shopdb/docs/API.md

ShopDB API (ASP) - PowerShell Data Collection Endpoint

File: api.asp Created: 2025-11-13 Purpose: Receive PC asset data from PowerShell scripts and store in Phase 2 schema Schema: Phase 2 (machines, communications, machinerelationships)

---

Overview

This ASP API replaces the PHP api.php and provides the same functionality but runs on IIS with the ShopDB ASP application. It's designed to work with Phase 2 schema from day one.

Key Features:

• Uses Phase 2 schema (machines, communications)
• Parameterized queries (SQL injection protection)
• JSON request/response handling
• Automatic vendor/model/pctype creation
• PC-to-equipment relationship management
• Network interface tracking
• DNC configuration storage
• Warranty data management
• Application tracking

---

Endpoints

1. updateCompleteAsset

Purpose: Main endpoint for PowerShell data collection

Method: POST

Parameters:

Basic PC Info (Required):

• hostname - PC hostname
• serialNumber - Serial number
• manufacturer - Manufacturer (e.g., "Dell", "HP")
• model - Model name
• pcType - PC type ("Engineer", "Shopfloor", "Standard")

Basic PC Info (Optional):

• loggedInUser - Current logged in user
• machineNo - Machine number (for shopfloor PCs)
• osVersion - Operating system version

Warranty Info (Optional):

• warrantyEndDate - Warranty end date (YYYY-MM-DD)
• warrantyStatus - Status ("Active", "Expired", etc.)
• warrantyServiceLevel - Service level description
• warrantyDaysRemaining - Days until warranty expires

Shopfloor Data (Optional):

• networkInterfaces - JSON array of network interfaces
• commConfigs - JSON array of serial port configs
• dncConfig - JSON object with DNC configuration

DNC/GE Registry Data (Optional):

• dncDualPathEnabled - Boolean (true/false)
• dncPath1Name - Path 1 name
• dncPath2Name - Path 2 name
• dncGeRegistry32Bit - Boolean for 32-bit registry
• dncGeRegistry64Bit - Boolean for 64-bit registry
• dncGeRegistryNotes - Registry notes

Response:

{
  "success": true,
  "message": "PC asset data updated successfully",
  "machineid": 123,
  "hostname": "PC-NAME",
  "operation": "complete",
  "data": {
    "networkInterfaces": 3,
    "commConfigs": 2,
    "dncConfig": true,
    "relationshipCreated": true
  }
}

Database Operations:

1. Insert/update record in machines table with pctypeid IS NOT NULL
2. Clear old network interfaces from communications
3. Insert new network interfaces to communications with comstypeid = 1
4. Clear old serial port configs from commconfig
5. Insert new serial port configs to commconfig
6. Clear old DNC config from dncconfig
7. Insert new DNC config to dncconfig
8. Create PC-to-equipment relationship in machinerelationships if machineNo provided
9. Update warranty data in warranties table

---

2. updatePrinterMapping

Purpose: Map a PC to its default printer

Method: POST

Parameters:

• hostname - PC hostname
• printerFQDN - Printer FQDN or IP address

Response:

{
  "success": true,
  "message": "Printer mapping updated",
  "data": {
    "printerId": 45,
    "machinesUpdated": 1,
    "matchMethod": "ip"
  }
}

Database Operations:

1. Find PC by hostname in machines table
2. Find printer by FQDN (tries name match, then IP match)
3. Update machines.printerid to link PC to printer

---

3. updateInstalledApps

Purpose: Update installed applications for a PC

Method: POST

Parameters:

• hostname - PC hostname
• installedApps - JSON array of applications

installedApps Format:

[
  {"Name": "SolidWorks 2024", "Version": "32.1.0"},
  {"Name": "AutoCAD", "Version": "2024.1"},
  {"Name": "Microsoft Office", "Version": "16.0"}
]

Response:

{
  "success": true,
  "message": "Installed applications updated",
  "data": {
    "appsProcessed": 3
  }
}

