HTML表单到CSV并插入到数据库中
我目前有一个上传CSV的网站，并将其作为可编辑的表单显示在预览表中（如果有任何CSV值错误）。
它工作得很好，但我需要将其插入到数据库表中，并在表单中进行任何编辑。我有一个数组，将上传的CSV放入此表单，但现在我想我需要从此表单创建一个新的CSV并将该CSV提交到数据库中。我已经看过一些教程，但我不清楚如何从这个表格/表格中做到这一点。
以下是现有预览表单的代码：
if(isset($_POST['preview']))
{
ini_set('auto_detect_line_endings', true);
$file = $_FILES["file"]["tmp_name"];
$handle = fopen($file, "r");
$maxPreviewRows = PHP_INT_MAX; // this will be ~2 billion on 32-bit system, or ~9 quintillion on 64-bit system
$hasHeaderRow = true;
?><form><?
echo '<table>';
/*WE WILL NEED TO QA CONDITIONS AND HIGHLIGHT IN RED HERE. ALSO NEED BORDER STYLINGS*/
if ($hasHeaderRow) {
$headerRow = fgetcsv($handle);
echo '<thead><tr>';
foreach($headerRow as $value) {
echo "<th>$value</th>";
}
echo '</tr></thead>';
}
echo '<tbody>';
$rowCount = 0;
while ($row = fgetcsv($handle)) {
echo '<tr>';
foreach($row as $value) {
echo "<td>$value</td>";
}
echo '</tr>';
if (++$rowCount > $maxPreviewRows) {
break;
}
}
echo '</tbody></table>';
}
?></form>
由于此格式中的每个字段都没有值，因此我不确定从中创建CSV的最佳方法，并将其插入我的临时表。
更新 - 以下代码是我第一次尝试使用我的CSV上传阵列
if(isset($_POST['submit']))
{
$file = $_FILES["file"]["tmp_name"];
$handle = fopen($file, "r");
$filesop = fgetcsv($handle, 0, ",");
while (($filesop = fgetcsv($handle)) !== FALSE) {
$coldata = array();
$coldata["orderNumber"] = $filesop[0];
$coldata["workOrderPacket"] = $filesop[1];
$coldata["workOrderNum"] = $filesop[2];
$coldata["lowSideMIUNumArriv"] = $filesop[3];
$coldata["lowSideMIUNumDepart"] = $filesop[4];
$coldata["highSideMIUNumArriv"] = $filesop[5];
$coldata["highSideMIUNumDepart"] = $filesop[6];
$coldata["accountNum"] = $filesop[7];
$coldata["filler1"] = $filesop[8];
$coldata["address"] = $filesop[9];
$coldata["filler2"] = $filesop[10];
$coldata["date"] = $filesop[11];
$coldata["utility"] = $filesop[12];
$coldata["serialNumber"] = $filesop[13];
$coldata["serviceName"] = $filesop[14];
$coldata["locationNotes"] = $filesop[15];
$coldata["locationComments"] = $filesop[16];
$coldata["filler3"] = $filesop[17];
$coldata["WaterValveArriv"] = $filesop[18];
$coldata["WaterValveDepart"] = $filesop[19];
$coldata["meterSize"] = $filesop[20];
$coldata["meterType"] = $filesop[21];
$coldata["manufacturer"] = $filesop[22];
$coldata["registration"] = $filesop[23];
$coldata["technician"] = $filesop[24];
$coldata["linePressurePSI"] = $filesop[25];
$coldata["filler4"] = $filesop[26];
$coldata["filler5"] = $filesop[27];
$coldata["lowSideRrBefore"] = $filesop[28];
$coldata["highSideRrBefore"] = $filesop[29];
$coldata["lowSideRrAfter"] = $filesop[30];
$coldata["highSideRrAfter"] = $filesop[31];
$coldata["vgOxygen"] = $filesop[32];
$coldata["vgCombustGas"] = $filesop[33];
$coldata["vgCarbonMon"] = $filesop[34];
$coldata["vgHydroSulf"] = $filesop[35];
$coldata["test1TestRateGPM"] = $filesop[36];
$coldata["test1MeterVol"] = $filesop[37];
$coldata["test1TesterVol"] = $filesop[38];
$coldata["test1Accuracy"] = $filesop[39];
$coldata["test1CorrectAcc"] = $filesop[40];
$coldata["test2TestRateGPM"] = $filesop[41];
$coldata["test2MeterVol"] = $filesop[42];
$coldata["test2TesterVol"] = $filesop[43];
$coldata["test2Accuracy"] = $filesop[44];
$coldata["test2CorrectAcc"] = $filesop[45];
$coldata["test3TestRateGPM"] = $filesop[46];
$coldata["test3MeterVol"] = $filesop[47];
$coldata["test3TesterVol"] = $filesop[48];
$coldata["test3Accuracy"] = $filesop[49];
$coldata["test3CorrectAcc"] = $filesop[50];
$coldata["test4TestRateGPM"] = $filesop[51];
$coldata["test4MeterVol"] = $filesop[52];
$coldata["test4TesterVol"] = $filesop[53];
$coldata["test4Accuracy"] = $filesop[54];
$coldata["test4CorrectAcc"] = $filesop[55];
$coldata["test5TestRateGPM"] = $filesop[56];
$coldata["test5MeterVol"] = $filesop[57];
$coldata["test5TesterVol"] = $filesop[58];
$coldata["test5Accuracy"] = $filesop[59];
