GSW - Goship Shipreporting Webservice

REST services

Real time data:

A2 - Currently at roadstead

A3 - Currently at mooring

A4 - Ships arrived today

A5 - Ships departed today

A6 - Today's arrivals previsions

A7 - Shipped goods for active trips

A8 . Traffic list for active trips

A9 - Today's shifting previsions

A10 - Today's departure previsions

A11 - Today's shiftings

Register data (with dynamic range):

Meteo data:

A - LIVE DATA SERVICES

A1. Active trips

Description: trips currently managed

Request:

http://<REMOTE_IP>:8000/activeTrips/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idControlUnitData, length, width, shipType, shipName, currentActivity, grossTonnage, netTonnage] 

tmpDict := map[string]string{
			"id_control_unit_data": idControlUnitData.String,
			"ship_name":            shipName.String,
			"ship_type":            shipType.String,
			"length":               length.String,
			"width":                width.String,
			"gross_tonnage":        grossTonnage.String,
			"net_tonnage":          netTonnage.String,
			"current_activity":     currentActivity.String,
		}

A2. At roadstead

Description: trips currently in state of anchoring

Request:

Request:
http://<REMOTE_IP>:8000/anchored/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, anchoringTime, currentActivity, anchoragePoint, shipType, iso3, grossTonnage, length, width, agency, shippedGoods, tsPlannedMooring, tsReadiness]

res := map[string]string{
    "id_trip":          idControlUnitDataStr.String,
    "ship":             shipName.String,
    "ship_type":        shipType.String,
    "anchoring_time":   anchoringTime.String,
    "current_activity": currentActivity.String,
    "anchorage_point":  anchoragePoint.String,
    "iso3":             iso3.String,
    "gross_tonnage":    grossTonnage.String,
    "length":           length.String,
    "width":            width.String,
    "shipped_goods":    shipped_goods.String,
    "ts_planned_mooring": tsPlannedMooring.String
    }

A3. Moored

Description: trips currently in state of mooring

Request:

http://<REMOTE_IP>:8000/moored/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, shipType, mooringTime, currentActivity, quay, shippedGoods, country, grossTonnage, length, width,  agency]

res := map[string]string{
    "id_trip":          idControlUnitDataStr.String,
    "ship":             shipName.String,
    "mooring_time":     mooringTime.String,
    "current_activity": currentActivity.String,
    "quay":             quay.String,
    "shipped_goods":    shippedGoods.String,
    "iso3":             iso3.String,
    "gross_tonnage":    grossTonnage.String,
    "ships_length":     length.String,
    "ships_width":      width.String,
    "ship_type":        shipType.String,
}

A4. Arrivals

Description: trips with sighting date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/arrivalsToday/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [ship, tsArrivalPrevision, shipType, country, width, length, grossTonnage, netTonnage, draftAft, draftFwd, agency, LPC, destinationQuayBerth, destinationRoadstead, cargoOnBoard]

res := map[string]string{
    "id_trip":                idTrip.String,
    "ship_name":              shipName.String,
    "ship_type":              shipType.String,
    "ts_sighting":            tsSighting.String,
    "ship_flag":              shipFlag.String,
    "ship_width":             shipWidth.String,
    "ship_length":            shipLength.String,
    "gross_tonnage":          grossTonnage.String,
    "net_tonnage":            netTonnage.String,
    "draft_aft":              draftAft.String,
    "draft_fwd":              draftFwd.String,
    "agency":                 agency.String,
    "last_port_of_call":      lastPortOfCall.String,
    "port_destination":       portDestination.String,
    "destination_quay_berth": destinationQuayBerth.String,
    "destination_roadstead":  destinationRoadstead.String,
    }

A5. Departures

Description: trips with out of sight date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/departuresToday/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, shipType, tsOutOfSight, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, draftAft, draftFwd, agency, LPC, portDestination]


res := map[string]string{
    "id_trip":           idTrip.String,
    "ship_name":         shipName.String,
    "ship_type":         shipType.String,
    "ts_out_of_sight":   tsOutOfSight.String,
    "ship_flag":         shipFlag.String,
    "ship_width":        shipWidth.String,
    "ship_length":       shipLength.String,
    "gross_tonnage":     grossTonnage.String,
    "net_tonnage":       netTonnage.String,
    "draft_aft":         draftAft.String,
    "draft_fwd":         draftFwd.String,
    "agency":            agency.String,
    "last_port_of_call": lastPortOfCall.String,
    "port_destination":  portDestination.String,
    }

