FreeCalypso > hg > fc-tourmaline
view src/g23m-gsm/alr2/alr_test/alr_steps.cpp @ 265:e57bfdadf49a
mmiIcons.c: fix bogus icnType in incoming_call_animate[]
The incoming call animation icons are actually drawn in 256-color format,
but they were incorrectly declared as BMP_FORMAT_32BIT_COLOUR in the
incoming_call_animate[] array. Why were they still getting displayed
correctly despite this bogosity? Answer: because the
mmi_dialogs_animation_new_CB() function overrides the icon bitmap
type to 0x02, which means 256-color format. Needless to say, the
icon format should be made correct at the source of the data, and
at some later point we may need to remove the override from the
animation display function.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Mon, 17 May 2021 07:18:36 +0000 |
| parents | 3a14ee9a9843 |
| children |
line wrap: on
line source
/* +------------------------------------------------------------------------------ | File: alr_steps.cpp +------------------------------------------------------------------------------ | Copyright 2003 Texas Instruments | All rights reserved. | | This file is confidential and a trade secret of Texas Instruments. | The receipt of or possession of this file does not convey | any rights to reproduce or disclose its contents or to | manufacture, use, or sell anything it may describe, in | whole, or in part, without the specific written consent of | Texas Instruments. +------------------------------------------------------------------------------ | Purpose: Contains test steps for alr | +------------------------------------------------------------------------------ */ #include "alr_constraints.h" #include "alr_steps.h" /*------------------------Following is for ALR000------------------------------- * * Description: The ALR is configured. *-------------------------------------------------------------------------------*/ T_STEP filter_and_routings_gsm_900__alr000() { BEGIN_STEP ("filter_and_routings_gsm_900__alr000") { COMMAND("TAP REDIRECT CLEAR"); COMMAND("PL REDIRECT CLEAR"); COMMAND("PL REDIRECT RR TAP"); COMMAND("PL REDIRECT DL TAP"); COMMAND("PL REDIRECT L1 TAP"); COMMAND("TAP REDIRECT TAP PL"); COMMAND("PL CONFIG STD=1"); #ifdef GPRS COMMAND("PL REDIRECT GRR TAP"); #endif // GPRS SEND ( em_l1_event_req_2() ); //COMMAND("TAP PARKING "); } } /*------------------------Following is for ALR001------------------------------- * * Description: RR starts a cell selection with power measurements with interruption. * Four channels in the * order 23, 14, 124, 1 have acceptable fieldstrength values. *--------------------------------------------------------------------------------*/ T_STEP initiation_by_rr_4_channels_available_alr001() { BEGIN_STEP ("initiation_by_rr_4_channels_available_alr001") { filter_and_routings_gsm_900__alr000(); SEND ( mph_power_req_1() ); AWAIT ( mphc_init_l1_req_1() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mph_power_cnf_1() ); } } /*------------------------Following is for ALR002------------------------------- * * Description: RR starts a cell selection with power measurements with interruption. * Eight channels in the * order 23, 637, 14, 580, 124, 885, 1, 512 have acceptable fieldstrength values. *--------------------------------------------------------------------------------*/ T_STEP initiation_by_rr_8_channels_available_alr002() { BEGIN_STEP ("initiation_by_rr_4_channels_available_alr001") { filter_and_routings_dualband_gsm_900_dcs_1800__alr600(); SEND ( mph_power_req_4() ); AWAIT ( mphc_init_l1_req_4() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mph_power_cnf_5() ); } } /*------------------------Following is for ALR1018------------------------------- * * Description:RR configured for idle mode and recieves measurements * for the neighbouring cells and serving cell * *-------------------------------------------------------------------------------*/ T_STEP configuring_ms_for_idle_mode_and_meas() { BEGIN_STEP ("configuring_ms_for_idle_mode_and_meas") { SEND ( mph_classmark_req_3() ); SEND ( mph_idle_req_10() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_10() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_7A('A') ); AWAIT ( mphc_rxlev_periodic_req_21() ); SEND ( mphc_rxlev_periodic_ind_9A(50,40) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_512) ); SEND ( mphc_ncell_sync_ind(ARFCN_512,FN_OFF_ARFCN_512,TIME_ALIGNMT_512,BSIC_10)); AWAIT ( mphc_ncell_bcch_req(ARFCN_512,FN_OFF_ARFCN_512,TIME_ALIGNMT_512,BSIC_10)); SEND ( mphc_rxlev_periodic_ind_9A(50,40) ); SEND ( mph_meas_rep_req(NC_START_MEAS) ); SEND ( mphc_rxlev_periodic_ind_9A(40,30) ); MUTE (10); SEND ( mphc_rxlev_periodic_ind_9A(50,40) ); AWAIT ( mph_measurement_ind_36() ); MUTE (10); SEND ( mphc_rxlev_periodic_ind_9A(40,30) ); MUTE (10); SEND ( mph_meas_rep_req(NC_REPORT_MEAS) ); AWAIT ( mph_measurement_ind_36() ); AWAIT ( mph_meas_rep_cnf_sc() ); SEND ( mph_meas_rep_req(NC_STOP_MEAS) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_512) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_512)); SEND ( mph_meas_rep_req(NC_START_MEAS) ); SEND ( mphc_rxlev_periodic_ind_9A(40,30) ); SEND ( mphc_rxlev_periodic_ind_9A(50,40) ); AWAIT ( mph_measurement_ind_36() ); SEND ( mphc_rxlev_periodic_ind_9A(40,30) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_512) ); SEND ( mph_meas_rep_req(NC_REPORT_MEAS) ); AWAIT ( mph_meas_rep_cnf_sc_n1() ); } } /*------------------------Following is for ALR003------------------------------- * * Description: The carrier with the highest fieldstrength (channel 23) is selected * for synchronizing to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_alr003() { BEGIN_STEP ("find_bcch_carrier_first_channel_alr003") { SEND ( mph_bsic_req(ARFCN_23_STD_900) ); AWAIT ( mphc_network_sync_req(ARFCN_23, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_1() ); AWAIT ( mph_bsic_cnf_1() ); AWAIT ( mphc_new_scell_req_1() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR004------------------------------- * * Description: The carrier with the highest fieldstrength (channel 23) is selected for synchronizing to * frequency correction burst and synchron burst. The attempt failed. A second request is * started for the next strongest channel (channel 14). *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_failed_then_second_channel_alr004() { BEGIN_STEP ("find_bcch_carrier_first_channel_failed_then_second_channel_alr004") { SEND ( mph_bsic_req(ARFCN_23_STD_900) ); AWAIT ( mphc_network_sync_req(ARFCN_23, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_failed(ARFCN_23) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_23_STD_900) ); SEND ( mph_bsic_req(ARFCN_14_STD_900) ); AWAIT ( mphc_network_sync_req(ARFCN_14, SM_WIDE_MODE) ); } } /*------------------------Following is for ALR006------------------------------- * * Description: The next best channel (channel 14) is selected for synchronizing to frequency correction * burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_second_channel_alr006() { BEGIN_STEP ("find_bcch_carrier_second_channel_alr006") { SEND ( mphc_network_sync_ind_6() ); AWAIT ( mph_bsic_cnf_6() ); AWAIT ( mphc_new_scell_req_2() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR007------------------------------- * * Description: The BCCH data blocks are read for the channel 23. *-------------------------------------------------------------------------------*/ T_STEP read_bcch_data_alr007() { BEGIN_STEP ("read_bcch_data_alr007") { SEND ( mphc_data_ind_1() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_23) ); SEND ( mphc_data_ind_2() ); AWAIT ( mph_unitdata_ind_si2(ARFCN_23) ); SEND ( mphc_data_ind_3() ); AWAIT ( mph_unitdata_ind_si3(ARFCN_23) ); SEND ( mphc_data_ind_4() ); AWAIT ( mph_unitdata_ind_si4(ARFCN_23) ); } } /*------------------------Following is for ALR009------------------------------- * * Description: RR rejects the BCCH carrier. The next best channel (channel 124) is selected for * synchronizing to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP rr_rejects_bcch_carrier_try_third_channel_alr009() { BEGIN_STEP ("rr_rejects_bcch_carrier_try_third_channel_alr009") { SEND ( mph_bsic_req(ARFCN_124_STD_900) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_network_sync_req(ARFCN_124, SM_NARROW_MODE) ); SEND ( mphc_network_sync_ind_7() ); AWAIT ( mph_bsic_cnf_7() ); AWAIT ( mphc_new_scell_req_3() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mphc_data_ind_6() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_124) ); } } /*------------------------Following is for ALR010------------------------------- * * Description: RR rejects the BCCH carrier. The next best channel (channel 1) is selected for synchronising * to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP rr_rejects_bcch_carrier_try_fourth_channel_alr010() { BEGIN_STEP ("rr_rejects_bcch_carrier_try_fourth_channel_alr010") { SEND ( mph_bsic_req(ARFCN_1_STD_900) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_network_sync_req(ARFCN_1, SM_NARROW_MODE) ); SEND ( mphc_network_sync_ind_8() ); AWAIT ( mph_bsic_cnf_8() ); AWAIT ( mphc_new_scell_req_4() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mphc_data_ind_7() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_1) ); } } /*------------------------Following is for ALR012------------------------------- * * Description: RR selects the channel 14 after reading the BCCH carrier. * Variant A: with neighbourcell list * Variant B: with empty neighbour cell list * Variant C: like A, but non-combined CCCH *-------------------------------------------------------------------------------*/ T_STEP rr_select_second_channel_alr012(CHAR variant) { BEGIN_STEP ("rr_select_second_channel_alr012") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_1(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); SEND ( mphc_stop_scell_bcch_con() ); AWAIT ( mphc_start_ccch_req_1(variant) ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_1(variant) ); AWAIT ( mphc_rxlev_periodic_req_1(variant) ); } } /*------------------------Following is for ALR013------------------------------- * * Description: RR selects the channel 23 after reading the BCCH carrier. *-------------------------------------------------------------------------------*/ T_STEP rr_select_first_channel_alr013() { BEGIN_STEP ("rr_select_first_channel_alr013") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_2() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_2() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_2() ); AWAIT ( mphc_rxlev_periodic_req_2() ); } } T_STEP generating_six_sync_failures() { BEGIN_STEP ("rr_select_first_channel_alr013") { /* 1st Sync Failure */ SEND ( mph_bsic_req(ARFCN_124_STD_900) ); AWAIT(mphc_stop_scell_bcch_req() ); AWAIT (mphc_network_sync_req(ARFCN_124, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_124) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_124_STD_900) ); /* 2nd Sync Failure */ SEND ( mph_bsic_req(ARFCN_23_STD_900) ); AWAIT (mphc_network_sync_req(ARFCN_23, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_23) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_23_STD_900) ); /* 3rd Sync Failure */ SEND ( mph_bsic_req(ARFCN_124_STD_900) ); AWAIT (mphc_network_sync_req(ARFCN_124, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_124) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_124_STD_900) ); /* 4th Sync Failure */ SEND ( mph_bsic_req(ARFCN_23_STD_900) ); AWAIT (mphc_network_sync_req(ARFCN_23, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_23) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_23_STD_900) ); /* 5th Sync Failure */ SEND ( mph_bsic_req(ARFCN_124_STD_900) ); AWAIT (mphc_network_sync_req(ARFCN_124, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_124) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_124_STD_900) ); /* 6th Sync Failure */ SEND ( mph_bsic_req(ARFCN_23_STD_900) ); AWAIT (mphc_network_sync_req(ARFCN_23, SM_NARROW_MODE)); SEND ( mphc_network_sync_ind_failed(ARFCN_23) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_23_STD_900) ); } } T_STEP sending_error_data_in_sacch() { BEGIN_STEP ("sending_error_data_in_sacch") { SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); SEND (mphc_data_ind_sacch_error() ); } } /*-------------------------------------------------------------------------------- * * Description: RR selects the channel 23 after reading the BCCH carrier. *-------------------------------------------------------------------------------*/ T_STEP rr_select_first_channel_alr013_gprs() { BEGIN_STEP ("rr_select_first_channel_alr013_gprs") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_1g() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_2() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_2() ); AWAIT ( mphc_rxlev_periodic_req_2() ); } } /*------------------------------------------------------------------------------- * * Description: RR selects the channel 23 after reading the BCCH carrier. * This is a cell with PBCCH. *-------------------------------------------------------------------------------*/ T_STEP rr_select_first_channel_gprs_pbcch(T_VAR_NMO var) { BEGIN_STEP ("rr_select_first_channel_alr013_gprs") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_4g() ); AWAIT ( mphc_stop_scell_bcch_req() ); SEND ( mphc_stop_scell_bcch_con() ); SEND ( mph_identity_req_1() ); #if defined GPRS SEND ( mph_mon_ctrl_req(ENTER_PIM_PBCCH) ); if(var == VAR_NMO_3) { SEND ( mph_mon_ctrl_req(START_MON_CCCH) ); AWAIT ( mphc_start_ccch_req_8() ); } #else AWAIT ( mphc_start_ccch_req_11('A') ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mphc_data_ind_24('J') ); // paging for an unknown TMSI to change page mode AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); SEND ( mph_neighbourcell_req_8() ); AWAIT ( mphc_rxlev_periodic_req_8() ); #endif } } /*------------------------Following is for ALR020------------------------------- * * Description: The idle mode is configured by RR. Layer 1 is configured with MPHC_START_CCCH_REQ. *-------------------------------------------------------------------------------*/ T_STEP initiation_with_paging_reorganisation_alr020(CHAR variant) { BEGIN_STEP ("initiation_with_paging_reorganisation_alr020") { SEND ( mph_idle_req_3(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_3(variant) ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR022------------------------------- * * Description: The idle mode is configured with Paging Reorganisation. After reception of a new paging * mode this information is forwarded to PL. The message contain the following page modi: * Variant A: Extended Paging * Variant B: Paging Reorganisation * Variant C: Same as before * No reaction is expected. *-------------------------------------------------------------------------------*/ T_STEP page_mode_change_paging_reorganisation_alr022(CHAR variant) { BEGIN_STEP ("page_mode_change_paging_reorganisation_alr022") { SEND ( mphc_data_ind_8(variant) ); if ( variant == 'A' ) { SEND ( mphc_data_ind_9() ); AWAIT ( mphc_start_ccch_req(BS_PA_MFRMS_7, BS_AG_BLKS_RES_2, COMB_CCCH_COMB, CCCH_GROUP_0, PG_23, PBI_0, PGM_EXTENDED ) ); } else { MUTE (3000); } } } /*------------------------Following is for ALR025------------------------------- * * Description: The idle mode has been configured for normal paging. After a swap to Paging * Reorganisation RR re-configures normal paging. *-------------------------------------------------------------------------------*/ T_STEP page_mode_change_back_to_normal_paging_alr025() { BEGIN_STEP ("page_mode_change_back_to_normal_paging_alr025") { SEND ( mphc_data_ind_11() ); AWAIT ( mphc_start_ccch_req_6() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR026------------------------------- * * Description: The idle mode is configured with Normal Paging. The messages contain the following page * modi: * Variant A: Normal Paging * Variant B: Same as before. * No reaction is exspected. *-------------------------------------------------------------------------------*/ T_STEP page_mode_change_normal_paging_alr026(CHAR variant) { BEGIN_STEP ("page_mode_change_normal_paging_alr026") { SEND ( mphc_data_ind_12(variant) ); MUTE (3000); } } /*------------------------Following is for ALR027------------------------------- * * Description: The idle mode has been configured for normal paging. * After a swap to Extended Paging this mode is configured a second time. * Layer 1 does not need to be configured the second time, because * itīs a continues process in ALR(MPHC). * Variant A: Extended Paging * Variant B: Same as before *-------------------------------------------------------------------------------*/ T_STEP page_mode_change_extended_paging_a_second_time_alr027(CHAR variant) { BEGIN_STEP ("page_mode_change_extended_paging_a_second_time_alr027") { SEND ( mphc_data_ind_9() ); AWAIT ( mphc_start_ccch_req_4() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); SEND ( mphc_data_ind_13(variant) ); MUTE (3000); } } /*------------------------Following is for ALR030------------------------------- * * Description: The idle mode is configured for different multiframe periods. * Variant A: bs_pa_mfrms = 2 * Variant B: bs_pa_mfrms = 3 * Variant C: bs_pa_mfrms = 4 * Variant D: bs_pa_mfrms = 5 * Variant E: bs_pa_mfrms = 6 * Variant F: bs_pa_mfrms = 7 * Variant G: bs_pa_mfrms = 8 * Variant H: bs_pa_mfrms = 9 *-------------------------------------------------------------------------------*/ T_STEP measurement_reporting_configuration_alr030(CHAR variant) { BEGIN_STEP ("measurement_reporting_configuration_alr030") { SEND ( mph_idle_req_4(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_7(variant) ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_neighbourcell_req_3() ); AWAIT ( mphc_rxlev_periodic_req_3() ); } } /*------------------------Following is for ALR9806-------------------------------*/ T_STEP measurement_reporting_configuration_alr9806() { BEGIN_STEP ("measurement_reporting_configuration_alr9806") { SEND ( mph_idle_req_3('B') ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_14() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_neighbourcell_req_3() ); AWAIT ( mphc_rxlev_periodic_req_3() ); /* After Cell Reselection configuring the * PL with the newly found cell */ SEND ( mph_idle_req_resel() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_stop_ccch_req() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_new_scell_req_1 ); /* After receiving the SI3 configuring the * PL with the Paging Group. */ SEND ( mph_idle_req_cell_sel() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_14() ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_rxlev_periodic_req_18() ); } } T_STEP measurement_reporting_configuration_nwctrl(CHAR variant) { BEGIN_STEP ("measurement_reporting_configuration_nwctrl") { SEND ( mph_idle_req_4(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_7(variant) ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_neighbourcell_req_2() ); AWAIT ( mphc_rxlev_periodic_req_2() ); SEND ( mphc_rxlev_periodic_ind_9(50,40,30,20) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_1) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); SEND ( mphc_ncell_sync_ind(ARFCN_1,FN_OFF_ARFCN_1,TIME_ALIGNMT_1,BSIC_16)); SEND ( mphc_ncell_sync_ind(ARFCN_14,FN_OFF_ARFCN_14,TIME_ALIGNMT_14,BSIC_16)); SEND ( mphc_ncell_sync_ind(ARFCN_124,FN_OFF_ARFCN_124,TIME_ALIGNMT_124,BSIC_1)); AWAIT ( mphc_ncell_bcch_req(ARFCN_1,FN_OFF_ARFCN_1,TIME_ALIGNMT_1,BSIC_16)); AWAIT ( mphc_ncell_bcch_req(ARFCN_14,FN_OFF_ARFCN_14,TIME_ALIGNMT_14,BSIC_16)); AWAIT ( mphc_ncell_bcch_req(ARFCN_124,FN_OFF_ARFCN_124,TIME_ALIGNMT_124,BSIC_1)); SEND ( mphc_rxlev_periodic_ind_9(50,40,30,20) ); MUTE(500); } } /*------------------------Following is for ALR046------------------------------- * * Description: RR selects the channel 23 after reading the BCCH carrier. * Variant A: with neighbourcell list (serving cell not included) * Variant B: with neighbourcell list (serving cell included) * Variant C: with empty neighbour cell list. * Variant D: same like A, but with ncc_permitted = 4 *-------------------------------------------------------------------------------*/ T_STEP definition_of_bcch_allocation_alr046(CHAR variant) { BEGIN_STEP ("definition_of_bcch_allocation_alr046") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_5(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_9() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_4(variant) ); AWAIT ( mphc_rxlev_periodic_req_4(variant) ); } } /*------------------------Following is for ALR055------------------------------- * * Description: RR starts the sending of channel request messages. Idle mode is stopped and the access * mode is started. There is one retransmission configured. *-------------------------------------------------------------------------------*/ T_STEP start_of_sending_channel_request_messages_gsm_900__alr055() { BEGIN_STEP ("start_of_sending_channel_request_messages_gsm_900__alr055") { SEND ( mph_random_access_req_1() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_ra_req_1() ); SEND ( mphc_ra_con_1() ); AWAIT ( mph_random_access_cnf_1() ); AWAIT ( mphc_ra_req_2() ); } } /*------------------------Following is for ALR056------------------------------- * * Description: An immediate assignment for the mobile station receives. Configuration of the dedicated * mode is processed by RR. This stops the access link mode. *-------------------------------------------------------------------------------*/ T_STEP immediate_assignment_for_the_mobile_station_alr056() { BEGIN_STEP ("immediate_assignment_for_the_mobile_station_alr056") { SEND ( mphc_data_ind_20() ); AWAIT ( mph_unitdata_ind_10() ); SEND ( mph_dedicated_req_1() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_stop_ccch_req() ); AWAIT ( mphc_stop_ra_req_1() ); AWAIT ( mphc_immed_assign_req_1() ); SEND ( mphc_immed_assign_con_1() ); AWAIT ( mph_dedicated_cnf_1(DEDI_RES_OK) ); } } /*------------------------Following is for ALR062------------------------------- * * Description: The extended measurement procedure according GSM 05.08, section 10.1.5 is started. * *-------------------------------------------------------------------------------*/ T_STEP extended_measurement_reporting_start_procedure_alr062() { BEGIN_STEP ("extended_measurement_reporting_start_procedure_alr062") { SEND ( mph_ext_meas_req_1() ); AWAIT ( mphc_init_l1_req_2() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); } } /*------------------------Following is for ALR063------------------------------- * * Description: The extended measurement procedure passes the step of the power measurement. * *-------------------------------------------------------------------------------*/ T_STEP extended_measurement_reporting_successful_power_measurement_alr063() { BEGIN_STEP ("extended_measurement_reporting_successful_power_measurement_alr063") { SEND ( mphc_rxlev_ind(RXLEV_IDX_7) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_7) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_7) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_7) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_7) ); AWAIT ( mph_ext_meas_cnf_1() ); SEND ( mph_bsic_req(CONST_1023) ); AWAIT ( mphc_ncell_sync_req_initial(CONST_1023) ); /*if page mode = REORG, L1 would not react, therefore page mode NORMAL is configured and BCCH reading is reduced*/ stop_page_mode_reorg_before_hplnm_search_procedure(); } } /*------------------------Following is for ALR071------------------------------- * * Description: The MS is in idle mode. It receives a paging message corresponding * to the actual IMSI or TMSI. A paging indication is forwarded to RR. * Variant A: IMSI mobile identity 1, any channel needed * Variant B: IMSI mobile identity 2, any channel needed * Variant C: TMSI mobile identity 1, TCH/F channel needed * Variant D: TMSI mobile identity 2, TCH/F channel needed * Variant E: IMSI mobile identity 1, SDCCH channel needed * Variant F: IMSI mobile identity 2, SDCCH channel needed * Variant G: TMSI mobile identity 1, Dual Rate channel needed * Variant H: TMSI mobile identity 2, Dual Rate channel needed *-------------------------------------------------------------------------------*/ T_STEP paging_req_1_imsi_tmsi_for_ms_alr071(CHAR variant) { BEGIN_STEP ("paging_req_1_imsi_tmsi_for_ms_alr071") { SEND ( mphc_data_ind_24(variant) ); AWAIT ( mph_paging_ind_1(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR072------------------------------- * * Description: The MS is in idle mode. It receives paging request type 1 messages. * The message content is not forwarded to RR, because the message * content doesnīt match to the MS identities. * Variant A: wrong IMSI mobile identity 1 * Variant B: wrong TMSI mobile identity 1 * Variant C: wrong IMSI mobile identity 2 * Variant D: wrong TMSI mobile identity 2 * Variant E: wrong type mobile identity 2 *-------------------------------------------------------------------------------*/ T_STEP paging_req_1_not_for_ms_alr072(CHAR variant) { BEGIN_STEP ("paging_req_1_not_for_ms_alr072") { SEND ( mphc_data_ind_25(variant) ); } } /*------------------------Following is for ALR073------------------------------- * * Description: The MS is in idle mode. It receives a paging message corresponding to the * actual IMSI or TMSI. A paging indication is forwarded to RR. * The IMSI is less than 15 digits and the TMSI has only one valid byte, * but is signalled in different ways by the infrastructure * Variant A: Short TMSI mobile identity 1, any channel needed, 1 byte length from the network * Variant B: Short TMSI mobile identity 2, TCH/F needed, 3 bytes length from the network * Variant C: Short IMSI mobile identity 1, SDCCH needed, 10 digits * Variant D: Short IMSI mobile identity 2, Dual Rate needed, 10 digits * Variant E: Short TMSI mobile identity 1, any channel needed, 2 bytes length from the network * Variant F: Short TMSI mobile identity 2, TCH/F needed, 4 bytes length from the network *-------------------------------------------------------------------------------*/ T_STEP paging_req_1_short_imsi_tmsi_for_ms_alr073(CHAR variant) { BEGIN_STEP ("paging_req_1_short_imsi_tmsi_for_ms_alr073") { SEND ( mph_identity_req_2() ); SEND ( mphc_data_ind_26(variant) ); AWAIT ( mph_paging_ind_2(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR075------------------------------- * * Description: The MS is in idle mode. It receives