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#include "yahooweatherresponse.h"
#include <QDebug>
static inline int strToInt(const QString &str, int defaultValue)
{
bool ok;
int result = str.toInt(&ok);
return ok ? result : defaultValue;
}
static inline float strToFloat(const QString &str, qreal defaultValue)
{
bool ok;
float result = str.toFloat(&ok);
return ok ? result : defaultValue;
}
static inline YahooWeatherResponse::PressureState readPressure(const QString &str)
{
switch (strToInt(str, 0)) {
case 1: return YahooWeatherResponse::Rising;
case 2: return YahooWeatherResponse::Falling;
default: return YahooWeatherResponse::Steady;
}
}
static inline QString getNodeContentText(QDomNode node)
{
if (node.childNodes().count() == 0 || !node.childNodes().at(0).isText())
return QString();
return node.childNodes().at(0).nodeValue();
}
static const QDateTime readDateTime(const QString &str)
{
QString text = str.right(str.length() - str.indexOf(',') - 1);
int len = text.indexOf("am", 15);
len = len < 0 ? text.indexOf("pm", 15) : len;
text = text.left(len + 2).trimmed();
return QDateTime::fromString(text, "dd MMM yyyy h:mm ap");
}
YahooWeatherResponse::Location::Location(QDomElement element)
: m_city(element.attribute("city"))
, m_region(element.attribute("region"))
, m_country(element.attribute("country"))
{}
YahooWeatherResponse::Units::Units(QDomElement element)
: m_temperature(element.attribute("temperature") == "f" ? Fahrenheit : Celsius)
, m_distance(element.attribute("distance") == "mi" ? Miles : Kilometers)
, m_pressure(element.attribute("pressure") == "in" ? PoundsPerSquare : Millibars)
, m_speed(element.attribute("speed") == "mph" ? MilesPerHour : KilometersPerHour)
{}
YahooWeatherResponse::Wind::Wind(QDomElement element)
: m_chill(strToInt(element.attribute("chill"), 0))
, m_direction(strToInt(element.attribute("direction"), 0))
, m_speed(strToInt(element.attribute("speed"), 0))
{}
YahooWeatherResponse::Atmosphere::Atmosphere(QDomElement element)
: m_humidity(strToInt(element.attribute("humidity"), 0))
, m_visibility(strToFloat(element.attribute("visibility"), 0.0) * 100)
, m_pressure(strToFloat(element.attribute("pressure"), 0.0))
, m_pressureState(readPressure(element.attribute("rising")))
{}
YahooWeatherResponse::Astronomy::Astronomy(QDomElement element)
: m_sunrise(QTime::fromString(element.attribute("sunrise"), "h:mm ap"))
, m_sunset(QTime::fromString(element.attribute("sunset"), "h:mm ap"))
{}
YahooWeatherResponse::Condition::Condition(QDomElement element)
: m_text(element.attribute("text"))
, m_code(strToInt(element.attribute("code"), 3200))
, m_temperature(strToInt(element.attribute("temp"), 0))
, m_date(readDateTime(element.attribute("date")))
{}
YahooWeatherResponse::Forecast::Forecast(QDomElement element)
: m_date(QDate::fromString(element.attribute("date"), "dd MMM yyyy"))
, m_low(strToInt(element.attribute("low"), 0))
, m_high(strToInt(element.attribute("high"), 0))
, m_text(element.attribute("text"))
, m_code(strToInt(element.attribute("code"), 3200))
{}
void YahooWeatherResponse::readItem(QDomElement item)
{
int idx = 0;
for (int i = 0; i < item.childNodes().count(); ++i) {
QDomNode node = item.childNodes().at(i);
if (node.nodeName() == "geo:lat")
m_latitude = strToFloat(getNodeContentText(node), 0.0);
if (node.nodeName() == "geo:long")
m_longitude = strToFloat(getNodeContentText(node), 0.0);
if (node.nodeName() == "pubDate")
m_pubDate = readDateTime(getNodeContentText(node));
if (node.nodeName() == "yweather:condition")
m_condition = Condition(node.toElement());
if (node.nodeName() == "yweather:forecast")
m_forecast[idx++] = Forecast(node.toElement());
idx = idx > 1 ? 0 : idx;
}
}
YahooWeatherResponse::YahooWeatherResponse(const QString &locationCode, QDomElement element)
: m_locationCode(locationCode)
{
QDomNodeList channels = element.elementsByTagName("channel");
if (channels.count() == 0)
return;
QDomElement channel = channels.item(0).toElement();
for (int i = 0; i < channel.childNodes().count(); ++i) {
QDomNode node = channel.childNodes().at(i);
if (node.nodeName() == "lastBuildDate")
m_buildDate = readDateTime(getNodeContentText(node));
if (node.nodeName() == "ttl")
m_timeToLive = strToInt(getNodeContentText(node), 30);
if (node.nodeName() == "yweather:location")
m_location = Location(node.toElement());
if (node.nodeName() == "yweather:units")
m_units = Units(node.toElement());
if (node.nodeName() == "yweather:wind")
m_wind = Wind(node.toElement());
if (node.nodeName() == "yweather:atmosphere")
m_atmosphere = Atmosphere(node.toElement());
if (node.nodeName() == "yweather:astronomy")
m_astronomy = Astronomy(node.toElement());
if (node.nodeName() == "item")
readItem(node.toElement());
}
}
void YahooWeatherResponse::print()
{
/*
qDebug() << "location code" << m_locationCode;
qDebug() << "buildDate" << m_buildDate;
qDebug() << "timeToLive" << m_timeToLive;
qDebug() << "latitude" << m_latitude;
qDebug() << "longitude" << m_longitude;
qDebug() << "pubDate" << m_pubDate;
qDebug() << "astronomy" << m_astronomy.sunrise() << m_astronomy.sunset();
qDebug() << "atmosphere" << m_atmosphere.humidity() << m_atmosphere.visibility() << m_atmosphere.pressure() << m_atmosphere.pressureState();
qDebug() << "condition" << m_condition.text() << m_condition.code() << m_condition.temperature() << m_condition.date();
qDebug() << "forecast" << m_forecast[0].text() << m_forecast[0].code() << m_forecast[0].low() << m_forecast[0].high() << m_forecast[0].date();
qDebug() << "forecast" << m_forecast[1].text() << m_forecast[1].code() << m_forecast[1].low() << m_forecast[1].high() << m_forecast[1].date();
qDebug() << "location" << m_location.city() << m_location.region() << m_location.country();
qDebug() << "units" << m_units.distance() << m_units.pressure() << m_units.speed() << m_units.temperature();
qDebug() << "wind" << m_wind.chill() << m_wind.direction() << m_wind.speed();
*/
}
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