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How to use get_order method in localstack

Best Python code snippet using localstack_python

DormanPrins_lab2.py

Source:DormanPrins_lab2.py

...27        tk = tm.t128        t = tm.t029        y0 = tm.x030        tn = 031        y4 = np.empty(tm.get_order())32        y5 = np.empty(tm.get_order())33        y6 = np.empty(tm.get_order())34        bet = np.empty(6)35        while t < tk:36            self.k = np.resize(self.k, (1, tm.get_order()))37            hs = self.h38            temp = np.empty(tm.get_order())39            for i in range(len(y0)):40                temp[i] = y0[i]4142            self.k = np.row_stack((self.k, tm.get_right(temp, t)))43            self.k = np.delete(self.k, 0, 0)44            for i in range(tm.get_order()):45                temp[i] = y0[i] + self.h * self.a[1, 0] * self.k[0][i]4647            self.k = np.row_stack((self.k, tm.get_right(temp, t)))48            for i in range(tm.get_order()):49                temp[i] = y0[i] + self.h * (self.a[2, 0] * self.k[0][i] + self.a[2, 1] * self.k[1][i])5051            self.k = np.row_stack((self.k, tm.get_right(temp, t)))52            for i in range(tm.get_order()):53                temp[i] = y0[i] + self.h * (54                    self.a[3, 0] * self.k[0][i] + self.a[3, 1] * self.k[1][i] + self.a[3, 2] * self.k[2, i])5556            self.k = np.row_stack((self.k, tm.get_right(temp, t)))57            for i in range(tm.get_order()):58                temp[i] = y0[i] + self.h * (59                    self.a[4, 0] * self.k[0][i] + self.a[4, 1] * self.k[1][i] + self.a[4, 2] * self.k[2][i] + self.a[60                        4, 3] * self.k[3][i])6162            self.k = np.row_stack((self.k, tm.get_right(temp, t)))63            for i in range(tm.get_order()):64                temp[i] = y0[i] + self.h * (65                    self.a[5, 0] * self.k[0][i] + self.a[5, 1] * self.k[1][i] + self.a[5, 2] * self.k[2][i] + self.a[66                        5, 3] * self.k[3][i] + self.a[5, 4] * self.k[4][i])6768            self.k = np.row_stack((self.k, tm.get_right(temp, t)))69            for i in range(tm.get_order()):70                temp[i] = y0[i] + self.h * (71                    self.a[6, 0] * self.k[0][i] + self.a[6, 1] * self.k[1][i] + self.a[6, 2] * self.k[2][i] + self.a[72                        6, 3] * self.k[3][i] + self.a[6, 4] * self.k[4][i] +73                    self.a[6, 5] * self.k[5][i])7475            self.k = np.row_stack((self.k, tm.get_right(temp, t)))76            for i in range(tm.get_order()):77                y4[i] = y0[i] + self.h * (self.b[0] * self.k[0][i] +78                                          self.b[1] * self.k[1][i] + self.b[2] * self.k[2][i] + self.b[3] * self.k[3][79                                              i] +80                                          self.b[4] * self.k[4][i] + self.b[5] * self.k[5][i] + self.b[6] * self.k[6][81                                              i])82                y5[i] = y0[i] + self.h * (self.b1[0] * self.k[0][i] +83                                          self.b1[1] * self.k[1][i] + self.b1[2] * self.k[2][i] + self.b1[3] *84                                          self.k[3][i] +85                                          self.b1[4] * self.k[4][i] + self.b1[5] * self.k[5][i] + self.b1[6] *86                                          self.k[6][i])87            at = model.getsize(y0)88            sum = 089            for i in range(at - 1):90                nevepi = math.pow((self.h * (y4[i] - y5[i]) / max(max(1e-5, abs(y4[i])),91                                                                  max(abs(y0[i]), 2 * self.u / self.geps))), 2)92                sum += nevepi93            eps = math.sqrt(sum / at)94            self.h = self.h / max(0.1, min(5.0, (math.pow((eps / self.geps), 0.2) / 0.9)))95            if self.geps < eps:96                continue97            while (tn < t + hs) and (tn < tm.t1):98                teta = (tn - t) / hs99                bet[0] = teta * (1 + teta * (-1337 / 480 + teta * (1039 / 360 + teta * (-1163 / 1152))))100                bet[1] = 0101                bet[2] = 100 * math.pow(teta, 2) * (1054 / 9275 + teta * (-4682 / 27825 + teta * (379 / 5565))) / 3102                bet[3] = -5 * math.pow(teta, 2) * (27 / 40 + teta * (-9 / 5 + teta * (83 / 96))) / 2103                bet[4] = 18225 * math.pow(teta, 2) * (-3 / 250 + teta * (22 / 375 + teta * (-37 / 600))) / 848104                bet[5] = -22 * math.pow(teta, 2) * (-3 / 10 + teta * (29 / 30 + teta * (-17 / 24))) / 7105                for i in range(tm.get_order()):106                    y6[i] = y0[i]107                    for j in range(5):108                        y6[i] = y6[i] + hs * bet[j] * self.k[j][i]109                tm.add_result(y6, tn)110                tn = tn + tm.sampling_increment111            t = t + hs112            y0 = np.empty(len(y4))113            for i in range(len(y4)):
...