A6. Arrival previsions

Description: trips with out_of_sight date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/arrivalPrevisions/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [ship, tsArrivalPrevision, shipType, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, draftAft, draftFwd, agency, LPC, destinationQuayBerth, destinationRoadstead, cargoOnBoard]

res := map[string]string{
    "ship":                   shipName.String,
    "ts_arrival_prevision":   tsArrivalPrevision.String,
    "ship_type":              shipType.String,
    "ship_flag":              shipFlag.String,
    "ship_width":             shipWidth.String,
    "ship_length":            shipLength.String,
    "gross_tonnage":          grossTonnage.String,
    "net_tonnage":            netTonnage.String,
    "draft_aft":              draftAft.String,
    "draft_fwd":              draftFwd.String,
    "agency":                 agency.String,
    "last_port_of_call":      lastPortOfCall.String,
    "destination_quay_berth": destinationQuayBerth.String,
    "destination_roadstead":  destinationRoadstead.String,
    "cargo_on_board":         cargoOnBoard.String,
    }

A7. Shipped goods

Description: shipped goods in trips with sighting date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/shippedGoodsToday/<id_portinformer>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, quantity, unit, goodsCategory, shipType, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, groupCategory, macroCategory]

res := map[string]string{
    "id_trip":        idTrip.String,
    "ship_name":      shipName.String,
    "quantity":       quantity.String,
    "unit":           unit.String,
    "goods_category": goodsCategory.String,
    "ship_type":      shipType.String,
    "ship_flag":      shipFlag.String,
    "ship_width":     shipWidth.String,
    "shipLength":     shipLength.String,
    "grossTonnage":   grossTonnage.String,
    "netTonnage":     netTonnage.String,
    "groupCategory":  groupCategory.String,
    "macroCategory":  macroCategory.String,
    }

A8. RO/RO + RO/PAX

Description: RO/RO RO/PAX operations in trips with with sighting date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/trafficListToday/<id_portinformer>

Response:

## Content-Type: application/json; charset=UTF-8

## data := [idTrip, shipName, numContainer, numPassengers, numCamion, numFurgoni, numRimorchi, numAuto, numMoto, numCamper, tons, numBus, numMinibus, trafficListMvntType, trafficListCategories, quay]


res := map[string]string{
    "id_trip":        idTrip.String,
    "ship_name":      shipName.String,
    "num_container":  numContainer.String,
    "num_passengers": numPassengers.String,
    "num_camion":     numCamion.String,
    "num_furgoni":    numFurgoni.String,
    "num_rimorchi":   numRimorchi.String,
    "num_auto":       numAuto.String,
    "num_moto":       numMoto.String,
    "num_camper":     numCamper.String,
    "tons":           tons.String,
    "num_bus":        numBus.String,
    "num_minibus":    numMinibus.String,
    "mvnt_type":      mvntType.String,
    "description":    description.String,
    "quay":           quay.String,
    }

A9. Shifting previsions

Description: trips with shifting prevision date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/shiftingPrevisions/<id_portinformer>

Response:

## Content-Type: application/json; charset=UTF-8

## data := [ship, ts_shifting_prevision, ship_type, ship_flag, ship_width, ship_length, gross_tonnage,net_tonnage, draft_aft, draft_fwd, agency, starting_quay_berth, starting_roadstead, stop_quay_berth, stop_roadstead, cargo_on_board]


res := map[string]string{
    "ship":                 ship.String,
    "tsDeparturePrevision": tsShiftingPrevision.String,
    "shipType":             shipType.String,
    "shipFlag":             shipFlag.String,
    "shipWidth":            shipWidth.String,
    "shipLength":           shipLength.String,
    "grossTonnage":         grossTonnage.String,
    "netTonnage":           netTonnage.String,
    "draftAft":             draftAft.String,
    "draftFwd":             draftFwd.String,
    "agency":               agency.String,
    "startingQuayBerth":    startingQuayBerth.String,
    "startingRoadstead":    stopRoadstead.String,
    "stopQuayBerth":        stopQuayBerth.String,
    "stopRoadstead":        stopRoadstead.String,
    "cargoOnBoard":         cargoOnBoard.String,
    }

