Log message:
archivers: Replace RMD160 checksums with BLAKE2s checksums

All checksums have been double-checked against existing RMD160 and
SHA512 hashes

Could not be committed due to merge conflict:
devel/py-traitlets/distinfo

The following distfiles were unfetchable (note: some may be only fetched
conditionally):

./devel/pvs/distinfo pvs-3.2-solaris.tgz
./devel/eclipse/distinfo eclipse-sourceBuild-srcIncluded-3.0.1.zip

Log message:
devel: Remove SHA1 hashes for distfiles

Log message:
all: migrate homepages from http to https

pkglint -r --network --only "migrate"

As a side-effect of migrating the homepages, pkglint also fixed a few
indentations in unrelated lines. These and the new homepages have been
checked manually.

Log message:
devel: align variable assignments

pkglint -Wall -F --only aligned --only indent -r

No manual corrections.

Log message:
Fix build under Apple OS X, bump PKGREVISION.
And install dosuments.
From Dean Matzkov via e-mail.

Log message:
Add SHA512 digests for distfiles for devel category

Issues found with existing distfiles:
	distfiles/eclipse-sourceBuild-srcIncluded-3.0.1.zip
	distfiles/fortran-utils-1.1.tar.gz
	distfiles/ivykis-0.39.tar.gz
	distfiles/enum-1.11.tar.gz
	distfiles/pvs-3.2-libraries.tgz
	distfiles/pvs-3.2-linux.tgz
	distfiles/pvs-3.2-solaris.tgz
	distfiles/pvs-3.2-system.tgz
No changes made to these distinfo files.

Otherwise, existing SHA1 digests verified and found to be the same on
the machine holding the existing distfiles (morden).  All existing
SHA1 digests retained for now as an audit trail.

Log message:
Update to 2.3.7

Changelog:

changes from version ?? to 1.1:
 * user interface add key  =  to change the registers
   A,B,C,D,E,H,L,IX,IY,A',B',C',D',E',H',L',I,R
 * display and update the cycle counter and the refresh register
 * BUG in disasm.c  f_ld  LD rr,(nn) [only 1 byte loaded]   fixed!
 * BUG in disasm.c  f_ex  EX (SP),IX break missing ==> runs into EX (SP),IY;  \ 
 fixed!
 * EI replaced by IFF1 & IFF2 (correct LD A,R & LD A,I)
 * user interface  @(CPU reset), #(clear memory), *(clear all cpu register),
                   $(clear tick counter), &(SP init)
 * console.c:  BUG in c_init()  usuage of undefined variable t   fixed!

changes from version 1.1 to 1.9:
 * IN, OUT, INI, OUTD, ...  all implemented
 * console.c:  BUG(?) in c_init()  if ICANON cleared  MIN should bet set to 1
 * BUG in disasm.c  f_add  all 16-bit addition with carry bit :(   fixed!
 * declaration of an assembler label may be appended by a colon
 * if PC, SP, and MEMP input is requested current values are displayed in hexa
 * HALT really halts the CPU now if interrupt is disabled else set runmode false
 * user interface  !(NMI) implemented
 * user interface  .  puts compiled instructions into memory and increases addr
 * user interface  = =  to change 16-bit registers BC,DE,HL,BC',DE',HL',IX,IY
 * BUG in disasm.c  f_adc  wrong carry/h/v flag calculation    fixed!
 * BUG in disasm.c  f_sbc  wrong carry/h/v flag calculation    fixed!
 * interrupt behaviour simulated, except IM=0 (probably tick count wrong)
 * user interface  D(dump/disassemble into file)  toggle DI/EI to key ^ changed
 * PC and SP defaults into hexa,  CALL, JP and RST in disassembling format, too
 * user interface  " (protocol instructions executed)
 * bank switching logic implemented (still experimental)
 * BUG in disasm.c  f_ld  if 16 bit load from 0xffff adress OVERFLOW   fixed!
 * disasm.c:  f_sll  opcode CB30-CB37  implemented
 * warnings and error_msg now  occupy only the very last line (row 23)
 * user interface  %  sets a breakpoint with a run counter at current PC
 * breakpoints (address & counter) are displayed in row 22
 * pseudo instruction EQU in assembler (asm.c) implemented
 * CPU Halt-pin/status is displayed in upper right corner if active
 * turbo mode improved a lot: 4 levels now (16 min, 380 sec, 38 sec, 2.5 sec)
 * disasm.c:  f_nop2  all undocumented ED-opcodes implemented
 * all the man pages updated
 * turbo mode replaced by controling the clock speed/frequency
 * the ports are implemented as a map onto one binary file named .Z80_ports
 * hardware_clock.c  and  lcd_display.c  provided as examples for port usage

