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破解SPB16.5成功!+ y# d1 ^5 u" V% ^
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" b9 i. O' F0 m运行K:\Cadence\LicenseManager\LicenseServerConfiguration.exe 配置程序时,提示如下:+ ?$ d `7 o4 y; f3 i7 a% z& t1 z
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- Cadence License Server restarted successfully with the new license file 'K:\Cadence\LicenseManager\license.dat'.
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- The new license server setting '5280@3C68B4367E914FC' was successfully added to your CDS_LIC_FILE license path environment variable.
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4 \( c( |- J, S p- M2 L$ r==============================================================================
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==============================================================================" g5 N; `7 y9 x8 h; s* Z
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22:01:30 (lmgrd) -----------------------------------------------
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22:01:30 (lmgrd) Please Note:1 d! ?. c( s; u9 @- u5 `
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22:01:30 (lmgrd) This log is intended for debug purposes only.
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22:01:30 (lmgrd) In order to capture accurate license
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22:01:30 (lmgrd) please enable report logging. Use Flexera Software, Inc.'s' W5 U: n* {. L: c3 z. ^
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22:01:30 (lmgrd) software license administration solution,
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22:01:30 (lmgrd) FLEXnet Manager, to readily gain visibility
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22:01:30 (lmgrd) into license usage data and to create4 m% {0 a! ? D; ^
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22:01:30 (lmgrd) insightful reports on critical information like- i v* b2 l: i2 q% H5 e3 k
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22:01:30 (lmgrd) license availability and usage. FLEXnet Manager! \9 [: v$ h4 |
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22:01:30 (lmgrd) can be fully automated to run these reports on
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22:01:30 (lmgrd) schedule and can be used to track license5 C. M$ b, r- b# m
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22:01:30 (lmgrd) and UNIX. Contact Flexera Software, Inc. at$ h3 V( O; G z* T3 P' z2 u8 U
1 ?) l9 Z+ W- s+ s+ m22:01:30 (lmgrd) www.flexerasoftware.com for more details on how to+ z( J; I0 g7 U- f
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22:01:30 (lmgrd) obtain an evaluation copy of FLEXnet Manager
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/ {7 d. g/ Q$ I, }) j* ?! s/ N22:01:30 (lmgrd) for your enterprise.
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22:01:30 (lmgrd) -----------------------------------------------( s# X/ F7 g5 M7 x9 j: g/ k
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22:01:30 (lmgrd) pid 3100
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22:01:30 (lmgrd) Done rereading
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2 g( L3 ~8 M8 v* p22:01:30 (lmgrd) FLEXnet Licensing (v11.9.1.0 build 89952 i86_n3) started on 3C68B4367E914FC (IBM PC) (5/30/2011)
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22:01:30 (lmgrd) Copyright (c) 1988-2010 Flexera Software, Inc. All Rights Reserved.
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22:01:30 (lmgrd) US Patents 5,390,297 and 5,671,412.
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22:01:30 (lmgrd) World Wide Web: http://www.flexerasoftware.com
