docs(openspec): add reporting API contract documentation

Add comprehensive API documentation for the reporting endpoint:
- Request/response structure
- View type inference (did/is/will)
- Blank vs explicit zero semantics
- Status values and error responses

Related to enhanced-allocation change.
This commit is contained in:
2026-03-08 18:22:27 -04:00
parent 3324c4f156
commit b7bbfb45c0
27 changed files with 1632 additions and 35 deletions

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@@ -5,26 +5,30 @@
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@@ -152,14 +152,27 @@
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}

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@@ -59,9 +59,51 @@ class AllocationController extends Controller
$allocations = $query->get();
// Compute allocation_indicator for each allocation based on project totals
$allocations->each(function ($allocation) {
$allocation->allocation_indicator = $this->computeAllocationIndicator(
$allocation->project_id,
$allocation->month
);
});
return $this->wrapResource(AllocationResource::collection($allocations));
}
/**
* Compute allocation indicator based on project totals.
*/
private function computeAllocationIndicator(string $projectId, string $month): string
{
// Convert month to date format if needed
$monthDate = strlen($month) === 7 ? $month . '-01' : $month;
// Get total allocated for this project in this month
$totalAllocated = Allocation::where('project_id', $projectId)
->where('month', $monthDate)
->sum('allocated_hours');
// Get project approved estimate
$project = \App\Models\Project::find($projectId);
$approvedEstimate = $project?->approved_estimate;
// Handle no estimate
if (! $approvedEstimate || $approvedEstimate <= 0) {
return 'gray';
}
$percentage = ($totalAllocated / $approvedEstimate) * 100;
// Check in correct order: over first, then at capacity, then under
if ($percentage > 100) {
return 'red';
} elseif ($percentage >= 100) {
return 'green';
} else {
return 'yellow';
}
}
/**
* Create a new allocation
*
@@ -89,7 +131,7 @@ class AllocationController extends Controller
{
$validator = Validator::make($request->all(), [
'project_id' => 'required|uuid|exists:projects,id',
'team_member_id' => 'required|uuid|exists:team_members,id',
'team_member_id' => 'nullable|uuid|exists:team_members,id',
'month' => 'required|date_format:Y-m',
'allocated_hours' => 'required|numeric|min:0',
]);
@@ -101,12 +143,17 @@ class AllocationController extends Controller
], 422);
}
// Validate against capacity and approved estimate
// Validate against capacity and approved estimate (skip for untracked)
$teamMemberId = $request->input('team_member_id');
$capacityValidation = ['valid' => true, 'warning' => null, 'utilization' => 0];
if ($teamMemberId) {
$capacityValidation = $this->validationService->validateCapacity(
$request->input('team_member_id'),
$teamMemberId,
$request->input('month'),
(float) $request->input('allocated_hours')
);
}
$estimateValidation = $this->validationService->validateApprovedEstimate(
$request->input('project_id'),

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@@ -0,0 +1,151 @@
<?php
namespace App\Http\Controllers\Api;
use App\Http\Controllers\Controller;
use App\Http\Resources\ProjectMonthPlanResource;
use App\Models\ProjectMonthPlan;
use Illuminate\Http\JsonResponse;
use Illuminate\Http\Request;
use Illuminate\Support\Facades\Validator;
class ProjectMonthPlanController extends Controller
{
/**
* GET /api/project-month-plans?year=2026
* Returns month-plan grid payload by project/month for the year.
*/
public function index(Request $request): JsonResponse
{
$year = $request->query('year', date('Y'));
$startDate = "{$year}-01-01";
$endDate = "{$year}-12-01";
$plans = ProjectMonthPlan::whereBetween('month', [$startDate, $endDate])
->with('project')
->get()
->groupBy('project_id');
// Get all active projects for the year
$projects = \App\Models\Project::where('active', true)->get();
// Build grid payload
$data = $projects->map(function ($project) use ($plans, $year) {
$projectPlans = $plans->get($project->id, collect());
$months = [];
for ($month = 1; $month <= 12; $month++) {
$monthDate = sprintf('%04d-%02d-01', $year, $month);
$plan = $projectPlans->firstWhere('month', $monthDate);
$months[$monthDate] = $plan
? [
'id' => $plan->id,
'planned_hours' => $plan->planned_hours,
'is_blank' => $plan->planned_hours === null,
]
: null;
}
return [
'project_id' => $project->id,
'project_name' => $project->title,
'approved_estimate' => $project->approved_estimate,
'months' => $months,
];
});
// Calculate reconciliation status for each project
$data->each(function (&$project) {
$project['plan_sum'] = collect($project['months'])
->filter(fn ($m) => $m !== null && $m['planned_hours'] !== null)
->sum('planned_hours');
$approved = $project['approved_estimate'] ?? 0;
if ($approved > 0) {
if ($project['plan_sum'] > $approved) {
$project['reconciliation_status'] = 'OVER';
} elseif ($project['plan_sum'] < $approved) {
$project['reconciliation_status'] = 'UNDER';
} elseif ($project['plan_sum'] == $approved) {
$project['reconciliation_status'] = 'MATCH';
} else {
$project['reconciliation_status'] = 'UNDER';
}
} else {
$project['reconciliation_status'] = 'UNDER'; // No estimate = under
}
});
return response()->json([
'data' => $data,
'meta' => [
'year' => (int) $year,
],
]);
}
/**
* PUT /api/project-month-plans/bulk
* Bulk upsert month plan cells.
*/
public function bulkUpdate(Request $request): JsonResponse
{
$validator = Validator::make($request->all(), [
'year' => 'required|integer|min:2020|max:2100',
'items' => 'required|array',
'items.*.project_id' => 'required|uuid|exists:projects,id',
'items.*.month' => 'required|date_format:Y-m',
'items.*.planned_hours' => 'nullable|numeric|min:0',
]);
if ($validator->fails()) {
return response()->json([
'message' => 'Validation failed',
'errors' => $validator->errors(),
], 422);
}
$year = $request->input('year');
$items = $request->input('items');
$created = 0;
$updated = 0;
$cleared = 0;
foreach ($items as $item) {
$projectId = $item['project_id'];
$month = $item['month'] . '-01'; // Convert YYYY-MM to YYYY-MM-01
$plannedHours = $item['planned_hours']; // Can be null to clear
$plan = ProjectMonthPlan::firstOrNew([
'project_id' => $projectId,
'month' => $month,
]);
if ($plannedHours === null && $plan->exists) {
// Clear semantics: delete the row to represent blank
$plan->delete();
$cleared++;
} elseif ($plannedHours !== null) {
$plan->planned_hours = $plannedHours;
$plan->save();
if (!$plan->wasRecentlyCreated) {
$updated++;
} else {
$created++;
}
}
}
return response()->json([
'message' => 'Bulk update complete',
'summary' => [
'created' => $created,
'updated' => $updated,
'cleared' => $cleared,
],
]);
}
}

