private void jsonReadCont(JsonReader jReader) throws IOException {
jReader.beginObject();
assertNotNull("cont1 is missing.", jReader.hasNext());
// Cont dataFromJson = new Cont(jReader.nextName());
jReader.nextName();
jsonReadContElements(jReader);
assertFalse("cont shouldn't have other element.", jReader.hasNext());
jReader.endObject();
// return dataFromJson;
}
private void jsonReadContElements(JsonReader jReader) throws IOException {
jReader.beginObject();
List<String> loadedLfs = new ArrayList<>();
boolean exceptForDecimal5Raised = false;
boolean enumChecked = false;
boolean bitsChecked = false;
boolean lfdecimal6Checked = false;
boolean lfdecimal4Checked = false;
boolean lfdecimal3Checked = false;
boolean lfdecimal2Checked = false;
boolean lfdecimal1Checked = false;
boolean lfbool1Checked = false;
boolean lfbool2Checked = false;
boolean lfstrChecked = false;
boolean lfbinaryChecked = false;
// boolean lfref1Checked = false;
boolean lfemptyChecked = false;
boolean lfstr1Checked = false;
while (jReader.hasNext()) {
String keyName = jReader.nextName();
JsonToken peek = null;
try {
peek = jReader.peek();
} catch (IOException e) {
if (keyName.equals("lfdecimal5")) {
exceptForDecimal5Raised = true;
} else {
assertTrue("Key " + keyName + " has incorrect value for specifed type", false);
}
}
if (keyName.startsWith("lfnint") || keyName.startsWith("lfnuint")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
try {
jReader.nextLong();
} catch (NumberFormatException e) {
assertTrue("Key " + keyName + " has incorrect value - " + e.getMessage(), false);
}
loadedLfs.add(keyName.substring(3));
} else if (keyName.equals("lfstr")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.STRING, peek);
assertEquals("lfstr", jReader.nextString());
lfstrChecked = true;
} else if (keyName.equals("lfstr1")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.STRING, peek);
assertEquals("", jReader.nextString());
lfstr1Checked = true;
} else if (keyName.equals("lfbool1")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.BOOLEAN, peek);
assertEquals(true, jReader.nextBoolean());
lfbool1Checked = true;
} else if (keyName.equals("lfbool2")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.BOOLEAN, peek);
assertEquals(false, jReader.nextBoolean());
lfbool2Checked = true;
} else if (keyName.equals("lfbool3")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.BOOLEAN, peek);
assertEquals(false, jReader.nextBoolean());
} else if (keyName.equals("lfdecimal1")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
assertEquals(new Double(43.32), (Double) jReader.nextDouble());
lfdecimal1Checked = true;
} else if (keyName.equals("lfdecimal2")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
assertEquals(new Double(-0.43), (Double) jReader.nextDouble());
lfdecimal2Checked = true;
} else if (keyName.equals("lfdecimal3")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
assertEquals(new Double(43), (Double) jReader.nextDouble());
lfdecimal3Checked = true;
} else if (keyName.equals("lfdecimal4")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
assertEquals(new Double(43E3), (Double) jReader.nextDouble());
lfdecimal4Checked = true;
} else if (keyName.equals("lfdecimal6")) {
assertEquals("Key " + keyName + " has incorrect type", JsonToken.NUMBER, peek);
assertEquals(new Double(33.12345), (Double) jReader.nextDouble());
lfdecimal6Checked = true;
} else if (keyName.equals("lfenum")) {
assertEquals("enum3", jReader.nextString());
enumChecked = true;
} else if (keyName.equals("lfbits")) {
assertEquals("bit3", jReader.nextString());
bitsChecked = true;
} else if (keyName.equals("lfbinary")) {
assertEquals(
"AAaacdabcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ%%-#^",
jReader.nextString());
lfbinaryChecked = true;
} else if (keyName.equals("lfempty")) {
jReader.beginArray();
jReader.nextNull();
jReader.endArray();
lfemptyChecked = true;
} else if (keyName.startsWith("lfunion")) {
checkLfUnion(jReader, keyName, peek);
} else {
assertTrue("Key " + keyName + " doesn't exists in yang file.", false);
}
}
Collections.sort(loadedLfs);
String expectedLfsStr =
"[int16Max, int16Min, int32Max, int32Min, int64Max, int64Min, int8Max, int8Min, uint16Max, uint32Max, uint8Max]";
String actualLfsStr = loadedLfs.toString();
assertEquals("Some leaves are missing", expectedLfsStr, actualLfsStr);
// assertTrue("For lfdecimal5 wasn't catch error",exceptForDecimal5Raised);
assertTrue("Enum wasn't checked", enumChecked);
assertTrue("Bits wasn't checked", bitsChecked);
assertTrue("Decimal1 wasn't checked", lfdecimal1Checked);
assertTrue("Decimal2 wasn't checked", lfdecimal2Checked);
assertTrue("Decimal3 wasn't checked", lfdecimal3Checked);
assertTrue("Decimal4 wasn't checked", lfdecimal4Checked);
assertTrue("Decimal5 wasn't checked", lfdecimal6Checked);
assertTrue("lfbool1 wasn't checked", lfbool1Checked);
assertTrue("lfbool2 wasn't checked", lfbool2Checked);
assertTrue("lfstr wasn't checked", lfstrChecked);
assertTrue("lfstr1 wasn't checked", lfstr1Checked);
assertTrue("lfbinary wasn't checked", lfbinaryChecked);
assertTrue("lfempty wasn't checked", lfemptyChecked);
// assertTrue("lfref1 wasn't checked", lfref1Checked);
jReader.endObject();
}