$coldata["test5CorrectAcc"] = $filesop[60];
$coldata["test6TestRateGPM"] = $filesop[61];
$coldata["test6MeterVol"] = $filesop[62];
$coldata["test6TesterVol"] = $filesop[63];
$coldata["test6Accuracy"] = $filesop[64];
$coldata["test6CorrectAcc"] = $filesop[65];
$coldata["test7TestRateGPM"] = $filesop[66];
$coldata["test7MeterVol"] = $filesop[67];
$coldata["test7TesterVol"] = $filesop[68];
$coldata["test7Accuracy"] = $filesop[69];
$coldata["test7CorrectAcc"] = $filesop[70];
$coldata["test8TestRateGPM"] = $filesop[71];
$coldata["test8MeterVol"] = $filesop[72];
$coldata["test8TesterVol"] = $filesop[73];
$coldata["test8Accuracy"] = $filesop[74];
$coldata["test8CorrectAcc"] = $filesop[75];
$coldata["inletValveLoc"] = $filesop[76];
$coldata["inletValveSize"] = $filesop[77];
$coldata["InletValveType"] = $filesop[78];
$coldata["inletValveCond"] = $filesop[79];
$coldata["outletValveLoc"] = $filesop[80];
$coldata["outletValveSize"] = $filesop[81];
$coldata["outletValveType"] = $filesop[82];
$coldata["outletValveCond"] = $filesop[83];
$coldata["bypassValveLoc"] = $filesop[84];
$coldata["bypassValveSize"] = $filesop[85];
$coldata["bypassValveType"] = $filesop[86];
$coldata["bypassValveCond"] = $filesop[87];
$coldata["vaultLength"] = $filesop[88];
$coldata["vaultWidth"] = $filesop[89];
$coldata["vaultHeight"] = $filesop[90];
$coldata["meterLocation"] = $filesop[91];
$coldata["testPort"] = $filesop[92];
$coldata["testPortInstalled"] = $filesop[93];
$coldata["testPortSize"] = $filesop[94];
$coldata["picture"] = $filesop[95];
$coldata["timeTested"] = $filesop[96];
$coldata["comments"] = $filesop[97];
$coldata["testResults"] = $filesop[98];
$coldata["retest"] = $filesop[99];
$coldata["test1TestRateGPM2"] = $filesop[100];
$coldata["test1MeterVol2"] = $filesop[101];
$coldata["test1TesterVol2"] = $filesop[102];
$coldata["test1Accuracy2"] = $filesop[103];
$coldata["test1CorrectAcc2"] = $filesop[104];
$coldata["test2TestRateGPM2"] = $filesop[105];
$coldata["test2MeterVol2"] = $filesop[106];
$coldata["test2TesterVol2"] = $filesop[107];
$coldata["test2Accuracy2"] = $filesop[108];
$coldata["test2CorrectAcc2"] = $filesop[109];
$coldata["test3TestRateGPM2"] = $filesop[110];
$coldata["test3MeterVol2"] = $filesop[111];
$coldata["test3TesterVol2"] = $filesop[112];
$coldata["test3Accuracy2"] = $filesop[113];
$coldata["test3CorrectAcc2"] = $filesop[114];
$coldata["test4TestRateGPM2"] = $filesop[115];
$coldata["test4MeterVol2"] = $filesop[116];
$coldata["test4TesterVol2"] = $filesop[117];
$coldata["test4Accuracy2"] = $filesop[118];
$coldata["test4CorrectAcc2"] = $filesop[119];
$coldata["test5TestRateGPM2"] = $filesop[120];
$coldata["test5MeterVol2"] = $filesop[121];
$coldata["test5TesterVol2"] = $filesop[122];
$coldata["test5Accuracy2"] = $filesop[123];
$coldata["test5CorrectAcc2"] = $filesop[124];
$coldata["test6TestRateGPM2"] = $filesop[125];
$coldata["test6MeterVol2"] = $filesop[126];
$coldata["test6TesterVol2"] = $filesop[127];
$coldata["test6Accuracy2"] = $filesop[128];
$coldata["test6CorrectAcc2"] = $filesop[129];
$coldata["test7TestRateGPM2"] = $filesop[130];
$coldata["test7MeterVol2"] = $filesop[131];
$coldata["test7TesterVol2"] = $filesop[132];
$coldata["test7Accuracy2"] = $filesop[133];
$coldata["test7CorrectAcc2"] = $filesop[134];
$coldata["test8TestRateGPM2"] = $filesop[135];
$coldata["test8MeterVol2"] = $filesop[136];
$coldata["test8TesterVol2"] = $filesop[137];
$coldata["test8Accuracy2"] = $filesop[138];
$coldata["test8CorrectAcc2"] = $filesop[139];
$coldata["filler6"] = $filesop[140];
$coldata["filler7"] = $filesop[141];
$coldata["filler8"] = $filesop[142];
$coldata["filler9"] = $filesop[143];
$coldata["filler10"] = $filesop[144];
$coldata["filler11"] = $filesop[145];
$coldata["filler12"] = $filesop[146];
