def time(self):
"""
**pyjsdl.time.time**
Return current computer time (in ms).
"""
ctime = JS("new Date()")
return ctime.getTime()
def time(self):
"""
**pyjsdl.time.time**
Return current computer time (in ms).
"""
ctime = JS("new Date()")
return ctime.getTime()
def localtime(t=None):
if t == None:
t = time()
date = JS("new Date(@{{t}}*1000)")
dateOffset = date.getTimezoneOffset()
tm = struct_time()
tm_year = tm.tm_year = int(date.getFullYear())
tm_mon = tm.tm_mon = int(date.getMonth()) + 1
tm_mday = tm.tm_mday = int(date.getDate())
tm.tm_hour = int(date.getHours())
tm.tm_min = int(date.getMinutes())
tm.tm_sec = int(date.getSeconds())
tm.tm_wday = (int(date.getDay()) + 6) % 7
tm.tm_isdst = 0 if timezone == 60 * date.getTimezoneOffset() else 1
startOfYear = JS("new Date(@{{tm_year}},0,1)") # local time
startOfYearOffset = startOfYear.getTimezoneOffset()
startOfDay = JS("new Date(@{{tm_year}},@{{tm_mon}}-1,@{{tm_mday}})")
dt = float(startOfDay.getTime() - startOfYear.getTime()) / 1000
dt = dt + 60 * (startOfYearOffset - dateOffset)
tm.tm_yday = 1 + int(dt / 86400.0)
return tm
def localtime(t=None):
if t is None:
t = time()
date = JS("new Date(@{{t}}*1000)")
dateOffset = date.getTimezoneOffset()
tm = struct_time()
tm_year = tm.tm_year = int(date.getFullYear())
tm_mon = tm.tm_mon = int(date.getMonth()) + 1
tm_mday = tm.tm_mday = int(date.getDate())
tm.tm_hour = int(date.getHours())
tm.tm_min = int(date.getMinutes())
tm.tm_sec = int(date.getSeconds())
tm.tm_wday = (int(date.getDay()) + 6) % 7
tm.tm_isdst = 0 if timezone == 60*date.getTimezoneOffset() else 1
startOfYear = JS("new Date(@{{tm_year}},0,1)") # local time
startOfYearOffset = startOfYear.getTimezoneOffset()
startOfDay = JS("new Date(@{{tm_year}},@{{tm_mon}}-1,@{{tm_mday}})")
dt = float(startOfDay.getTime() - startOfYear.getTime())/1000
dt = dt + 60 * (startOfYearOffset - dateOffset)
tm.tm_yday = 1 + int(dt/86400.0)
return tm
def gmtime(t=None):
if t == None:
t = time()
date = JS("new Date(@{{t}}*1000)")
tm = struct_time()
tm_year = tm.tm_year = int(date.getUTCFullYear())
tm.tm_mon = int(date.getUTCMonth()) + 1
tm.tm_mday = int(date.getUTCDate())
tm.tm_hour = int(date.getUTCHours())
tm.tm_min = int(date.getUTCMinutes())
tm.tm_sec = int(date.getUTCSeconds())
tm.tm_wday = (int(date.getUTCDay()) + 6) % 7
tm.tm_isdst = 0
startOfYear = JS("new Date('Jan 1 '+ @{{tm_year}} +' GMT+0000')")
tm.tm_yday = 1 + int((t - startOfYear.getTime() / 1000) / 86400)
return tm
def gmtime(t=None):
if t is None:
t = time()
date = JS("new Date(@{{t}}*1000)")
tm = struct_time()
tm_year = tm.tm_year = int(date.getUTCFullYear())
tm.tm_mon = int(date.getUTCMonth()) + 1
tm.tm_mday = int(date.getUTCDate())
tm.tm_hour = int(date.getUTCHours())
tm.tm_min = int(date.getUTCMinutes())
tm.tm_sec = int(date.getUTCSeconds())
tm.tm_wday = (int(date.getUTCDay()) + 6) % 7
tm.tm_isdst = 0
startOfYear = JS("new Date('Jan 1 '+ @{{tm_year}} +' GMT+0000')")
tm.tm_yday = 1 + int((t - startOfYear.getTime()/1000)/86400)
return tm
def mktime(t):
"""mktime(tuple) -> floating point number
Convert a time tuple in local time to seconds since the Epoch."""
