def createWD(self):
# Create WeatherDescription, 天氣預報綜合描述
# Prepare Table Payload
payload = [
["時間（接下來三小時內預測）", "敘述"]
]
for wdData in self.rawData["WeatherDescription"]["time"]:
payload.append([
wdData["startTime"],
wdData["elementValue"][0]["value"]
])
# Create Table
table = SingleTable(payload, "天氣預報綜合描述")
# Custom Table
table.padding_left = 2
table.padding_right = 2
table.justify_columns = {
0: "center",
1: "left"
}
# Return Table String
return table.table
def get_grid(self, astype='table'):
from pandas import DataFrame as df
geoms = self.geometries().keys()
phases = [p.name for p in self.phases().values() if not hasattr(p, 'mixture')]
grid = df(index=geoms, columns=phases)
for r in grid.index:
for c in grid.columns:
phys = self.find_physics(phase=self[c], geometry=self[r])
if phys is not None:
grid.loc[r][c] = phys.name
else:
grid.loc[r][c] = '---'
if astype == 'pandas':
pass
elif astype == 'dict':
grid = grid.to_dict()
elif astype == 'table':
from terminaltables import SingleTable
headings = [self.network.name] + list(grid.keys())
g = [headings]
for row in list(grid.index):
g.append([row] + list(grid.loc[row]))
grid = SingleTable(g)
grid.title = 'Project: ' + self.name
grid.padding_left = 3
grid.padding_right = 3
grid.justify_columns = {col: 'center' for col in range(len(headings))}
elif astype == 'grid':
grid = ProjectGrid()
return grid
def createPopandRH(self):
# Create PoP6h, RH 6小時降雨機率, 相對濕度
# Prepare Table Payload
payload = [
["時間（接下來六小時內預測）", "相對濕度（%）", "降雨機率（%）"]
]
for popData, rhData in zip(self.rawData["PoP6h"]["time"], [d for idx, d in enumerate(self.rawData["RH"]["time"]) if idx % 2 == 0]):
payload.append([
popData["startTime"],
rhData["elementValue"][0]["value"],
popData["elementValue"][0]["value"]
])
# Create Table
table = SingleTable(payload, "相對濕度與降雨機率")
# Custom Table
table.padding_left = 2
table.padding_right = 2
table.justify_columns = {
0: "center",
1: "center",
2: "center"
}
# Return Table String
return table.table
def createWx(self):
# Create Wx, 天氣現象
# Prepare Table Payload
payload = [
["時間（接下來三小時內預測）", "形容"]
]
for data in self.rawData["Wx"]["time"]:
payload.append([
data['startTime'],
data["elementValue"][0]["value"]
])
# Create Table
table = SingleTable(payload, self.rawData['Wx']['description'])
# Custom Table
table.padding_left = 2
table.padding_right = 2
table.justify_columns = {
0: "center",
1: "center"
}
# Return Table String
return table.table
def createATandT(self):
# Create T, AT 溫度, 體感溫度
# Prepare Table Payload
payload = [
["時間（接下來三小時內預測）", "溫度（C）", "體感溫度（C）"]
]
for tData, atData in zip(self.rawData["T"]["time"], self.rawData["AT"]["time"]):
payload.append([
tData["dataTime"],
tData["elementValue"][0]["value"],
atData["elementValue"][0]["value"]
])
# Create Table
table = SingleTable(payload, "溫度與體感溫度")
# Custom Table
table.padding_left = 2
table.padding_right = 2
table.justify_columns = {
0: "center",
1: "center",
2: "center"
}
# Return Table String
return table.table
def print_table(rows):
table = SingleTable(rows)
table.inner_column_border = False
table.inner_footing_row_border = False
table.inner_heading_row_border = False
table.inner_row_border = False
table.outer_border = False
table.padding_left = 0
table.padding_right = 3
print(table.table)
def _borderless_table(data):
"""
Returns a terminaltables.SingleTable object with no borders and correct padding
"""
tab = SingleTable(data)
tab.inner_heading_row_border = False
tab.inner_column_border = False
tab.outer_border = False
tab.padding_left = 0
tab.padding_right = 2
return tab
def _update_table(self):
from terminaltables import SingleTable
from colorclass import Color
max_values = self.cols * self.rows
col_out_width = int(self.MAX_COLUMNS / self.cols)
