def generate_pdf_summary(data: List, yyyy: str, mm: str,
pdf_file: str) -> None:
cols = [30, 150]
rpt = Report(datasource=data,
detailband=Band([
Element((cols[0], 0), ("Helvetica", 10), key='name'),
Element((cols[1], 0), ("Helvetica", 10), key='hours'),
]))
rpt.pageheader = Band([
Element((cols[0], 0), ("Times-Bold", 18), text="Summary"),
Element((cols[0] + 150, 7), ("Helvetica", 11), text="timesheet"),
Element((cols[0] + 150 + 52, 0), ("Times-Bold", 18),
text=f"{yyyy}-{mm}"),
Element((cols[0], 45), ("Helvetica", 11), text="Name"),
Element((cols[1], 45), ("Helvetica", 11), text="Hours"),
Rule((cols[0], 63), 6 * 72, thickness=1),
Element((cols[0], 67), ("Helvetica", 6), text=" "),
])
print(pdf_file.absolute(), yyyy, mm)
canvas = Canvas(str(pdf_file.absolute()), pagesize=A4)
rpt.generate(canvas)
canvas.save()
def print_timesheets(period: str, path: str, uids: List = []) -> None:
for uid in uids:
qry = (t.tracking_date.year()==int(period[:4])) &(t.tracking_date.month()==int(period[5:])) &(t.user_id==uid)
rows = db(qry).select()
tothours = tot_hours(rows)[:-3]
data = rows.as_list()
if False:
import sys
print(tothours)
sys.exit()
user = db(u.id==uid).select().first()
pdf_file = os.path.join(path, f"{period[:2]}{period[5:]}-timesheet {user.last_name} {user.first_name}.pdf")
cols = [30, 130, 170, 210, 250, 310, 350]
rpt = Report(datasource = data,
detailband = Band([
Element((cols[0], 0), ("Helvetica", 10), key = 'tracking_date', format = lambda x: x.strftime("%Y-%m-%d %a")),
Element((cols[1], 0), ("Helvetica", 10), key = 'time_start', format = lambda x: x.strftime("%H:%M")),
Element((cols[2], 0), ("Helvetica", 10), key = 'time_end', format = lambda x: x.strftime("%H:%M")),
Element((cols[3], 0), ("Helvetica", 10), key = 'time_break', format = lambda x: x.strftime("%H:%M")),
Element((cols[4], 0), ("Helvetica-Bold", 10), key = 'total_time', format = lambda x: x[:-3]),
Element((cols[5], 0), ("Helvetica", 10), key = 'place'),
# Element((cols[6], 0), ("Helvetica", 10), key = 'comments'),
]))
rpt.pageheader = Band([
Element((cols[0], 0), ("Times-Bold", 18), text = f"{user.last_name} {user.first_name}"),
Element((cols[0]+150, 7), ("Helvetica", 11), text = "timesheet"),
Element((cols[0]+150+52, 0), ("Times-Bold", 18), text = f"{period}"),
Element((cols[0]+150+52+125, 7), ("Helvetica", 11), text = "total hours: "),
Element((cols[0]+150+52+125+60, 0), ("Times-Bold", 18), text = f"{tothours}"),
Element((cols[0], 45), ("Helvetica", 11), text = "Date"),
Element((cols[1], 45), ("Helvetica", 11), text = "Start"),
Element((cols[2], 45), ("Helvetica", 11), text = "End"),
Element((cols[3], 45), ("Helvetica", 11), text = "Break"),
Element((cols[4], 45), ("Helvetica", 11), text = "Total"),
Element((cols[5], 45), ("Helvetica", 11), text = "Place"),
Rule((cols[0], 63), 6*72, thickness = 1),
Element((cols[0], 67), ("Helvetica", 6), text = " "),
])
if False:
rpt.pagefooter = Band([
Element((36, 16), ("Helvetica-Bold", 12), sysvar = "pagenumber", format = lambda x: "Page %d" % x),
Element((300, 16), ("Helvetica-Bold", 12), text = f"{tothours}", align = "right")
])
canvas = Canvas(pdf_file, pagesize=A4)
