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ff8e21b535bc43d0ecfb135628711b3c32c47de8
ModemManager/cli/mmcli-output.c
Aleksander Morgado ff8e21b535 api,bearer: new 'apn-type' setting 
This new setting allows the user setting up the connection to specify
the purpose of the connection being brought up.

Until now, we would always assume that connections are exclusively
brought up for connecting to the Internet, also limited by the
inability to connect to multiple different APNs at the same time.

But that may really not be true as there may be additional services
that may be accessed through other APNs, like MMS services or even
private networks for companies that have their own APNs on a given
operator (e.g. not that uncommon with banks and connected cars).

The new APN type setting will not change the way the bearer is
connected, but will allow the connection manager to decide what kind
of networking setup the specific connection needs.

This new setting can be provided by the user itself, or implicitly
read from the device if the device stores this information.
2021-04-29 10:13:22 +00:00

1385 lines
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/* -*- Mode: C; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */
/*
* mmcli -- Control modem status & access information from the command line
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
* Copyright (C) 2018 Aleksander Morgado <aleksander@aleksander.es>
*/
#include <stdio.h>
#include <string.h>
#include <libmm-glib.h>
#include "mm-common-helpers.h"
#include "mmcli-output.h"
/******************************************************************************/
/* List of sections (grouped fields) displayed in the human-friendly output */
typedef struct {
const gchar *name;
} SectionInfo;
static SectionInfo section_infos[] = {
[MMC_S_MODEM_GENERAL] = { "General" },
[MMC_S_MODEM_HARDWARE] = { "Hardware" },
[MMC_S_MODEM_SYSTEM] = { "System" },
[MMC_S_MODEM_NUMBERS] = { "Numbers" },
[MMC_S_MODEM_STATUS] = { "Status" },
[MMC_S_MODEM_MODES] = { "Modes" },
[MMC_S_MODEM_BANDS] = { "Bands" },
[MMC_S_MODEM_IP] = { "IP" },
[MMC_S_MODEM_3GPP] = { "3GPP" },
[MMC_S_MODEM_3GPP_EPS] = { "3GPP EPS" },
[MMC_S_MODEM_3GPP_SCAN] = { "3GPP scan" },
[MMC_S_MODEM_3GPP_USSD] = { "3GPP USSD" },
[MMC_S_MODEM_CDMA] = { "CDMA" },
[MMC_S_MODEM_SIM] = { "SIM" },
[MMC_S_MODEM_BEARER] = { "Bearer" },
[MMC_S_MODEM_TIME] = { "Time" },
[MMC_S_MODEM_TIMEZONE] = { "Timezone" },
[MMC_S_MODEM_MESSAGING] = { "Messaging" },
[MMC_S_MODEM_SIGNAL] = { "Signal" },
[MMC_S_MODEM_SIGNAL_CDMA1X] = { "CDMA1x" },
[MMC_S_MODEM_SIGNAL_EVDO] = { "EV-DO" },
[MMC_S_MODEM_SIGNAL_GSM] = { "GSM" },
[MMC_S_MODEM_SIGNAL_UMTS] = { "UMTS" },
[MMC_S_MODEM_SIGNAL_LTE] = { "LTE" },
[MMC_S_MODEM_SIGNAL_5G] = { "5G" },
[MMC_S_MODEM_OMA] = { "OMA" },
[MMC_S_MODEM_OMA_CURRENT] = { "Current session" },
[MMC_S_MODEM_OMA_PENDING] = { "Pending sessions" },
[MMC_S_MODEM_LOCATION] = { "Location" },
[MMC_S_MODEM_LOCATION_3GPP] = { "3GPP" },
[MMC_S_MODEM_LOCATION_GPS] = { "GPS" },
[MMC_S_MODEM_LOCATION_CDMABS] = { "CDMA BS" },
[MMC_S_MODEM_FIRMWARE] = { "Firmware" },
[MMC_S_MODEM_FIRMWARE_FASTBOOT] = { "Fastboot settings" },
[MMC_S_MODEM_VOICE] = { "Voice" },
[MMC_S_BEARER_GENERAL] = { "General" },
[MMC_S_BEARER_STATUS] = { "Status" },
[MMC_S_BEARER_PROPERTIES] = { "Properties" },
[MMC_S_BEARER_IPV4_CONFIG] = { "IPv4 configuration" },
[MMC_S_BEARER_IPV6_CONFIG] = { "IPv6 configuration" },
[MMC_S_BEARER_STATS] = { "Statistics" },
[MMC_S_CALL_GENERAL] = { "General" },
[MMC_S_CALL_PROPERTIES] = { "Properties" },
[MMC_S_CALL_AUDIO_FORMAT] = { "Audio format" },
[MMC_S_SMS_GENERAL] = { "General" },
[MMC_S_SMS_CONTENT] = { "Content" },
[MMC_S_SMS_PROPERTIES] = { "Properties" },
[MMC_S_SIM_GENERAL] = { "General" },
[MMC_S_SIM_PROPERTIES] = { "Properties" },
};
/******************************************************************************/
/* List of fields */
typedef struct {
const gchar *key;
const gchar *name;
MmcS section;
} FieldInfo;
static FieldInfo field_infos[] = {
[MMC_F_GENERAL_DBUS_PATH] = { "modem.dbus-path", "path", MMC_S_MODEM_GENERAL, },
[MMC_F_GENERAL_DEVICE_ID] = { "modem.generic.device-identifier", "device id", MMC_S_MODEM_GENERAL, },
[MMC_F_HARDWARE_MANUFACTURER] = { "modem.generic.manufacturer", "manufacturer", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_MODEL] = { "modem.generic.model", "model", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_REVISION] = { "modem.generic.revision", "firmware revision", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_CARRIER_CONF] = { "modem.generic.carrier-configuration", "carrier config", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_CARRIER_CONF_REV] = { "modem.generic.carrier-configuration-revision", "carrier config revision", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_HW_REVISION] = { "modem.generic.hardware-revision", "h/w revision", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_SUPPORTED_CAPABILITIES] = { "modem.generic.supported-capabilities", "supported", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_CURRENT_CAPABILITIES] = { "modem.generic.current-capabilities", "current", MMC_S_MODEM_HARDWARE, },
[MMC_F_HARDWARE_EQUIPMENT_ID] = { "modem.generic.equipment-identifier", "equipment id", MMC_S_MODEM_HARDWARE, },
[MMC_F_SYSTEM_DEVICE] = { "modem.generic.device", "device", MMC_S_MODEM_SYSTEM, },
[MMC_F_SYSTEM_DRIVERS] = { "modem.generic.drivers", "drivers", MMC_S_MODEM_SYSTEM, },
[MMC_F_SYSTEM_PLUGIN] = { "modem.generic.plugin", "plugin", MMC_S_MODEM_SYSTEM, },
[MMC_F_SYSTEM_PRIMARY_PORT] = { "modem.generic.primary-port", "primary port", MMC_S_MODEM_SYSTEM, },
[MMC_F_SYSTEM_PORTS] = { "modem.generic.ports", "ports", MMC_S_MODEM_SYSTEM, },
[MMC_F_NUMBERS_OWN] = { "modem.generic.own-numbers", "own", MMC_S_MODEM_NUMBERS, },
[MMC_F_STATUS_LOCK] = { "modem.generic.unlock-required", "lock", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_UNLOCK_RETRIES] = { "modem.generic.unlock-retries", "unlock retries", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_STATE] = { "modem.generic.state", "state", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_FAILED_REASON] = { "modem.generic.state-failed-reason", "failed reason", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_POWER_STATE] = { "modem.generic.power-state", "power state", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_ACCESS_TECH] = { "modem.generic.access-technologies", "access tech", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_SIGNAL_QUALITY_VALUE] = { "modem.generic.signal-quality.value", "signal quality", MMC_S_MODEM_STATUS, },
