#Build: Synplify Pro (R) M-2017.03LR-SP1-1, Build 229R, Nov 10 2017 #install: C:\lscc\radiant\1.0\synpbase #OS: Windows 8 6.2 #Hostname: DESKTOP-433C5TG # Mon Nov 19 20:43:58 2018 #Implementation: impl_1 Synopsys HDL Compiler, version comp2017q2p1, Build 338R, built Nov 10 2017 @N: : | Running in 64-bit mode Copyright (C) 1994-2017 Synopsys, Inc. This Synopsys software and all associated documentation are proprietary to Synopsys, Inc. and may only be used pursuant to the terms and conditions of a written license agreement with Synopsys, Inc. All other use, reproduction, modification, or distribution of the Synopsys software or the associated documentation is strictly prohibited. Synopsys VHDL Compiler, version comp2017q2p1, Build 338R, built Nov 10 2017 @N: : | Running in 64-bit mode Copyright (C) 1994-2017 Synopsys, Inc. This Synopsys software and all associated documentation are proprietary to Synopsys, Inc. and may only be used pursuant to the terms and conditions of a written license agreement with Synopsys, Inc. All other use, reproduction, modification, or distribution of the Synopsys software or the associated documentation is strictly prohibited. @N:CD720 : std.vhd(123) | Setting time resolution to ps Pre Loading Built-In Library pmi ... @N: : top.vhd(8) | Top entity is set to top. VHDL syntax check successful! At c_vhdl Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 71MB peak: 72MB) Process completed successfully. # Mon Nov 19 20:44:00 2018 ###########################################################] Synopsys Verilog Compiler, version comp2017q2p1, Build 338R, built Nov 10 2017 @N: : | Running in 64-bit mode Copyright (C) 1994-2017 Synopsys, Inc. This Synopsys software and all associated documentation are proprietary to Synopsys, Inc. and may only be used pursuant to the terms and conditions of a written license agreement with Synopsys, Inc. All other use, reproduction, modification, or distribution of the Synopsys software or the associated documentation is strictly prohibited. @I::"C:\lscc\radiant\1.0\synpbase\lib\generic\ice40up.v" (library work) @I::"C:\lscc\radiant\1.0\synpbase\lib\vlog\hypermods.v" (library __hyper__lib__) @I::"C:\lscc\radiant\1.0\synpbase\lib\vlog\umr_capim.v" (library snps_haps) @I::"C:\lscc\radiant\1.0\synpbase\lib\vlog\scemi_objects.v" (library snps_haps) @I::"C:\lscc\radiant\1.0\synpbase\lib\vlog\scemi_pipes.svh" (library snps_haps) @I::"C:\lscc\radiant\1.0\ip\pmi\pmi.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_add.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_add.v":"C:\lscc\radiant\1.0\ip\pmi\../common/adder/rtl\lscc_adder.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_complex_mult.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_complex_mult.v":"C:\lscc\radiant\1.0\ip\pmi\../common/complex_mult/rtl\lscc_complex_mult.v" (library work) @N:CG334 : pmi_complex_mult.v(89) | Read directive translate_off. @N:CG333 : pmi_complex_mult.v(98) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_dsp.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_mac.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_mac.v":"C:\lscc\radiant\1.0\ip\pmi\../common/mult_accumulate/rtl\lscc_mult_accumulate.v" (library work) @N:CG334 : pmi_mac.v(91) | Read directive translate_off. @N:CG333 : pmi_mac.v(106) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_multaddsub.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_multaddsub.v":"C:\lscc\radiant\1.0\ip\pmi\../common/mult_add_sub/rtl\lscc_mult_add_sub.v" (library work) @N:CG334 : pmi_multaddsub.v(88) | Read directive translate_off. @N:CG333 : pmi_multaddsub.v(97) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_mult.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_mult.v":"C:\lscc\radiant\1.0\ip\pmi\../common/multiplier/rtl\lscc_multiplier.v" (library work) @N:CG334 : pmi_mult.v(84) | Read directive translate_off. @N:CG333 : pmi_mult.v(93) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_ram_dp.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_ram_dp.v":"C:\lscc\radiant\1.0\ip\pmi\../common/ram_dp/rtl\lscc_ram_dp.v" (library work) @N:CG334 : pmi_ram_dp.v(95) | Read directive translate_off. @N:CG333 : pmi_ram_dp.v(150) | Read directive translate_on. @N:CG334 : pmi_ram_dp.v(194) | Read directive translate_off. @N:CG333 : pmi_ram_dp.v(201) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_ram_dq.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_ram_dq.v":"C:\lscc\radiant\1.0\ip\pmi\../common/ram_dq/rtl\lscc_ram_dq.v" (library work) @N:CG334 : pmi_ram_dq.v(82) | Read directive translate_off. @N:CG333 : pmi_ram_dq.v(91) | Read directive translate_on. @N:CG334 : pmi_ram_dq.v(129) | Read directive translate_off. @N:CG333 : pmi_ram_dq.v(136) | Read directive translate_on. @I:"C:\lscc\radiant\1.0\ip\pmi\pmi.v":"C:\lscc\radiant\1.0\ip\pmi\pmi_sub.v" (library work) @I:"C:\lscc\radiant\1.0\ip\pmi\pmi_sub.v":"C:\lscc\radiant\1.0\ip\pmi\../common/subtractor/rtl\lscc_subtractor.v" (library work) Verilog syntax check successful! At c_ver Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 69MB peak: 70MB) Process completed successfully. # Mon Nov 19 20:44:00 2018 ###########################################################] @N:CD720 : std.vhd(123) | Setting time resolution to ps @N: : top.vhd(8) | Top entity is set to top. VHDL syntax check successful! @N:CD630 : top.vhd(8) | Synthesizing work.top.rtl. @N:CD233 : top.vhd(47) | Using sequential encoding for type state_type. @W:CD638 : top.vhd(28) | Signal led_latch_blue is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(30) | Signal led_latch_red is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(33) | Signal ram_ad is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(34) | Signal ram_di is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(35) | Signal ram_maskwe is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(36) | Signal ram_we is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(37) | Signal ram_cs is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(38) | Signal ram_ck is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(39) | Signal ram_stdby is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(40) | Signal ram_sleep is undriven. Either assign the signal a value or remove the signal declaration. @W:CD638 : top.vhd(41) | Signal ram_pwroff_n is undriven. Either assign the signal a value or remove the signal declaration. @N:CD630 : rs232_receiver.vhd(11) | Synthesizing work.rs232_receiver.rtl. @N:CD233 : rs232_receiver.vhd(24) | Using sequential encoding for type state_type. Post processing for work.rs232_receiver.rtl @N:CD630 : rs232_sender.vhd(12) | Synthesizing