Example usage for org.json.simple JSONObject values

Introduction

In this page you can find the example usage for org.json.simple JSONObject values.

Prototype

Collection<V> values();

Source Link

Document

Returns a Collection view of the values contained in this map.

Usage

From source file:com.ccstats.crypto.io.JSONEncryptedStatement.java

/**
 * Reads an encrypted .json statement file and attempts to decrypt it. Once decrypted, the transactions can be
 * pooled and returned as a joint statement.
 *
 * @param absolutePath The absolute path to the encrypted statement, including the file name.
 * @param password The password sequence to be used while attempting the decryption.
 *
 * @return A statement object containing all the discovered transactions as a pool.
 *//*from w  w w.  j  ava2s .  c o m*/
public Statement read(String absolutePath, String password)
        throws IOException, ParseException, BadPaddingException {
    TransactionPool transactions = new TransactionPool();
    JSONParser parser = new JSONParser();

    JSONObject main = (JSONObject) parser.parse(new FileReader(absolutePath));
    JSONObject encryptedTransactions = (JSONObject) main.get("transactions");

    worker.setKeyLength(Integer.valueOf((String) main.get("aes-key-length")));
    try {

        JSONObject current;
        String date, description, amount, authorized;
        for (Object o : encryptedTransactions.values()) {
            current = (JSONObject) o;
            date = new String(worker.decrypt(password, (String) current.get("date")));
            description = new String(worker.decrypt(password, (String) current.get("description")));
            amount = new String(worker.decrypt(password, (String) current.get("amount")));
            authorized = new String(worker.decrypt(password, (String) current.get("authorized")));

            transactions.add(new Transaction(description, LocalDate.parse(date), Double.valueOf(amount),
                    Boolean.valueOf(authorized)));
        }

    } catch (InvalidKeySpecException | NoSuchAlgorithmException | DecoderException | InvalidKeyException
            | InvalidAlgorithmParameterException | IllegalBlockSizeException | NoSuchPaddingException e) {
        e.printStackTrace();
    }

    return new Statement(transactions);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-251 Monthly runtime hours for provisioned user.
 * @param username the username//from   www. j  a va 2 s.  co  m
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "provisioned", dataProviderClass = ApiDataProvider.class, priority = 10)
public void monthlyRuntimeHoursForProvisionedUser(final String username, final String password,
        final String thermostatId) {

    setLogString("Verify runtime savings for provisioned thermostat.", true);
    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    Assert.assertTrue(response.getStatus() == 200, "Error status: " + response.getStatus());
    setLogString("Response :'" + response + "'", true);

    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    Assert.assertTrue(runtimes.length == 0, "Thermostat runtime savings exists for provisioned user.");
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-197 Test_fetching_ thermostat_ runtime savings_ data_using_valid_thermostat id.
 * @param username the username/*from w  ww .ja va  2s  .co  m*/
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = HVAC_SYSTEMS, dataProviderClass = ApiDataProvider.class, priority = 1)
public void thermostatRuntimeSavingsForvalidThermostatID(final String username, final String password,
        final String thermostatId) {

    setLogString("Verify runtime savings exists for valid thermostat.", true);

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    Assert.assertTrue(response.getStatus() == 200, "Error status: " + response.getStatus());

    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    Assert.assertTrue(runtimes.length > 0, "Thermostat runtime savings not exists for given user account.");
    setLogString("Runtime savings exists for given thermostat.", true);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-226 Verify tstat runtimes for heat only user.
 * @param username the username//from  w ww . j a v  a2 s . c  o  m
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "heatonlyuser", dataProviderClass = ApiDataProvider.class, priority = 12)
public void verifyTstatRuntimesForHeatOnlyUser(final String username, final String password,
        final String thermostatId) {

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    setLogString("Verify only heat runtime_hours exists for given thermostat.", true);
    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        Assert.assertTrue(jsonRuntimeCool != null, "Cool run time hours not exists.");
        Assert.assertTrue(jsonRuntimeHeat != null, "Heat run time hours not exists.");

