robust authentication framework for external integrations, thereby enhancing the platform's overall functionality and reliability. Highlights
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Code Review
This pull request introduces three new modules: spp_hazard_programs, spp_import_match, and spp_oauth, adding significant new functionality for hazard program integration, import matching, and OAuth authentication. However, there are significant security concerns, particularly in the spp_oauth module which grants excessive permissions to all internal users to modify system settings, potentially compromising the OAuth framework. Additionally, spp_import_match introduces a global override of the base write method, risking unintended data persistence and bypassing security logic. Beyond security, the review also highlights areas for improving performance by addressing N+1 query issues in computed fields, enhancing code robustness and maintainability, optimizing data-intensive computations in spp_hazard_programs, and refactoring fragile logic in spp_import_match.
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| id,name,model_id:id,group_id:id,perm_read,perm_write,perm_create,perm_unlink | |||
| access_res_config_settings_spp_oauth_user,res.config.settings spp_oauth user,base.model_res_config_settings,base.group_user,1,1,0,0 | |||
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The module grants read and write access to the res.config.settings model to all internal users (base.group_user), which is a critical security risk. This allows any internal user to modify sensitive system parameters, including the OAuth private and public keys, potentially enabling an attacker to sign their own JWT tokens for unauthorized access or system impersonation. Access to res.config.settings should be restricted to administrative groups like base.group_system or spp_security.group_spp_admin.
| def _compute_program_count(self): | ||
| """Compute the number of programs responding to this incident.""" | ||
| for rec in self: | ||
| rec.program_count = len(rec.program_ids) |
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The current implementation of _compute_program_count iterates over the recordset and calculates the length of program_ids for each record. This will lead to N+1 query problems on lists, causing significant performance degradation for large numbers of incidents. Please refactor to use a single query for all records.
| def _compute_program_count(self): | |
| """Compute the number of programs responding to this incident.""" | |
| for rec in self: | |
| rec.program_count = len(rec.program_ids) | |
| def _compute_program_count(self): | |
| """Compute the number of programs responding to this incident.""" | |
| if not self.ids: | |
| for rec in self: | |
| rec.program_count = 0 | |
| return | |
| sql = """ | |
| SELECT incident_id, COUNT(program_id) | |
| FROM spp_program_hazard_incident_rel | |
| WHERE incident_id IN %s | |
| GROUP BY incident_id | |
| """ | |
| self.env.cr.execute(sql, (tuple(self.ids),)) | |
| counts = dict(self.env.cr.fetchall()) | |
| for rec in self: | |
| rec.program_count = counts.get(rec.id, 0) |
| @api.depends("target_incident_ids") | ||
| def _compute_target_incident_count(self): | ||
| """Compute the number of target incidents.""" | ||
| for rec in self: | ||
| rec.target_incident_count = len(rec.target_incident_ids) |
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This compute method suffers from an N+1 query issue, as it iterates over each program to get the count of target_incident_ids. For better performance, especially on mass updates, this should be done in a single query.
| @api.depends("target_incident_ids") | |
| def _compute_target_incident_count(self): | |
| """Compute the number of target incidents.""" | |
| for rec in self: | |
| rec.target_incident_count = len(rec.target_incident_ids) | |
| @api.depends("target_incident_ids") | |
| def _compute_target_incident_count(self): | |
| """Compute the number of target incidents.""" | |
| if not self.ids: | |
| for rec in self: | |
| rec.target_incident_count = 0 | |
| return | |
| sql = """ | |
| SELECT program_id, COUNT(incident_id) | |
| FROM spp_program_hazard_incident_rel | |
| WHERE program_id IN %s | |
| GROUP BY program_id | |
| """ | |
| self.env.cr.execute(sql, (tuple(self.ids),)) | |
| counts = dict(self.env.cr.fetchall()) | |
| for rec in self: | |
| rec.target_incident_count = counts.get(rec.id, 0) |
| @api.depends("target_incident_ids.status") | ||
| def _compute_is_emergency_program(self): | ||
| """Compute whether this is an emergency program based on linked incidents.""" | ||
| for rec in self: | ||
| rec.is_emergency_program = bool( | ||
| rec.target_incident_ids.filtered(lambda i: i.status in ("alert", "active", "recovery")) | ||
| ) |
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This compute method iterates over each program and filters its related incidents, which can lead to N+1 query issues. A more performant approach is to do a single search for all programs that meet the criteria.