Database Operations:

1. Find PC by hostname in machines table
2. Delete existing app mappings from machineapplications
3. Create applications in applications table if they don't exist
4. Insert new app mappings to machineapplications

---

4. getDashboardData

Purpose: Health check / connection test

Method: GET or POST

Parameters: None

Response:

{
  "success": true,
  "message": "ShopDB API is online",
  "version": "1.0",
  "schema": "Phase 2"
}

---

5. getShopfloorPCs

Purpose: Returns list of all active shopfloor PCs for remote management

Method: GET

Parameters: None

Response:

{
  "success": true,
  "count": 25,
  "pcs": [
    {
      "machineid": 123,
      "hostname": "SHOPFLOOR-PC-01",
      "machinenumber": "2001",
      "serialnumber": "ABC123",
      "loggedinuser": "jsmith",
      "lastupdated": "2025-12-11 10:30:00",
      "ipaddress": "10.134.100.50",
      "pctype": "Shopfloor"
    }
  ]
}

---

6. getRecordedIP

Purpose: Look up recorded primary IP (10.134.*) for a hostname

Method: POST

Parameters:

• hostname - PC hostname

Response:

{
  "success": true,
  "hostname": "SHOPFLOOR-PC-01",
  "ipaddress": "10.134.100.50"
}

---

7. updateWinRMStatus

Purpose: Update WinRM enabled status for a PC

Method: POST or GET

Parameters:

• hostname - PC hostname
• hasWinRM - "1" or "0" (defaults to 1 if not specified)

Response:

{
  "success": true,
  "message": "WinRM status updated",
  "hostname": "SHOPFLOOR-PC-01",
  "haswinrm": 1
}

---

8. updateMachinePositions

Purpose: Bulk update machine map positions (used by map editor)

Method: POST

Parameters:

• changes - JSON array of position changes

changes Format:

[
  {"id": 123, "newLeft": 450, "newTop": 200},
  {"id": 124, "newLeft": 500, "newTop": 250}
]

Response:

{
  "success": true,
  "message": "Updated 2 machine positions",
  "updated": 2,
  "errors": 0
}

---

JSON Formats

Network Interfaces Format

[
  {
    "IPAddress": "10.48.130.100",
    "MACAddress": "00:1A:2B:3C:4D:5E",
    "SubnetMask": "255.255.255.0",
    "DefaultGateway": "10.48.130.1",
    "InterfaceName": "Ethernet",
    "IsMachineNetwork": false
  },
  {
    "IPAddress": "192.168.1.100",
    "MACAddress": "00:1A:2B:3C:4D:5F",
    "SubnetMask": "255.255.255.0",
    "DefaultGateway": "192.168.1.1",
    "InterfaceName": "Machine Network",
    "IsMachineNetwork": true
  }
]

Stored in: communications table

• comstypeid = 1 (Network Interface)
• First interface with valid IP marked as isprimary = 1

---

Communication Configs Format (Serial Ports)

[
  {
    "PortName": "COM1",
    "BaudRate": 9600,
    "DataBits": 8,
    "Parity": "None",
    "StopBits": "One",
    "FlowControl": "None"
  },
  {
    "PortName": "COM2",
    "BaudRate": 19200,
    "DataBits": 8,
    "Parity": "Even",
    "StopBits": "One",
    "FlowControl": "Hardware"
  }
]

Stored in: commconfig table

---

DNC Config Format

{
  "Site": "West Jefferson",
  "CNC": "FANUC",
  "NCIF": "eFOCAS",
  "MachineNumber": "2001",
  "HostType": "Control",
  "FTPHostPrimary": "192.168.1.100",
  "FTPHostSecondary": "192.168.1.101",
  "FTPAccount": "dnc_user",
  "Debug": "Off",
  "Uploads": "C:\\DNC\\Uploads",
  "Scanner": "On",
  "DripFeed": "Off",
  "AdditionalSettings": "timeout=30"
}