A10. Departure previsions

Description: trips with departure prevision's date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/departurePrevisions/<id_portinformer>

Response:

## Content-Type: application/json; charset=UTF-8

## data := [ship, ts_departure_prevision, ship_type, ship_flag, ship_width, ship_length, gross_tonnage, net_tonnage, draft_aft, draft_fwd, agency, destination_port, starting_quay_berth, starting_roadstead, cargo_on_board]

res := map[string]string{
    "ship":                   ship.String,
    "ts_departure_prevision": tsDeparturePrevision.String,
    "ship_type":              shipType.String,
    "ship_flag":              shipFlag.String,
    "ship_width":             shipWidth.String,
    "ship_length":            shipLength.String,
    "gross_tonnage":          grossTonnage.String,
    "net_tonnage":            netTonnage.String,
    "draft_aft":              draftAft.String,
    "draft_fwd":              draftFwd.String,
    "agency":                 agency.String,
    "destination_port":       destinationPort.String,
    "starting_quay_berth":    startingQuayBerth.String,
    "starting_roadstead":     startingRoadstead.String,
    "cargo_on_board":         cargoOnBoard.String,
    }

A11. Shiftings

Description: trips' where starting shifting's date == ${TODAY}

Request:

http://<REMOTE_IP>:8000/shiftingsToday/<ID_PORTINFORMER>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, tsShifting, imo, ship, shipType, iso3, fromQuay, toQuay, fromAnch, toAnch]

res := map[string]string{
    "id_trip":     idTrip.String,
    "ts_shifting": tsShifting.String,
    "imo":         imo.String,
    "ship_name":        ship.String,
    "ship_type":   shipType.String,
    "iso3":        iso3.String,
    "from_quay":   fromQuay.String,
    "to_quay":     toQuay.String,
    "from_anch":   fromAnch.String,
    "to_anch":     toAnch.String,
}

B - ARCHIVE DATA SERVICES

B1. Trips archive (global recap, one row per trip)

Request:

http://<REMOTE_IP>:8000/tripsArchive?id_portinformer=<ID_PORTINFORMER>

B2. Trips archive (global recap, one row per commercial operation)

Request:

http://<REMOTE_IP>:8000/tripsArchiveMultiRows?id_portinformer=<ID_PORTINFORMER>

B3. Trip data archive (shipreport core)

Request:

http://<REMOTE_IP>:8000/shipReportList?id_portinformer=<ID_PORTINFORMER>

B4. Trip data archive detailed (shipreport)

Request:

http://<REMOTE_IP>:8000/shipReportDetails?id_portinformer=<ID_PORTINFORMER>

B5. Arrivals archive

Request:

http://<REMOTE_IP>:8000/arrivalsArchive?id_portinformer=<id_portinformer>

B6. Departures archive

Request:

http://<REMOTE_IP>:8000/departuresArchive?id_portinformer=<id_portinformer>

B7. Shipped goods archive

Request:

http://<REMOTE_IP>:8000/shippedGoodsArchive?id_portinformer=<id_portinformer>

B8. Traffic list archive

Request:

http://<REMOTE_IP>:8000/trafficListArchive?id_portinformer=<id_portinformer>

C - DAILY REGISTER SERVICES

These calls get the last trip activity in range, according with criteria

C1. Arrivals

Description: trips with sighting's date in range

Request:

http://<REMOTE_IP>:8000/arrivalsRegister/<ID_PORTINFORMER>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [ship, tsArrivalPrevision, shipType, country, width, length, grossTonnage, netTonnage, draftAft, draftFwd, agency, LPC, destinationQuayBerth, destinationRoadstead, cargoOnBoard]

res := map[string]string{
    "id_trip":                idTrip.String,
    "ship_name":              shipName.String,
    "ship_type":              shipType.String,
    "ts_sighting":            tsSighting.String,
    "ship_flag":              shipFlag.String,
    "ship_width":             shipWidth.String,
    "ship_length":            shipLength.String,
    "gross_tonnage":          grossTonnage.String,
    "net_tonnage":            netTonnage.String,
    "draft_aft":              draftAft.String,
    "draft_fwd":              draftFwd.String,
    "agency":                 agency.String,
    "last_port_of_call":      lastPortOfCall.String,
    "port_destination":       portDestination.String,
    "destination_quay_berth": destinationQuayBerth.String,
    "destination_roadstead":  destinationRoadstead.String,
    }