[MMC_F_STATUS_SIGNAL_QUALITY_RECENT] = { "modem.generic.signal-quality.recent", NULL, MMC_S_UNKNOWN, },
[MMC_F_MODES_SUPPORTED] = { "modem.generic.supported-modes", "supported", MMC_S_MODEM_MODES, },
[MMC_F_MODES_CURRENT] = { "modem.generic.current-modes", "current", MMC_S_MODEM_MODES, },
[MMC_F_BANDS_SUPPORTED] = { "modem.generic.supported-bands", "supported", MMC_S_MODEM_BANDS, },
[MMC_F_BANDS_CURRENT] = { "modem.generic.current-bands", "current", MMC_S_MODEM_BANDS, },
[MMC_F_IP_SUPPORTED] = { "modem.generic.supported-ip-families", "supported", MMC_S_MODEM_IP, },
[MMC_F_3GPP_IMEI] = { "modem.3gpp.imei", "imei", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_ENABLED_LOCKS] = { "modem.3gpp.enabled-locks", "enabled locks", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_OPERATOR_ID] = { "modem.3gpp.operator-code", "operator id", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_OPERATOR_NAME] = { "modem.3gpp.operator-name", "operator name", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_REGISTRATION] = { "modem.3gpp.registration-state", "registration", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_PCO] = { "modem.3gpp.pco", "pco", MMC_S_MODEM_3GPP, },
[MMC_F_3GPP_EPS_UE_MODE] = { "modem.3gpp.eps.ue-mode-operation", "ue mode of operation", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_EPS_INITIAL_BEARER_PATH] = { "modem.3gpp.eps.initial-bearer.dbus-path", "initial bearer path", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_EPS_BEARER_SETTINGS_APN] = { "modem.3gpp.eps.initial-bearer.settings.apn", "initial bearer apn", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_EPS_BEARER_SETTINGS_IP_TYPE] = { "modem.3gpp.eps.initial-bearer.settings.ip-type", "initial bearer ip type", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_EPS_BEARER_SETTINGS_USER] = { "modem.3gpp.eps.initial-bearer.settings.user", "initial bearer user", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_EPS_BEARER_SETTINGS_PASSWORD] = { "modem.3gpp.eps.initial-bearer.settings.password", "initial bearer password", MMC_S_MODEM_3GPP_EPS, },
[MMC_F_3GPP_SCAN_NETWORKS] = { "modem.3gpp.scan-networks", "networks", MMC_S_MODEM_3GPP_SCAN, },
[MMC_F_3GPP_USSD_STATUS] = { "modem.3gpp.ussd.status", "status", MMC_S_MODEM_3GPP_USSD, },
[MMC_F_3GPP_USSD_NETWORK_REQUEST] = { "modem.3gpp.ussd.network-request", "network request", MMC_S_MODEM_3GPP_USSD, },
[MMC_F_3GPP_USSD_NETWORK_NOTIFICATION] = { "modem.3gpp.ussd.network-notification", "network notification", MMC_S_MODEM_3GPP_USSD, },
[MMC_F_CDMA_MEID] = { "modem.cdma.meid", "meid", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_ESN] = { "modem.cdma.esn", "esn", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_SID] = { "modem.cdma.sid", "sid", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_NID] = { "modem.cdma.nid", "nid", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_REGISTRATION_CDMA1X] = { "modem.cdma.cdma1x-registration-state", "registration cdma1x", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_REGISTRATION_EVDO] = { "modem.cdma.evdo-registration-state", "registration evdo", MMC_S_MODEM_CDMA, },
[MMC_F_CDMA_ACTIVATION] = { "modem.cdma.activation-state", "activation", MMC_S_MODEM_CDMA, },
[MMC_F_SIM_PATH] = { "modem.generic.sim", "primary sim path", MMC_S_MODEM_SIM, },
[MMC_F_SIM_PRIMARY_SLOT] = { "modem.generic.primary-sim-slot", NULL, MMC_S_MODEM_SIM, },
[MMC_F_SIM_SLOT_PATHS] = { "modem.generic.sim-slots", "sim slot paths", MMC_S_MODEM_SIM, },
[MMC_F_BEARER_PATHS] = { "modem.generic.bearers", "paths", MMC_S_MODEM_BEARER, },
[MMC_F_TIME_CURRENT] = { "modem.time.current", "current", MMC_S_MODEM_TIME, },
[MMC_F_TIMEZONE_CURRENT] = { "modem.timezone.current", "current", MMC_S_MODEM_TIMEZONE, },
[MMC_F_TIMEZONE_DST_OFFSET] = { "modem.time.dst-offset", "dst offset", MMC_S_MODEM_TIMEZONE, },
[MMC_F_TIMEZONE_LEAP_SECONDS] = { "modem.time.leap-seconds", "leap seconds", MMC_S_MODEM_TIMEZONE, },
[MMC_F_MESSAGING_SUPPORTED_STORAGES] = { "modem.messaging.supported-storages", "supported storages", MMC_S_MODEM_MESSAGING, },
[MMC_F_MESSAGING_DEFAULT_STORAGES] = { "modem.messaging.default-storages", "default storages", MMC_S_MODEM_MESSAGING, },
[MMC_F_SIGNAL_REFRESH_RATE] = { "modem.signal.refresh.rate", "refresh rate", MMC_S_MODEM_SIGNAL, },
[MMC_F_SIGNAL_CDMA1X_RSSI] = { "modem.signal.cdma1x.rssi", "rssi", MMC_S_MODEM_SIGNAL_CDMA1X, },
[MMC_F_SIGNAL_CDMA1X_ECIO] = { "modem.signal.cdma1x.ecio", "ecio", MMC_S_MODEM_SIGNAL_CDMA1X, },
[MMC_F_SIGNAL_EVDO_RSSI] = { "modem.signal.evdo.rssi", "rssi", MMC_S_MODEM_SIGNAL_EVDO, },
[MMC_F_SIGNAL_EVDO_ECIO] = { "modem.signal.evdo.ecio", "ecio", MMC_S_MODEM_SIGNAL_EVDO, },
[MMC_F_SIGNAL_EVDO_SINR] = { "modem.signal.evdo.sinr", "sinr", MMC_S_MODEM_SIGNAL_EVDO, },
[MMC_F_SIGNAL_EVDO_IO] = { "modem.signal.evdo.io", "io", MMC_S_MODEM_SIGNAL_EVDO, },
[MMC_F_SIGNAL_GSM_RSSI] = { "modem.signal.gsm.rssi", "rssi", MMC_S_MODEM_SIGNAL_GSM, },
[MMC_F_SIGNAL_UMTS_RSSI] = { "modem.signal.umts.rssi", "rssi", MMC_S_MODEM_SIGNAL_UMTS, },
[MMC_F_SIGNAL_UMTS_RSCP] = { "modem.signal.umts.rscp", "rscp", MMC_S_MODEM_SIGNAL_UMTS, },
[MMC_F_SIGNAL_UMTS_ECIO] = { "modem.signal.umts.ecio", "ecio", MMC_S_MODEM_SIGNAL_UMTS, },
[MMC_F_SIGNAL_LTE_RSSI] = { "modem.signal.lte.rssi", "rssi", MMC_S_MODEM_SIGNAL_LTE, },
[MMC_F_SIGNAL_LTE_RSRQ] = { "modem.signal.lte.rsrq", "rsrq", MMC_S_MODEM_SIGNAL_LTE, },
[MMC_F_SIGNAL_LTE_RSRP] = { "modem.signal.lte.rsrp", "rsrp", MMC_S_MODEM_SIGNAL_LTE, },
[MMC_F_SIGNAL_LTE_SNR] = { "modem.signal.lte.snr", "s/n", MMC_S_MODEM_SIGNAL_LTE, },
[MMC_F_SIGNAL_5G_RSRQ] = { "modem.signal.5g.rsrq", "rsrq", MMC_S_MODEM_SIGNAL_5G, },
[MMC_F_SIGNAL_5G_RSRP] = { "modem.signal.5g.rsrp", "rsrp", MMC_S_MODEM_SIGNAL_5G, },
[MMC_F_SIGNAL_5G_SNR] = { "modem.signal.5g.snr", "s/n", MMC_S_MODEM_SIGNAL_5G, },
[MMC_F_OMA_FEATURES] = { "modem.oma.features", "features", MMC_S_MODEM_OMA, },