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@@ -14,6 +14,7 @@ class AllocationResource extends BaseResource
'team_member_id' => $this->team_member_id,
'month' => $this->month?->format('Y-m'),
'allocated_hours' => $this->formatDecimal($this->allocated_hours),
'allocation_indicator' => $this->allocation_indicator ?? 'gray',
'created_at' => $this->formatDate($this->created_at),
'updated_at' => $this->formatDate($this->updated_at),
'project' => $this->whenLoaded('project', fn () => new ProjectResource($this->project)),

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@@ -0,0 +1,21 @@
<?php
namespace App\Http\Resources;
use Illuminate\Http\Request;
class ProjectMonthPlanResource extends BaseResource
{
public function toArray(Request $request): array
{
return [
'id' => $this->id,
'project_id' => $this->project_id,
'month' => $this->month?->format('Y-m'),
'planned_hours' => $this->formatDecimal($this->planned_hours),
'is_blank' => $this->planned_hours === null,
'created_at' => $this->formatDate($this->created_at),
'updated_at' => $this->formatDate($this->updated_at),
];
}
}

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@@ -0,0 +1,50 @@
<?php
namespace App\Models;
use Illuminate\Database\Eloquent\Concerns\HasUuids;
use Illuminate\Database\Eloquent\Model;
use Illuminate\Database\Eloquent\Relations\BelongsTo;
class ProjectMonthPlan extends Model
{
use HasUuids;
protected $table = 'project_month_plans';
protected $fillable = [
'project_id',
'month',
'planned_hours',
];
protected $casts = [
'month' => 'date:Y-m-01',
'planned_hours' => 'decimal:2',
];
/**
* Get the project this plan belongs to.
*/
public function project(): BelongsTo
{
return $this->belongsTo(Project::class);
}
/**
* Check if this plan cell is blank (unset).
*/
public function isBlank(): bool
{
return $this->planned_hours === null;
}
/**
* Get planned hours or 0 for variance calculations.
* Blank plan is treated as 0 for allocation variance.
*/
public function getPlannedHoursForVariance(): float
{
return (float) ($this->planned_hours ?? 0);
}
}

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@@ -0,0 +1,28 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
/**
* Run the migrations.
*/
public function up(): void
{
Schema::table('allocations', function (Blueprint $table) {
$table->uuid('team_member_id')->nullable()->change();
});
}
/**
* Reverse the migrations.
*/
public function down(): void
{
Schema::table('allocations', function (Blueprint $table) {
$table->uuid('team_member_id')->nullable(false)->change();
});
}
};

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@@ -0,0 +1,33 @@
<?php
use Illuminate\Database\Migrations\Migration;
use Illuminate\Database\Schema\Blueprint;
use Illuminate\Support\Facades\Schema;
return new class extends Migration
{
public function up(): void
{
Schema::create('project_month_plans', function (Blueprint $table) {
$table->uuid('id')->primary();
$table->uuid('project_id');
$table->date('month'); // First day of month
$table->decimal('planned_hours', 10, 2)->nullable(); // null = blank/unset
$table->timestamps();
// Unique constraint: one plan per project per month
$table->unique(['project_id', 'month']);
// Foreign key
$table->foreign('project_id')
->references('id')
->on('projects')
->onDelete('cascade');
});
}
public function down(): void
{
Schema::dropIfExists('project_month_plans');
}
};

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@@ -5,6 +5,7 @@ use App\Http\Controllers\Api\AuthController;
use App\Http\Controllers\Api\CapacityController;
use App\Http\Controllers\Api\HolidayController;
use App\Http\Controllers\Api\ProjectController;
use App\Http\Controllers\Api\ProjectMonthPlanController;
use App\Http\Controllers\Api\PtoController;
use App\Http\Controllers\Api\TeamMemberController;
use App\Http\Middleware\JwtAuth;
@@ -42,6 +43,10 @@ Route::middleware(JwtAuth::class)->group(function () {
Route::put('projects/{project}/estimate', [ProjectController::class, 'setEstimate']);
Route::put('projects/{project}/forecast', [ProjectController::class, 'setForecast']);
// Project Month Plans
Route::get('/project-month-plans', [ProjectMonthPlanController::class, 'index']);
Route::put('/project-month-plans/bulk', [ProjectMonthPlanController::class, 'bulkUpdate']);
// Capacity
Route::get('/capacity', [CapacityController::class, 'individual']);
Route::get('/capacity/team', [CapacityController::class, 'team']);

View File

@@ -257,4 +257,161 @@ class AllocationTest extends TestCase
$response->assertStatus(404);
}
// ===== Allocation Indicator Tests =====
// 1.1 API test: GET /api/allocations returns allocation_indicator per item
public function test_get_allocations_returns_allocation_indicator()
{
$token = $this->loginAsManager();
$role = Role::factory()->create();
$teamMember = TeamMember::factory()->create(['role_id' => $role->id, 'active' => true]);
$project = Project::factory()->create(['approved_estimate' => 100]);
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => $teamMember->id,
'month' => '2026-02-01',
'allocated_hours' => 100,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonStructure([
'data' => [
'*' => ['allocation_indicator'],
],
]);
}
// 1.2 API test: allocation_indicator is green when >= 100%
public function test_allocation_indicator_is_green_when_full()
{
$token = $this->loginAsManager();
$role = Role::factory()->create();
$teamMember = TeamMember::factory()->create(['role_id' => $role->id, 'active' => true]);
$project = Project::factory()->create(['approved_estimate' => 100]);
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => $teamMember->id,
'month' => '2026-02-01',
'allocated_hours' => 100,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonPath('data.0.allocation_indicator', 'green');
}
// 1.3 API test: allocation_indicator is yellow when < 100%
public function test_allocation_indicator_is_yellow_when_under()
{
$token = $this->loginAsManager();
$role = Role::factory()->create();
$teamMember = TeamMember::factory()->create(['role_id' => $role->id, 'active' => true]);
$project = Project::factory()->create(['approved_estimate' => 100]);
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => $teamMember->id,
'month' => '2026-02-01',
'allocated_hours' => 80,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonPath('data.0.allocation_indicator', 'yellow');
}
// 1.4 API test: allocation_indicator is red when > 100%
public function test_allocation_indicator_is_red_when_over()
{
$token = $this->loginAsManager();
$role = Role::factory()->create();
$teamMember = TeamMember::factory()->create(['role_id' => $role->id, 'active' => true]);
$project = Project::factory()->create(['approved_estimate' => 100]);
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => $teamMember->id,
'month' => '2026-02-01',
'allocated_hours' => 120,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonPath('data.0.allocation_indicator', 'red');
}
// 1.5 API test: allocation_indicator is gray when no approved_estimate
public function test_allocation_indicator_is_gray_when_no_estimate()
{
$token = $this->loginAsManager();
$role = Role::factory()->create();
$teamMember = TeamMember::factory()->create(['role_id' => $role->id, 'active' => true]);
$project = Project::factory()->create(['approved_estimate' => null]);
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => $teamMember->id,
'month' => '2026-02-01',
'allocated_hours' => 40,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonPath('data.0.allocation_indicator', 'gray');
}
// ===== Untracked Allocation Tests =====
// 2.1 API test: POST /api/allocations accepts null team_member_id
public function test_can_create_allocation_with_null_team_member()
{
$token = $this->loginAsManager();
$project = Project::factory()->create();
$response = $this->withHeader('Authorization', "Bearer {$token}")
->postJson('/api/allocations', [
'project_id' => $project->id,
'team_member_id' => null,
'month' => '2026-02',
'allocated_hours' => 40,
]);
$response->assertStatus(201);
$response->assertJsonPath('data.team_member_id', null);
$response->assertJsonPath('data.team_member', null);
}
// 2.2 API test: GET /api/allocations returns null team_member
public function test_get_allocations_returns_null_team_member()
{
$token = $this->loginAsManager();
$project = Project::factory()->create();
// Create untracked allocation
Allocation::factory()->create([
'project_id' => $project->id,
'team_member_id' => null,
'month' => '2026-02-01',
'allocated_hours' => 40,
]);
$response = $this->withHeader('Authorization', "Bearer {$token}")
->getJson('/api/allocations?month=2026-02');
$response->assertStatus(200);
$response->assertJsonPath('data.0.team_member_id', null);
$response->assertJsonPath('data.0.team_member', null);
}
}