C2. Moored

Description: trips with the last activity as mooring in range (whatever form has been used)

Request:

http://<REMOTE_IP>:8000/mooredRegister/<ID_PORTINFORMER>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, shipType, tsMooring, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, agency]

res := map[string]string{
    "id_trip":       idTrip.String,
    "ship_name":     shipName.String,
    "ship_type":     shipType.String,
    "ts_mooring":    tsMooring.String,
    "ship_flag":     shipFlag.String,
    "ship_width":    shipWidth.String,
    "ship_length":   shipLength.String,
    "gross_tonnage": grossTonnage.String,
    "net_tonnage":   netTonnage.String,
    "agency":        agency.String,
    }

C3. Roadstead

Description: trips with the last activity as anchoring in range (whatever form has been used)

Request:

http://<REMOTE_IP>:8000/roadsteadRegister/<ID_PORTINFORMER>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, shipType, tsAnchoring, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, agency]

res := map[string]string{
    "id_trip":       idTrip.String,
    "ship_name":     shipName.String,
    "ship_type":     shipType.String,
    "ts_anchoring":  tsAnchoring.String,
    "ship_flag":     shipFlag.String,
    "ship_width":    shipWidth.String,
    "ship_length":   shipLength.String,
    "gross_tonnage": grossTonnage.String,
    "net_tonnage":   netTonnage.String,
    "agency":        agency.String,
    }

C4. Departures

Description: trips with out of sight in range (whatever form has been used)

Request:

http://<REMOTE_IP>:8000/departuresRegister/<ID_PORTINFORMER>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, shipType, tsOutOfSight, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, draftAft, draftFwd, agency, LPC, portDestination]


res := map[string]string{
    "id_trip":           idTrip.String,
    "ship_name":         shipName.String,
    "ship_type":         shipType.String,
    "ts_out_of_sight":   tsOutOfSight.String,
    "ship_flag":         shipFlag.String,
    "ship_width":        shipWidth.String,
    "ship_length":       shipLength.String,
    "gross_tonnage":     grossTonnage.String,
    "net_tonnage":       netTonnage.String,
    "draft_aft":         draftAft.String,
    "draft_fwd":         draftFwd.String,
    "agency":            agency.String,
    "last_port_of_call": lastPortOfCall.String,
    "port_destination":  portDestination.String,
    }

C5. Shiftings

Description: trips' starting shifting in passed range

Request:

http://<REMOTE_IP>:8000/shiftingsRegister/<ID_PORTINFORMER>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, tsSighting, imo, ship, shipType, iso3, fromQuay, toQuay, fromAnch, toAnch]

res := map[string]string{
    "id_trip":     idTrip.String,
    "ts_sighting": tsSighting.String,
    "imo":         imo.String,
    "ship":        ship.String,
    "ship_type":   shipType.String,
    "iso3":        iso3.String,
    "from_quay":   fromQuay.String,
    "to_quay":     toQuay.String,
    "from_anch":   fromAnch.String,
    "to_anch":     toAnch.String,
}

C6. Arrival previsions

Request:

http://<REMOTE_IP>:8000/registerPlannedArrivals?id_portinformer=<ID_PORTINFORMER>

C7. Shipped goods

Description: commercial operations trips with sighting date in range (whatever form has been used)

Request:

http://<REMOTE_IP>:8000/shippedGoodsRegister/<id_portinformer>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

# Content-Type: application/json; charset=UTF-8

# data := [idTrip, shipName, quantity, unit, goodsCategory, shipType, shipFlag, shipWidth, shipLength, grossTonnage, netTonnage, groupCategory, macroCategory]

res := map[string]string{
    "id_trip":        idTrip.String,
    "ship_name":      shipName.String,
    "quantity":       quantity.String,
    "unit":           unit.String,
    "goods_category": goodsCategory.String,
    "ship_type":      shipType.String,
    "ship_flag":      shipFlag.String,
    "ship_width":     shipWidth.String,
    "ship_length":    shipLength.String,
    "gross_tonnage":  grossTonnage.String,
    "net_tonnage":    netTonnage.String,
    "group_category": groupCategory.String,
    "macro_category": macroCategory.String,
}