col_inn_width = col_out_width - 3
col0_inn_width = 2
col1_inn_width = col_inn_width - col0_inn_width
options_number = [' ' * col0_inn_width] * max_values
options_label = [' ' * col1_inn_width] * max_values
for pos, (name, description, steps) in enumerate(self.tasks):
if pos <= max_values:
label = [
Color('{autocyan}Name: {}{/autocyan}').format(name),
Color('{yellow}({} steps){/yellow}').format(steps),
"\n".join(wrap(description, col1_inn_width))
]
wrapped_label = "\n".join(label)
options_label[pos] = wrapped_label
options_number[pos] = Color(
'{autowhite}{}{/autowhite}').format(str(pos))
sliced = [None for i in range(self.cols * 2)]
for col in range(self.cols):
sliced[col * 2] = options_number[col * self.rows:col * self.rows +
self.rows]
sliced[1 +
col * 2] = options_label[col * self.rows:col * self.rows +
self.rows]
table_data = zip(*sliced)
table = SingleTable(table_data)
table.inner_heading_row_border = False
table.inner_row_border = True
table.padding_left = 0
table.padding_right = 0
table.justify_columns = dict(
(i, 'left' if i % 2 else 'right') for i in range(self.cols * 2))
self._table = table
def list_deployments():
def process_versions(versions: List[dict]) -> (str, str):
active_version = "None"
versions_string = ""
for v in sorted(versions, key=lambda version: version["created_on"]):
if v["active"]:
active_version = v["version"]
if versions_string:
versions_string += ", "
versions_string += v["version"]
return (active_version, versions_string)
deployments = STATE.api_call("deployments/")
table_headers = ["Name", "URL", "Creation Date", "Active Version", "All Versions", "Categories"]
table_data = map(
lambda datum: [
datum["name"],
"{}://{}.{}/".format(
STATE.conf["hosting_protocol"], datum["subdomain"], STATE.conf["hosting_base_url"]
),
dateutil.parser.parse(datum["created_on"]).strftime("%Y-%m-%d"),
*process_versions(datum["versions"]),
", ".join(
filter(None, map(lambda category: category["category"], datum["categories"]))
),
],
deployments,
)
table = SingleTable([table_headers, *table_data])
table.inner_column_border = False
table.inner_footing_row_border = False
table.inner_heading_row_border = False
table.inner_row_border = False
table.outer_border = False
table.padding_left = 0
table.padding_right = 3
print(table.table)
def build_grid(self, rover_row, rover_col, rover_dir):
grid = []
for i in range(self.cols, 0, -1):
row = [str(i)]
for j in range(self.rows):
row.append(self.arrows[rover_dir] if (
rover_row == j + 1 and rover_col == i) else "")
grid.append(row)
headings = [str(x + 1) for x in range(self.rows)]
headings.insert(0, "")
grid.append(headings)
grid = SingleTable(grid)
grid.padding_left = 2
grid.padding_right = 2
grid.inner_heading_row_border = True
grid.inner_column_border = True
grid.outer_border = False
grid.inner_row_border = True
return grid.table
def get_grid(self, astype='table'):
from pandas import DataFrame as df
geoms = self.geometries().keys()
phases = [
p.name for p in self.phases().values()
if not hasattr(p, 'mixture')
]
grid = df(index=geoms, columns=phases)
for r in grid.index:
for c in grid.columns:
phys = self.find_physics(phase=self[c], geometry=self[r])
if phys is not None:
grid.loc[r][c] = phys.name
else:
grid.loc[r][c] = '---'
if astype == 'pandas':
pass
elif astype == 'dict':
grid = grid.to_dict()
elif astype == 'table':
from terminaltables import SingleTable
headings = [self.network.name] + list(grid.keys())
g = [headings]
for row in list(grid.index):
g.append([row] + list(grid.loc[row]))
grid = SingleTable(g)
grid.title = 'Project: ' + self.name
grid.padding_left = 3
grid.padding_right = 3
grid.justify_columns = {
col: 'center'
for col in range(len(headings))
}
elif astype == 'grid':
grid = ProjectGrid()
return grid