[MMC_F_OMA_CURRENT_TYPE] = { "modem.oma.current.type", "type", MMC_S_MODEM_OMA_CURRENT, },
[MMC_F_OMA_CURRENT_STATE] = { "modem.oma.current.state", "state", MMC_S_MODEM_OMA_CURRENT, },
[MMC_F_OMA_PENDING_SESSIONS] = { "modem.oma.pending-sessions", "sessions", MMC_S_MODEM_OMA_PENDING, },
[MMC_F_LOCATION_CAPABILITIES] = { "modem.location.capabilities", "capabilities", MMC_S_MODEM_LOCATION, },
[MMC_F_LOCATION_ENABLED] = { "modem.location.enabled", "enabled", MMC_S_MODEM_LOCATION, },
[MMC_F_LOCATION_SIGNALS] = { "modem.location.signals", "signals", MMC_S_MODEM_LOCATION, },
[MMC_F_LOCATION_GPS_REFRESH_RATE] = { "modem.location.gps.refresh-rate", "refresh rate", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_SUPL_SERVER] = { "modem.location.gps.supl-server", "a-gps supl server", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_ASSISTANCE] = { "modem.location.gps.assistance", "supported assistance", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_ASSISTANCE_SERVERS] = { "modem.location.gps.assistance-servers", "assistance servers", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_3GPP_MCC] = { "modem.location.3gpp.mcc", "operator code", MMC_S_MODEM_LOCATION_3GPP, },
[MMC_F_LOCATION_3GPP_MNC] = { "modem.location.3gpp.mnc", "operator name", MMC_S_MODEM_LOCATION_3GPP, },
[MMC_F_LOCATION_3GPP_LAC] = { "modem.location.3gpp.lac", "location area code", MMC_S_MODEM_LOCATION_3GPP, },
[MMC_F_LOCATION_3GPP_TAC] = { "modem.location.3gpp.tac", "tracking area code", MMC_S_MODEM_LOCATION_3GPP, },
[MMC_F_LOCATION_3GPP_CID] = { "modem.location.3gpp.cid", "cell id", MMC_S_MODEM_LOCATION_3GPP, },
[MMC_F_LOCATION_GPS_NMEA] = { "modem.location.gps.nmea", "nmea", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_UTC] = { "modem.location.gps.utc", "utc", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_LONG] = { "modem.location.gps.longitude", "longitude", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_LAT] = { "modem.location.gps.latitude", "latitude", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_GPS_ALT] = { "modem.location.gps.altitude", "altitude", MMC_S_MODEM_LOCATION_GPS, },
[MMC_F_LOCATION_CDMABS_LONG] = { "modem.location.cdma-bs.longitude", "longitude", MMC_S_MODEM_LOCATION_CDMABS, },
[MMC_F_LOCATION_CDMABS_LAT] = { "modem.location.cdma-bs.latitude", "latitude", MMC_S_MODEM_LOCATION_CDMABS, },
[MMC_F_FIRMWARE_LIST] = { "modem.firmware.list", "list", MMC_S_MODEM_FIRMWARE, },
[MMC_F_FIRMWARE_METHOD] = { "modem.firmware.method", "method", MMC_S_MODEM_FIRMWARE, },
[MMC_F_FIRMWARE_DEVICE_IDS] = { "modem.firmware.device-ids", "device ids", MMC_S_MODEM_FIRMWARE, },
[MMC_F_FIRMWARE_VERSION] = { "modem.firmware.version", "version", MMC_S_MODEM_FIRMWARE, },
[MMC_F_FIRMWARE_FASTBOOT_AT] = { "modem.firmware.fastboot.at", "at command", MMC_S_MODEM_FIRMWARE_FASTBOOT, },
[MMC_F_VOICE_EMERGENCY_ONLY] = { "modem.voice.emergency-only", "emergency only", MMC_S_MODEM_VOICE, },
[MMC_F_BEARER_GENERAL_DBUS_PATH] = { "bearer.dbus-path", "path", MMC_S_BEARER_GENERAL, },
[MMC_F_BEARER_GENERAL_TYPE] = { "bearer.type", "type", MMC_S_BEARER_GENERAL, },
[MMC_F_BEARER_STATUS_CONNECTED] = { "bearer.status.connected", "connected", MMC_S_BEARER_STATUS, },
[MMC_F_BEARER_STATUS_SUSPENDED] = { "bearer.status.suspended", "suspended", MMC_S_BEARER_STATUS, },
[MMC_F_BEARER_STATUS_MULTIPLEXED] = { "bearer.status.multiplexed", "multiplexed", MMC_S_BEARER_STATUS, },
[MMC_F_BEARER_STATUS_INTERFACE] = { "bearer.status.interface", "interface", MMC_S_BEARER_STATUS, },
[MMC_F_BEARER_STATUS_IP_TIMEOUT] = { "bearer.status.ip-timeout", "ip timeout", MMC_S_BEARER_STATUS, },
[MMC_F_BEARER_PROPERTIES_APN] = { "bearer.properties.apn", "apn", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_APN_TYPE] = { "bearer.properties.apn-type", "apn type", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_ROAMING] = { "bearer.properties.roaming", "roaming", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_IP_TYPE] = { "bearer.properties.ip-type", "ip type", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_ALLOWED_AUTH] = { "bearer.properties.allowed-auth", "allowed-auth", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_USER] = { "bearer.properties.user", "user", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_PASSWORD] = { "bearer.properties.password", "password", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_NUMBER] = { "bearer.properties.number", "number", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_PROPERTIES_RM_PROTOCOL] = { "bearer.properties.rm-protocol", "rm protocol", MMC_S_BEARER_PROPERTIES, },
[MMC_F_BEARER_IPV4_CONFIG_METHOD] = { "bearer.ipv4-config.method", "method", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV4_CONFIG_ADDRESS] = { "bearer.ipv4-config.address", "address", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV4_CONFIG_PREFIX] = { "bearer.ipv4-config.prefix", "prefix", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV4_CONFIG_GATEWAY] = { "bearer.ipv4-config.gateway", "gateway", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV4_CONFIG_DNS] = { "bearer.ipv4-config.dns", "dns", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV4_CONFIG_MTU] = { "bearer.ipv4-config.mtu", "mtu", MMC_S_BEARER_IPV4_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_METHOD] = { "bearer.ipv6-config.method", "method", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_ADDRESS] = { "bearer.ipv6-config.address", "address", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_PREFIX] = { "bearer.ipv6-config.prefix", "prefix", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_GATEWAY] = { "bearer.ipv6-config.gateway", "gateway", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_DNS] = { "bearer.ipv6-config.dns", "dns", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_IPV6_CONFIG_MTU] = { "bearer.ipv6-config.mtu", "mtu", MMC_S_BEARER_IPV6_CONFIG, },