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22:01:30 (lmgrd) License file(s): K:\Cadence\LicenseManager\license.dat
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22:01:30 (lmgrd) lmgrd tcp-port 5280
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0 {, _8 }% x6 p& U' C, u7 [22:01:30 (lmgrd) Starting vendor daemons ... , D) S9 ]5 `6 r+ F1 w( b% M* l
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22:01:30 (lmgrd) Started cdslmd (pid 2772)
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22:01:31 (cdslmd) FLEXnet Licensing version v11.9.1.0 build 89952 i86_n3 Z7 l" {) _ i2 v+ U$ Y
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22:01:31 (cdslmd) WARNING Set environment variable cdslmd_ENH_RECORDS=1 to enable ENH records usage logging enhancements
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22:01:33 (cdslmd) Using options file: ".exe") p& R+ |" U' m( y
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22:01:37 (cdslmd) ABIT ALL_EBD AMD_MACH - p0 g3 }- Q3 x6 U
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22:01:37 (cdslmd) APR-HPPA AWBAA AWBAdvancedAnalysis 8 G! y! w6 `8 ?+ z4 p
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22:01:37 (cdslmd) AWB_STATS Advanced_Package_Designer Advanced_Pkg_Engineer_3D ; E# @' H6 `. |) I$ w) {; a
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22:01:37 (cdslmd) Affirma_RF_IC_package_modeler Affirma_RF_SPW_model_link Affirma_accel_transistor_sim
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22:01:37 (cdslmd) Affirma_advanced_analysis_env Affirma_equiv_checker_prep Affirma_equivalence_checker
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22:01:37 (cdslmd) Affirma_model_checker Affirma_model_packager_export Affirma_sim_analysis_env + k! V! E1 `/ J! v8 ^, Z) l) |9 {
8 A: E* m; E K% g8 V9 i22:01:37 (cdslmd) Affirma_trans_logic_abstracter Allego_design_expert AllegroSLPS ! `, X* g$ }" b
# i# n* x p# E8 Y$ v t22:01:37 (cdslmd) Allegro_CAD_Interface Allegro_Design_Editor_620 Allegro_Designer
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+ j2 z% m) [7 n6 u( Z V22:01:37 (cdslmd) Allegro_Designer_Package_620 Allegro_Expert Allegro_Librarian
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1 J8 S4 ^$ B! h- U! I22:01:37 (cdslmd) Allegro_PCB Allegro_PCBSI_Backplane Allegro_PCBSI_Performance
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22:01:37 (cdslmd) Allegro_PCB_Design_620 Allegro_PCB_Design_GXL Allegro_PCB_Design_Planner
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22:01:37 (cdslmd) Allegro_PCB_RF Allegro_PCB_Router_210 Allegro_PCB_Router_230
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22:01:37 (cdslmd) Allegro_PCB_SI_630 Allegro_PCB_SI_630_Suite Allegro_Package_620
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22:01:37 (cdslmd) Allegro_Package_Designer_620 Allegro_Package_Designer_XL_II Allegro_Package_SI_620 1 i9 H: J% K% R
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$ W' y. e) \! y# g) d22:01:37 (cdslmd) Allegro_Performance Allegro_Pkg_Designer_620 Allegro_Pkg_Designer_620_Suite
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22:01:37 (cdslmd) Artist_Optimizer Artist_Statistics Assura_DRC : |; ?, x: k6 n, L
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22:01:37 (cdslmd) Assura_LVS Assura_MP Assura_OPC 8 H& Y' d+ o0 x2 W3 G% f
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22:01:37 (cdslmd) Atmel_ATV Attsim_option_ATS Base_Digital_Body_Lib 9 p+ q9 `% e0 r
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22:01:37 (cdslmd) CELL3_PR CELL3_QPLACE_TIMING CELL3_SCAN 9 C; L' p/ }$ @6 X2 W8 f5 L: {
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22:01:37 (cdslmd) CWAVES Cadence_3D_Design_Viewer Cadence_Chip_IO_Planner
