This repository hosts benchmarks for measuring the performance of the TravelTime endpoints. Find out more at https://traveltime.com/
First, obtain an App ID and an API key from https://docs.traveltime.com/api/overview/getting-keys
You will need to email [email protected] or book a demo at https://traveltime.com/book-demo to gain access to TimeFilterFast(Proto).
The simplest way to run these benchmarks is to use docker:
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e TRAVEL_TIME=7200 //optional
-e DATE_TIME=2024-10-14T07:10:45.535Z //optional, departure/arrival time in ISO 8601 format. Default - current time
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/time-map.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e TRAVEL_TIME=7200 //optional
-e LEVEL_OF_DETAILS=2 // optional
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e ARRIVAL_TIME_PERIOD='weekday_morning' //optional
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/time-map-fast.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e TRAVEL_DISTANCE=2000 //optional
-e DATE_TIME=2024-10-14T07:10:45.535Z //optional, departure/arrival time in ISO 8601 format. Default - current time
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/distance-map.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e TRAVEL_TIME=7200 //optional
-e DATE_TIME=2024-10-14T07:10:45.535Z //optional, departure/arrival time in ISO 8601 format. Default - current time
-e DESTINATIONS=50 // optional
-e RANGE=600 //optional
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/time-filter.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e TRAVEL_TIME=7200 //optional
-e ARRIVAL_TIME_PERIOD='weekday_morning' //optional
-e DESTINATIONS=50 // optional
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/time-filter-fast.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LOCATION='GB/London' //optional
-e TRANSPORTATION='driving+ferry' //optional
-e DATE_TIME=2024-10-14T07:10:45.535Z //optional, departure/arrival time in ISO 8601 format. Default - current time
-e RPM=60 // optional
-e USE_SHARC = true // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/routes.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e DESTINATIONS=50 // optional
-e MANY_TO_ONE // optional
-e HOST=proto.api.traveltimeapp.com
-e TRANSPORTATION=driving+ferry // optional
-e LOCATION='UK/London' // optional
-e RPM=60 // optional
-e TEST_DURATION=3 //optional, benchmark duration in minutes (not including warmup)
-e TRAVEL_TIME=7200 // optional
-e UNIQUE_REQUESTS=100 //optional int, the number of unique requests that should be generated
-e DISABLE_DECODING="true" // optional flag, skips proto response decoding if set to "true"
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/time-filter-proto.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e QUERY='Parliament square' //optional
-e WITHIN_COUNTRY='gb' //optional, only return the results that are within the specified country
-e LIMIT=50 //optional, limits amount of results returned to specified number (1 to 50)
-e FORCE_ADD_POSTCODE='true' //optional, forcefully adds postcode to search response. Only works if Switzerland as CH is specified as the value of the within.country parameter.
-e FORMAT_NAME='true' //optional, format the name field to a well formatted address
-e FORMAT_EXCLUDE_COUNTRY='true' //optional, exclude the country from the formatted name field (used only if format.name is equal true).
-e BOUNDS='54.16243,4.04297,71.18316,31.81641' //optional, limit the results to a bounding box
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/geocoding-search.js
docker run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
-e HOST=api.traveltimeapp.com
-e LAT='51.4952113' //optional, latitude
-e LNG='-0.183122' //optional, longitude
-ti igeolise/traveltime-k6-benchmarks:latest k6 run scripts/geocoding-reverse.js
Install K6
k6 run
-e APP_ID={APP_ID}
-e API_KEY={API_KEY}
...other ENV (-e) vars...
scripts/{benchmark-file}.js
All used metrics are described here: https://k6.io/docs/using-k6/metrics/
- http_req_duration - Total time for the request (how long did the remote server take to process the request and respond, without the initial DNS lookup/connection times)
- http_req_sending - Time spent sending data to the remote host
- http_req_receiving - Time spent receiving response data from the remote host
- Supported locations for normal requests are listed in the
locations/locations_data.csv
file. - Supported locations for proto requests are listed in the
locations/proto_locations_data.csv
file.
If you want to add a new location, simply append the csv files.
NOTE 1: When adding a new proto location, please specify the ISO2 country code in the beginning, like it's done everywhere else. It's neccessary for the request. Example: 'GB/London'.
NOTE 2: Proto requests support a much more limited amount of countries.