[MMC_F_BEARER_STATS_DURATION] = { "bearer.stats.duration", "duration", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_BYTES_RX] = { "bearer.stats.bytes-rx", "bytes rx", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_BYTES_TX] = { "bearer.stats.bytes-tx", "bytes tx", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_ATTEMPTS] = { "bearer.stats.attempts", "attempts", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_FAILED_ATTEMPTS] = { "bearer.stats.failed-attempts", "attempts", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_TOTAL_DURATION] = { "bearer.stats.total-duration", "total-duration", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_TOTAL_BYTES_RX] = { "bearer.stats.total-bytes-rx", "total-bytes rx", MMC_S_BEARER_STATS, },
[MMC_F_BEARER_STATS_TOTAL_BYTES_TX] = { "bearer.stats.total-bytes-tx", "total-bytes tx", MMC_S_BEARER_STATS, },
[MMC_F_CALL_GENERAL_DBUS_PATH] = { "call.dbus-path", "path", MMC_S_CALL_GENERAL, },
[MMC_F_CALL_PROPERTIES_NUMBER] = { "call.properties.number", "number", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_PROPERTIES_DIRECTION] = { "call.properties.direction", "direction", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_PROPERTIES_MULTIPARTY] = { "call.properties.multiparty", "multiparty", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_PROPERTIES_STATE] = { "call.properties.state", "state", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_PROPERTIES_STATE_REASON] = { "call.properties.state-reason", "state reason", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_PROPERTIES_AUDIO_PORT] = { "call.properties.audio-port", "audio port", MMC_S_CALL_PROPERTIES, },
[MMC_F_CALL_AUDIO_FORMAT_ENCODING] = { "call.audio-format.encoding", "encoding", MMC_S_CALL_AUDIO_FORMAT, },
[MMC_F_CALL_AUDIO_FORMAT_RESOLUTION] = { "call.audio-format.resolution", "resolution", MMC_S_CALL_AUDIO_FORMAT, },
[MMC_F_CALL_AUDIO_FORMAT_RATE] = { "call.audio-format.rate", "rate", MMC_S_CALL_AUDIO_FORMAT, },
[MMC_F_SMS_GENERAL_DBUS_PATH] = { "sms.dbus-path", "path", MMC_S_SMS_GENERAL, },
[MMC_F_SMS_CONTENT_NUMBER] = { "sms.content.number", "number", MMC_S_SMS_CONTENT, },
[MMC_F_SMS_CONTENT_TEXT] = { "sms.content.text", "text", MMC_S_SMS_CONTENT, },
[MMC_F_SMS_CONTENT_DATA] = { "sms.content.data", "data", MMC_S_SMS_CONTENT, },
[MMC_F_SMS_PROPERTIES_PDU_TYPE] = { "sms.properties.pdu-type", "pdu type", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_STATE] = { "sms.properties.state", "state", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_VALIDITY] = { "sms.properties.validity", "validity", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_STORAGE] = { "sms.properties.storage", "storage", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_SMSC] = { "sms.properties.smsc", "smsc", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_CLASS] = { "sms.properties.class", "class", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_TELESERVICE_ID] = { "sms.properties.teleservice-id", "teleservice id", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_SERVICE_CATEGORY] = { "sms.properties.service-category", "service category", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_DELIVERY_REPORT] = { "sms.properties.delivery-report", "delivery report", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_MSG_REFERENCE] = { "sms.properties.message-reference", "message reference", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_TIMESTAMP] = { "sms.properties.timestamp", "timestamp", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_DELIVERY_STATE] = { "sms.properties.delivery-state", "delivery state", MMC_S_SMS_PROPERTIES, },
[MMC_F_SMS_PROPERTIES_DISCH_TIMESTAMP] = { "sms.properties.discharge-timestamp", "discharge timestamp", MMC_S_SMS_PROPERTIES, },
[MMC_F_SIM_GENERAL_DBUS_PATH] = { "sim.dbus-path", "path", MMC_S_SIM_GENERAL, },
[MMC_F_SIM_PROPERTIES_ACTIVE] = { "sim.properties.active", "active", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_IMSI] = { "sim.properties.imsi", "imsi", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_ICCID] = { "sim.properties.iccid", "iccid", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_EID] = { "sim.properties.eid", "eid", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_OPERATOR_ID] = { "sim.properties.operator-code", "operator id", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_OPERATOR_NAME] = { "sim.properties.operator-name", "operator name", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_EMERGENCY_NUMBERS] = { "sim.properties.emergency-numbers", "emergency numbers", MMC_S_SIM_PROPERTIES, },
[MMC_F_SIM_PROPERTIES_PREFERRED_NETWORKS] = { "sim.properties.preferred-networks", "preferred networks", MMC_S_SIM_PROPERTIES, },
[MMC_F_MODEM_LIST_DBUS_PATH] = { "modem-list", "modems", MMC_S_UNKNOWN, },
[MMC_F_SMS_LIST_DBUS_PATH] = { "modem.messaging.sms", "sms messages", MMC_S_UNKNOWN, },
[MMC_F_CALL_LIST_DBUS_PATH] = { "modem.voice.call", "calls", MMC_S_UNKNOWN, },
};
/******************************************************************************/
/* Output type selection */
static MmcOutputType selected_type = MMC_OUTPUT_TYPE_NONE;
void
mmcli_output_set (MmcOutputType type)
{
selected_type = type;
}
MmcOutputType
mmcli_output_get (void)
{
return selected_type;
}
/******************************************************************************/
/* Generic output management */
typedef enum {
VALUE_TYPE_SINGLE,
VALUE_TYPE_MULTIPLE,
VALUE_TYPE_LISTITEM,
} ValueType;
typedef struct {
MmcF field;
ValueType type;
} OutputItem;
typedef struct {
OutputItem base;
gchar *value;
} OutputItemSingle;
typedef struct {
OutputItem base;
gchar **values;
gboolean multiline;
} OutputItemMultiple;
typedef struct {
OutputItem base;
gchar *prefix;
gchar *value;
gchar *extra;
} OutputItemListitem;
static GList *output_items;
static void
output_item_free (OutputItem *item)
{
switch (item->type) {
case VALUE_TYPE_SINGLE:
g_free (((OutputItemSingle *)item)->value);
g_slice_free (OutputItemSingle, (OutputItemSingle *)item);
break;
case VALUE_TYPE_MULTIPLE:
g_strfreev (((OutputItemMultiple *)item)->values);
g_slice_free (OutputItemMultiple, (OutputItemMultiple *)item);
break;
case VALUE_TYPE_LISTITEM:
g_free (((OutputItemListitem *)item)->prefix);
g_free (((OutputItemListitem *)item)->value);
g_free (((OutputItemListitem *)item)->extra);
break;
default:
g_assert_not_reached ();
}
}
static gboolean
filter_out_value (const gchar *value)
{
return (!g_strcmp0 (value, "unknown") || !g_strcmp0 (value, "none"));
}
static void
output_item_new_take_single (MmcF field,
gchar *value)
{
OutputItemSingle *item;