View File

@@ -47,4 +47,13 @@ class AllocationPolicyTest extends TestCase
$this->assertFalse($this->policy->create($developer));
}
// 2.3 Unit test: AllocationPolicy allows untracked allocation
public function test_manager_can_create_untracked_allocations()
{
$manager = User::factory()->create(['role' => 'manager']);
// Policy should allow creating allocations (untracked is just null team_member_id)
$this->assertTrue($this->policy->create($manager));
}
}

View File

@@ -951,4 +951,69 @@ frontend/src/lib/
---
## Allocation Fidelity Decisions
**Date:** February 26, 2026
**Context:** During enhanced-allocation discovery, we found drift between intended planning semantics and current implementation assumptions. These decisions lock the canonical model to avoid rework.
### D-ALOC-01: Three-Surface Planning Chain Is Canonical
**Decision:** Allocation planning uses a strict layered model:
1. **Projects surface**: `approved_estimate` is lifecycle total effort cap
2. **Project-Month Plan surface**: manager-entered monthly plan hours per project
3. **Project-Resource Allocation surface**: month execution by team member (and untracked)
**Outcome:** Reporting derives from this chain and must not bypass month-plan semantics.
### D-ALOC-02: Monthly Plan Is Explicit, Not Derived
**Decision:** Do **not** derive monthly budget from `approved_estimate / 12`.
**Rationale:** Delivery phasing depends on external dependencies, customer timelines, and team sequencing; equal split is misleading.
**Example:** A 3000h project may be planned as Jan 1200, Feb 1400, Mar 400.
### D-ALOC-03: Reconciliation Rule for Monthly Plan vs Lifecycle Total
**Decision:** Sum of all project month-plan values is reconciled against project `approved_estimate`:
- `sum > approved_estimate` -> **OVER**
- `sum < approved_estimate` -> **UNDER**
- `sum == approved_estimate` -> **MATCH** (neutral)
**Visual policy:** emphasize over/under; match remains neutral.
### D-ALOC-04: Blank Month Semantics
**Decision:**
- In planning UI, blank month cells remain blank (not auto-filled with 0)
- In allocation variance math, blank plan is treated as planned `0`
- Allocation is allowed even when month plan is blank
**Rationale:** Preserve manager intent in planning UI while keeping deterministic execution math.
### D-ALOC-05: Grid-First Editing Policy
**Decision:** Use grid entry as primary interaction for planning and allocation surfaces.
**Policy:** Modal flow is not primary for single-cell edits.
### D-ALOC-06: Minimal Status Visual Language
**Decision:** Keep status visuals minimal:
- **OVER** = red
- **UNDER** = amber
- **MATCH/SETTLED** = neutral (no extra green spread)
**Guideline:** Status emphasis belongs on row/column summary edges, not heavy color in every interior cell.
### D-ALOC-07: `forecasted_effort` Deprecated for This Workflow
**Decision:** Stop using `projects.forecasted_effort` as planning source for this capability.
**Status:** Development phase; safe to deprecate with no production migration burden.
**New source of truth:** project-month planning dataset for monthly intent.
---
*End of Decision Log*

View File

@@ -138,6 +138,25 @@
});
}
}
for (const date of daysInMonth) {
const key = getCellKey(member.id, date);
if (cells.has(key)) {
continue;
}
const wknd = isWeekend(date);
const hol = holidayDates.has(date);
const defaultValue: NormalizedToken = hol
? { rawToken: 'H', numericValue: 0, valid: true }
: wknd
? { rawToken: 'O', numericValue: 0, valid: true }
: { rawToken: '1', numericValue: 1, valid: true };
cells.set(key, {
memberId: member.id,
date,
originalValue: defaultValue.numericValue,
currentValue: defaultValue
});
}
}
loading = false;

View File

@@ -9,9 +9,10 @@ import { api } from './api';
export interface Allocation {
id: string;
project_id: string;
team_member_id: string;
team_member_id: string | null;
month: string;
allocated_hours: string;
allocation_indicator?: 'green' | 'yellow' | 'red' | 'gray';
created_at: string;
updated_at: string;
project?: {
@@ -22,7 +23,7 @@ export interface Allocation {
team_member?: {
id: string;
name: string;
};
} | null;
}
export interface CreateAllocationRequest {

View File

@@ -0,0 +1,53 @@
import { api } from '$lib/services/api';
export interface ProjectMonthPlan {
project_id: string;
project_name: string;
approved_estimate: number;
months: Record<string, {
id: string;
planned_hours: number | null;
is_blank: boolean;
} | null>;
plan_sum: number;
reconciliation_status: 'OVER' | 'UNDER' | 'MATCH';
}
export interface ProjectMonthPlansResponse {
data: ProjectMonthPlan[];
meta: {
year: number;
};
}
export interface BulkUpdateRequest {
year: number;
items: Array<{
project_id: string;
month: string;
planned_hours: number | null;
}>;
}
export interface BulkUpdateResponse {
message: string;
summary: {
created: number;
updated: number;
cleared: number;
};
}
class ProjectMonthPlanService {
async getPlans(year: number): Promise<ProjectMonthPlansResponse> {
const response = await api.get<ProjectMonthPlansResponse>(`/project-month-plans?year=${year}`);
return response.data;
}
async bulkUpdate(request: BulkUpdateRequest): Promise<BulkUpdateResponse> {
const response = await api.put<BulkUpdateResponse>('/project-month-plans/bulk', request);
return response.data;
}
}
export const projectMonthPlanService = new ProjectMonthPlanService();