changes from version 1.9 to 2.0beta:
 * BUG in inst-dist.c  ED63  ld hl,(nn)  A_NUM -> A_PODDLE_NUM   fixed!
 * z80-asm permits in the case of exactly 1 section and inputfilename ends with
   .asm the outputfile to be optional (.asm is exchanged to .z80 for outputfile)
 * BUG in z80-asm: if start > highest byte in memory undefined outputfile length
 * HALT halts the CPU now if interrupt is enabled else set runmode false
   necessary for emulator mode ==>  user interface  &  sets a DI on stack
 * user interface  !  toggle keyboard read disabled/enabled in run mode
   user interface ESC now simulates a NMI
 * z80-mon has option -E for emulator mode (immediately CPU start)
 * SIGTERM, SIGHUP terminates z80-mon, SIGUSR1 causes reset, SIGUSR2 causes NMI,
   SIGABORT causes cpu_wait=1 and SIGTRAP makes a CPU dump
 * keyboard mapping implemented (used for IN from port stdin)
 * simul.c:  decode() now handles stray FD and DD prefixes
 * all FD and DD are simulated by decode() ==>  IXh,IXl,IYh,IYl introduced in
   regs.c and regs_token and set N_REGISTERS to 21 , global _ushort ddfdcb_reg
 * decoder and executer [decode() and  execute.c] totally checked. Now memory
   read access separated from memory write access. Usage of DATA pins!
 * in disasm.c: all 11 CB-executions and all 8 arith/logic-A-executions bundled
 * BUG in disasm.c: f_cp/f_cpd/f_cpi/f_cpdr/...  h-flag wrong calculated  fixed!
 * BUG in disasm.c: f_dec  p-flag wrong calculated  fixed!
 * the f_... functions in execute.c now return a pointer to char, doesn't print
 * total memory access encapsulated in memory.c / io-data access simulated
 * Makefile updated (*.h) goes now into hardware,  make install added
 * doc/man pages updated
 * in asm.c: write_to_memory(), set_start_address(), get_current_address()
   introduced for usage of compile() [now returns the number of bytes writen]

changes from version 2.0b to 2.0c:
 * BUG in asm.c: lexical_analysis: multiple label definition possible  fixed!
 * BUG in compile.c: c_add: ADD IY,IX valid(typo), ADD IY,IY invalid  fixed!
 * BUG in execute.c: f_alu: ADD,ADC,SBC use second operand (bad nemonic) fixed!
 * BUG in execute.c: f_neg: carry-flag always effected (carry=!!A)  fixed!
 * BUG in execute.c: f_bit: sign-flag effected only if bit 7 tested  fixed!
 * BUG in execute.c: f_daa: total nonsense! (>=4 independent errors)  fixed!
 * z80-asm.c Option -l added ==> in asm.c LISTING in pass 2 evaluated
 * in execute.c: in disassembling mode jr and djnz instruction offset with sign
 * user interface  t  enables base switch for disassembling constants
 * user interface  L  now can read true binary files into memory
 * user interface  a,b  changed to  u,v  and  e  deleted [reserved for register]
 * pseudo instructions  DEFM, ALIGN  in assembler (asm.c) implemented (sll,too)
 * Z80-Asm accepts integers to base 16 also if they have a h or H postfix
 * hash table structur/allocation optimized and option -c in z80-asm.c added