$coldata["serviceAddCorrect"] = $filesop[147];
$coldata["serviceLoccCorrect"] = $filesop[148];
$coldata["meterNumberCorrect"] = $filesop[149];
$coldata["lowRegisterCorrect"] = $filesop[150];
$coldata["lowRegisterType"] = $filesop[151];
$coldata["lowRegisterSize"] = $filesop[152];
$coldata["highRegisterCorrect"] = $filesop[153];
$coldata["highRegisterSize"] = $filesop[154];
$coldata["highRegisterType"] = $filesop[155];
$coldata["meterLidType"] = $filesop[156];
$coldata["meterLidMaterial"] = $filesop[157];
$coldata["lidFit"] = $filesop[158];
$coldata["lidCondition"] = $filesop[159];
$coldata["antennaeMountCor"] = $filesop[160];
$coldata["antennaePosition"] = $filesop[161];
$coldata["registerCondition"] = $filesop[162];
$coldata["MIUwire"] = $filesop[163];
$coldata["registerPinArriv"] = $filesop[164];
$coldata["registerPinDepart"] = $filesop[165];
$coldata["vaultType"] = $filesop[166];
$coldata["vaultSafe"] = $filesop[167];
$coldata["vaultLadder"] = $filesop[168];
$coldata["workOrderType"] = $filesop[169];
$coldata["workOrderLocation"] = $filesop[170];
$coldata["completeMeter"] = $filesop[171];
$coldata["ume"] = $filesop[172];
$coldata["discChamber"] = $filesop[173];
$coldata["turbineChamber"] = $filesop[174];
$coldata["automaticValve"] = $filesop[175];
$coldata["strainer"] = $filesop[176];
$coldata["lowRegister"] = $filesop[177];
$coldata["highRegister"] = $filesop[178];
$coldata["miu"] = $filesop[179];
$coldata["antennae"] = $filesop[180];
$coldata["calibrationVane"] = $filesop[181];
$coldata["meterLeakRepaired"] = $filesop[182];
$coldata["workOrderType2"] = $filesop[183];
$coldata["strainerPresent"] = $filesop[184];
$coldata["apparentLeak"] = $filesop[185];
$coldata["leakLocation"] = $filesop[186];
$coldata["leakType"] = $filesop[187];
$coldata["locateBypassValve"] = $filesop[188];
$coldata["locateInletValve"] = $filesop[189];
$coldata["locateOutletValve"] = $filesop[190];
$coldata["PreformShutdown"] = $filesop[191];
$coldata["turnOnWater"] = $filesop[192];
$coldata["repairLid"] = $filesop[193];
$coldata["repairVault"] = $filesop[194];
$coldata["repairLadder"] = $filesop[195];
$coldata["repairLeak"] = $filesop[196];
$coldata["repairBypassValve"] = $filesop[197];
$coldata["repairInletValve"] = $filesop[198];
$coldata["repairOutletValve"] = $filesop[199];
$coldata["latitude"] = $filesop[200];
$coldata["longitude"] = $filesop[201];
$coldata["onsiteSurveyTestCost"] = $filesop[202];
$coldata["onsiteSurveyTestRepairCost"] = $filesop[203];
$coldata["offsiteSurveyTestCost"] = $filesop[204];
$coldata["offsiteSurveyTestRepairCost"] = $filesop[205];
$coldata["onsiteTestOnlyCost"] = $filesop[206];
$coldata["onsiteTestRepairOnlyCost"] = $filesop[207];
$coldata["onsiteRepairOnly"] = $filesop[208];
$coldata["testPort2"] = $filesop[209];
$coldata["repairCompleteMeterReplacement"] = $filesop[210];
$coldata["repairCompleteMeterReplacementLaborCost"] = $filesop[211];
$coldata["umeCost"] = $filesop[212];
$coldata["umeLaborCost"] = $filesop[213];
$coldata["rotatingLowSideDiskChamber"] = $filesop[214];
$coldata["rotatingLowSideDiskChamberLaborCost"] = $filesop[215];
$coldata["turbineChamberCost"] = $filesop[216];
$coldata["turbineChamberLaborCost"] = $filesop[217];
$coldata["automaticValveCost"] = $filesop[218];
$coldata["automaticValveLaborCost"] = $filesop[219];
$coldata["strainerCost"] = $filesop[220];
$coldata["strainerLaborCost"] = $filesop[221];
$coldata["lowRegisterCost"] = $filesop[222];
$coldata["lowRegisterLaborCost"] = $filesop[223];
$coldata["highRegisterCost"] = $filesop[224];
$coldata["highRegisterLaborCost"] = $filesop[225];
$coldata["miuCost"] = $filesop[226];
$coldata["miuLaborCost"] = $filesop[227];
$coldata["totalCost"] = $filesop[228];
0 个答案:
没有答案
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