a paging message corresponding * to the actual TMSI in the information elements mobile identity 1 or 2. * A paging indication is forwarded to RR. * Variant A: TMSI mobile identity 1, any channel needed * Variant B: TMSI mobile identity 1, SDCCH needed * Variant C: TMSI mobile identity 1, TCH/F needed * Variant D: TMSI mobile identity 1, Dual Rate needed * Variant E: TMSI mobile identity 2, any channel needed * Variant F: TMSI mobile identity 2, SDCCH needed * Variant G: TMSI mobile identity 2, TCH/F needed * Variant H: TMSI mobile identity 2, Dual Rate needed *-------------------------------------------------------------------------------*/ T_STEP paging_req_2_tmsi_for_ms_mobile_identity_1_or_2__alr075(CHAR variant) { BEGIN_STEP ("paging_req_2_tmsi_for_ms_mobile_identity_1_or_2__alr075") { SEND ( mphc_data_ind_28(variant) ); AWAIT ( mph_paging_ind_3(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR077------------------------------- * * Description: The MS is in idle mode. It receives a paging request type 2 message * corresponding to the actual IMSI or TMSI in information element in * the information element mobile identity 3. A paging indication is * forwarded to RR. * Variant A: IMSI mobile identity 3, any channel needed * Variant B: IMSI mobile identity 3, SDCCH needed * Variant C: IMSI mobile identity 3, TCH/F needed * Variant D: IMSI mobile identity 3, Dual Rate needed * Variant E: IMSI mobile identity 3, no channel indication * Variant F: TMSI mobile identity 3, any channel needed * Variant G: TMSI mobile identity 3, SDCCH needed, * Variant H: TMSI mobile identity 3, TCH/F needed * Variant I: TMSI mobile identity 3, Dual Rate needed * Variant J: TMSI mobile identity 3, no channel indication *-------------------------------------------------------------------------------*/ T_STEP paging_req_2_imsi_tmsi_for_ms_mobile_identity_3__alr077(CHAR variant) { BEGIN_STEP ("paging_req_2_imsi_tmsi_for_ms_mobile_identity_3__alr077") { SEND ( mphc_data_ind_30(variant) ); AWAIT ( mph_paging_ind_4(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR078------------------------------- * * Description: The MS is in idle mode. It receives a paging request type 2 message * corresponding to the actual IMSI or TMSI in information element in * the information element mobile identity 3. A paging indication is * forwarded to RR. The IMSI is less than 15 digits and the TMSI has only * one valid byte, but is signalled in different ways by the infrastructure * Variant A: Short IMSI mobile identity 3, any channel needed, 10 digits * Variant B: Short TMSI mobile identity 3, SDCCH needed, 1 byte from the network * Variant C: Short TMSI mobile identity 3, TCH/F needed, 2 bytes from the network * Variant D: Short TMSI mobile identity 3, Dual Rate needed, 3 bytes from the network * Variant E: Short TMSI mobile identity 3, No channel indication, 4 bytes from the network *-------------------------------------------------------------------------------*/ T_STEP paging_req_2_short_imsi_tmsi_for_ms_mobile_identity_3__alr078(CHAR variant) { BEGIN_STEP ("paging_req_2_short_imsi_tmsi_for_ms_mobile_identity_3__alr078") { SEND ( mph_identity_req_2() ); SEND ( mphc_data_ind_31(variant) ); AWAIT ( mph_paging_ind_5(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR080------------------------------- * * Description: The MS is in idle mode. It receives a paging message corresponding * to the actual TMSI in the information elements mobile identity 1 to 4. * A paging indication is forwarded to RR. * Variant A: TMSI mobile identity 1, any channel needed * Variant B: TMSI mobile identity 1, SDCCH needed * Variant C: TMSI mobile identity 1, TCH/F needed * Variant D: TMSI mobile identity 1, Dual Rate needed * Variant E: TMSI mobile identity 2, any channel needed * Variant F: TMSI mobile identity 2, SDCCH needed * Variant G: TMSI mobile identity 2, TCH/F needed * Variant H: TMSI mobile identity 2, Dual Rate needed * Variant I: TMSI mobile identity 3, any channel needed * Variant J: TMSI mobile identity 3, SDCCH needed * Variant K: TMSI mobile identity 3, TCH/F needed * Variant L: TMSI mobile identity 3, Dual Rate needed * Variant M: TMSI mobile identity 3, no channel indication * Variant N: TMSI mobile identity 4, any channel needed * Variant O: TMSI mobile identity 4, SDCCH needed * Variant P: TMSI mobile identity 4, TCH/F needed * Variant Q: TMSI mobile identity 4, Dual Rate needed * Variant R: TMSI mobile identity 4, no channel indication *-------------------------------------------------------------------------------*/ T_STEP paging_req_3_tmsi_for_ms_alr080(CHAR variant) { BEGIN_STEP ("paging_req_3_tmsi_for_ms_alr080") { SEND ( mphc_data_ind_33(variant) ); AWAIT ( mph_paging_ind_6(variant) ); AWAIT ( mphc_start_ccch_req_8() ); AWAIT ( mphc_scell_nbcch_req_periodic() ); } } /*------------------------Following is for ALR088------------------------------- * * Description: ALR starts ncell measurements for cells 23, 14, 124, 1, * then RR requests a full list power measurement. Four channels * in the order 23, 14, 124, 1 have acceptable fieldstrength values. * Then the non-serving cell carrier with the highest fieldstrength * (channel 14) is selected for synchronizing to frequency correction * burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_second_channel_alr088() { BEGIN_STEP ("find_bcch_carrier_second_channel_alr088") { SEND ( mphc_rxlev_periodic_ind_2() ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_1) ); SEND ( mphc_rxlev_periodic_ind_2() ); AWAIT ( mph_measurement_ind_18() ); SEND ( mphc_rxlev_periodic_ind_2() ); SEND ( mphc_ncell_sync_ind (ARFCN_14) ); AWAIT ( mphc_ncell_bcch_req (ARFCN_14) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_14) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_14) ); SEND ( mphc_ncell_sync_ind(ARFCN_124,FN_OFF_ARFCN_124,TIME_ALIGNMT_124,BSIC_1) ); AWAIT ( mphc_ncell_bcch_req (ARFCN_124, FN_OFF_ARFCN_124, TIME_ALIGNMT_124)); SEND ( mphc_ncell_sync_ind_3() ); AWAIT ( mphc_ncell_bcch_req (ARFCN_1, FN_OFF_ARFCN_1, TIME_ALIGNMT_1)); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_124) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_124) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_1) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_1) ); SEND ( mphc_rxlev_periodic_ind_2() ); AWAIT ( mph_measurement_ind_19() ); AWAIT ( mph_unitdata_ind_si3(ARFCN_1) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_14) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_124) ); SEND ( mph_power_req_2() ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); AWAIT ( mph_power_cnf_3() ); SEND ( mph_bsic_req(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); stop_page_mode_reorg_before_hplnm_search_procedure(); } } /*------------------------Following is for ALR091------------------------------- * * Description: The BCCH data blocks are read for the channel 14. *-------------------------------------------------------------------------------*/ T_STEP read_bcch_data_alr091() { BEGIN_STEP ("read_bcch_data_alr091") { SEND ( mphc_ncell_sync_ind (ARFCN_14) ); AWAIT ( mph_bsic_cnf_14() ); AWAIT ( mphc_ncell_bcch_req (ARFCN_14) ); SEND ( mphc_ncell_bcch_ind_si2(ARFCN_14) ); AWAIT ( mph_unitdata_ind_si2(ARFCN_14) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_14) ); AWAIT ( mphc_ncell_bcch_req (ARFCN_14) ); SEND ( mphc_ncell_bcch_ind_invalid(ARFCN_14) ); AWAIT ( mph_error_ind_3() ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_14) ); AWAIT ( mphc_ncell_bcch_req (ARFCN_14) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_14) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_14) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_14) ); } } /*------------------------Following is for ALR094------------------------------- * * Description: RR rejects the BCCH carrier. The next best channel (channel 124) * is selected for synchronizing to frequency correction * burst and synchron burst. This is also rejedted. The next best * channel (channel 1) is selected for synchronising * to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP rr_rejects_bcch_carrier_try_fourth_channel_alr094() { BEGIN_STEP ("rr_rejects_bcch_carrier_try_fourth_channel_alr094") { SEND ( mph_bsic_req(ARFCN_124) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); SEND ( mphc_ncell_sync_ind(ARFCN_124,FN_OFF_ARFCN_124,TIME_ALIGNMT_124,BSIC_1) ); AWAIT ( mph_bsic_cnf_15() ); AWAIT ( mphc_ncell_bcch_req (ARFCN_124, FN_OFF_ARFCN_124, TIME_ALIGNMT_124)); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_124) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_124) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_124) ); SEND ( mph_bsic_req(ARFCN_1) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_1) ); SEND ( mphc_ncell_sync_ind_3() ); AWAIT ( mph_bsic_cnf_16() ); AWAIT ( mphc_ncell_bcch_req (ARFCN_1, FN_OFF_ARFCN_1, TIME_ALIGNMT_1)); SEND ( mphc_ncell_bcch_ind_si2(ARFCN_1) ); AWAIT ( mph_unitdata_ind_si2(ARFCN_1) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_1) ); AWAIT ( mphc_ncell_bcch_req (ARFCN_1, FN_OFF_ARFCN_1, TIME_ALIGNMT_1)); } } /*------------------------Following is for ALR154------------------------------- * * Description: A handover is performed. It is checked that the serving cell * channel numbers are correctly set. * Variant A: AMR not signalled * Variant B: AMR signalled *-------------------------------------------------------------------------------*/ T_STEP handover_serving_cell_parameter_alr154(CHAR variant) { BEGIN_STEP ("handover_serving_cell_parameter_alr154") { SEND ( mph_dedicated_req_6(variant) ); AWAIT ( mphc_async_ho_req_3(variant) ); SEND ( mphc_async_ho_con_1() ); SEND ( mphc_handover_finished_1(HO_COMPLETE) ); AWAIT ( mph_dedicated_cnf_1(DEDI_RES_OK) ); } } /*------------------------Following is for ALR155------------------------------- * * Description: The MS has entered the dedicated mode. The BA list is updated * by neighbour cell requests generated by RR from SI 5 * Every frequency of the MPH_NEIGHBOURCELL_REQ must occur within * the MPHC_UPDATE_BA_LIST plus the serving cell (if not already * included). In the MPHC_UPDATE_BA_LIST the first up to 8 * frequencies must be in the same order as in the * MPH_NEIGHBOURCELL_REQ, the order of the other depends on the * replacing policy of ALR. *-------------------------------------------------------------------------------*/ T_STEP neighbour_cell_in_dedicated_alr155() { BEGIN_STEP ("neighbour_cell_in_dedicated_alr155") { SEND ( mph_neighbourcell_req_16() ); AWAIT ( mphc_update_ba_list_4() ); SEND ( mph_neighbourcell_req_17() ); AWAIT ( mphc_update_ba_list_5() ); } } /*------------------------Following is for ALR155------------------------------- * * Description: A handover has been performed. The BA list is updated for the * new cell * Every frequency of the MPH_NEIGHBOURCELL_REQ must occur within * the MPHC_UPDATE_BA_LIST plus the serving cell (if not already * included). In the MPHC_UPDATE_BA_LIST the first up to 8 * frequencies must be in the same order as in the * MPH_NEIGHBOURCELL_REQ, the order of the other depends on the * replacing policy of ALR. *-------------------------------------------------------------------------------*/ T_STEP neighbour_cell_after_ho_alr156() { BEGIN_STEP ("neighbour_cell_after_ho_alr156") { SEND ( mph_neighbourcell_req_18() ); AWAIT ( mphc_update_ba_list_6() ); SEND ( mph_neighbourcell_req_19() ); AWAIT ( mphc_update_ba_list_7() ); } } /*------------------------Following is for ALR200------------------------------- * * Description: The ALR is configured for DCS 1800. *-------------------------------------------------------------------------------*/ T_STEP filter_and_routings_dcs_1800__alr200() { BEGIN_STEP ("filter_and_routings_dcs_1800__alr200") { //COMMAND("TAP RESET"); //COMMAND("PL RESET"); COMMAND("TAP REDIRECT CLEAR"); COMMAND("PL REDIRECT CLEAR"); COMMAND("PL REDIRECT RR TAP"); COMMAND("PL REDIRECT DL TAP"); COMMAND("PL REDIRECT MMI TAP"); COMMAND("PL REDIRECT L1 TAP"); COMMAND("TAP REDIRECT TAP PL"); COMMAND("PL CONFIG STD=4"); SEND ( em_l1_event_req_2() ); //COMMAND("TAP PARKING "); COMMAND("PL REDIRECT MMI *1111110******** NULL"); } } /*------------------------Following is for ALR201------------------------------- * * Description: RR starts a cell selection. Four channels in the order 637, 580, * 885, 512 have acceptable fieldstrength values. *-------------------------------------------------------------------------------*/ T_STEP initiation_by_rr_4_channels_available_alr201() { BEGIN_STEP ("initiation_by_rr_4_channels_available_alr201") { filter_and_routings_dcs_1800__alr200(); SEND ( mph_power_req_3() ); AWAIT ( mphc_init_l1_req_3() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_3_1800) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_3_1800) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_3_1800) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_3_1800) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_3_1800) ); AWAIT ( mph_power_cnf_4() ); } } /*------------------------Following is for ALR203------------------------------- * * Description: The carrier with the highest fieldstrength (channel 637) is * selected for synchronizing to frequency correction burst and * synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_alr203() { BEGIN_STEP ("find_bcch_carrier_first_channel_alr203") { SEND ( mph_bsic_req(ARFCN_637_STD_1800) ); AWAIT ( mphc_network_sync_req(ARFCN_637, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_9() ); AWAIT ( mph_bsic_cnf_17() ); AWAIT ( mphc_new_scell_req_5() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR204------------------------------- * * Description: The carrier with the highest fieldstrength (channel 637) * is selected for synchronizing to frequency correction burst and * synchron burst. The attempt failed. A second request is started * for the next strongest channel (channel 580). *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_failed_then_second_channel_alr204() { BEGIN_STEP ("find_bcch_carrier_first_channel_failed_then_second_channel_alr204") { SEND ( mph_bsic_req(ARFCN_637_STD_1800) ); AWAIT ( mphc_network_sync_req(ARFCN_637, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_failed(ARFCN_637) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_637_STD_1800) ); SEND ( mph_bsic_req(ARFCN_580_STD_1800) ); AWAIT ( mphc_network_sync_req(ARFCN_580, SM_WIDE_MODE) ); } } /*------------------------Following is for ALR206------------------------------- * * Description: The next best channel (channel 14) is selected for synchronizing * to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_second_channel_alr206() { BEGIN_STEP ("find_bcch_carrier_second_channel_alr206") { SEND ( mphc_network_sync_ind_14() ); AWAIT ( mph_bsic_cnf_22() ); AWAIT ( mphc_new_scell_req_6() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR207------------------------------- * * Description: The BCCH data blocks are read for the channel 23. *-------------------------------------------------------------------------------*/ T_STEP read_bcch_data_alr207() { BEGIN_STEP ("read_bcch_data_alr207") { SEND ( mphc_data_ind_42() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_637) ); SEND ( mphc_data_ind_43() ); AWAIT ( mph_unitdata_ind_si2(ARFCN_637) ); SEND ( mphc_data_ind_44() ); AWAIT ( mph_unitdata_ind_si3(ARFCN_637) ); SEND ( mphc_data_ind_45() ); AWAIT ( mph_unitdata_ind_si4(ARFCN_637) ); } } /*------------------------Following is for ALR209------------------------------- * * Description: RR rejects the BCCH carrier. The next best channel (channel 124) * is selected for synchronizing to frequency correction burst * and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP rr_rejects_bcch_carrier_try_third_channel_alr209() { BEGIN_STEP ("rr_rejects_bcch_carrier_try_third_channel_alr209") { SEND ( mph_bsic_req(ARFCN_885_STD_1800) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_network_sync_req(ARFCN_885, SM_NARROW_MODE) ); SEND ( mphc_network_sync_ind_15() ); AWAIT ( mph_bsic_cnf_23() ); AWAIT ( mphc_new_scell_req_7() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mphc_data_ind_47() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_885) ); } } /*------------------------Following is for ALR210------------------------------- * * Description: RR rejects the BCCH carrier. The next best channel (channel 1) * is selected for synchronising to frequency correction burst * and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP rr_rejects_bcch_carrier_try_fourth_channel_alr210() { BEGIN_STEP ("rr_rejects_bcch_carrier_try_fourth_channel_alr210") { SEND ( mph_bsic_req(ARFCN_512_STD_1800) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_network_sync_req(ARFCN_512, SM_NARROW_MODE) ); SEND ( mphc_network_sync_ind_16() ); AWAIT ( mph_bsic_cnf_24() ); AWAIT ( mphc_new_scell_req_8() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mphc_data_ind_48() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_512) ); } } /*------------------------Following is for ALR212------------------------------- * * Description: RR selects the channel 14 after reading the BCCH carrier. * Variant A: with neighbourcell list * Variant B: with empty neighbour cell list * Variant C: like A, but non-combined CCCH *-------------------------------------------------------------------------------*/ T_STEP rr_select_second_channel_alr212(CHAR variant) { BEGIN_STEP ("rr_select_second_channel_alr212") { SEND ( mph_classmark_req_2() ); SEND ( mph_idle_req_7(variant) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_11(variant) ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_5(variant) ); AWAIT ( mphc_rxlev_periodic_req_5(variant) ); } } /*------------------------Following is for ALR600------------------------------- * * Description: The ALR is configured for Dualband GSM 900 / DCS 1800. *-------------------------------------------------------------------------------*/ T_STEP filter_and_routings_dualband_gsm_900_dcs_1800__alr600() { BEGIN_STEP ("filter_and_routings_dualband_gsm_900_dcs_1800__alr600") { //COMMAND("TAP RESET"); //COMMAND("PL RESET"); COMMAND("TAP REDIRECT CLEAR"); COMMAND("PL REDIRECT CLEAR"); COMMAND("PL REDIRECT RR TAP"); COMMAND("PL REDIRECT DL TAP"); COMMAND("PL REDIRECT MMI TAP"); COMMAND("PL REDIRECT L1 TAP"); COMMAND("TAP REDIRECT TAP PL"); #ifdef GPRS COMMAND("PL REDIRECT GRR TAP"); #endif // GPRS COMMAND("PL CONFIG STD=5"); SEND ( em_l1_event_req_2() ); //COMMAND("TAP PARKING "); COMMAND("PL REDIRECT MMI *1111110******** NULL"); } } /*------------------------Following is for ALR601------------------------------- * * Description: RR starts a cell selection. Eight channels in the order 23, 637, 14, 580, 124, 885, 1, 512 have * acceptable fieldstrength values. *-------------------------------------------------------------------------------*/ T_STEP initiation_by_rr_8_channels_available_alr601() { BEGIN_STEP ("initiation_by_rr_8_channels_available_alr601") { filter_and_routings_dualband_gsm_900_dcs_1800__alr600(); SEND ( mph_power_req_4() ); AWAIT ( mphc_init_l1_req_4() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(RXLEV_IDX_DUAL) ); AWAIT ( mph_power_cnf_5() ); } } /*------------------------Following is for ALR603------------------------------- * * Description: The carrier with the highest fieldstrength (channel 23) is selected * for synchronizing to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_alr603() { BEGIN_STEP ("find_bcch_carrier_first_channel_alr603") { SEND ( mph_bsic_req(ARFCN_23_STD_DUAL) ); AWAIT ( mphc_network_sync_req(ARFCN_23, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_1() ); AWAIT ( mph_bsic_cnf_25() ); AWAIT ( mphc_new_scell_req_1() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR604------------------------------- * * Description: The carrier with the highest fieldstrength (channel 23) is selected * for synchronizing to frequency correction burst and synchron burst. * The attempt failed. A second request is started for the next * strongest channel (channel 637). *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_first_channel_failed_then_second_channel_alr604() { BEGIN_STEP ("find_bcch_carrier_first_channel_failed_then_second_channel_alr604") { SEND ( mph_bsic_req(ARFCN_23_STD_DUAL) ); AWAIT ( mphc_network_sync_req(ARFCN_23, SM_WIDE_MODE) ); SEND ( mphc_network_sync_ind_failed(ARFCN_23) ); AWAIT ( mph_bsic_cnf_failed(ARFCN_23_STD_DUAL) ); SEND ( mph_bsic_req(ARFCN_637_STD_DUAL) ); AWAIT ( mphc_network_sync_req(ARFCN_637, SM_WIDE_MODE) ); } } /*------------------------Following is for ALR606------------------------------- * * Description: The next best channel (channel 637) is selected for synchronizing * to frequency correction burst and synchron burst. *-------------------------------------------------------------------------------*/ T_STEP find_bcch_carrier_second_channel_alr606() { BEGIN_STEP ("find_bcch_carrier_second_channel_alr606") { SEND ( mphc_network_sync_ind_17() ); AWAIT ( mph_bsic_cnf_33() ); AWAIT ( mphc_new_scell_req_9() ); SEND ( mphc_new_scell_con_1() ); AWAIT ( mphc_scell_nbcch_req_full() ); } } /*------------------------Following is for ALR607------------------------------- * * Description: The BCCH data blocks are read for the channel 23. *-------------------------------------------------------------------------------*/ T_STEP read_bcch_data_alr607() { BEGIN_STEP ("read_bcch_data_alr607") { SEND ( mphc_data_ind_1() ); AWAIT ( mph_unitdata_ind_si1(ARFCN_23) ); SEND ( mphc_data_ind_2() ); AWAIT ( mph_unitdata_ind_si2(ARFCN_23) ); SEND ( mphc_data_ind_3() ); AWAIT ( mph_unitdata_ind_si3(ARFCN_23) ); SEND ( mphc_data_ind_4() ); AWAIT ( mph_unitdata_ind_si4(ARFCN_23) ); } } /*------------------------Following is for ALR612------------------------------- * * Description: RR selects the channel 637 after reading the BCCH carrier. * Variant A: with neighbourcell list * Variant B: with empty neighbour cell list *-------------------------------------------------------------------------------*/ T_STEP rr_select_second_channel_alr612(CHAR variant) { BEGIN_STEP ("rr_select_second_channel_alr612") { SEND ( mph_classmark_req_3() ); SEND ( mph_idle_req_9() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_10() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); SEND ( mph_neighbourcell_req_7(variant) ); AWAIT ( mphc_rxlev_periodic_req_7(variant) ); } } /*------------------------Following is for ALR800------------------------------- * * Description: The CBCH channel is configured. Then MMI requests reading of CBCH * for the message identifier 3, 7 and 11 to 13. *-------------------------------------------------------------------------------*/ T_STEP configuration_cbch_followed_by_mmi_request_alr800(CHAR variant) { BEGIN_STEP ("configuration_cbch_followed_by_mmi_request_alr800") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_14() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_10() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_cbch_req_2(variant) ); SEND ( mmi_cbch_req_1() ); AWAIT ( mphc_config_cbch_req_1(variant) ); AWAIT ( mphc_cbch_schedule_req_1() ); AWAIT ( mphc_cbch_schedule_req_2() ); } } /*------------------------Following is for ALR801------------------------------- * * Description: MMI requests reading of CBCH for the message identifier * 3, 7 and 11 to 13. Then the CBCH channel is configured and * reading of CBCH starts. *-------------------------------------------------------------------------------*/ T_STEP mmi_request_followed_by_configuration_of_cbch_alr801(CHAR variant) { BEGIN_STEP ("mmi_request_followed_by_configuration_of_cbch_alr801") { SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_14() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_10() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mmi_cbch_req_2(variant) ); SEND ( mph_cbch_req_3(variant) ); AWAIT ( mphc_config_cbch_req_2(variant) ); AWAIT ( mphc_cbch_schedule_req_1() ); AWAIT ( mphc_cbch_schedule_req_2() ); } } /*------------------------Following is for ALR803------------------------------- * * Description: ALR receives an expected CBCH message. The content is forwarded * to MMI. * Variant A: single message identifier (7) * Variant B: message identifier specified by range (11), lower boundary * Variant C: message identifier specified by range (12), middle of the range * Variant D: message identifier specified by range (13), upper boundary * Variant E: single message identifier (7) with update number 2 *-------------------------------------------------------------------------------*/ T_STEP reception_of_expected_cbch_message_alr803(CHAR variant) { BEGIN_STEP ("reception_of_expected_cbch_message_alr803") { SEND ( mphc_data_ind_54(variant) ); AWAIT ( mphc_cbch_info_req_1() ); SEND ( mphc_data_ind_55() ); SEND ( mphc_data_ind_56() ); SEND ( mphc_data_ind_57() ); AWAIT ( mmi_cbch_ind_1(variant) ); } } /*------------------------Following is for ALR808------------------------------- * * Description: ALR receives an CBCH Schedule message. variant a : entry into DRX mode variant b : 2nd DRX mode *-------------------------------------------------------------------------------*/ T_STEP reception_of_cbch_schedule_message_alr809(CHAR variant) { BEGIN_STEP ("reception_of_expected_cbch_message_alr809") { SEND ( mphc_data_ind_67()); AWAIT ( mphc_cbch_info_req_1()); SEND ( mphc_data_ind_60()); SEND ( mphc_data_ind_61()); SEND ( mphc_data_ind_62()); AWAIT (mphc_cbch_schedule_req_4(variant)); } } /*------------------------Following is for ALR960------------------------------- * * Description: RR selects Channel 23 as serving cell after reading the * BCCH carrier. On receipt of a list of neighbour cells * (MPH-NEIGHBOURCELL request primitive) followed by * the power measurements of these cells * (MPHC-RXLEV-PERIODIC indication primitive), ALR starts a 10-second * timer and requests Layer 1 to commence synchronization of these cells. * On expiry of this timer, ALR requests Layer 1 to stop synchronization * of these cells and forwards a list of all synchronized neighbour cells * to be measured to Layer 1 (MPHC-NCELL-LIST-SYNC request primitive). *-------------------------------------------------------------------------------*/ T_STEP power_measurement_e_otd_on_idle_mode__alr960() { BEGIN_STEP ("power_measurement_e_otd_on_idle_mode__alr960") { SEND ( mph_classmark_req_3() ); SEND ( mph_idle_req_22() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_9() ); AWAIT ( mphc_scell_nbcch_req_full() ); SEND ( mph_neighbourcell_req_15() ); AWAIT ( mphc_rxlev_periodic_req_20() ); SEND ( mphc_rxlev_periodic_ind_3() ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_637) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_25) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_512) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_580) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_885) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); SEND ( mphc_ncell_sync_ind_33() ); SEND ( mphc_rxlev_periodic_ind_3() ); AWAIT ( mph_measurement_ind_32() ); SEND ( mphc_ncell_sync_ind_34() ); AWAIT ( mphc_ncell_bcch_req (ARFCN_637) ); SEND ( mphc_ncell_sync_ind_35() ); AWAIT ( mphc_ncell_bcch_req_30() ); SEND ( mphc_ncell_sync_ind_36() ); AWAIT ( mphc_ncell_bcch_req_25() ); SEND ( mphc_ncell_sync_ind_37() ); AWAIT ( mphc_ncell_bcch_req_31() ); SEND ( mphc_ncell_sync_ind_38() ); AWAIT ( mphc_ncell_bcch_req_32() ); SEND ( mphc_ncell_sync_ind_39() ); AWAIT ( mphc_ncell_bcch_req_33() ); SEND ( mphc_rxlev_periodic_ind_3() ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_637) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_637) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_25) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_25) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_14) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_14) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_512) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_512) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_580) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_580) ); SEND ( mphc_ncell_bcch_ind_si3(ARFCN_885) ); AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_885) ); SEND ( mphc_rxlev_periodic_ind_3() ); SEND ( mphc_rxlev_periodic_ind_3() ); AWAIT ( mph_measurement_ind_33() ); AWAIT ( mph_unitdata_ind_si3(ARFCN_14) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_25) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_512) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_580) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_637) ); AWAIT ( mph_unitdata_ind_si3(ARFCN_885) ); SEND ( mphc_rxlev_periodic_ind_3() ); SEND ( mphc_rxlev_periodic_ind_3() ); SEND ( mphc_rxlev_periodic_ind_3() ); AWAIT ( mphc_stop_ncell_sync_req_all() ); SEND ( mphc_stop_ncell_sync_con() ); AWAIT ( mphc_ncell_list_sync_req_3() ); AWAIT ( mph_measurement_ind_33() ); } } /*------------------------Following is for ALR970------------------------------- * * Description: A dedicated channel is assigned in preparation for E-OTD measurement. *-------------------------------------------------------------------------------*/ T_STEP connection_established_e_otd_dedicated_mode__alr970() { BEGIN_STEP ("connection_established_e_otd_dedicated_mode__alr970") { SEND ( mph_random_access_req_1() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); SEND ( mphc_stop_rxlev_periodic_con_1() ); AWAIT ( mphc_stop_ncell_sync_req_all() ); SEND ( mphc_stop_ncell_sync_con() ); AWAIT ( mphc_stop_scell_bcch_req() ); SEND ( mphc_stop_scell_bcch_con() ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_ra_req_5() ); SEND ( mphc_ra_con_1() ); AWAIT ( mph_random_access_cnf_1() ); AWAIT ( mphc_ra_req_6() ); SEND ( mphc_data_ind_20() ); AWAIT ( mph_unitdata_ind_10() ); SEND ( mph_dedicated_req_1() ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_stop_ccch_req() ); AWAIT ( mphc_stop_ra_req_1() ); AWAIT ( mphc_immed_assign_req_1() ); SEND ( mphc_immed_assign_con_1() ); AWAIT ( mph_dedicated_cnf_1(DEDI_RES_OK) ); } } /*------------------------Following is for ALR972------------------------------- * * Description: RR requests E-OTD measurement of a list of cells forwarded in the * MPH-NCELL-POS request primitive, whereupon ALR forwards this list * to Layer 1 (MPHC-NCELL-LIST-SYNC request primitive). * Variant A: all cells in the list are current neighbour cells and are thus known to ALR, * Variant B: contains two cell (arfcn 516 and 525 respectively) which are unknown. *-------------------------------------------------------------------------------*/ T_STEP e_otd_measurement_started_dedicated_mode__alr972(CHAR variant) { BEGIN_STEP ("e_otd_measurement_started_dedicated_mode__alr972") { SEND ( mph_ncell_pos_req_2(variant) ); AWAIT ( mphc_ncell_list_sync_req_4(variant) ); } } /*------------------------Following is for ALRG007------------------------------- * * Description: In dedicated mode ALR is suspended during a PDCH Assignment procedure. * Reference: TS04.08 V8.10.0, section 3.4.19 Assignment to a Packet Data channel. *-------------------------------------------------------------------------------*/ T_STEP pdch_assignment_alrg007() { BEGIN_STEP ("pdch_assignment_alrg007") { SEND ( mph_dedicated_req_2g() ); AWAIT ( mphc_stop_dedicated_req() ); SEND ( mphc_stop_dedicated_con() ); AWAIT ( mph_dedicated_cnf_1(DEDI_RES_OK) ); //this does not work, but there has to be //a CCCH request to enter idle mode before going to PTM. /*This needs a implementation check through GRR-RR-ALR*/ /*AWAIT ( mphc_start_ccch_req_8() );*/ } } /*----------------------------------------------------------------------------- * * Description: Start a MO call while plmn search is active. * *-------------------------------------------------------------------------------*/ T_STEP abort_search_due_to_mo_call(T_VAR_ABORT_PLMN_SEARCH var) { BEGIN_STEP ("abort search due to mo call") { SEND ( mph_sync_req(CS_STOP_PLMN_SEARCH) ); switch (var) { case VAR_PLMN_POWER_CNF: AWAIT ( mphc_stop_rxlev_req() ); break; case VAR_PLMN_BSIC_CNF: AWAIT ( mphc_stop_ncell_sync_req(ARFCN_32) ); break; case VAR_PLMN_SI: AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_32) ); break; } SEND ( mph_random_access_req_1() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); // not necessary AWAIT ( mphc_stop_scell_bcch_req() ); // not necessary AWAIT ( mphc_start_ccch_req_1('A') ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_ra_req_1() ); } } /*----------------------------------------------------------------------------- * * Description: GRR leaves Packet Idle Mode, the search is aborted. * *-------------------------------------------------------------------------------*/ T_STEP abort_search_due_to_leaving_pim(T_VAR_ABORT_PLMN_SEARCH var) { BEGIN_STEP ("abort search due leaving PIM") { SEND ( mph_sync_req(CS_STOP_PLMN_SEARCH) ); switch (var) { case VAR_PLMN_POWER_CNF: AWAIT ( mphc_stop_rxlev_req() ); break; case VAR_PLMN_BSIC_CNF: AWAIT ( mphc_stop_ncell_sync_req(ARFCN_32) ); break; case VAR_PLMN_SI: AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_32) ); break; } #if defined GPRS SEND ( mph_mon_ctrl_req(LEAVING_PIM_PBCCH) ); AWAIT ( mphc_stop_ccch_req() ); #endif } } /*----------------------------------------------------------------------------- * * Description: GRR starts a cell reselection, the search is aborted. * *-------------------------------------------------------------------------------*/ T_STEP abort_search_due_to_cell_resel(T_VAR_ABORT_PLMN_SEARCH var) { BEGIN_STEP ("abort search due to cell reselection") { SEND ( mph_sync_req(CS_STOP_PLMN_SEARCH) ); switch (var) { case VAR_PLMN_POWER_CNF: AWAIT ( mphc_stop_rxlev_req() ); break; case VAR_PLMN_BSIC_CNF: AWAIT ( mphc_stop_ncell_sync_req(ARFCN_32) ); break; case VAR_PLMN_SI: AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_32) ); break; } SEND ( mph_idle_req_15g() ); AWAIT ( mphc_stop_ccch_req() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); // not necessary AWAIT ( mphc_stop_scell_bcch_req() ); // not necessary AWAIT ( mphc_new_scell_req_10() ); } } /*----------------------------------------------------------------------------- * * Description: GRR requests synchronization for 3 ncells. * *-------------------------------------------------------------------------------*/ T_STEP nc_pbcch_initial_sync() { BEGIN_STEP ("PBCCH, initial synchronization to 3 ncells") { SEND ( mph_neighbourcell_req_3g() ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_1) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); SEND ( mphc_ncell_sync_ind (ARFCN_14) ); AWAIT ( mph_measurement_ind_1g() ); SEND ( mphc_ncell_sync_ind_failed(ARFCN_124) ); AWAIT ( mph_measurement_ind_2g() ); SEND ( mph_neighbourcell_req_4g() ); AWAIT ( mph_measurement_ind_4g() ); AWAIT ( mphc_stop_ncell_sync_req(ARFCN_1) ); AWAIT ( mphc_ncell_sync_req_4g() ); SEND ( mphc_ncell_sync_ind_3g() ); AWAIT ( mph_measurement_ind_3g() ); } } /*----------------------------------------------------------------------------- * * Description: GRR starts a cell selection, the search is aborted. * *-------------------------------------------------------------------------------*/ T_STEP abort_search_due_to_cell_sel(T_VAR_ABORT_PLMN_SEARCH