Stored in: dncconfig table

Additional DNC fields sent as separate parameters:

• dncDualPathEnabled - true/false
• dncPath1Name - Path 1 name
• dncPath2Name - Path 2 name
• dncGeRegistry32Bit - true/false
• dncGeRegistry64Bit - true/false
• dncGeRegistryNotes - Text notes

---

Database Schema

Tables Used

machines (Main PC Storage)

CREATE TABLE machines (
    machineid INT(11) PRIMARY KEY AUTO_INCREMENT,
    hostname VARCHAR(100),
    serialnumber VARCHAR(50),
    modelnumberid INT(11),
    pctypeid INT(11),           -- NOT NULL = PC, NULL = Equipment
    machinetypeid INT(11),      -- 28-32 for PC types
    loggedinuser VARCHAR(100),
    machinenumber VARCHAR(50),  -- For shopfloor PCs
    osid INT(11),
    machinestatusid INT(11),
    machinenotes TEXT,
    printerid INT(11),          -- Default printer
    isactive TINYINT(1),
    lastupdated DATETIME
);

communications (Network Interfaces)

CREATE TABLE communications (
    comid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),
    comstypeid INT(11),         -- 1 = Network Interface
    address VARCHAR(45),        -- IP address
    macaddress VARCHAR(17),
    subnetmask VARCHAR(45),
    defaultgateway VARCHAR(45),
    interfacename VARCHAR(50),
    isprimary TINYINT(1),
    isactive TINYINT(1)
);

commconfig (Serial Port Configs)

CREATE TABLE commconfig (
    configid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),
    configtype VARCHAR(50),
    portid VARCHAR(20),
    baud INT(11),
    databits INT(11),
    parity VARCHAR(10),
    stopbits VARCHAR(5),
    ipaddress VARCHAR(45),
    socketnumber INT(11),
    additionalsettings TEXT,
    lastupdated DATETIME
);

dncconfig (DNC Configuration)

CREATE TABLE dncconfig (
    dncid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),
    site VARCHAR(100),
    cnc VARCHAR(100),
    ncif VARCHAR(50),
    machinenumber VARCHAR(50),
    hosttype VARCHAR(50),
    ftphostprimary VARCHAR(100),
    ftphostsecondary VARCHAR(100),
    ftpaccount VARCHAR(100),
    debug VARCHAR(10),
    uploads VARCHAR(10),
    scanner VARCHAR(10),
    dripfeed VARCHAR(10),
    additionalsettings TEXT,
    dualpath_enabled TINYINT(1),
    path1_name VARCHAR(255),
    path2_name VARCHAR(255),
    ge_registry_32bit TINYINT(1),
    ge_registry_64bit TINYINT(1),
    ge_registry_notes TEXT,
    lastupdated DATETIME
);

machinerelationships (PC-to-Equipment Links)

CREATE TABLE machinerelationships (
    relationshipid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),          -- Equipment ID
    related_machineid INT(11),  -- PC ID
    relationshiptypeid INT(11), -- 3 = Controls
    isactive TINYINT(1)
);

warranties (Warranty Tracking)

CREATE TABLE warranties (
    warrantyid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),
    enddate DATE,
    servicelevel VARCHAR(100),
    status VARCHAR(50),
    daysremaining INT(11),
    lastcheckeddate DATETIME
);

machineapplications (Installed Applications)

CREATE TABLE machineapplications (
    machineappid INT(11) PRIMARY KEY AUTO_INCREMENT,
    machineid INT(11),
    applicationid INT(11)
);

---

Automatic Lookups

The API automatically creates records in these tables if they don't exist:

vendors

• Created when new manufacturer is encountered
• Lookup: SELECT vendorid FROM vendors WHERE vendor = ?
• Create: INSERT INTO vendors (vendor) VALUES (?)

