将 React JS 从 18 降级到 17 版本时出现的问题
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我是一名 Unity 移动游戏开发者。由于 Google Play 计费库迁移，我将应用内购买包管理器更新至 4.12.2，并将最新的外部依赖项管理器也更新至 4.12.2。在
我是一名 Unity 移动游戏开发者。由于 Google Play 结算库迁移，我将应用内购买包管理器更新为 4.12.2，并将外部依赖项管理器也更新为最新版。在 IAPAndroidDependencies 文件中，我可以看到结算客户端 6.2.1。我没有更改任何购买脚本。在我更新了所有提交的脚本后，我仍然收到 Google Play 结算错误的错误消息。我应该怎么做才能解决这个问题？
我更新了统一的应用内购买包。我还更新了 ExternalDependencyManager
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引用 17楼我尝试在我的 Linux 电脑上复制我必须在 Windows 电脑上学习的组装工作区（其中我有关于如何安装和使用 wsl 的说明），但是当我尝试使用./assembly 进行组装时……
我尝试在我的 Linux 电脑上复制我必须在 Windows 电脑上学习的组装工作区（在那里我有关于如何安装和使用 WSL 的说明），但当我尝试使用
./assemble.ps1 ./file.s我收到以下两个警告：
/usr/bin/ld: /tmp/cco4Rb1Y.o: warning: relocation in read-only section `.text' /usr/bin/ld:, warning: creating DT_TEXTREL in a PIE我尝试组装的代码是一个简单的测试代码：
.include "./files/utility.s" .data msg: .ascii "Ok /r" .text _main: nop lea msg, %ebx call outline ret实用文件对于我们的学生目标很有用，我认为没有什么能影响问题。
我读了一些关于使用 rip 引用（或 eip 在我的情况下是 32 位）进行寻址的内容，但没有用
assemble.ps1 文件是
param ( [string][Parameter(Mandatory=$true)]$sourcePath, [switch][Alias('f')]$force = $false ) $isPathValid = Test-Path -PathType Leaf $sourcePath if(-not $isPathValid) { Write-Host 'Path invalid'; exit } $fileHeader = file $sourcePath; $isExecutable = $fileHeader -like "*ELF 32-bit*"; if($isExecutable) { if(-not $force) { Write-Host 'The file is an executable'; exit } else { Write-Host 'The file is an executable'; } } $sourceFile = Get-ChildItem $sourcePath; $dir = $sourceFile.Directory; $name = $sourceFile.BaseName; gcc -m32 -o "$dir/$name" '-Wa,-a' '-Wa,--defsym,LINUX=1' > "$dir/$name.lst" -g ./files/main.c $sourceFile if($LASTEXITCODE -ne 0) { Write-Host "Assembler error" }utility.s 文件是：
#.nolist #------------------------------------------------------------------------------ .ifdef DOS .TEXT inchar: PUSH %EBX inchar_loop: MOV %AX,%BX MOV $0x07,%AH INT $0x21 MOV %BH,%AH CMP $0x0A, %AL # ignore LF, for input redirection with CRLF files. JE inchar_loop # redirection with LF files is not supported POP %EBX RET .endif .ifdef LINUX .DATA ic_tmp: .byte 0 .TEXT inchar: PUSH %EBX PUSH %ECX PUSH %EDX inchar_loop: PUSH %EAX MOV $3,%EAX # sys_read MOV $0,%EBX # fd of stdin LEA ic_tmp,%ECX # address of buffer MOV $1,%EDX # read 1 character INT $0x80 POP %EAX MOV ic_tmp,%AL CMP $0x0D, %AL # ignore CR, for input redirection with CRLF files JE inchar_loop # redirection with LF files is supported CMP $0x0A, %AL # convert LF to CR, to have the same ENTER behavior as DOS JNE inchar_next MOV $0x0D, %AL inchar_next: CMP $0x7F, %AL # convert delete (0x7f) to backspace (0x08) JNE inchar_fine # because Linus decided that the backspace key should send a delete command... MOV $0x08, %AL inchar_fine: POP %EDX POP %ECX POP %EBX RET .endif #------------------------------------------------------------------------------ .ifdef DOS .TEXT outchar: PUSH %EAX PUSH %EDX MOV $0x02,%AH MOV %AL,%DL INT $0x21 POP %EDX POP %EAX RET .endif .ifdef LINUX .DATA oc_tmp: .ASCII "0" .TEXT outchar: PUSH %EAX PUSH %EBX PUSH %ECX PUSH %EDX MOV %al,oc_tmp MOV $4,%EAX # sys_write MOV $1,%EBX # fd of stdout LEA oc_tmp,%ECX # address of buffer MOV $1,%EDX # write 1 character INT $0x80 POP %EDX POP %ECX POP %EBX POP %EAX RET .endif //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ //------------------------------------------------------------------------------ .TEXT inbyte: PUSH %EBX MOV %AH,%BH CALL inhexchar CALL outchar MOV %AL,%AH CALL inhexchar CALL outchar CALL HA2B8 MOV %BH,%AH POP %EBX RET //------------------------------------------------------------------------------ .TEXT inword: CALL inbyte MOV %AL,%AH CALL inbyte RET //------------------------------------------------------------------------------ .TEXT inlong: indword: CALL inword SHL $16,%EAX CALL inword RET //------------------------------------------------------------------------------ .TEXT outbyte: PUSH %EAX CALL B8HA2 XCHG %AL,%AH CALL outchar XCHG %AL,%AH CALL outchar POP %EAX RET //------------------------------------------------------------------------------ .TEXT outword: XCHG %AL,%AH CALL outbyte XCHG %AL,%AH CALL outbyte RET //------------------------------------------------------------------------------ .TEXT outlong: outdword: ROL $16, %EAX CALL outword ROL $16,%EAX CALL outword RET //------------------------------------------------------------------------------//------------------------------------------------------------------------------#------------------------------------------------------------------------------ .TEXT newline: PUSH %EAX MOV $0x0D,%AL CALL outchar MOV $0x0A,%AL CALL outchar POP %EAX RET #------------------------------------------------------------------------------ .DATA L247513: .ASCII "Checkpoint number " L247003: .ASCII "x. Press any key to continue" L247893: .FILL 1,4 .TEXT pause : NOP pause0: MOVB $0x30,L247003 JMP L271893 pause1: MOVB $0x31,L247003 JMP L271893 pause2: MOVB $0x32,L247003 JMP L271893 pause3: MOVB $0x33,L247003 JMP L271893 pause4: MOVB $0x34,L247003 JMP L271893 pause5: MOVB $0x35,L247003 JMP L271893 pause6: MOVB $0x36,L247003 JMP L271893 pause7: MOVB $0x37,L247003 JMP L271893 pause8: MOVB $0x38,L247003 JMP L271893 pause9: MOVB $0x39,L247003 JMP L271893 L271893: PUSH %EAX PUSH %ECX PUSH %ESI CALL newline MOV $L247513,%ESI MOV $(L247893-L247513),%CX L247527: MOV (%ESI),%AL CALL outchar INC %ESI DEC %CX JNZ L247527 CALL newline CALL inchar POP %ESI POP %ECX POP %EAX RET #--------------------------------------------------------------------------- .TEXT inline: CMP $2,%CX JB L409ABB # salta a fine CMP $80,%CX JA L409ABB # salta a fine PUSH %EAX PUSH %EBX PUSH %ECX PUSH %EDX MOV %CX, %DX # salva numero caratteri iniziale L4004C: CMP $2, %CX #ciclo JE L40093 #salta a quasi fine CALL inchar CMP $0x0D,%AL JE L40093 # salta a quasi fine CMP $0x08,%AL JE L67193 #salta a elimina carattere L50193: CALL outchar MOV %AL,(%EBX) INC %EBX DEC %CX JMP L4004C #torna in ciclo #elimina carattere L67193: CMP %CX, %DX #impedisce di cancellare oltre l'inizio del buffer JE L4004C DEC %EBX INC %CX MOV $0x08, %AL CALL outchar MOV $0x20, %AL CALL outchar MOV $0x08, %AL CALL outchar JMP L4004C L40093: MOV $0x0D,%AL #quasi fine CALL outchar MOV %AL,(%EBX) INC %EBX MOV $0x0A,%AL CALL outchar MOV %AL,(%EBX) POP %EDX POP %ECX POP %EBX POP %EAX L409ABB: RET #------------------------------------------------------------------------------ .TEXT outline: PUSH %EAX PUSH %EBX PUSH %ECX MOV $80,%CX L4001B: MOV (%EBX),%AL CMP $0x0D,%AL JZ L4002A DEC %CX JZ L4002A CALL outchar INC %EBX JMP L4001B L4002A: CALL newline POP %ECX POP %EBX POP %EAX RET #------------------------------------------------------------------------------ .TEXT outmess: PUSH %EAX PUSH %EBX PUSH %ECX L087509: CMP $0,%CX JE L087508 MOV (%EBX),%AL CALL outchar INC %EBX DEC %CX JMP L087509 L087508: POP %ECX POP %EBX POP %EAX RET #------------------------------------------------------------------------------ .TEXT inhexchar: CALL inchar CMP $'0',%AL JB inhexchar CMP $'F',%AL JA inhexchar CMP $'9',%AL JBE L3A89B3 CMP $'A',%AL JB inhexchar L3A89B3: RET #------------------------------------------------------------------------------ .TEXT B4HA1: AND $0x0F,%AL CMP $9,%AL JA L3ACD37 L3ACD30: ADD $0x30,%AL RET L3ACD37: ADD $0x37,%AL RET #------------------------------------------------------------------------------ .TEXT B8HA2: PUSH %ECX MOV %AL,%CH SHR $4,%AL CALL B4HA1 MOV %AL,%AH