var) { BEGIN_STEP ("abort search due to cell selection") { SEND ( mph_sync_req(CS_STOP_PLMN_SEARCH) ); switch (var) { case VAR_PLMN_POWER_CNF: AWAIT ( mphc_stop_rxlev_req() ); break; case VAR_PLMN_BSIC_CNF: AWAIT ( mphc_stop_ncell_sync_req(ARFCN_32) ); break; case VAR_PLMN_SI: AWAIT ( mphc_stop_ncell_bcch_req(ARFCN_32) ); break; } SEND ( mph_power_req_1() ); AWAIT ( mphc_stop_ccch_req() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); // not necessary AWAIT ( mphc_stop_scell_bcch_req() ); // not necessary AWAIT ( mphc_init_l1_req_1() ); SEND ( mphc_init_l1_con_1() ); AWAIT ( mphc_rxlev_req() ); //SEND ( mphc_rxlev_ind(RXLEV_IDX_1) ); } } #ifdef FF_EGPRS T_STEP start_of_sending_channel_request_messages_gsm_900__alr9803() { BEGIN_STEP ("start_of_sending_channel_request_messages_gsm_900__alr9803") { SEND ( mph_random_access_req_1() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); AWAIT (mphc_stop_ncell_bcch_req_emr()); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_ra_req_1() ); SEND ( mphc_ra_con_1() ); AWAIT ( mph_random_access_cnf_1() ); AWAIT ( mphc_ra_req_2() ); } } T_STEP rr_cell_selection_emr (char idle_var,char rxlev_var,char emr_var ) { BEGIN_STEP ("rr_cell_selection_emr") { int i=15; filter_and_routings_dualband_gsm_900_dcs_1800__alr600(); initiation_by_rr_4_channels_available_alr001(); find_bcch_carrier_first_channel_alr003(); read_bcch_data_alr007(); SEND ( mph_classmark_req_1() ); SEND ( mph_idle_req_4(idle_var) ); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_start_ccch_req_7('H') ); AWAIT ( mphc_scell_nbcch_req_full() ); /*acquires both N/E BCCH*/ SEND ( mph_identity_req_1() ); SEND ( mph_identity_req_1() ); SEND ( mph_cbch_req_1() ); if (rxlev_var == 'A') { SEND ( mph_neighbourcell_req_3() ); AWAIT ( mphc_rxlev_periodic_req_3() ); SEND ( mphc_rxlev_periodic_ind_1() ); /* 1 */ SEND ( mphc_rxlev_periodic_ind_1() ); AWAIT ( mph_measurement_ind_emr_1() ); SEND ( mphc_rxlev_periodic_ind_1() ); } else if (rxlev_var == 'B') { SEND ( mph_neighbourcell_req_3() ); AWAIT ( mphc_rxlev_periodic_req_3() ); } else { SEND ( mph_neighbourcell_req_emr_1() ); AWAIT ( mphc_rxlev_periodic_req_emr_1() ); } if (emr_var != 'Z') { while ( i) { SEND (mphc_data_ind_si2quater(L2_CHANNEL_EBCCH) ); AWAIT (mph_unitdata_ind_si2q(ARFCN_23) ); i--; } } if (rxlev_var == 'A') { SEND ( mphc_rxlev_periodic_ind_1() ); AWAIT ( mph_measurement_ind_emr_1() ); } if (emr_var != 'Z') { SEND (mph_enhpara_update_req_1 (emr_var)); SEND (mph_mon_ctrl_req_1(STOP_MON_BCCH,UPDATE_SI2QUATER) ); } } } #endif // FF_EGPRS /*-------------------For Test Case 1013A-E---------------------------------------------------------- * * Description: Setting state of ALR in Dedicated for Handovers. * *-------------------------------------------------------------------------------*/ T_STEP initial_setting_state_to_dedicated() { BEGIN_STEP ("initial_setting_state_to_dedicated") { filter_and_routings_gsm_900__alr000(); initiation_by_rr_4_channels_available_alr001(); find_bcch_carrier_first_channel_alr003(); read_bcch_data_alr007(); rr_select_first_channel_alr013(); start_of_sending_channel_request_messages_gsm_900__alr055(); immediate_assignment_for_the_mobile_station_alr056(); neighbour_cell_in_dedicated_alr155(); SEND ( mphc_meas_report_4() ); AWAIT ( mphc_ncell_sync_req_fn(ARFCN_124) ); AWAIT ( mphc_ncell_sync_req_fn(ARFCN_1) ); SEND ( mphc_ncell_sync_ind_fn(ARFCN_124)); SEND ( mphc_ncell_sync_ind_fn(ARFCN_1)); AWAIT(mph_measurement_ind_dummy(ARFCN_23,25)); } } /*----------------------------------------------------------------------------- * * Description: After a HPLMN search the paging is configured to REORG, * if REORG was set before HPLMN search. * * Variant: depending on configuration before HPLNM search procedure * *-------------------------------------------------------------------------------*/ T_STEP continue_page_mode_reorg_after_hplnm_search_procedure(CHAR variant) { BEGIN_STEP ("continue page mode reorg after HPLMN search") { switch (variant) { case 'A': AWAIT ( mphc_start_ccch_req_7('H') ); /*Paging REORG */ break; case 'B':/*not used*/ AWAIT ( mphc_start_ccch_req_2() ); /*Paging REORG */ break; default: AWAIT ( mphc_start_ccch_req_14() ); /*SKIP Parameter - actual not used*/ } AWAIT ( mphc_scell_nbcch_req_full() ); /*Read complete BCCH every time*/ } } /*----------------------------------------------------------------------------- * * Description: HPLMN search cannot be performed if page mode REORG is configured. * Therefore REORG is stopped as long as HPLNM search procedure needs. * *-------------------------------------------------------------------------------*/ T_STEP stop_page_mode_reorg_before_hplnm_search_procedure() { BEGIN_STEP ("stop page mode reorg before HPLMN search") { AWAIT ( mphc_start_ccch_req_normal() ); /*Paging NORMAL*/ AWAIT ( mphc_scell_nbcch_req_periodic() ); /*read BCCH not every time*/ } } /*----------------------------------------------------------------------------- * * Description: Measurement Report is sent by L1. This is followed by sync reading on the strongest * 6 cells. Random Access procedure is then started. * *-------------------------------------------------------------------------------*/ T_STEP meas_ind_with_start_sync_followed_by_rach_procedure() { BEGIN_STEP ("meas indiction sync requests followed by rach") { SEND ( mphc_rxlev_periodic_ind_2() ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_14) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_124) ); AWAIT ( mphc_ncell_sync_req_initial(ARFCN_1) ); SEND ( mphc_ncell_sync_ind (ARFCN_14) ); // sync for 14 AWAIT ( mphc_ncell_bcch_req (ARFCN_14) ); SEND ( mph_random_access_req_1() ); AWAIT ( mphc_stop_rxlev_periodic_req() ); AWAIT ( mphc_stop_ncell_sync_req_1() ); AWAIT ( mphc_stop_ncell_bcch_req_1()); AWAIT ( mphc_stop_scell_bcch_req() ); AWAIT ( mphc_scell_nbcch_req_full() ); AWAIT ( mphc_ra_req_1() ); SEND ( mphc_ra_con_1() ); AWAIT ( mph_random_access_cnf_1() ); AWAIT ( mphc_ra_req_2() ); } } /*----------------------------------------------------------------------------- * * Description: Rxlevel Measurement based on Search * *-------------------------------------------------------------------------------*/ T_STEP rxlevel_measurement_based_on_search_parallel(CHAR search_mode, CHAR rxlev_idx) { BEGIN_STEP (" Rxlevel Based on Search") { AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); switch(search_mode) { case NORMAL_SEARCH_MODE: case FULL_SEARCH_MODE : /* Full & Normal Search will do the measurement 5 Times */ AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); case FAST_SEARCH_MODE : case BLACK_LIST_SEARCH_MODE: /* FAST & Blacklist Search will do the measurement only once */ AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); break; } } } /*----------------------------------------------------------------------------- * * Description: Rxlevel Measurement based on Search * *-------------------------------------------------------------------------------*/ T_STEP rxlevel_measurement_based_on_search_quadband(CHAR search_mode, CHAR rxlev_idx, CHAR pchinterrupt) { BEGIN_STEP (" Rxlevel Based on Search") { switch(search_mode) { case NORMAL_SEARCH_MODE: case FULL_SEARCH_MODE : /* Full & Normal Search will do the measurement 5 Times */ AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_US)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_US)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_US)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_US)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); case FAST_SEARCH_MODE : /* FAST Search will do the measurement only once */ AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_init_l1_req(STD_DUAL_US)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); break; case BLACK_LIST_SEARCH_MODE: /* Blacklist Search will do the measurement only once */ AWAIT ( mphc_init_l1_req(STD_DUAL_EGSM)); SEND ( mphc_init_l1_con_1()); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); break; } } } /*----------------------------------------------------------------------------- * * Description: Rxlevel Measurement based on Search * *-------------------------------------------------------------------------------*/ T_STEP rxlevel_measurement_based_on_search_american(CHAR search_mode, CHAR band, CHAR rxlev_idx) { BEGIN_STEP (" Rxlevel Based on Search") { AWAIT ( mphc_init_l1_req(band) ); SEND ( mphc_init_l1_con_1() ); switch(search_mode) { case NORMAL_SEARCH_MODE: case FULL_SEARCH_MODE : /* Full & Normal Search will do the measurement 5 Times */ AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); case FAST_SEARCH_MODE : case BLACK_LIST_SEARCH_MODE: /* FAST & Blacklist Search will do the measurement only once */ AWAIT ( mphc_rxlev_req() ); SEND ( mphc_rxlev_ind(rxlev_idx) ); break; } } }