models

• Created when new model is encountered for a vendor
• Lookup: SELECT modelnumberid FROM models WHERE modelnumber = ? AND vendorid = ?
• Create: INSERT INTO models (modelnumber, vendorid, notes, isactive) VALUES (?, ?, 'Auto-imported via PowerShell', 1)

pctype

• Created when new PC type is encountered
• Lookup: SELECT pctypeid FROM pctype WHERE typename = ?
• Create: INSERT INTO pctype (typename) VALUES (?)

operatingsystems

• Created when new OS version is encountered
• Lookup: SELECT osid FROM operatingsystems WHERE osname = ?
• Create: INSERT INTO operatingsystems (osname) VALUES (?)

applications

• Created when new application is encountered
• Lookup: SELECT applicationid FROM applications WHERE applicationname = ?
• Create: INSERT INTO applications (applicationname, version) VALUES (?, ?)

---

PC Type to Machine Type Mapping

When creating PCs, machinetypeid is automatically determined from pctypeid:

PC Type Name	pctypeid	machinetypeid	Machine Type
Engineer	varies	30	Workstation
Shopfloor	varies	28	Desktop PC
Standard	varies	28	Desktop PC
Laptop	varies	29	Laptop
Thin Client	varies	31	Thin Client
Server	varies	32	Server

This mapping allows:

• PCs to be filtered with WHERE pctypeid IS NOT NULL
• PC-specific queries to join to machinetypes table
• Unified reporting across PCs and equipment

---

Error Responses

All errors return HTTP 200 with JSON:

{
  "success": false,
  "error": "Error message here"
}

Common Errors:

• "hostname and serialNumber are required" - Missing required fields
• "PC not found: HOSTNAME" - PC doesn't exist in database
• "Printer not found: FQDN" - Printer not found by FQDN or IP
• "Failed to insert/update PC: SQL error" - Database error
• "Invalid action: ACTION" - Unknown action parameter

---

Security Features

SQL Injection Protection

All queries use parameterized commands:

Set cmd = Server.CreateObject("ADODB.Command")
cmd.ActiveConnection = objConn
cmd.CommandText = "SELECT machineid FROM machines WHERE hostname = ?"
cmd.Parameters.Append cmd.CreateParameter("@hostname", 200, 1, 100, hostname)
Set rsResult = cmd.Execute

Input Validation

• Required field checks
• Numeric validation for IDs
• Boolean conversion for true/false values
• String length limits enforced

HTML/JSON Escaping

• All JSON output properly escaped
• Special characters handled: \, ", CR, LF, TAB

---

Logging

API logs to: /logs/api.log

Log Format: YYYY-MM-DD HH:MM:SS - Message

Logged Events:

• New requests with hostname/serial/pctype
• Vendor/Model/PCType ID lookups
• Record creation (machineid)
• Network interface insertion counts
• Comm config insertion counts
• DNC config insertion success
• PC-Machine relationship creation
• Errors with full error descriptions

Log Directory: Must exist and be writable by IIS process

---

PowerShell Integration

Default URL Configuration

PowerShell scripts should use:

$DashboardURL = "http://192.168.122.151:8080/api.asp"

Example PowerShell Call

$postData = @{
    action = 'updateCompleteAsset'
    hostname = $env:COMPUTERNAME
    serialNumber = $serialNumber
    manufacturer = $manufacturer
    model = $model
    pcType = "Shopfloor"
    loggedInUser = $env:USERNAME
    machineNo = "2001"
    osVersion = $osVersion
    networkInterfaces = $networkInterfacesJSON
    commConfigs = $commConfigsJSON
    dncConfig = $dncConfigJSON
    dncDualPathEnabled = $true
    dncPath1Name = "Path1"
    dncPath2Name = "Path2"
}

$response = Invoke-RestMethod -Uri $DashboardURL -Method Post -Body $postData

---

Testing

Test 1: Health Check

curl "http://192.168.122.151:8080/api.asp?action=getDashboardData"

Expected:

{"success":true,"message":"ShopDB API is online","version":"1.0","schema":"Phase 2"}

Test 2: Create New PC

$postData = @{
    action = 'updateCompleteAsset'
    hostname = 'TEST-PC-01'
    serialNumber = 'ABC123456'
    manufacturer = 'Dell'
    model = 'OptiPlex 7090'
    pcType = 'Standard'
    osVersion = 'Windows 11 Pro'
}

Invoke-RestMethod -Uri "http://192.168.122.151:8080/api.asp" -Method Post -Body $postData

Verify in Database:

SELECT machineid, hostname, serialnumber, pctypeid, machinetypeid
FROM machines
WHERE hostname = 'TEST-PC-01' AND pctypeid IS NOT NULL;

Test 3: Update Existing PC with Network Interfaces

$networkInterfaces = @(
    @{
        IPAddress = '10.48.130.100'
        MACAddress = '00:1A:2B:3C:4D:5E'
        SubnetMask = '255.255.255.0'
        DefaultGateway = '10.48.130.1'
        InterfaceName = 'Ethernet'
    }
) | ConvertTo-Json

$postData = @{
    action = 'updateCompleteAsset'
    hostname = 'TEST-PC-01'
    serialNumber = 'ABC123456'
    manufacturer = 'Dell'
    model = 'OptiPlex 7090'
    pcType = 'Standard'
    networkInterfaces = $networkInterfaces
}

Invoke-RestMethod -Uri "http://192.168.122.151:8080/api.asp" -Method Post -Body $postData

Verify in Database:

SELECT c.comid, c.address, c.macaddress, c.isprimary
FROM communications c
JOIN machines m ON c.machineid = m.machineid
WHERE m.hostname = 'TEST-PC-01' AND c.comstypeid = 1;

Test 4: Shopfloor PC with Machine Relationship

$postData = @{
    action = 'updateCompleteAsset'
    hostname = 'SHOPFLOOR-PC'
    serialNumber = 'XYZ789'
    manufacturer = 'HP'
    model = 'EliteDesk 800'
    pcType = 'Shopfloor'
    machineNo = '2001'
}

Invoke-RestMethod -Uri "http://192.168.122.151:8080/api.asp" -Method Post -Body $postData

Verify Relationship:

SELECT
    equipment.machinenumber AS equipment,
    pc.hostname AS controlling_pc
FROM machinerelationships mr
JOIN machines equipment ON mr.machineid = equipment.machineid
JOIN machines pc ON mr.related_machineid = pc.machineid
JOIN relationshiptypes rt ON mr.relationshiptypeid = rt.relationshiptypeid
WHERE equipment.machinenumber = '2001' AND rt.relationshiptype = 'Controls';

---

Deployment

Step 1: Database Schema Update

Run the migration script:

mysql -h 192.168.122.1 -u root -p shopdb < sql/migration_phase2/08_update_schema_for_api.sql

This renames pcid → machineid in:

• commconfig
• dncconfig

Step 2: Deploy api.asp

Copy api.asp to ShopDB root directory:

cp api.asp /home/camp/projects/windows/shopdb/

Step 3: Create Logs Directory

Ensure logs directory exists and is writable:

mkdir -p /home/camp/projects/windows/shopdb/logs
chmod 755 /home/camp/projects/windows/shopdb/logs

Step 4: Update PowerShell Scripts

Change default dashboard URL in Update-PC-CompleteAsset.ps1:

# OLD:
[string]$DashboardURL = "http://10.48.130.197/dashboard-v2/api.php"

# NEW:
[string]$DashboardURL = "http://192.168.122.151:8080/api.asp"

Step 5: Test

Run PowerShell script on one test PC:

.\Update-PC-CompleteAsset.ps1

Check logs:

tail -f /home/camp/projects/windows/shopdb/logs/api.log

Verify in ShopDB:

http://192.168.122.151:8080/displaypcs.asp

---

Troubleshooting

Issue: "Object required" error

Cause: RegExp object not created properly

Fix: Check that VBScript RegExp is enabled:

Dim regex
Set regex = New RegExp

Issue: "ADO error" when inserting

Cause: Parameter type mismatch

Fix: Verify parameter types match database column types:

• VARCHAR: 200 (adVarChar)
• INT: 3 (adInteger)
• DATE: 135 (adDBDate)
• TINYINT: 16 (adTinyInt)

Issue: Network interfaces not appearing

Cause: comstypeid not set correctly

Fix: Ensure comstypeid = 1 for network interfaces

Issue: PC relationships not created

Cause: Equipment with matching machine number doesn't exist

Fix: Ensure equipment record exists with pctypeid IS NULL and matching machinenumber

Issue: Logs not writing

Cause: Logs directory doesn't exist or isn't writable

Fix:

mkdir -p /home/camp/projects/windows/shopdb/logs
chmod 755 /home/camp/projects/windows/shopdb/logs

---

Performance Considerations

Indexes Required

Ensure these indexes exist for optimal performance:

-- machines table
ALTER TABLE machines ADD INDEX idx_hostname (hostname);
ALTER TABLE machines ADD INDEX idx_pctypeid (pctypeid);
ALTER TABLE machines ADD INDEX idx_machinenumber (machinenumber);

-- communications table
ALTER TABLE communications ADD INDEX idx_machineid (machineid);
ALTER TABLE communications ADD INDEX idx_comstypeid (comstypeid);

-- commconfig table
ALTER TABLE commconfig ADD INDEX idx_machineid (machineid);

-- dncconfig table
ALTER TABLE dncconfig ADD INDEX idx_machineid (machineid);

-- machinerelationships table
ALTER TABLE machinerelationships ADD INDEX idx_machineid (machineid);
ALTER TABLE machinerelationships ADD INDEX idx_related_machineid (related_machineid);

Query Optimization

• Uses parameterized queries for all SELECT/INSERT/UPDATE operations
• Deletes old records before inserting new (avoids duplicate detection overhead)
• Single transaction per request (faster than individual commits)
• Lookup caching could be added for frequently accessed vendor/model/pctype IDs

---

Maintenance

Log Rotation

Recommend setting up log rotation for /logs/api.log:

Windows Task Scheduler:

# Rotate logs weekly
Get-Content "C:\inetpub\wwwroot\shopdb\logs\api.log" |
    Set-Content "C:\inetpub\wwwroot\shopdb\logs\api_$(Get-Date -Format 'yyyyMMdd').log"
Clear-Content "C:\inetpub\wwwroot\shopdb\logs\api.log"

Monitoring

Monitor these metrics:

• Request count per hour
• Error rate (failed requests / total requests)
• Average response time
• Database connection pool usage
• Disk space for logs directory

---

UDC Log Data Endpoints

These endpoints provide access to parsed UDC (Universal Data Collector) log data for management reporting.

5. getUDCPartRuns

Purpose: Get part run data with cycle times and measurement counts

Method: GET

Parameters (all optional):

• machinenumber - Filter by machine number (e.g., "3110")
• startdate - Start date filter (YYYY-MM-DD)
• enddate - End date filter (YYYY-MM-DD)
• badgenumber - Filter by operator badge

Response:

{
  "success": true,
  "partruns": [
    {
      "partrunid": 123,
      "machinenumber": "3110",
      "partnumber": "4096525-725G01",
      "opernumber": "00602",
      "serialnumber": "FGB0T7LH",
      "programname": "03100042",
      "jobnumber": "8J2R4",
      "badgenumber": "020620BZ",
      "programstart": "11/19/2025 10:02:53 AM",
      "programend": "11/20/2025 2:05:16 AM",
      "cycletime": 57743,
      "changeover": 720,
      "measurementcount": 205,
      "manualcount": 25,
      "probecount": 180,
      "ootcount": 1
    }
  ]
}

