def date_munge():
crimes_path = pyunit_utils.locate("smalldata/chicago/chicagoCrimes10k.csv.zip")
# crimes_path = "smalldata/chicago/chicagoCrimes10k.csv.zip"
tmps0 = pyunit_utils.temp_ctr() # Expected 0
rest0 = pyunit_utils.rest_ctr() # Expected 0
# /3/ImportFiles
# /3/ParseSetup
# /3/Parse
crimes = h2o.import_file(path=crimes_path)
# /3/Frames/chicagoCrimes10k.hex - head 10 rows, basic stats
# /99/Rapids, parms: {ast=(tmp= py_1 (:= chicagoCrimes10k.hex (as.Date (cols_py chicagoCrimes10k.hex "Date") "%m/%d/%Y %I:%M:%S %p") 2 []))}
# DELETE /3/DKV/(?<key>.*), parms: {key=chicagoCrimes10k.hex}
# /3/Frames/py_1, route: /3/Frames/(?<frameid>.*), parms: {frame_id=py_1, row_count=10}
crimes["Date"] = crimes["Date"].as_date("%m/%d/%Y %I:%M:%S %p")
# /99/Rapids, parms: {ast=(tmp= py_2 (append py_1 (day (cols_py py_1 "Date")) "Day"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_1}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_2, row_count=10}
crimes["Day"] = crimes["Date"].day()
# /99/Rapids, parms: {ast=(tmp= py_3 (append py_2 (+ (month (cols_py py_2 "Date")) 1) "Month"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_2}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_3, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_4 (:= py_3 (+ (year (cols_py py_3 "Date")) 1900) 17 []))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_3}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_4, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_5 (append py_4 (week (cols_py py_4 "Date")) "WeekNum"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_4}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_5, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_6 (append py_5 (dayOfWeek (cols_py py_5 "Date")) "WeekDay"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_5}
# /3/Frames/py_6, route: {frame_id=py_6, row_count=10}
# /99/Rapids(append py_6 (hour (cols_py py_6 "Date")) "HourOfDay"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_6}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_7, row_count=10}
crimes["Month"] = crimes["Date"].month() + 1 # Since H2O indexes from 0
crimes["Year"] = crimes["Date"].year() + 1900 # Start of epoch is 1900
crimes["WeekNum"] = crimes["Date"].week()
crimes["WeekDay"] = crimes["Date"].dayOfWeek()
crimes["HourOfDay"] = crimes["Date"].hour()
# /99/Rapids, parms: {ast=(tmp= py_8 (append py_7 (| (== (cols_py py_7 "WeekDay") "Sun") (== (cols_py py_7 "WeekDay") "Sat")) "Weekend"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_7}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_8, row_count=10}
crimes["Weekend"] = (crimes["WeekDay"] == "Sun") | (crimes["WeekDay"] == "Sat")
# /99/Rapids, parms: {ast=(tmp= py_9 (append py_8 (cut (cols_py py_8 "Month") [0 2 5 7 10 12] ["Winter" "Spring" "Summer" "Autumn" "Winter"] FALSE TRUE 3) "Season"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_8}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_9, row_count=10}
crimes["Season"] = crimes["Month"].cut([0, 2, 5, 7, 10, 12], ["Winter", "Spring", "Summer", "Autumn", "Winter"])
# /99/Rapids, parms: {ast=(tmp= py_10 (cols py_9 -3))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_9}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_10, row_count=10}
crimes = crimes.drop("Date")
crimes.describe()
# DELETE /3/DKV/(?<key>.*), parms: {key=py_10}
tmps1 = pyunit_utils.temp_ctr(); ntmps = tmps1-tmps0
rest1 = pyunit_utils.rest_ctr(); nrest = rest1-rest0
print(("Number of temps used: ",ntmps))
print(("Number of RESTs used: ",nrest))
assert ntmps <= 15
assert nrest <= 20
def date_munge():
crimes_path = pyunit_utils.locate("smalldata/chicago/chicagoCrimes10k.csv.zip")
# crimes_path = "smalldata/chicago/chicagoCrimes10k.csv.zip"
hc = h2o.connection()
tmps0 = pyunit_utils.temp_ctr()
