#include "vpd_tool_impl.hpp" #include #include #include #include using namespace CLI; using namespace std; namespace fs = std::filesystem; using namespace openpower::vpd; using json = nlohmann::json; int main(int argc, char** argv) { int rc = 0; App app{"VPD Command line tool to dump the inventory and to read and " "update the keywords"}; string objectPath{}; string recordName{}; string keyword{}; string val{}; auto object = app.add_option("--object, -O", objectPath, "Enter the Object Path"); auto record = app.add_option("--record, -R", recordName, "Enter the Record Name"); auto kw = app.add_option("--keyword, -K", keyword, "Enter the Keyword"); auto valOption = app.add_option( "--value, -V", val, "Enter the value. The value to be updated should be either in ascii or " "in hex. ascii eg: 01234; hex eg: 0x30313233"); auto dumpObjFlag = app.add_flag("--dumpObject, -o", "Dump the given object from the inventory. { " "vpd-tool-exe --dumpObject/-o --object/-O object-name }") ->needs(object); auto dumpInvFlag = app.add_flag( "--dumpInventory, -i", "Dump all the inventory objects. { vpd-tool-exe " "--dumpInventory/-i }"); auto readFlag = app.add_flag("--readKeyword, -r", "Read the data of the given keyword. { " "vpd-tool-exe --readKeyword/-r --object/-O " "\"object-name\" --record/-R \"record-name\" --keyword/-K " "\"keyword-name\" }") ->needs(object) ->needs(record) ->needs(kw); auto writeFlag = app.add_flag( "--writeKeyword, -w, --updateKeyword, -u", "Update the value. { vpd-tool-exe " "--writeKeyword/-w/--updateKeyword/-u " "--object/-O object-name --record/-R record-name --keyword/-K " "keyword-name --value/-V value-to-be-updated }") ->needs(object) ->needs(record) ->needs(kw) ->needs(valOption); auto forceResetFlag = app.add_flag( "--forceReset, -f, -F", "Force Collect for Hardware. { vpd-tool-exe " "--forceReset/-f/-F }"); auto Hardware = app.add_flag( "--Hardware, -H", "This is a supplementary flag to write directly to hardware. When the " "-H flag is given, User should provide valid hardware/eeprom path (and " "not dbus object path) in the -O/--object path."); CLI11_PARSE(app, argc, argv); ifstream inventoryJson(INVENTORY_JSON_SYM_LINK); auto jsObject = json::parse(inventoryJson); try { if (*Hardware) { if (!fs::exists(objectPath)) // if dbus object path is given or // invalid eeprom path is given { string errorMsg = "Invalid EEPROM path : "; errorMsg += objectPath; errorMsg += ". The given EEPROM path doesn't exist. Provide valid " "EEPROM path when -H flag is used. Refer help option. "; throw runtime_error(errorMsg); } } if (*dumpObjFlag) { VpdTool vpdToolObj(move(objectPath)); vpdToolObj.dumpObject(jsObject); } else if (*dumpInvFlag) { VpdTool vpdToolObj; vpdToolObj.dumpInventory(jsObject); } else if (*readFlag) { VpdTool vpdToolObj(move(objectPath), move(recordName), move(keyword)); vpdToolObj.readKeyword(); } else if (*writeFlag && !*Hardware) { VpdTool vpdToolObj(move(objectPath), move(recordName), move(keyword), move(val)); rc = vpdToolObj.updateKeyword(); } else if (*forceResetFlag) { VpdTool vpdToolObj; vpdToolObj.forceReset(jsObject); } else if (*writeFlag && *Hardware) { VpdTool vpdToolObj(move(objectPath), move(recordName), move(keyword), move(val)); rc = vpdToolObj.updateHardware(); } else { throw runtime_error("One of the valid options is required. Refer " "--help for list of options."); } } catch (const exception& e) { cerr << e.what(); } return rc; }