tm_year = t[0]
tm_mon = t[1] - 1
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
date = JS("new Date(@{{tm_year}}, @{{tm_mon}}, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})") # local time
utc = JS("Date.UTC(@{{tm_year}}, @{{tm_mon}}, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})")/1000
ts = date.getTime() / 1000
if t[8] == 0:
if ts - utc == timezone:
return ts
return ts + _dst
return ts
def mktime(t):
"""mktime(tuple) -> floating point number
Convert a time tuple in local time to seconds since the Epoch."""
tm_year = t[0]
tm_mon = t[1] - 1
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
date = JS("new Date(@{{tm_year}}, @{{tm_mon}}, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})") # local time
utc = JS("Date.UTC(@{{tm_year}}, @{{tm_mon}}, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})")/1000
ts = date.getTime() / 1000
if t[8] == 0:
if ts - utc == timezone:
return ts
return ts + _dst
return ts
def utcnow(self):
d = JS("""new Date()""")
return datetime.utcfromtimestamp(int(d.getTime() / 1000.0))
def utcnow(self):
d = JS("""new Date()""")
return datetime.utcfromtimestamp(int(d.getTime() / 1000.0))
def strftime(fmt, t=None):
if t is None:
t = localtime()
else:
if not isinstance(t, struct_time) and len(t) != 9:
raise TypeError("argument must be 9-item sequence, not float")
tm_year = t[0]
tm_mon = t[1]
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
tm_wday = t[6]
tm_yday = t[7]
date = JS("new Date(tm_year, tm_mon - 1, tm_mday, tm_hour, tm_min, tm_sec)")
startOfYear = JS("new Date(tm_year,0,1)")
firstMonday = 1 - ((startOfYear.getDay() + 6) % 7) + 7
firstWeek = JS("new Date(tm_year,0,firstMonday)")
weekNo = date.getTime() - firstWeek.getTime()
if weekNo < 0:
weekNo = 0
else:
weekNo = 1 + int(weekNo / 604800000)
def format(c):
if c == "%":
return "%"
elif c == "a":
raise NotImplementedError("strftime format character '%s'" % c)
elif c == "A":
raise NotImplementedError("strftime format character '%s'" % c)
elif c == "b":
raise NotImplementedError("strftime format character '%s'" % c)
elif c == "B":
raise NotImplementedError("strftime format character '%s'" % c)
elif c == "c":
return date.toLocaleString()
elif c == "d":
return "%02d" % tm_mday
elif c == "H":
return "%02d" % tm_hour
elif c == "I":
return "%02d" % (tm_hour % 12)
elif c == "j":
return "%03d" % tm_yday
elif c == "m":
return "%02d" % tm_mon
elif c == "M":
return "%02d" % tm_min
elif c == "p": # FIXME: should be locale dependent
if tm_hour < 12:
return "AM"
return "PM"
elif c == "S":
return "%02d" % tm_sec
elif c == "U":
raise NotImplementedError("strftime format character '%s'" % c)
elif c == "w":
return "%d" % ((tm_wday + 1) % 7)
elif c == "W":
return "%d" % weekNo
elif c == "x":
return "%s" % date.toLocaleDateString()
elif c == "X":
return "%s" % date.toLocaleTimeString()
elif c == "y":
return "%02d" % (tm_year % 100)
elif c == "Y":
return "%04d" % tm_year
elif c == "Z":
raise NotImplementedError("strftime format character '%s'" % c)
return "%" + c
result = ""
remainder = fmt
re_pct = JS("/([^%]*)%(.)(.*)/")
JS("var a, fmtChar;")
while remainder:
JS(
"""
a = re_pct.exec(remainder);
if (!a) {
result += remainder;
remainder = null;
} else {
result += a[1];
fmtChar = a[2];
remainder = a[3];