rpt.generate(canvas)
canvas.save()
def print_timesheets(yyyy: str, mm:str, path: str, uids: List = []) -> None:
for uid in uids:
qry = (t.tracking_date.year()==int(yyyy)) &(t.tracking_date.month()==int(mm)) &(t.user_id==uid)
rows = db(qry).select()
tothours = tot_hours(rows)[:-3]
data = rows.as_list()
if False:
import sys
print(tothours)
sys.exit()
user = db(u.id==uid).select().first()
pdf_file = Path(path) / f"{yyyy[2:4]}{mm}-timesheet {user.last_name} {user.first_name}.pdf"
cols = [30, 130, 170, 210, 250, 310, 350]
rpt = Report(datasource = data,
detailband = Band([
Element((cols[0], 0), ("Helvetica", 10), key = 'tracking_date', format = lambda x: x.strftime("%Y-%m-%d %a")),
Element((cols[1], 0), ("Helvetica", 10), key = 'time_start', format = lambda x: x.strftime("%H:%M")),
Element((cols[2], 0), ("Helvetica", 10), key = 'time_end', format = lambda x: x.strftime("%H:%M")),
Element((cols[3], 0), ("Helvetica", 10), key = 'time_break', format = lambda x: x.strftime("%H:%M")),
Element((cols[4], 0), ("Helvetica-Bold", 10), key = 'total_time', format = lambda x: x[:-3]),
Element((cols[5], 0), ("Helvetica", 10), key = 'place'),
# Element((cols[6], 0), ("Helvetica", 10), key = 'comments'),
]))
rpt.pageheader = Band([
Element((cols[0], 0), ("Times-Bold", 18), text = f"{user.last_name} {user.first_name}"),
Element((cols[0]+150, 7), ("Helvetica", 11), text = "timesheet"),
Element((cols[0]+150+52, 0), ("Times-Bold", 18), text = f"{yyyy}-{mm}"),
Element((cols[0]+150+52+125, 7), ("Helvetica", 11), text = "total hours: "),
Element((cols[0]+150+52+125+60, 0), ("Times-Bold", 18), text = f"{tothours}"),
Element((cols[0], 45), ("Helvetica", 11), text = "Date"),
Element((cols[1], 45), ("Helvetica", 11), text = "Start"),
Element((cols[2], 45), ("Helvetica", 11), text = "End"),
Element((cols[3], 45), ("Helvetica", 11), text = "Break"),
Element((cols[4], 45), ("Helvetica", 11), text = "Total"),
Element((cols[5], 45), ("Helvetica", 11), text = "Place"),
Rule((cols[0], 63), 6*72, thickness = 1),
Element((cols[0], 67), ("Helvetica", 6), text = " "),
])
canvas = Canvas(str(pdf_file.absolute(),) pagesize=A4)
rpt.generate(canvas)
canvas.save()
def funit_dscd_er(self, format, param):
print(param)
print(format)
report_data = UnitSancDesg.objects.values(
'u_id', 'd5', 'u_name', 'd_gdesig', 'd_id', 'd_rank', 'd_discp',
'd_name', 'd_grade', 'd_gcode', 'tot', 'san', 'req', 'comment',
'd_cadre').annotate(total_count=ExpressionWrapper(
F('san') + F('tot') +
F('req'), output_field=models.IntegerField())).filter(
u_id=param['u_id'],
total_count__gt=0).order_by('d5', 'd_gcode')
print(report_data)
rpt = Report(report_data)
pos_x_start = 36
pos_y_start = 24
col_1_pos = (pos_x_start, pos_y_start)
col_2_pos = (col_1_pos[0] + 200, pos_y_start)
col_3_pos = (col_2_pos[0] + 100, pos_y_start)
col_4_pos = (col_3_pos[0] + 50, pos_y_start)
col_5_pos = (col_4_pos[0] + 50, pos_y_start)
col_6_pos = (col_5_pos[0] + 50, pos_y_start)
col_7_pos = (col_6_pos[0] + 50, pos_y_start)
rpt.pageheader = Band([
Element((36, 0), ("Times-Bold", 20),
getvalue=lambda x: x["u_name"].upper(),