    }
    setLogString("Verified heat runtime_hours alone exists for given thermostat.", true);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-226 Verify tstat runtimes for cool only user.
 * @param username the username/*from ww w.  j  a  v a2  s . c om*/
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "coolonlyuser", dataProviderClass = ApiDataProvider.class, priority = 13)
public void verifyTstatRuntimesForCoolOnlyUser(final String username, final String password,
        final String thermostatId) {

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    setLogString("Verify cool runtime_hours alone exists for given thermostat.", true);
    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        Assert.assertTrue(jsonRuntimeCool != null, "Cool run time hours not exists.");
        Assert.assertTrue(jsonRuntimeHeat != null, "Heat run time hours not exists.");

    }
    setLogString("Verified cool runtime_hours alone exists for given thermostat.", true);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-226 Verify tstat runtimes for heat and cool user.
 * @param username the username/*  ww  w .jav a  2  s .  co  m*/
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = HVAC_SYSTEMS, dataProviderClass = ApiDataProvider.class, priority = 14)
public void verifyTstatRuntimesForHeatAndCoolUser(final String username, final String password,
        final String thermostatId) {

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    setLogString("Verify heat and cool runtime_hours exists for given thermostat.", true);
    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        Assert.assertTrue(jsonRuntimeCool != null, "Cool run time hours not exists.");
        Assert.assertTrue(jsonRuntimeHeat != null, "Heat run time hours not exists.");

    }
    setLogString("Verified heat and cool runtime_hours for given thermostat.", true);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-250 Negative runtime savings thermostat.
 * @param username the username/*from w ww . ja v a2 s . c  om*/
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "negativeruntimethermostat", dataProviderClass = ApiDataProvider.class, priority = 6)
public void negativeRuntimeSavings(final String username, final String password, final String thermostatId) {

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    setLogString("Verify negative runtime hours for given thermostat.", true);
    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        final float coolRuntimeHrsActual = Float.valueOf(jsonRuntimeCool.get("runtime_hours_saved").toString());
        final float heatRuntimeHrsActual = Float.valueOf(jsonRuntimeHeat.get("runtime_hours_saved").toString());

        setLogString("coolRuntimeHrsActual: " + coolRuntimeHrsActual, true);
        Assert.assertTrue(coolRuntimeHrsActual < 0, "Cool run time hours actual is not negative.");
        setLogString("heatRuntimeHrsActual: " + heatRuntimeHrsActual, true);
        Assert.assertTrue(heatRuntimeHrsActual < 0, "Heat run time hours actual is not negative.");
    }

    setLogString("Verified negative runtime hours for given thermostat.", true);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-203 Monthly runtime hours actual not exceeds max month hours.
 * @param username the username//w w w.  j  a va2s. c om
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = HVAC_SYSTEMS, dataProviderClass = ApiDataProvider.class, priority = 7)
public void monthlyRuntimeHoursActualNotExceedsMaxMonthHours(final String username, final String password,
        final String thermostatId) {

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    for (final Object runtime : runtimes) {
        setLogString("Verify that runtime_hours_actual cannot exceed 31 (days) * 24 ( hours)", true);
        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        final float coolRuntimeHrsActual = Float.valueOf(jsonRuntimeCool.get(RUNTIME_HRS_ACTUAL).toString());
        final float heatRuntimeHrsActual = Float.valueOf(jsonRuntimeHeat.get(RUNTIME_HRS_ACTUAL).toString());

        setLogString("coolRuntimeHrsActual: " + coolRuntimeHrsActual, true);
        Assert.assertTrue(coolRuntimeHrsActual < 744,
                "Cool run time hours actual is greater than maximum month hours");
        setLogString("heatRuntimeHrsActual: " + heatRuntimeHrsActual, true);
        Assert.assertTrue(heatRuntimeHrsActual < 744,
                "Heat run time hours actual is greater than maximum month hours");
    }
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-248 No data for runtime savings.
 * @param username the username//from   w w  w . j a v a  2s.  c  om
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "nosavings", dataProviderClass = ApiDataProvider.class, priority = 11)
public void noDataForRuntimeSavings(final String username, final String password, final String thermostatId) {

    setLogString("Verify runtime savings API for user with no savings data.", true);