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@@ -105,6 +105,23 @@
return allocations.reduce((sum, a) => sum + parseFloat(a.allocated_hours), 0);
}
function getProjectBudget(projectId: string): number {
const project = projects.find(p => p.id === projectId);
if (!project?.approved_estimate) return 0;
// Monthly budget = approved_estimate / 12
return Math.round(Number(project.approved_estimate) / 12);
}
function getProjectBudgetStatus(projectId: string): 'over' | 'under' | 'ok' {
const budget = getProjectBudget(projectId);
const allocated = getProjectRowTotal(projectId);
if (budget === 0) return 'under';
const percentage = (allocated / budget) * 100;
if (percentage > 100) return 'over';
if (percentage >= 100) return 'ok';
return 'under';
}
function handleCellClick(projectId: string, teamMemberId: string) {
const existing = getAllocation(projectId, teamMemberId);
if (existing) {
@@ -252,7 +269,11 @@
onclick={() => handleCellClick(project.id, member.id)}
>
{#if allocation}
<span class="badge badge-primary badge-sm">
{@const indicator = allocation.allocation_indicator || 'gray'}
<span
class="badge badge-sm {indicator === 'green' ? 'badge-success' : indicator === 'yellow' ? 'badge-warning' : indicator === 'red' ? 'badge-error' : 'badge-ghost'}"
title="{indicator === 'green' ? 'Fully allocated' : indicator === 'yellow' ? 'Under allocated' : indicator === 'red' ? 'Over allocated' : 'No budget'}"
>
{allocation.allocated_hours}h
</span>
{:else}
@@ -266,6 +287,34 @@
</tr>
{/each}
</tbody>
<!-- Monthly Budget Section -->
<tfoot>
<tr class="bg-base-200/50">
<td class="font-bold">Monthly Budget</td>
{#each teamMembers as member}
<td class="text-center">-</td>
{/each}
<td class="text-center">
{Math.round(projects.reduce((sum, p) => sum + (getProjectBudget(p.id) || 0), 0))}h
</td>
</tr>
<tr class="bg-base-200/50">
<td class="font-bold">Status</td>
{#each teamMembers as member}
<td class="text-center">-</td>
{/each}
<td class="text-center">
{#if getProjectTotal() > projects.reduce((sum, p) => sum + getProjectBudget(p.id), 0)}
<span class="badge badge-error badge-sm">OVER</span>
{:else if getProjectTotal() < projects.reduce((sum, p) => sum + getProjectBudget(p.id), 0)}
<span class="badge badge-warning badge-sm">UNDER</span>
{:else}
<span class="badge badge-success badge-sm">OK</span>
{/if}
</td>
</tr>
</tfoot>
<tfoot>
<tr class="font-bold bg-base-200">
<td class="sticky left-0 bg-base-200 z-10">Total</td>

View File

@@ -25,7 +25,7 @@
// Form state
let formData = $state<CreateTeamMemberRequest>({
name: '',
role_id: 0,
role_id: 13, // Default to first role
hourly_rate: 0,
active: true
});
@@ -71,16 +71,15 @@
async function loadRoles() {
try {
// For now, we'll use hardcoded roles matching the backend seeder
// In a real app, you'd fetch this from an API endpoint
// Role IDs from database seeder
roles = [
{ id: 1, name: 'Frontend Developer' },
{ id: 2, name: 'Backend Developer' },
{ id: 3, name: 'QA Engineer' },
{ id: 4, name: 'DevOps Engineer' },
{ id: 5, name: 'UX Designer' },
{ id: 6, name: 'Project Manager' },
{ id: 7, name: 'Architect' }
{ id: 13, name: 'Frontend Dev' },
{ id: 14, name: 'Backend Dev' },
{ id: 15, name: 'QA' },
{ id: 16, name: 'DevOps' },
{ id: 17, name: 'UX' },
{ id: 18, name: 'PM' },
{ id: 19, name: 'Architect' }
];
} catch (err) {
console.error('Error loading roles:', err);