changes from version 2.0c to 2.0:
 * pseudo instruction  END  added and max label length to be 63 documented
 * in asm.h: better interface (highest_address,generated_bytes,set_compile_pass)
 * in asm.c: compile(void) now detects an EOF (take_line reads exactly 1 line)

changes from version 2.0 to 2.1
 * in asm.c: compile(char *txt) ==> take_line(..) not longer obligate!
 * ticks encapsulated ==> wait_tics(AMOUNT) and quartz.c/quartz.h introduced
 * -DEFINES in Makefile  and  hardware/z80-ctc.c (experimental/beta Z80_CTC)
 * BUG in compile.c: IX-/ IY-displacements must be < 128 and >= -128  fixed!
 * in asm.c: in compile() all error_messages bundled (do we like to translate?)
 * daisy_chain realized / more realistic interrupt handling by hardware
 * bank switching logic re-implemented (still all banks must have same size)
 * in regs.c register names to upper case (better to distinguish from addresses)
 * user interface  j  switches relative versa absolute address (disasm jr/djnz)
 * several small errors/bugs fixed
 * user interface  j  enables now labeled address disassembling for jp/call/jr
 * user interface  j  enables relative disassembling via two-pass disassembling
 * z80-mon with -E now reads CPU status from .CPU and finishes if HALT in DI
 * algebraic expressions evaluation in asm.c: valid operators ~,&,|,^,+,-,*,/,%
 * in asm.c:  @ is a special 'label' indicating the current PC
 * in asm.c: explicit binary constants must be lead-in by # replacing % prefix
      additionaly (to the 0x) the $ prefix for hexadecimal numbers is availible
 * BUG in compile.c: c_ret: typo in case PO wrong machine code generated  fixed!
 * several DJGCC compilation bugs removed (missing includes,defines,typos)

changes from version 2.1c to 2.2:
 * BUG in asm.c: convert_arg: memmove deletes IX or IY but needed later  fixed!
 * BUG in execute.c f_out/f_in: ts[] resp. tf[] must be at least 5 chars  fixed!
 * BUG in compile.c c_ld: LD HL,(addr) should generate opcode 2A not ED6B fixed!
 * BUG in compile.c convert_arg: char consts must not be converted to upper case
                                 fixed!
 * BUG in compile.c convert_arg: missing {} for for-loop body which results in
                                 all strings became nilstrings    fixed!
 * BUG in compile.c convert_arg: bug in string parsing, wrong indices  fixed!
 * BUG in execute.c f_ld: LD (addr),rr puts only lower byte into memory  fixed!
 * BUG in asm.c: convert_arg: (IX+-num)  num argument was not expected to be an
                              expression. test_number() <-> parse_expr()  \ 
fixed!
 * BUG in asm.c: convert_arg: arg->label undefined! Default to false now  fixed!
 * BUG in asm.c: lexical_analysis: overflow possible for 8-bit arguments in 1th
                                   pass if labels are used in expressions fixed!
 * BUG in asm.c: lexical_analysis: pseudo instructions I_EQU, I_DEFM, I_ORG,
                                   I_ALIGN  also needs the current address as
                                   argument in pass 1 if it is a label  fixed!
 * BUG in asm.c: lexical_analysis: parsing inside '..' was finished by delimiter
                                   (now new error message UNS introduced) fixed!
 * BUG in z80-mon.c: main: init_ctc() must be before reset_cpu() because
                           set_cpu_pin() may call set_ctc_pin()! fixed!
 * BUG in execute.c: ix_iy_disp: _ushort a must be casted to signed char  fixed!
 * BUG in execute.c: reg_str: in case A_PODLE_IX_PLUS, A_PODLE_IY_PLUS argument
                              arg must be casted to signed char  fixed!
 * in asm.c: if more than 4 bytes opcodes (e.g. DEFS) only the first 4 are shown
             in the assembler listing
 * in asm.c: new error message: Invalid character argument for invalid character
             tokens containing more than 1 (or none) character
 * in all places/files exchanged   DEFM <--> DEFS  (defs <--> defm). \ 
Historical
    DEFM is used to put messages (strings) in memory and
    DEFS is used to reserve storage (in memory) in Zilog Z80 assembler language