Example:

curl "http://server/api.asp?action=getUDCPartRuns&machinenumber=3110&startdate=2025-11-01"

---

6. getUDCOperatorStats

Purpose: Get aggregated operator statistics including average cycle times and manual response times

Method: GET

Parameters (all optional):

• startdate - Start date filter (YYYY-MM-DD)
• enddate - End date filter (YYYY-MM-DD)

Response:

{
  "success": true,
  "operators": [
    {
      "badgenumber": "020620BZ",
      "partsrun": 156,
      "avgcycletime": 19347,
      "avgchangeover": 5000,
      "avgmanualtime": 245,
      "totalmeasurements": 27920,
      "totalmanual": 3500,
      "totaloot": 10,
      "firstrun": "11/1/2025 9:15:51 AM",
      "lastrun": "12/10/2025 6:54:28 AM"
    }
  ]
}

Example:

curl "http://server/api.asp?action=getUDCOperatorStats&startdate=2025-11-01&enddate=2025-12-31"

---

7. getUDCMachineStats

Purpose: Get aggregated machine statistics including parts produced and OOT rates

Method: GET

Parameters (all optional):

• startdate - Start date filter (YYYY-MM-DD)
• enddate - End date filter (YYYY-MM-DD)

Response:

{
  "success": true,
  "machines": [
    {
      "machinenumber": "4003",
      "partsrun": 156,
      "avgcycletime": 19347,
      "avgchangeover": 5000,
      "totalmeasurements": 27920,
      "totaloot": 10,
      "firstrun": "5/4/2025 9:15:51 AM",
      "lastrun": "6/17/2025 6:54:28 AM"
    }
  ]
}

Example:

curl "http://server/api.asp?action=getUDCMachineStats"

---

8. getUDCManualTiming

Purpose: Get manual data entry response times (time from request prompt to operator entry)

Method: GET

Parameters (all optional):

• machinenumber - Filter by machine number
• startdate - Start date filter (YYYY-MM-DD)
• enddate - End date filter (YYYY-MM-DD)

Response:

{
  "success": true,
  "manualrequests": [
    {
      "requestid": 123,
      "badgenumber": "020620BZ",
      "machinenumber": "3110",
      "requesttime": "11/19/2025 10:00:27 AM",
      "responsetime": "11/19/2025 10:05:31 AM",
      "responseseconds": 304,
      "description": "GAGE CUT STG4 BLADE DROP"
    }
  ]
}

Example:

curl "http://server/api.asp?action=getUDCManualTiming&machinenumber=3110"

---

UDC Data Import

UDC log files are imported using the Python parser at /home/camp/projects/UDC/parser/udcparser.py.

Usage:

# Import all log files from default directory
python3 udcparser.py

# Import specific file
python3 udcparser.py --file /path/to/UDC_Log_3110.log

# Specify custom directory
python3 udcparser.py --dir /path/to/logs

Database Tables:

• udcsessions - Log file sessions
• udcparts - Part runs with cycle times
• udcmeasurements - Individual measurements (PROCESSDATA, TOOLDATA)
• udcevents - Item crossings, messages
• udcmanualrequests - Manual data entry timing

---

Future Enhancements

Planned Features:

1. Batch Processing: Accept arrays of PCs in single request
2. Delta Updates: Only update changed fields (reduces write load)
3. Webhook Callbacks: Notify on successful PC creation
4. API Key Authentication: Secure API access
5. Rate Limiting: Prevent abuse
6. Caching Layer: Cache vendor/model/pctype lookups
7. Async Processing: Queue large updates for background processing

Nice to Have:

• GraphQL endpoint for flexible queries
• WebSocket support for real-time updates
• OpenAPI/Swagger documentation
• Postman collection for testing
• Health metrics endpoint (uptime, request count, error rate)

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Version: 1.2 Last Updated: 2025-12-12 Maintained By: ShopDB Development Team Support: Review /logs/api.log for troubleshooting