To see a list of all supported countries, send map-info request (Postman) to https://api.traveltimeapp.com
pt
cycling
driving
driving+train
public_transport
walking
coach
bus
train
ferry
driving+ferry
cycling+ferry
pt
driving+ferry
cycling+ferry
walking+ferry
- Install xk6:
go install go.k6.io/xk6/cmd/xk6@latest
- Export path:
export PATH=$(go env GOPATH)/bin:$PATH
- Build:
xk6 build --with github.com/traveltime-dev/xk6-protobuf@latest --with github.com/grafana/xk6-output-prometheus-remote@latest
- Run:
./k6 run -e APP_ID={APP_ID} -e API_KEY={API_KEY} -e HOST={HOST} scripts/{proto-benchmark-file}.js
checks.................: 100.00% ✓ 1628 ✗ 0
data_received..........: 44 MB 136 kB/s
data_sent..............: 82 MB 257 kB/s
✓ http_req_duration......: avg=170.71ms min=129.8ms max=243.75ms p(90)=195.18ms p(95)=207.66ms
✓ http_req_receiving.....: avg=3.08ms min=75.76µs max=70.64ms p(95)=20.17ms
✓ http_req_sending.......: avg=702.06µs min=163.23µs max=27.65ms p(90)=433.48µs p(95)=4.14ms
checks................: 100.00% ✓ 1628 ✗ 0
data_received.........: 44 MB 136 kB/s
data_sent.............: 82 MB 257 kB/s
✓ http_req_duration.....: avg=172.66ms min=138.54ms max=256.05ms p(90)=198.56ms p(95)=210.49ms
✓ http_req_receiving....: avg=2.72ms min=98.06µs max=32.23ms p(90)=5.94ms p(95)=19.12ms
✓ http_req_sending......: avg=1.19ms min=144.5µs max=23.15ms p(90)=3.51ms p(95)=6.38ms
checks................: 100.00% ✓ 1628 ✗ 0
data_received.........: 44 MB 136 kB/s
data_sent.............: 82 MB 257 kB/s
✓ http_req_duration.....: avg=194.7ms min=161.1ms max=288.05ms p(90)=232.02ms p(95)=242.05ms
✓ http_req_receiving....: avg=8.17ms min=152.56µs max=80.11ms p(90)=23.09ms p(95)=46.15ms
✓ http_req_sending......: avg=15.25ms min=11.19ms max=57.39ms p(90)=21.06ms p(95)=22.85ms
checks...............: 100.00% ✓ 1628 ✗ 0
data_received........: 44 MB 136 kB/s
data_sent............: 82 MB 257 kB/s
✓ http_req_duration....: avg=234.59ms min=203.12ms max=300.75ms p(90)=257.02ms p(95)=279.58ms
✓ http_req_receiving...: avg=7.34ms min=424.64µs max=51.96ms p(90)=14.41ms p(95)=24.98ms
✓ http_req_sending.....: avg=45.98ms min=42.91ms max=63.48ms p(90)=54.15ms p(95)=57.37ms
checks.................: 100.00% ✓ 1756 ✗ 0
data_received..........: 51 MB 157 kB/s
data_sent..............: 96 MB 298 kB/s
✓ http_req_duration......: avg=167.3ms min=137.71ms max=376.6ms p(90)=180.37ms p(95)=186.33ms
✓ http_req_receiving.....: avg=227.48µs min=54.42µs max=25.04ms p(90)=128.9µs p(95)=554.96µs
✓ http_req_sending.......: avg=161.55µs min=92.66µs max=548.16µs p(90)=196.87µs p(95)=223.44µs
checks................: 100.00% ✓ 1756 ✗ 0
data_received.........: 51 MB 157 kB/s
data_sent.............: 96 MB 298 kB/s
✓ http_req_duration.....: avg=167.28ms min=136.7ms max=286.89ms p(90)=179.34ms p(95)=187.72ms
✓ http_req_receiving....: avg=1.29ms min=117.9µs max=20.42ms p(90)=1.95ms p(95)=3.71ms
✓ http_req_sending......: avg=188.3µs min=118.36µs max=3.73ms p(90)=203.7µs p(95)=227.62µs
checks................: 100.00% ✓ 1756 ✗ 0
data_received.........: 51 MB 157 kB/s
data_sent.............: 96 MB 298 kB/s
✓ http_req_duration.....: avg=191.41ms min=152.33ms max=267.06ms p(90)=217.06ms p(95)=239.51ms
✓ http_req_receiving....: avg=7.62ms min=137.34µs max=76.98ms p(90)=10.53ms p(95)=44.92ms
✓ http_req_sending......: avg=11.92ms min=11.39ms max=24.34ms p(90)=12.12ms p(95)=12.51ms
checks...............: 100.00% ✓ 1756 ✗ 0
data_received........: 51 MB 157 kB/s
data_sent............: 96 MB 298 kB/s
✓ http_req_duration....: avg=224.92ms min=200.23ms max=336.37ms p(90)=253.82ms p(95)=271.77ms
✓ http_req_receiving...: avg=6.58ms min=3.95ms max=32.25ms p(90)=9.03ms p(95)=14.04ms
✓ http_req_sending.....: avg=43.76ms min=42.45ms max=48.43ms p(90)=45.24ms p(95)=47.91ms