changes after version 2.2:
 * BUG in instr.c:  DEFS and DEFM must stay ordered lexicographicly  fixed!
 * BUG in asm.c: compile: in printf if i>4 maximum must be 4 not 12  fixed!
 * BUG in asm.c: compile: in I_ORG last must be set to address  fixed!
 * in memory.c: set_default_byte() introduced to set the default memory value
 * in z80-asm new option -f XX (this option defines DEFS & ORG gaps to be XX)
 * BUG in asm.c: logic when to calculate EQU is wrong!! we need to store the
                 expression in the hash table  NOT FIXED! "(pruchod != 11)"
 * BUG in asm.c: the ALIGN statement must produce fill bytes, too (-f XX) fixed!
 * BUG in asm.c: overwriting code warning must depend on fill byte  fixed!
 * BUG in asm.c: test_number: if base is known (prefix) number may be start
                              with non-digit character  fixed!
 * BUG in asm.c: compile I_ALIGN  address is already increased by out()  fixed!
 * BUG in z80-asm.c: init: now it has parameter fill_byte to init memory  fixed!
 * in asm.c/expression.c/hash.c: new evaluation logic for EQU and expressions
             implemented. Their values are now evaluated in pass 2 recursivly
 * in z80-mon.c: ask() and ask_x() accept now all number representations like
             z80-asm (even the '?') except that any sign is forbidden
 * pseudo instructions  DEFL  in assembler (asm.c) implemented
 * BUG in z80-asm.c: parse_arg: ignores filename parameter if one can be
                                constructed from source filename  fixed!
 * BUG in compile.c: out() should be performed to have correct PC if signed or
                     unsigned overflow of 8-bit argument occurs.(ret=8,9) fixed!
 * in expression.c: new operators !, <<, >>, ==, !=, >, <, \ 
>=, <=, &&, ||
 * BUG in hash.c:  last_label_reusable: uniq must be negated    fixed!
 * in asm.c:  DEFL lables now multiple in hashtable (distinguished by lineno)
 * in asm.c:  COND/ENDC enables conditionel compiling
 * BUG in execute.c: f_in_block, f_out_block: F_sign, F_Z not effected and
                     if B!=0 F_Z not cleared   fixed!
 * BUG in Makefile: now manuals are in doc/man not in doc  fixed!
 * BUG in asm.c: convert_arg: indirect addressing was wrongly recognized  fixed!
 * BUG in hash.c: is_in_table: for non-uniq lables (DEFL) wrong element  fixed!
 * BUG in hash.c: add_to_table: ->uniq undefined  fixed!
 * in expression.c: new operators ** , // , ?  and right operand of << and \ 
>>
                    is now interpreted as unsigned
 * BUG in expression,c: parse_expr(): all expressions must be tried to be
                        evaluated in PASS 1 (needed for ORG, DEFS, CONDC) fixed!
 * in ports.c:  cpu_pin iorq used, and the variables ADDRESS and DATA are set.
 * in hardware/README:  explanation how to implement further add-ons
 * z80-mon.c:  main: cpu_pins  busrq and busack are now served
 * z80-cpu.c/ports,c:  Z80-CTC port access now wired at Z80-CPU
 * BUG in ports.c: in_byte():  missing DATA bus assign from *data  fixed!

