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...
Check out the latest blogs from LambdaTest on this topic:
The fact is not alien to us anymore that cross browser testing is imperative to enhance your application’s user experience. Enhanced knowledge of popular and highly acclaimed testing frameworks goes a long way in developing a new app. It holds more significance if you are a full-stack developer or expert programmer.
QA testers have a unique role and responsibility to serve the customer. Serving the customer in software testing means protecting customers from application defects, failures, and perceived failures from missing or misunderstood requirements. Testing for known requirements based on documentation or discussion is the core of the testing profession. One unique way QA testers can both differentiate themselves and be innovative occurs when senseshaping is used to improve the application user experience.
Having a good web design can empower business and make your brand stand out. According to a survey by Top Design Firms, 50% of users believe that website design is crucial to an organization’s overall brand. Therefore, businesses should prioritize website design to meet customer expectations and build their brand identity. Your website is the face of your business, so it’s important that it’s updated regularly as per the current web design trends.
Enterprise resource planning (ERP) is a form of business process management software—typically a suite of integrated applications—that assists a company in managing its operations, interpreting data, and automating various back-office processes. The introduction of a new ERP system is analogous to the introduction of a new product into the market. If the product is not handled appropriately, it will fail, resulting in significant losses for the business. Most significantly, the employees’ time, effort, and morale would suffer as a result of the procedure.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!