if (typeof fmtChar != 'undefined') {
result += format(fmtChar)
}
}
"""
)
return result
def strftime(fmt, t=None):
if t is None:
t = localtime()
else:
if not isinstance(t, struct_time) and len(t) != 9:
raise TypeError('argument must be 9-item sequence, not float')
tm_year = t[0]
tm_mon = t[1]
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
tm_wday = t[6]
tm_yday = t[7]
date = JS(
"new Date(@{{tm_year}}, @{{tm_mon}} - 1, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})"
)
startOfYear = JS("new Date(@{{tm_year}},0,1)")
firstMonday = 1 - ((startOfYear.getDay() + 6) % 7) + 7
firstWeek = JS("new Date(@{{tm_year}},0,@{{firstMonday}})")
weekNo = date.getTime() - firstWeek.getTime()
if weekNo < 0:
weekNo = 0
else:
weekNo = 1 + int(weekNo / 604800000)
def format(c):
if c == '%':
return '%'
elif c == 'a':
return format('A')[:3]
elif c == 'A':
return __c__days[format('w')]
elif c == 'b':
return format('B')[:3]
elif c == 'B':
return __c__months[tm_mon - 1]
elif c == 'c':
return date.toLocaleString()
elif c == 'd':
return "%02d" % tm_mday
elif c == 'H':
return "%02d" % tm_hour
elif c == 'I':
return "%02d" % (tm_hour % 12)
elif c == 'j':
return "%03d" % tm_yday
elif c == 'm':
return "%02d" % tm_mon
elif c == 'M':
return "%02d" % tm_min
elif c == 'p': # FIXME: should be locale dependent
if tm_hour < 12:
return "AM"
return "PM"
elif c == 'S':
return "%02d" % tm_sec
elif c == 'U':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'w':
return "%d" % ((tm_wday + 1) % 7)
elif c == 'W':
return "%d" % weekNo
elif c == 'x':
return "%s" % date.toLocaleDateString()
elif c == 'X':
return "%s" % date.toLocaleTimeString()
elif c == 'y':
return "%02d" % (tm_year % 100)
elif c == 'Y':
return "%04d" % tm_year
elif c == 'Z':
raise NotImplementedError("strftime format character '%s'" % c)
return "%" + c
result = ''
remainder = fmt
re_pct = JS("/([^%]*)%(.)(.*)/")
JS("var a, fmtChar;")
while remainder:
JS("""
@{{!a}} = @{{re_pct}}.exec(@{{remainder}});
if (!@{{!a}}) {
@{{result}} += @{{remainder}};
@{{remainder}} = false;
} else {
@{{result}} += @{{!a}}[1];
@{{!fmtChar}} = @{{!a}}[2];
@{{remainder}} = @{{!a}}[3];
if (typeof @{{!fmtChar}} != 'undefined') {
@{{result}} += @{{format}}(@{{!fmtChar}});
}
}
""")
return str(result)
def strftime(fmt, t=None):
if t is None:
t = localtime()
else:
if not isinstance(t, struct_time) and len(t) != 9:
raise TypeError('argument must be 9-item sequence, not float')
tm_year = t[0]
tm_mon = t[1]
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
tm_wday = t[6]
tm_yday = t[7]
date = JS("new Date(@{{tm_year}}, @{{tm_mon}} - 1, @{{tm_mday}}, @{{tm_hour}}, @{{tm_min}}, @{{tm_sec}})")
startOfYear = JS("new Date(@{{tm_year}},0,1)")
firstMonday = 1 - ((startOfYear.getDay() + 6) % 7) + 7
firstWeek = JS("new Date(@{{tm_year}},0,@{{firstMonday}})")
weekNo = date.getTime() - firstWeek.getTime()
if weekNo < 0:
weekNo = 0
else:
weekNo = 1 + int(weekNo/604800000)
def format(c):
if c == '%':
return '%'
elif c == 'a':
return format('A')[:3]
elif c == 'A':
return __c__days[format('w')]
elif c == 'b':
return format('B')[:3]
elif c == 'B':
return __c__months[tm_mon-1]
elif c == 'c':
return date.toLocaleString()
elif c == 'd':
return "%02d" % tm_mday
elif c == 'H':
return "%02d" % tm_hour