C8. RO/RO + RO/PAX

Description: RO/RO + RO/PAX operations trips with sighting date in range (whatever form has been used)

Request:

http://<REMOTE_IP>:8000/trafficListRegister/<id_portinformer>/<TIMESTAMP_START>/<TIMESTAMP_STOP>

Response:

## Content-Type: application/json; charset=UTF-8

## data := [idTrip, shipName, tsSighting, numContainer, numPassengers, numCamion, numFurgoni, numRimorchi, numAuto, numMoto, numCamper, tons, numBus, numMinibus, trafficListMvntType, trafficListCategories, quay]


res := map[string]string{
    "id_trip":        idTrip.String,
    "ship_name":      shipName.String,
    "ts_sighting":    tsSighting.String,
    "num_container":  numContainer.String,
    "num_passengers": numPassengers.String,
    "num_camion":     numCamion.String,
    "num_furgoni":    numFurgoni.String,
    "num_rimorchi":   numRimorchi.String,
    "num_auto":       numAuto.String,
    "num_moto":       numMoto.String,
    "num_camper":     numCamper.String,
    "tons":           tons.String,
    "num_bus":        numBus.String,
    "num_minibus":    numMinibus.String,
    "mvnt_type":      mvntType.String,
    "description":    description.String,
    "quay":           quay.String,
    }

D - BUSINESS INTELLIGENCE SERVICES

D1. Shiftings/maneuverings (per quay/berth)

Request:

http://<REMOTE_IP>:8000/tripsManeuverings?id_portinformer=<ID_PORTINFORMER>

D2. Shipped goods recap

Request:

http://<REMOTE_IP>:8000/shippedGoodsRecap?id_portinformer=<ID_PORTINFORMER>

D3. RO/RO + RO/PAX recap

Request:

http://<REMOTE_IP>:8000/trafficListRecap?id_portinformer=<ID_PORTINFORMER>

E - METEO DATA

E1. Meteo data archive

Request:

http://<REMOTE_IP>:8000/meteoArchive?id_portinformer=<ID_PORTINFORMER>

E2. Active meteo stations

Request:

http://<REMOTE_IP>:8000/weatherActiveStations

Response:

## Content-Type: application/json; charset=UTF-8

## data := [idPortinformer, portinformerCode, tsFirstCreated, isActive]

res := map[string]string{
    "id_portinformer":   idPortinformer.String,
    "portinformer_code": portinformerCode.String,
    "ts_first_created":  tsFirstCreated.String,
    "is_active":         isActive.String,
}

Install Go and (first) run

$ go version
go version go1.12.10 linux/amd64

export PATH=${PATH}:/usr/local/go/bin/ ## FIX w/ your installation path

## Pass vars at runtime or add to .bash_profile
export GOPATH=${HOME}/go
export GOBIN=${GOPATH}/bin
export PATH=${PATH}:${GOBIN}

## Get goship and deploy
go get github.com/deeper-x/goship

cd ${GOPATH}/src/github.com/deeper-x/goship
cat > .env <<HEREDOC
DB_DSN="postgres://<user>:<passwd>@127.0.0.1/<db>"
HEREDOC

go get -d ./...
go install src/goship.go
goship ## RUN FOR TEST
Now listening on: http://localhost:8000
Application started. Press CTRL+C to shut down.