# GET /3/ImportFiles
# POST /3/ParseSetup
# POST /3/Parse
# GET /3/Job/{job_id} (multiple times)
# GET /3/Frames/crimes
crimes = h2o.import_file(path=crimes_path, destination_frame="crimes")
rest1 = hc.requests_count
crimes["Day"] = crimes["Date"].day()
crimes["Month"] = crimes["Date"].month() + 1 # Since H2O indexes from 0
crimes["Year"] = crimes["Date"].year() + 1900 # Start of epoch is 1900
crimes["WeekNum"] = crimes["Date"].week()
crimes["WeekDay"] = crimes["Date"].dayOfWeek()
crimes["HourOfDay"] = crimes["Date"].hour()
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes["Weekend"] = (crimes["WeekDay"] == "Sun") | (crimes["WeekDay"] == "Sat")
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes["Season"] = crimes["Month"].cut([0, 2, 5, 7, 10, 12], ["Winter", "Spring", "Summer", "Autumn", "Winter"])
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes = crimes.drop("Date")
print("# of REST calls used: %d" % (hc.requests_count - rest1))
# POST /4/sessions
# POST /99/Rapids {ast:(tmp= py8 (cols (append
# (tmp= py7 (append
# (tmp= py6 (append
# (tmp= py5 (append
# (tmp= py4 (append
# (tmp= py3 (:=
# (tmp= py2 (append
# (tmp= py1 (append crimes (day (cols_py chicagoCrimes10k.hex "Date")) "Day")
# ) (+ (month (cols_py py1 "Date")) 1) "Month"))
# (+ (year (cols_py py2 "Date")) 1900) 17 []))
# (week (cols_py py3 "Date")) "WeekNum"))
# (dayOfWeek (cols_py py4 "Date")) "WeekDay"))
# (hour (cols_py py5 "Date")) "HourOfDay"))
# (| (== (cols_py py6 "WeekDay") "Sun")
# (== (cols_py py6 "WeekDay") "Sat")) "Weekend"))
# (cut (cols_py py7 "Month") [0 2 5 7 10 12]
# ["Winter" "Spring" "Summer" "Autumn" "Winter"] FALSE TRUE 3) "Season") -3))}
# GET /3/Frames/py8
crimes.describe()
print("# of REST calls used: %d" % (hc.requests_count - rest1))
ntmps = pyunit_utils.temp_ctr() - tmps0
nrest = pyunit_utils.rest_ctr() - rest1
print("Number of temps used: %d" % ntmps)
print("Number of RESTs used: %d" % nrest)
assert ntmps == 8
assert nrest == 3
def date_munge():
crimes_path = pyunit_utils.locate(
"smalldata/chicago/chicagoCrimes10k.csv.zip")
# crimes_path = "smalldata/chicago/chicagoCrimes10k.csv.zip"
tmps0 = pyunit_utils.temp_ctr() # Expected 0
rest0 = pyunit_utils.rest_ctr() # Expected 0
# /3/ImportFiles
# /3/ParseSetup
# /3/Parse
crimes = h2o.import_file(path=crimes_path)
# /3/Frames/chicagoCrimes10k.hex - head 10 rows, basic stats
# /99/Rapids, parms: {ast=(tmp= py_1 (:= chicagoCrimes10k.hex (as.Date (cols_py chicagoCrimes10k.hex "Date") "%m/%d/%Y %I:%M:%S %p") 2 []))}
# DELETE /3/DKV/(?<key>.*), parms: {key=chicagoCrimes10k.hex}
# /3/Frames/py_1, route: /3/Frames/(?<frameid>.*), parms: {frame_id=py_1, row_count=10}
crimes["Date"] = crimes["Date"].as_date("%m/%d/%Y %I:%M:%S %p")
# /99/Rapids, parms: {ast=(tmp= py_2 (append py_1 (day (cols_py py_1 "Date")) "Day"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_1}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_2, row_count=10}
crimes["Day"] = crimes["Date"].day()
# /99/Rapids, parms: {ast=(tmp= py_3 (append py_2 (+ (month (cols_py py_2 "Date")) 1) "Month"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_2}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_3, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_4 (:= py_3 (+ (year (cols_py py_3 "Date")) 1900) 17 []))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_3}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_4, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_5 (append py_4 (week (cols_py py_4 "Date")) "WeekNum"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_4}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_5, row_count=10}
# /99/Rapids, parms: {ast=(tmp= py_6 (append py_5 (dayOfWeek (cols_py py_5 "Date")) "WeekDay"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_5}
# /3/Frames/py_6, route: {frame_id=py_6, row_count=10}
# /99/Rapids(append py_6 (hour (cols_py py_6 "Date")) "HourOfDay"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_6}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_7, row_count=10}
crimes["Month"] = crimes["Date"].month() + 1 # Since H2O indexes from 0