item = g_slice_new0 (OutputItemSingle);
item->base.field = field;
item->base.type = VALUE_TYPE_SINGLE;
if (filter_out_value (value))
g_free (value);
else
item->value = value;
output_items = g_list_prepend (output_items, item);
}
static void
output_item_new_take_multiple (MmcF field,
gchar **values,
gboolean multiline)
{
OutputItemMultiple *item;
item = g_slice_new0 (OutputItemMultiple);
item->base.field = field;
item->base.type = VALUE_TYPE_MULTIPLE;
item->multiline = multiline;
if (values && (g_strv_length (values) == 1) && filter_out_value (values[0]))
g_strfreev (values);
else
item->values = values;
output_items = g_list_prepend (output_items, item);
}
static void
output_item_new_take_listitem (MmcF field,
gchar *prefix,
gchar *value,
gchar *extra)
{
OutputItemListitem *item;
item = g_slice_new0 (OutputItemListitem);
item->base.field = field;
item->base.type = VALUE_TYPE_LISTITEM;
item->prefix = prefix;
item->value = value;
item->extra = extra;
output_items = g_list_prepend (output_items, item);
}
void
mmcli_output_string_list (MmcF field,
const gchar *str)
{
gchar **split;
split = str ? g_strsplit (str, ",", -1) : NULL;
if (split) {
guint i;
for (i = 0; split[i]; i++)
g_strstrip (split[i]);
}
output_item_new_take_multiple (field, split, FALSE);
}
void
mmcli_output_string_list_take (MmcF field,
gchar *str)
{
mmcli_output_string_list (field, str);
g_free (str);
}
void
mmcli_output_string_multiline (MmcF field,
const gchar *str)
{
gchar **split;
split = str ? g_strsplit (str, "\n", -1) : NULL;
if (split) {
guint i;
for (i = 0; split[i]; i++)
g_strstrip (split[i]);
}
output_item_new_take_multiple (field, split, TRUE);
}
void
mmcli_output_string_multiline_take (MmcF field,
gchar *str)
{
mmcli_output_string_multiline (field, str);
g_free (str);
}
void
mmcli_output_string_array (MmcF field,
const gchar **strv,
gboolean multiline)
{
output_item_new_take_multiple (field, g_strdupv ((gchar **)strv), multiline);
}
void
mmcli_output_string_array_take (MmcF field,
gchar **strv,
gboolean multiline)
{
output_item_new_take_multiple (field, strv, multiline);
}
void
mmcli_output_string (MmcF field,
const gchar *str)
{
output_item_new_take_single (field, g_strdup (str));
}
void
mmcli_output_string_take (MmcF field,
gchar *str)
{
output_item_new_take_single (field, str);
}
void
mmcli_output_string_take_typed (MmcF field,
gchar *value,
const gchar *type)
{
if (value && selected_type == MMC_OUTPUT_TYPE_HUMAN) {
gchar *aux;
aux = g_strdup_printf ("%s %s", value, type);
g_free (value);
output_item_new_take_single (field, aux);
return;
}
output_item_new_take_single (field, value);
}
void
mmcli_output_listitem (MmcF field,
const gchar *prefix,
const gchar *value,
const gchar *extra)
{
output_item_new_take_listitem (field, g_strdup (prefix), g_strdup (value), g_strdup (extra));
}
/******************************************************************************/
/* (Custom) Signal quality output */
void
mmcli_output_signal_quality (guint value,
gboolean recent)
{
/* Merge value and recent flag in a single item in human output */
if (selected_type == MMC_OUTPUT_TYPE_HUMAN) {
output_item_new_take_single (MMC_F_STATUS_SIGNAL_QUALITY_VALUE,
g_strdup_printf ("%u%% (%s)", value, recent ? "recent" : "cached"));
return;
}
output_item_new_take_single (MMC_F_STATUS_SIGNAL_QUALITY_VALUE,
g_strdup_printf ("%u", value));
output_item_new_take_single (MMC_F_STATUS_SIGNAL_QUALITY_RECENT,
g_strdup_printf ("%s", recent ? "yes" : "no"));
}
/******************************************************************************/
/* (Custom) State output */
void
mmcli_output_state (MMModemState state,
MMModemStateFailedReason reason)
{
#define KNRM "\x1B[0m"
#define KRED "\x1B[31m"
#define KGRN "\x1B[32m"
#define KYEL "\x1B[33m"
if (selected_type == MMC_OUTPUT_TYPE_HUMAN) {
if (state == MM_MODEM_STATE_FAILED)
output_item_new_take_single (MMC_F_STATUS_STATE, g_strdup_printf (KRED "%s" KNRM, mm_modem_state_get_string (state)));
else if (state == MM_MODEM_STATE_CONNECTED)
output_item_new_take_single (MMC_F_STATUS_STATE, g_strdup_printf (KGRN "%s" KNRM, mm_modem_state_get_string (state)));
else if (state == MM_MODEM_STATE_CONNECTING)
output_item_new_take_single (MMC_F_STATUS_STATE, g_strdup_printf (KYEL "%s" KNRM, mm_modem_state_get_string (state)));
else
output_item_new_take_single (MMC_F_STATUS_STATE, g_strdup (mm_modem_state_get_string (state))) ;
if (state == MM_MODEM_STATE_FAILED)
output_item_new_take_single (MMC_F_STATUS_FAILED_REASON,
g_strdup_printf (KRED "%s" KNRM, mm_modem_state_failed_reason_get_string (reason)));
return;
}
output_item_new_take_single (MMC_F_STATUS_STATE, g_strdup (mm_modem_state_get_string (state)));
output_item_new_take_single (MMC_F_STATUS_FAILED_REASON,
(state == MM_MODEM_STATE_FAILED) ?
g_strdup (mm_modem_state_failed_reason_get_string (reason)) :
NULL);
}
/******************************************************************************/
/* (Custom) SIM slots output */
void
mmcli_output_sim_slots (gchar **sim_slot_paths,
guint primary_sim_slot)
{
guint i;
if (selected_type != MMC_OUTPUT_TYPE_HUMAN || !sim_slot_paths) {
mmcli_output_string_take (MMC_F_SIM_PRIMARY_SLOT, primary_sim_slot ? g_strdup_printf ("%u", primary_sim_slot) : NULL);
mmcli_output_string_array_take (MMC_F_SIM_SLOT_PATHS, sim_slot_paths ? sim_slot_paths : NULL, TRUE);
return;
}
/* Include SIM slot number in each item */
for (i = 0; sim_slot_paths[i]; i++) {
gchar *aux;
guint slot_number = i + 1;
aux = g_strdup_printf ("slot %u: %s%s",
slot_number,
g_str_equal (sim_slot_paths[i], "/") ? "none" : sim_slot_paths[i],
(primary_sim_slot == slot_number) ? " (active)" : "");
g_free (sim_slot_paths[i]);
sim_slot_paths[i] = aux;
}
mmcli_output_string_array_take (MMC_F_SIM_SLOT_PATHS, sim_slot_paths, TRUE);
}
/******************************************************************************/
/* (Custom) Network scan output */
static gchar *
build_network_info (MMModem3gppNetwork *network)
{
const gchar *operator_code;
const gchar *operator_name;
gchar *access_technologies;
const gchar *availability;
gchar *out;
operator_code = mm_modem_3gpp_network_get_operator_code (network);
operator_name = mm_modem_3gpp_network_get_operator_long (network);
if (!operator_name)
operator_name = mm_modem_3gpp_network_get_operator_short (network);