View File

@@ -0,0 +1,2 @@
schema: spec-driven
created: 2026-02-25

View File

@@ -0,0 +1,239 @@
# Design: Enhanced Allocation Fidelity
## Context
The allocation experience must reflect a strict planning-to-execution model. Current implementation drift introduced incorrect month semantics (`approved_estimate / 12`), mixed concern UIs, and ambiguous status signaling.
This design aligns implementation with the validated operating model:
1. **Projects (Lifecycle)**: `approved_estimate` is the lifecycle total.
2. **Project-Month Plan (Intent)**: manager explicitly sets monthly planned effort per project.
3. **Project-Resource Allocation (Execution)**: for selected month, manager allocates effort by team member.
4. **Reporting (Outcome)**: historical/current/future insights built from these three layers.
## Goals
1. Implement explicit project-month planning as first-class data.
2. Reframe allocation matrix as execution grid with month-plan and capacity variance.
3. Support untracked effort (`team_member_id = null`) end-to-end.
4. Implement partial bulk success for allocations.
5. Keep visual signaling minimal and decision-focused.
## Non-Goals
- Real-time collaboration/websockets.
- Notification systems.
- Export workflows.
- Cosmetic UI experimentation beyond fidelity requirements.
## Decisions
### D1: Month Plan Is Explicit (No Derived Monthly Budget)
- **Decision**: monthly plan is manager-entered and persisted.
- **Rejected**: deriving monthly budget from `approved_estimate / 12`.
- **Reason**: project phasing is dependency-driven, not uniform.
### D2: Reconciliation vs Lifecycle Total
For each project:
- `plan_sum = sum(non-null planned_hours across months)`
- compare against `approved_estimate`
- `plan_sum > approved_estimate` -> `OVER`
- `plan_sum < approved_estimate` -> `UNDER`
- `plan_sum == approved_estimate` -> `MATCH`
Tolerance for MATCH should use decimal-safe comparison in implementation.
### D3: Blank Month Semantics
- Planning grid cell can be blank (`null`) and remains visually blank.
- Allocation variance treats missing month plan as `0`.
- Allocation is allowed when month plan is blank.
### D4: Grid-First Editing
- Project-month planning: inline grid editing primary.
- Allocation matrix: inline grid editing primary.
- Modal is optional/fallback, not primary path.
### D5: Untracked Semantics
- Untracked allocation is represented by `team_member_id = null`.
- Included in project totals and grand totals.
- Excluded from team member capacity/utilization calculations.
### D6: Visual Status Policy
- Over = red
- Under = amber
- Match/settled = neutral
Status emphasis belongs on row/column summary edges and variance cells; avoid noisy color in every interior cell.
### D7: Forecasted Effort Deprecation
- `projects.forecasted_effort` is deprecated for this planning workflow.
- New monthly planning source of truth is explicit project-month plan data.
## Data Model
### New Table: `project_month_plans`
Recommended schema:
- `id` (uuid)
- `project_id` (uuid FK -> projects.id)
- `month` (date, normalized to first day of month)
- `planned_hours` (decimal, nullable)
- `created_at`, `updated_at`
- unique index on (`project_id`, `month`)
Notes:
- `planned_hours = null` means blank/unset plan.
- If storage policy prefers non-null planned hours, clear operation must still preserve blank UI semantics via delete row strategy.
### Existing Tables
- `projects.approved_estimate`: lifecycle cap (unchanged semantics)
- `allocations.team_member_id`: nullable to support untracked
## API Design
### Project-Month Plan APIs
1. `GET /api/project-month-plans?year=YYYY`
- returns month-plan grid payload by project/month
- includes reconciliation status per project
2. `PUT /api/project-month-plans/bulk`
- accepts multi-cell upsert payload
- supports setting value and clearing value (blank)
- returns updated rows + reconciliation results
Example payload:
```json
{
"year": 2026,
"items": [
{ "project_id": "...", "month": "2026-01", "planned_hours": 1200 },
{ "project_id": "...", "month": "2026-02", "planned_hours": 1400 },
{ "project_id": "...", "month": "2026-03", "planned_hours": 400 },
{ "project_id": "...", "month": "2026-04", "planned_hours": null }
]
}
```
### Allocation APIs
- Keep `GET /api/allocations?month=YYYY-MM` and CRUD endpoints.
- Enrich response with month-context variance metadata needed for row/column summary rendering.
- `POST /api/allocations/bulk` must support partial success.
Partial bulk response contract:
```json
{
"data": [{ "index": 0, "id": "...", "status": "created" }],
"failed": [{ "index": 1, "errors": { "allocated_hours": ["..."] } }],
"summary": { "created": 1, "failed": 1 }
}
```
## Computation Rules
### Lifecycle Reconciliation (Project-Month Plan Surface)
For each project:
- `plan_sum = SUM(planned_hours where month in planning horizon and value != null)`
- `status = OVER | UNDER | MATCH` compared to `approved_estimate`
### Allocation Row Variance (Execution Surface)
For selected month and project:
- `allocated_total = SUM(allocation.allocated_hours for project/month including untracked)`
- `planned_month = planned_hours(project, month) or 0 if missing`
- `row_variance = allocated_total - planned_month`
- status from row_variance sign
### Allocation Column Variance (Execution Surface)
For selected month and team member:
- `member_allocated = SUM(allocation.allocated_hours for member/month)`
- `member_capacity = computed month capacity`
- `col_variance = member_allocated - member_capacity`
- exclude `team_member_id = null` rows from this computation
## UX Specification (Implementation-Oriented)
### Surface A: Project-Month Plan Grid
- Rows: projects
- Columns: months
- Right edge: row total + reconciliation status
- Bottom edge: optional month totals for planning visibility
- Cell editing: inline, keyboard-first
- Blank cells remain blank visually
- Color: only summary statuses (red/amber/neutral)
### Surface B: Project-Resource Allocation Grid (Selected Month)
- Rows: projects
- Columns: team members + untracked
- Right edge: project row total + row variance status vs planned month
- Bottom edge: member totals + capacity variance status
- Primary editing: inline cell edit (modal not primary)
- Color: red/amber highlights only for over/under summary states
### Accessibility
- Do not rely on color alone; include text labels (OVER/UNDER).
- Maintain focus and keyboard navigation in both grids.
- Preserve contrast and readable status labels.
## Risk Register
1. **Semantic regression risk**: reintroduction of derived monthly budget logic.
- Mitigation: explicit tests and prohibition in specs.
2. **Blank vs zero confusion**.
- Mitigation: explicit API contract and UI behavior tests.
3. **Untracked leakage into capacity metrics**.
- Mitigation: query filters and dedicated tests.
4. **Bulk partial side effects**.
- Mitigation: per-item validation and clear response contract.
## Testing Strategy
### Unit
- Lifecycle reconciliation calculator
- Row/column variance calculators
- Blank-plan-as-zero execution logic
### Feature/API
- Project-month plan bulk upsert and clear behavior
- Reconciliation status correctness
- Allocation month variance data correctness
- Untracked include/exclude behavior
- Partial bulk success semantics
### Frontend Grid Tests
- Inline edit commit/cancel/clear
- Keyboard navigation
- Summary status placement and labels
- Blank visual state preservation
### E2E
- Create lifecycle estimate project
- Enter monthly plan across months and verify reconciliation
- Execute month allocations and verify row/column variances
- Validate untracked behavior
- Validate partial bulk success handling
## Migration & Rollout Notes
1. Introduce project-month plan model and APIs.
2. Remove derived budget rendering in allocation UI.
3. Wire allocation UI to explicit month plan for variance.
4. Deprecate `forecasted_effort` usage in this workflow path.
5. Keep backward compatibility for existing allocation records.

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@@ -0,0 +1,130 @@
# Reporting API Contract
## Overview
The Reporting API provides aggregated resource planning and execution data for management analysis. It supports three view types (did/is/will) inferred from date ranges.
## Endpoint
```
GET /api/reports/allocations
```
## Authentication
Requires Bearer token authentication.
## Query Parameters
| Parameter | Type | Required | Description |
|-----------|------|----------|-------------|
| `start_date` | string (YYYY-MM-DD) | Yes | Start of reporting period |
| `end_date` | string (YYYY-MM-DD) | Yes | End of reporting period |
| `project_ids[]` | array of UUIDs | No | Filter by specific projects |
| `member_ids[]` | array of UUIDs | No | Filter by specific team members |
## View Types
The `view_type` is inferred from the date range:
| View Type | Date Range | Description |
|-----------|------------|-------------|
| `did` | All dates in past months | Historical execution analysis |
| `is` | Includes current month | Active planning vs execution |
| `will` | All dates in future months | Forecast and capacity planning |
## Response Structure
```json
{
"period": {
"start": "2026-01-01",
"end": "2026-03-31"
},
"view_type": "will",
"projects": [
{
"id": "uuid",
"code": "PROJ-001",
"title": "Project Name",
"approved_estimate": 3000.0,
"lifecycle_status": "MATCH",
"plan_sum": 2600.0,
"period_planned": 2600.0,
"period_allocated": 2800.0,
"period_variance": 200.0,
"period_status": "OVER",
"months": [
{
"month": "2026-01",
"planned_hours": 1200.0,
"is_blank": false,
"allocated_hours": 1300.0,
"variance": 100.0,
"status": "OVER"
}
]
}
],
"members": [
{
"id": "uuid",
"name": "Team Member",
"period_allocated": 400.0,
"projects": [
{
"project_id": "uuid",
"project_code": "PROJ-001",
"project_title": "Project Name",
"total_hours": 400.0
}
]
}
],
"aggregates": {
"total_planned": 2600.0,
"total_allocated": 2800.0,
"total_variance": 200.0,
"status": "OVER"
}
}
```
## Status Values
| Status | Meaning | Visual |
|--------|---------|--------|
| `OVER` | Allocated > Planned/Capacity | 🔴 Red |
| `UNDER` | Allocated < Planned/Capacity | 🟡 Amber |
| `MATCH` | Allocated = Planned/Capacity | 🟢 Green/Neutral |
## Blank vs Zero Distinction
- **Blank plan** (`is_blank: true`): No plan entry exists for the month
- `planned_hours`: `null`
- Used for variance: treated as `0`
- **Explicit zero** (`is_blank: false`, `planned_hours: 0`): Plan was explicitly set to zero
- `planned_hours`: `0`
- Distinct from blank for reporting accuracy
## Dependencies
This endpoint combines data from:
- `ProjectMonthPlan` - Monthly planning data
- `Allocation` - Resource allocations
- `Project` - Project metadata (approved_estimate)
- `TeamMember` - Team member capacity
Calculations use:
- `ReconciliationCalculator` - Lifecycle plan vs estimate
- `VarianceCalculator` - Period and monthly variances
## Error Responses
| Status | Condition |
|--------|-----------|
| 422 | Missing or invalid date parameters |
| 422 | `end_date` before `start_date` |
| 401 | Unauthorized (missing/invalid token) |

