#ifndef NETMGR_CONFIG_H #define NETMGR_CONFIG_H /*! @file netmgr_config.h @brief This file provides configuration required by netmgr module. It uses configdb library and XML configuration file ("netmgr_config.xml"). */ /*=========================================================================== Copyright (c) 2013-2016 Qualcomm Technologies, Inc. All Rights Reserved. Confidential and Proprietary - Qualcomm Technologies, Inc. ===========================================================================*/ #ifdef __cplusplus extern "C" { #endif #include #include "netmgr.h" #include "netmgr_defs.h" /*=========================================================================== MACRO DEFINITIONS ===========================================================================*/ #define NETMGR_PROPERTY_DATA_TARGET "persist.data.target" #define NETMGR_PROPERTY_DATA_TARGET_VALUE_FUSION4_5_PCIE "fusion4_5_pcie" #define NETMGR_PROPERTY_DATA_TARGET_VALUE_FUSION4_5_HSIC "fusion4_5_hsic" #define NETMGR_PROPERTY_DATA_TARGET_VALUE_MSM8994 "msm8994" #define NETMGR_PROPERTY_DATA_TARGET_VALUE_LE_9X45 "tesla" #if defined (NETMGR_OFFTARGET) #define NETMGR_CONFIG_FILE "/mnt/host/vendor/qcom/proprietary/data/netmgr/src/netmgr_config.xml" #elif defined (FEATURE_DS_LINUX_ANDROID) #define NETMGR_CONFIG_FILE "/system/etc/data/netmgr_config.xml" #else #define NETMGR_CONFIG_FILE "/etc/data/netmgr_config.xml" #endif /* FEATURE_DS_LINUX_ANDROID */ #define NETMGR_CFGDB_STRVAL_MAX 100 #define NETMGR_MAX_PATH_LEN NETMGR_CFGDB_STRVAL_MAX /* Structure for QMI data control devices. It also contains a boolean * member to identify if the link is enabled or not. */ #define NETMGR_CFG_PARAM_LEN 20 #define NETMGR_CFG_CONNID_LEN 30 #define NETMGR_DEVICE_NAME_SIZE 100 /* Macros representing program run mode */ #define NETMGR_MAIN_RUNMODE_DEFAULT 0x00 /* Default runmode */ #define NETMGR_MAIN_RUNMODE_BACK 0x01 /* Run as forked deamon */ #define NETMGR_MAIN_RUNMODE_ETHERNET 0x02 /* Use Ethernet framing */ #define NETMGR_MAIN_RUNMODE_QOSHDR 0x04 /* Use RmNET QoS header */ /* Macros representing physical network devices */ #define NETMGR_PHYS_NET_DEV_RMNET "rmnet0" #define NETMGR_PHYS_NET_DEV_RMNET_IPA "rmnet_ipa0" #define NETMGR_PHYS_NET_DEV_RMNET_USB "rmnet_usb0" #define NETMGR_PHYS_NET_DEV_RMNET_MHI "rmnet_mhi0" #define NETMGR_PHYS_NET_DEV_RMNET_BAM NETMGR_PHYS_NET_DEV_RMNET #define NETMGR_INCR_PROCESS_READY_REQ() \ NETMGR_LOCK_MUTEX(netmgr_main_cfg_lock); \ ++netmgr_main_cfg.process_ready_reqs; \ netmgr_l2s_format_msg(netmgr_l2s_invalid_link,"incr process_ready_reqs %d",\ netmgr_main_cfg.process_ready_reqs); \ NETMGR_UNLOCK_MUTEX(netmgr_main_cfg_lock); #define NETMGR_DECR_PROCESS_READY_REQ() \ NETMGR_LOCK_MUTEX(netmgr_main_cfg_lock); \ --netmgr_main_cfg.process_ready_reqs; \ netmgr_l2s_format_msg(netmgr_l2s_invalid_link,"decr process_ready_reqs %d",\ netmgr_main_cfg.process_ready_reqs); \ NETMGR_UNLOCK_MUTEX(netmgr_main_cfg_lock); #define NETMGR_GET_PROCESS_READY_REQ() \ netmgr_main_cfg.process_ready_reqs #define NETMGR_SET_MODEM_SSR_STATE(state) \ NETMGR_LOCK_MUTEX(netmgr_main_cfg_lock); \ netmgr_main_cfg.modem_ssr_state = state; \ netmgr_l2s_format_msg(netmgr_l2s_invalid_link,\ "set SSR state to %d", state); \ NETMGR_UNLOCK_MUTEX(netmgr_main_cfg_lock); #define NETMGR_GET_MODEM_SSR_STATE() \ netmgr_main_cfg.modem_ssr_state /*=========================================================================== DEFINITIONS AND DECLARATIONS ===========================================================================*/ typedef struct netmgr_data_format_s { int qos_format; int link_prot; int ul_data_aggregation_protocol; int dl_data_aggregation_protocol; int dl_gro_enabled; int dl_agg_size; int dl_agg_cnt; int dl_agg_pad; int num_mux_channels; int num_iwlan_channels; int qos_header_format; int qos_header_format_valid; int ul_agg_cnt; int ul_agg_size; int ul_gso_enabled; } netmgr_data_format_t; typedef enum iwlan_state_e { IWLAN_DISABLE, IWLAN_ENABLE, NSWO_ONLY }iwlan_state_t; typedef enum netmgr_modem_state_e { NETMGR_MODEM_NORMAL_STATE, NETMGR_MODEM_OOS_STATE, NETMGR_MODEM_IS_STATE }netmgr_modem_state_t; struct netmgr_cmd_exec_overrides_s { unsigned int log_options; /* Choose from DS_EXEC_LOG* bitmasks */ unsigned int cmd_debug; /* Choose from DS_EXEC_CMD* bitmasks */ char outfile[NETMGR_MAX_PATH_LEN]; /* Output file name */ }; /* Collection of program configuration info */ struct netmgr_main_cfg_s { int runmode; /* Process run mode */ int logmode; /* Logging mode */ int logthreshold; /* Logging threshold */ int nint; /* Number of interfaces */ char * iname; /* Name of virtual ethernet interface */ int skip; /* Whether to skip driver module loading */ char * dirpath; /* Directory pathname to look for script files */ char * modscr; /* Name of script to use for loading module */ boolean debug; /* Verbose debug flag */ boolean runtests; /* Execute internal tests flag */ boolean initialized; /* Program initialization completed */ netmgr_link_id_t def_link; /* Default link */ iwlan_state_t iwlan_enabled; /* iWLAN feature is enabled */ boolean iwlan_ims_enabled; /* iWLAN IMS feature is enabled */ boolean iwlan_traffic_sel_enabled; /* iWLAN traffic selector feature is enabled */ boolean iwlan_client_enable; /* Based on modem capability we will enable or disable iwlan client inside netmgr */ boolean rmnet_data_enabled; /* RmNET data enabled */ char phys_net_dev[NETMGR_DEVICE_NAME_SIZE]; /* Physical network device name */ int modem_enable[NETMGR_MAX_MODEMS]; /* Modems enabled status */ boolean single_qmux_ch_enabled; /* Is single QMUX channel enabled */ char qmux_ch_name[NETMGR_DEVICE_NAME_SIZE];/* Single QMUX channel name */ char smd_ch_name[NETMGR_DEVICE_NAME_SIZE]; /* Single SMD control channel */ uint32 epid; /* Data channel EPID associated with QMUX ch */ uint32 ep_type; /* EP_TYPE based on the underlying physical channel */ uint32 consumer_pipe_num; /* IPA consumer EP number for data channel */ uint32 producer_pipe_num; /* IPA producer EP number for data channel */ boolean dpm_enabled; /* Data port-mapper enabled */ boolean use_qmuxd; /* Force use qmuxd in presence of shim */ int dpm_retry_timeout; /* Data port-mapper retry timeout */ boolean wda_data_format; /* Use WDA data format (default is CTL) */ boolean tcp_ack_prio; /* TCP Ack Prioritization is enabled */ boolean ibfc; /* In-band flow control */ struct netmgr_data_format_s data_format; netmgr_modem_state_t modem_ssr_state; /* Modem SSR state */ int pnd_rps_mask; /* RPS mask on transport */ int vnd_rps_mask; /* RPS mask on virtual net devices */ int netdev_budget; /* System-wide netdev budget */ boolean low_latency_filters; /* Use QMI DFS for low latency filters */ boolean dropssdp; /* Drop SSDP packets on WWAN */ int process_ready_reqs; /* Should netmgr start responding to ready reqs */ boolean hybrid_qos; /* Hybrid qos */ boolean df_configured; /* Is data format configured on phy net dev */ int netdev_max_backlog; /* System-wide netdev max backlog */ int frag_low_mem; /* System-wide ipv4 frag low threshold */ int frag_high_mem; /* System-wide ipv4 frag high threshold */ boolean qos_via_idl; /* QoS service supported via IDL */ unsigned long tc_ul_baserate; /* Maximum TC UL rate */ unsigned long dynamic_tc_ul_baserate; /* Dynamic TC UL rate */ unsigned long tc_ul_burst; /*TC UL Burst */ unsigned long num_data_ports; /* Number of data ports */ int ike_port; /* IKE port to be used for iWLAN TODO: Once the modules are converted to their own libraries we need to move this to the shared module and avoid accessing netmgr core directly */ struct netmgr_cmd_exec_overrides_s exec_opts; }; extern struct netmgr_main_cfg_s netmgr_main_cfg; extern pthread_mutex_t netmgr_main_cfg_lock; typedef struct netmgr_ctl_port_config_s { char data_ctl_port[NETMGR_CFG_PARAM_LEN]; char qmi_conn_id[NETMGR_CFG_CONNID_LEN]; netmgr_link_id_t link_id; boolean modem_wait; boolean enabled; boolean v4_qos_rules_enabled; boolean v6_qos_rules_enabled; }netmgr_ctl_port_config_type; extern netmgr_ctl_port_config_type