api_kucoin.py

Source:api_kucoin.py

...30def USDT_AMPL_ETH_USDT(a, b, c):31    s = str(round(quantity/a, 2)) # FAZER COM 2 CASAS DECIMAIS32    order = client.create_limit_order(str(pairs[0]), Client.SIDE_BUY, a, size=s) # quantidade da moeda a comprar33    34    while(client.get_order(order['orderId'])['isActive'] == True):35        continue36    qq = float(client.get_order(order['orderId'])['size']) - float(client.get_order(order['orderId'])['fee'])37    qq = str(round(qq, 2))38    order1 = client.create_limit_order(pairs[1], Client.SIDE_SELL, b, qq)39    while(client.get_order(order1['orderId'])['isActive'] == True):40        continue41    qq1 = float(client.get_order(order1['orderId'])['size']) - float(client.get_order(order1['orderId'])['fee'])42    qq1 = str(round(qq1*b, 5))43    order2 = client.create_limit_order(pairs[2], Client.SIDE_SELL, c, qq1)44    print("Completed")45def USDT_ETH_AMPL_USDT(a, b, c):46    s = str(round(quantity/c,5))47    order = client.create_limit_order(pairs[2], Client.SIDE_BUY, c, size=s)48    while(client.get_order(order['orderId'])['isActive'] == True):49        continue50    qq = float(client.get_order(order['orderId'])['size']) - float(client.get_order(order['orderId'])['fee'])51    qq = str(round(qq/b,2))    52    order1 = client.create_limit_order(pairs[1], Client.SIDE_BUY, b, qq)53    while(client.get_order(order1['orderId'])['isActive'] == True):54        continue55    qq1 = float(client.get_order(order1['orderId'])['size']) - float(client.get_order(order1['orderId'])['fee'])56    qq1 = str(round(qq1, 2))57    order2 = client.create_limit_order(pairs[0], Client.SIDE_SELL, a, qq1)58    print("Completed")59def prints(x, var, swag, swag1,a,b,c):60    print(date(var-460))61    print("balance: "+str(quantity))62    print(str(round(swag,5))+f" {coin}-USDT > {coin}-{pair}")63    64    print(str(round(swag1,5))+f" {coin}-USDT < {coin}-{pair}")65    vr = b * c66    print(f"{coin}-USDT: "+str(a)+f" {coin}-{pair}: "+str(b*c)+f" {pair}-USDT: "+str(c))67    68def sell_buy_sell(quantidade):69    var = int(client.get_timestamp()/1000)...

04-order-obj.py

Source:04-order-obj.py

1def initialize(context):2    context.us_stock = symbol('VTI')3def handle_data(context, data):4    o_object = order(symbol('AAPL'), 5)5    print get_order(o_object).status6    print get_order(o_object).created7    print get_order(o_object).stop8    print get_order(o_object).limit9    print get_order(o_object).amount10    print get_order(o_object).sid11    print get_order(o_object).filled12    print get_order(o_object).stop_reached13    print get_order(o_object).limit_reached14    print get_order(o_object).commission...

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