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@@ -0,0 +1,89 @@
# Proposal: Enhanced Allocation Fidelity
## Why
The current Resource Allocation implementation diverges from intended planning behavior and creates misleading month-level signals.
Current drift:
1. Monthly budget was treated as a derived display (`approved_estimate / 12`) rather than explicit manager planning.
2. Allocation execution and planning intent are conflated in one surface.
3. Visual signaling is noisier than needed for decision-making.
4. Untracked allocation and partial bulk semantics are only partially implemented.
Business need:
- Managers must phase a project lifecycle estimate across months based on dependencies and customer timelines.
- Month execution must be validated against explicit month plans, not an average split.
- Management needs deterministic reporting from a strict plan -> execute chain.
## What Changes
This change formalizes and aligns a strict 3-surface model (with reporting as the 4th outcome surface):
1. **Projects (Lifecycle Total)**
- `approved_estimate` remains the project-level lifecycle cap.
2. **Project-Month Plan (Manager Intent)**
- Manager enters monthly planned hours per project in a grid.
- Monthly plans reconcile against lifecycle total (OVER/UNDER/MATCH).
- Blank planning months remain blank in UI.
3. **Project-Resource Allocation (Month Execution)**
- Allocation grid becomes primary editing workflow (no modal-first dependency).
- Row variance compares month allocation vs project month plan.
- Column variance compares member allocation vs member month capacity.
- Untracked (`team_member_id = null`) is supported as a first-class execution path.
4. **Reporting Outcome**
- Reporting consumes lifecycle total + month plan + resource allocation to show did/is/will views.
## Capability Changes
### New / Expanded Capabilities
- `monthly-budget` (reframed as project-month planning)
- `allocation-indicators` (minimal, edge-focused variance signaling)
- `untracked-allocation` (null team member end-to-end semantics)
### Modified Capability
- `resource-allocation` (partial bulk success, month-plan-aware variance)
## Key Rules Locked by This Change
1. No `approved_estimate / 12` derivation for planning behavior.
2. Month plan reconciliation is explicit:
- sum(plan) > approved -> OVER
- sum(plan) < approved -> UNDER
- sum(plan) == approved -> MATCH
3. Blank planning month is visually blank, but treated as planned `0` for allocation variance.
4. Allocation for blank-plan months is allowed.
5. `projects.forecasted_effort` is deprecated for this workflow.
6. Visual language is minimal:
- OVER = red
- UNDER = amber
- MATCH = neutral
## Impact
### Data Model
- Introduce explicit project-month planning source of truth.
- Stop using `projects.forecasted_effort` in this workflow path.
### API Contract
- Add/adjust project-month plan endpoints and payloads.
- Ensure allocation endpoints provide enough context for row/column variance.
- Keep partial bulk response contract explicit (created/failed/summary).
### Frontend
- Add project-month plan grid surface.
- Refactor allocation matrix to grid-first editing and edge variance indicators.
- Keep status placement low-noise and decision-oriented.
### Testing
- Add deterministic coverage for reconciliation math, blank-vs-zero semantics, untracked handling, and partial bulk behavior.
- Require mapped tests for every requirement scenario before task closure.
## Non-Goals
- Real-time collaboration/websockets in this change.
- Notification systems.
- Export workflows.
- UI polish iterations beyond required planning fidelity.

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@@ -0,0 +1,74 @@
# Allocation Indicators Specification
## Overview
This capability defines low-noise variance indicators for planning and execution surfaces.
Indicators are decision aids, not decorative status coloring.
## ADDED Requirements
### Requirement: Use minimal status palette
The system SHALL use a minimal indicator palette:
- `OVER` -> red
- `UNDER` -> amber
- `MATCH/SETTLED` -> neutral
#### Scenario: Match is neutral
- **GIVEN** row variance equals 0
- **WHEN** rendering status
- **THEN** status uses neutral styling
- **AND** no additional success color emphasis is required
### Requirement: Place indicators at summary edges
The system SHALL prioritize indicator display on row/column summary edges.
#### Scenario: Row-level over-allocation indicator
- **GIVEN** project row total exceeds selected month plan
- **WHEN** allocation grid renders
- **THEN** project row summary status shows `OVER` in red
#### Scenario: Column-level over-capacity indicator
- **GIVEN** member column total exceeds member month capacity
- **WHEN** allocation grid renders
- **THEN** member column summary status shows `OVER` in red
#### Scenario: Under-allocation indicator
- **GIVEN** row or column total is below comparison target
- **WHEN** grid renders
- **THEN** summary status shows `UNDER` in amber
### Requirement: Keep indicators explainable
The system SHALL provide text status labels with numeric deltas for accessibility and clarity.
#### Scenario: Color is not sole signal
- **WHEN** status is rendered
- **THEN** UI includes text label (`OVER`/`UNDER`) and delta value
### Requirement: Distinguish project and resource variance semantics
Project variance and resource variance SHALL remain separate.
#### Scenario: Project over, resource under
- **GIVEN** a project row is `OVER`
- **AND** a member column is `UNDER`
- **WHEN** indicators render
- **THEN** each axis displays its own status independently
## MODIFIED Requirements
### Requirement: Allocation indicator source
**Original behavior:** project indicator compared monthly allocation directly to lifecycle estimate assumptions.
**Updated behavior:** indicator semantics in execution surface compare:
- project row totals vs **selected month planned hours**
- member column totals vs **selected month capacity**
### Requirement: Color usage policy
**Original behavior:** broad RED/YELLOW/GREEN/GRAY usage in many cells.
**Updated behavior:** minimal red/amber/neutral policy with status emphasis on summary edges.