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22:01:37 (cdslmd) Capture_CIS_Studio CheckPlus Checkplus_Expert 1 h6 `* R+ E2 w5 t! J! E1 b
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5 a" _2 n- O3 u" u22:01:37 (cdslmd) Cierto_SPW_IS136_VE Cierto_SPW_comm_lib_flt_pt Cierto_SPW_comm_library_fxp_pt
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22:01:37 (cdslmd) Cierto_signal_proc_wrksys_2000 Clock_Tree_Generation Cobra_Simulator
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22:01:37 (cdslmd) Composer_EDIF300_Connectivity Composer_EDIF300_Schematic Composer_Spectre_Sim_Solution
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22:01:37 (cdslmd) ConcICe_Option Concept-HDL ConceptHDL
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22:01:37 (cdslmd) Concept_HDL_expert Concept_HDL_rules_checker Concept_HDL_studio - r" A# H% ^$ G1 E( P8 i2 {) s
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22:01:37 (cdslmd) DPcctIcCraft DPcdsBE DPcdsC3
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22:01:37 (cdslmd) DPcdsCE DPcdsGE DPcdsPar
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22:01:37 (cdslmd) DPextractRC DPfasnet DPgotc / E' p" S' `2 v1 Z
# m4 K6 X8 @, |22:01:37 (cdslmd) DPhyperPlaceCell DPhyperPlaceGarray DPparasitic ' s! u3 l0 i6 L/ g' {
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22:01:37 (cdslmd) DPpearlLocked DPqplaceAB DPqplaceGA 0 y( [- l4 h) C, s' P
2 ?8 U9 T5 c$ h6 T( t; u% S( X6 I6 U22:01:37 (cdslmd) DPqplaceLocked DPrcExtract DPsdfConvPR 1 t7 `: e' K9 ^) S( h
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22:01:37 (cdslmd) DPsynopsys DPunivInterface DPwplaceLocked
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22:01:37 (cdslmd) DRAC2CORE DRAC2DRC DRAC2LVS * ^ s% K7 e, r3 v4 X m
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22:01:37 (cdslmd) DRACACCESS DRACDIST DRACERC
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22:01:37 (cdslmd) DRACLPE DRACLVS DRACPG_E ; f8 d6 I b+ @- Q$ n, X* ~
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22:01:37 (cdslmd) DRACPLOT DRACPRE DRACSLAVE & N( q+ G: V- Z: |' X/ r
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22:01:37 (cdslmd) Datapath_Preview_Option Datapath_VHDL Datapath_Verilog 4 V/ K! Y! g) m0 h9 x
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22:01:37 (cdslmd) Device_Level_Placer Device_Level_Router Distributed_Dracula_Option
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22:01:37 (cdslmd) EBD_edit EBD_floorplan EBD_power 9 {: t% k" A F
2 ?# P1 C0 S5 R( H22:01:37 (cdslmd) EDIF_Netlist_Interface EDIF_Schematic_Interface EMCdisplay ; z/ m/ p% q! ]3 v# e
5 u$ i3 k( h( J2 H5 G, O( ]22:01:37 (cdslmd) EMControl EMControl_Float EditBase_ALL
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22:01:37 (cdslmd) EditFST_ALL Envisia_DP_SI_design_planner Envisia_Datapath_option ; ]: P& ?' v) Y$ @- [& `5 q
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22:01:37 (cdslmd) Envisia_GE_ultra_place_route Envisia_LowPower_option Envisia_PKS
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22:01:37 (cdslmd) Envisia_SE_SI_place_route Envisia_SE_ultra_place_route Envisia_Utility
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( t% u, X2 m5 X( V% \: P- F22:01:37 (cdslmd) Envisia_synthesis_with_PKS Extended_Digital_Body_Lib Extended_Digital_Lib
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) e: t G7 g9 `4 i- T22:01:37 (cdslmd) Extended_Verilog_Lib FPGA_Flows FPGA_Tools
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22:01:37 (cdslmd) FUNCTION_LIB Framework GATEENSEMBLE
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22:01:37 (cdslmd) GATEENSEMBLE_ARO GATEENSEMBLE_CROSSTALK GATEENSEMBLE_CTS
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- ^* g1 T2 A+ Q% a! Q22:01:37 (cdslmd) GATEENSEMBLE_CTS_LE GATEENSEMBLE_CTS_UL GATEENSEMBLE_ECL