access_technologies = mm_modem_access_technology_build_string_from_mask (mm_modem_3gpp_network_get_access_technology (network));
availability = mm_modem_3gpp_network_availability_get_string (mm_modem_3gpp_network_get_availability (network));
if (selected_type == MMC_OUTPUT_TYPE_HUMAN)
out = g_strdup_printf ("%s - %s (%s, %s)",
operator_code ? operator_code : "code n/a",
operator_name ? operator_name : "name n/a",
access_technologies,
availability);
else
out = g_strdup_printf ("operator-code: %s, operator-name: %s, access-technologies: %s, availability: %s",
operator_code ? operator_code : "--",
operator_name ? operator_name : "--",
access_technologies,
availability);
g_free (access_technologies);
return out;
}
void
mmcli_output_scan_networks (GList *network_list)
{
gchar **networks = NULL;
if (network_list) {
GPtrArray *aux;
GList *l;
aux = g_ptr_array_new ();
for (l = network_list; l; l = g_list_next (l))
g_ptr_array_add (aux, build_network_info ((MMModem3gppNetwork *)(l->data)));
g_ptr_array_add (aux, NULL);
networks = (gchar **) g_ptr_array_free (aux, FALSE);
}
/* When printing human result, we want to show some result even if no networks
* are found, so we force a explicit string result. */
if (selected_type == MMC_OUTPUT_TYPE_HUMAN && !networks)
output_item_new_take_single (MMC_F_3GPP_SCAN_NETWORKS, g_strdup ("n/a"));
else
output_item_new_take_multiple (MMC_F_3GPP_SCAN_NETWORKS, networks, TRUE);
}
/******************************************************************************/
/* (Custom) Firmware list output */
static void
build_firmware_info_human (GPtrArray *array,
MMFirmwareProperties *props,
gboolean selected)
{
g_ptr_array_add (array, g_strdup (mm_firmware_properties_get_unique_id (props)));
g_ptr_array_add (array, g_strdup_printf (" current: %s", selected ? "yes" : "no"));
if (mm_firmware_properties_get_image_type (props) == MM_FIRMWARE_IMAGE_TYPE_GOBI) {
const gchar *aux;
if ((aux = mm_firmware_properties_get_gobi_pri_version (props)) != NULL)
g_ptr_array_add (array, g_strdup_printf (" gobi pri version: %s", aux));
if ((aux = mm_firmware_properties_get_gobi_pri_info (props)) != NULL)
g_ptr_array_add (array, g_strdup_printf (" gobi pri info: %s", aux));
if ((aux = mm_firmware_properties_get_gobi_boot_version (props)) != NULL)
g_ptr_array_add (array, g_strdup_printf (" gobi boot version: %s", aux));
if ((aux = mm_firmware_properties_get_gobi_pri_unique_id (props)) != NULL)
g_ptr_array_add (array, g_strdup_printf (" gobi pri unique id: %s", aux));
if ((aux = mm_firmware_properties_get_gobi_modem_unique_id (props)) != NULL)
g_ptr_array_add (array, g_strdup_printf (" gobi modem unique id: %s", aux));
}
}
static void
build_firmware_info_keyvalue (GPtrArray *array,
MMFirmwareProperties *props,
gboolean selected)
{
GString *str;
str = g_string_new ("");
g_string_append_printf (str, "unique-id: %s", mm_firmware_properties_get_unique_id (props));
g_string_append_printf (str, ", current: %s", selected ? "yes" : "no");
if (mm_firmware_properties_get_image_type (props) == MM_FIRMWARE_IMAGE_TYPE_GOBI) {
const gchar *aux;
if ((aux = mm_firmware_properties_get_gobi_pri_version (props)) != NULL)
g_string_append_printf (str, ", gobi-pri-version: %s", aux);
if ((aux = mm_firmware_properties_get_gobi_pri_info (props)) != NULL)
g_string_append_printf (str, ", gobi-pri-info: %s", aux);
if ((aux = mm_firmware_properties_get_gobi_boot_version (props)) != NULL)
g_string_append_printf (str, ", gobi-boot-version: %s", aux);
if ((aux = mm_firmware_properties_get_gobi_pri_unique_id (props)) != NULL)
g_string_append_printf (str, ", gobi-pri-unique id: %s", aux);
if ((aux = mm_firmware_properties_get_gobi_modem_unique_id (props)) != NULL)
g_string_append_printf (str, ", gobi-modem-unique id: %s", aux);
}
g_ptr_array_add (array, g_string_free (str, FALSE));
}
void
mmcli_output_firmware_list (GList *firmware_list,
MMFirmwareProperties *selected)
{
gchar **firmwares = NULL;
if (firmware_list) {
GPtrArray *aux;
GList *l;
aux = g_ptr_array_new ();
for (l = firmware_list; l; l = g_list_next (l)) {
MMFirmwareProperties *props = (MMFirmwareProperties *)(l->data);
gboolean current_selected;
current_selected = (selected &&
g_str_equal (mm_firmware_properties_get_unique_id (props),
mm_firmware_properties_get_unique_id (selected)));
if (selected_type == MMC_OUTPUT_TYPE_HUMAN)
build_firmware_info_human (aux, props, current_selected);
else
build_firmware_info_keyvalue (aux, props, current_selected);
}
g_ptr_array_add (aux, NULL);
firmwares = (gchar **) g_ptr_array_free (aux, FALSE);
}
/* When printing human result, we want to show some result even if no firmwares
* are found, so we force a explicit string result. */
if (selected_type == MMC_OUTPUT_TYPE_HUMAN && !firmwares)
output_item_new_take_single (MMC_F_FIRMWARE_LIST, g_strdup ("n/a"));
else
output_item_new_take_multiple (MMC_F_FIRMWARE_LIST, firmwares, TRUE);
}
/******************************************************************************/
/* (Custom) PCO list output */
void
mmcli_output_pco_list (GList *pco_list)
{
GPtrArray *aux;
GList *l;
if (!pco_list) {
output_item_new_take_single (MMC_F_3GPP_PCO, NULL);
return;
}
aux = g_ptr_array_new ();
for (l = pco_list; l; l = g_list_next (l)) {
MMPco *pco;
gchar *pco_data_hex;
const guint8 *pco_data;
gsize pco_data_size;
pco = MM_PCO (l->data);
pco_data = mm_pco_get_data (pco, &pco_data_size);
pco_data_hex = (pco_data ? mm_utils_bin2hexstr (pco_data, pco_data_size) : NULL);
if (selected_type == MMC_OUTPUT_TYPE_HUMAN)
g_ptr_array_add (aux, g_strdup_printf ("%u: (%s) '%s'\n",
mm_pco_get_session_id (pco),
mm_pco_is_complete (pco) ? "complete" : "partial",
pco_data_hex ? pco_data_hex : ""));
else
g_ptr_array_add (aux, g_strdup_printf ("session-id: %u, complete: %s, data: %s\n",
mm_pco_get_session_id (pco),
mm_pco_is_complete (pco) ? "yes" : "no",
pco_data_hex ? pco_data_hex : ""));
g_free (pco_data_hex);
}
g_ptr_array_add (aux, NULL);
output_item_new_take_multiple (MMC_F_3GPP_PCO, (gchar **) g_ptr_array_free (aux, FALSE), TRUE);
}
/******************************************************************************/
/* (Custom) Preferred networks output */
void
mmcli_output_preferred_networks (GList *preferred_nets_list)
{
if (preferred_nets_list) {