## Close test instance
<CTRL+C>  


## Or you can use make...
$ make

# Targets are:
# - install
# - run
# - kill

Integration Test + Unit test

go test -v ./...
=== RUN   TestEnv
--- PASS: TestEnv (0.00s)
=== RUN   TestParameters
--- PASS: TestParameters (0.00s)
PASS
ok  github.com/deeper-x/goship/conf 0.003s
=== RUN   TestAllRoadstead
--- PASS: TestAllRoadstead (0.01s)
=== RUN   TestAllMoored
--- PASS: TestAllMoored (0.01s)
=== RUN   TestArrivalsToday
--- PASS: TestArrivalsToday (0.01s)
=== RUN   TestDeparturesToday
--- PASS: TestDeparturesToday (0.01s)
=== RUN   TestArrivalPrevisionsToday
--- PASS: TestArrivalPrevisionsToday (0.01s)
=== RUN   TestShippedGoods
--- PASS: TestShippedGoods (0.01s)
=== RUN   TestTrafficList
--- PASS: TestTrafficList (0.00s)
=== RUN   TestShiftingPrevisionsToday
--- PASS: TestShiftingPrevisionsToday (0.01s)
=== RUN   TestDeparturePrevisionsToday
--- PASS: TestDeparturePrevisionsToday (0.01s)
=== RUN   TestShiftingsToday
--- PASS: TestShiftingsToday (0.01s)
=== RUN   TestArrivalsRegister
--- PASS: TestArrivalsRegister (0.01s)
=== RUN   TestMooredRegister
--- PASS: TestMooredRegister (0.01s)
=== RUN   TestAnchoredRegister
--- PASS: TestAnchoredRegister (0.00s)
=== RUN   TestDeparturesRegister
--- PASS: TestDeparturesRegister (0.00s)
=== RUN   TestShiftingsRegister
--- PASS: TestShiftingsRegister (0.01s)
=== RUN   TestShippedGoodsRegister
--- PASS: TestShippedGoodsRegister (0.00s)
=== RUN   TestTrafficListRegister
--- PASS: TestTrafficListRegister (0.00s)
PASS
=== RUN   TestLive
--- PASS: TestLive (0.42s)
=== RUN   TestRegister
--- PASS: TestRegister (0.25s)
=== RUN   TestMeteo
--- PASS: TestMeteo (0.01s)
PASS
ok  github.com/deeper-x/goship/src 0.723s

Systemd configuration

## Service install instructions:
## This is a service file template you can start from

sudo cat > /usr/lib/systemd/system/goship.service <<HEREDOC

[Unit]
Description=Shipreporting service middleware
Documentation=https://github.com/deeper-x/goship
After=network.target

[Service]
Type=simple
User=<YOUR_USER>
Environment=GOPATH=/home/<YOUR_USER>/go
WorkingDirectory=<YOUR_GOPATH>/bin/
ExecStart=<YOUR_GOBIN>/goship
Restart=on-failure

[Install]
WantedBy=multi-user.target

HEREDOC

Name		Name	Last commit message	Last commit date
Latest commit History 264 Commits
.circleci		.circleci
.github/workflows		.github/workflows
conf		conf
lib		lib
qsql		qsql
services		services
src		src
.env		.env
.gitignore		.gitignore
LICENSE		LICENSE
Makefile		Makefile
README.md		README.md
go.mod		go.mod
go.sum		go.sum

License

deeper-x/goship

Folders and files

Latest commit

History

Repository files navigation

GSW - Goship Shipreporting Webservice

REST services

A - LIVE DATA SERVICES

A1. Active trips

A2. At roadstead

A3. Moored

A4. Arrivals

A5. Departures

A6. Arrival previsions

A7. Shipped goods

A8. RO/RO + RO/PAX

A9. Shifting previsions

A10. Departure previsions

A11. Shiftings

B - ARCHIVE DATA SERVICES

B1. Trips archive (global recap, one row per trip)

B2. Trips archive (global recap, one row per commercial operation)

B3. Trip data archive (shipreport core)

B4. Trip data archive detailed (shipreport)

B5. Arrivals archive

B6. Departures archive

B7. Shipped goods archive

B8. Traffic list archive

C - DAILY REGISTER SERVICES

C1. Arrivals

C2. Moored

C3. Roadstead

C4. Departures

C5. Shiftings

C6. Arrival previsions

C7. Shipped goods

C8. RO/RO + RO/PAX

D - BUSINESS INTELLIGENCE SERVICES

D1. Shiftings/maneuverings (per quay/berth)

D2. Shipped goods recap

D3. RO/RO + RO/PAX recap

E - METEO DATA

E1. Meteo data archive

E2. Active meteo stations

Install Go and (first) run

Integration Test + Unit test

Systemd configuration

About

Resources

License

Stars

Watchers

Forks

Releases

Packages 0

Contributors 2

Languages

Packages