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22:01:37 (cdslmd) GATEENSEMBLE_LOWEND GATEENSEMBLE_OPENDEV GATEENSEMBLE_OPENEXE 8 \% w; ~- W. x( m# p
/ i0 g( [& O% J$ E/ B8 t+ |2 t. p22:01:37 (cdslmd) GATEENSEMBLE_PA GATEENSEMBLE_PR_LE GATEENSEMBLE_PR_UL , B4 P5 q9 E0 p- l
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22:01:37 (cdslmd) GATEENSEMBLE_QPLACE_TIMING GATEENSEMBLE_SCAN GATEENSEMBLE_TIMING 9 \# C( Z) \: D' _1 M7 ]
7 o' z; B- v$ j( o22:01:37 (cdslmd) GATEENSEMBLE_TIMING_LE GATEENSEMBLE_TIMING_UL GATEENSEMBLE_UNLIMITED + ]3 N& L2 W! V/ z6 H3 {& }6 U7 K
- c: n& u0 u/ a. k- p0 M+ @22:01:37 (cdslmd) GATEENSEMBLE_WIDEWIRE Gate_Ensemble_DSM HDL-DESKTOP
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22:01:37 (cdslmd) HLDSbase HLDSbaseC HLDexportDPUX
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" h5 E: d- v$ [+ ?; z8 k# a22:01:37 (cdslmd) HLDimportDPUX IDF_Bi_Directional_Interface IPlaceBase_ALL 5 t1 o1 }+ F( s, E6 E9 E
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22:01:37 (cdslmd) Intrica_powerplane_builder LAS_Cell_Optimization LDPbaseCell 2 j; C) Q6 K8 s3 t2 U
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22:01:37 (cdslmd) LDPbaseGarray LDPclock LDPhyperPlaceCell * ^& G% I$ K. m; |2 F3 l) X0 R2 b
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22:01:37 (cdslmd) LDPhyperPlaceGarray LEAFPROG-SYS LEAPFROG-BV
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22:01:37 (cdslmd) LEAPFROG-C LEAPFROG-CV LEAPFROG-SLAVE % W) D+ W) d. v. | D6 e- O
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6 T! T4 C; ]" V22:01:37 (cdslmd) LID10 LID11 LINAR_LIB $ R4 p. g# g; s9 A* x
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22:01:37 (cdslmd) LINEAR-LIB LINEAR_LIB LSE
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22:01:37 (cdslmd) LayoutPlus MAG_LIB MIXAD_LIB 3 `4 z. A" Q3 S: j; ]2 v: Z
3 u. d7 g2 d+ s+ r& e' _6 D22:01:37 (cdslmd) MTI_option_Attsim Model_Check_Analysis NC_VHDL_Simulator + g; r9 T9 v: J8 Y9 J7 h8 X
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22:01:37 (cdslmd) NC_Verilog_Data_Prep_Compiler NC_Verilog_Simulator Nihongoconcept / G2 v* W h& j8 X+ p; ]
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22:01:37 (cdslmd) OASIS_Simulation_Interface OpenModeler OpenModeler_SFI 9 W: B1 A4 N4 r' \1 T" d( @) X
0 X; ]' t. W2 b# u6 A8 `22:01:37 (cdslmd) OpenModeler_SWIFT OpenSim OpenWaves $ ?% ~6 q' F, [6 i
2 P" Y3 V7 J# s* J22:01:37 (cdslmd) Optimizer OrCAD_Capture_CIS_option OrCAD_EE_Designer_Plus $ I# q4 p. T% N# m/ |* Z6 p
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22:01:37 (cdslmd) OrCAD_PCB_Designer OrCAD_PCB_Designer_Basics OrCAD_PCB_Designer_PSpice 0 [" l5 E6 ^* j+ e8 H- ?) J
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22:01:37 (cdslmd) OrCAD_PCB_Editor OrCAD_PCB_Editor_Basics OrCAD_PCB_Router ( }& A/ T2 P. a* v
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22:01:37 (cdslmd) OrCAD_Signal_Explorer OrCAD_Unison_EE OrCAD_Unison_PCB ; V7 |& k+ g+ j d: i( b) A
) G% O& f8 \/ M- |0 ]22:01:37 (cdslmd) OrCAD_Unison_Ultra PCB_Design_studio PCB_design_expert
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7 {: ^" F1 R+ D22:01:37 (cdslmd) PCB_designer PCB_librarian_expert PCB_studio_variants
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22:01:37 (cdslmd) PE_Librarian PICDesigner PIC_Utilities % x# _4 B: x5 s
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22:01:37 (cdslmd) PLD PPR-HPPA PPRoute_ALL
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$ M% Y4 J( I% y6 } C4 [# P& O4 ~22:01:37 (cdslmd) PSpice PSpiceAA PSpiceAAOptimizer Z/ J' X( ^5 [1 v
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22:01:37 (cdslmd) PSpiceAAStudio PSpiceAD PSpiceBasics - Q, c# a9 n$ I
