README
¶
windyv1
The windyv1 is a simple http client application to retrieve the real-time weather from windyapi.com website for a given airport code's latitude, longitude and apikey. The real-time response will be in the Json format. It is up to the end user as how they want to process the response. The data could be saved for additional processing or simply could be added in the database for other applications to process the data.
An example of invoking windy application is shown below. resp, err := windy.GetWeather(53.1900, -112.2500, "valid api key")
Here's how to install it:
go install github.com/golangtrainingapp/windyv2@latest
Documentation
¶
Overview ¶
The windy package is a simple http server package that makes request to windyapi.com and retrieves the real-time weather for a given latitude and longitude. When the client consumes this package they need to have latitude, longitude and apikey
Index ¶
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
Types ¶
type Config ¶
type Config struct {
ServerInfo struct {
Endpoint string `json:"endpoint"`
ApiKey string `json:"apikey"`
}
}
func LoadConfig ¶
type Windy_Realtime_Report ¶
type Windy_Realtime_Report struct {
Ts []int64 `json:"ts"`
Units struct {
TempSurface string `json:"temp-surface"`
Temp1000H string `json:"temp-1000h"`
Temp800H string `json:"temp-800h"`
Temp400H string `json:"temp-400h"`
Temp200H string `json:"temp-200h"`
DewpointSurface string `json:"dewpoint-surface"`
Dewpoint1000H string `json:"dewpoint-1000h"`
Dewpoint800H string `json:"dewpoint-800h"`
Dewpoint400H string `json:"dewpoint-400h"`
Dewpoint200H string `json:"dewpoint-200h"`
Past3HprecipSurface string `json:"past3hprecip-surface"`
Past3HconvprecipSurface string `json:"past3hconvprecip-surface"`
Past3HsnowprecipSurface string `json:"past3hsnowprecip-surface"`
WindUSurface string `json:"wind_u-surface"`
WindU1000H string `json:"wind_u-1000h"`
WindU800H string `json:"wind_u-800h"`
WindU400H string `json:"wind_u-400h"`
WindU200H string `json:"wind_u-200h"`
WindVSurface string `json:"wind_v-surface"`
WindV1000H string `json:"wind_v-1000h"`
WindV800H string `json:"wind_v-800h"`
WindV400H string `json:"wind_v-400h"`
WindV200H string `json:"wind_v-200h"`
GustSurface string `json:"gust-surface"`
CapeSurface string `json:"cape-surface"`
PtypeSurface any `json:"ptype-surface"`
LcloudsSurface string `json:"lclouds-surface"`
McloudsSurface string `json:"mclouds-surface"`
HcloudsSurface string `json:"hclouds-surface"`
RhSurface string `json:"rh-surface"`
Rh1000H string `json:"rh-1000h"`
Rh800H string `json:"rh-800h"`
Rh400H string `json:"rh-400h"`
Rh200H string `json:"rh-200h"`
GhSurface string `json:"gh-surface"`
Gh1000H string `json:"gh-1000h"`
Gh800H string `json:"gh-800h"`
Gh400H string `json:"gh-400h"`
Gh200H string `json:"gh-200h"`
PressureSurface string `json:"pressure-surface"`
} `json:"units"`
TempSurface []float64 `json:"temp-surface"`
Temp1000H []float64 `json:"temp-1000h"`
Temp800H []float64 `json:"temp-800h"`
Temp400H []float64 `json:"temp-400h"`
Temp200H []float64 `json:"temp-200h"`
DewpointSurface []float64 `json:"dewpoint-surface"`
Dewpoint1000H []float64 `json:"dewpoint-1000h"`
Dewpoint800H []float64 `json:"dewpoint-800h"`
Dewpoint400H []float64 `json:"dewpoint-400h"`
Dewpoint200H []float64 `json:"dewpoint-200h"`
Past3HprecipSurface []float64 `json:"past3hprecip-surface"`
Past3HconvprecipSurface []float64 `json:"past3hconvprecip-surface"`
Past3HsnowprecipSurface []float64 `json:"past3hsnowprecip-surface"`
WindUSurface []float64 `json:"wind_u-surface"`
WindU1000H []float64 `json:"wind_u-1000h"`
WindU800H []float64 `json:"wind_u-800h"`
WindU400H []float64 `json:"wind_u-400h"`
WindU200H []float64 `json:"wind_u-200h"`
WindVSurface []float64 `json:"wind_v-surface"`
WindV1000H []float64 `json:"wind_v-1000h"`
WindV800H []float64 `json:"wind_v-800h"`
WindV400H []float64 `json:"wind_v-400h"`
WindV200H []float64 `json:"wind_v-200h"`
GustSurface []float64 `json:"gust-surface"`
CapeSurface []float64 `json:"cape-surface"`
PtypeSurface []int `json:"ptype-surface"`
LcloudsSurface []float64 `json:"lclouds-surface"`
McloudsSurface []float64 `json:"mclouds-surface"`
HcloudsSurface []float64 `json:"hclouds-surface"`
RhSurface []float64 `json:"rh-surface"`
Rh1000H []float64 `json:"rh-1000h"`
Rh800H []float64 `json:"rh-800h"`
Rh400H []float64 `json:"rh-400h"`
Rh200H []float64 `json:"rh-200h"`
GhSurface []float64 `json:"gh-surface"`
Gh1000H []float64 `json:"gh-1000h"`
Gh800H []float64 `json:"gh-800h"`
Gh400H []float64 `json:"gh-400h"`
Gh200H []float64 `json:"gh-200h"`
PressureSurface []float64 `json:"pressure-surface"`
Warning string `json:"warning"`
}
Windy Model
func GetWeather ¶
func GetWeather(latitude, longitude float64, apiKey string) (Windy_Realtime_Report, error)
The GetWeather function is responsible for retrieving the real-time weather response for a given latitude and longitude from WindyAPI.com. The apiKey is also necessary as the validation is performed by WindyAPI.com. An POST request is sent to WindyAPI.com to retrieve the real-time weather results
func UnMarshalResponseToWindyObject ¶
func UnMarshalResponseToWindyObject(respBytes []byte) (Windy_Realtime_Report, error)
The UnMarshalResponseToWindyObject function unmarshal's the WindyAPI.com response to a WindyAPI structure. If the operation is successful it returns the structure else it returns error
Source Files
Directories