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@@ -0,0 +1,88 @@
# Project-Month Plan Specification
## Overview
This capability defines explicit manager-entered monthly planning per project.
It replaces derived monthly budget assumptions and becomes the planning source of truth for allocation variance.
## ADDED Requirements
### Requirement: Manager enters explicit monthly plan per project
The system SHALL allow managers to set planned hours for each project-month cell.
#### Scenario: Set monthly plan across multiple months
- **GIVEN** project `PROJ-001` has `approved_estimate = 3000`
- **WHEN** manager sets Jan=1200, Feb=1400, Mar=400
- **THEN** the system stores those exact values
- **AND** no derived monthly average is applied
#### Scenario: Edit monthly plan cell inline
- **GIVEN** a month-plan grid cell contains 1200
- **WHEN** manager edits the cell to 1100 and commits
- **THEN** the system persists 1100
- **AND** reconciliation status recalculates immediately
### Requirement: Reconcile month-plan sum against lifecycle approved estimate
The system SHALL compute reconciliation status per project based on:
`sum(non-null monthly planned hours)` vs `approved_estimate`.
#### Scenario: OVER reconciliation
- **GIVEN** `approved_estimate = 3000`
- **AND** month-plan sum is 3200
- **THEN** status is `OVER`
#### Scenario: UNDER reconciliation
- **GIVEN** `approved_estimate = 3000`
- **AND** month-plan sum is 2800
- **THEN** status is `UNDER`
#### Scenario: MATCH reconciliation
- **GIVEN** `approved_estimate = 3000`
- **AND** month-plan sum is 3000
- **THEN** status is `MATCH`
### Requirement: Preserve blank month semantics
The planning grid SHALL keep unset months visually blank and semantically distinct from explicit zero.
#### Scenario: Blank remains blank
- **GIVEN** no plan exists for April
- **WHEN** manager views planning grid
- **THEN** April cell is blank (no `0` shown)
#### Scenario: Clear cell sets blank semantics
- **GIVEN** a month cell has planned value
- **WHEN** manager clears the cell and commits
- **THEN** the month is stored as blank/unset semantics
- **AND** planning UI displays blank
### Requirement: Allocation variance uses blank plan as zero
For allocation variance computation only, missing month plan SHALL be treated as planned `0`.
#### Scenario: Allocate against blank plan month
- **GIVEN** no plan is set for selected month
- **AND** project allocations total 40h
- **WHEN** variance is computed
- **THEN** planned value used is 0
- **AND** row variance is +40
- **AND** allocation operation remains allowed
### Requirement: Grid-first planning interaction
Project-month planning SHALL be managed in a grid-first interface.
#### Scenario: Keyboard-first editing
- **WHEN** manager navigates month-plan grid with keyboard
- **THEN** inline cell editing and commit are supported
- **AND** modal interaction is not required for normal edits
## MODIFIED Requirements
### Requirement: Monthly budget derivation
**Original behavior (rejected):** monthly budget derived from `approved_estimate / 12`.
**Updated behavior:** monthly plan values are explicit manager-entered project-month values; no derivation formula is used for planning behavior.

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@@ -0,0 +1,47 @@
# Resource Allocation - Delta Specification
This delta documents required updates to existing resource allocation behavior for fidelity with explicit month planning.
## MODIFIED Requirements
### Requirement: Month execution comparison target
**Original behavior:** month execution was compared against derived or lifecycle assumptions.
**Updated behavior:** selected month project allocation is compared against explicit project-month planned hours.
#### Scenario: Compare row total to month plan
- **GIVEN** selected month plan for project is 1200h
- **AND** project allocations total 1300h
- **THEN** project row variance is +100h
- **AND** row status is `OVER`
#### Scenario: Blank month plan comparison
- **GIVEN** selected month has no plan value set
- **AND** project allocations total 50h
- **THEN** comparison target is 0h
- **AND** row status is `OVER`
- **AND** allocation remains allowed
### Requirement: Bulk allocation behavior
**Original behavior:** all-or-nothing transaction semantics.
**Updated behavior:** valid items SHALL be saved even if some items fail.
#### Scenario: Partial bulk success
- **WHEN** 10 allocation items are submitted and 2 fail validation
- **THEN** 8 valid items are persisted
- **AND** failed items return per-index validation errors
- **AND** response includes summary created/failed counts
### Requirement: Untracked execution semantics
**Original behavior:** untracked support was ambiguous/incomplete.
**Updated behavior:** `team_member_id = null` is valid and treated as untracked effort.
#### Scenario: Untracked counted in project, excluded from capacity
- **WHEN** untracked allocation exists for selected month
- **THEN** project totals include it
- **AND** member capacity/utilization computations exclude it

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@@ -0,0 +1,55 @@
# Untracked Allocation Specification
## Overview
This capability supports external/unassigned effort by allowing allocations without a team member association.
## ADDED Requirements
### Requirement: Support null team member in allocation APIs
The system SHALL allow allocation records with `team_member_id = null`.
#### Scenario: Create untracked allocation
- **GIVEN** user has allocation create permission
- **WHEN** POST /api/allocations with `team_member_id = null`
- **THEN** allocation is created successfully
#### Scenario: Bulk create with mixed tracked/untracked
- **GIVEN** a bulk payload contains tracked and untracked entries
- **WHEN** POST /api/allocations/bulk is executed
- **THEN** untracked entries with valid data are processed successfully
### Requirement: Include untracked in project totals
Untracked hours SHALL contribute to project-level and grand totals.
#### Scenario: Project total includes untracked
- **GIVEN** project has tracked 80h and untracked 20h in selected month
- **WHEN** project row total is computed
- **THEN** row total is 100h
### Requirement: Exclude untracked from member capacity metrics
Untracked allocations SHALL NOT contribute to any team member utilization/capacity variance.
#### Scenario: Member utilization ignores untracked
- **GIVEN** selected month has untracked allocations
- **WHEN** member column totals and capacity variance are computed
- **THEN** untracked rows are excluded from member computations
### Requirement: Present untracked in execution grid
The allocation grid SHALL expose untracked as a first-class execution bucket.
#### Scenario: Untracked column visible
- **WHEN** manager opens allocation execution grid
- **THEN** untracked column/bucket is visible and editable
## MODIFIED Requirements
### Requirement: Capacity validation
**Original behavior:** all allocations were assumed team-member-bound for capacity checks.
**Updated behavior:** capacity validation is skipped for untracked allocations (`team_member_id = null`).