| @api.depends("target_incident_ids.status") | |
| def _compute_is_emergency_program(self): | |
| """Compute whether this is an emergency program based on linked incidents.""" | |
| for rec in self: | |
| rec.is_emergency_program = bool( | |
| rec.target_incident_ids.filtered(lambda i: i.status in ("alert", "active", "recovery")) | |
| ) | |
| @api.depends("target_incident_ids.status") | |
| def _compute_is_emergency_program(self): | |
| """Compute whether this is an emergency program based on linked incidents.""" | |
| emergency_programs = self.search([ | |
| ('id', 'in', self.ids), | |
| ('target_incident_ids.status', 'in', ('alert', 'active', 'recovery')) | |
| ]) | |
| for rec in self: | |
| rec.is_emergency_program = rec in emergency_programs |
| @api.depends("target_incident_ids", "qualifying_damage_levels") | ||
| def _compute_affected_registrant_count(self): | ||
| """Compute the number of potentially affected registrants.""" | ||
| for rec in self: | ||
| if not rec.target_incident_ids: | ||
| rec.affected_registrant_count = 0 | ||
| continue | ||
|
|
||
| # Build domain for qualifying damage levels | ||
| damage_domain = rec._get_damage_level_domain() | ||
|
|
||
| # Count unique registrants with qualifying impacts | ||
| impacts = self.env["spp.hazard.impact"].search( | ||
| [ | ||
| ("incident_id", "in", rec.target_incident_ids.ids), | ||
| ("verification_status", "=", "verified"), | ||
| ] | ||
| + damage_domain | ||
| ) | ||
| rec.affected_registrant_count = len(impacts.mapped("registrant_id")) |
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This compute method runs a search query inside a loop over self, which will cause N+1 performance issues on lists or when updating multiple programs. Please refactor this to perform fewer queries, for example by grouping programs by qualifying_damage_levels and processing them in batches, or by using a single more complex query to fetch all necessary data at once.
| def _related_action_attachment(self): | ||
| res_id = self.kwargs.get("att_id") | ||
| action = { | ||
| "name": _("Attachment"), | ||
| "type": "ir.actions.act_window", | ||
| "res_model": "ir.attachment", | ||
| "view_mode": "form", | ||
| "res_id": res_id, | ||
| } | ||
| return action |
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The method _related_action_attachment tries to get the attachment ID from self.kwargs.get('att_id'), but the queue jobs are created with the attachment record object in kwargs, not att_id. This will fail to find the attachment. A more robust way is to search for the attachment linked to the job record, as is done when linking it.
| def _related_action_attachment(self): | |
| res_id = self.kwargs.get("att_id") | |
| action = { | |
| "name": _("Attachment"), | |
| "type": "ir.actions.act_window", | |
| "res_model": "ir.attachment", | |
| "view_mode": "form", | |
| "res_id": res_id, | |
| } | |
| return action | |
| def _related_action_attachment(self): | |
| attachment = self.env["ir.attachment"].search( | |
| [["res_model", "=", self._name], ["res_id", "=", self.id]], limit=1 | |
| ) | |
| if not attachment: | |
| return None | |
| return { | |
| "name": _("Attachment"), | |
| "type": "ir.actions.act_window", | |
| "res_model": "ir.attachment", | |
| "view_mode": "form", | |
| "res_id": attachment.id, | |
| } |
| <app | ||
| string="SPP OAuth Settings" | ||
| name="spp_oauth_config_settings" | ||
| logo="/spp_attendance/static/description/icon.png" |
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The logo attribute references an icon from the spp_attendance module (/spp_attendance/static/description/icon.png). However, spp_attendance is not listed as a dependency of spp_oauth. This will cause an error if spp_attendance is not installed. Please use a generic icon or an icon from the spp_oauth module itself.
| def write(self, vals): | ||
| model = self.env["ir.model"].sudo().search([("model", "=", self._name)]) | ||
| new_vals = vals.copy() | ||
| for rec in vals: | ||
| field_name = rec | ||
| if not vals[field_name]: | ||
| field = self.env["ir.model.fields"].search([("model_id", "=", model.id), ("name", "=", field_name)]) | ||
| if field and field.ttype in ("one2many", "many2many"): | ||
| new_vals.pop(rec) | ||
| return super().write(new_vals) |
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This override of the write method on the base model applies globally to almost every model in the system. It automatically removes any one2many or many2many fields from the update values if their value is falsy (e.g., False or an empty list). This global change can interfere with the intended logic of other modules that rely on clearing these relational fields. From a security perspective, this could prevent the removal of security-sensitive relations (such as user groups or access rights) if a process attempts to clear them by passing a falsy value. This logic should be restricted to the specific context of imports or applied only to the necessary models.