GPtrArray *aux;
aux = g_ptr_array_new ();
for (;preferred_nets_list; preferred_nets_list = g_list_next (preferred_nets_list)) {
const MMSimPreferredNetwork *preferred_net;
gchar *access_technologies;
gchar *out;
const gchar *operator_code;
preferred_net = (const MMSimPreferredNetwork *)preferred_nets_list->data;
operator_code = mm_sim_preferred_network_get_operator_code (preferred_net);
access_technologies = mm_modem_access_technology_build_string_from_mask (mm_sim_preferred_network_get_access_technology (preferred_net));
if (selected_type == MMC_OUTPUT_TYPE_HUMAN)
out = g_strdup_printf ("%s (%s)",
operator_code,
access_technologies);
else
out = g_strdup_printf ("operator-code: %s, access-technologies: %s",
operator_code,
access_technologies);
g_ptr_array_add (aux, out);
g_free (access_technologies);
}
g_ptr_array_add (aux, NULL);
mmcli_output_string_array_take (MMC_F_SIM_PROPERTIES_PREFERRED_NETWORKS, (gchar **) g_ptr_array_free (aux, FALSE), TRUE);
}
}
/******************************************************************************/
/* Human-friendly output */
#define HUMAN_MAX_VALUE_LENGTH 60
static gint
list_sort_human (const OutputItem *item_a,
const OutputItem *item_b)
{
if (field_infos[item_a->field].section < field_infos[item_b->field].section)
return -1;
if (field_infos[item_a->field].section > field_infos[item_b->field].section)
return 1;
return item_a->field - item_b->field;
}
static void
dump_output_human (void)
{
GList *l;
MmcS current_section = MMC_S_UNKNOWN;
guint longest_section_name = 0;
guint longest_field_name = 0;
output_items = g_list_sort (output_items, (GCompareFunc) list_sort_human);
/* First pass to process */
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l;
guint aux;
gboolean ignore = FALSE;
item_l = (OutputItem *)(l->data);
/* Post-process values */
if (item_l->type == VALUE_TYPE_SINGLE) {
OutputItemSingle *single = (OutputItemSingle *)item_l;
if (!single->value)
ignore = TRUE;
} else if (item_l->type == VALUE_TYPE_MULTIPLE) {
OutputItemMultiple *multiple = (OutputItemMultiple *)item_l;
if (!multiple->values)
ignore = TRUE;
}
/* Compute max lengths */
if (!ignore) {
aux = strlen (section_infos[field_infos[item_l->field].section].name);
if (aux > longest_section_name)
longest_section_name = aux;
aux = strlen (field_infos[item_l->field].name);
if (aux > longest_field_name)
longest_field_name = aux;
}
}
/* Second pass to print */
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l;
OutputItemSingle *single = NULL;
OutputItemMultiple *multiple = NULL;
item_l = (OutputItem *)(l->data);
if (item_l->type == VALUE_TYPE_SINGLE)
single = (OutputItemSingle *)item_l;
else if (item_l->type == VALUE_TYPE_MULTIPLE)
multiple = (OutputItemMultiple *)item_l;
else
g_assert_not_reached ();
/* Ignore items without a value set */
if ((single && (!single->value || !single->value[0])) ||
(multiple && (!multiple->values || !g_strv_length (multiple->values))))
continue;
/* Section change? */
if (field_infos[item_l->field].section != current_section) {
current_section = field_infos[item_l->field].section;
g_print (" %.*s\n",
longest_section_name + longest_field_name + 4,
"------------------------------------------------------------");
g_print (" %-*.*s | ",
longest_section_name,
longest_section_name,
section_infos[field_infos[item_l->field].section].name);
} else
g_print (" %*.*s | ",
longest_section_name,
longest_section_name,
"");
g_print ("%*.*s: ",
longest_field_name, longest_field_name, field_infos[item_l->field].name);
if (single) {
gchar **split_lines;
guint i;
split_lines = g_strsplit (single->value, "\n", -1);
for (i = 0; split_lines[i]; i++) {
if (i != 0) {
g_print (" %*.*s | %*.*s ",
longest_section_name, longest_section_name, "",
longest_field_name, longest_field_name, "");
}
g_print ("%s\n", split_lines[i]);
}
g_strfreev (split_lines);
} else if (multiple) {
guint line_length = 0;
guint n, i;
n = multiple->values ? g_strv_length (multiple->values) : 0;
for (i = 0; i < n; i++) {
const gchar *value;
guint value_length;
value = multiple->values[i];
value_length = strlen (value) + ((i < (n - 1)) ? 2 : 0);
if ((multiple->multiline && i != 0) || ((line_length + value_length) > HUMAN_MAX_VALUE_LENGTH)) {
line_length = 0;
g_print ("\n"
" %*.*s | %*.*s ",
longest_section_name, longest_section_name, "",
longest_field_name, longest_field_name, "");
} else
line_length += value_length;
g_print ("%s%s", value, (!multiple->multiline && i < (n - 1)) ? ", " : "");
}
g_print ("\n");
}
}
}
static void
dump_output_list_human (MmcF field)
{
GList *l;
guint n;
g_assert (field != MMC_F_UNKNOWN);
/* First pass to process */
for (n = 0, l = output_items; l; l = g_list_next (l), n++) {
OutputItem *item_l;
OutputItemListitem *listitem;
item_l = (OutputItem *)(l->data);
g_assert (item_l->type == VALUE_TYPE_LISTITEM);
listitem = (OutputItemListitem *)item_l;
g_assert (listitem->value);
/* All items must be of same type */
g_assert_cmpint (item_l->field, ==, field);
}
/* Second pass to print */
if (n == 0) {
g_print ("No %s were found\n", field_infos[field].name);
return;
}
for (l = output_items; l; l = g_list_next (l)) {
OutputItemListitem *listitem;
listitem = (OutputItemListitem *)(l->data);
g_print ("%s%s %s\n", listitem->prefix, listitem->value, listitem->extra);
}
}
/******************************************************************************/
/* Key-value output */
#define KEY_ARRAY_LENGTH_SUFFIX ".length"
#define KEY_ARRAY_VALUE_SUFFIX ".value"
static gint
list_sort_keyvalue (const OutputItem *item_a,
const OutputItem *item_b)
{
return item_a->field - item_b->field;
}
static void
dump_output_keyvalue (void)
{
GList *l;
guint longest_field_key = 0;
output_items = g_list_sort (output_items, (GCompareFunc) list_sort_keyvalue);
/* First pass to process */
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l;
OutputItemMultiple *multiple = NULL;
guint key_length;
item_l = (OutputItem *)(l->data);
if (item_l->type == VALUE_TYPE_MULTIPLE)
multiple = (OutputItemMultiple *)item_l;
key_length = strlen (field_infos[item_l->field].key);
/* when printing array contents, each item is given with an index,
* e.g.: something.value[1]
* The max length of the field will need to consider the array length
* in order to accommodate the length of the index.