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22:01:37 (cdslmd) PSpiceOPTIOpt PSpiceOptimizer PSpicePerfOpt
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22:01:37 (cdslmd) PSpiceSLPSOpt PSpiceSmokeOpt PSpiceStudio
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22:01:37 (cdslmd) PSpice_SLPS PWM_LIB Pearl " k- b7 T5 y% H* b! _* F
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22:01:37 (cdslmd) Pearl_Cell PlaceBase_ALL Placement_Based_Optimization
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( c" ]+ O$ T$ Q7 i1 R; F7 t22:01:37 (cdslmd) Placement_Based_Synthesis PowerIntegrity Prevail_Board_Designer
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6 y( ]5 ~ ]$ o+ ^/ G, P22:01:37 (cdslmd) Prevail_Correct_By_Design Prevail_Designer Preview_Synopsys_Interface + \8 Q/ Z3 K) n4 u6 `3 r3 J
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22:01:37 (cdslmd) PspiceADBasics QPlace Quickturn_Model_Manager 0 l$ O5 ~8 T+ v
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22:01:37 (cdslmd) RB_6SUPUC_ALL RapidPART RouteADV_ALL ( a; H+ T/ _$ Z0 f' N% \. ]
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22:01:37 (cdslmd) RouteBase RouteBase_ALL RouteDFM_ALL
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$ [7 q' [. r7 J22:01:37 (cdslmd) RouteFST_ALL RouteHYB_ALL RouteMVIA_ALL ) i$ O& G; ]# E7 o/ r1 |2 K: `$ z
6 V+ V G, t5 X, r% U22:01:37 (cdslmd) SDT_MODEL_MANAGER SPECCTRAQuest SPECCTRAQuest_EE 2 w7 j0 O- W8 b: N
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4 W4 W3 ?) S' u' e! i0 F/ m' B* C22:01:37 (cdslmd) SPECCTRAQuest_signal_expert SPECCTRAQuest_signal_explorer SPECCTRA_256U f5 P1 C! q' O
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22:01:37 (cdslmd) SPECCTRA_6U SPECCTRA_ADV SPECCTRA_APD
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8 d" n4 p5 h) F$ `1 F4 P22:01:37 (cdslmd) SPECCTRA_QE SPECCTRA_Unison_PCB SPECCTRA_Unison_Ultra
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22:01:37 (cdslmd) SPECCTRA_VT SPECCTRA_autoroute SPECCTRA_expert : ^ z2 u) f) R# H g
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22:01:37 (cdslmd) SPECCTRA_expert_system SPECCTRA_performance SPW_BDE w$ u8 q W5 _" n& b
% M* u3 _/ @" K3 p- a ]" C1 T! m22:01:37 (cdslmd) SPW_BER_Sim SPW_BVHDL_CDMA_LIB SPW_BVHDL_COMM_FXP
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22:01:37 (cdslmd) SPW_CGS_ANY SPW_CGS_C30 SPW_CGS_C40
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22:01:37 (cdslmd) SPW_CGS_DSP32C SPW_CGS_M96002 SPW_CGS_PKB 0 V5 ^/ _8 O$ A3 k2 N$ O
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22:01:37 (cdslmd) SPW_CGS_STANDARD_C SPW_COSIM_LEAPFROG SPW_COSIM_VERILOG_XL
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22:01:37 (cdslmd) SPW_COSIM_VSS SPW_DATA_MANAGEMENT SPW_ENV_MAT 8 P6 ^/ y; v- {- W) C' g
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22:01:37 (cdslmd) SPW_FDS SPW_FMG SPW_FSM
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; _6 _) v' j: r/ ]5 u22:01:37 (cdslmd) SPW_HDS_VHDL_LINK SPW_HLS SPW_LIB_CDMA_LIB 9 i5 A6 g( ], u: _5 R
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22:01:37 (cdslmd) SPW_LIB_COMM_FXP SPW_LIB_COMM_LIB SPW_LIB_DSP1600 2 z) G" Y$ l% @/ E# e
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22:01:37 (cdslmd) SPW_LIB_DSP563S SPW_LIB_DSP566S SPW_LIB_DSP568S
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! l/ _$ m, ` [. ^22:01:37 (cdslmd) SPW_LIB_DSPGROUP SPW_LIB_GSM_LIB SPW_LIB_HDS_ARC
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22:01:37 (cdslmd) SPW_LIB_HDS_ISL SPW_LIB_HDS_LIB SPW_LIB_HDS_MAIN
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8 T3 F4 l% H: F* K- T3 s2 E/ M22:01:37 (cdslmd) SPW_LIB_HDS_MICRO SPW_LIB_IS136LIB SPW_LIB_IS95LIB " c5 I* f& o8 d- i