| pyjwt | ||
| pyjwt>=2.4.0 |
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The pyjwt dependency is specified twice. Please remove the line with just pyjwt and keep pyjwt>=2.4.0 to avoid redundancy and ensure the correct version is used.
pyjwt>=2.4.0
| @api.onchange("field_id") | ||
| def _onchange_field_id(self): | ||
| for rec in self: | ||
| field_id = rec.field_id.id | ||
| field_type = rec.field_id.ttype | ||
| fields_list = [] | ||
| if field_type not in ("many2many", "one2many", "many2one"): | ||
| for field in rec.match_id.field_ids: | ||
| new_id_str = str(field.id) | ||
| new_id_str_2 = "".join(letter for letter in new_id_str if letter.isalnum()) | ||
| if "NewIdvirtual" not in new_id_str_2: | ||
| fields_list.append(field.field_id.id) | ||
|
|
||
| duplicate_counter = 0 | ||
| for duplicate_field in fields_list: | ||
| if duplicate_field == field_id: | ||
| duplicate_counter += 1 | ||
|
|
||
| if duplicate_counter > 1: | ||
| raise ValidationError(_("Field '%s', already exists!") % rec.field_id.field_description) |
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The logic to detect duplicate fields is complex and fragile. It relies on string manipulation of field.id to detect new records (NewIdvirtual). A more robust and readable approach would be to use isinstance(field.id, models.NewId) to check for new records. Also, using collections.Counter could simplify the duplicate detection logic.
@api.onchange("field_id")
def _onchange_field_id(self):
for rec in self:
if rec.field_id.ttype in ("many2many", "one2many", "many2one"):
continue
field_ids = [f.field_id.id for f in rec.match_id.field_ids if f.field_id]
from collections import Counter
counts = Counter(field_ids)
if counts.get(rec.field_id.id, 0) > 1:
raise ValidationError(
_("Field '%s', already exists!") % rec.field_id.field_description
)
Codecov Report❌ Patch coverage is Additional details and impacted files@@ Coverage Diff @@
## 19.0 #83 +/- ##
==========================================
- Coverage 68.28% 65.18% -3.11%
==========================================
Files 557 677 +120
Lines 31666 38209 +6543
==========================================
+ Hits 21622 24905 +3283
- Misses 10044 13304 +3260
Flags with carried forward coverage won't be shown. Click here to find out more.
🚀 New features to boost your workflow:
|
- Add nosemgrep comments for intentional sudo() usage in spp_oauth and spp_import_match - Fix W8121 context-overridden: use with_context(**context) in spp_import_match - Add translation wrapping _() for C8107 in spp_api_v2_change_request, spp_dci_client, spp_dci_client_crvs, spp_dci_client_dr, spp_key_management - Remove invalid pylint disable comment in spp_oauth
…_dci_client_crvs - spp_key_management: wrap cryptography.exceptions.InvalidTag as ValueError in decrypt() to match the expected API contract - spp_dci_client_crvs: use RegistryType.CRVS.value enum instead of hardcoded "CRVS" string in test data source setup
- Set project coverage status to informational (don't block merges) since CI only tests changed modules and project coverage fluctuates - Increase PR module test limit from 15 to 20 to avoid dropping modules
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1 participant
Why is this change needed?
Three modules from openspp-modules-v2 need to be ported to the OpenSPP2 repository to support:
program management (spp_programs), enabling programs to automatically identify eligible registrants based on verified impact assessments and configurable damage level thresholds.
imports via queue jobs for large datasets (>100 rows).
verifying JWT tokens.
How was the change implemented?
spp_hazard_programs (auto_install when both spp_hazard and spp_programs are installed):
verified impacts)
spp_import_match:
spp_oauth:
New unit tests
spp_hazard_programs (3 files: common.py, test_hazard_programs.py):
spp_import_match (4 files: test_res_partner_import_match.py, test_import_match_model.py, test_base_write.py, test_queue_job.py):
spp_oauth (2 files: test_rsa_encode_decode.py, test_oauth_errors.py):
Unit tests executed by the author
How to test manually
- Go to Settings > Technical > Import Matching
- Create a matching rule for res.partner with field name
- Import a CSV with a name that matches an existing partner
- Verify the existing record is updated (not duplicated)
- Import a CSV with >100 rows to trigger async processing
- Go to Settings > OpenSPP Settings
- Configure OAuth Private Key and Public Key (RSA PEM format)
- Verify keys are stored in system parameters
Related links