work.rs232_sender.rtl. @N:CD233 : rs232_sender.vhd(28) | Using sequential encoding for type state_type. Post processing for work.rs232_sender.rtl Post processing for work.top.rtl @W:CL240 : top.vhd(41) | Signal ram_pwroff_n is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(40) | Signal ram_sleep is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(39) | Signal ram_stdby is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(38) | Signal ram_ck is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(37) | Signal ram_cs is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(36) | Signal ram_we is floating; a simulation mismatch is possible. @W:CL252 : top.vhd(35) | Bit 0 of signal ram_maskwe is floating -- simulation mismatch possible. @W:CL252 : top.vhd(35) | Bit 1 of signal ram_maskwe is floating -- simulation mismatch possible. @W:CL252 : top.vhd(35) | Bit 2 of signal ram_maskwe is floating -- simulation mismatch possible. @W:CL252 : top.vhd(35) | Bit 3 of signal ram_maskwe is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 0 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 1 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 2 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 3 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 4 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 5 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 6 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 7 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 8 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 9 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 10 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 11 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 12 of signal ram_ad is floating -- simulation mismatch possible. @W:CL252 : top.vhd(33) | Bit 13 of signal ram_ad is floating -- simulation mismatch possible. @W:CL240 : top.vhd(30) | Signal led_latch_red is floating; a simulation mismatch is possible. @W:CL240 : top.vhd(28) | Signal led_latch_blue is floating; a simulation mismatch is possible. @W:CL167 : top.vhd(69) | Input rgb0pwm of instance my_rgb is floating @W:CL167 : top.vhd(69) | Input rgb2pwm of instance my_rgb is floating @W:CL245 : top.vhd(55) | Bit 0 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 1 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 2 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 3 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 4 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 5 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 6 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 7 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 8 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 9 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 10 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 11 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 12 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 13 of input ad of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 0 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 1 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 2 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 3 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 4 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 5 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 6 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 7 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 8 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 9 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 10 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 11 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 12 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 13 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 14 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 15 of input di of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 0 of input maskwe of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 1 of input maskwe of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 2 of input maskwe of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL245 : top.vhd(55) | Bit 3 of input maskwe of instance ram is undriven. If this is not the intended behavior, drive the inputs with valid values, or inputs from the top level. @W:CL167 : top.vhd(55) | Input we of instance ram is floating @W:CL167 : top.vhd(55) | Input cs of instance ram is floating @W:CL167 : top.vhd(55) | Input ck of instance ram is floating @W:CL167 : top.vhd(55) | Input stdby of instance ram is floating @W:CL167 : top.vhd(55) | Input sleep of instance ram is floating @W:CL167 : top.vhd(55) | Input pwroff_n of instance ram is floating @N:CL201 : rs232_sender.vhd(45) | Trying to extract state machine for register state. Extracted state machine for register state State machine has 4 reachable states with original encodings of: 00 01 10 11 @W:CL249 : rs232_sender.vhd(45) | Initial value is not supported on state machine state @N:CL201 : rs232_receiver.vhd(40) | Trying to extract state machine for register state. Extracted state machine for register state State machine has 4 reachable states with original encodings of: 00 01 10 11 @W:CL249 : rs232_receiver.vhd(40) | Initial value is not supported on state machine state @N:CL189 : top.vhd(102) | Register bit reset_counter(1) is always 1. @W:CL260 : top.vhd(102) | Pruning register bit 1 of reset_counter(1 downto 0). If this is not the intended behavior, drive the input with valid values, or an input from the top level. @N:CL189 : top.vhd(102) | Register bit reset_counter(0) is always 1. @W:CL177 : top.vhd(116) | Sharing sequential element state. Add a syn_preserve attribute to the element to prevent sharing. At c_vhdl Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 72MB peak: 73MB) Process completed successfully. # Mon Nov 19 20:44:01 2018 ###########################################################] Synopsys Netlist Linker, version comp2017q2p1, Build 338R, built Nov 10 2017 @N: : | Running in 64-bit mode At syn_nfilter Exit (Real Time elapsed 0h:00m:00s; CPU Time elapsed 0h:00m:00s; Memory used current: 67MB peak: 68MB) Process took 0h:00m:01s realtime, 0h:00m:01s cputime Process completed successfully. # Mon Nov 19 20:44:02 2018 ###########################################################] @END At c_hdl Exit (Real Time elapsed 0h:00m:02s; CPU Time elapsed 0h:00m:00s; Memory used current: 3MB peak: 4MB) Process took 0h:00m:02s realtime, 0h:00m:01s cputime Process completed successfully. # Mon Nov 19 20:44:02 2018 ###########################################################]