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22:01:37 (cdslmd) SPW_LIB_ISL SPW_LIB_M5630X SPW_LIB_MATLAB
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22:01:37 (cdslmd) SPW_LIB_MDK SPW_LIB_RADAR SPW_LIB_RF_LIB 0 O& j. g: C/ f2 ^1 s
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22:01:37 (cdslmd) SPW_LIB_SGSTHOMSON SPW_LIB_TIC54X SPW_LIB_TIC5X . d ~# K/ l5 U: h n- `
7 V9 F1 H0 s6 k22:01:37 (cdslmd) SPW_LIB_VFL SPW_LINK_VERILOG SPW_LINK_VHDL
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- B; c V2 d2 H. k% n; f22:01:37 (cdslmd) SPW_LINK_VHDL_BEH SPW_LSF_Link SPW_MODEL_MANAGER 9 c4 O* N+ G: i! a
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22:01:37 (cdslmd) SPW_MPX SPW_SIGCALC SPW_SIM
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3 ^6 Y* V. p C22:01:37 (cdslmd) SPW_SIM_UI SPW_Smart_Antenna_Library SQ_Digital_Logic_SI_Lib ) T6 n2 c( r; h* Y2 l: @/ A( G0 ]5 ?. E
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22:01:37 (cdslmd) SQ_FPGA_SI_Lib SQ_Memory_SI_Lib SQ_Microprocessor_SI_Lib
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22:01:37 (cdslmd) SQ_ModelIntegrity SWIFT Schematic_Generator
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6 I9 }% M4 r5 q9 R22:01:37 (cdslmd) SiP_Digital_Architect_GXL SiP_Digital_Architect_GXL_II SiP_Digital_Architect_XL : h! |$ J1 Y4 Q- s
4 b! d+ c2 I( q5 u* X) w3 g8 ^22:01:37 (cdslmd) SiP_Digital_Layout_GXL SiP_Digital_SI_XL SiP_Digital_SI_XL_II
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% Q$ z# ?9 ~% @- q22:01:37 (cdslmd) SiP_RF_Architect SiP_RF_Architect_XL SiP_RF_Layout_GXL 9 D$ J# S4 j& a L
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22:01:37 (cdslmd) SiP_RF_Layout_GXL_II SigNoise SigNoiseCS
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/ O# U( E5 z! [& W4 a, p22:01:37 (cdslmd) SigNoiseEngineer SigNoiseExpert SigNoiseStdDigLib % K/ u9 Z% v! w y0 Y6 i3 X* ]7 t
0 l+ ?4 x. v; x# K# r: f22:01:37 (cdslmd) SigNoise_Float SiliconQuest Silicon_Ensemble 0 {- r- Y2 U B; h' a
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22:01:37 (cdslmd) Silicon_Ensemble_CTS Silicon_Ensemble_DSM Silicon_Ensemble_DSM_Crosstalk
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+ w% ]& n/ k+ d, K; h0 e22:01:37 (cdslmd) Silicon_Ensemble_OpenDev Silicon_Ensemble_OpenExe Silicon_Synthesis_QPBS " V9 ~, G& g' H6 a
k4 J) A" Q* R% |22:01:37 (cdslmd) SimVision SpectreBasic SpectreRF
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22:01:37 (cdslmd) Spectre_BTAHVMOS_Models Spectre_BTASOI_Models Spectre_NorTel_Models ; X: P6 e+ O& g, }2 c1 y( v* W6 s
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22:01:37 (cdslmd) Spectre_ST_Models Substrate_Coupling_Analysis Synlink_Interface
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- d0 t/ k3 u* ?/ z2 ~; c22:01:37 (cdslmd) TOPOLOGY_EDITOR Trans_level_option_Attsim UET
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% h0 ~: ^; O8 H9 B+ H0 Z% o22:01:37 (cdslmd) UNISON_SPECCTRA_6U Unison_SPECCTRA_4U Universal_Smartpath # I/ L! i$ q. t6 ^0 M# o9 w
. @: `# ~! q( z, ^22:01:37 (cdslmd) VB_6SUPUC_ALL VCC_Editors VCC_SW_Estimator
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* |7 F4 l" G( C1 d8 E$ x& o3 J22:01:37 (cdslmd) VCC_Simulators VCC_links_to_implementation VERILOG-SLAVE
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, U& o2 Y5 d) x3 c3 D0 W q% j4 z22:01:37 (cdslmd) VERILOG-XL VERITIME VERLOG-SLAVE ' E) F9 Z6 _' E* r
" u& F6 p! O' `5 r" o! G0 l- R" r! |22:01:37 (cdslmd) VHDLLink VITAL-XL VXL-ALPHA 7 U/ P0 ^' x: U9 p: {4 B2 D
5 S. x: g; Q L$ `22:01:37 (cdslmd) VXL-LMC-HW-IF VXL-SWITCH-RC VXL-TURBO , |$ u* Q) F+ ^; ]! z" S7 ~
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22:01:37 (cdslmd) VXL-VRA Vampire_HDRC Vampire_HLVS / M4 E8 _& |1 t6 h' C% k