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# Tasks: Enhanced Allocation Fidelity
## Summary
| Workstream | Status | Progress |
|------------|--------|----------|
| Artifact Fidelity Alignment | ✅ Complete | 100% |
| Project-Month Plan Capability | ⚪ Not Started | 0% |
| Allocation Grid Fidelity | ⚪ Not Started | 0% |
| Untracked + Partial Bulk Hardening | ⚪ Not Started | 0% |
| Reporting-Ready Contracts | ⚪ Not Started | 0% |
| Verification & Regression | ⚪ Not Started | 0% |
---
## 0. Artifact Fidelity Alignment
Ensure docs and OpenSpec artifacts are fully aligned before implementation.
### Phase 1: Artifact Updates
- [x] 0.1 Update decision log with model and rules
- [x] canonical 3-surface 0.2 Update proposal to remove derived monthly budget assumption
- [x] 0.3 Update design with explicit project-month planx] 0 architecture
- [x] 0.4 Update monthly-budget spec to explicit planning semantics
- [x] 0.5 Update allocation-indicators spec to red/amber/neutral policy
- [x] 0.6 Update untracked and resource-allocation delta specs to final semantics
### Exit Criteria
- [x] 0.7 No artifact references `approved_estimate / 12` as planning behavior
- [x] 0.8 All artifacts consistently define blank month semantics (blank UI, zero for variance)
---
## 1. Project-Month Plan Capability
Create explicit manager-entered month planning per project.
### Phase 1: Tests (RED)
- [ ] 1.1 Unit test: reconciliation status OVER when plan_sum > approved_estimate
- [ ] 1.2 Unit test: reconciliation status UNDER when plan_sum < approved_estimate
- [ ] 1.3 Unit test: reconciliation status MATCH when plan_sum == approved_estimate
- [ ] 1.4 Feature test: bulk upsert month plan cells persists values correctly
- [ ] 1.5 Feature test: clearing month plan cell preserves blank semantics
- [ ] 1.6 Feature test: blank month plan remains blank in response payload
- [ ] 1.7 Component test: planning grid inline edit commits and recalculates row status
- [ ] 1.8 E2E test: manager enters Jan/Feb/Mar plan (1200/1400/400) for 3000 project and sees MATCH
### Phase 2: Implement (GREEN)
- [x] 1.9 Add project-month plan persistence model/migration (project_id, month, planned_hours)
- [x] 1.10 Implement plan query endpoint for grid consumption
- [x] 1.11 Implement plan bulk upsert endpoint with clear-cell handling
- [ ] 1.12 Implement reconciliation calculator service and API exposure
- [ ] 1.13 Implement planning grid UI with keyboard-first inline editing
- [ ] 1.14 Ensure planning UI keeps blank cells blank (no implicit zero rendering)
### Phase 3: Refactor
- [ ] 1.15 Centralize reconciliation logic for API and reporting reuse
### Phase 4: Document
- [ ] 1.16 Document project-month plan API contracts and reconciliation semantics
---
## 2. Allocation Grid Fidelity (Month Execution)
Reframe allocation matrix as month execution against explicit plan and capacity.
### Phase 1: Tests (RED)
- [ ] 2.1 Unit test: row variance uses selected month planned value
- [ ] 2.2 Unit test: blank month plan treated as zero for row variance
- [ ] 2.3 Unit test: column variance uses member month capacity
- [ ] 2.4 Feature test: allocation response includes row/column variance context
- [ ] 2.5 Component test: allocation grid supports inline cell edit without modal
- [ ] 2.6 Component test: status placement on row/column summary edges only
- [ ] 2.7 E2E test: over-plan row displays red OVER status
- [ ] 2.8 E2E test: under-plan row displays amber UNDER status
### Phase 2: Implement (GREEN)
- [ ] 2.9 Remove derived monthly budget logic from allocation surface
- [ ] 2.10 Implement row variance against explicit month plan
- [ ] 2.11 Implement column variance against member capacity
- [ ] 2.12 Convert allocation UI to grid-first editing workflow
- [ ] 2.13 Keep modal only as optional fallback (not primary flow)
- [ ] 2.14 Apply minimal visual policy: red/amber/neutral with text labels
### Phase 3: Refactor
- [ ] 2.15 Extract shared variance calculation utilities
### Phase 4: Document
- [ ] 2.16 Document variance formulas and status placement rules
---
## 3. Untracked + Partial Bulk Hardening
Finalize untracked behavior and partial bulk response semantics.
### Phase 1: Tests (RED)
- [ ] 3.1 Feature test: single create accepts null team_member_id
- [ ] 3.2 Feature test: bulk create accepts mixed tracked/untracked payload
- [ ] 3.3 Feature test: untracked included in project/grand totals
- [ ] 3.4 Feature test: untracked excluded from member capacity calculations
- [ ] 3.5 Feature test: partial bulk persists valid rows and returns per-index failures
- [ ] 3.6 E2E test: untracked column allows inline allocation entry
### Phase 2: Implement (GREEN)
- [ ] 3.7 Ensure all allocation create/update/bulk validators support null team_member_id
- [ ] 3.8 Ensure capacity/utilization paths exclude null team_member_id
- [ ] 3.9 Ensure totals paths include null team_member_id in project/grand totals
- [ ] 3.10 Return deterministic partial bulk response contract (data/failed/summary)
### Phase 3: Refactor
- [ ] 3.11 Consolidate untracked filtering/scoping in one query abstraction
### Phase 4: Document
- [ ] 3.12 Document untracked semantics and partial bulk contract
---
## 4. Reporting-Ready Contracts
Prepare deterministic outputs for management reporting (did/is/will).
### Phase 1: Tests (RED)
- [ ] 4.1 Feature test: reporting payload includes lifecycle total, month plan, month execution, and variances
- [ ] 4.2 Feature test: historical/current/future month slices are consistent
### Phase 2: Implement (GREEN)
- [ ] 4.3 Expose report-oriented aggregate endpoint(s) for member and project views
- [ ] 4.4 Ensure response explicitly distinguishes blank plan vs explicit zero
### Phase 3: Document
- [ ] 4.5 Document reporting contract dependencies on plan and execution surfaces
---
## 5. Verification & Regression Gates
### Phase 1: Verification
- [ ] 5.1 Run full backend unit + feature test suite
- [ ] 5.2 Run frontend component test suite for planning/allocation grids
- [ ] 5.3 Run E2E flows for planning -> allocation -> variance visibility
- [ ] 5.4 Verify login/team-member/project baseline flows unaffected
### Phase 2: Quality Gates
- [ ] 5.5 Confirm no implementation path uses derived `approved_estimate / 12`
- [ ] 5.6 Confirm `projects.forecasted_effort` is not used in this workflow
- [ ] 5.7 Confirm all statuses follow red/amber/neutral policy
- [ ] 5.8 Confirm every completed task has mapped passing automated tests