JNIEXPORT void JNICALL Java_com_cghs_stresstest_test_BoardidSwitchTest_setBoardId
(JNIEnv *env, jobject obj, jstring bidStr) {
struct bid_data tempBid;
char *bidchar = js2c(env,bidStr);
charToValue(bidchar, tempBid.bid, 90);
for (int i = 0; i < 45; i = i + 9) {
__android_log_print(ANDROID_LOG_ERROR, "lib_rkinfo",
"---------set id: %x %x %x %x %x %x %x %x %x", tempBid.bid[i],
tempBid.bid[i+1], tempBid.bid[i+2], tempBid.bid[i+3],
tempBid.bid[i+4], tempBid.bid[i+5], tempBid.bid[i+6],
tempBid.bid[i+7], tempBid.bid[i+8]);
}
free(bidchar);
bidchar = NULL;
board_id_data_set(&tempBid);
}
bool PatternGen::parseIRCode(std::string ir_code) {
int index = 0;
int j = 0;
while (index < ir_code.length()) {
int step = findStepToNextSpaceOrEnd(ir_code, index);
switch (step) {
case 0:
index++;
break;
case 1:
if (mEncodingType == SDA2208_3 ||
mEncodingType == GEMINI_C17) {
mIrCodes[j++] = '0';
mIrCodes[j++] = '0';
}
mIrCodes[j++] = '0';
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 2:
if (mEncodingType == SDA2208_3 ||
mEncodingType == GEMINI_C17) {
mIrCodes[j++] = '0';
mIrCodes[j++] = '0';
}
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 3:
mIrCodes[j++] = '0';
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 4:
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 5:
mIrCodes[j++] = '0';
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 6:
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 7:
mIrCodes[j++] = '0';
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
case 8:
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
mIrCodes[j++] = ir_code.at(index++);
++index;
break;
default:
//printf("Read ir_code failed\n");
return false;
}
}
for (int b = 0; b < mIrCodeLength / 2; b++) {
if (b < mUserCodeLength) {
mUserCodes[b] = (charToValue(mIrCodes[2 * b]) << 4)
+ charToValue(mIrCodes[2 * b + 1]);
} else if (b < mUserCodeLength + mDataCodeLength) {
mDataCodes[b - mUserCodeLength] = (charToValue(mIrCodes[2 * b]) << 4)
+ charToValue(mIrCodes[2 * b + 1]);
}
}
return true;
}
