type SpaceInfo map[string]interface{}
-func (nsi SpaceInfo) UpdateSensorData(what, where, value string) {
- if nsi["sensors"] == nil {
- sensorlist := make([]SpaceInfo, 1)
- sensorlist[0] = SpaceInfo{what: SpaceInfo{where: value}}
- nsi["sensors"] = sensorlist
- } else {
- sensorlist, ok := nsi["sensors"].([]SpaceInfo) //type assertion (panics if false)
- if ok {
- for _, sensor := range sensorlist {
- if sensor[what] != nil {
- sensorinfo, ok2 := sensor[what].(SpaceInfo)
- if ok2 {
- sensorinfo[where] = value
- return
- } else {
- panic("Wrong Type of sensorinfo: Should never happen")
- }
- }
- }
- //else
- nsi["sensors"] = append(sensorlist, SpaceInfo{what: SpaceInfo{where: value}})
- } else {
- panic("Wrong Type of sensorlist: Should never happen")
- }
+type SpaceDoorLockSensor struct {
+ value bool
+ location string
+ name string
+ description string
+}
+
+type SpaceDoorAjarSensor struct {
+ value bool
+ location string
+ name string
+ description string
+}
+
+func MakeTempSensor(name, where, unit string, value float64) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "unit": unit,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"temperature": listofwhats}
+}
+
+func MakeTempCSensor(name, where string, value float64) SpaceInfo {
+ return MakeTempSensor(name,where,"\u00b0C",value)
+}
+
+func MakeIlluminationSensor(name, where, unit string, value int64) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "unit": unit,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"ext_illumination": listofwhats}
+}
+
+func MakePowerConsumptionSensor(name, where, unit string, value int64) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "unit": unit,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"power_consumption": listofwhats}
+}
+
+func MakeNetworkConnectionsSensor(name, where, nettype string, value, machines int64) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "type": nettype,
+ "machines": machines,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"network_connections": listofwhats}
+}
+
+func MakeMemberCountSensor(name, where string, value int64) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"total_member_count": listofwhats}
+}
+
+func MakeDoorLockSensor(name, where string, value bool) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"door_locked": listofwhats}
+}
+
+func MakeDoorAjarSensor(name, where string, value bool) SpaceInfo {
+ listofwhats := make([]SpaceInfo, 1)
+ listofwhats[0] = SpaceInfo{
+ "value": value,
+ "location": where,
+ "name": name,
+ "description": ""}
+ return SpaceInfo{"ext_door_ajar": listofwhats}
+}
+
+func (nsi SpaceInfo) MergeInSensor(sensorinfo SpaceInfo) {
+ if nsi["sensors"] == nil {
+ nsi["sensors"] = SpaceInfo{}
+ //~ listofwhats := make([]SpaceInfo, 1)
+ //~ listofwhats[0] = sensortype.(SpaceInfo)
+ //~ sensorobj := SpaceInfo{what: listofwhats}
+ //~ nsi["sensors"] = sensorobj
}
+ sensorobj := nsi["sensors"].(SpaceInfo)
+ for what, subsensorobjlist := range sensorinfo {
+ if sensorobj[what] == nil {
+ sensorobj[what] = subsensorobjlist
+ } else {
+ existingsensorobjslist := sensorobj[what].([]SpaceInfo)
+ for _, newsensorobj := range subsensorobjlist.([]SpaceInfo) {
+ foundandsubstituted := false
+ for i:=0; i< len(existingsensorobjslist); i++ {
+ if existingsensorobjslist[i]["name"] == newsensorobj["name"] {
+ existingsensorobjslist[i] = newsensorobj
+ foundandsubstituted = true
+ }
+ }
+ if foundandsubstituted == false {
+ sensorobj[what] = append(sensorobj[what].([]SpaceInfo), newsensorobj)
+ //note that we do not change existingsensorobjslist here but directly sensorobj[what] !!
+ //the implications being that, if we have several newsensorobj in the list:
+ // a) optimisation: we only check them against the existing ones and spare ourselves the work of checking a newsensorobj's name against a just added other newsensorobjs's name
+ // b) if the array sensorinfo[what] has several objects with the same name, nsi["sensors"] will also end up with these name conflicts
+ }
+ }
+ }
+ }
}
func (nsi SpaceInfo) AddSpaceContactInfo(phone, irc, email, ml, jabber, issuemail string) SpaceInfo {
"email": email,
"ml": ml,
"jabber": jabber,
- "issue-mail": issuemail}
- nsi["issue-report-channels"] = [3]string{"issue-mail","email","ml"}
+ "issue_mail": issuemail}
+ nsi["issue_report_channels"] = [3]string{"issue_mail","email","ml"}
return nsi
}
-func (nsi SpaceInfo) AddSpaceFeed(name, mimetype, url string) SpaceInfo {
- newfeed := SpaceInfo{"name": name, "type": mimetype, "url": url}
+func (nsi SpaceInfo) AddSpaceFeed(feedtype, url string) SpaceInfo {
+ newfeed := SpaceInfo{"url": url}
if nsi["feeds"] == nil {
- feedlist := make([]SpaceInfo, 1)
- feedlist[0] = newfeed
- nsi["feeds"] = feedlist
+ nsi["feeds"] = SpaceInfo{feedtype: newfeed}
} else {
- feedlist, ok := nsi["feeds"].([]SpaceInfo) //type assertion (panics if false)
+ feedobj, ok := nsi["feeds"].(SpaceInfo) //type assertion (panics if false)
if ok {
- nsi["feeds"] = append(feedlist, newfeed)
+ feedobj[feedtype] = newfeed
} else {
- panic("Wrong Type of feedlist: Should never happen")
+ panic("Wrong Type of feedobj: Should never happen")
}
}
return nsi
projects / svn42.git / blobdiff