changes after version 2.3:
 * BUG in Makefile: DEFINES are not put to in $(MAKE) hardware  fixed!
 * hardware:  logic_analzyer implemented (to view the Z80 pins)
 * in decode.c: refresh_cycle()  mreq- and rfsh-pin used and I<<8|R onto \ 
ADDRESS
 * in z80-cpu.c:  machine cycle counter (triggered by wait_tics)
 * BUG in asm.c:  no_para[]: RST needs 1 Parameter, not 0  fixed!
 * BUG in execute.c: cp_block:  3 tics missing  fixed!
 * in z80-mon.c:  machine cycle counter displayed
 * in z80-cpu.c:  busrq  is now acknowledged at beginning of each machine cycle
 * with dummy.c  print_ticks() reintroduced to mask it in non z80-mon programs
   using acknowledge_bus_request()
 * BUG in hardware/z80-ctc.c: read_word():  fp may be 0  fixed!!
 * only if !cpu_is_in_disassemble then set_cpu_pin() , acknowledge_bus_request()
   and  ADDRESS  are used  (databus can be used if cpu_is_in_disassemble mode)
 * port_buffer for OLD_STYLE port_access via Z80_PORTS put in hardware now
 * z80-global im Makefile als dependence of z80-cpu.h
 * SSL_ZDS trigger in hardware
 * BUG in execute.c: f_inc/f_dec: 16 bit registers shouldn't change flags fixed!
 * BUG in execute.c: f_rrd: lower nibble in accu set wrongly  fixed!
 * BUG in execute.c: f_adc16/f_sbc16: zero_flag wrongly calculated  fixed!
 * BUG in execute.c: f_inc/f_dec: PV_flag wrongly calculated  fixed!
 * in z80-asm.c und z80-mon.c option parsing simplified und equaly processed.
 * BUG in execute.c: add,adc,sub,sbc,cp,f_adc16,f_sbc16: underflow check for
                     < -127 , < -32767 missing (V-Flag wrongly computed)  \ 
fixed!
 * BUG ins asm.c: convert_arg():  arg->text isn't initialized to 0.  fixed!
 * BUG in regs.h: missing #include "z80-global" to define seznam_type  \ 
fixed!
 * BUG in execute.c: f_neg: PV_flag wrongly calculated  fixed!
 * BUG in execute.c: f_neg: H_flag setiing typo: F_N must be F_NH  fixed!
 * BUG in execute.c: f_inc/f_dec: PV_flag wrongly calculated for 8-bit register
                           (last fix affected only 8-bit memory access)  fixed!
 * BUG in execute.c: add/adc/sub/sbc/cp/adc16/sbc16:  V_flag inverted mapped on
                                                      P_flag  fixed!
 * in all Makefile:  -malign-function=0 replaced by -falign-function=0  and
                     Makefile-Variable CC  set to  gcc.
 * doc/execute_timing.tex  to  doc/execute_timing.txt  renamed
 * BUG in z80-mon.c: main: counter b & s for argv wrongly increased  fixed!
 * BUG in memory.c: init_banks: map must be 0-pointer for first realloc  fixed!
 * BUG in memory.c: init_banks: tok[3] must be tok[4] in two lines  fixed!
 * BUG in memory.c: init_banks: superfluious else prohibited  bank[id].back_up
                    allocation.  fixed!
 * BUG in memory.c: init_banks:  strtoul(..) needs check of *p if p is defined
                    after scanning tok2 and tok4 for numbers  fixed!
 * BUG in memory.c: _uchar memory_at: logic for bank_access is missing  fixed!
 * in hardware/banks-*:  new bank-mask notation introduced
 * in doc/man/z80-banks.5  default bank after reset/initialisation documentated.
 * in memory.c  bank-mask must now be a 2 hexadecimal number
 * in doc/man/z80-mon.1  execution-mode preciser defined.
 * in z80-cpu.c/z80-cpu.h:  new cpu-flag  cpu_is_in_x_mode  defined
 * in z80-mon.c: main: cpu_is_in_x_mode is set if 'Execute instruction'-Key
 * in execute.c:  cpu_is_in_x_mode  used for jr/djnz/halt/cp-, ld-, out-, in-
                  block instructions used

Log message:
Reset maintainer, domain no longer exists.