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22:01:37 (cdslmd) Verif_Ckpit_Analysis_Env Verif_Ckpit_Runtime_Env ViewBase
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7 u. X+ w% z3 e" Q& S* y22:01:37 (cdslmd) ViewBase_ALL Virtuoso_Core_Characterizer Virtuoso_Core_Optimizer ! b7 p* J7 M- e6 k3 ^
& X5 u) F; F$ X22:01:37 (cdslmd) Virtuoso_Schem_Option Virtuoso_SiI Virtuoso_Turbo : G. H2 _. b- o- o) j- A% \; V4 p
1 A) d& Q% B0 `: P22:01:37 (cdslmd) Virtuoso_XL Virtuoso_custom_placer Virtuoso_custom_router / p6 l- V) T/ n8 k s$ t/ z
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22:01:37 (cdslmd) XBLOX-HPPA XDE-HPPA _21900 + ]8 P9 @7 x2 ], x+ E
5 o6 b# w B/ V! V22:01:37 (cdslmd) a2dxf actomd adv_package_designer
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22:01:37 (cdslmd) adv_package_designer_expert adv_package_engineer_expert allegro_dfa # I2 ^7 j; `+ {+ d
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22:01:37 (cdslmd) allegro_dfa_att allegro_non_partner allegroprance
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22:01:37 (cdslmd) apd1 archiver arouter
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22:01:37 (cdslmd) caeviews cals_out cbds_in
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22:01:37 (cdslmd) cdxe_in comp concept ; h' ]# R9 L! E! F5 @$ j+ U) J
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22:01:37 (cdslmd) conceptXPC coverscan-analysis coverscan-recorder
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22:01:37 (cdslmd) cpe cpte crefer 3 f# M/ u, C7 T- S" w* L, \# e
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22:01:37 (cdslmd) cvtomd debug dfsverifault
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2 R) h6 \ U* j0 R+ i/ Y ?22:01:37 (cdslmd) dracula_in dxf2a e2v
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* m F- a9 A" T1 t/ h7 N22:01:37 (cdslmd) eCapture edif-HPPA edif2ged
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22:01:37 (cdslmd) expgen fcengine fcheck
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22:01:37 (cdslmd) fethman fetsetup gbom ) F+ U" m0 z* j* n1 l( b
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22:01:37 (cdslmd) ged2edif gilbert glib " \6 D, a# S8 z T8 f y
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22:01:37 (cdslmd) gloss gphysdly gscald
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+ @8 |9 B1 ?* k2 u: H5 C U) H" ^22:01:37 (cdslmd) gspares hp3070 hyperExtract & g( N4 u3 b5 O9 c8 v
% _ Y% ]% p6 u8 q! x" M22:01:37 (cdslmd) hyperRules iges_electrical intrgloss ( C$ t! Y% m0 y9 D' X4 N% D
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22:01:37 (cdslmd) intrroute intrsignoise ipc_in * @7 S/ d, L# }/ p0 k5 X- u7 s
9 W) o& t$ j2 E2 g5 ]/ S22:01:37 (cdslmd) ipc_out libcompile lwb 1 r9 |3 o; D% o/ U6 r4 F* l7 O
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22:01:37 (cdslmd) mdin mdout mdtoac , b; k1 X% K8 w2 `. |, w/ }& L2 A, d% S
% l+ o) R3 \; ?; ?! n. u22:01:37 (cdslmd) mdtocv multiwire odan * L, ^& \$ `/ l: D
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22:01:37 (cdslmd) packager partner pcb_cursor
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0 G+ j+ b& J$ v: X7 H+ ]- b2 g# \22:01:37 (cdslmd) pcb_editor pcb_engineer pcb_interactive 1 j2 j( f4 h1 ?) s2 m' V! K
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22:01:37 (cdslmd) pcb_prep pcb_review pcomp : L( I9 S' p7 X
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22:01:37 (cdslmd) pillar.abstract pillar.areaPdp pillar.areaPlanner & S+ M; X+ K2 W
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22:01:37 (cdslmd) pillar.cdsIn pillar.cdsOut pillar.cellPdp 5 L. s2 i4 C: g2 V" h
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22:01:37 (cdslmd) pillar.cellPlanner pillar.db pillar.dbdev