    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);

    Assert.assertTrue(response.getStatus() == 200, "Error status: " + response.getStatus());
    setLogString("Response :'" + response + "'", true);

    final String content = response.readEntity(String.class);

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        final String coolRuntimeHrsActual = jsonRuntimeCool.get(RUNTIME_HRS_ACTUAL).toString();

        final String heatRuntimeHrsActual = jsonRuntimeHeat.get(RUNTIME_HRS_ACTUAL).toString();

        setLogString("coolRuntimeHrsActual: " + coolRuntimeHrsActual, true, CustomLogLevel.HIGH);
        Assert.assertTrue(coolRuntimeHrsActual.contains("0.0"),
                "cool runtime savings data available for user with no savings.");

        setLogString("heatRuntimeHrsActual: " + heatRuntimeHrsActual, true, CustomLogLevel.HIGH);
        Assert.assertTrue(heatRuntimeHrsActual.contains("0.0"),
                "Heat runtime savings data available for user with no savings.");
    }
    setLogString("Verified runtime savings API for user with no savings data.", true, CustomLogLevel.MEDIUM);
}

---

From source file:com.ecofactor.qa.automation.consumerapi.ThermostatRuntimeSavings_Test.java

/**
 * APPS-208 Monthly runtime hours only with2 decimal precission.
 * @param username the username/*from  www  .  j ava2  s.com*/
 * @param password the password
 * @param thermostatId the thermostat id
 */
@Test(groups = { Groups.SANITY1,
        Groups.BROWSER }, dataProvider = "savingsprecision", dataProviderClass = ApiDataProvider.class, priority = 8)
public void monthlyRuntimeHoursOnlyWith2DecimalPrecission(final String username, final String password,
        final String thermostatId) {

    setLogString("Verify runtime savings have two decimal point precision.", true);
    final Response response = consumerApiURL.getThermostatRuntimeSavings(thermostatId, securityCookie);
    Assert.assertTrue(response.getStatus() == 200, "Error status: " + response.getStatus());

    setLogString("Response :'" + response + "'", true);
    final String content = response.readEntity(String.class);

    Assert.assertTrue(response.getStatus() == 200, "Error status: " + response.getStatus());

    setLogString(JSON_RESPONSE, true, CustomLogLevel.MEDIUM);
    setLogString(content, true, CustomLogLevel.MEDIUM);

    final JSONObject jsonObject = JsonUtil.parseObject(content);
    final JSONObject mesgs = (JSONObject) jsonObject.get(MONTHS);
    final Object[] runtimes = mesgs.values().toArray();

    setLogString("Verify that runtime_hours_actual have 2 decimal point precision.", true,
            CustomLogLevel.MEDIUM);
    for (final Object runtime : runtimes) {

        final JSONObject json = (JSONObject) runtime;
        final JSONObject jsonRuntimeCool = (JSONObject) json.get(COOL);
        final JSONObject jsonRuntimeHeat = (JSONObject) json.get(HEAT);

        final String coolRuntimeHrsActual = jsonRuntimeCool.get(RUNTIME_HRS_ACTUAL).toString();

        final String heatRuntimeHrsActual = jsonRuntimeHeat.get(RUNTIME_HRS_ACTUAL).toString();

        setLogString("coolRuntimeHrsActual: " + coolRuntimeHrsActual, true, CustomLogLevel.HIGH);
        Assert.assertTrue(coolRuntimeHrsActual.split("\\.").length > 1
                ? coolRuntimeHrsActual.split("\\.")[1].length() <= 2
                : true, "Cool run time hours have more than 2 decimal point precision.");

        setLogString("heatRuntimeHrsActual: " + heatRuntimeHrsActual, true, CustomLogLevel.HIGH);
        Assert.assertTrue(heatRuntimeHrsActual.split("\\.").length > 1
                ? heatRuntimeHrsActual.split("\\.")[1].length() <= 2
                : true, "Heat run time hours have more than 2 decimal point precision.");
    }
    setLogString("Verified that runtime savings have two decimal point precision.", true,
            CustomLogLevel.MEDIUM);
}

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