crimes["Year"] = crimes["Date"].year() + 1900 # Start of epoch is 1900
crimes["WeekNum"] = crimes["Date"].week()
crimes["WeekDay"] = crimes["Date"].dayOfWeek()
crimes["HourOfDay"] = crimes["Date"].hour()
# /99/Rapids, parms: {ast=(tmp= py_8 (append py_7 (| (== (cols_py py_7 "WeekDay") "Sun") (== (cols_py py_7 "WeekDay") "Sat")) "Weekend"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_7}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_8, row_count=10}
crimes["Weekend"] = (crimes["WeekDay"] == "Sun") | (crimes["WeekDay"]
== "Sat")
# /99/Rapids, parms: {ast=(tmp= py_9 (append py_8 (cut (cols_py py_8 "Month") [0 2 5 7 10 12] ["Winter" "Spring" "Summer" "Autumn" "Winter"] FALSE TRUE 3) "Season"))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_8}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_9, row_count=10}
crimes["Season"] = crimes["Month"].cut(
[0, 2, 5, 7, 10, 12],
["Winter", "Spring", "Summer", "Autumn", "Winter"])
# /99/Rapids, parms: {ast=(tmp= py_10 (cols py_9 -3))}
# DELETE /3/DKV/(?<key>.*), parms: {key=py_9}
# /3/Frames/(?<frameid>.*), parms: {frame_id=py_10, row_count=10}
crimes = crimes.drop("Date")
crimes.describe()
# DELETE /3/DKV/(?<key>.*), parms: {key=py_10}
tmps1 = pyunit_utils.temp_ctr()
ntmps = tmps1 - tmps0
rest1 = pyunit_utils.rest_ctr()
nrest = rest1 - rest0
print("Number of temps used: ", ntmps)
print("Number of RESTs used: ", nrest)
assert ntmps <= 10
assert nrest < 30
def date_munge():
crimes_path = pyunit_utils.locate(
"smalldata/chicago/chicagoCrimes10k.csv.zip")
# crimes_path = "smalldata/chicago/chicagoCrimes10k.csv.zip"
hc = h2o.connection()
tmps0 = pyunit_utils.temp_ctr()
# GET /3/ImportFiles
# POST /3/ParseSetup
# POST /3/Parse
# GET /3/Job/{job_id} (multiple times)
# GET /3/Frames/crimes
crimes = h2o.import_file(path=crimes_path, destination_frame="crimes")
rest1 = hc.requests_count
crimes["Day"] = crimes["Date"].day()
crimes["Month"] = crimes["Date"].month() + 1 # Since H2O indexes from 0
crimes["Year"] = crimes["Date"].year() + 1900 # Start of epoch is 1900
crimes["WeekNum"] = crimes["Date"].week()
crimes["WeekDay"] = crimes["Date"].dayOfWeek()
crimes["HourOfDay"] = crimes["Date"].hour()
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes["Weekend"] = (crimes["WeekDay"] == "Sun") | (crimes["WeekDay"]
== "Sat")
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes["Season"] = crimes["Month"].cut(
[0, 2, 5, 7, 10, 12],
["Winter", "Spring", "Summer", "Autumn", "Winter"])
print("# of REST calls used: %d" % (hc.requests_count - rest1))
crimes = crimes.drop("Date")
print("# of REST calls used: %d" % (hc.requests_count - rest1))
# POST /4/sessions
# POST /99/Rapids {ast:(tmp= py8 (cols (append
# (tmp= py7 (append
# (tmp= py6 (append
# (tmp= py5 (append
# (tmp= py4 (append
# (tmp= py3 (:=
# (tmp= py2 (append
# (tmp= py1 (append crimes (day (cols_py chicagoCrimes10k.hex "Date")) "Day")
# ) (+ (month (cols_py py1 "Date")) 1) "Month"))
# (+ (year (cols_py py2 "Date")) 1900) 17 []))
# (week (cols_py py3 "Date")) "WeekNum"))
# (dayOfWeek (cols_py py4 "Date")) "WeekDay"))
# (hour (cols_py py5 "Date")) "HourOfDay"))
# (| (== (cols_py py6 "WeekDay") "Sun")
# (== (cols_py py6 "WeekDay") "Sat")) "Weekend"))
# (cut (cols_py py7 "Month") [0 2 5 7 10 12]
# ["Winter" "Spring" "Summer" "Autumn" "Winter"] FALSE TRUE 3) "Season") -3))}
# GET /3/Frames/py8
crimes.describe()
print("# of REST calls used: %d" % (hc.requests_count - rest1))
ntmps = pyunit_utils.temp_ctr() - tmps0
nrest = pyunit_utils.rest_ctr() - rest1
print("Number of temps used: %d" % ntmps)
print("Number of RESTs used: %d" % nrest)
assert ntmps == 8
assert nrest == 3