elif c == 'I':
return "%02d" % (tm_hour % 12)
elif c == 'j':
return "%03d" % tm_yday
elif c == 'm':
return "%02d" % tm_mon
elif c == 'M':
return "%02d" % tm_min
elif c == 'p': # FIXME: should be locale dependent
if tm_hour < 12:
return "AM"
return "PM"
elif c == 'S':
return "%02d" % tm_sec
elif c == 'U':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'w':
return "%d" % ((tm_wday+1) % 7)
elif c == 'W':
return "%d" % weekNo
elif c == 'x':
return "%s" % date.toLocaleDateString()
elif c == 'X':
return "%s" % date.toLocaleTimeString()
elif c == 'y':
return "%02d" % (tm_year % 100)
elif c == 'Y':
return "%04d" % tm_year
elif c == 'Z':
raise NotImplementedError("strftime format character '%s'" % c)
return "%" + c
result = ''
remainder = fmt
re_pct = JS("/([^%]*)%(.)(.*)/")
JS("var a, fmtChar;")
while remainder:
JS("""
@{{!a}} = @{{re_pct}}.exec(@{{remainder}});
if (!@{{!a}}) {
@{{result}} += @{{remainder}};
@{{remainder}} = false;
} else {
@{{result}} += @{{!a}}[1];
@{{!fmtChar}} = @{{!a}}[2];
@{{remainder}} = @{{!a}}[3];
if (typeof @{{!fmtChar}} != 'undefined') {
@{{result}} += @{{format}}(@{{!fmtChar}});
}
}
""")
return str(result)
def strftime(fmt, t=None):
if t is None:
t = localtime()
else:
if not isinstance(t, struct_time) and len(t) != 9:
raise TypeError('argument must be 9-item sequence, not float')
tm_year = t[0]
tm_mon = t[1]
tm_mday = t[2]
tm_hour = t[3]
tm_min = t[4]
tm_sec = t[5]
tm_wday = t[6]
tm_yday = t[7]
date = JS(
"new Date(tm_year, tm_mon - 1, tm_mday, tm_hour, tm_min, tm_sec)")
startOfYear = JS("new Date(tm_year,0,1)")
firstMonday = 1 - ((startOfYear.getDay() + 6) % 7) + 7
firstWeek = JS("new Date(tm_year,0,firstMonday)")
weekNo = date.getTime() - firstWeek.getTime()
if weekNo < 0:
weekNo = 0
else:
weekNo = 1 + int(weekNo / 604800000)
def format(c):
if c == '%':
return '%'
elif c == 'a':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'A':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'b':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'B':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'c':
return date.toLocaleString()
elif c == 'd':
return "%02d" % tm_mday
elif c == 'H':
return "%02d" % tm_hour
elif c == 'I':
return "%02d" % (tm_hour % 12)
elif c == 'j':
return "%03d" % tm_yday
elif c == 'm':
return "%02d" % tm_mon
elif c == 'M':
return "%02d" % tm_min
elif c == 'p': # FIXME: should be locale dependent
if tm_hour < 12:
return "AM"
return "PM"
elif c == 'S':
return "%02d" % tm_sec
elif c == 'U':
raise NotImplementedError("strftime format character '%s'" % c)
elif c == 'w':
return "%d" % ((tm_wday + 1) % 7)
elif c == 'W':
return "%d" % weekNo
elif c == 'x':
return "%s" % date.toLocaleDateString()
elif c == 'X':
return "%s" % date.toLocaleTimeString()
elif c == 'y':
return "%02d" % (tm_year % 100)
elif c == 'Y':
return "%04d" % tm_year
elif c == 'Z':
raise NotImplementedError("strftime format character '%s'" % c)
return "%" + c
result = ''
remainder = fmt
re_pct = JS("/([^%]*)%(.)(.*)/")
JS("var a, fmtChar;")
while remainder:
JS("""
a = re_pct.exec(remainder);
if (!a) {
result += remainder;
remainder = null;
} else {
result += a[1];
fmtChar = a[2];
remainder = a[3];
if (typeof fmtChar != 'undefined') {
result += format(fmtChar);
}
}
""")
return result