*/
if (multiple) {
guint n;
n = multiple->values ? g_strv_length (multiple->values) : 0;
if (n > 0) {
guint aux = n;
key_length += ((strlen (KEY_ARRAY_VALUE_SUFFIX)) + 3);
while ((aux /= 10) > 0)
key_length++;
}
}
if (key_length > longest_field_key)
longest_field_key = key_length;
}
/* Second pass to print */
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l;
OutputItemSingle *single = NULL;
OutputItemMultiple *multiple = NULL;
item_l = (OutputItem *)(l->data);
if (item_l->type == VALUE_TYPE_SINGLE)
single = (OutputItemSingle *)item_l;
else if (item_l->type == VALUE_TYPE_MULTIPLE)
multiple = (OutputItemMultiple *)item_l;
else
g_assert_not_reached ();
if (single) {
gchar *escaped = NULL;
if (single->value)
escaped = g_strescape (single->value, NULL);
g_print ("%-*.*s : %s\n",
longest_field_key, longest_field_key, field_infos[item_l->field].key,
escaped ? escaped : "--");
g_free (escaped);
} else if (multiple) {
guint n;
n = multiple->values ? g_strv_length (multiple->values) : 0;
if (n > 0) {
guint i;
gchar *new_key;
new_key = g_strdup_printf ("%s" KEY_ARRAY_LENGTH_SUFFIX, field_infos[item_l->field].key);
g_print ("%-*.*s : %u\n", longest_field_key, longest_field_key, new_key, n);
g_free (new_key);
for (i = 0; i < n; i++) {
gchar *escaped = NULL;
/* Printed indices start at 1 */
new_key = g_strdup_printf ("%s" KEY_ARRAY_VALUE_SUFFIX "[%u]", field_infos[item_l->field].key, i + 1);
escaped = g_strescape (multiple->values[i], NULL);
g_print ("%-*.*s : %s\n", longest_field_key, longest_field_key, new_key, escaped);
g_free (escaped);
g_free (new_key);
}
} else
g_print ("%-*.*s : --\n",
longest_field_key, longest_field_key, field_infos[item_l->field].key);
}
}
}
static void
dump_output_list_keyvalue (MmcF field)
{
GList *l;
guint key_length;
guint n;
gchar *new_key;
g_assert (field != MMC_F_UNKNOWN);
key_length = strlen (field_infos[field].key);
/* First pass to process */
for (n = 0, l = output_items; l; l = g_list_next (l), n++) {
OutputItem *item_l;
OutputItemListitem *listitem;
item_l = (OutputItem *)(l->data);
g_assert (item_l->type == VALUE_TYPE_LISTITEM);
listitem = (OutputItemListitem *)item_l;
g_assert (listitem->value);
/* All items must be of same type */
g_assert_cmpint (item_l->field, ==, field);
}
if (n > 0) {
key_length += ((strlen (KEY_ARRAY_VALUE_SUFFIX)) + 3);
if (n > 10)
key_length++;
}
new_key = g_strdup_printf ("%s" KEY_ARRAY_LENGTH_SUFFIX, field_infos[field].key);
g_print ("%-*.*s : %u\n", key_length, key_length, new_key, n);
g_free (new_key);
/* Second pass to print */
for (n = 0, l = output_items; l; l = g_list_next (l), n++) {
OutputItemListitem *listitem;
listitem = (OutputItemListitem *)(l->data);
new_key = g_strdup_printf ("%s" KEY_ARRAY_VALUE_SUFFIX "[%u]", field_infos[field].key, n + 1);
g_print ("%-*.*s : %s\n",
key_length, key_length, new_key,
listitem->value);
g_free (new_key);
}
}
/******************************************************************************/
/* JSON-friendly output */
static gchar *
json_strescape (const gchar *str)
{
const gchar *p;
const gchar *end;
GString *output;
gsize len;
len = strlen (str);
end = str + len;
output = g_string_sized_new (len);
for (p = str; p < end; p++) {
if (*p == '\\' || *p == '"') {
g_string_append_c (output, '\\');
g_string_append_c (output, *p);
} else if ((*p > 0 && *p < 0x1f) || *p == 0x7f) {
switch (*p) {
case '\b':
g_string_append (output, "\\b");
break;
case '\f':
g_string_append (output, "\\f");
break;
case '\n':
g_string_append (output, "\\n");
break;
case '\r':
g_string_append (output, "\\r");
break;
case '\t':
g_string_append (output, "\\t");
break;
default:
g_string_append_printf (output, "\\u00%02x", (guint)*p);
break;
}
} else
g_string_append_c (output, *p);
}
return g_string_free (output, FALSE);
}
static gint
list_sort_by_keys (const OutputItem *item_a,
const OutputItem *item_b)
{
return g_strcmp0 (field_infos[item_a->field].key, field_infos[item_b->field].key);
}
static void
dump_output_json (void)
{
GList *l;
MmcF current_field = MMC_F_UNKNOWN;
gchar **current_path = NULL;
guint cur_dlen = 0;
output_items = g_list_sort (output_items, (GCompareFunc) list_sort_by_keys);
g_print("{");
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l = (OutputItem *)(l->data);
if (current_field != item_l->field) {
guint new_dlen;
guint iter = 0;
gchar **new_path;
new_path = g_strsplit (field_infos[item_l->field].key, ".", -1);
new_dlen = g_strv_length (new_path) - 1;
if (current_path) {
guint min_dlen;
min_dlen = MIN (cur_dlen, new_dlen);
while (iter < min_dlen && g_strcmp0 (current_path[iter], new_path[iter]) == 0)
iter++;
g_strfreev (current_path);
if (iter < min_dlen || new_dlen < cur_dlen)
for (min_dlen = iter; min_dlen < cur_dlen; min_dlen++)
g_print ("}");
g_print (",");
}
while (iter < new_dlen)
g_print ("\"%s\":{", new_path[iter++]);
cur_dlen = new_dlen;
current_path = new_path;
current_field = item_l->field;
} else {
g_print (",");
}
if (item_l->type == VALUE_TYPE_SINGLE) {
OutputItemSingle *single = (OutputItemSingle *) item_l;
gchar *escaped = NULL;
if (single->value)
escaped = json_strescape (single->value);
g_print ("\"%s\":\"%s\"", current_path[cur_dlen], escaped ? escaped : "--");
g_free (escaped);
} else if (item_l->type == VALUE_TYPE_MULTIPLE) {
OutputItemMultiple *multiple = (OutputItemMultiple *) item_l;
guint i, n;
n = multiple->values ? g_strv_length (multiple->values) : 0;
g_print ("\"%s\":[", current_path[cur_dlen]);
for (i = 0; i < n; i++) {
gchar *escaped;
escaped = json_strescape (multiple->values[i]);
g_print("\"%s\"", escaped);
if (i < n - 1)
g_print(",");
g_free (escaped);
}
g_print("]");
} else
g_assert_not_reached ();
}
while (cur_dlen--)
g_print ("}");
g_print("}\n");
g_strfreev (current_path);
}
static void
dump_output_list_json (MmcF field)
{
GList *l;
g_assert (field != MMC_F_UNKNOWN);
g_print("{\"%s\":[", field_infos[field].key);
for (l = output_items; l; l = g_list_next (l)) {
OutputItem *item_l;
OutputItemListitem *listitem;
item_l = (OutputItem *)(l->data);
g_assert (item_l->type == VALUE_TYPE_LISTITEM);
listitem = (OutputItemListitem *)item_l;
g_assert (listitem->value);
/* All items must be of same type */
g_assert_cmpint (item_l->field, ==, field);
g_print("\"%s\"", listitem->value);
if (g_list_next (l))
g_print(",");
}
g_print("]}\n");
}
/******************************************************************************/
/* Dump output */
void
mmcli_output_dump (void)
{
switch (selected_type) {
case MMC_OUTPUT_TYPE_NONE:
break;
case MMC_OUTPUT_TYPE_HUMAN:
dump_output_human ();
break;
case MMC_OUTPUT_TYPE_KEYVALUE:
dump_output_keyvalue ();
break;
case MMC_OUTPUT_TYPE_JSON:
dump_output_json ();
break;
default:
g_assert_not_reached ();
}
g_list_free_full (output_items, (GDestroyNotify) output_item_free);
output_items = NULL;
fflush (stdout);
}
void
mmcli_output_list_dump (MmcF field)
{
switch (selected_type) {
case MMC_OUTPUT_TYPE_NONE:
break;
case MMC_OUTPUT_TYPE_HUMAN:
dump_output_list_human (field);
break;
case MMC_OUTPUT_TYPE_KEYVALUE:
dump_output_list_keyvalue (field);
break;
case MMC_OUTPUT_TYPE_JSON:
dump_output_list_json (field);
break;
default:
g_assert_not_reached ();
}
g_list_free_full (output_items, (GDestroyNotify) output_item_free);
output_items = NULL;
fflush (stdout);
}
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