command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 40 SQL Syntax 4.1.6 PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, termi- nated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 40 SQL Syntax 4.1.6 PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, termi- nated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, termi- nated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command that might contain existing block comments. 43 SQL Syntax A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, termi- nated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, terminated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example

command is composed of a sequence of tokens, termi- nated by a semicolon (“;”). The end of the input stream also terminates a command. Which tokens are valid depends on the syntax of the particular command larger blocks of code that might contain existing block comments. A comment is removed from the input stream before further syntax analysis and is effectively replaced by whitespace. 4.1.6. Operator Precedence PostgreSQL. Internally, an LSN is a 64-bit integer, representing a byte position in the write-ahead log stream. It is printed as two hexadecimal numbers of up to 8 digits each, separated by a slash; for example