MOV %CH,%AL CALL B4HA1 POP %ECX RET #------------------------------------------------------------------------------ HA1B4: CMP $'9',%AL JA L3KCD37 sub_0x30: SUB $0x30,%AL RET L3KCD37: SUB $0x37,%AL RET #------------------------------------------------------------------------------ .TEXT HA2B8: PUSH %ECX MOV %AL,%CH MOV %AH,%AL CALL HA1B4 MOV %AL,%AH ROL $4,%AH MOV %CH,%AL CALL HA1B4 OR %AH,%AL POP %ECX RET #------------------------------------------------------------------------------ outdecimal_byte: outdecimal_tiny: PUSH %EAX AND $0x000000FF,%EAX CALL outdecimal_long POP %EAX RET #------------------------------------------------------------------------------ outdecimal_word: outdecimal_short: PUSH %EAX AND $0x0000FFFF,%EAX CALL outdecimal_long POP %EAX RET #----------------------------------------------------------- .DATA resti_cifre: .fill 11,1 .TEXT outdecimal_long: PUSH %EAX PUSH %EBX PUSH %ECX PUSH %EDX PUSH %ESI PUSH %EDI PUSH %EBP MOV $10,%ECX CMP $999999999,%EAX JA long_L4013K DEC %ECX CMP $99999999,%EAX JA long_L4013K DEC %ECX CMP $9999999,%EAX JA long_L4013K DEC %ECX CMP $999999,%EAX JA long_L4013K DEC %ECX CMP $99999,%EAX JA long_L4013K DEC %ECX CMP $9999,%EAX JA long_L4013K DEC %ECX CMP $999,%EAX JA long_L4013K DEC %ECX CMP $99,%EAX JA long_L4013K DEC %ECX CMP $9,%EAX JA long_L4013K DEC %ECX long_L4013K: LEA resti_cifre,%EDI MOV %ECX, %EBP ADD %ECX,%EDI # EDI punta sotto alla cifra da inserire per prima DEC %EDI # EDI torna a puntare alla prima cifra da inserire ciclolongL4013K: MOV $0,%EDX # costruzione del dividendo EDX:EAX MOV $10,%ESI # divisore in ESI DIVL %ESI AND $0x0000000F,%EDX # sistemazione del resto_cifra codificato ASCII ADD $0x30,%DL MOV %DL,(%EDI) DEC %EDI DEC %ECX CMP $0,%ECX # Controllo fine ciclo JNE ciclolongL4013K LEA resti_cifre,%EBX MOV %EBP, %ECX CALL outmess POP %EBP POP %EDI POP %ESI POP %EDX POP %ECX POP %EBX POP %EAX RET #------------------------------------------------------------------------------ .TEXT indecimal_byte: indecimal_tiny: MOVB $3,num_cifre_1eWK7 PUSH %EBX PUSH %EAX CALL converti_1eWK6 MOV %AL,%BL POP %EAX MOV %BL,%AL POP %EBX RET indecimal_word: indecimal_short: MOVB $5,num_cifre_1eWK7 PUSH %EBX PUSH %EAX CALL converti_1eWK6 MOV %AX,%BX POP %EAX MOV %BX,%AX POP %EBX RET indecimal_long: MOVB $10,num_cifre_1eWK7 CALL converti_1eWK6 RET #------------------------------------------------------------------------------ # Converta da decimale a binario in EAX .DATA prodotti_parziali_1eWK7: .fill 1,4 num_cifre_1eWK7: .fill 1,1 .TEXT converti_1eWK6: NOP PUSH %EDX P_di_0_1eWK7: MOVL $0, prodotti_parziali_1eWK7 ciclo_1eWK7: CMPB $0x00,num_cifre_1eWK7 # termina se cifre finite JE fine_1eWK7 new_cifra_1eWK7: CALL inchar # prelievo eventuale nuova cifra CMP $0x0D,%AL # termina se ritorno carrello JE fine_1eWK7 CMP $'0',%AL # scarta cifre non decimali JB new_cifra_1eWK7 CMP $'9',%AL JA new_cifra_1eWK7 CALL outchar PUSH %EAX # nuovo prodotto parziale MOV $10,%EAX MULL prodotti_parziali_1eWK7 MOV %EAX,prodotti_parziali_1eWK7 POP %EAX AND $0x0000000F,%EAX ADDL %EAX, prodotti_parziali_1eWK7 DECB num_cifre_1eWK7 JNE ciclo_1eWK7 fine_1eWK7: MOV prodotti_parziali_1eWK7,%EAX POP %EDX RET #------------------------------------------------------------------------- .DATA LZ647513: .BYTE 0x0A,0x0D,0x0A,0x0D .ASCII "Press Q to exit . . . " LZ567893: .BYTE .TEXT exit: MOV $LZ647513,%ESI MOV $(LZ567893-LZ647513),%CX LZ247AA7: MOV (%ESI),%AL CALL outchar INC %ESI DEC %CX JNZ LZ247AA7 waitQ_LZc247A: CALL inchar CMP $'Q',%AL JNE waitQ_LZc247A .ifdef DOS MOV $0x4C,%AH INT $0x21 .endif .ifdef LINUX MOV $0x0001,%AX INT $0x80 .endif #----------------------------------------------------------------------------- .global _main