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22:01:37 (cdslmd) pillar.dbperl pillar.defIn pillar.defOut , Z# H+ Z7 }/ P- A* Q
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22:01:37 (cdslmd) pillar.dpdev pillar.dpuxIn pillar.dpuxOut
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22:01:37 (cdslmd) pillar.edifIn pillar.edifOut pillar.gatePdp 5 i; G* h4 z9 n' m. } v
5 X7 f' ]9 S" r! m22:01:37 (cdslmd) pillar.gatePlanner pillar.gdsIn pillar.gdsOut 8 G: }8 F& b6 o
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22:01:37 (cdslmd) pillar.ge pillar.gui pillar.ldexpand ' N& R- @: h0 n4 p. K
* N; v! J6 y$ |% N$ A* c22:01:37 (cdslmd) pillar.lefIn pillar.lefOut pillar.pdp 7 d% x% _) R" D. l! f9 r
, E, E6 L; @* J3 ^22:01:37 (cdslmd) pillar.verIn pillar.verOut pillar.vhdlIn ! B' w: M$ `# {# s: O+ t" _' Q
) q2 |+ F D2 X% g' p; g22:01:37 (cdslmd) pillar.vhdlOut pillar.vre pillar.xl
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22:01:37 (cdslmd) pillar.xlcm pillar.xldev placement
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22:01:37 (cdslmd) plotVersa ptc_in ptc_out % B" O1 { C' S, K% _9 ]9 z) [& l, K
! n4 q2 i1 ^7 w; c; Z* f22:01:37 (cdslmd) quanticout rapidsim realchiplm
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. g7 _% U' X N# ]! S22:01:37 (cdslmd) redifnet rt sdrc_in
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22:01:37 (cdslmd) sdrc_out shapefill sigxp
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22:01:37 (cdslmd) skillDev sqpkg stream_in
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22:01:37 (cdslmd) stream_out swap sx
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22:01:37 (cdslmd) synSmartIF synSmartLib synTiOpt * j$ T6 _5 z1 y( b- T
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22:01:37 (cdslmd) tsTSynVHDL tsTSynVLOG tsTestGen
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' {- e$ a7 `: e" J' i& S7 F22:01:37 (cdslmd) tsTestIntf tscr.ex tune
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22:01:37 (cdslmd) tw01 tw02 v2e
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% a. s0 Q/ s( d; ]$ E7 n: z) Q$ H2 C5 p22:01:37 (cdslmd) verfault verifault vgen ( j( o) }- b$ P2 Z* I2 ]4 _
/ \4 J6 K3 i; s4 K+ E22:01:37 (cdslmd) viable visula_in vloglink
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22:01:37 (cdslmd) wedifsch xilCds xilComposerFE
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( E, [# U& x2 Y- j$ h, ]22:01:37 (cdslmd) xilConceptFE xilEdif OrCAD_FPGA_System_Planner
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) r" p2 _: v% f22:01:37 (cdslmd) Allegro_FPGA_System_Planner_L Allegro_FPGA_System_Planner_XL Allegro_FPGA_System_Plan_GXL
3 I5 v5 ?2 U; w/ {8 H- J+ c: u$ X0 r! m2 q% D
22:01:37 (cdslmd) Allegro_FPGA_System_2FPGA Allegro_Design_Publisher 5 A2 y) D; z, D( [% o
) }2 Q5 n0 V- I8 x5 @: o3 ]" U( ?
22:01:37 (cdslmd)
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' t7 ^4 H4 Y! Q( ]0 e, X22:01:37 (cdslmd) All FEATURE lines for cdslmd behave like INCREMENT lines7 Y' Y& K, l& n; {6 V; X* P
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) U7 I# Y! \+ q. Z22:01:37 (cdslmd) EXTERNAL FILTERS are OFF# p' N4 @+ o# W4 G, K W+ ]( k2 H; b
# @# h$ x2 k4 y% \22:01:37 (cdslmd) CANNOT OPEN options file ".exe": U& O. x* N' a
K. ~/ g; B y. Z' {7 J' b4 f22:01:37 (lmgrd) cdslmd using TCP-port 1228
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. E9 S# j8 j2 N$ k22:01:42 (cdslmd) TCP_NODELAY NOT enabled" a3 J0 H$ F2 x& q5 w& v8 k- R* r
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22:01:43 (cdslmd) OUT: "100" Administrator@3C68B4367E914FC
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- v0 ^* k) M4 ^22:01:43 (cdslmd) IN: "100" Administrator@3C68B4367E914FC |
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