format=lambda x: "Unit Summary : %s" % x),
Element(col_1_pos, ("Helvetica-Bold", 12), text="Designation"),
Element(col_2_pos, ("Helvetica-Bold", 12),
text="Grade",
align="center"),
Element(col_3_pos, ("Helvetica-Bold", 12),
text="Cadre",
align="center"),
Element(col_4_pos, ("Helvetica-Bold", 12),
text="Ext",
align="center",
width=50),
Element(col_5_pos, ("Helvetica-Bold", 12),
text="Req",
align="center",
width=50),
Element(col_6_pos, ("Helvetica-Bold", 12),
text="San",
align="center",
width=50),
# Element(col_7_pos, ("Helvetica-Bold", 12), text="San", align="center", width=50),
Rule((36, 56), 7.5 * 72, thickness=2),
])
rpt.groupheaders = [
Band(
[
# Rule((36, 20), 7.5 * 72),
Element(
(36, 4),
("Helvetica-Bold", 10),
getvalue=lambda x: x["d_gdesig"].upper(),
# format=lambda x: "Group Designation : %s" % x
),
],
getvalue=lambda x: x["d_gdesig"].upper()),
]
comment_band = Band([
Element(
(col_1_pos[0], 0),
("Helvetica", 10),
key="comment",
align="left",
)
])
rpt.detailband = Band([
Element(
(col_1_pos[0], 0),
("Helvetica", 10),
getvalue=lambda x: x["d_name"].upper(),
),
Element((col_2_pos[0], 0), ("Helvetica", 10),
key="d_grade",
align="left"),
Element((col_3_pos[0], 0), ("Helvetica", 10),
key="d_cadre",
align="right"),
Element((col_4_pos[0], 0), ("Helvetica", 10),
getvalue=lambda x: x["tot"] or 0,
align="right"),
Element((col_5_pos[0], 0), ("Helvetica", 10),
getvalue=lambda x: x["req"] or 0,
align="right"),
Element((col_6_pos[0], 0), ("Helvetica", 10),
getvalue=lambda x: x["san"] or 0,
align="right")
]) #, additionalbands=[comment_band]
rpt.groupfooters = [
Band(
[
Rule((col_4_pos[0] - 24, 4), 30),
Rule((col_5_pos[0] - 24, 4), 30),
Rule((col_6_pos[0] - 24, 4), 30),
Element((col_1_pos[0], 4), ("Helvetica-Bold", 10),
getvalue=lambda x: x["d_gdesig"].upper(),
format=lambda x: "Subtotal"
# format=lambda x: "Subtotal for %s" % x
),
SumElement((col_4_pos[0], 4), ("Helvetica-Bold", 10),
key="tot",
align="right"),
SumElement((col_5_pos[0], 4), ("Helvetica-Bold", 10),
key="req",
align="right"),
SumElement((col_6_pos[0], 4), ("Helvetica-Bold", 10),
key="san",
align="right"),
Element((36, 16), ("Helvetica-Bold", 10), text=""),
],
getvalue=lambda x: x["d_gdesig"].upper(),
newpageafter=0),
]
rpt.reportfooter = Band([
Rule((col_4_pos[0] - 24, 4), 30),
Rule((col_5_pos[0] - 24, 4), 30),
Rule((col_6_pos[0] - 24, 4), 30),
Element((240, 4), ("Helvetica-Bold", 10), text="Unit Total"),
SumElement((col_4_pos[0], 4), ("Helvetica-Bold", 10),
key="tot",
align="right"),
SumElement((col_5_pos[0], 4), ("Helvetica-Bold", 10),
key="req",
align="right"),
SumElement((col_6_pos[0], 4), ("Helvetica-Bold", 10),
key="san",
align="right"),
Element((36, 16), ("Helvetica-Bold", 10), text=""),
])
rpt.pagefooter = Band([
Element((400, 16), ("Times-Bold", 10),
text="Industrial Engineering Dept, WCL HQ",
align="right"),
Element((36, 16), ("Helvetica-Bold", 10),
sysvar="pagenumber",
format=lambda x: "Page %d" % x),
])
file_loc = "./report_folder/" + param['u_id'] + ".pdf"
canvas = Canvas(file_loc, (210 * mm, 297 * mm))
rpt.generate(canvas)
print("report generated at %s" % file_loc)
canvas.save()
return file_loc