netmgr_ctl_port_array[NETMGR_MAX_LINK+1]; #ifdef FEATURE_DATA_IWLAN #define NETMGR_MAIN_GET_INST_MIN(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_FWD_LINK].inst_min #define NETMGR_MAIN_GET_INST_MAX(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_FWD_LINK].inst_max #define NETMGR_MAIN_GET_INST_MIN_REV(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_REV_LINK].inst_min #define NETMGR_MAIN_GET_INST_MAX_REV(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_REV_LINK].inst_max #define NETMGR_MAIN_GET_DEV_PREFIX(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_FWD_LINK].prefix #define NETMGR_MAIN_GET_DEV_REV_PREFIX(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM][NETMGR_REV_LINK].prefix #else #define NETMGR_MAIN_GET_INST_MIN(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM].inst_min #define NETMGR_MAIN_GET_INST_MAX(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM].inst_max #define NETMGR_MAIN_GET_DEV_PREFIX(MODEM) \ netmgr_main_dev_prefix_tbl[MODEM].prefix #endif /* FEATURE_DATA_IWLAN */ #define NETMGR_MAIN_IKE_PORT_INVALID (-1) /*========================================================================== LOCAL FUNCTIONS ===========================================================================*/ /*=========================================================================== FUNCTION: netmgr_main_cfg_get_ike_port ===========================================================================*/ /*! @brief Helper function to query the current IKE port being used */ /*=========================================================================*/ static int netmgr_main_cfg_get_ike_port(void) { int port; pthread_mutex_lock(&netmgr_main_cfg_lock); port = netmgr_main_cfg.ike_port; pthread_mutex_unlock(&netmgr_main_cfg_lock); return port; } /*=========================================================================== FUNCTION: netmgr_main_cfg_get_ike_port ===========================================================================*/ /*! @brief Sets the IKE port which will be used for iWLAN call */ /*=========================================================================*/ static void netmgr_main_cfg_set_ike_port(int port) { pthread_mutex_lock(&netmgr_main_cfg_lock); netmgr_main_cfg.ike_port = port; pthread_mutex_unlock(&netmgr_main_cfg_lock); } /*========================================================================== PUBLIC FUNCTIONS ===========================================================================*/ /*=========================================================================== FUNCTION: netmgr_config_init ===========================================================================*/ /*! @brief Initialize the configration framework. Things that don't belong in actual configuration loading. */ /*=========================================================================*/ void netmgr_config_init(); /*=========================================================================== FUNCTION: netmgr_config_load ===========================================================================*/ /*! @brief This function loads the configuration based on the config file and "target" property specified. @param[in] xml_file: XML file location string. @param[in] target: configuration to be used within the XML file. @return 0 if configuration file is loaded properly. @return -1 if configuration file file load/parase fails. */ /*=========================================================================*/ int netmgr_config_load ( const char *xml_file, const char *target ); /*=========================================================================== FUNCTION: netmgr_config_print ===========================================================================*/ /*! @brief This function prints the configuration currently loaded for netmgr. @param None. @return None. */ /*=========================================================================*/ void netmgr_config_print(); #ifdef __cplusplus } #endif #endif /* NETMGR_CONFIG_H */